#automative sunshades

[ravitechnicalblog]

What is a Tubular Motor? Everything You Need to Know

A tubular motor is a compact, cylindrical electric motor widely used for the automation of rolling shutters, blinds, awnings, and projection screens. Named for its tube-like shape, this motor fits inside the roller tube, making it an ideal choice for applications where space is limited and aesthetics matter. It offers a seamless blend of performance, reliability, and quiet operation.

How Does a Tubular Motor Work?

Tubular motors are designed to rotate within a tube, which in turn raises or lowers the shutter or blind. The motor consists of a built-in brake and limit switch system that allows it to stop automatically at preset positions, ensuring precise control. Some advanced models come with remote control, smart connectivity, or manual override functions.

Benefits of Using Tubular Motors

Space-Saving Design The sleek and compact build allows the motor to be installed inside the rolling shaft, eliminating the need for bulky external devices.

Quiet Operation Tubular motors are known for their smooth and low-noise performance, making them perfect for indoor environments like homes and offices.

Durability Built with high-quality materials and thermal protection, tubular motors are long-lasting and can handle frequent use without overheating.

Automation Compatibility Many tubular motors can be integrated with home automation systems, allowing users to control blinds and shutters using remote controls, mobile apps, or even voice commands.

Enhanced Security In applications like rolling shutters and garage doors, tubular motors provide added security by locking automatically when closed.

Common Applications

Window Blinds & Curtains: Automating blinds in homes or offices for convenience and energy efficiency.

Rolling Shutters: Used in shops, homes, and warehouses to simplify shutter operation.

Awnings: Deployed in outdoor spaces for automated sunshade control.

Projector Screens: Enables quiet, motorized lowering and raising of screens in conference rooms or home theatres.

Final Thoughts

tubular motor for rolling shutter are an excellent choice for anyone looking to modernize and automate window coverings or rolling systems. Their compact design, smooth operation, and easy integration with smart systems make them a go-to solution for architects, builders, and homeowners alike. Whether you're upgrading your home or equipping a commercial space, a tubular motor provides a blend of convenience, style, and efficiency.

[civaux]

Selecting the Right Enclosure Cooling System for Your Control Panels

In the world of industrial automation and electrical infrastructure, control panels serve as the nerve center of operations. Yet, one often overlooked aspect is how thermal management can make or break the performance and lifespan of these panels. Selecting the right enclosure cooling system is critical — not just for performance, but also for safety, efficiency, and equipment longevity.

Why Is Enclosure Cooling So Important?

Electrical components like contactors, PLCs, VFDs, and relays generate heat during operation. When this heat builds up inside an enclosure, it can lead to:

· Overheating and component failure

· Increased downtime and repair costs

· Reduced equipment life

· Safety hazards due to overheating

Proper cooling ensures your control panel operates within the recommended temperature range, protecting sensitive electronics and avoiding costly disruptions.

Factors to Consider When Choosing a Cooling System

1. Ambient Temperature

Start by evaluating the environment. Is the control panel located indoors or outdoors? In a high-temperature region like the GCC, ambient heat plays a major role in cooling system selection. Outdoor panels often require NEMA-rated enclosures and active cooling systems like air conditioners or heat exchangers.

2. Heat Load Calculation

Calculate the total heat load inside the enclosure. This includes:

· Internal heat generated by components

· External ambient heat

· Solar load (if the panel is exposed to sunlight)

Tools like thermal calculators or consulting with a cooling specialist can help with accurate estimation.

3. Enclosure Size and Material

Larger enclosures and metal types (like steel or aluminum) dissipate heat differently. Size and insulation matter when choosing between passive and active cooling methods.

4. Ventilation Options

Sometimes, natural ventilation or forced air cooling with panel fans is sufficient. Fans with filters are ideal for dusty environments, preventing debris from entering the enclosure.

5. Power Availability and Efficiency

Check the power rating of the cooling system. Energy-efficient cooling solutions like EC (electronically commutated) fans can save energy and reduce operational costs over time.

Types of Enclosure Cooling Systems

Cooling in GCC Climate Conditions

In regions like the Gulf Cooperation Council (GCC) — where ambient temperatures can soar past 50°C — choosing the right cooling method is especially critical. Filtered fan systems with thermal controls or industrial-grade AC units are highly recommended for outdoor and high-load panels.

Also, using UV-resistant enclosures, sunshades, or thermal barriers can help reduce heat load from solar radiation.

Final Tips for Optimal Cooling

· Install temperature sensors inside the panel for real-time monitoring.

· Keep filters clean and replace them periodically.

· Consider smart cooling systems that adapt to environmental conditions.

· Seal the enclosure properly to avoid unwanted air infiltration.

Conclusion

Investing in the right enclosure cooling system is not just about temperature control — it’s about ensuring reliability, safety, and performance for your electrical control panels. Whether you’re operating in a controlled indoor setting or facing the harsh heat of the GCC, there’s a solution that fits your needs.

At Civaux, we specialize in providing high-performance panel fans, filters, and cooling solutions tailored to your application. Reach out to us today for expert advice on choosing the best system for your setup.

[ahrefsonline]

Awnings in Sydney | Awnings Sydney - Sunteca

Whether aluminium, canvas or acrylic, retractable awnings provide excellent protection to your windows against heat and cold. Because of the wide range of colours and designs available, awnings enhance the appearance of your home. The complete range starts with basic motorised Robusta drop arm awnings, then progresses through a wide choice of folding arm awnings, Cassette awnings. Pergola and Glass roof conservatory awnings are our speciality. With Fabric tensioned Systems at the high end. There are sophisticated sunshade installations with automation, electric motors and sensors for blinds and awnings. In other words, Sunteca offers everything you need for relaxing shade outdoors.

