Joystick module and remote control

Abstract

This invention proposes a joystick module, including a frame, a movable component, a joystick, and at least one adjustment component. An operation through-hole and at least one adjustment through-hole are located on the same side of the frame. The joystick is connected to the movable component and passes through the operation through-hole. The at least one adjustment component includes at least one control member and at least one adjustment member. The control member is disposed corresponding to a first rotating member, and the adjustment member is movably connected to the frame, with a portion of the adjustment member passing through the adjustment through-hole. Furthermore, a remote control including this joystick module is also mentioned. The joystick module and remote control proposed in this invention are easy to use.

Claims

1. A joystick module, comprising: A frame including an operating through hole and at least one adjusting through hole, the operating through hole and the at least one adjusting through hole being disposed on the same side of the frame; a movable component including a first rotating member and movably connected to the frame; a rocker arm connected to the movable component and passing through the operating through hole; and at least one adjusting component including at least one control member and at least one adjusting member, the at least one control member being disposed opposite to the first rotating member, the at least one adjusting member being movably connected to the frame, and a portion of the at least one adjusting member passing through the at least one adjusting through hole.

2. The rocker module as claimed in claim 1, wherein the at least one adjustment component is a damping adjustment component, the damping adjustment component including a damping elastic element and a damping adjustment element, the damping elastic element being disposed opposite to the first rotating element, the damping adjustment element being movably connected to the frame and connected to the damping elastic element, and a portion of the damping adjustment element passing through the at least one adjustment through hole.

3. The rocker module as claimed in claim 2, wherein the damping elastic member includes two opposing ends, one of which is connected to the damping adjustment member, and one of which is connected to the frame.

4. The rocker module as claimed in claim 2, wherein the damping adjustment member includes a damping operating member and a damping connector, a portion of the damping operating member being rotatably passed through the at least one adjustment through hole along a first axis, and the damping connector being connected to the damping operating member and the damping elastic member.

5. The rocker module as claimed in claim 4, wherein the damping adjustment member further includes an elastic member sleeved on the damping operation member and in contact with the frame and the damping connector.

6. The rocker module as claimed in claim 4, wherein the damping actuator is a screw, and the damping connector includes a hole with a thread, the damping actuator passing through the hole.

7. The rocker module as claimed in claim 2, wherein the damping adjustment assembly includes a damping element disposed between the first rotating member and the damping elastic member, the damping element being a damping paste applied to a contact surface of the first rotating member.

8. The joystick module as claimed in claim 1, wherein the at least one adjustment component is a return adjustment component, the return adjustment component is movably connected to the frame and includes a return member and a return adjustment member, the return member is connected to the frame and is disposed corresponding to the first rotating member, the return adjustment member is disposed corresponding to one end of the return member, and a portion of the return adjustment member passes through the at least one adjustment through hole.

9. The rocker module as claimed in claim 8, wherein the first rotating member includes two returning protrusions and a rotating rod located between the two returning protrusions.

10. The rocker module of claim 9, wherein the return member includes a connected stop and a rotating protrusion, the stop having two opposing ends, the rotating protrusion being located between the two ends and rotatably connected to the frame along a rotation axis, one of the two ends contacting the return adjustment member.

11. The joystick module of claim 8, wherein the return adjustment member includes a return operation member and a return connector, a portion of the return operation member being rotatably passed through the at least one adjustment through hole along a second axis, and the return connector being connected to and in contact with the return operation member along the second axis.

12. The joystick module as claimed in claim 11, wherein the return adjustment assembly further includes an elastic element fitted onto the return operation member and contacting the frame and the return connector.

13. The joystick module as claimed in claim 11, wherein the return operation is a screw, and the return connector includes a hole with a thread, into which the return operation passes.

14. A remote control, comprising: A housing, including an operating opening and at least one adjustment opening; The device includes a joystick module disposed on the housing and comprising: a frame including an operation through hole and at least one adjustment through hole, the operation through hole and the at least one adjustment through hole being disposed on the same side of the frame, the operation through hole corresponding to the operation opening, and the at least one adjustment through hole corresponding to the at least one adjustment opening; a movable component including a first rotating member and movably connected to the frame; a joystick connected to the movable component and passing through the operation through hole and the operation opening; and at least one adjustment component including at least one control member and at least one adjustment member, the at least one control member being disposed corresponding to the first rotating member, the at least one adjustment member being movably connected to the frame, and a portion of the at least one adjustment member passing through the at least one adjustment through hole.

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