Socket board

Abstract

The invention relates to a socket board, which comprises a circuit board and a power connecting base, a sensor connecting base and a signal output connecting base, wherein the power connecting base, the sensor connecting base and the signal output connecting base are fixedly arranged on the circuit board; the power connecting base is used for connecting a sharing power; a plurality of slots are arranged on the sensor connecting base, are used for electrically connected with a plurality of sensors respectively, and are in electric connection with the power connecting base so as to allow the sharing source connected to the source connecting base to supply power to the plurality of sensors; each slot comprises a first signal output interface; the signal output connecting base comprises a plurality of second signal output interfaces which are used for electrically connecting with a controller respectively; and the plurality of second signal output interfaces are respectively in electric connection with the plurality of first signal output interfaces through circuit wirings on the circuit board so as to transmit sensing signals output by the plurality of sensors to the controller through the plurality of second signal output interfaces.

Description

technical field [0001] The invention relates to a socket board, in particular to a socket board with a high degree of integration. Background technique [0002] At present, in the automatic control system, such as the lighting test machine, the operation is generally carried out by means of a motor to drive the machine table. In order to control the movement of the machine, the automatic control system usually sets sensors to sense the position of the machine, so that the control unit connected with the sensor can control the rotation of the motor, thereby controlling the movement of the machine. For details about sensors, please refer to the article “Optimal sensor scheduling of sensors in a sensor network for mobile robot navigation” published by Shogo Arai et al. in Proceedings of the IEEE, Vol.93, No.10 (October 2005). [0003] Since the general machine is multi-axis linkage, that is, the machine can move in multiple directions, it needs to be driven by multiple motors....

AI Technical Summary

Problems solved by technology

[0003] Since the general machine is multi-axis linkage, that is, the machine can move in multiple directions, it needs to be driven by multiple motors. Sensing, and multiple sensors need to be equipped with multiple power supplies to supply power to them separately, which makes the circuit wiring connecting multiple sensors and multiple power supplies very complicated, thus increasing the complexity of the entire circuit

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