Awnings

[ghaftreeuae]

Sun Shades in Dubai – Ghaff Tree UAE

Ghaf Tree UAE specializes in a variety of sunshade solutions tailored to the unique climate of Dubai, offerings include retractable fabric roofs, bioclimatic conservatories, and pergolas, providing versatile outdoor space options. The company also features skylight shades and retractable awnings, ensuring effective sun shades in Dubai to protect while enhancing aesthetic appeal. Additionally, they offer automated external zip screens and various types of sail shades for customizable shading solutions. With a focus on quality and innovation, Ghaf   Tree UAE aims to create comfortable outdoor environments that withstand the region's intense sunlight. Read More: https://www.ghaftreeuae.com/products/canopy/

[delicateduckpeanut]

Global Sunshade Systems Market Set for Steady Growth Amid Rising Demand for Energy Efficiency and Smart Shading Solutions

Global Sunshade Systems Market Set for Steady Growth Amid Rising Demand for Energy Efficiency and Smart Shading Solutions

Market Overview

The Global Sunshade Systems Market is witnessing robust growth, driven by increasing demand for energy-efficient buildings, climate-responsive architecture, and aesthetic enhancements in residential, commercial, and industrial spaces. Sunshade systems are becoming an integral component of modern construction and urban design, offering benefits such as thermal comfort, UV protection, glare reduction, and energy conservation.

With growing concerns over climate change, rising temperatures, and sustainability, governments and organizations worldwide are promoting the adoption of smart sunshading solutions to reduce cooling costs, improve indoor comfort, and enhance building aesthetics. As a result, the market is expected to experience substantial expansion through 2030.

Free Sample Report:- https://www.researchallied.com/request-sample/69162-global-sunshade-systems-market

Market Insights & Trends

Increasing Focus on Energy-Efficient Buildings: Sunshade systems are gaining traction as an essential part of green building certifications and energy conservation strategies, helping to reduce energy consumption and carbon footprints.

Rising Popularity of Smart and Automated Sunshades: The demand for motorized, sensor-based, and AI-integrated shading solutions is increasing as consumers look for convenient, technology-driven climate control options.

Surging Adoption in Commercial and Residential Sectors: Architects and urban planners are incorporating sunshade systems into modern buildings, hotels, office complexes, and smart homes to improve aesthetics and functional efficiency.

Advancements in Sustainable and High-Performance Materials: Manufacturers are innovating with eco-friendly fabrics, UV-resistant coatings, and lightweight yet durable materials to create long-lasting, low-maintenance sunshade systems.

Growth in Outdoor and Retractable Sunshades: The increasing popularity of outdoor living spaces, rooftop patios, and open-air commercial areas is driving the demand for adjustable and retractable sunshade solutions.

Key Players in the Market

Leading companies in the Global Sunshade Systems Market are investing in technological advancements, design innovation, and sustainable production to expand their market presence. Major players include:

Hunter Douglas

Lutron Electronics

Warema Renkhoff SE

Somfy Systems Inc.

Tahara Shading Systems

Insolroll Window Shading Systems

Skyco Shading Systems

Griesser AG

Serge Ferrari Group

SWF Contract

These companies are focusing on smart shading technologies, eco-friendly materials, and expanding their global distribution networks to meet growing market demands.

Get Full Report:- https://www.researchallied.com/report/69162-global-sunshade-systems-market/

Regional Insights

North America: The U.S. and Canada are witnessing high demand for smart and energy-efficient sunshade solutions, driven by stringent energy regulations and growing awareness of sustainable construction practices.

Europe: Countries such as Germany, France, and the UK are leading in eco-friendly shading solutions, supported by EU regulations promoting energy-efficient buildings and urban sustainability.

Asia-Pacific: Rapid urbanization in China, India, Japan, and Australia is fueling demand for modern shading solutions in commercial and residential sectors.

South America, Middle East & Africa: Growing infrastructure investments and climate conditions are encouraging the adoption of sunshade systems for heat and UV protection.

Market Outlook & Growth Prospects

The Global Sunshade Systems Market is projected to grow at a CAGR of over 6.5% through 2030, driven by:

Increased adoption of sustainable and energy-efficient building solutions

Growing investments in smart home automation and intelligent shading technologies

Advancements in durable, UV-resistant, and eco-friendly sunshade materials

Expansion of commercial real estate and high-end architectural projects

Rising awareness about climate adaptation and thermal comfort in urban planning

As the demand for smart, stylish, and eco-friendly shading solutions continues to rise, the sunshade systems market is poised for steady expansion and innovative breakthroughs in the coming years.

Enquiry Before Buy:- https://www.researchallied.com/enquire-before/69162-global-sunshade-systems-market

Conclusion

The Global Sunshade Systems Market is transforming with technological advancements, sustainability-driven innovations, and increasing consumer demand for energy efficiency. With key players investing in automation, design, and material enhancements, the industry is set for sustained growth and widespread adoption across residential, commercial, and industrial applications.

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[reportprime1]

Automotive Side Window Sunshades market size is expected to be USD 6.51 Billion in 2030

The Automotive Side Window Sunshades market is expected to grow from USD 4.51 Billion in 2023 to USD 6.51 Billion by 2030, at a CAGR of 6.30% during the forecast period.

The automotive side window sunshades market is a growing segment driven by the need for enhanced passenger comfort, vehicle aesthetics, and sun protection. Sunshades minimize heat and glare, protect interiors from UV damage, and provide privacy. They are increasingly popular in both passenger and commercial vehicles.

Automotive side window sunshades are accessories designed to shield vehicle interiors from excessive heat, glare, and harmful UV rays. They enhance passenger comfort, protect upholstery, and improve energy efficiency by reducing the need for air conditioning. Available in various forms, including retractable, magnetic, and custom-fit designs, sunshades also provide added privacy for occupants. Their growing demand is driven by consumer preferences for comfort, aesthetics, and eco-friendly materials, making them popular in both the OEM and aftermarket sectors worldwide.

