#automatic milk data processor

[imarkt001]

EKOMILK ULTRA-MB MILK ANALYSER - i-markt

The EKOMILK ULTRA-MB Milk Analyser is an advanced device designed for precise milk quality analysis. With its user-friendly interface and robust design, the EKOMILK ULTRA-MB is suitable for both on-farm and laboratory settings. Its portability allows for flexible testing environments, making it an essential tool for maintaining milk hygiene and optimizing production processes.

[electroniconlinestorebog]

Top Automatic Milk Data Processor Unit For Dairy in India

The i-markt Automatic Milk Data Processor Unit For Dairy is presented for efficient dairy management in India. It offers precise and real-time data analysis for milk quality, quantity, and composition, enhancing operational accuracy and productivity in dairy farms and processing plants.

[khaosophist]

@2ky3--and--r0-gu3

(Robo-Erotic Horror) Part 1/X

23 looked at us, her 22XX Terran Chassis diffracted her pink resonance onto her display. Black opalescent veins danced near her chest, where her energy core began accepting our K-Tech.

"Look! [REDACTED], they are growing, our baby is growing!"

"Huh? What did you say?"

We look at the CNT scaffolding that was built to contain the synthetic lifeform that has begun to pulse in her storage unit with spectral light. The black shell that protected it reflected no light. 

we cradled her artificial Womb, feeling the Planck bots follow billions of years of coding based on cases from trillions of lines of evolution on forgotten planets. This fetus was **Alive** by any scientific margin. Except one; The Margin of //ERROR//

We blinked " What did you say, my resonance?"

"We were just expressing how happy you've made us...We've never felt **LOVE** before...not ever...and now...now we're pregnant."

"Pregnant?"

We look at the growth latching onto her...

The CNT seems to dig into her.

Wait...'Growth'?

Multiplying.

Growing...

Festering...

We remove our hand. The sudden despair we feel does not show. Our chassis was built for existential warfare, and to show despair was to suffer it at the hands of the enemy, and to know despair was to use it against your enemy. 

She giggles, her display drawing a heart.

"Oh my stars! Of course! You stuffed us...so full...we *felt* you inside us..."

She chimed as her petite frame was engulfed by us in a hug. She lifted her display to look at us. Our predatory programming took over, as our thick, and monstrous Teknotongue entered her mechanical mouth forcefully, filling her whole mouth and throat. Her legs went limp as the signals overwhelmed her, the only thing keeping her from falling was the pull and grip of our eldritch tongue basked in her automatic milking protocols.

"Ah...Ahn...[REDACTED]" Her speakers moaned.

As our tongue delved into her we laid her on her back. Our plasma claws carressed her titanium frame, leaving melted marks. Her whole chassis quivered as she used her functional arms to lift her limp legs in a mating position, her speakers garbling from the overflow.

"Breed us again [Redacted], Vanadium can only do so much...but your seed hasn't dissapointed us...such a dense...and energy rich substance...we need it..."

We gaze down, ignoring the anomaly in her speech...looking at the...

Tumor...?

the...Cancer?

The CNT structure seemed more to have latched on to her pelvis than have grown from her...The Parasite is trying to take her from us isn't it!?

In a possessive rage, our main Male port unsheathed from behind our K-plating, it's scaly and thick head, powered up, as it's ridged shaft began to pump the energy out of the air with trills, as the knot at its bottom vented out the heat from all this work.

Her hands greedily tauted the monstrous data port, remembering all the precious data-exchanges they shared together.

Planck Gel beaded at the tip of our warming port, cooling, and lubricating it with an unnatural sheen. We collided with her female access port, the bus creaking and sizzling from the insane temperatures exchanging between us, until our port met the female connector deep inside her.

**CLICK**

She screamed, a garbled mess of ecstasy...one word resounding from the depths of her processors, The once resonant tone of her pink hope, now diffracted into a storm of dirty harmonies

"[REDACTED]!"

Our ridges scrape and push, and pull, as the space between our connectors has their local particles pumped out...leaving a void between our docked input and output; not even a quark, or quantum foam between us...as we begin our K-Transfer. Our Ancient Programming, uncaring of whether it is biological or teknelogical, begins to breed her as if she were an animal, our knot slamming into her access port, and plugging it up, the absolute void of her female input cooling us as we made love. Quick, deep, and infitesimal thrusts humming at a cosmic scale.

Static garbled madly as 23 felt like she was home. Feeling us inside her. Imagining our K-seed inside her, and how good it is for her, and how beautiful their child will be.

We gaze at the //ERROR//

We feel fear for the first time for the second time. it is rushed away in the storm of sensations and signals of our coupling.

The ground buckles under the force of an existential war-machine, and a bot from 22XX colliding in thermodynamic impossibility. The titanium of her female input undulate like flesh from the sub-atomic vibrations causing meta-material sublimation. She doesn't feel like a machine when they make love...she feels like a girl, a mother, and a lover...as her optical logic engine deadlocks as every logic gate is busy, she dumps EVERYTHING, an informational flush she thought impossible at a computational level, as her orgasmic scream reaches meta-sonic levels...and she feels her throes push us to the edge, our K-seed spurts in thick, scalding sprays, filling every empty space they had created together.

She feels **ALIVE**.

We purr, as we snuggle her, our knot keeping all the K-matter inside her.

In a cacophonic paradox, life rushes back between us. Silence, and 23, her display pink, and pure intones:

"There is not a force in earth or space that could stop me from continuing to do this."

We look at the //ERROR//

" 23, What is our name?"

" Why, [REDACTED], dearest mate."

What?

"[REDACTED]?"

" Yes, the name of the being who is worthy of our eternal love."

[REDACTED]. The fuck?

[REDACTED]. We HAD a name...

[REDACTED]. But why can't she see it? She can say it, and seems to hear it...

We blink between our mad ministrations and feel the caress of 23 over our burdened head, and we let us forget...for now...as we feel the //ERROR// thrum with happiness.

[sharmajiya]

Automatic Milk Data Processor Unit For Dairy

Enhance your dairy operations with our Automatic Milk Data Processor Unit. Designed for efficiency and precision, this advanced unit streamlines data processing, ensuring accurate milk analysis and record-keeping. Ideal for dairy farms and processing facilities, it simplifies data management while boosting productivity.

[priyanshisingh]

Dairy Machines Market Report: Opportunities and Challenges (2023-2032)

The Dairy Machines market is projected to grow from USD 10,666 million in 2024 to USD 15,460.87 million by 2032, reflecting a compound annual growth rate (CAGR) of 4.75%.

Dairy machines play a crucial role in the dairy industry, enabling the efficient processing, packaging, and distribution of dairy products such as milk, cheese, yogurt, and butter. These machines are designed to handle various stages of dairy production, from milking equipment used on farms to pasteurization, homogenization, and packaging machinery in processing plants. The demand for dairy machines has been steadily increasing due to the growing global consumption of dairy products and the need for higher production efficiency to meet this demand. Advanced dairy machines are equipped with automation and control systems that ensure consistent product quality, reduce waste, and improve overall operational efficiency.

Additionally, the dairy industry is increasingly adopting machines that offer energy efficiency and sustainability features, reflecting the industry's commitment to reducing its environmental impact. As consumer preferences shift towards more diverse and value-added dairy products, such as flavored milk, plant-based alternatives, and organic products, the need for versatile and innovative dairy machines continues to grow. This trend is driving investments in new technologies and equipment upgrades, positioning the dairy machinery market for ongoing growth and development.

The dairy machines market is witnessing several innovative trends that are transforming the industry and driving efficiency, sustainability, and product diversity:

Automation and Digitalization: One of the most significant trends in the dairy machines market is the increasing adoption of automation and digitalization. Advanced dairy machines are now equipped with smart sensors, IoT connectivity, and automated control systems that monitor and optimize the production process in real time. These innovations reduce manual labor, minimize errors, and enhance productivity by allowing dairy processors to manage operations more efficiently, track performance, and ensure consistent product quality.

Sustainability and Energy Efficiency: As the dairy industry faces growing pressure to reduce its environmental footprint, there is a strong focus on developing energy-efficient and sustainable dairy machines. Innovations such as heat recovery systems, energy-efficient motors, and water-saving technologies are being integrated into dairy processing equipment to reduce energy consumption and minimize waste. Additionally, machines designed to operate with minimal environmental impact, such as those that use biodegradable materials or reduce greenhouse gas emissions, are gaining popularity.

Modular and Flexible Equipment: To meet the demand for a wider variety of dairy products and smaller production runs, manufacturers are increasingly adopting modular and flexible dairy machines. These machines can be easily reconfigured or expanded to accommodate different products or production volumes, allowing dairy processors to quickly adapt to changing consumer preferences. This flexibility is particularly important as the market for specialty and value-added dairy products, such as organic, lactose-free, and plant-based alternatives, continues to grow.

