With the continuous progress of science and technology, robot functions are becoming more and more perfect. Recently, American scientists have used hundreds of sensors to develop robotic "skins" to give robots "tactile sensation".
The robot "electronic skin" developed by scientists at the Georgia Institute of Technology contains hundreds of independent sensors. This "skin" covers the robot's mechanical arm. With the information collected by the sensor, the robot can use the so-called "tactile" to identify In the surroundings, find the best travel route and control the direction of movement, so as to flexibly avoid various obstacles encountered in the progress.
The robot arm wrapped with "skin" is very flexible and can also control the force when touching an object. Relying on this "electronic skin", the robot can not only sense the location and orientation of the object, but also obtain the hardness and strength of the object. Charles, Associate Professor of Bioengineering, Georgia Institute of Technology. Kemp said that this robot has a model of an arm, and the robot relies on it to touch the outside world. The robotic arm will determine the next movement and direction of movement through touch. Based on some clever mathematical operations, the robot can completely complete the established tasks according to the instructions.
The researchers said that the original intention of their research on robot "electronic skin" was to make the robot more humane. At present, robots do not have tactile sensation throughout the body like animals or insects, and are very sensitive. At present, the robots are first installed with "skin", and in the future, it is possible to install "eyes" and "ears".
At present, this "electronic skin" is still in the preliminary stage of research and development, and future researchers will explore how to apply it in more fields, including using it to improve the quality of life of people with disabilities.
1 PCB Screw Terminal Block 2 Plug-in Terminal Block 3 PCB Spring Terminal Block 4 Barrier Terminal Block 5 Feed Through Terminal Block.
Terminal block consists of fixed terminal block (hereinafter referred to as socket) and free terminal block (hereinafter referred to as plug). The socket is fixed on the electric parts through its square (round) plate (welding method is also adopted for some), the plug is generally connected with the cable, and the plug and socket are connected by connecting nuts.
The terminal block consists of three basic units: shell, insulator and contact body.
Strictly speaking, terminal block refers to a solid device composed of an insulating base and more than one live part. Each conductive member can be used as a joint point for connecting two or more conductors (wires), and also as a tool for connecting or not connecting conductors (wires) individually. In the literal sense, the terminal block can be thought of as a wiring platform providing terminal or wire connection. The terminal block can be a combination type or a single-piece design. The combined terminal block is stacked in the way similar to the block combination, and the two ends are added with side covers and locked and fixed with screws. As for the single terminal block, the combination process mentioned above is not necessary, and it can be used alone.
Terminal Block Series
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