An automatic processing device and processing method for line grooves

Abstract

The invention relates to a wiring duct automatic machining device and a machining method of the device. The device comprises a control system, a feeding mechanism actuator, a cutting mechanism actuator, a punching mechanism actuator, a receiving mechanism actuator, an automatic feeding mechanism, an automatic fixed-length cutting mechanism, an automatic punching mechanism and an automatic receiving mechanism. The signal output end of the control system is connected with the input end of the feeding mechanism actuator, the input end of the cutting mechanism actuator, the input end of the punching mechanism actuator, and the input end of the receiving mechanism actuator; the output end of the feeding mechanism actuator is connected with the automatic feeding mechanism, and the output end of the cutting mechanism actuator is connected with the automatic fixed-length cutting mechanism; and the output end of the punching mechanism actuator is connected with the automatic punching mechanism, and the output end of the receiving mechanism actuator is connected with the automatic receiving mechanism. According to the wiring duct automatic machining device, burdening machining of wiring ducts of the same type and with multiple lengths is controlled through programming, the material cost is saved, trepanning machining precision is high, and the subsequent assembly work is ensured.

Description

technical field [0001] The invention belongs to the field of automation equipment, in particular to an automatic processing device for line grooves and a processing method thereof. Background technique [0002] In the electric transmission device, all the devices will use the wiring trough for wiring. Since the length of the purchased wiring trough does not meet the actual use requirements, most of the assembly personnel at the assembly site use tools such as pliers and scissors to cut the wiring trough , which is time-consuming and laborious, and cannot guarantee consistency and aesthetics, which affects assembly efficiency and aesthetics. For this reason, operators have developed wire slots of various specifications, but manual screening is required during the operation, and then the wire slot cutting device of corresponding specifications is selected for operation. First of all, this method consumes manpower. , it is easy to cause deviation in observation due to fatigue,...

AI Technical Summary

Problems solved by technology

[0002] In the electric transmission device, all the devices will use the wiring trough for wiring. Since the length of the purchased wiring trough does not meet the actual use requirements, most of the assembly personnel at the assembly site use tools such as pliers and scissors to cut the wiring trough , which is time-consuming and laborious, and cannot guarantee consistency and aesthetics, which affects assembly efficiency and aesthetics

For this reason, operators have developed wire slots of various specifications, but manual screening is required during the operation, and then the wire slot cutting device of corresponding specifications is selected for operation. First of all, this method consumes manpower. , it is easy to cause deviation in observation due to fatigue, especially for the length of the wire groove, it needs to be cut according to the actual demand, once the deviation occurs, it will affect the use; secondly, this method is suitable for wire groove processing devices of different specifications Need to open the mold separately, the cost is higher

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