For More Insights into the Market, Request a Sample of this Report: https://www.reportprime.com/enquiry/sample-report/19902

Top Key Market Players

Honda, Audi, BMW, Acura, Toyota, Lexus, Ford, Volvo, Nissan, Intro-Tech automotive Inc., Protrim Inc., Kassa Inc., Eclipse sunshade., WeatherTech, Citroen, Hauck, Brica, Car Shades, Window Sox, X-Shade, Dreambaby, EZ-Bugz/EZ-Cling, Automotive OEMs (In-Built Shades)

Market Segmentations

By Type: Roller, Suction-Cup

By Applications: Passenger Vehicles, Light Commercial Vehicles, Heavy Commercial Vehicles

Key Market Drivers

Rising Consumer Awareness Growing awareness of UV protection and the harmful effects of prolonged sun exposure drives demand for side window sunshades, particularly in warmer regions.

Customization Options Consumers are seeking customized sunshades that align with their vehicle's interior aesthetics and personal preferences, further propelling the market.

Technological Advancements Innovations like retractable, magnetic, and smart sunshades with automated adjustments are enhancing functionality and convenience, attracting tech-savvy buyers.

Market Trends

Eco-Friendly Materials Manufacturers are using sustainable and recyclable materials to cater to the rising demand for eco-conscious products.

Increased Use in Premium Vehicles Luxury car manufacturers are integrating advanced sunshade solutions as standard features to enhance passenger comfort and differentiate their offerings.

Regional Insights

The Asia-Pacific region dominates the market due to high vehicle production, hot climates, and affordability of sunshade accessories. Demand in North America is driven by a strong focus on passenger comfort and high disposable incomes. Stringent regulations on interior temperatures and UV protection boost market growth in this region.

Get Full Access of This Premium Report: https://www.reportprime.com/checkout?id=19902&price=3590

Challenges

Low Penetration in Developing Markets Despite affordability, the adoption of sunshades is lower in some developing regions due to lack of awareness.

Aftermarket Dominance A significant share of sunshades is purchased in the aftermarket sector, which is highly competitive and price-sensitive.

Future Outlook

The automotive side window sunshades market is expected to grow steadily, fueled by consumer preferences for comfort, energy efficiency, and safety. Advances in smart materials and automation will likely dominate future innovations, ensuring a bright outlook for the sector.

[gbuumbrella]

The Evolution of Umbrellas: A Journey Through History and Innovation

Umbrellas, a staple in our daily lives, have a history that spans centuries and continents. From ancient civilizations to modern-day innovations, the evolution of umbrellas is a fascinating tale of human ingenuity and adaptability. Among the key players in this journey is Great Brighten Umbrella (DBA BestHope), a renowned manufacturer that has significantly contributed to the advancement of umbrella technology and design.

Ancient Beginnings

The concept of the umbrella can be traced back to ancient civilizations. The earliest known use of umbrellas dates to around 2100 B.C. in China. Initially, they were used as parasols to provide shade from the sun rather than protection from rain. These early versions were made from materials such as silk and were often adorned with intricate designs, symbolizing status and wealth.

In ancient Egypt, umbrellas were also used primarily for shade. However, they were more commonly used by the elite, including pharaohs and high-ranking officials. These umbrellas were often elaborately decorated and served as symbols of power and prestige.

The Middle Ages and Beyond

The use of umbrellas spread to other parts of the world, including the Middle East and Europe. By the medieval period, umbrellas had become more practical items, used to shield people from rain as well as the sun. However, it wasn't until the Renaissance that umbrellas began to resemble the modern versions we are familiar with today.

During the 17th century, umbrellas started to gain popularity in Europe, particularly in England. They became fashionable accessories among the nobility and gradually made their way into everyday use. The introduction of fabric canopies and collapsible frames made umbrellas more convenient and accessible to the general public.

Modern Innovations

The 19th and 20th centuries saw significant advancements in umbrella design and manufacturing. The introduction of steel frames and automated mechanisms revolutionized the industry, making umbrellas more durable and user-friendly. This period also marked the rise of specialized umbrellas, such as golf umbrellas, beach umbrellas, and children's umbrellas.

One company that has been at the forefront of these innovations is Great Brighten Umbrella (DBA BestHope). Founded in 1989, Great Brighten Umbrella has grown to become one of the top 10 professional umbrellas and tents manufacturers in China. With over 600 skilled employees and a factory coverage of 20,000 square meters, the company boasts a daily production capacity of 30,000 umbrellas. Their commitment to quality and innovation is evident in their extensive product range, which includes men's and women's umbrellas, sunshade umbrellas, clear umbrellas, business umbrellas, and custom umbrellas.

Great Brighten Umbrella's dedication to excellence has earned them certifications such as ISO9001 and SEDEX, as well as the trust of major brands like Disney and Walmart. Their own brand, GBU, is well-known in the Chinese market for its high quality and competitive prices.

The Future of Umbrellas

As we look to the future, the evolution of umbrellas continues. Advances in materials science and design are leading to even more innovative and sustainable products. Companies like Great Brighten Umbrella are at the forefront of this movement, constantly pushing the boundaries of what an umbrella can be.

From ancient parasols to modern marvels of engineering, the history of umbrellas is a testament to human creativity and adaptability. As we continue to innovate and improve, one thing remains certain: the humble umbrella will always have a place in our lives, protecting us from the elements and adding a touch of style to our everyday routines.

We are committed to delivering exceptional products and services, and our strong competitiveness and flexibility in business make us an ideal supplier for you. Visit our website to learn more about our offerings and how we can partner with you: [www.outdoor.gdgbu.com]

[tallman-robotics]

Servo Electric Cylinders Will Be Sent To USA

Servo Electric Cylinders from Tallman Robotics are ready to Be Sent To USA Servo Electric Cylinders are electromechanical devices that convert electrical energy into linear motion. They consist of a motor, gears, and a piston or rod that extends and retracts along a linear axis. These cylinders are commonly used in various applications where linear force or displacement is required. The main feature of Servo Electric Cylinders is their ability to provide precise and controlled linear movement. They can be programmed to move to specific positions, with adjustable speed and force. This makes them suitable for tasks such as automated machinery, industrial processes, and robotics.

