Dr. Timos Papagatsias’ Post

Thoughts on this? >> Someone please buy me this battery-powered, plug-in induction range from CES >> Comment below! >>> lqventures.com #healthtech #mhealth #AI #industry40 #IoT

Musculoskeletal Disorders (#MSDs) are a top challenge in industrial workplaces, impacting safety and productivity. Discover how technologies like #AI, #robotics, #wearables, and #exoskeletons are delivering real-world results: 🟧 Up to 58% fewer injuries 🟧 As much as 53% cost savings 🟧 Productivity boosts of up to 153% 📖 Download the report to explore proven solutions, case studies, and actionable strategies: https://lnkd.in/eNCuFswZ #WorkplaceSafety #EmergingTech #IndustrialInnovation #OSH

🚀 Let's Talk Trends: Emerging Trends in Electrical Components 🚀 Our latest blog post delves into the key trends reshaping the demand for electrical components across the automotive, consumer electronics, and aviation sectors. 🔹 Automotive Sector: The rise of EVs, autonomous driving, and connected cars requires high-capacity batteries, advanced sensors, and AI processors. 🔹 Consumer Electronics: Smart home devices, wearables, and AR/VR technologies are increasing the demand for miniaturized batteries, communication modules, and high-performance GPUs. 🔹 Aviation Sector: Advancements in avionics and the shift towards more-electric aircraft highlight the importance of reliable processors, sensors, and power electronics. Learn more about how these trends impact procurement strategies and ensure a resilient supply chain. 🌐 🔗 Read the full article here: https://lnkd.in/eN8gjiZY #TechnologyTrends #Electronics #Automotive #ConsumerElectronics #Aviation #Procurement #Innovation #Nutraseller

Thoughts on this? >> Tiny rubber spheres used to make a programmable fluid >> Comment below! >>> lqventures.com #digitalhealth #socialmedia #digitalmarketing #industry40 #mhealth #IoT #healthtech #AI

Ready to add some wireless magic to your BLDC motor system? With an ESP32 and an ESC, you can do that! You can control the speed of the motor wirelessly using a simple web interface. No need for extra routers, just your ESP32 creating its own Wi-Fi network. You’ll adjust the motor speed with a slider, and the PWM signal will take care of the rest, controlling the speed through the ESC. All the details are covered, from setting up the hardware to uploading the code via Arduino IDE: https://lnkd.in/grPUFBsw #TechInnovation #WirelessControl #BLDCmotor #ESP32 #MotorControl #IoT #Robotics #Arduino #WirelessTechnology #DIYProjects #MakerMovement

Thoughts on this? >> The Morning After: This robot vacuum has a robot arm >> Comment below! >>> socialpharma.net #digitalhealth #industry40 #healthcare #wearables #AI #mhealth #healthtech #IoT

Thoughts on this? >> Towards a new era in flexible piezoelectric sensors for both humans and robots >> Comment below! >>> lqventures.com #digitalhealth #socialmedia #digitalmarketing #industry40 #healthtech #IoT #AI #mhealth

Thoughts on this? >> Towards a new era in flexible piezoelectric sensors for both humans and robots >> Comment below! >>> lqventures.com #digitalhealth #socialmedia #digitalmarketing #healthtech #IoT #industry40 #AI #mhealth

🌟 Unleashing the Power of Sensors and Actuators in Modern Automation 🌟 In today's rapidly advancing engineering and automation world, the silent workhorses behind the scenes are sensors and actuators. These two components are the driving force behind every smart system we rely on, from robotics and IoT devices to autonomous vehicles and industrial automation. But what role do they play in these cutting-edge technologies? Let’s paint a real-world scenario: Picture yourself driving an electric vehicle—you approach a traffic light, and the car automatically slows down. That smooth action is orchestrated by sensors detecting the red light and actuators responding by activating the brakes. Here, sensors are the “eyes” of the vehicle, and actuators are its “muscles,” translating data into movement. 🔍 Sensors capture real-world data, measuring variables like temperature, light, proximity, pressure, or motion. In the world of smart technologies, sensors are everywhere: your smartphone’s screen rotation? A gyroscope sensor. The heart rate monitor on your smartwatch? An optical sensor. ⚙️ Actuators, on the other hand, take that data and convert it into a tangible action. Think of them as the hands of the system, controlling mechanisms like motors, valves, and other physical components to respond to environmental changes. Why does this matter? Because automation depends on this dynamic duo to create intelligent, autonomous systems. From manufacturing robots precisely assembling products to smart homes adjusting the thermostat automatically, sensors and actuators are the critical link between the digital signals from software and the real-world tasks carried out by machines. We’re on the verge of a future where machine learning, AI, and embedded systems will work seamlessly with IoT devices, and all of this will be powered by advanced sensors and actuators. Understanding how these components work is crucial for any engineer or innovator looking to be at the forefront of this technological revolution. The question isn’t if sensors and actuators will impact your field, but rather how. Are you ready to leverage their full potential in your next project? 🚀 What will you build with sensors and actuators? #Sensors #Actuators #Automation #IoT #SmartTechnology #AI #EmbeddedSystems #Mechatronics #Industry40 #EngineeringInnovation #Robotics #IndustrialAutomation #SmartHomes #SmartManufacturing #Technology

Thoughts on this? >> ChargePoint's new adapter claims to work with all EVs, regardless of make or model >> Comment below! >>> lqventures.com #digitalhealth #socialmedia #digitalmarketing #healthtech #mhealth #IoT #AI #industry40