A lock holder

Abstract

Lock holder, characterized in that it comprises a fastening seat (100) provided for fastening to a support, wherein a connecting seat (200) rotatably connected to the fastening seat (100) is arranged, wherein an insertion opening (210) provided for fastening the lock (300) is provided on the connecting seat (200), wherein a locking device (400) for limiting the rotational movement of the connecting seat (200) is attached to the fastening seat (100), wherein the connecting seat (200) forms a storage state and a latching state by means of a rotary movement, wherein the change between the storage state and the latching state is realized by the interaction with the locking device (400).

Description

Technical area

[0001] The utility model relates to a holder, in particular to a lock holder. Background technology

[0002] With the improvement in living standards, the number of cyclists is steadily increasing. Road or mountain bikes are typically used for cycling. U-shaped locks are often used on bicycles due to their robustness. On a bicycle, the top tube, down tube, and vertical tube form a triangular area where the U-shaped lock is usually placed. The bracket is attached to the top tube. The brackets currently available on the market are all designed as fixed structures, such as patent application number 200920120587.4, which is titled "Bicycle Lock Bracket." However, due to the length of the U-shaped lock, it is difficult to insert the lock into the bracket. How to facilitate the insertion of the lock into the bracket is therefore a current technical problem that needs to be solved. Content of the utility model

[0003] To remedy the existing technical defects, the present utility model provides a lock holder.

[0004] To achieve the aforementioned purpose, the technical solution of the present utility model consists in a lock holder, characterized in that it comprises a fastening seat provided for fastening to a support, wherein a connecting seat rotatably connected to it is arranged on the fastening seat, wherein an insertion opening provided for fastening the lock is arranged on the connecting seat, wherein a locking device for limiting the rotational movement of the connecting seat is arranged on the fastening seat, wherein the connecting seat forms a storage state and a locking state by rotational movement, wherein the change between the storage state and the locking state is realized by cooperation with the locking device.

[0005] The locking device comprises a push button for limiting the connection seat, wherein a projection is provided on the push button which prevents the connection seat from changing from the storage state to the locking state, wherein a limiting groove is provided on the connection seat which cooperates with the projection, wherein the connection seat is fixed on the fastening seat in a rotationally fixed manner by the locking of the projection into the limiting groove.

[0006] The fastening seat is provided with a guide groove which enables an up-and-down reciprocating movement of the push button, wherein the push button comprises a push block suitable for handling by the human hand area and a locking block, wherein the projection is mounted on the locking block, wherein the push block is provided with a limit block for fixing the locking block, wherein the locking block has a limit hole which cooperates with the limit block, wherein the push block and the locking block realize the limit such that the limit block is inserted into the limit hole;wherein there is a first through-hole communicating with the limiting hole, through which the through-pressure block and the locking block penetrate, wherein a fixing pin is provided on the fixing seat, which cooperates with the first through-hole, so that the push button performs a limited reciprocating movement within the guide groove through the cooperation of the first through-hole and the fixing pin;

[0007] A guide surface is attached to the projection, which facilitates the transition of the connecting seat from the snap-in state to the storage state.

[0008] An elastic device is arranged inside the fastening seat, which causes the projection to move towards the limiting groove.

[0009] A profile groove is provided on the fastening seat, which serves to receive the connecting seat and enables a rotatable adjustment of the connecting seat, whereby the connecting seat can be hidden by rotation in the profile groove to bring about a storage state, or protrudes from the profile groove to bring about a snap-in state.

[0010] A first stop part and a second stop part are provided in the profile groove, which limit the rotation of the connecting seat, wherein the expansion surface of the first stop part is perpendicular to the expansion surface of the second stop part, wherein a rotation angle limitation of 90 degrees is formed by the interaction of the connecting seat with the first stop part and second stop part, wherein the connecting seat enters the storage state by the operation of the push button when the connecting seat rotates up to the first stop part.

[0011] A bolt for rotatably adjusting the connection seat is arranged in the profile groove, wherein a mounting hole is located on the connection seat which cooperates with the bolt, wherein the connection seat is rotatably connected to the fastening seat by inserting the bolt into the mounting hole.

[0012] Several second through holes are provided on the mounting seat to facilitate mounting on a support.

[0013] A cable tie is attached in the area of ​​the second through-hole, wherein the cable tie is provided with a toothing along the longitudinal direction of the cable tie, wherein at one end of the cable tie there is a fitting hole which cooperates with the toothing for locking, wherein the cable tie is pulled together and fastened to the carrier by the interaction of the toothing and the fitting hole.

