CN-121993488-A - Motion structure and motion method thereof

Abstract

The invention provides a movement structure and a movement method thereof. The moving part is arranged on the body part, and the moving part moves to enable the moving part to move so as to enable the moving part to be buckled with the buckled part. Therefore, the body part can be arranged on the object, and the moving part and the buckled part are buckled or unbuckled by the actuating part, so that the rapid combination and separation of at least two objects are completed, and the effect of repeated rapid combination and separation is achieved.

Inventors

• WANG DINGRUI

Assignees

• 伍隆国际有限公司

Dates

Publication Date

20260508

Application Date

20250520

Priority Date

20241108

Claims (19)

1. 1. A moving structure, characterized in that the moving structure comprises: A body part; An actuating part movably combined with the body part, and And the moving part is arranged on the body part, and the actuating part moves to enable the moving part to move or is used for enabling the moving part to be buckled with the buckled part.
2. 2. The movement structure according to claim 1, wherein the body is provided with at least one first abutment portion, or the actuation portion is provided with at least one second abutment portion, or the first abutment portion and the second abutment portion are elastically deformable.
3. 3. The moving structure according to claim 1, wherein the actuating portion is assembled with an actuating portion by a joint portion, or the actuating portion is rotated against the body portion or any object to drive the actuating portion to move, or the actuating portion is moved to generate high-level movement and low-level movement to drive the actuating portion to move, or the actuating portion is assembled with an actuating portion by a joint portion, or the actuating portion is moved to drive the actuating portion to move, or the actuating portion is provided with a limiting portion and a movable portion, or the limiting portion is larger than the joint portion, so that the joint portion is limited in height, or the movable portion is communicated with the limiting portion, so that the joint portion moves upwards to raise the position of the joint portion, or the joint portion is provided with a first guide portion, or the limiting portion is provided with a second guide portion, or the first guide portion and the second guide portion are mutually guided, or the first guide portion and the second guide portion are inclined, curved, stepped or flat.
4. 4. The structure according to claim 1, wherein the body is provided with a shoulder against which the actuating portion is located at a high position, or the actuating portion is rotated to move to a low position at the entrance portion of the body, or wherein the actuating portion is located at a high position at an object or any object against which the actuating portion is abutted, or the actuating portion is rotated to move to a low position at the entrance portion of the body, or further comprising an elastic member having one end abutted against the body and the other end abutted against the actuating portion, or the elastic member is a spring having both ends coupled to the body and the actuating portion, or a torsion spring having both ends inserted into the body and the actuating portion, or for allowing the actuating portion to automatically rotate, or for allowing the actuating portion to automatically reset.
5. 5. The structure according to claim 1, wherein the body part is provided with at least one first blocking part, or the actuating part is provided with at least one second blocking part, or the first blocking part and the second blocking part are mutually blocked and limited, or the structure is provided with an elastic component, the first blocking part and the second blocking part limit the rotating elastic reset of the actuating part, or the elastic reset is up and down used for switching the actuating part, or the body part or the actuating part is provided with a corresponding rotating part or a locking part, a screw tooth part or a nut part for correspondingly rotating, locking, screwing, locking or locking for switching the actuating part, or the body part is provided with two or more than two, or each body part and the actuating part are combined into a handle or lifting structure.
6. 6. The structure according to claim 1, wherein the actuating portion is made of metal, plastic, or has a hardness greater than the actuating portion, a hardness close to or the same as the actuating portion, or a hardness less than the actuating portion, or the actuating portion or the body is injection molded with metal, or the actuating portion and the body are injection molded with lathe, milling machine, or the actuating portion or the body is injection molded with plastic, or wherein the actuating portion is a button, a sphere, a spherical button, a metal button, a non-spherical button, or a plastic button, or wherein the actuating portion has a button, or the button is operable to be snapped into another object, or the actuating portion is operable to restrict movement, opening, or closing of the button, or wherein the button is a snap button, an external screw, a cylinder, an internal screw, an external button, or an internal button.
7. 7. The moving structure according to claim 1, wherein the actuating portion is assembled with an actuating portion, the actuating portion is moved against the body portion or the object to drive the actuating portion to move, or the actuating portion is rotated against the body portion or the object to drive the actuating portion to move, or the actuating portion is assembled with the actuating portion by a combining portion, or the combining portion is bolted, fastened, locked, clamped or penetrated to the actuating portion or the actuating portion, or the number of the actuating portions is two or more, or the number of the body portion, the actuating portion, the combining portion or the actuating portion corresponding to the actuating portion is two or more, and the actuating portions are mutually connected, mutually combined or integrally formed into a handle or a combined body.
