#LED light technology

[historyofguns]

The article, written by Dr. Will Dabbs, is a review of the Mepro M22 Light Module Kit, featured on The Armory Life. Dr. Dabbs discusses the advantages and applications of the Light Module Kit for the Mepro M22 red dot sight, particularly highlighting its usefulness as a supplemental light source for a self-illuminating rifle optic. The review delves into the evolution of firearm sights, noting the shift from traditional sights to modern electronic options, and addresses the challenges of maintaining battery-powered sights. Dr. Dabbs details the M22's fiber optic and Tritium-powered illumination, emphasizing the Light Module Kit's ability to enhance reticle brightness in suboptimal lighting conditions. The review underscores Meprolight's legacy of producing rugged equipment for the Israel Defense Forces (IDF) and highlights the practicality and versatility of the M22 combined with the light module for various tactical applications. The kit's ease of installation and battery compatibility, coupled with its affordability at $125, make it a strong contender for users seeking a reliable and adaptable optic solution.

[ilikeit-art]

Transparent LED Screen transforming windows or glass into a dynamic video screen.

[neon-glowing-rainbow-stims]

💜💿 ~ Life Flow ~ 💿💜 (choisonny)

(Credit if you use) (ko-fi)

[talos-stims]

judgedreadbox on yt | source

[sngl-led-auto-lights]

Why Have Vehicle Headlights Gotten So Bright in Recent Years?

The increasing brightness of vehicle headlights is driven by advancements in lighting technology, evolving safety standards, and shifts in automotive design trends. Here’s a detailed breakdown of the key factors:

​​1. Technological Advancements in Lighting​​ • Shift to LED and Laser Systems:

Modern vehicles increasingly use LED (Light Emitting Diode) and laser headlights, which produce significantly brighter and whiter light compared to traditional halogen or HID (High-Intensity Discharge) bulbs. LEDs are up to three times brighter than halogens while consuming less energy . Laser technology, though less common, offers even greater intensity and precision, illuminating farther distances with minimal power usage . • Example: LED headlights emit "blue light," which the human eye perceives as harsher than the "yellow light" of halogens, contributing to the perception of increased brightness .

• Adaptive and Smart Features:

Innovations like Adaptive Driving Beams (ADB) and matrix LED systems adjust beam patterns dynamically based on road conditions, vehicle speed, and surrounding traffic. These systems maximize illumination without blinding other drivers, allowing automakers to safely increase brightness .

​​2. Safety Regulations and Ratings​​ • Stringent Safety Standards:

Organizations like the Insurance Institute for Highway Safety (IIHS) now rate vehicles based on headlight performance, pushing manufacturers to improve illumination. For example, a "good" IIHS rating requires headlights to illuminate at least 325 feet ahead—a standard that incentivizes brighter systems . • Compliance with these standards often requires advanced technologies like HID or LED lights, which outperform older halogen systems .

• Global Regulatory Pressure:

Regulations in regions like the EU and U.S. mandate better nighttime visibility to reduce accidents. This has accelerated the adoption of high-performance lighting systems .

​​3. Vehicle Design Trends​​ • Rise of SUVs and Taller Vehicles:

The growing popularity of SUVs and trucks—which sit higher off the ground—means headlights are mounted at elevated positions. This increases the likelihood of glare for drivers of lower vehicles, even if the brightness itself hasn’t changed . • SUVs now account for nearly 46% of global vehicle sales, amplifying this issue .

• Aesthetic and Functional Integration:

LEDs and lasers allow sleeker, more customizable designs (e.g., slim light strips or intricate patterns), which automakers use to enhance brand identity. Brighter lights are often marketed as a premium safety feature .

​​4. Human Factors and Perception​​ • Aging Drivers and Eye Sensitivity:

Older drivers, who represent a growing demographic, are more susceptible to glare due to age-related eye conditions like cataracts. While brighter lights improve visibility for the driver, they can disproportionately affect oncoming traffic .

• Misalignment and Poor Maintenance:

Even advanced headlights can cause glare if improperly aligned. Studies show that many vehicles fail roadworthiness tests due to incorrectly aimed beams, exacerbating brightness issues .

​​5. Environmental and Efficiency Demands​​ • Energy Efficiency:

LEDs and lasers consume less power than halogens, reducing strain on vehicle electrical systems and improving fuel efficiency—a critical factor as automakers prioritize sustainability .