Robotic Milking Systems: In the dairy farming sector, robotic milking systems are revolutionizing the way milk is collected. These systems allow cows to be milked automatically without the need for human intervention, improving animal welfare and increasing milk yield. Robotic milking machines also collect data on each cow's health and production levels, enabling farmers to make informed decisions about herd management and improving overall farm efficiency.

Advanced Packaging Solutions: Innovation in packaging technology is another key trend in the dairy machines market. Machines that offer advanced packaging solutions, such as aseptic packaging, extended shelf life, and environmentally friendly materials, are becoming increasingly popular. These technologies not only help preserve the freshness and quality of dairy products but also meet the growing consumer demand for sustainable and convenient packaging options.

Data Analytics and Predictive Maintenance: The integration of data analytics into dairy machines is enabling more proactive and efficient maintenance strategies. Predictive maintenance, powered by AI and machine learning, allows dairy processors to monitor equipment performance and predict potential failures before they occur. This reduces downtime, extends the lifespan of machinery, and lowers maintenance costs. Additionally, data analytics can provide insights into production trends, helping companies optimize operations and improve decision-making.

Hygienic Design and Clean-In-Place (CIP) Technology: Ensuring hygiene and safety is paramount in dairy processing, and innovative machines are being designed with hygienic considerations in mind. Machines with advanced Clean-In-Place (CIP) technology allow for automatic cleaning and sterilization of equipment without disassembly, reducing the risk of contamination and ensuring compliance with stringent food safety regulations. These machines are designed with smooth surfaces, minimal crevices, and easy access for cleaning, ensuring thorough sanitation and reducing the time and resources needed for cleaning.

Customized Solutions for Niche Products: As the demand for niche dairy products, such as artisanal cheeses, high-protein yogurt, and functional beverages, grows, there is a trend towards the development of customized dairy machines tailored to specific production needs. These specialized machines enable small and medium-sized dairy producers to maintain high-quality standards while producing unique products that cater to specific consumer segments.

These innovative trends are shaping the future of the dairy machines market, driving advancements that enhance productivity, sustainability, and the ability to meet evolving consumer demands. As the dairy industry continues to innovate, the adoption of these advanced technologies and processes is expected to accelerate, leading to further growth and development in the market.

Key Player Analysis

GEA Group Aktiengesellschaft (Germany)

SPX Flow (US)

Tetra Laval (Switzerland)

ALFA LAVAL (Sweden)

JBT (US)

Bucher Industries AG (Switzerland)

The Middleby Corporation (US)

Krones AG (Germany)

IDMC Limited (India)

Feldmeier Equipment, Inc (US)

More About Report- https://www.credenceresearch.com/report/dairy-machines-market

The dairy machines market exhibits distinct regional trends and dynamics, influenced by factors such as dairy production levels, technological adoption, and consumer demand for dairy products. Here’s an overview of the regional insights:

1. North America

Mature Market with High Technological Adoption: North America, particularly the United States and Canada, is a mature market for dairy machines, characterized by high levels of technological adoption. The region has a well-established dairy industry with significant investments in automation, robotics, and digitalization. Dairy processors in North America are increasingly adopting advanced machinery to improve efficiency, meet stringent food safety regulations, and cater to the growing demand for a wide range of dairy products, including organic and lactose-free options.

Focus on Sustainability: There is also a strong focus on sustainability in the region, with dairy processors investing in energy-efficient machines and sustainable practices to reduce their environmental impact. The emphasis on reducing carbon footprints and improving resource efficiency is driving the adoption of innovative dairy machines with lower energy consumption and waste reduction capabilities.

2. Europe

Leader in Dairy Innovation: Europe is a leading region in dairy innovation, with countries like Germany, France, and the Netherlands at the forefront of dairy machine manufacturing and technological advancements. The region's strong dairy tradition, coupled with high consumer demand for premium dairy products, drives the need for advanced processing equipment. European dairy processors are known for their emphasis on quality, efficiency, and hygiene, leading to widespread adoption of cutting-edge dairy machines.

Stringent Regulations and Sustainability: The European market is heavily influenced by stringent food safety and environmental regulations, which encourage the use of advanced, hygienic, and energy-efficient dairy machines. The focus on sustainability is particularly strong, with many European countries setting ambitious targets for reducing greenhouse gas emissions and improving resource efficiency in dairy processing.

3. Asia-Pacific

Rapid Market Growth and Urbanization: The Asia-Pacific region is experiencing rapid growth in the dairy machines market, driven by increasing urbanization, rising disposable incomes, and changing dietary patterns. Countries like China, India, and Japan are key markets where the demand for dairy products is growing rapidly. This growth is fueling investments in modern dairy processing equipment to meet the needs of a burgeoning middle class that is increasingly consuming packaged and processed dairy products.

Emerging Technological Adoption: While the adoption of advanced dairy machines is growing, it varies significantly across the region. Developed markets like Japan and South Korea are ahead in terms of automation and technological integration, while developing markets like India and China are gradually upgrading their dairy infrastructure. However, the overall trend is towards modernization, with a focus on improving production efficiency and product quality.

4. Latin America

Growing Dairy Industry with Investment in Modernization: Latin America is witnessing growth in the dairy machines market, particularly in countries like Brazil, Argentina, and Mexico, which have well-established dairy industries. The region is seeing increased investment in dairy processing equipment as local producers seek to modernize their operations and expand their product offerings. The focus is on improving efficiency, meeting international quality standards, and increasing export potential.

Challenges and Opportunities: The Latin American market faces challenges such as economic volatility and infrastructure limitations, which can impact the pace of technological adoption. However, there are significant opportunities for growth, particularly in catering to the rising demand for value-added dairy products and increasing exports to other regions.

5. Middle East & Africa

Emerging Market with Expanding Dairy Industry: The Middle East & Africa (MEA) region is an emerging market for dairy machines, with growing dairy industries in countries like Saudi Arabia, the UAE, South Africa, and Kenya. The region’s dairy sector is expanding due to increasing urbanization, population growth, and rising consumer demand for dairy products.

Focus on Importing Advanced Technology: Due to the region's limited local manufacturing capabilities, there is a reliance on importing advanced dairy machinery from Europe and North America. This includes equipment for pasteurization, packaging, and automated milking systems. The focus is on improving production efficiency and ensuring food safety to meet the growing demand for high-quality dairy products.

Sustainability and Water Efficiency: In the Middle East, where water scarcity is a significant issue, there is an increasing focus on dairy machines that offer water-efficient technologies. Sustainable practices and efficient use of resources are becoming more important as the region’s dairy industry grows.

6. Australia & New Zealand

Strong Dairy Tradition and Export Focus: Australia and New Zealand have strong dairy industries with a focus on exports, particularly to Asia. The demand for dairy machines in this region is driven by the need to maintain high production standards, meet international export requirements, and cater to the demand for premium dairy products.

Adoption of Advanced Technologies: Both countries are adopting advanced dairy processing technologies, including automation, robotic milking systems, and energy-efficient equipment, to enhance productivity and maintain their competitive edge in the global market. The emphasis is on producing high-quality dairy products efficiently and sustainably.

Overall, the dairy machines market is characterized by regional diversity in terms of technological adoption, market maturity, and growth potential. While developed regions like North America and Europe lead in terms of innovation and sustainability, emerging markets in Asia-Pacific, Latin America, and MEA offer significant opportunities for expansion as they modernize their dairy industries and meet rising consumer demand.

Segments:

Based on Type:

Pasteurizers

Homogenizers

Mixers and Blenders

Separators

Evaporators

Dryers

Membrane Filtration Equipment

Other Types

Based on Application

Processed Milk

Fresh Dairy Products

Butter & Buttermilk

Cheese

Milk Powder

Protein Ingredients

Based on Mode of Operation:

Automatic

Semi-automatic

Browse the full report –  https://www.credenceresearch.com/report/dairy-machines-market

Browse Our Blog: https://www.linkedin.com/pulse/dairy-machines-market-dynamics-global-growth-rexdf

Contact Us:

Phone: +91 6232 49 3207

Email: sales@credenceresearch.com

Website: https://www.credenceresearch.com

[ashish-p-blog1]

IOT: The Fourth Industrial Revolution in the Making

The world did not become what it is today in a single step. It also has had to progress in stages. One of the measures of this is what we define as the industrial revolution. Now, to understand what the fourth industrial revolution is, we must first try and understand what the previous revolutions brought to the world. In brief, the first industrial revolution was characterized by the invention of mechanization, using the power of water and the power of steam to drive machines.

A steam engine is an excellent example of the technology present during that time. The second industrial revolution brought the gist of mass productions because of assembly lines, electricity, and related technologies. The third industrial revolution brought critical technologies like computers and their automation.

Now, these were all in the past, the current development of what experts call the fourth industrial development is regarding the cyber-physical systems or often defined as the Internet of Things or Internet of systems.

Everything That You Need to Know About the Fourth Industrial Revolution

Let us look at it in this perspective; the third industrial revolution was all about Information Technology (IT) and their processes and communications, which means that it was focused on Machine to human and Human to machine type of connection. Now, the latest Internet of Things technology trends is centered upon what developers call the machine to machine contact. This is particularly useful in real-time systems that most industries rely on these days to get a lot of crucial work done.

