Be Applied To Automation Line's Orbit Controlling Ware And Application Method Thereof

Abstract

The invention relates to an orbit controlling ware applied to automation line's and an application method thereof. The orbit controlling ware is mainly applied to in various automation line's equipment to detect whether the production line in each workstation operation process appears unusually, and convey signals to a master control. The orbit controlling ware contains at least: a controller body, an entry end and an exit end. The controller body is internally provided with a main control substrate and a local lan concentrator for receiving and sending the signal, a side of the controller body is located at the entry end, and is provided with an upper signal input port, a plural photo sensor, a plural inductor interface, a compound digital circuit machine control interface and a plural communication interface, in order to send the signal to a controller body when unusual situation which is detected takes place; another side of the controller body is located at the exit end, and is provided with a next signal output port, a compound digital circuit machine control interface and a plural communication interface, in order to send the signal to the controller body when unusual situation which is detected takes place.

Description

technical field [0001] The present invention relates to a track controller technology for an automated production line, especially a track controller that can replace the existing track controller so that the interfaces are unified, so that the tracks of different equipment can be integrated together and transmit signals through a local area network to obtain the best results. Real-time working status and track controller for the fastest processing and its usage method. Background technique [0002] Automated production lines are already a common production method in automated factories today. Through automated production lines, each workstation can complete the operation process of each station one by one in an orderly manner, making production more efficient and reducing the risk of personnel directly operating workstations. [0003] However, in today's automated factories, each working machine operates independently, and each working machine has a different track controll...

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Problems solved by technology

[0003] However, in today's automated factories, each working machine operates independently, and each working machine has a different track controller brand, and it is impossible to integrate unified control, let alone integrate the working status of each working machine into the monitoring network. It is impossible for the operator to control the working status of each working machine in the whole factory in the central control room

[0004] Furthermore, in the process of automated production, if a production line or a workstation has a problem, it is usually impossible to find it in time, or when a problem is found, it is impossible to quickly query which working machine (station) has the problem, resulting in the need to stop the entire production line. production line, thus delaying the production schedule

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