​​Key Takeaways​​ • Brightness vs. Safety Trade-off: While brighter headlights enhance driver visibility, they risk blinding others. Solutions like adaptive beams and stricter alignment regulations aim to balance these concerns .

• Future Trends: Emerging technologies like Digital Light Systems (e.g., Mercedes' DIGITAL LIGHT) project dynamic patterns onto roads, further optimizing illumination without excess glare .

For drivers struggling with glare, tips include using anti-reflective coatings on mirrors, cleaning windshields regularly, and opting for night-driving glasses .

[cassiachloe]

Did you know there are currently smart materials and technologies, as well as active comouflage methods, in use and under research that can render objects, vehicles or persons invisible: not only to the naked eye, but also to security cameras?

This is especially concerning when dealing with corruption, fascism, other developments in military technologies this could be cross applied with, or covert operations involving human victims or sex traffick and other criminal government operations.

Here's a few examples:

"Next-gen Military Uniforms: Various military research programs are exploring smart uniforms that incorporate these technologies. For example, DARPA has been involved in developing "invisibility cloaks" that use smart fabrics to reduce the visibility of soldiers on the battlefield."

"MIT's Electromagnetic Metamaterials: Research at MIT has explored using metamaterials to create a "cloaking" effect in the electromagnetic spectrum. Although these are primarily experimental, they could eventually lead to applications where objects or people are rendered invisible to certain detection methods."

"BAE Systems' Adaptiv: This is a military camouflage technology developed for vehicles. Adaptiv uses hexagonal tiles that can change temperature to blend into the infrared spectrum of the background. While primarily developed for vehicles, the concept could theoretically be miniaturized for use on smaller objects or individuals."

"Duke University and University of California, Berkeley: Researchers at these institutions have been working on invisibility cloaks using metamaterials that can bend electromagnetic waves around an object, effectively making it invisible. Although this technology is currently limited and works mainly at specific wavelengths or in laboratory conditions, it demonstrates the potential for future applications."

"Invisibility Cloaks Based on Transformation Optics: This research area involves designing materials that guide light around an object, making it invisible. Companies and military research labs are exploring this, but practical, deployable versions are still speculative."

"Quantum Stealth by Hyperstealth Biotechnology Corp: This Canadian company has developed a material they claim can bend light around an object, rendering it invisible. The technology is said to work without cameras, batteries, or mirrors, and it could be used to conceal objects or people from view by manipulating light waves. However, the actual effectiveness and deployment status of this technology remain largely unverified in the public domain."

Ultimately, how these technologies, or other advanced weapons, can impact civilian populations left in the dark is a huge concern. There are multiple methods of intercepting or undermining the purpose of security cameras, this is one of many potentials.

Fox Badge The Steel Yard

[materialsscienceandengineering]

Scientists create process to upcycle plastics into energy-storage liquids using light-emitting diodes

Scientists from Nanyang Technological University, Singapore (NTU Singapore) have created a process that can upcycle most plastics into chemical ingredients useful for energy storage, using light-emitting diodes (LEDs) and a commercially available catalyst, all at room temperature. The new process is very energy-efficient and can be easily powered by renewable energy in the future, unlike other heat-driven recycling processes like pyrolysis. This innovation overcomes the current challenges in recycling plastics such as polypropylene (PP), polyethylene (PE) and polystyrene (PS), which are typically incinerated or discarded in landfills. Globally, only nine percent of plastics are recycled, and plastic pollution is growing at an alarming rate. The biggest challenge of recycling these plastics is their inert carbon-carbon bonds, which are very stable and thus require a significant amount of energy to break. This bond is also the reason why these plastics are resistant to many chemicals and have relatively high melting points.

Read more.

[sikawie]

I built my first PC!

Here's a video where I'm assembling the motherboard and installing it in the case- plugging each component was too complicated to record though sooo I didn't include the cable management part whoopsies

I actually built it in December before my exam period so I could properly focus on studying. I have done so much research to choose the right components for the right prices. I even bought some parts second hand because it's just outright stupid to buy things that are brand new when you can get the same things for cheaper that have been barely used...