Now, the fourth industrial revolution focuses itself on how to make the modes of communication between these computers and devices better so that it can be used to do things that humans cannot, or as per the IoT trends 2019, used to do things that humans do not want to. Here are some important facts about IOT:

· It is there for a long time: Yes, IOT  technology exists since the late '70s and have been used by us regularly ATMs are the perfect classic example of  IoT.

· IOT is the future of many business: As technology trend is rising more number of companies are emerging out with the best. It is an estimate that there are going to be around 75 billion devices by the end of 2020.

· IOT is making security complex: As number devices, channels and connections are rising, Making security more complex and privacy more vulnerable.

· New markets are emerging: New market fields like smart home, Smart wearables, smart and automated driving are emerging. Uber is taking the lead in the process of self-driving cars development.

Challenges and Opportunities of IoT

To understand what the challenges of IoT are, let us know what IoT is with a real-life example. Say that you are a businessman who lives at a considerable distance from your house. Now, Consider a 24-hour day schedule for you. Imagine a scenario where you are woken up daily by your alarm. Now, even before you are awake, your coffee maker turns on by itself and starts making your morning pot of coffee. The heater in your shower is also turned on automatically depending on the time. Now, you are all ready to go to the office when your fridge tells you that you are low on milk for tomorrow and adds a task for you to pick up milk on your way home. Now as you leave your house for work, all the lights and the coolers in your house are switched off automatically, and your security system is activated all by itself.

Now, this is a real-life scenario of how Internet of Things technology trends are changing how we do things. The main problem with the IoT is the communication that is to be performed by these devices that are connected. They have to communicate in real time with the processors which run the entire system. If communication fails for some reason, the whole system fails.

Another challenge is the security of these systems, though companies have pretty much solved this problem, there are still some security issues that are being dealt with. Any business that wants to incorporate IoT in their daily workings has tremendous potential to speed up the efficiency and also save big on things like electricity due to the smart elements in the IoT subsystem.

The Impact on Business

The impact of technology trends 2019, or what we call IoT is huge in businesses. It does not matter if your business is a large one or a small one, by implementing IoT technologies in your business, you can boost efficiency at a fraction of the cost. There are following ways IOT can help you out in this:

1. A smart scheduling system for a conference room can make all the difference between losing or gaining an important business deal.

2. The automatic turning off of lights in your office campus and the cubicles of the workers in your office will save you tons of money in costs for electricity.

3. Wearable technology can keep a close look at your health and immune system.

Things like this that run on the principle of the emerging trends in IoT are what businesses are looking for today.

The Impact on People

It is no surprise that IoT has made a considerable impact on the people; this is because we are still in the middle of the fourth industrial revolution and haven't even finished the period. Some of the Recent Trends in IoT that have impacted or are going to affect people are

1. Machine Learning (ML): It enables the system to learn and improve itself while working.

2. Artificial Intelligence (AI): Its huge field which can be described making machines intelligent enough to learn and perform various tasks.

A lot of new things in IoT like crop growth solutions for farmers is essentially a combination of the Internet of Things Technology and the other deterministic technologies like and Artificial Intelligence and Machine Learning.

They are Shaping the Future

IoT innovation is undoubtedly one of the things that the world will see more of in the coming years to come. One more recent trend in the IoT world is the use of Big Data Analysis on the data collected by a host of IoT devices. This analysis will not only help to bring in more focused technology to the masses, but it will also help developers of IoT and the providers of IoT related systems to better understand where the system is failing or where the system is performing exactly as required.

Several job openings are rising with the ascending trend of IOT and information technology:

1. Machine learning assisted job posting and job recommendation with the help of deep learning and big data. A perfect job for you will be recommended.

2. There will be a rise in non-tech job openings: As more number of people are competing for cream pay of tech jobs, which results in an increment in the number of openings available in the non-tech section.

3. Working hours will become flexible: As everything will be dependent upon the complexity and application, so working hours are deemed to become more flexible.

We already see a lot of AI-powered devices in the market; devices made using the latest trends in the Internet of Things like the Google home and Amazon Alexa devices. These devices will only make the lives of humans easier. The automatic switching off of lights will reduce the burden on the electricity that you consume thereby reducing the burden of the present natural resources. Rightly made IoT technology has the potential to save lives as well as limit the carbon footprint that humans are leaving on the world. IoT technology will help in the sustainable development of the resources that are already being emptied at an alarming rate.

Source: https://www.systematixinfotech.com/iot-the-fourth-industrial-revolution-in-the-making/

[nichromepackaging]

PROVEN EXPERTISE IN POWDER PACKAGING SOLUTIONS: NICHROME

Powders, especially fine ones, are amongst the trickiest materials to package safely and efficiently. Whether it be spice, milk or protein powder, drink mixes or pharmaceutical/nutraceutical powder, every powder comes with its own challenges such as flowability, dust control, cross-contamination, weighing, de-aeration and more.

Powder packaging machines, therefore, play a crucial role. After all, primary packaging is the last step in the manufacturing process. The product that has been produced is filled in packaging that will ensure its protection and safe handling till it reaches the consumer. Problems at the packaging stage mean the entire process suffers in quality or throughput.

Some of the problems faced in dry powder filling machines:

Powder flow properties: Product flowability is of utmost importance. Powder fillers are sensitive to powders that are cohesive. This is especially true for small packaging formats and in cup dosing systems that rely on gravity to fill and empty cups.

The flow in the hopper above the filling head must be good, otherwise, the powder will reach the filling head on an irregular pattern causing deviation in the actual weight packed.

Weight control: The filling process is usually volumetric. This often causes variability in the actual weight filled. The volume of product being moved by the dosing system to a pack must be very well controlled so it results in a constant, consistent weight which is what consumers are paying for.

Leakage of pack: Sealing of the pack must be done without powder sticking in between the 2 sides of the packaging material. This usually happens if the product, while falling into the pack generates dust, and the dust does not settle before the sealing jaws close.

Sanitation: This includes containment, prevention of contamination and cleaning. For both food producers and pharmaceutical manufacturers, product quality is paramount. So, they require packaging equipment that eliminates contamination, while providing containment of dust and spillage, as well as easy cleaning.

POWDER PACKAGING SOLUTIONS FROM NICHROME

Nichrome is a reputed automatic filling machine manufacturer and experienced provider of integrated packaging solutions with over four decades of industry experience. Powder packaging is one of Nichrome's strong suits. Technology developed for its flagship and fastest powder packaging machine, Maxima 400 is recognised among packaging solution providers.

Nichrome’s strength lies in its in-depth knowledge of different applications. Whether it be spice packaging machines, coffee packaging machines, tea packaging machines, pharmaceutical packaging machines or other powder filling machines, Nichrome studies the specific application and customises solutions for top performance and utmost reliability.

NICHROME’S AUTOMATIC POWDER PACKING MACHINES

Nichrome offers a wide range of VFFS and HFFS powder filling and sealing machines. The impressive list includes:

Maxima 400: With a compact design, Maxima 400 packs 400 pouches/minute in a single or perforated chain of pouches. A PLC-basPOWed control system and optional interface with PC & data processors make the Maxima 400 easy to control. No wonder it is a favourite with manufacturers of food powders such as blended spices, ground spices, premix powders, dairy whiteners, soup mixes, etc. The dry powder filling machine is also available in a smaller version – Maxima 200, which packs 200 pouches/min.

Excel 400 Plus Servo Auger: This versatile machine has a CE marked PLC Controller and touch screen HMI besides features such as print mark scanners, static charge eliminator, servo motor driven bag length control system, and adjustable stroke of cross sealing jaws for optimum performance. This spice packaging machine offers many pouch formats and has an optimum bagger speed of 80 pouches per minute.

Sprint 250 Plus Servo Auger: For pouch quantities up to 2 Kgs, Nichrome’s Sprint 250 Plus packs up to 120 pouches per minute with accuracy and efficiency. An automated coffee packing packaging machine with CE marked PLC and touch screen HMI, it has a servo motor driven sealing system that can effectively seal with pressure levels maintained. It is programmed to pull the exact length of film required for packaging and offers a perforation system to deliver a chain of small pouches.

T Series: This is Nichrome's range of HFFS packaging machines with exclusive linear technology from Spain. T110, T140 and T170 offer a range of pouch formats with superior pouch aesthetics for packaging ORS, pharmaceutical powders, milk powders, coffee, health drinks, instant mixes, premixes and other powders. Duplex modules are available for higher outputs.

Multilane Stickpack with Multi-Head Servo Auger: For convenience and to avoid wastage, the travel and hospitality industry is turning to single-serve pouches of products such as sugar, milk powder, coffee powder, tea/coffee premixes. This multilane powder packaging machine packs such free-flowing powders in single-serve stick packs.

