The integration of force sensors and AI has given rise to “intelligent tactile nerves”—achieving a leap from passive measurement to active decision-making through the deep coupling of high-precision force perception and AI algorithms. In the context of Industry 4.0, this integration not only captures subtle changes in mechanical force but also analyzes the deep laws … Read more
The force sensor is one of the most important sensors in high school physics experiments and is also the most widely used sensor. The use of the DIY DIS sensor is divided into two types: one is for teachers who only want to use the sensor for basic experiments; the other is for teachers who … Read more
The latest advancements in artificial intelligence (AI), particularly in large language models and multimodal robotic learning, have propelled the development of robotics technology. Force/Torque (torque) sensors are one of the critical components in robotic applications, as they provide force feedback during operation. With precise force measurements, robots can achieve fine operational control and safe interactions … Read more
In robotic sensing technology, micro precision bearings are key foundational components for achieving highly dexterous movements. These bearings typically feature inner diameters on the millimeter scale and compact structural designs, making them widely applicable in the finger joints and link mechanisms of humanoid robotic hands, enabling smooth and reliable motion in confined spaces. The bearing … Read more
Creating a Force Sensor Based on ESP32 and HX711—— Research Project on Basic Education Reform in Hunan Province 01Working Principle Force Sensor → HX711 → ESP32 → Bluetooth → Phyphox Mobile App HX711 ModuleHX711 is a high-precision 24-bit analog-to-digital converter chip specifically designed for pressure sensors. Its main function is to amplify the measured small … Read more
Previously, we introduced the tactile sensors of humanoid robots. In fact, in addition to tactile sensors, robots require a total of four types of sensors: force sensors, tactile sensors, inertial measurement units, and visual sensors. Today, we will elaborate on these. Force Sensors Force sensors convert mechanical signals into electrical signals and are core to … Read more
1. Force Sensors Force sensors can be classified into one-dimensional, three-dimensional, and six-dimensional types. Six-dimensional force sensors are suitable for high-precision applications such as robotics. A torque sensor, as the name suggests, is a sensor that perceives and measures force. Force sensors can be categorized into three types based on measurement dimensions: one-dimensional force sensors, … Read more
1. Analog signals can collect physical quantities such as temperature, force, and vacuum; the analog signals can be 0~5V, 0~10V, ±5V, ±10V, 0~20mA, 4~20mA, etc. 2. For analog conversion, taking the Mitsubishi FX5U series PLC as an example, a force sensor with a range of 0 to 200N corresponds to 0~10V (with a corresponding digital … Read more
China Dingli Co., Ltd.The humanoid robot is the core strategic business for the company’s future development. The company’s subsidiary, Anhui Ruisi Bo Co., Ltd., focuses on expanding the business related to humanoid robot component assemblies. The company’s current technical team possesses core competitive advantages in the field of harmonic drive products, and the relevant production … Read more
1、Kunwei Technology: The price of six-dimensional force sensors is around 20,000 yuan, suitable for collaborative robots, humanoid robots, and medical fields. The core difficulty lies in the software, calibration algorithms, and self-developed calibration equipment, with significant differences in calibration points between one-dimensional and six-dimensional sensors. In terms of materials, the weight difference between steel and … Read more