[glitzlighting]

A Glimpse into the Radiant Future of Lighting Technology, By 𝐆𝐥𝐢𝐭𝐳 𝐋𝐢𝐠𝐡𝐭𝐢𝐧𝐠.

All new Belt Link lighting system is made of real cloth which can take several model of lights and also can be used anywhere on the belt according to the interior.

[xingtongtechnology]

Anhui Xingtong Technology Co., Ltd Unveils New 12M 200W LED Streetlights on Bridge

In an impressive display of technological advancement and commitment to public infrastructure, Anhui Xingtong Technology Co., Ltd. has successfully installed their latest 12-meter 200W LED streetlights on a prominent bridge in Huizhou. The new lighting system was showcased in a recent nighttime video, highlighting the exceptional brightness and energy efficiency of these state-of-the-art streetlights.

The video, taken during the evening, captures the bridge illuminated by the powerful LED lights, which provide enhanced visibility and safety for both pedestrians and motorists. The 12-meter height ensures optimal light distribution, minimizing dark spots and ensuring uniform coverage across the bridge span.

These LED streetlights are part of Anhui Xingtong Technology Co., Ltd' ongoing efforts to enhance urban infrastructure with sustainable and energy-efficient solutions. The 200W LED technology not only offers superior luminosity but also significantly reduces energy consumption compared to traditional lighting systems. This aligns with global trends towards environmentally friendly and cost-effective public lighting solutions.

A spokesperson from Anhui Xingtong Technology Co., Ltd expressed their satisfaction with the project, stating, "We are thrilled to see our LED streetlights in action, providing safer and brighter environments for the community. Our team is dedicated to pushing the boundaries of innovation in lighting technology, and this installation is a testament to our hard work and commitment."

The successful installation of these LED streetlights marks a significant milestone for the company and sets a new standard for public lighting projects. With the growing emphasis on smart city initiatives and sustainable urban development, Anhui Xingtong Technology Co., Ltd is poised to play a pivotal role in shaping the future of urban infrastructure.

As cities around the world continue to seek out energy-efficient and reliable lighting solutions, the achievements of Anhui Xingtong Technology Co., Ltd serve as an inspiring example of how advanced technology can be harnessed to improve urban living conditions.

[thefarfield-s5s]

Lights come and gone…

Roy Nachum, “LIMITLESS”

Mercer Labs

NYC

[tijarialed]

Motion Sensor Lights for Home – Smart Lighting by Tijaria Led

In today’s fast-evolving world of smart home technology, motion sensor lights have become a popular lighting solution for residential spaces. Designed to automatically turn on when motion is detected and turn off when there's no movement, these lights bring convenience, energy savings, safety, and modern elegance into any home.

If you're searching for high-quality motion sensor lights for home, Tijaria LED offers a wide range of intelligent LED lighting products that combine technology, design, and efficiency.

What are Motion Sensor Lights?

Motion sensor lights are automated lighting systems equipped with sensors—typically PIR (Passive Infrared), microwave, or dual-technology sensors—that detect motion in a defined area. When someone enters the sensor’s field, the light automatically illuminates. After a set duration with no movement, it switches off, saving power.

Core Features:

Detects human movement instantly

Turns on/off automatically

Adjustable timer, range, and sensitivity

Ideal for indoor and outdoor home use

Low power consumption

Why Motion Sensor Lights Are Perfect for Homes

Motion sensor LED lights offer more than just automation—they elevate your home’s functionality, security, and energy efficiency.

Benefits of Using Motion Sensor Lights at Home:

Energy Saving Motion-activated lights reduce electricity waste by operating only when needed. Perfect for homes with kids or forgetful members who often leave lights on.

Enhanced Security Lights that turn on with movement act as a deterrent for intruders and increase outdoor visibility during night hours.

Convenience No need to fumble for switches in dark areas like hallways, garages, or bathrooms. These lights operate hands-free.

Smart Home Integration Modern motion sensor lights can be integrated with home automation systems for voice, remote, or app-based control.

Long Lifespan Since the lights turn on only when required, they enjoy extended operational life, reducing replacement frequency.

Common Areas Where Motion Sensor Lights Are Used in Homes

Tijaria Led offers motion sensor lighting solutions suitable for multiple locations within your home:

Entrance Areas – Lights up your main door area for safety and visibility.