Introduction to the application scenarios of Servo Electric Cylinders: Servo Electric Cylinders are widely used and suitable for many different fields. In addition to the automotive, medical, and industrial sectors mentioned earlier, they are also commonly used in the following scenarios: In the aerospace field, linear actuator electric cylinders are used for aircraft seat adjustment, cabin door opening and closing, and instrument panel control. In stage equipment, they can achieve the movement and lifting of stage scenery. In building automation systems, it is used to control windows, sunshades, and access control systems. In addition,Servo Electric Cylinders are also used in office furniture, such as adjustable height desks and electric seats. In agricultural machinery, they can control the cutting height of the harvester or the nozzle position of the irrigation system. In laboratory equipment, it is used for sample transfer and precise operation of experimental instruments. These are just some common application scenarios, in fact, their application scope also includes many fields such as robotics technology, military equipment, entertainment facilities, etc. Their precise control and reliable performance make them play an important role in various devices and systems that require linear motion. With the continuous development of technology, the application prospects of linear actuator electric cylinders will be even broader.   You are welcome to watch more projects or visit our website to check other series or load down e-catalogues for further technical data.  Youtube: https://www.youtube.com/@tallmanrobotics Facebook: https://www.facebook.com/tallmanrobotics Linkedin: https://www.linkedin.com/in/tallman-robotics   Read the full article

[slxtarchive]

Hi! Could u do Sam and Colby x reader where they're otw to a haunted place but they all get horny before arriving so they end up stopping somewhere for a quicky in the car with the reader

𝐪𝐮𝐢𝐜𝐤 𝐬𝐭𝐨𝐩 ✦ 𝐬𝐚𝐦 & 𝐜𝐨𝐥𝐛𝐲

𝐬𝐲𝐧𝐨𝐩𝐬𝐢𝐬. you had been on the way to help sam and colby with helping inspect your best friend's house when there’d been a problem … but are all problems bad?

𝐰𝐚𝐫𝐧𝐢𝐧𝐠𝐬. SMUT ! threesome, oral f!receiving, grinding?

𝐭𝐡𝐨𝐮𝐠𝐡𝐭𝐬. helloooo, sorry again! i have been lagging so bad but i hope this met your expectations :) feedback is appreciated!

𝐰𝐨𝐫𝐝 𝐜𝐨𝐮𝐧𝐭. 1k+

“in a quarter of a mile, turn left.” you heard the automated voice inform colby.

you were sitting in the passenger seat while colby was driving and sam was in the back seat humming along to the tune of harry styles playing in the background.

the melody of medicine buzzing through the speakers of the car. the song had always made you feel some type of way. the striking sound of the guitar, the background taps and rhythm, and the lyrics.

“baby take my medicine, take my medicine rest it on your fingertips…” you sang. “and up to your mouth feeling it out, m’ feeling it now..”

the song was quite addictive. you and a bunch of other fans were sad that it wasn’t an actual released song.

“i had a few got drunk on you and now i’m wasted…” you tried your best to hit the note not doing half bad. “and when i sleep i’m gonna dream of how you…tasted…” you whispered.

you took a peek at colby and the way his attractive ring-clad hands were gripping the wheel and tapping them to the rhythm. while you were surveying him, you couldn’t help how all you wanted was to be bent over the car right now as he pounded and drilled into you in the dark.

you bit your lip looking away trying to mask your desperation but one person could see through that.

you had looked at the mirror inside the little sunshade thing only to make eye contact with sam. he gave you a smug smile as if to show you he knew what was going on through your head.

“what’s the matter, baby?” sam asked innocently. he leans forward from his seat in the back and his hand reaches and tucks your hair out from your shoulder so that he can caress your neck.

“nothing.” you quietly whispered as goosebumps erupted all over your body.

“you sure?” he was grinning ear to ear.

you didn’t see, but both colby and sam and made eye contact with each other syncing their thoughts as best friends usually would.

colby’s finger pressed the minus button on the wheel to lower the volume.

your leg was bouncing now anxious and needy. even their gaze had you dampening your underwear.

you were extremely turned on.

“y/n baby what happened?” colby purrs trailing his hand on your bouncing leg sending you physical chills.

“nothing, maybe i just need to take a quick walk.” you shrugged.

or a quick fuck?

shut the fuck up. you told yourself.

“okay, i’ll pull over.” colby agreed, choosing not the gas station that the map says is a mile away, but the dark forest. he pulls off the road and puts the car in park.

you were confused when colby unlocked the car and climbed out. the chilling air that flowed in through the door making you shiver.

you wrapped your arms around you trying to shield yourself from the sudden drop in temperature.

as you were about to bump up the heater your door clicked open. you turned your head to the right meeting colby’s eyes.

he had that look.

the look that always seemed to make your heart drop in the best way possible.

he knelt down; his head level with your waist. “you okay baby?” his hands made their way to your knees caressing them up and down.

“yeah…yeah i was just you know…it was getting hot.” you stiffly smiled.

“weren’t you just about to turn the heater on?” sam mentioned. your cheeks burning red.

“oh…yeah um i was just you know…” you tried to come up with an excuse but you had nothing.

“why’d you wanna take a walk?” colby’s voice was just above a whisper. his tone soft and teasing.

you could tell it wasn’t a question he expected you to answer.

“i needed fresh air,” you said out of breath. what was making you out of breath? you didn’t know.

“mmm.” his hands trailed more toward your sex. the area getting more aroused by the second. “you stressed? about the video?”

you shook your head. you loved doing paranormal videos. you loved talking to spirits and getting to know more about them.

“then what do you want?” his brows furrowed.

your breathing stopped abruptly as you felt sam’s voice right beside your ear. “go on.” his tone playful.

“stand up.” colby demanded, not so kind anymore. you stood up as fast as your body could go. he followed suit tucking your soft hair behind your ears.

you didn’t notice sam got in the car until he sat down where you were two seconds ago.

“you’re so pretty, baby.” colby said before you connected your lips together. confused; you still kissed back.

you wanted the touch and affection. it’s all you’ve been thinking about. them touching you.

everywhere.

