The Russian International News Agency reported on April 15 that researchers at the Samara State Research University in Russia have developed the strongest industrial magnetic pulse device in Russia, which can be used to produce large components for aircraft and helicopters.
According to the Press Office of the University of Samara, the magnetic pulse technology of material processing is to convert the electrical energy stored in the drive into a variable magnetic field. Under the action of the alternating magnetic field, the workpiece will undergo plastic deformation. According to Samara researchers, this technology has great potential for giving products a specific shape. The force action on the workpiece is performed remotely without contact, which allows it to handle parts with complex shapes or structures, or parts that need to be polished or painted on the surface, and to melt metal or workpieces in vacuum-sealed containers. It is said that the total stored energy of this device is 80 kilojoules, which is currently Russia's most powerful industrial magnetic pulse device.
Samara National Research University will hand over the completed installation to Novosibirsk State Technical University. Researchers will continue to develop a technology and its applications, and then transfer the technology and magnetic pulse device to Novosibirsk Chkalov Aircraft Factory (Affiliated to Sukhoi Holding Company).
Sub-controller of LED applying system. The DMX-S8 receives the pixel data frame sent by the RTP-S1500 Main Controller. According to the address set by itself, the corresponding data in the pixel frame is taken out. After the format is adjusted, the data is sent out from the controlling port at a specific timing sequence to control the LED light to change color. Set up 2 RJ45 network interfaces; When using unshielded Twisted Pair, the distance of transmission from the main controller to the sub-controller and sub-controller to sub-controller is more than 100 meters; Connect to the switch for network to extend the distance of transmission; Single controller can connect up to 16 computer; Automatically identify its position in the system; Set up 8 DMX512 controlling ports with auto-addressing function. The number of single-port controlling pixels is 170 full-color pixels, 512 monochrome pixels, and the type of connector is the pluggable terminal; Each port conduct optical isolation protecting to ensure the stability of the entire controlling system;
Sub-controller
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