Single line CAN bus constituted bracket controller
A bracket controller and CAN bus technology, applied in the direction of comprehensive factory control, comprehensive factory control, electrical program control, etc., can solve the problems of narrow use range, high requirements for parts and components, and high cost of use
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Embodiment 1
[0013] What the present invention aims to solve is to use a standard communication protocol to solve the communication problem between the existing hydraulic supports, and the present invention selects the CAN bus. CAN bus is a serial communication protocol bus for real-time applications, which can use twisted pair wires to transmit signals. The CAN protocol was developed by Robert Bosch Company in Germany. It was originally used for communication between various electronic components in automobiles, so as to replace expensive and cumbersome distribution harnesses. The robustness of this protocol extends its use to other automation and industrial applications. CAN bus belongs to one of the field buses and is a multi-master serial communication bus with high bit rate and high anti-electromagnetic interference performance, which can detect any errors generated. It is a communication protocol with excellent performance and widely used used in various industries.
[0014] Two as...
Embodiment 2
[0020] This embodiment is the optimal use scheme of four CAN communication circuits in Embodiment 1, wherein two point-to-point CANBIDI communication circuits connected with the left and right bracket controllers, one point-to-point CAN communication circuit connected with the man-machine interface box, and one connected with the remote monitoring A point-to-face CANBUS communication circuit with a broadcast function connected to the host bus.
[0021] Two identical single-line CAN bus communication circuits are used between the bracket controllers to realize data communication between the controllers, and two identical single-line CAN bus communication circuits are used between the bracket controller and the human-machine interface to communicate between the human-machine interface and the man-machine interface. Data exchange is performed between the bracket controllers, the man-machine interface sends various operation instructions to the controller, and the controller sends ...
Embodiment 3
[0024] This embodiment is a preferred solution of Embodiment 1 or 2. The connecting cable and its plug and socket of the CAN communication circuit are 4-core communication cables and their plug and socket. One of the 4-core communication cables connected to the left and right bracket controllers and its plug socket is CANBIDI cable 1, the other is CANBUS cable 2, the other is 12V power cable 3, and the other is ground cable 4. The schematic diagram of the socket Such as image 3 shown. The 4-core communication cable and its plug and socket connected to the point-to-point CAN communication circuit connected to the man-machine interface include: one single-wire CAN cable 5, one 12V power supply cable 6, one ground cable 7, and one power control Cable 8, the schematic diagram of the socket is as follows Figure 4 shown.
[0025]Ordinary CAN bus adopts differential mode, using two lines to realize CAN bus data communication. To use mine standard 4-core cable to realize two sep...
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