“fuck.” you thought out loud.

“fuck what?” colby asked. or more like said.

“me.” you mustered out. you felt like all the oxygen was being stolen from your body. your legs are on the verge of going limp.

“gladly.” colby’s right hand made it to the back of your neck then to your hair slightly pulling your head back to take dominance; his left hand at your waist.

he walked forward causing you to stumble back on sam’s lap.

sam adjusted you, letting out a few grunts as you, fortunately, accidentally palmer his very visible boner.

“gonna make you feel so good, yeah?” you could hear the grin sam had plastered on his face.

“mhm.” you nodded eagerly wanting so bad attention on your heavily aroused cunt.

“let’s take these off?” colby questioned you kneeling down to your level once again.

you agreed helping him slide off your baggy jeans; underneath black lacy underwear. not too special but still something that had colby’s dick throbbing.

colby’s hand immediately went to the band of your underwear tugging at them. “these too? dying to see your perfect pussy.”

you did a weird shimmy move trying to focus on the fact that you need some sort of friction or else you were going to die.

as soon as your underwear came off, colby moved both your legs away from each other spreading them to go in between.

reflexively, you tried closing them protecting yourself from the piercing cold air but were stopped by colby’s ring-clad hands.

“so beautiful. look at you.” colby bit his lip softly. you felt sam’s hands getting closer to your sex.

“please.” you begged. you felt your arousal dripping on the ground hitting the soil of the dirt road.

“what a slut. spread legs. in the middle of absolutely fucking nowhere. making sam and i stop in the middle of the road because you need to get off.” sam’s fingers finally made their way to your clit, pressing gently. “don’t worry. we’ll give you what you want.”

sam’s fingers moved in a circular motion causing you to buck your hips for more.

“faster sam faster.” you whined desperately trying to get to the edge faster. “please.”

you needed release so bad. you were craving it.

“want my tongue?” colby asked earning a fast nod from you. your hands made their way to his soft hair tugging it towards your wet pussy.

colby wasted absolutely no time wrapping his lips over your sensitive clit.

as he did so, sam moved his fingers in your mouth having you lick up your own juices.

“taking colby’s mouth so good.” he praised you as you whined due to how fast-paced colby was stimulating your clit. you tried to hold back your moans. “open your mouth, baby. i want to hear you when you come.”

you got to the edge almost too fast that your brain felt fuzzy and you couldn’t comprehend how you got to that position.

the sounds colby was making against your bare sex were enough to run you toward your orgasm.

your thighs shook as they closed in on colby’s head but his arms pulled them apart more. you struggled against his strength moaning and groaning at the sensitivity of your clit.

“fucking hell. you’re so addicting.” colby moaned licking up your cum.

your head was leaned back on sam’s shoulder and sam took that as his opportunity to kiss the side of your neck marking you as his. colby saw what sam was doing and stopped sucking on your poor red and enflamed clit and started marking up your thighs.

your head fell to the side still recovering from the high.

“you okay?” sam whispered combing back your loose and fallen hairs from your face.

“mhm..” you hummed.

“there she is. my pretty girl.” colby said still on his knees. he pulled you by your hands close to him and connected your lips in a chaste kiss. “you did so well.”

both his hands ran down your hair connecting your lips one more time. “i’m going to need more later. way more.” he said hands now on your waist.

“me too. m’so fucking hard it hurts,” sam whined.

not only were you excited about the investigation, but you were excited about their investigation on you.

wink wink

© slxtarchive

[maxcoombesblog]

How are wire guide awnings made?

In the world of stylish and practical sunshades, wire guide awnings reign supreme. But have you ever wondered about the magic behind their creation? Let's take a behind-the-scenes look at how these sleek and functional wire guide awnings are meticulously crafted to adorn homes and businesses alike.

The Backbone: Understanding the Wire Guide System

At the heart of wire guide awnings is the ingenious wire guide system. This system involves a set of tensioned cables that guide the movement of the awning, ensuring smooth operation and precise positioning. Think of it as the backbone that gives these awnings their flexibility and reliability.

Guiding the Way: The wire guide system not only adds stability but also allows for various installation options, making wire guide awnings suitable for a range of architectural styles.

Frame Foundation: Durable and Lightweight Materials

Crafting a wire guide awning starts with selecting the right materials for the frame. Typically, lightweight and durable materials such as aluminum or stainless steel form the foundation. This ensures the awning is sturdy yet easy to maneuver.

Strength in Simplicity: The minimalist frame design not only adds to the modern aesthetic but also contributes to the overall lightweight nature of wire guide awnings.

Fabric Selection: Form Meets Functionality

The choice of fabric is a crucial step in the manufacturing process. The selected fabric needs to strike a balance between aesthetics and functionality, offering UV protection, durability, and weather resistance.

Sun Smart Fabrics: Wire guide awnings often use specially designed fabrics that not only block harmful UV rays but also withstand the elements, ensuring longevity and performance.

Precision in Measurements: Tailoring to Perfection

Like a bespoke suit, wire guide awnings are tailored to fit specific spaces. Precise measurements are taken to ensure that the awning will seamlessly integrate with the architecture and meet the client's exact specifications.

Made to Measure: Whether for a cozy balcony or a sprawling patio, wire guide awnings are crafted to measure, ensuring a perfect fit and a polished finish.

Assembly and Tensioning: Bringing It All Together

The assembly process involves connecting the frame, tensioning the wire guide system, and attaching the selected fabric. This is where craftsmanship meets engineering, and attention to detail is paramount.

Balancing Act: Tensioning the wire guide system requires precision to achieve the perfect balance, ensuring the awning operates smoothly and maintains its sleek appearance.

Motorization and Automation: A Touch of Modern Convenience

In an era of smart homes, many wire guide awnings come equipped with motorization and automation features. This step involves integrating motors and sensors to enable effortless control with the push of a button or even via smart home systems.

Smart Sun Protection: Motorization not only adds a touch of luxury but also enhances the practicality of wire guide awnings, allowing users to adjust their shading solution with ease.