Hallways & Staircases – Illuminates only when movement is detected.

Bathrooms & Wash Areas – Perfect for touchless operation.

Garages & Parking Zones – Ensures lighting only when a person or vehicle is present.

Gardens & Backyards – Helps detect movement and improve night-time security.

Balconies & Terraces – Prevents unnecessary lighting and ensures motion-based activation.

Wardrobes or Drawers – Compact sensor lights enhance closet visibility.

Types of Motion Sensor Lights Offered by Tijaria Led

At Tijaria Led, we understand that every home is unique. That’s why we manufacture a wide range of motion sensor lights suitable for both indoor and outdoor usage.

Our Top Motion Sensor Light Categories:

Wall-Mounted Motion Sensor Lights Ideal for entrance, corridors, or outdoor walls. Sleek and modern designs match all home aesthetics.

Ceiling-Mounted Sensor Lights Great for hallways, kitchens, or bathrooms. These lights offer 360° detection and wide coverage.

Outdoor Motion Flood Lights High-powered LED floodlights for lawns, gardens, and perimeters. Designed for security and durability.

Solar Motion Sensor Lights Eco-friendly lights with built-in solar panels and rechargeable batteries. Ideal for energy-conscious homes.

Cabinet/Under-shelf Sensor Lights Mini motion lights suitable for kitchen shelves, wardrobes, or drawers.

Product Highlights – Why Choose Tijaria Led

Tijaria Led is known for quality manufacturing, durable materials, and smart design. Our motion sensor lights are built to perform in real-life Indian home conditions.

Features of Tijaria Motion Sensor Lights:

High-quality LED Chips Bright and energy-efficient illumination.

PIR/Microwave Dual Sensors Enhanced motion detection accuracy.

Adjustable Timer & Sensitivity Settings Personalize based on room and usage.

Weatherproof & Dustproof Designs IP-rated lights available for outdoor use.

Slim & Stylish Profiles Modern designs that complement interior aesthetics.

Long Operational Life Up to 50,000 hours of usage.

Plug-and-Play or Hardwired Models Easy installation for every user type.

Bulk Orders, OEM/ODM Services for Smart Motion Sensor Lights

Looking to buy in bulk or want private labeling? Tijaria Led is not just a home lighting brand but also a trusted OEM (Original Equipment Manufacturer) and ODM (Original Design Manufacturer) for motion sensor lights.

Here’s what we offer under OEM/ODM collaboration:

Custom Design and Branding We manufacture motion lights tailored to your specifications and branding needs.

Flexible Quantity Fulfillment From small trial runs to mass production, we handle it all.

Private Label Packaging Personalized packaging to match your retail or export requirements.

Technical Support Our engineering team supports product development and testing.

Compliance & Certifications BIS, CE, RoHS, ISO-compliant manufacturing processes.

Pan-India & Global Shipping Fast delivery and export-ready documentation.

After-sales Service Comprehensive warranty and technical guidance.

Tips for Installing Motion Sensor Lights at Home

Correct Height Placement Install sensors at an appropriate height (usually 6–8 feet) for optimal detection.

Avoid Obstacles Make sure furniture or objects don’t block the sensor field.

Sensor Direction Point sensors toward the general path of movement (e.g., toward the entrance door).

Sensitivity Adjustment Reduce false triggers by fine-tuning the sensitivity setting.

Use Combination Combine motion sensor lights with manual switches where needed.

Why Tijaria Led is the Right Choice for Homeowners

Choosing the right lighting brand is essential when it comes to smart lighting systems. Here’s why Tijaria Led is India’s trusted choice for motion sensor lights:

High-Quality Manufacturing

Affordable Prices

Extensive Range

Certified Products

Smart Designs

Customer-Centric Support

Customizable Orders

Strong Online & Offline Presence

Shop Motion Sensor Lights Online from Tijaria Led

Buying motion sensor lights for home is now easier than ever. Tijaria Led offers a seamless online shopping experience for homeowners, electricians, contractors, and retailers.

Why Shop Online from TijariaLed.com?

