Dustproof mechanical keyboard switch capable of being automatically assembled easily and assembly method thereof

Abstract

The invention discloses a dustproof mechanical keyboard switch capable of being automatically assembled easily and an assembly method thereof. The dustproof mechanical keyboard switch comprises an upper cover, a base body, a guide core, a reset spring, a static plate and a movable spring plate, wherein the upper cover is arranged on the base body; the upper cover and the base body are enclosed to form an accommodating space; a through hole which runs through the accommodating space is formed in the upper cover; the reset spring is arranged in the accommodating space; the guide core is connected to the reset spring and can extend out of the through hole in a sliding manner; the movable spring plate is driven by the guide core to be in contact with the static plate or to be separated from the static plate; the guide core and the upper cover are in folded and staggered arrangement through a first dust-break wall and a second dust-break wall to effectively prevent external dust from entering the inside of the keyboard switch; and the static plate and the movable spring plate are tightly embedded into a first mounting groove and a second mounting groove respectively to assemble and fix the static plate and the movable spring plate on the base body. Therefore, the automated assembling capacity of a product is improved under the premise of ensuring relatively good dustproof property; the assembly efficiency and the assembly quality are improved; and the product stability is strengthened.

Description

technical field [0001] The invention relates to the technology in the field of keyboard switches, in particular to a dust-proof mechanical keyboard switch which is easy to be automatically assembled and an assembly method thereof. Background technique [0002] A keyboard switch generally includes an upper cover, a seat body, a guide core, a return spring, a stationary piece and a moving reed; there is a gap between the guide core and the upper cover, and in actual use, external dust can easily enter the switch through the gap. Internally, it will have a negative impact on the internal components of the switch (such as the stationary piece and the moving reed, etc.), which will easily cause poor contact of the switch, affect the stability of the switch operation and reliability, and also reduce the service life of the keyboard switch; at present, there are also Some designs of dust-proof mechanical keyboard switches have deficiencies such as poor dust-proof effect and complic...

AI Technical Summary

Problems solved by technology

[0002] A keyboard switch generally includes an upper cover, a seat body, a guide core, a return spring, a stationary piece and a moving reed; there is a gap between the guide core and the upper cover, and in actual use, external dust can easily enter the switch through the gap. Internally, it will have a negative impact on the internal components of the switch (such as the stationary piece and the moving reed, etc.), which will easily cause poor contact of the switch, affect the stability of the switch operation and reliability, and also reduce the service life of the keyboard switch; at present, there are also Some dust-proof mechanical keyboard switch designs, but they have shortcomings such as poor dust-proof effect and complicated structure, so it is difficult to be popularized and applied

[0003] And, the keyboard switch in the prior art is often due to the limitation of the internal space, the feedback strength of the return spring is insufficient, and there is no sense of paragraph in the entire keystroke, it is difficult to meet the user's requirements for the feel and sound of the keyboard switch.

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