Shock absorption type industrial operation control table device

Abstract

A shock absorption type industrial operation control table device comprises a control table body (8) and a display panel (9) connected with the control table body (8); the control table body (8) comprises a shell component (80), and a first shaft (81) and a second shaft (82) are fixedly arranged in an inner cavity of the shell component (80); and the first shaft (81) is used for rotatable mounting of a small driving gear (811), the horizontal height of the second shaft (82) is larger than that of the first shaft (81), the second shaft (82) is used for rotatable mounting of a large driven gear sleeve (821), the large driven gear sleeve (821) is fixedly connected with two bottom fixed-connection legs (91) of the display panel (9) at the same time, and the two bottom fixed-connection legs are arranged in a divided manner.

Description

technical field [0001] The invention relates to an operation console, in particular to a shock-absorbing industrial operation console device. Background technique [0002] In the industrial field, consoles or consoles are often needed to monitor and control the equipment in the production line. These console devices have display devices for operators to operate and interact with. [0003] Since industrial display panels are often heavy and their operation has a major impact on production safety, in specific occasions, such display panels often need to be put away in an unused state to avoid random operation of the console, and when needed In the state of operation, it can be opened and the display angle can be adjusted as needed. [0004] Some existing devices are difficult to control the display angle, and some angle adjustment methods and locking after closing often need to add additional accommodation space, which causes space occupation of the control room and changes ...

AI Technical Summary

Problems solved by technology

[0004] Some existing devices are difficult to control the display angle, and some angle adjustment methods and locking after closing often require additional accommodation space, which causes space occupation of the control room and changes the appearance

However, it is difficult to adjust the angle of the display screen slowly and accurately through the traditional gear motor drive mode, and due to factors such as the heavy weight of the display, it is easy to cause problems such as wear and deformation of the drive gear and the control performance cost of the drive motor.

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