Quality Checks: Ensuring Excellence

Before a wire guide awning leaves the workshop, it undergoes rigorous quality checks. From testing the smoothness of the operation to ensuring that the fabric meets stringent standards, every detail is scrutinized to guarantee excellence.

Quality Assurance: Manufacturers take pride in delivering awnings that not only meet but exceed expectations, ensuring that each piece is a testament to craftsmanship and durability.

Installation Expertise: Bringing Dreams to Reality

Crafting a wire guide awning is only half the journey; the other half involves the skilled hands of installers. Professionals meticulously install the awning, ensuring that it not only looks perfect but also functions seamlessly in its designated space.

From Workshop to Reality: The transition from production to installation involves a delicate dance, where the vision of the client takes shape and becomes a tangible addition to their living or commercial space.

Endless Customization: Tailoring to Tastes

One of the reasons wire guide awnings have gained popularity is their versatility in design. The customization options are nearly limitless, allowing clients to choose everything from frame colors to fabric patterns, ensuring the awning is a true reflection of their style.

Express Yourself: Whether you prefer a classic color palette or a bold design statement, wire guide awnings offer a canvas for personal expression.

Longevity and Maintenance: Sustaining the Beauty

The final touch involves educating clients on how to care for their wire guide awnings. While these sunshades are built to withstand the elements, regular maintenance ensures they continue to adorn spaces with their beauty for years to come.

Sun soaked Living: With proper care, wire guide awnings become more than just a shading solution; they become enduring additions that enhance the outdoor living experience.

In conclusion, the art of making wire guide awnings involves a delicate blend of engineering, design, and craftsmanship. From the selection of materials to the final installation, each step contributes to the creation of a shading solution that not only stands out in terms of functionality but also adds a touch of elegance to any space. So, the next time you enjoy the cool shade beneath a wire guide awning, remember the meticulous process that went into crafting that perfect outdoor haven.

[exppresscarwashindia]

What are the instructions to keep your new car looking new?

Keeping your new car looking new involves a combination of regular maintenance, proper cleaning, and protective measures. Here are some instructions to help you maintain the appearance of your new car:

Regular Washing:

Wash your car regularly, ideally every two weeks to once a month, depending on your driving conditions and local environment.

Use a high-quality car washing soap and a soft sponge or microfiber mitt to avoid scratching the paint.

Start by rinsing the car thoroughly to remove loose dirt and contaminants.

Avoid Automated Car Washes: While automatic car washes are convenient, they can sometimes use abrasive brushes or chemicals that may harm your car's finish. Consider hand washing or using touchless car washes.

Use Two-Bucket Method: When hand washing, use the two-bucket method to minimize the risk of scratching. Have one bucket with soapy water and another with clean water for rinsing your wash mitt or sponge.

Dry Gently: After washing, dry your car with a soft, clean microfiber towel to prevent water spots. Avoid using old towels or cloths that may scratch the surface.

Protect from Environmental Contaminants:

Remove bird droppings, tree sap, and insect remains promptly, as they can damage the paint if left untreated. Use a gentle automotive cleaner to remove these substances.

Apply wax or paint sealant every few months to protect the paint and provide a barrier against contaminants.

Avoid Sun Damage:

Park your car in the shade or use a car cover to protect it from the sun's harmful UV rays, which can fade the paint and interior over time.

Consider using sunshades on the windshield and windows when parking in direct sunlight.

Protect Interior:

Use UV protectant sprays or coatings on the dashboard and other interior surfaces to prevent fading and cracking.

Vacuum the interior regularly to remove dirt, dust, and debris that can lead to wear and tear.

Regular Maintenance:

Follow the manufacturer's recommended maintenance schedule for oil changes, filter replacements, and other mechanical maintenance. A well-maintained car performs better and retains its value.

Check and maintain proper tire pressure to prevent uneven tire wear and optimize fuel efficiency.

Protect Wheels and Tires:

Clean and protect your wheels and tires to prevent brake dust buildup and to keep them looking new.

Consider using wheel wax or sealant to make it easier to clean brake dust.

Keep It Clean Inside:

Avoid eating and drinking in your car to prevent spills and stains on the upholstery.

Use floor mats to protect the carpet, and clean or replace them as needed.

Drive Carefully: Avoid aggressive driving, potholes, and other road hazards to prevent damage to the exterior and undercarriage.

Store It Properly: If you have a second vehicle or plan to store your car for an extended period, use a car cover and follow proper storage procedures to protect it from dust, pests, and moisture.

By following these instructions and dedicating time to regular care and maintenance, you can help keep your new car looking new for years to come while preserving its value.

[marketsizereports]

Key Players and Innovations in the Global Automotive Roof Systems Market

The global automotive roof systems market is highly competitive and features several key players who continuously innovate to meet consumer demands for safety, style, and functionality.

Buy the Full Report for Additional Automotive Roof Systems Market Forecast Insights or Download A Free Sample Report

Here are some of the prominent players and innovations in the automotive roof systems market:

1. Webasto SE:

Webasto is a leading global supplier of roof systems, including panoramic sunroofs, convertible roofs, and thermal management solutions.

They have introduced innovative features like the "Sky Lounge," which incorporates large panoramic glass roofs with customizable ambient lighting.

2. Inalfa Roof Systems Group:

Inalfa specializes in vehicle roof systems, including panoramic sunroofs, retractable hardtops, and convertible roof systems.

They have developed one-touch and fully automated roof opening and closing systems for added convenience.

3. Magna International Inc.:

Magna is a global automotive supplier with a diverse product portfolio, including roof systems.

They focus on lightweight roof designs that incorporate advanced materials like carbon fiber and composite plastics.

4. CIE Automotive:

CIE Automotive is a Spanish-based automotive supplier known for its roof systems and modules.

They offer innovative retractable and convertible roof designs with a focus on aesthetic appeal and structural integrity.

5. Valmet Automotive:

Valmet Automotive is a Finnish company specializing in convertible roof systems.