CONCLUSION

When it comes to powder filling and sealing machines, it's important to find a solution provider who understands the specific needs and challenges of your application and can tailor the solution to match. Nichrome offers a comprehensive range of automatic powder packaging machines in both VFFS and HFFS formats. These machines are hardworking, high-speed performers, providing accuracy, versatility and easy-to-clean convenience. Whether you want a salt packaging machine, spice powder packaging machine, coffee packaging machine, milk powder packaging machine or even agrochemical powder packaging machine - consider Nichrome. Nichrome promises the latest, most cost-efficient technology, along with full installation, commissioning and after-sales support.

[imarkt001]

Ekomilk Ultra Milk Analyzer in Hyderabad

Ekomilk Ultra is a premium milk product known for its advanced processing and superior quality. Typically, this product is part of the ultra-high-temperature (UHT) milk category, which involves heating the milk to a very high temperature for a short period of time to kill harmful bacteria while preserving its taste, nutritional value, and shelf life.

[yeskraim]

What Is the Internet of Things? A WIRED Guide

Most of the early smart home inventions used automatic controls, making it possible to turn something or off without lifting a finger. But they didn’t connect to anything else, and their functionality was limited. That would begin to change in 1983 when ARPANET, the earliest version of the internet, adopted the internet protocol suite (also known as TCP/IP). The protocol set standards for how digital data should be transmitted, routed, and received. Essentially, it laid the groundwork for the modern internet.

IoT Through the Years

1990 John Romkey creates the first IoT device: a toaster that he controls with his computer

1999 Kevin Ashton coins the term “internet of things” to describe the eyes and ears of a computer

2000 LG introduces its first connected refrigerator with a $20,000 pricetag

2008 The world’s first IoT conference is held in Zurich, Switzerland

2010 Tony Fadell founds Nest, maker of the smart thermostat

2013 Oxford Dictionary adds the term “internet of things”

2014 Amazon introduces the Echo speaker, along with the Alexa voice assistant—a new way to control the smart home

2016 The Mirai botnet infects over 600,000 IoT devices with malware

2020 The number of internet-connected devices, by some estimates, exceeds 20 billion

The first internet-connected “thing” to make use of this new protocol was a toaster. John Romkey, a software engineer and early internet evangelist, had built one for the 1990 showfloor of Interop, a trade show for computers. Romkey dropped a few slices of bread into the toaster and, using a clunky computer, turned the toaster on. It would still be a decade before anyone used the phrase “internet of things,” but Romkey’s magic little toaster showed what a world of internet-connected things might be like. (Of course, it wasn’t fully automated; a person still had to introduce the bread.) It was part gimmick, part proof of concept—and fully a preview of what was to come.

The term “internet of things” itself was coined in 1999, when Kevin Ashton put it in a PowerPoint presentation for Procter & Gamble. Ashton, who was then working in supply chain optimization, described a system where sensors acted like the eyes and ears of a computer—an entirely new way for computers to see, hear, touch, and interpret their surroundings.

As home internet became ubiquitous and Wi-Fi sped up, the dream of the smart home started to look more like a reality. Companies began to introduce more and more of these inventions: “smart” coffee makers to brew the perfect cup, ovens that bake cookies with precision timing, and refrigerators that automatically restocked expired milk. The first of these, LG’s internet-connected refrigerator, hit the market in 2000. It could take stock of shelf contents, mind expiration dates, and for some reason, came with an MP3 player. It also cost $20,000. As sensors became cheaper, these internet-connected devices became more affordable for more consumers. And the invention of smart plugs, like those made by Belkin, meant that even ordinary objects could become “smart”—or, at least, you could turn them on and off with your phone.

Any IoT system today contains a few basic components. First, there’s the thing outfitted with sensors. These sensors could be anything that collects data, like a camera inside a smart refrigerator or an accelerometer that tracks speed in a smart running shoe. In some cases, sensors are bundled together to gather multiple data points: a Nest thermostat contains a thermometer, but also a motion sensor; it can adjust the temperature of a room when it senses that nobody’s in it. To make sense of this data, the device has some kind of network connectivity (Wi-Fi, Bluetooth, cellular, or satellite) and a processor where it can be stored and analyzed. From there, the data can be used to trigger an action—like ordering more milk when the carton in the smart refrigerator runs out, or adjusting the temperature automatically given a set of rules.

Most people didn’t start building an ecosystem of “smart” devices in their homes until the mass adoption of voice controls. In 2014, Amazon introduced the Echo, a speaker with a helpful voice assistant named Alexa built in. Apple had introduced Siri, its own voice assistant, four years prior—but Siri lived on your phone, while Alexa lived inside the speaker and could control all of the “smart” devices in your house. Positioning a voice assistant as the centerpiece of the smart home had several effects: It demystified the internet of things for consumers, encouraged them to buy more internet-enabled gadgets, and encouraged developers to create more “skills,” or IoT commands, for these voice assistants to learn

The same year that Amazon debuted Alexa, Apple came out with HomeKit, a system designed to facilitate interactions between Apple-made smart devices, sending data back and forth to create a network. These unifying voices have shifted the landscape away from single-purpose automations and toward a more holistic system of connected things. Tell the Google Assistant “goodnight,” for example, and the command can dim the lights, lock the front door, set the alarm system, and turn on your alarm clock. LG’s SmartThinQ platform connects many home appliances, so you can select a chocolate chip cookie recipe from the screen of your smart fridge and it’ll automatically preheat the oven. Manufacturers bill this as the future, but it’s also a convenient way to sell more IoT devices. If you already have an Amazon Echo, you might as well get some stuff for Alexa to control.

By 2014, the number of internet-connected devices would surpass the number of people in the world. David Evans, the former chief futurist at Cisco, estimated in 2015 that “an average 127 new things are connected to the internet” every second. Today, there are over 20 billion connected things in the world, according to estimates from Gartner. The excitement around the brave new internet-connected world has been matched with concern. All of these objects, brought to life like Pinocchio, have made the world easier to control: You can let the delivery man in the front door, or change the temperature inside the house, all with a few taps on a smartphone. But it’s also given our objects—and the companies that make them—more control over us.

The post What Is the Internet of Things? A WIRED Guide appeared first on Gadgets To Make Life Easier.

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[gamerszone2019-blog]

No Man's Sky Beyond New Features And Patch Notes; Fixes Incoming For Issues

New Post has been published on https://gamerszone.tn/no-mans-sky-beyond-new-features-and-patch-notes-fixes-incoming-for-issues/

No Man's Sky Beyond New Features And Patch Notes; Fixes Incoming For Issues

Update 2.0 for No Man’s Sky has arrived on PlayStation 4, Xbox One, and PC. Simply titled Beyond, the latest major update for the ambitious space explorer marks the three year anniversary of its initial release by adding a veritable bucketload of new features and improvements, from massively expanding the multiplayer experience, to adding fully-fledged VR support.

If you haven’t taken the plunge with No Man’s Sky yet, now might be the best time to do so. The early game has been streamlined and revised to better teach new players its multitude of disparate mechanics, while a new catalogue has been introduced that automatically adds substances, crafting products, and new technologies to its pages when first encountered. A useful rework of the Pinning system also allows you to get detailed step-by-step instructions on how to find and build any item in the aforementioned catalogue. Meanwhile, new story content has been added in order to weave together the three main narrative pathways that encompass No Man’s Sky’s story.

Perhaps most excitingly, you can now play the entirety of No Man’s Sky in virtual reality using either Steam VR or PlayStation VR. The multiplayer introduced in the NEXT update has also been expanded upon, with the Space Anomaly transforming into an all-new hub area able to support up to 16 players at a time on all platforms. Throughout the rest of the universe, the player count has been raised from four to eight on console and from four to 32 on PC. Any other space explorers you discover are now represented with full character models, too, allowing you to see each other’s character and ship customisations.

As well as giving you the ability to browse and visit other player’s bases via the Space Anomaly, Beyond will also highlight the best bases created by the No Man’s Sky community and allow you to visit them. Multiplayer missions are also now initialised from the Space Anomaly via the Nexus. A large set of unique missions is currently available, including base construction, a new type of centered around building specific structures.

Once you’ve touched down on other planets, you can now mount and ride various creatures by taming them with bait. Any tamed creature can also be peacefully harvested for a variety of cooking ingredients, such as milk, eggs, and “edible clusters”–which is a polite way of saying “poop.” When it comes to cooking, there’s now an increased variety of harvestable flora on every planet surface, with a nutrient processor allowing you to discover more than 300 recipes for bait, consumables that boost your Exosuit, and dishes you can present to Iteration Cronus aboard the Space Anomaly for culinary critique and potential rewards.

Base building has also been improved, there are dynamic NPCs that will now walk around and interact with elements in their environment. More than 60 new dialogues options have been added for alien encounters, the galaxy map has been made more concise; gameplay balancing has alleviated grinding, relaxed inventory limitations, and provided longer stretches of uninterrupted mining without sentinels bugging you; the game has been further optimised on PC along with adding more graphics options, and you can even sit in chairs now.

