Jig management manipulator with tailorable system

Abstract

The invention discloses a jig management manipulator with tailorable system, which comprises an LCD display screen and a bottom plate, the bottom plate is provided with a core plate, the bottom plate is provided with a network port, a CAN bus port, an LCD display port and a 12V power supply terminal, the network port, the CAN bus port, the LCD display port and the 12V power supply terminal are all electrically connected with the core plate, And the LCD display screen is connected with the LCD display port of the bottom plate. According to the invention, hardware design is simplified, and the cost advantage is achieved; the redundancy configuration is closed, the system establishment steps are optimized, and starting up is rapid; the invention is low in power consumption and can adapt to complex application environments.

Description

technical field [0001] The invention relates to the technical field of fixture management operators, in particular to a system-cuttable fixture management operator. Background technique [0002] Electronic equipment manufacturers need to produce different types of product inspection tooling and fixtures according to the production needs of different production lines. When the number of fixtures reaches a certain scale, they need to introduce a set of fixture management operating systems. The traditional industrial computer manipulator is generally based on the Windows environment, far exceeding the hardware cost of an ordinary computer, and the price is expensive; and the system often takes tens of seconds to start up, which is not in line with the efficient and compact production requirements of the production line; In addition, the operation of the Windows system often carries the overhead of other unrelated processes, which increases the power consumption of the entire sy...

AI Technical Summary

Problems solved by technology

The traditional industrial computer manipulator is generally based on the Windows environment, far exceeding the hardware cost of an ordinary computer, and the price is expensive; and the system often takes tens of seconds to start up, which is not in line with the efficient and compact production requirements of the production line; In addition, the operation of the Windows system often carries the overhead of other irrelevant processes, which increases the power consumption of the entire system; finally, in the complex environment of the production line, the life of the Windows hardware platform will also be greatly shortened

Images