They provide convertible roof solutions for various automakers and continuously improve the durability and acoustic properties of their designs.

6. Aisin Seiki Co., Ltd.:

Aisin Seiki is a Japanese company that offers a wide range of automotive components, including roof systems.

They focus on developing advanced roof mechanisms, such as retractable hardtops with fast opening and closing times.

7. BOS Group:

BOS Group is a global supplier of roof systems and convertible roof modules.

They have introduced convertible roof designs that seamlessly integrate into the vehicle's overall aesthetics.

8. Hanon Systems:

Hanon Systems specializes in thermal management solutions for vehicles, including roof systems with integrated heating and cooling features.

They innovate to improve energy efficiency and passenger comfort.

9. Yanfeng Automotive Interiors:

Yanfeng Automotive Interiors is a major player in the automotive interiors market, including roof systems.

They work on creating holistic interior experiences, integrating roof systems with interior design and functionality.

10. Yachiyo Industry Co., Ltd.: - Yachiyo is a Japanese company that manufactures automotive roof systems, primarily for sunroofs and panoramic roofs. - They are known for their high-quality glass roof panels and advanced sealing technologies.

Innovations in the Automotive Roof Systems Market:

Panoramic Sunroofs: Larger glass panels, including fixed panoramic sunroofs and full-length sliding roofs, have gained popularity, offering a more open and spacious feel to the vehicle interior.

Retractable Hardtops: Innovations in retractable hardtops have resulted in faster and quieter roof operation, along with improved weather sealing.

Smart Roof Systems: Integration of electronics and sensors in roof systems for features like rain sensing, automatic sunshade control, and even built-in solar panels.

Convertible SUVs and Crossovers: Expanding the market beyond traditional convertibles, automakers have introduced SUVs and crossovers with convertible or retractable roof options.

Lightweight Materials: Use of lightweight materials such as aluminum and composites to improve fuel efficiency without compromising structural integrity.

Advanced Seal Technology: Enhanced sealing systems to reduce wind and road noise and improve water tightness.

Aerodynamic Roof Designs: Roof systems designed to improve vehicle aerodynamics and reduce drag for better fuel efficiency.

These key players and innovations reflect the dynamic nature of the automotive roof systems market, where design, technology, and consumer preferences continue to drive advancements in roof system functionality and aesthetics.

[custom-umbrellas]

Custom Car Shade Umbrella

https://www.septrainbow.com/custom-car-shade-umbrella-s81.html

[bindajd]

Smart planting opens a new era of agricultural development

The Internet is a new generation of information technology. The Internet of Things integrates the Internet, sensor networks, sensor elements, and related aspects of intelligent information processing. The Internet of Things originated from a networked radio frequency identification system, and then slowly developed and matured. A commonly accepted view is that the Internet of Things is based on wired and wireless communication methods, collecting object information through sensors, satellite positioning, radio frequency identification, etc., and uploading this information to the Internet to achieve precise positioning of objects in real life Identification and monitoring and management. The extensive application of the Internet of Things technology in agricultural production is mainly reflected in the links of agricultural services, agricultural management, and agricultural production and management. From the perspective of the technical characteristics of the Internet of Things, the Internet of Things technology can be divided into a transmission layer, a perception layer, and an application layer. Each technical layer plays its own function.

Perception layer. The perception layer is often used as the basis of the agricultural Internet of Things, providing more reliable data support for the application layer and the transmission layer. Specifically, the perception layer collects information about daily life items through satellite positioning, remote sensing technology, and smart sensors. Such as crop condition information, soil information, environmental information, product logistics information, etc.

Transport layer. The intermediate link transmission layer of the agricultural Internet of Things uses the Internet, mobile communication network, local area network, etc. to realize the transmission of the object data collected by the sensing layer, and the data is safely and stably transmitted to the application layer. Similarly, the data processed by the application layer is also fed back to the device terminal of the perception layer through the transmission layer to provide guidance for agricultural production.

Application layer. The application layer can be said to be the top link of the entire agricultural Internet of Things, including the agricultural product traceability field, the field planting field, the facility breeding field, the facility horticulture field, and the agricultural product logistics field. At the application layer, data fusion, data management, data early warning, intelligent control, diagnostic reasoning, etc. are realized, which promotes the realization of more intelligent, efficient, and intensive agricultural production processes.

The design of intelligent control system for facility agriculture greenhouses based on the Internet of Things is well known. my country has a large-scale facility agriculture industry. However, the production efficiency of facility agriculture greenhouses is still not high. This is mainly due to the limitation of technical level. On the whole, the environmental parameters and characteristics of facility agriculture greenhouses, whether horticultural crops can grow healthily depends on their own genetic characteristics on the one hand, and on the other hand is closely related to the environment in which they grow. Environmental factors mainly include temperature, humidity, light, gas factors, etc. Inside the greenhouse, by controlling various environmental factors at an appropriate level, the quality and yield of crops can be effectively improved.

1. Temperature. Temperature is an important factor that affects the respiration and photosynthesis of horticultural crops. Each crop has a suitable temperature range for growth and meets the "three base points" requirements. The "three base points" specifically include the lower limit of temperature, the upper limit of temperature and the optimum growth temperature. For example, for photosynthesis, the most suitable growth temperature range for crops is 20℃~25℃; for respiration, the most suitable respiratory temperature for crops The range is 36℃~40℃. It needs to be emphasized that for the environment of the facility agricultural greenhouse, a certain temperature difference between day and night should also be maintained. Under normal circumstances, we mainly use electric heating, hot air heating, and hot water heating for heating, and use water evaporation, shading, and ventilation to cool the environment. When necessary, due to the certain correlation between temperature and humidity, both heating and cooling will cause changes in the internal humidity of the greenhouse, and we must also consider the impact of changes in humidity on the growth of crops.

