Touch panel device and assembling method thereof

Abstract

The invention relates to a touch panel device and an assembling method thereof. The touch panel device comprises a front frame, a panel, a touch module and a buffer piece, wherein the front frame comprises a side wall and a front shielding part which extends inwards from the front end of the side wall; the panel comprises a side surface which is spaced from the front shielding part and is connected with the side wall, and an upper surface which faces to the front shielding part; the buffer piece is attached onto the upper surface, close to the side surface, of the panel; the touch module comprises touch glass which is overlaid on the buffer piece and a touch assembly which is fixedly arranged on the touch glass, wherein the touch assembly is downwards pressed by the front shielding part to enable the touch module to be clamped between the buffer piece and the front frame and thus be fixed. The touch panel device and the assembling method thereof have the advantages that since glass iron clamping pieces in the background technique are not used, compared with the traditional device and method, the assembling time can be shortened, the parts needed for assembling are reduced, the internal usable space is increased, the front frame is thinned and the cost is reduced.

Description

technical field [0001] The present invention relates to a touch panel device, in particular to a touch panel device with a space between a touch module and a panel and an assembly method thereof. Background technique [0002] Currently, there are mainly two types of panels on the market, one with screw holes on the side, and the other without screw holes on the side. When assembling a touch panel device, there are two different assembly methods and structures. For one, see Figure 1 to Figure 5 , first, as figure 1 As shown, the buffer foam 72 is first pasted on the panel 71, and the next step is as figure 2 As shown, a touch module 73 with a touch glass 731 and a touch component 732 is placed on the buffer foam 72, and then as shown in FIG. image 3 As shown, a glass clamping iron piece 74 is locked from the side of the panel 71 by using a screw 76, and at the same time cooperates with the buffer foam 72, and then jointly clamps and fixes the touch module 73, and then, ...

AI Technical Summary

Problems solved by technology

However, when the touch module 73 needs to be reworked, removing the touch module 73 will cause serious adhesive residue problems. In addition, the above two assembly methods and structures need to use glass clamping iron 74, in addition to increasing the assembly time, in order to reserve the space for the glass clamping iron 74, the width of the frame of the front frame 77 will also be limited, resulting in the width itself can not be further reduced

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