Explore full product specifications

Compare wattage and sensor types

View real-life application images

Add to cart in seconds

Easy payment and order tracking

Nationwide delivery and return policy

Contact Us for Orders & Enquiries

Want to order in bulk or need help choosing the right sensor light? Get in touch with us now:

Phone: +91-9352664900

Email: info@tijarialed.com

Website: https://tijarialed.com

Final Thoughts

If you're looking to transform your living space into a smarter, safer, and more energy-efficient environment, motion sensor lights are the perfect start. With advanced features, easy installation, and stylish designs, Tijaria Led offers some of the best motion sensor lights for home in India.

Experience lighting that follows your movement and lights up only when needed—powered by smart technology and backed by a trusted Indian manufacturer.

Also Read :- LED Street Light Manufacturers in India

[sngl-led-auto-lights]

Why would a car manufacturer put the battery behind the headlight out of reach?

Why Car Manufacturers Might Place the Battery Behind the Headlight

Car manufacturers sometimes position the battery in unconventional locations, such as behind the headlight, due to a combination of design constraints, performance priorities, and safety considerations. Here’s a detailed breakdown of the potential reasons:

​​1. ​​Space Optimization in Modified ICE Platforms​**​

Many electric vehicles (EVs) are built on modified internal combustion engine (ICE) platforms originally designed for gasoline-powered cars. Retrofitting these platforms to accommodate large battery packs can lead to unconventional placements, such as behind the headlight, due to limited space elsewhere. This approach avoids costly redesigns but may compromise accessibility.

​​2. ​​Weight Distribution and Handling​**​

Battery placement significantly impacts a vehicle’s weight distribution. In performance-oriented or compact cars, positioning the battery near the front (e.g., behind the headlight) can improve balance and handling. This is especially critical in sports cars, where even weight distribution enhances stability and cornering performance.

​​3. ​​Thermal Management​**​

Batteries require efficient cooling to prevent overheating and degradation. Placing the battery behind the headlight might leverage airflow from the front grille or headlight vents to aid passive cooling. This is particularly relevant for older battery designs that lack advanced thermal management systems.

​​4. ​​Safety and Protection​**​

Locating the battery behind the headlight can shield it from engine heat, road debris, or collision impacts. For example, in front-engine vehicles, this placement keeps the battery away from the high-temperature engine bay, reducing the risk of thermal runaway or corrosion.

​​5. ​​Modular Design Flexibility​**​

Modern modular EV platforms (e.g., "skateboard" designs) integrate batteries into the chassis for flexibility. However, in non-native EV designs or hybrid models, manufacturers may use fragmented spaces like behind the headlight to fit smaller auxiliary batteries for accessories or hybrid systems.

Trade-offs and Considerations

Maintenance Challenges: Batteries in hard-to-reach locations complicate inspections or replacements. However, maintenance-free batteries (e.g., AGM or lithium-ion) reduce the need for frequent access.

​​Cost Savings​​: Retrofitting existing ICE platforms with batteries in unconventional spots can lower development costs compared to designing a dedicated EV platform.

Regulatory Compliance: Proper placement ensures compliance with safety standards, such as avoiding short circuits or exposure to flammable materials.

Conclusion

While the placing battery behind the headlight may seem counterintuitive, it often stems from balancing space, performance, and safety in constrained or legacy designs. Advances in modular EV platforms are gradually shifting batteries to more accessible locations, but retrofitted models and niche vehicles may still adopt such placements for practicality.

[kamalkafir-blog]

Instant Pot VersaZone 9QT Air Fryer,8-in-1 Functions with EvenCrisp Technology, Crisps,Broils, Bakes,Roasts, Dehydrates,Reheats at Same or Different Temperature, from the Makers of Instant Pot, Black

Price: (as of – Details) Feast or snack, split or stack. The Instant Pot Vortex 9-Quart Air Fryer with VersaZone flexes for whatever (or whoever) you’re cooking for. 8 Cooking Functions: Air fry, roast, broil bake, reheat, and dehydrate. Or do them at the same time with SyncCook and SyncFinish technology, all in one easy appliance with little to no preheating time.Customizable Smart Programs:…

[sleeprecoverytech]

Top Infrared Light Therapy Panels for 2024

Infrared light therapy panels have become a popular choice for those seeking to enhance their wellness routine. The best infrared light therapy panels offer a range of benefits, including improved skin health, pain relief, and enhanced recovery. In this article, we explore the top infrared light therapy panels of 2024, helping you make an informed decision. Understanding Infrared Light…