Touch key structure, handheld terminal and game handle

Abstract

The invention provides a touch key structure which comprises a touch direction key. The touch direction key is arranged in a shell and is used for controlling directions, a press point which extends towards the direction of a mainboard is arranged in the center of the surface of the side, which is opposite to the mainboard in the shell, of the touch direction key, and a physical key is arranged on the mainboard and is positioned at the press point; four grooves are at least formed in the periphery of the press point and are respectively formed symmetrically pairwise, elastic support arms are arranged in the grooves, and a support column which extends towards the direction of the mainboard is arranged at the end, which is far away from the press point, of each elastic support arm and is positioned on the surface of the side, which is opposite to the mainboard, of the elastic support arm. The invention further discloses a handheld terminal and a game handle. The handheld terminal and the game handle respectively comprise the touch key structure. Compared with the prior art, the touch key structure, the handheld terminal and the game handle have the advantages that balance support effects can be realized for the touch direction key, accordingly, the problem of inclination or misoperation when a user presses an existing physical key can be solved, the stroke of the physical key can be guaranteed against being affected, the service hand feeling can be improved for users, the touch key structure, the handheld terminal and the game handle are simple in structure, and the production cost can be reduced to a great extent.

Description

technical field [0001] The invention relates to a button structure, in particular to a touch button structure, a handheld terminal and a game handle. Background technique [0002] At present, the usage rate of handheld terminal products is originally higher. With the emergence of touch buttons, hand-held terminals such as direction keys for controlling directions are gradually replaced by touch buttons, and because touch buttons cannot replace Arrow keys, and can also realize corresponding operations when the type direction keys are pressed down. At present, in order to realize this function, two sets of button structures are generally used, one set of physical buttons and one set of touch buttons; the touch buttons are installed on the physical buttons In general, this method is used to realize the functions of physical buttons and touch buttons on the same button at the same time, but because the physical buttons and touch buttons are two sets of separate structures, when ...

AI Technical Summary

Problems solved by technology

[0002] At present, the usage rate of handheld terminal products is originally higher. With the emergence of touch buttons, hand-held terminals such as direction keys for controlling directions are gradually replaced by touch buttons, and because touch buttons cannot replace Arrow keys, and can also realize corresponding operations when the type direction keys are pressed down. At present, in order to realize this function, two sets of button structures are generally used, one set of physical buttons and one set of touch buttons; the touch buttons are installed on the physical buttons In general, this method is used to realize the functions of physical buttons and touch buttons on the same button at the same time, but because the physical buttons and touch buttons are two sets of separate structures, when using physical buttons, the touch button part is prone to appear. Unbalanced problems lead to misoperations (that is, triggering of touch buttons), making misoperations prone to occur, or problems that cannot be triggered without reaching the stroke of the physical buttons

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