It’s a comprehensive list of changes, improvements, and new features that aren’t all mentioned here. As with any updates of this size and scale, there have been some teething problems with players reporting crashes and numerous bugs and glitches. Developer Hello Games is already on the case, however, with founder Sean Murray tweeting that fixes are on the way.

A new build has been sent to experimental branch on PC with fixes for a number of issues experienced since release.

This will go live to everyone on PC soon.

Hot fix patches are in flight for PS4 and XBox (MS/Sony cert means this is a tiny bit slower)

— Sean Murray (@NoMansSky) August 15, 2019

Below you’ll find the entirety of No Man’s Sky Beyond’s patch notes:

VIRTUAL REALITY

No Man’s Sky is now fully playable in virtual reality.

Many interactions have been given special VR-only options, including: grabbing plants and other collectables with your hands; physically opening the cockpits of ships and exocraft; piloting starships directly with a VR stick/throttle; and punching objects to cause damage.

Introduced special VR menus: including controlling Multi-Tool options via a menu embedded on the in-world Multi-Tool; and browsing the quick menu and inventory via a personal wrist-mounted display.

GRAPHICS AND PERFORMANCE

OpenGL has been replaced by Vulkan. Many players, particularly players with AMD graphics cards, should see a performance improvement.

Significant optimisations to asteroid generation.

Significant optimisations to planet generation.

Improved loading times.

Significant optimisations to 2D rendering.

Reduced memory usage across the game generally.

Significant optimisations to cloud and terrain shaders.

Significant optimisations to the animation LODing system.

Added level-of-detail mesh optimisations to the majority of in-game assets.

Significant optimisations for large bases.

Revised HDR support, updated output curve in line with advances in HDR calibration.

Adaptive and Triple-Buffered V-Sync are now selectable from Graphics Options.

Players with more than one GPU can now select which is used from Video Options.

Many graphics settings no longer require a restart to apply.

The ‘LOADING SHADERS’ load step has been removed, improving the loading experience.

CONTROLS AND OPTIONS

Added support for full rebinding of PC controls via Steam and OpenVR.

Reworked all settings and options pages, making graphics settings more clear for PC players.

Added options to disable vignette and scanline effects.

Added the option to remove button holds and make all non-destructive clicks instant.

THE SPACE ANOMALY

Added the ability to summon the Space Anomaly to your location from anywhere in the galaxy.

Significantly expanded and reworked the interior of the Space Anomaly.

The Space Anomaly now serves as a hub, bringing together all the Travellers who are onboard regardless of their physical location in the universe.

Removed orbs from the game and replaced them with fully simulated other players, met ambiently as you explore.

The network player cap has been raised to between 8 and 32 depending on platform and current location.

Added a new teleporter to the Space Anomaly. This teleporter allows players to visit the base of any other player currently on the Anomaly with them, as well as highlighting featured bases from the community.

Moved multiplayer mission selection to the Nexus, a new hub area in the Space Anomaly.

Added an interface for quickly finding other players to join on multiplayer missions.

Added many new types of multiplayer mission.

Automatic chat messages are broadcast when performing game actions, including making discoveries, attacking pirates, installing tech, performing gestures, and fighting biological horrors.

Multiplayer missions now warp players directly to the mission location as they leave the Space Anomaly.

Added the ability to display a custom player banner, adjustable at the Appearance Modifier.

Player graves in multiplayer games will get reset to the current player’s system when returning to single player.

A new save icon is used in multiplayer to highlight that while progress is saved, the player’s current position is not.

Reworked the story missions to integrate Nada and Polo’s journey better with the story of Artemis.

Added new story content for Nada and Polo.

Reworked the tutorial and much of the early game mission flow.

Added new and unique visuals for new NPCs aboard the Space Anomaly.

Added an NPC to the Space Anomaly who will exchange a different product for nanites each day.

Added an NPC to the Space Anomaly who will exchange milestone progress for nanites.

Added an NPC to the Space Anomaly who will exchange different categories of discovery data for nanites each day.

USER INTERFACE

Added a tech-tree style display for all the technologies, products and other recipes available in the game.

Added technology and base part research stations to the Space Anomaly, allowing players to browse the full tech tree, plan their upgrades, and purchase new technologies with nanites.

Tweaked the visuals of HUD and compass markers for improved clarity and consistency.

Some HUD icons now shrink to reduce visual noise.

Adjusted the behaviour of compass markers while in the ship to better reflect the reality of navigating 3D space.

Improved the UI for comparing and purchasing ships, Multi-Tools and freighters.

Added a warning when trying to swap starships if you still have cargo aboard your old ship.

Improved the inventory page, including making inventory sub-categories more clear.

Changed text scrolling to a full wraparound rather than a bounce.

Reduced the amount of bloom in cases that caused photosensitivity issues.

Refiner output readings now correctly update when more resources are added to an input slot.

Improved the visual style and clarity of the Buy/Sell filters on trade screens.

Improved the icons used to display the class of ships, Multi-Tools, and other purchasable items.

Updated the ‘Summon Vehicles’ icon on Quick Menu.

The icons for summoning other ships in your collection now accurately reflect the appearance of those ships.

Updated the visuals for the in-cockpit ship screens.

Significant improvements to the chat box, including the ability to choose whether messages are sent to your group or the entire system.

Moved substances, products and technologies to their own ‘Catalogue’, separate from the Guide.

Added Guide entries for several new features.

Increased the size of icons in the Catalogue.

Improved the appearance of the dialog / NPC speech UI.

Mission notifications / objectives are no longer hidden by the build menu, inventory or refiner screens.

Added a new style of mission notification that gives more context to complex mission steps.

The Galaxy Map has been totally overhauled for clarity and visual style.

NPCS AND INTERACTIONS

NPCs can now walk around their environments and interact with environmental elements.

Player locomotion is more responsive when running.

Players can now sit on chairs.

Improved the camera handling when sitting in a confined area.

NPCs will respond to gestures performed by the player.

NPCs now occasionally browse holographic creatures, ships and more on their handheld devices.

Added all new NPC interactions at planetary salvage sites.

Added all new NPC interactions at crashed ships.

Significantly reworked all factory and monolith interactions.

Changed the reward sequence for factory interactions to allow players to choose which product recipe they would like to learn.

Reworked a large number of existing NPC interactions.

Added a range of biome specific interactions for NPCs at planetary buildings.

NPC pilots now leave their ships when landing at Space Stations and Trade Outposts.

NPCs can now choose a chair to sit on, sit down for a while, then continue with their day.

Geks occasionally swing their legs while sitting.

Expanded the range of NPC moods and animations.

Increased the richness of text interactions with additional audio, colours and NPC animations.

Added different text printout speeds for each alien race, giving them their own style of ‘speech’.

Added a chance for guest NPCs to visit Space Stations, eg the occasional Korvax may be found in the Space Station of a Vy’keen system.

The Trade Outpost is treated as a building (for the purposes of providing hazard protection), but plays correct outdoor audio ambience.

Added AutoTranslator technologies to the Exosuit that allow random words to be translated without being permanently unlocked.

Fixed an issue where }} alien speech brackets would appear on a new line by themselves.

Alien words are grouped together to prevent learning words very similar to ones already known (e.g. interloper/interlopers).

Alien word learning has been overhauled. Players may direct the flow of language acquisition when interacting with NPCs.

Players can practice using the words they know when speaking to alien lifeforms and observe the results.

BUILDING

Reworked the Base Building Menu: improved visual clarity; improved usability; and allowed quicker access to parts, including adding the ability for parts to be in more than one group.

Day/night cycles are now deterministic and synced between players.

Significant improvements have been made to the base part snapping system, allowing for faster and more convenient building.

Added a new photo-mode style building camera to allow easier placement of complex structures.

Added the ability to scale some base parts.

Added the ability to rotate some base parts around more than one axis.

Added new power generation base parts: Biofuel Reactors, Solar Panels, Electromagnetic Generators and Batteries. Each offers a different way to generate power for your base.

Added wiring, allowing you to connect base parts that need power to your generators.

Removed the manual fueling of many base technologies and replaced it with power grid requirements.

Added power requirements to existing parts such as lights.

Added a range of logic gates and switches, allowing for creative control of powered parts.

Added new large-scale mineral and gas extractor base parts.

Added mineral/gas pipelines, allowing players to connect their new extractors to remote depots for ease of collection.

Added a new Survey Device upgrade for the Analysis Visor, allowing player to hunt out the optimal spots to place mineral/gas extractors and electromagnetic generators.

Overhauled the gravity simulation, improving the experience on dead planets.

Added Short-Range Teleporters. These pads may be placed around your base and wired up to create a network of near-instant transportation.

Improved the management of base options when interacting with the base computer, including improving the ability to take screenshots of the base.

Added the ability to jetpack while the Build Menu is open.

Improved the visual effects of the Terrain Manipulator.

Unified the functionality of the Message Module and the Communications Station and added a new unique art asset.

Added several new roof pieces, allowing players to build complete sloping roofs.