8. 8. The movement structure according to claim 1, wherein the actuating portion is provided with a yielding portion, the actuating portion rotates or moves to a position where the yielding portion reaches the moving portion for yielding, or wherein the actuating portion is combined with the body portion with a joint portion, or the actuating portion is combined with the body portion with a combination portion, or the joint portion combines the body portion, the actuating portion and the combination portion, and rotates or moves the actuating portion to a position where the yielding portion reaches the moving portion for yielding, or wherein an elastic member having one end abutting against the body portion and the other end abutting against the joint portion for applying elasticity to the actuating portion, or wherein the actuating portion rotates or moves against the body portion or an object for lifting the actuating portion, the joint portion, or the combination portion, or for the yielding portion to or leaving a position of the moving portion, or an elastic abutting against a position of the moving portion, or a position of spacing or leaving the moving portion is further included.
9. 9. The moving structure according to claim 1, wherein the actuating portion is provided with a relief portion, the relief portion being a space region, a hole portion, a recess, a groove portion or an open region, or wherein the actuating portion is provided with a relief portion that moves laterally, transversely, rotationally or longitudinally to bring the relief portion to a position of the moving portion, or wherein the actuating portion or the body is provided with a moving space for moving the combining portion in the moving space for moving the actuating portion laterally or transversely, or wherein the actuating portion or the body is provided with a guide portion for guiding the actuating portion to move laterally, transversely or rotationally.
10. 10. The moving structure according to claim 1, wherein the actuating portion is provided with a joint portion, the joint portion is used for being movably combined with the body portion, or the actuating portion is provided with a limiting portion and a moving portion, or the joint portion is used for enabling the joint portion to move laterally or transversely, or the joint portion is provided with a first guiding portion, or the first guiding portion is an inclined surface and is used for enabling the first guiding portion to move along with the inclined surface of the limiting portion, or the moving structure further comprises an elastic component, two ends of the elastic component respectively abut against the body portion and the actuating portion, or two ends of the elastic component respectively abut against the body portion and the joint portion, so that the actuating portion moves transversely elastically, or the actuating portion moves transversely in a limiting manner.
11. 11. The moving structure according to claim 1, wherein the fastened portion is fastened to the moving portion, or the fastened portion is fastened to the moving portion through another object or an object, or the moving structure is fastened to the fastened portion through another object or an object.
12. 12. The exercise structure of claim 1, wherein the actuating portion is provided with a yielding portion, or the moving portion is provided with two or more than two, or the body portion is provided with an anti-rotation portion, or the anti-rotation portion is used for preventing rotation with the actuating portion or limiting the actuating portion, or the yielding portion is located at a limiting position or is moved at a yielding position, or the assembling portion of the body portion is provided with an anti-rotation portion for preventing rotation with an object, or limiting positions of the body portion or the actuating portion and the object.
13. 13. The structure according to claim 1, wherein the actuating portion is a rotating body for rotating the actuating portion against an object and lifting the engaging portion, or the moving portion is located in the body and is provided at the engaging portion, or the engaging portion drives the moving portion to move, or the actuating portion is a rotating body for rotating the actuating portion against an object and lifting the engaging portion, or the engaging portion is a fastening portion for fastening the body, or the actuating portion and the engaging portion are assembled with the body by a combining portion, or an elastic component is provided, or both ends thereof respectively abut against the body and the engaging portion, for elastically exerting force on the body, the actuating portion, the engaging portion, or the combining portion.
14. 14. The moving structure according to claim 1, wherein the moving structure is assembled to an object, the object being a motherboard, a circuit board, a housing, a metal body, a plastic body, a chip, a radiator or a conductor, or wherein the actuating portion is abutted against the moving portion, the body portion is assembled to or integrally formed with an object, the actuating portion is rotated or moved to cause the moving portion to be abutted against a high position or a low position, or to be abutted against an object, to cause a distance between the object and the abutted object to be enlarged, or wherein the object is provided with a connection component connected to the abutted object, or the abutted object is provided with another connection component abutted against the connection component, or the connection component and the other connection component are separated, moved or loosened by the moving portion abutting against the abutted object, or wherein the actuating portion is provided with at least one limiting portion to be limited to the moving portion in the high position or the low position, or wherein the connection component and the other connection component are printed circuit board, the connection component, the plastic body, the conductor or the conductor.
15. 15. The motion structure provides a body part, an actuating part and a motion part, wherein the actuating part is movably combined with the body part, the motion part is arranged on the body part, the actuating part is used for enabling the motion part to move, or is used for enabling the motion part to be buckled with a buckled part, or the actuating part is assembled with an operation part, the operation part is moved against the body part or an object to drive the actuating part to move, or the operation part is rotated against the body part or the object to drive the actuating part to move, or the actuating part is assembled with the operation part by a combined part, or the combined part is in a bolting, buckling, locking, clamping or penetrating way with the actuating part or the operation part, or the number of the actuating parts is two or more, or the number of the body parts, the actuating parts, the combined parts or the motion parts is two or more, or the two or more of the actuating parts are mutually connected, or the combined parts are integrally formed, or the combined are mutually connected.
