Mouse

Abstract

This invention discloses a mouse comprising a housing, auxiliary buttons, a switch module, and a base. The auxiliary buttons are disposed within the housing, and their inner side has a pressing structure. The switch module includes a support structure, an adjustment component, a base plate, and a microswitch. The support structure is disposed within the housing. The adjustment component includes an operating element, which is movably connected to the support structure. The base plate is connected to the support structure. The microswitch is disposed on the base plate, with its switching element facing the pressing structure. The operating element can be operated to move relative to the support structure, thereby actuating the base plate and changing the distance between the switching element and the pressing structure. The base houses a main circuit board, a motion detection module, and a processor. The microswitch is electrically connected to the processor via a flexible ribbon cable or a wire.

Claims

1. A mouse comprising: a housing; a left button and a right button, respectively movably disposed on the housing; at least one auxiliary button, movably disposed on one side of the housing, the auxiliary button having a pressing structure on its inner side; at least one switch module comprising: a support structure fixedly disposed on the inner side of the housing; at least one adjustment component including an operating element movably connected to the support structure; a base plate connected to the support structure; at least one micro switch disposed on the base plate, a switching element of the micro switch facing the pressing structure; wherein, The operating element can be operated to move relative to the supporting structure and actuate the base plate, thereby changing the distance between the switch element and the pressing structure; a base is provided with a main circuit board, a motion detection module and a processor, the base plate is a component independent of the main circuit board, and the micro switch can be electrically connected to the processor via a flexible ribbon cable or wire; wherein, the base plate has a body and two elastic plates, the body has two through holes, one end of each of the two elastic plates is connected to the inside of the two through holes, and the other end of each of the elastic plates is a free end; the two micro switches are disposed on the two elastic plates; when the operating element is operated, the operating element can push against the elastic plates to cause the elastic plates to elastically deform.

2. A mouse, comprising: a housing; a left button and a right button, respectively movably disposed in the housing; at least one auxiliary button, movably disposed on one side of the housing, the auxiliary button having a pressing structure on its inner side; at least one switch module, comprising: a support structure fixedly disposed on the inner side of the housing; at least one adjustment component including an operating element, the operating element being movably connected to the support structure; a base plate connected to the support structure; at least one micro switch disposed on the base plate, a switching element of the micro switch facing the pressing structure; wherein, The operating element can be operated to move relative to the support structure and connect with the base plate, thereby changing the distance between the switch element and the pressing structure; a base is provided with a main circuit board, a motion detection module and a processor, the base plate is a component independent of the main circuit board, and the micro switch can be electrically connected to the processor via a flexible ribbon cable or wire; wherein, the operating element is a screw, the adjustment assembly further includes a limiting member and a movable member, the screw is disposed on the support structure, the limiting member is connected to the screw, the limiting member is used to prevent the screw from moving forward or backward relative to the support structure in an axial direction; the screw locks into a locking hole of the movable member; the base plate is connected to the movable member; when the screw is rotated, the screw will drive the movable member to move forward in the axial direction, and the movable member will drive the base plate to move closer to the pressing structure, thereby changing the distance between the switch element and the pressing structure.

3. The mouse as described in claim 1, wherein, The switch module also includes an elastic arm, one end of which is connected to the support structure. The elastic arm is inclined toward the base plate, and the other end of the elastic arm is a free end. The support structure has a locking hole, and the operating element is a screw. The locking hole is positioned facing the free end of the elastic arm. When the screw is operated, the end of the screw can press against the elastic arm, causing the free end of the elastic arm to push against the adjacent elastic plate, thereby changing the spacing.

4. The mouse as described in claim 3, wherein, The elastic arm has a stop portion facing the lock hole, the stop portion being used to provide the end of the screw abutment.

5. The mouse as described in claim 3, wherein, The auxiliary button can be pressed and moved in a lateral direction, and the screw can be operated and moved relative to the support structure in a longitudinal direction, which is not parallel to the longitudinal direction.

6. The mouse as described in claim 2, wherein, The switch module further includes a pusher member movably connected to the support structure. The pusher member has a contact surface. The support structure also includes a locking hole. The operating member is a screw, which is locked in the locking hole. When the screw is operated, it can push against the contact surface, so that the pusher member pushes against the adjacent elastic plate, thereby adjusting the spacing.

7. The mouse as described in claim 6, wherein, The pusher includes a body and two pivot shafts. The two pivot shafts are disposed at one end of the body of the pusher and are located on both sides of the body of the pusher. The body can be pivotally connected to the support structure via the two pivot shafts. The body is disposed adjacent to the elastic plate, opposite to the end with the two pivot shafts.

8. The mouse as described in claim 6, wherein, The end of the pusher adjacent to the support structure is defined as a bottom end, and the end of the pusher away from the support structure is defined as a top end. The two opposite sides of the pusher are the abutting surface and a pushing surface, respectively. The pushing surface is used to push against the elastic plate. The horizontal distance between the abutting surface and the pushing surface gradually increases from the top end to the bottom end.

9. The mouse as described in claim 6, wherein, The auxiliary button can be pressed and moved in a lateral direction, and the screw can be operated and moved relative to the support structure in a longitudinal direction, which is not parallel to the longitudinal direction.

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