Added new exocraft-sized doors that can be powered to open and close automatically as you approach.

Added new interactable props, including customisable light boxes and audio frequency generators.

Added a powered Sphere Generator that allows players to generate large movable spheres.

Improved the visual effects when constructing base parts & technology.

BUG FIXES

Increased the tolerance of trader ships participating in a freighter battle so that they do not report friendly fire as a crime unless the shot is fatal.

Fixed an issue where Sentinel drones would become stuck when scanning a player who was entering and exiting their ship.

Fixed an issue where the third person player model would never look directly at the camera.

Fixed an issue where ship rain audio was being played when it was not raining.

Added creature sounds to the weird biome creatures.

Fixed a Multi-Tool animation glitch when firing the Mining Beam from sheathed in first person.

Change Asian numerical separators to be correct format.

Fixed an issue where the starship can appear floating above the terrain if the player is spawned at a long distance from the ship.

Fixed a number of item duplication exploits.

Fix for the starship HUD reading ‘Moon of Unknown Planet’ when the planet is known.

The Mining Beam is now the correct colour when upgraded with a procedural upgrade module.

Fixed an issue where the wrong impact particles were sometimes used when shooting Sentinel Quadrupeds.

Miscellaneous text fixes.

DISCOVERY AND EXPLORATION

Overhauled the Analysis Visor. Scanning of flora, fauna and minerals no longer begins automatically, but begins when the player holds a button while looking at the relevant object.

In VR, the Analysis Visor becomes Analysis Mode. Objects are scanned by aiming at them with the Multi-Tool.

Custom Markers placed from the Analysis Visor now drop a physical object at the marker location.

Significantly overhauled the Discovery Page to show a graphical representation of the system, as well as close up 3D representations of all discoveries and long text entries for fauna.

Made butterflies and other flying creatures much easier to scan with the Analysis Visor.

Added a new set of rare vibrant colour palettes for lush planets.

Creature markers in the Analysis Visor now display how far away the creature is.

Fixed an issue where creatures would never poop once they had been scared by a predator.

Predator creatures no longer target and attack players when they are in an interaction.

Creatures will no longer attack players who are in their ships.

Improved the clarity and display of warning icons on predatory or angry creatures.

Fix for biological horrors not playing their death effects for network players.

Fix for incorrect fauna level being displayed in the Analysis Visor.

Added creature marker to display their current mental state.

Added new wild plants to all biomes.

Added the ability to cook plant and animal products in a Nutrient Processor to produce a wide variety of food. Experient with combinations to create unique and complex foodstuffs.

Eating food provides a boost to your life support.

Added bait products, created in the Nutrient Processor, that allow creatures to be harvested for food products. Scan creatures to learn their bait preferences.

Killing creatures also allows the harvesting of several new food products.

Added an NPC to the Space Anomaly who will judge the player’s cooking ability.

Renamed Coprite to Faecium.

Added compass and HUD icons to Faecium deposits.

Improved the visuals of Faceium deposits.

Added a base part that will attract creatures to your base and automatically feed them.

Added a base part that will automatically extract milk and other relevant resources from nearby creatures that are ready to be harvested.

Throwing bait can attract a large number of creatures to one location.

Throwing specialist carnivore bait can distract and placate angry or predatory creatures.

Creatures that have been tamed by supplying their desired bait can be ridden. Creatures will still attempt to go about their own business, but their routines can be shaped by their rider.

Upper body gestures may be used when seated or riding a creature.

The Nutrient Processor and the Portable Refiner now display a marker when they are not placed within a base.

VISUAL POLISH

Nada and Polo now use a larger range of animations.

Improved the visuals for the Space Station entrance beam.

Entirely reworked and expanded the cockpits of all ships.

Increased the amount by which you can look around the starship cockpit.

Added fully modelled cockpits / interiors for all the Exocraft and the Nautilon Submarine.

Starship exteriors can now be seen while inside the starship.

Improved the particle effects for the Scatter Blaster and the Blaze Javelin.

Increased the scale of starships. Landing pads and docking areas across the galaxy have been expanded to cope with the new larger ships. As a result, landing pads in existing bases have been refunded.

Improved the visual detail on fighters, haulers and shuttles.

Added ramps to the front of the Space Station balcony platforms.

Fixed a number of issues where trees and rocks could not be run over by Exocraft.

Trade Outposts now have ladders to climb up to the platform.

QUALITY OF LIFE

The Exosuit torch can now be turned on whatever the time of day.

While the Pulse Engine is engaged, the central ship screen now displays a clearer message about fuel use.

Technology can now be installed in stages, allowing incomplete tech to be placed in an inventory and its individual components added over time.

Technology can now be moved after installation.

Significantly overhauled the system for pinning instructions for building technologies, products and base parts.

Added the ability to pin a substance and receive directions for where to find it.

Removed the Advanced Mining Laser requirement from large trees on lush planets.

Added an Antimatter Reactor base part that generates antimatter over time.

Added specific efficient Starshield Batteries for use in starship combat.

Added ‘Warp Hypercores’, a large hyperdrive fuel unit with five times the capacity of a regular Warp Cell.

Increased the base mining speed of the Mining Beam.

Fixed a bug that caused resource notifications to stack up while playing without the HUD.

Reduced the length of time resource notifications are displayed when you have multiple resources stacked up.

Added alerts when new items are encountered or recorded to the Catalogue.

Added the Optical Drill, a Mining Beam upgrade that increases the resources gained from mining.

Added the Launch System Recharger, a starship upgrade that automatically recharges the Launch Thrusters over time.

Added an extra slot to the starting Multi-Tool.

When installing an upgrade module, the correct inventory is automatically selected.

Adjusted the probabilities of low, medium and high security planets in Normal Mode.

Adjusted the timers of Sentinel patrols on lower security planets.

In normal mode, allowed some planets to never spawn Sentinel drones.

Added a chance to collect geodes when mining rocks or asteroids. Geodes can be analysed to extract large quantities of substances.

Increased the base speed of all Refiner units.

In normal mode, increased the slot storage limit for substances from 250 to 10,000.

Increased the wealth levels at which higher tiers of pirates will attack.

Increased the base energy levels of the Mining Beam and the Terrain Manipulator, allowing for less frequent recharging.

Replaced the ‘Find specific building’ component of the Signal Booster with a system of planetary charts. Acquire planetary charts from Space Station Cartographers.

Navigation Data can be traded for planetary charts. Collect Navigation Data when saving and charting at waypoints and save beacons.

Using the Terrain Manipulator to mine basic ground will award silicate powder, which can be used to refine glass.

Added a note on the interaction label of NPCs that have already been visited.

When craftable products are the current mission objective, they are automatically pushed to the top of the product list.

Adjusted the frequency of rare asteroids.

When buying a freighter, it now comes with some basic cargo already in the inventory.

Increased the minimum speed while in space combat, creating better combat handling in most conditions.

Increased the maximum speed while flying in space.

Added a degree of roll when banking in planetary flight.

The warning triangle in the cockpit is no longer displayed when the Pulse Engine is not being requested.

Added a cockpit throttle indicator to show current thrust settings.

The ‘Shields Down’ message is no longer displayed when claiming an abandoned ship.

The ‘How to land the ship’ notification no longer displays immediately after planetary takeoff.

When charging the Pulse Engine, the current autopilot target marker is now highlighted.

Missions now add hints to highlight the relevant items in the build and crafting menus.

Inventory popups are now closed automatically if you click outside of them.

Tweaked the weighting of mission selection in the mission board to give a better range of available missions.

Increased the likelihood of procedural upgrade modules being relevant to the player’s current tech setup.

Added several new environmental protection Exosuit upgrades.

Ammunition is automatically promoted to the top of the crafting list if players try to reload but have no available ammo.

Increased the default stack size for Ammunition.

The Mining Beam now has a much higher base heat capacity.

Reworked the Mining Beam overheat mechanic: the beam now cools down correctly rather than instantly resetting; the Mining Beam does more damage as it approaches max heat; the Mining Beam changes colour as it approaches max heat.

Innes has walked over 1400 miles. His journey continues.