16. 16. A method of moving a moving structure, the moving structure providing a body, an actuating part and a moving part, the actuating part being movably combined with the body, the moving part being provided with the body, the actuating part being moved to cause the moving part to move, or to cause the moving part to be fastened to a fastened part, or wherein the actuating part is provided with a yielding part, the actuating part being rotated or moved to cause the yielding part to reach a position of the moving part to yield, or wherein the actuating part is combined with the body in a joint part, or the actuating part is combined with the body in a combination part, or the joint part is combined with the body, the actuating part being rotated or moved to cause the yielding part to reach a position of the moving part to yield, or wherein the actuating part is rotated or moved to leave the position, or lifted up, or the elastic member is applied to the body, or moved to leave the position, or lifted up, or the elastic member is rotated or moved to reach the position.
17. 17. A moving structure moving method, the moving structure providing a body, an actuating part and a moving part, the actuating part and the body being movably combined, the moving part being provided on the body, the actuating part moving to move the moving part or to lock the moving part to the locked part, or the actuating part being provided with a yielding part, the yielding part being a space region, a hole, a recess, a groove or an open region, or the actuating part being provided with a yielding part, the actuating part moving laterally, transversely, rotationally or longitudinally to bring the yielding part to the position of the moving part, or the actuating part or the body being provided with a moving space to move the combined part in the moving space to move the actuating part laterally or transversely, the device comprises a body, an actuating part, a body, a limiting part, a first guide part, an elastic component and a spring component, wherein the actuating part or the body is provided with the guide part for guiding the actuating part to move laterally or transversely or rotationally, or the actuating part is provided with the joint part for being movably combined with the body, or the actuating part is provided with the limiting part and the moving part, or the joint part is used for enabling the joint part to move laterally or transversely, or the joint part is provided with the first guide part, or the first guide part is an inclined surface for guiding the first guide part and the inclined surface of the limiting part to move, or the spring component is further included, two ends of the spring component respectively abut against the body and the actuating part, or two ends of the spring component respectively abut against the body and the joint part for enabling the actuating part to move transversely and elastically, or enabling the actuating part to move transversely and limitedly.
18. 18. A moving method of a moving structure, the moving structure provides a body part, an actuating part and a moving part, the actuating part is movably combined with the body part, the moving part is arranged on the body part, the actuating part moves to enable the moving part to move, or enable the moving part to be buckled with a buckled part, or enable the buckled part to be buckled with the moving part, or enable the buckled part to pass through another object or an object to be buckled with the moving part, or enable the moving structure to pass through another object or an object to be buckled with the buckled part, or enable the actuating part to be provided with a yielding part, or enable the moving part to be two or more than two, or enable the body part to be provided with an anti-rotation part, or enable the anti-rotation part to be buckled with the actuating part, or enable the yielding part to be located at a limiting position or a yielding position to move, or enable a connecting part of the body part to be provided with an anti-rotation part, for preventing rotation with an object, or for limiting the position of the body or the actuating part and the object, or wherein the actuating part is a rotating body for rotating the actuating part against the object and lifting the joint part, or the moving part is positioned in the body and arranged at the joint part, or the joint part drives the moving part to move, or wherein the actuating part is a rotating body for rotating the actuating part against the object and lifting the joint part, the joint part is a buckling part for buckling the body part, or the actuating part and the joint part are assembled with the body part by a combination part, or an elastic component is arranged, or two ends of the elastic component respectively prop against the body part and the joint part and are used for elastically exerting force on the body part, the actuating part, the joint part or the combination part, or the number of the body parts is two or more, or the body part and the actuating part are combined into a handle or lifting handle structure, or the moving structure is assembled on an object, and the object is a main board, a circuit board, a shell, a metal body, a plastic body, a chip, a heat radiator or a conductor.
19. 19. The motion structure provides a body part, an actuating part and a motion part, wherein the actuating part is movably combined with the body part, the motion part is arranged on the body part, the motion part is used for moving the motion part or is used for enabling the motion part to be buckled with a buckled part, or the actuating part is propped against the motion part, the body part is assembled with an object or is integrally formed with the object, the actuating part is used for rotating or moving the motion part to enable the motion part to be propped against a high position or a low position, or is propped against an object to be propped against, so that the distance between the object and the object to be propped is enlarged, or the object to be propped is provided with a connecting component connected with the object to be propped against, or another connecting component in butt joint with the connecting component is arranged on the object to be propped against the object to be moved or loosened, or at least one of the actuating part is arranged on the motion part to be propped against the object to be separated from the object, or is arranged on the motion part to be at least one of the position, or is used for connecting with a printed circuit board, the position of the electronic chip, or the electronic circuit board, the electronic board or the electronic circuit board is arranged at the position of the electronic circuit board.

