Two-way independent adjustable switch bracket mechanism

Abstract

The invention discloses a bidirectional independent adjustable switch support mechanism. The bidirectional independent adjustable switch support mechanism comprises a sliding block (12), a horizontal limit plate (11), a longitudinal limit plate (10), a steel ball (9) and a switch (8). The bidirectional independent adjustable switch support mechanism is characterized in that a boss of the horizontal limit plate (11) is installed in a groove of the longitudinal limit plate (10), the sliding block (12) is mounted in a groove of the horizontal limit plate (11), the steel ball (9) is placed in the longitudinal limit plate (10), a switch mounting screw (7) sequentially penetrates the longitudinal limit plate (10) and the horizontal limit plate (11) to enable to switch (8) to be fixed on the sliding block (12), gaps do not exist between the sliding block (12) and the groove of the longitudinal limit plate (10) horizontally, gaps do not exist between the sliding block (12) and the groove of the horizontal limit plate (11) longitudinally, and the whole mechanism is installed with an upper groove of a main support (2) through the boss of the horizontal limit plate (11) in a positioning mode. The position of a switch can be adjusted independently and accurately in a bidirectional mode through the switch support mechanism.

Description

technical field [0001] The invention relates to the field of mechanical devices, in particular to a mechanical adjustment mechanism capable of bidirectionally independently adjusting switch positions. Background technique [0002] At present, after the switch is installed, the position is fixed and cannot be adjusted. When the pressure block presses the switch, the switch-on timing often cannot meet the requirements of the controller using the switch signal. In order to ensure that the switching timing of the switch meets the requirements of use, there are two current solutions. One is to improve the accuracy of the relevant parts for installing the switch. This solution improves the machining accuracy of the parts and increases the production cost. The most important thing is that due to the stroke error and inconsistency of the switch itself, it still cannot meet the use requirements after improving the machining accuracy; For certain adjustments, when this method is adj...

AI Technical Summary

Problems solved by technology

This solution improves the machining accuracy of the parts and increases the production cost. The most important thing is that due to the stroke error and inconsistency of the switch itself, it still cannot meet the use requirements after improving the machining accuracy; Make a certain adjustment. When adjusting by this method, the horizontal and vertical adjustments often affect each other, and it cannot be reliably adjusted in one direction.

Images