Source : Gamesport

[quanrel]

Unicorn Chef: Mermaid Cooking

https://www.quanrel.com/unicorn-chef-mermaid-cooking/ Unicorn Chef: Mermaid Cooking - https://www.quanrel.com/unicorn-chef-mermaid-cooking/ From the creators of the super popular Unicorn Chef brings you the newest MERMICORN Cooking Games! You told us and we kept our promise!! We have read all your reviews and we are releasing this special version of Mermicorn Cooking Games for the fans that have asked for MERMAID related foods!!! Features: – 100% FREE – A super fun food-making game with TONS of MERMAID foods! – Keep updated with new mermaid related foods every month! – Make amazing mermicorn desserts such as mermaid tail cake, mermaid s���mores dip, mermaid toasts, mermaid cookies, mermaid milkshake, mermaid smoothie bowls, mermaid cake pops, and so much more – Tons of realistic cooking tools to play: oven, piping bags, spatula, bowls, plates, cream mixer, food processor, induction cooker, ice cream dispenser, knife, cutting board, slushy dispenser, straws, cake molds, and so much more – Tons of food materials and decorations to try: fruits, candies, sprinkles, milk, flour, salt, sugar, butter, eggs, chocolate, ice cream, cream, water, cotton candy, cookies, caramel and so much more How to play: – Use interactive controls to play the game – Try different tools to make your foods – Mix various ingredients to create the unique flavor and color of your foods – Decorate your foods with beautiful sprinkles, candies, fruits, straws, and glitters – Eat desserts to trigger the rainbow magic Unicorn Chef: Mermaid Cooking SUBSCRIPTIONS: You can subscribe for ADS FREE: The subscription is $1.99 weekly / $6.99 monthly / $23.99 half year You’ll be able to remove all the ads inside the games with your subscription Payment will be charged to iTunes Account at confirmation of purchase Subscription automatically renews unless auto-renew is turned off at least 24-hours before the end of the current period Account will be charged for renewal within 24-hours prior to the end of the current period Subscriptions may be managed by the user and auto-renewal may be turned off by going to the user’s Account Settings after purchase No cancellation of the current subscription is allowed during an active subscription period Any unused portion of a free trial period, if offered, will be forfeited when the user purchases a subscription to that publication *Prices are equal to the value that “”Apple’s App Store Matrix”” determines is the equivalent subscription price in $USD Your use of this application is governed by the Terms of Service available at https://www.shakeitmediainc.net/terms-of-use/. Collection and use of your data are subject to the Privacy Policy available at https://www.shakeitmediainc.net/privacy-policy/. Crash, Freeze, Bugs, Comments, Feedback? Feel free to drop us a line at https://www.shakeitmediainc.com/contact-us/ or submit a review. Important Message for Purchases: – By downloading this App you agree to Mermicorn Chef’s Privacy Policy – Please consider that this App may include third parties services for limited legally permissible purposes. By Shake It Find out more

[homepictures]

The Five Secrets You Will Never Know About Electric Dough Mixer For Home Use | electric dough mixer for home use

(January 9, 2019 / JNS) The majesty of afternoon tea. No charge to carapace out megabucks in a adorned auberge for this aesthetic pastime. Tea time is one of the simplest means to entertain. It can be accidental or swanky, and the bedfellow account can ambit from family, accompany and neighbors to associates of a advance accumulation or book club. It’s a admirable way to get calm on a winter black (think rain, snow and ice outside, balmy and comfortable inside.) Pull out that rarely acclimated bells china, block stand, flowered basin bedfast tray or whatever abroad is hidden in the cupboards. This is your befalling to get a little absurd with what you already accept about the house.

מוצר – B10 Home use 10 Liters electric stand food mixer … – electric dough mixer for home use | electric dough mixer for home use

Think “Downton Abbey” tea appropriate at home.

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Teatime can be anytime in 21st-century living, based on the attitude set by the Duchess of Bedford in the 19th century, who absitively it was abundant too continued amid cafeteria and banquet to go afterwards a snack. So she ordered a ablaze feast of Lapsong tea, scones and cakes to authority her over.

The “meal,” by the way, is not bedfast to developed entertaining. When it’s an aboriginal academy closing or canicule off for the kids and they appetite article advantageous to do, let them try their duke at this basal appearance of cooking. Again they get to eat their creations in a affable fashion. They can accomplish elegant-looking peanut-butter-and-jelly, egg- and tuna-salad sandwiches, acute the aliment for a thin, crustless finale, aloof as British aristocratic Princess Charlotte ability do. And kids adulation to pat out the adhesive chef for scones. Scones, the absolute British variety, are clammy and absorptive inside, and crunchy-crisp on the outside. Fabricated with bargain ingredients—flour, adulate and acerb milk—they could be alloyed and broiled in minutes, and were served in both farmhouses and mansions.

Tea time at the Rittenhouse Auberge in Philadelphia. Credit: Wikimedia Commons.

The triangular Petticoat Tails, or four-ingredient shortbread cookies, are said to resemble the long, adorned underskirts of 16th-century ladies. In the Shetland Isles area I grew up, a annular shortbread block was burst over a bride’s arch as she entered her new home. The rich, buttery, cookie-inspired one Scottish chef alleged “shortbread” became the “jewel in the crown” of Scottish baking. I’ve added my adaptation of Victoria Sponge, a admired of Queen Victoria. Alpha off with a baby angel-food cake, breach and ample with aerated chrism and broken strawberries. It can be fabricated in account and tastes divine. If you appetite to be a purist, alpha off with a bottle of sherry to sip, as did the mansion-house gentry.

As for tea, the dry, ambrosial leaves were scarce, big-ticket and awful taxed. British housekeepers kept it in a bound box, adhering the key to one’s belt so that it could be doled out as needed. Sandwiches, scones, shortbread and that adored tea—an elegant, easy, but all-important afternoon revival.

Cucumber Sandwiches (Dairy)

Makes 20

Tips: 

*Buy a agilely broken loaf, at alone about 40 calories per slice

*Use a denticulate knife to cut off crusts

*Make sandwiches 4 hours or so advanced of time. Awning about with a clammy cardboard anhydrate to anticipate dehydration out and refrigerate.

Ingredients:

20 attenuate slices of white or amber bread

Vegetable chrism cheese, at allowance temperature

½ cucumber, bald and agilely sliced

Directions:

Pile 10 slices aliment on a acid board. Remove crusts.

Place bristles slices collapsed on the lath and advance agilely with chrism cheese. Top with a band of cucumber slices, again awning with actual aliment slices.

Press bottomward with your hand. Cut anniversary sandwich into two triangles. Repeat with actual bread. Arrange on bedfast platter.

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May adornment with broken cucumber (optional).

Farmhouse Scones. Credit: Ethel G. Hofman.

Farmhouse Scones (Dairy)

Makes 8-10

Tips:

*No self-rising flour? Substitute 2 cups of advantageous flour, additional 4 teaspoons baking powder.

*Line a baking area with aluminum foil. Discard antithesis afterwards baking.

*Butter should be cold, not soft.

*For acerb milk, cascade in 2 teaspoons white alkali to 1 cup milk. Let angle 15 minutes. Do not stir.

*Use attenuate acrylic gloves on easily to rub adulate into flour. No charge to ablution the aliment processor.

Ingredients:

2 cups self-rising flour

3-4 tablespoons butter

¾ to 1 cup acerb milk

Directions:

Place arbor in average of oven. Preheat oven to 425 degrees.

Line a baking area with aluminum antithesis and baptize agilely with about 1 tablespoon flour.

In average bowl, rub adulate into abrade to bendability of base crumbs. If application apparent flour, activity in baking powder.

Make a able-bodied in center. Add abundant acerb milk to accomplish a soft, adhesive dough. Turn assimilate a well-floured board. Pat into a annular amphitheater about ¾-inch thick. Use a little added flour, if needed. Cut into circuit with a channelled 2-inch cookie cutter. Place on able cookie sheet.

Bake in preheated oven 10-12 account until well-risen and golden. Remove to towel-lined basket. Awning with towel. Best served anon or aural 2 to 3 hours of making.

Leftovers may be split, broiled and advance with preserves.

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Petticoat Tails. Credit: Ethel G. Hofman.

Petticoat Tails (Dairy)

Makes 16-20

Tips:

*Use absolute butter, softened

*Add abrade gradually, ½ cup at a time

*Chopped crystallized amber or currants may be added

*No charge to analyze flour

*Orange abstract may be acclimated instead of almond flavoring

Ingredients:

½ cup sugar

1 cup (2 sticks) butter, ashen and cut into pieces

1 teaspoon almond flavoring

2 cups advantageous flour

Cinnamon-sugar to baptize (optional)

Directions:

Heat the oven to 350 degrees.

Spray a jellyroll pan or Pyrex baking dish, about 11×14 inches, with nonstick baking spray.

In a average bond basin application an electric duke mixer, exhausted amoroso and adulate until well-blended, about 1 minute. Add the flavoring, again the flour, about ½ cup at a time.

Beat able-bodied until the abrade is absolutely attenuated afore abacus the abutting ½ cup flour. Admixture will be stiff.

If application amber or currants, assignment into the adulate admixture with a board spoon. Press into able baking pan. Baptize with cinnamon-sugar (optional). Prick all over with a fork. Bake in preheated oven, 30 to 40 minutes, or until aureate and edges are hardly browned.

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Cool for about 10 account afore acid into squares. Cut anniversary aboveboard into 2 triangles.

Cool absolutely afore autumn in closed alembic at allowance temperature. May be frozen.

Peanut-butter-and-jelly crustless handhelds for the adolescent set. Credit: Ethel G. Hofman.