Description

Motion structure and motion method thereof Technical Field The present invention relates to a moving structure, and more particularly, to a moving structure capable of being used as a moving structure for repeatedly and rapidly combining and separating at least two objects and a moving method thereof. Background In general, when at least one object is combined, a screw is usually used to lock the at least one object for combining the at least one object. In the conventional fixing method, at least one object may be fixed and coupled in a manner not to be easily separated, but in addition to the case where the assembly is not easily performed, the case where the at least one object is not easily detached due to the fixing and coupling method of the screw may occur. In view of the above-mentioned conventional techniques, the inventor has developed a moving structure, in which a body is disposed on an object, and the moving portion and a fastened portion are fastened or unfastened by an actuating portion, so as to accomplish rapid combination and separation of at least two objects, thereby achieving the effect of repeated rapid combination and separation. Disclosure of Invention The moving structure of the invention can enable the body part to be arranged on the object, and the moving part is buckled or unbuckled with the buckled part by the actuating part, so as to finish the rapid combination and separation of at least two objects, thereby achieving the effect of repeated rapid combination and separation. To achieve the above and other objects, the present invention provides a sports structure including a body, an actuating portion, and a sports portion. The moving part is arranged on the body part, and the moving part moves to enable the moving part to move so as to enable the moving part to be buckled with the buckled part. The invention provides a movement method of another movement structure, which comprises a body part, an actuating part and a movement part, wherein the actuating part is movably combined with the body part, the movement part is arranged on the body part, and the actuating part moves to enable the movement part to move so as to enable the movement part to be fastened with a fastened part. Optionally, the body is provided with at least one first blocking portion, the actuating portion is provided with at least one second blocking portion, and the first blocking portion and the second blocking portion can be elastically deformed, or the first blocking portion and the second blocking portion can be elastically deformed and move. Optionally, the actuating portion is assembled with an operating portion by a joint portion, and the operating portion is rotatably abutted against the body portion or any object to drive the actuating portion to move, or the operating portion moves to generate high-level movement and low-level movement to drive the actuating portion to move. Optionally, the actuating portion is assembled with the actuating portion by using a joint portion, the actuating portion moves to drive the actuating portion to move, or the actuating portion is provided with a limiting portion and a movable portion, the limiting portion is larger than the joint portion and is used for limiting the height of the joint portion, the movable portion is communicated with the limiting portion and is used for enabling the joint portion to move upwards to raise the position of the joint portion, or the joint portion is provided with a first guiding portion, or the limiting portion is provided with a second guiding portion, the first guiding portion and the second guiding portion are mutually guided, or the first guiding portion and the second guiding portion are inclined surfaces, curved surfaces, step surfaces or planes. Optionally, the body is provided with a shoulder, the actuating part is propped against the shoulder to be located at a high position, or the actuating part rotates to be moved to a low position at the entering part of the body. Optionally, the device further comprises an elastic component, wherein one end of the elastic component abuts against the body, the other end of the elastic component abuts against the actuating part, the elastic component is a spring, or the elastic component is a spring with two ends connected with the body and the actuating part, or a torsion spring with two ends inserted into the body and the actuating part, or the torsion spring is used for enabling the actuating part to automatically rotate, or enabling the actuating part to automatically reset. Optionally, the body portion is provided with at least one first blocking portion, the actuating portion is provided with at least one second blocking portion, the first blocking portion and the second blocking portion are mutually abutted and limited, or the moving structure is provided with an elastic component, and the first blocking portion and the second blocking portion are limited and are elastically res