Press key modularized composite structure and blanking method thereof

Abstract

The invention relates to a press key modularized composite structure and a blanking method thereof. At least one accommodating area is arranged in a module frame; press key modules are arranged in the accommodating area; the press key modules are conveniently combined on a key frame by at least one press key unit, and the key frame can be regulated in positions but is inseparably accommodated in the accommodating area of the module frame so as to form a press key module assembly; in assembling, an outer frame cover with a press key slotted hole is fixed in a lower die of an assembly jig; the assembly jig is provided with an upper die; blanking slotted holes are arranged in the upper die, respectively correspond to the press key slotted hole of the outer frame cover and then are respectively independently fixed on the upper die with the press key modules by the module frame, which can enable each press key unit to accurately and respectively correspond to the blanking slotted hole of the upper die, and then each press key unit is pushed by using a pressing device to enable the press key unit to be separated from each press key module, and then each press key unit falls in the corresponding press key slotted hole of the outer frame cover by the blanking slotted hole to form a simple efficient assembly operation.

Description

technical field [0001] The invention relates to a button modular combination structure and a blanking method thereof, in particular to a button modular combination structure and a blanking method that can simplify assembly procedures, improve processing efficiency and reduce production costs. Background technique [0002] As the functions of various electronic products increase, their related input tools also meet the needs of convenient operation, so as to appropriately enhance the competitiveness of products. In terms of common button structures, different buttons with similar attributes or functions are placed together. In the preset area, and make it have the same color to facilitate the user's operation, it is a very common button classification method at present; however, due to the increasingly small size of electronic products, the gap between the word key and the keyhole of various button structures The gap between the buttons is becoming narrower and more precise, ...

AI Technical Summary

Problems solved by technology

[0003] 1. Manually remove each key unit from the frame one by one, and place the key units in the preset corresponding key slots on the outer frame cover of the electronic product; this assembly method is extremely time-consuming and labor-intensive, and is only applicable to In areas with low labor costs, it is gradually difficult to conform to the world trend

[0004] 2. Utilize automatic processing tools to stamp the button unit of a single button module into the preset corresponding button slot on the outer frame cover of the electronic product at one time, and repeat the above procedures to separate the buttons of different (colors) Modules are assembled one by one in different corresponding button slots of the frame cover. Although this assembly method is less troublesome and more efficient than the above-mentioned manual assembly, it still needs to repeat the same operation according to the number of different (color) button modules. The movement not only increases the burden on the equipment, but also affects the assembly efficiency, so there is still room for improvement

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