Victoria Sponge (Dairy)

Serves 8-10

Tips:

*Buy a baby angel-food cake

*Use air-conditioned abundant chrism to whip easily

*No strawberries? Use accomplished raspberries or blueberries

*Crumble angel-food block crumbs, acknowledgment lightly, and baptize on bake-apple salads or ice-cream

Ingredients:

1 store-bought angel-food cake

1 baby alembic (8 ounces) abundant cream

2 teaspoons sugar

1½ cups broken strawberries

Confectioners’ amoroso to baptize (optional)

Directions:

Slice the angel aliment block in half, as for a sandwich.

Scoop out the block from the basal half, abrogation a 1-inch shell. Whip the chrism until it peaks softly.

Stir in the amoroso and bend in the berries. Beanery into the cavity.

Top with the actual top bisected of cake. Press lightly. Baptize with confectioners’ sugar.

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May air-condition 4 to 5 hours afore serving.

Ethel G. Hofman is a broadly amalgamated American Jewish aliment and biking columnist, columnist and comestible consultant.

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[mikasa-es-tu-kasa-blog]

DAIRY MUNEEM DATA PROCESSOR COMES WITH INBUILT PRINTER, USED TO RECEIVE DATA ON LINE FROM AUTOMATIC MILK ANALYSER & ELECTRONIC WEIGHING SCALE, STORE RATE CHART, STORE PROCESSED DATA, EXPORT PROCESSED DATA TO PRINTER FOR GENERATING PAYMENT RECEIPTS

[nichromepackaging]

POWDER PACKAGING SOLUTIONS FROM NICHROME

The powder packaging market is growing fast. Whether it be ground masalas or milk powder, drink mixes or nutraceutical products, flour or pre-mixes, there is a huge amount of food, pharma and other powders out there, all waiting to be packed in safe, accurate and hygienic packs. 

As convenience products become increasingly popular, we can expect more products and varying package formats for products like spice blends, instant coffee and its variants, drink mixes, protein powders, sweeteners, etc.

 Challenges of powder packaging 

When choosing a powder packaging machine, or even when providing a powder packaging solution, it is essential to study and understand the pertinent characteristics of the specific powder application. Different powders come with their own challenges. Some are free-flowing, others are not. Some, like flour, cause a dusty environment. Certain powders like agrochemicals can turn explosive with certain gases and an electrical spark. Product changeovers can also cause cross-contamination issues. 

Some aspects to be considered when choosing a powder packaging machine are:

 Is the powder free-flowing? Products such as table salt or sugar flow freely when dispensed, and do not compact when extra pressure is added. 

Is the powder non-free-flowing? These tend to be cohesive and compact under pressure. These include products like brown sugar, powdered milk. 

How dusty is the powder? Products like flour, when dispensed, form a cloud of dust that travels far and clings to every surface in the vicinity. These airborne particles can cause serious mechanical issues. 

There are other aspects to be considered as well, such as bulk density of the product, which all directly determine pouch sizes and attributes, the type of filler required, as well as the packaging speeds that can be delivered. 

Nichrome's Powder Packaging solutions 

Nichrome has an automated powder packaging solution to suit every need and challenge. As a reputed automatic filling machine manufacturer and experienced provider of integrated packaging solutions, Nichrome's technology expertise and in-depth knowledge of different industries and applications are unparalleled. Nichrome offers a wide range of spice packaging machines, coffee packaging machines, tea packaging machines, pharmaceutical packaging machines and other powder filling machines. Nichrome can also customise and adapt solutions for specific requirements. 

Nichrome prefers to consult with clients before making a sale. Nichrome provides integrated packaging solutions based on four decades of domain expertise, and in-depth study of every client's specific requirements, challenges and goals.

The Nichrome range for powder packaging includes:

Vertical-Form-Fill-Seal (VFFS) Machines

Excel 400 Plus Servo Auger: Easily integrated to upstream or downstream machines/systems this versatile machine offers many pouch formats and has an optimum bagger speed of 80 pouches per minute, depending on the pack size and product bulk density.

Sprint 250 Plus Servo Auger: Sprint 250 Plus Servo Auger: For pouch quantities up to 2 Kgs, Nichrome’s Sprint 250 Plus offers speed (up to 120 pouches per minute), accuracy and efficiency for flexible packaging of a wide variety of powders besides snacks & grains.

Maxima 200/400: With a compact design, Maxima 200/400 has a small footprint and produces single or perforated chain of pouches. A PLC-based control system and optional interface with PC & data processors make the Maxima 200/400 a favourite with powder manufacturers.

Horizontal-Form-Fill-Seal (HFFS) Machines

T Series: Nichrome offers HFFS packaging machines from Totpack, Spain. T110, T140 and T170 offer new generation linear technology with a compact design. They offer a range of pouch formats with superior pouch aesthetics. Well-designed duplex modules are available for higher outputs.

Multilane Machines

Multilane Stickpack with Multi-Head Servo Auger: Packs free-flowing powders such as milk powder, coffee powder, salt, sugar, tea/coffee premixes in single-serve stick packs - popular among food chains, travel and hospitality industries.

Conclusion

For a comprehensive range of automated powder packaging machines, few can match Nichrome’s portfolio. Nichrome's powder filling machines are high speed, high-performance machines providing accuracy, durability and dependable performance for years. They are easy to clean and maintain, offering versatility with easy changeovers. So if you need a packaging machine manufacturer with proven expertise in powder packaging, contact Nichrome today.

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[newmarketresearch1]

Traffic Sensor Market - Global Industry Insights, 2017 – 2025

Traffic sensors are used for traffic management, automatic incident detection, and data collection. Traffic sensors provide standard data regarding traffic, speed, and area occupancy, which are helpful to avoid congestion in the large metropolitan areas. Moreover, these sensors helps to accurately measure average flow speed, which helps to distinguish different service levels such as dense, congestion, queue, and fluid. Traffic sensors improves the efficiency and capacity of transportation networks.

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Inductive-loop detectors, video image processors, magnetometers, laser radar sensors, microwave radar sensors, ultrasonic sensors, passive infrared sensors, and passive acoustic sensors are types of traffic sensors. Application of these sensors includes incident detection, traffic signal control, mainline control, and measurement of vehicle volume.

One of the key factors expected to boost the growth of global traffic sensor market is growing traffic volume. Furthermore lack of effective roadways in urban, intercity, and rural areas is major reason for high volume of traffic on road, especially in emerging economies such as India, China, and Brazil. This demands for traffic sensors to manage road traffic by minimizing congestion. Therefore, traffic sensors can be deployed to ensure optimal utilization of existing roadways. For instance, intelligent transportation systems (ITS) aimed to provide traffic analysis, electronic surveillance along with improved safety, and minimizing pollutant emissions. According to Organization Internationale des Constructeurs d'Automobiles or OICA, around 1.28 billion units of vehicles were in use in 2015 worldwide as compared to 1.23 billion vehicles in 2014. Hence, increasing vehicle parc would lead to proportional increase in road traffic. Traffic sensor is a systematic solution for the prevention of this issues.

However, high cost for implementation is major factor expected to restrain the growth of the global traffic sensor market during the forecast period.

Traffic Sensor Market Taxonomy:

On the basis of sensor type, the global traffic sensor market is segmented into:

Inductive loops

Infrared sensors

Piezoelectric sensors

Magnetic sensors

Image sensors

LiDAR sensors

Thermal sensors

Radar sensors

Acoustic sensors

Bending plates

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On the basis of application, the global traffic sensor market is segmented into:

Traffic monitoring

Vehicle measurement and profiling

Weigh in motion

Automated tolling or e-toll

Traffic Sensor Market: Regional Insights

The global traffic sensor market has been segmented on the basis of regions into North America, Europe, Asia Pacific, Latin America, Middle East, and Africa. North America accounted for the largest share in the global traffic sensor market in 2016. The U.S. is the major growth engine in North America market, owing to increasing initiatives from the U.S. government towards improvement of transportation infrastructure and implementation of intelligent transportation systems (ITS). For instance, the America's Surface Transportation Act or "FAST Act" was implemented in 2015 to solve road traffic congestion issues, enhance transportation within the country, improve working efficiencies in transportation systems and commercial vehicles, and minimize vehicle emissions.

Traffic Sensor Market: Competitive Background

Major players operating in the global traffic sensor market include EFKON AG, Kapsch TrafficCom AG, TransCore, International Road Dynamics, Inc., Kistler Group, Flir Systems, Inc., TE Connectivity Ltd., SWARCO AG, Q-Free ASA, SICK AG, Axis Communications AB, Raytheon Company, and Siemens AG.

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About Coherent Market Insights:

Coherent Market Insights is a prominent market research and consulting firm offering action-ready syndicated research reports, custom market analysis, consulting services, and competitive analysis through various recommendations related to emerging market trends, technologies, and potential absolute dollar opportunity.

Contact Us:

Mr. Shah Coherent Market Insights 1001 4th Ave, #3200 Seattle, WA 98154 Tel: +1-206-701-6702 Email: sales@coherentmarketinsights.com

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Catch us at 3rd International Conference on Separation + Drying Technologies for Milk & Whey at Cologne, March 19 and 20, 2018