Automatic equipment with antifouling sleeve mounting function for mouse wheel

Abstract

The invention discloses automatic equipment with an antifouling sleeve mounting function for a mouse wheel, and relates to the technical field of special-shaped component machining and detection. The automatic equipment specifically comprises a mechanical arm, a pneumatic synchronous clamp, a torsion conveying mechanism, a lifting rotating mechanism and a multidirectional testing mechanism, and one side of the mechanical arm is connected with the pneumatic synchronous clamp. According to the automatic equipment with the antifouling sleeve mounting function for the mouse wheel, the multi-directional testing mechanism is arranged, a servo motor drives a driving gear to rotate through a bearing seat at the top end of a base, under the meshing action of the driving gear and driven gears, the driven gears slide in a guide groove which is located at the top end of the base and formed by a triangular boss and a bearing seat through rollers connected with the bottom ends of guide rods penetrating through the end faces of the two sides of the driven gears, so that overturning of test plates at the top ends of the guide rods is achieved, a user can replace different test cards through double-face toggle clips according to experiment requirements, therefore, the adaptive capacity of the mouse wheel to different pollutants is tested, and the experimental result is more accurate and reliable.

Description

technical field [0001] The invention relates to the technical field of processing and detection of special-shaped components, in particular to an automation device with a mouse wheel equipped with the function of installing an anti-fouling sleeve. Background technique [0002] In addition to the traditional grating structure scroll wheel, the most widely used mechanical encoder scroll wheel is currently used on the mouse. Unlike the grating structure scroll wheel, the core component of the mechanical encoder scroll wheel only includes a mechanical encoder to complete the work; the mouse scroll wheel Rolling drives the turntable in the encoder to rotate, and the contacts on the turntable contact with the fixed contacts inside the encoder to generate an on-off signal, thereby realizing the generation of the on-off signal of the roller; however, because the turntable and contacts inside the encoder belong to With substantive contact, there is a defect that after long-term use, ...

AI Technical Summary

Problems solved by technology

[0002] In addition to the traditional grating structure scroll wheel, the most widely used mechanical encoder scroll wheel is currently used on the mouse. Unlike the grating structure scroll wheel, the core component of the mechanical encoder scroll wheel only includes a mechanical encoder to complete the work; the mouse scroll wheel Rolling drives the turntable in the encoder to rotate, and the contacts on the turntable contact with the fixed contacts inside the encoder to generate an on-off signal, thereby realizing the generation of the on-off signal of the roller; however, because the turntable and contacts inside the encoder belong to With substantive contact, there is a defect that after a long time of use, it is prone to blockage by foreign objects or excessive wear and other reasons, resulting in the failure of the scroll wheel of the mouse.

[0003] The common problems of the existing mouse wheel processing and testing equipment are: limited by the practical application scenario that the mechanically coded mouse wheel that is currently popular in the market is easily blocked by foreign matter such as oil for a long time, causing the mouse wheel to fail. The automation equipment integrated with the anti-fouling cover of the mouse wheel provides a layer of external protection for the mouse wheel, preventing oil and other pollution sources from staying and accumulating on the surface of the mouse wheel, and prolonging its service life. However, the current popular mouse wheel processing and testing equipment in the market lacks relevant processes. The lack of quality control of finished products leads to inconsistent quality of finished products

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