2. Humidity. Humidity can be said to be the most important environmental factor affecting the growth of crops. Under normal circumstances, the water content of crops is 60% to 80%, and the physiological processes of crops are almost inseparable from the participation of water, such as transpiration, respiration, Photosynthesis. For facility agricultural greenhouses, the humidity of the internal environment is determined by both soil humidity and air humidity. The greenhouse itself is a closed microenvironment, and we often dehumidify it. Under normal circumstances, we can use ventilation to remove excess moisture in the air, or use certain absorbent materials to reduce the humidity of the air.

3. Illumination intensity. The photosynthesis of plants is inseparable from light, and the rate of photosynthesis also changes with the change of light intensity. As we all know, for crops, each crop corresponds to a light saturation point. Below this light saturation point, the growth of crops is restricted, and above this light saturation point, even if the light intensity increases, crop photosynthesis will no longer accelerate. The optimal light intensity range for most crops is 8000~12000lux, and we often use shading and supplementary light operations to make crops grow within the optimal light intensity range as much as possible. The artificial light source is used to artificially extend the light time or increase the light intensity for supplementary light operation, and the sunshade net is used for shading operation.

4. Carbon dioxide concentration. The photosynthesis of plants is inseparable from the participation of carbon dioxide. We often call carbon dioxide the "food" of crops. The carbon dioxide concentration required for the growth of most crops is 0.1%, while the carbon dioxide concentration in the atmosphere is only 0.03%. Therefore, it is necessary for us to artificially supplement carbon dioxide in the facility agricultural greenhouses. However, the carbon dioxide concentration is not as high as possible. Once the concentration of carbon dioxide is very high, it will cause the crop leaf system to shut down, which is not conducive to the progress of photosynthesis. These data will be controlled by sensors, such as temperature and humidity sensors, illumination sensors, and co2 sensors.

The design of the intelligent control system for the greenhouse agriculture greenhouse is based on various greenhouse environment parameters. The designed IoT system architecture includes the perception layer, the transmission layer and the application layer. It is connected to the local area network via Ethernet to realize the automation and intelligence of the greenhouse. , Scientific control, greatly improving the efficiency of agricultural production.

[georgedesign]

Wallpaper & Wall Covering --- 2023 Home Furnishings Exop Show

2023 Home Furnishings Exop Show in Shenzhen Visiting the Shenzhen Home Textiles and Home Furnishing Fair,  not only see the trend of interior fashion design, but also feel the unique soft and warm beauty brought by the integrated furnishing home, and appreciate the life aesthetics of soft furnishing products in the space. The theme of this exhibition covers the subdivisions of soft decoration of integrated home furnishing, custom furniture, interior design, art wall paint, wall panel wall card, wallpaper wall covering, overall soft decoration, home textile fabric art, intelligent sunshade, window decoration guide rail, ceramic rock Panels, home accessories, automated machinery and other soft furnishing themes are readily available.

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[qocsuing]

HiSilicon Partners with Alllink to Transform the Smart Home Industry

HiSilicon Partners with Alllink to Transform the Smart Home Industry

[Shenzhen, China, June 30, 2020] The unveiling of "smart life" solutions has hardly been seamless over the past two decades. Although more than 85 percent of consumers have heard of smart homes, only a tiny minority actually live in one, due to complex system deployment and sky-high prices. The limitless potential of the consumer market lies in stark contrast to the glacial development of the industry, meaning that smart homes are well within sight but not yet within reach.To get more news about smart homes, you can visit securamsys.com official website.

1st gen: Bus system with a star topology. It achieved the automation of some home devices. However, it requires the reconstruction of power lines from a distributed topology to a star topology, as well as an independent system for communications lines. These two cable systems work in parallel, substantially increasing design, implementation, and maintenance-related challenges. Proving even more difficult is that the systems can't be expanded once settled, and that compatibility is poor while costs are high. 2nd gen: Wireless system with a distributed topology. It addresses the cable issues from the previous generation and allows for the deployment of smart home systems that conform with home electrical design standards. This greatly reduces the cost and labor associated with design, implementation, and maintenance, making cozy smart homes accessible to more consumers. Still, the stability and reliability of wireless systems remained a major issue, due to co-channel interference, channel congestion, and signal shielding and attenuation, resulting in a poor user experience. HiSilicon and Alllink Unveil a 3rd Gen PLC-Bus + Wireless Solution

HiSilicon and Alllink have jointly launched the first-ever 3rd gen converged smart home system solution (PLC-BUS + Wireless) that is dedicated to the China market. Their joint efforts have resolved longstanding technical challenges, making smart living viable in any home. The Alllink all-in-one smart home gateway integrates HiSilicon-powered PLC-BUS and wireless dual-protocol communications capabilities. By using power lines as the communications carrier, PLC-BUS can be deployed without communications lines. The wireless protocols facilitate access to smart devices via Zigbee HA and WiFi.

The 3rd gen adopts the standard modular design of distributed electrical systems. Its simple deployment, compatibility, expandability, and reliability make wired infrastructure and wireless setup in homes easier than ever. The new solution does not require additional intelligent control boxes and communications lines to achieve interconnectivity. Furthermore, its powerful edge compute capabilities allow for local smart applications to run even when there is no network connection.

LARIVE GAUCHE all-in-one smart home solution is based on Alllink's 3rd gen PLC-BUS + Wireless technology. The electrical systems, including lighting, sunshade, air conditioning, and fresh air systems, all use the PLC-BUS distributed bus. The consumer devices support Zigbee HA and WiFi access. It harnesses the Huawei HiLink all-in-one smart home solution to achieve automatic, and context-specific smart applications.

Alllink is a high-tech enterprise dedicated to R&D, manufacturing, and sales of intelligent software and hardware. A major area of focus is research on wired and wireless convergence, in particular its collaboration with HiSilicon in launching the world's first-ever commercial PLC-BUS + Wireless technology, which is widely applied to IoT systems, including lighting, air conditioning, fresh air circulation, control panels, household appliances, street lamps, and metering systems. Alllink's solutions encompass IoT communications modules, appliance modules, and SaaS cloud platforms that span the entire value chain, and bolster partner products with greater reliability and intelligence.