[0014] Advantageous effects of the present utility model solution: The utility model design incorporates a rotatable mounting seat and a connecting seat, thus changing the conventional mounting structure. When inserting and removing the lock, the connecting seat can be rotated first, allowing the lock to be inserted perpendicular to the bicycle's direction, greatly improving the flexibility of insertion and removal. A locking device is also provided on the mounting seat, which firmly fixes the lock to the mounting seat during storage. The utility model is also characterized by a simple structure, convenient processing, and easy assembly, thus achieving high practicality. Illustration of the attached drawings Fig. 1 is a schematic representation of the storage state of the present utility model; Fig. 2 is an exploded view of the structure of the present utility model; Fig. 3 is a sectional view of the present utility model; Fig. 4 is a schematic diagram of the locking state of the present utility model; Fig. 5 is a schematic representation of the fastening seat of the present utility model; Fig. 6 is a schematic diagram of the connecting seat of the present utility model; Fig. 7 is an exploded view of the structure of the locking device of the present utility model; Fig. 8 is a schematic diagram of the matching structure of the utility model cable tie; Fig. 9 is a schematic diagram of the matching structure of the top tube of the bicycle of the utility model.

[0015] In the figures: 100. fastening seat; 200. connecting seat; 210. insertion opening; 400. locking device; 410. push button; 411. projection; 220. limiting groove; 110. guide groove; 412. push block; 413. locking block; 414. limiting block; 415. limiting hole; 416. first through hole; 120. fastening pin; 417. guide surface; 130. elastic device; 140. profile groove; 141. first stop part; 142. second stop part; 143. bolt; 230. mounting hole; 150. second through hole; 500. cable tie; 510. serration; 520. fitting hole. Specific embodiments

[0016] As in the Fig. 1 to Fig.9, a lock holder is disclosed, comprising a fastening seat 100 provided for attachment to a carrier, wherein a connecting seat 200 rotatably connected to the fastening seat 100 is arranged, wherein an insertion opening 210 provided for attaching the lock 300 is attached to the connecting seat 200, wherein a locking device 400 for limiting the rotational movement of the connecting seat 200 is attached to the fastening seat 100, wherein the connecting seat 200 forms a storage state and a locking state by rotational movement, wherein the change between the storage state and the locking state is realized by cooperation with the locking device 400. In the present text, the term "carrier" generally refers to a bicycle.The lock 300 does not refer exclusively to a U-shaped lock; all locks that can be inserted into the insertion opening 210 and conveniently hung fall within the scope of this application. No locking cylinder or combination lock is depicted on the lock 300. The lock 300 can be attached to the connecting seat 200 either by a tight fit or by a snap-in connection. Since the lock 300 has a closed locking head, the lock 300 cannot fall off the connecting seat 200. When the connecting seat 200 is in the engaged state, the insertion opening 210 of the connecting seat 200 is perpendicular to the bicycle, facilitating the insertion and removal of the lock 300. When the connecting seat 200 is stored, the insertion opening 210 is aligned almost parallel to the bicycle, thereby securely stowing the lock 300. The precise method of use is explained below.

[0017] The locking device 400 comprises a push button 410 for limiting the connection seat 200. A projection 411 is mounted on the push button 410, preventing the connection seat 200 from transitioning from the storage state to the latched state. A limiting groove 220 is located on the connection seat 200, which cooperates with the projection 411. The connection seat 200 is fixed to the mounting seat 100 in a rotationally fixed manner by the latching of the projection 411 into the limiting groove 220. The projection 411 holds the lock 300 in the storage state by hooking into the limiting groove 220.

[0018] The fastening seat 100 is provided with a guide groove 110 which enables an up-and-down reciprocating movement of the push button 410, wherein the push button 410 comprises a push block 412 suitable for handling by the human hand and a locking block 413, wherein the projection 411 is mounted on the locking block 413, wherein the push block 412 is provided with a limit block 414 for fixing the locking block 413, wherein the locking block 413 has a limit hole 415 which cooperates with the limit block 414, wherein the push block 412 and the locking block 413 realize the limit such that the limit block 414 is inserted into the limit hole 415;A first through-hole 416 is provided, communicating with the limiting hole 415, through which the through-pressure block 412 and the locking block 413 penetrate. A fastening pin 120 is provided on the fastening seat 100 and cooperates with the first through-hole 416, so that the push button 410 performs a limited reciprocating movement within the guide groove 110 through the cooperation of the first through-hole 416 and the fastening pin 120. To facilitate the assembly of the push button 410, the push button 410 was designed as a two-part structure, with the pressure block 412 and the locking block 413 being firmly connected by inserting the limiting block 414 into the limiting hole 415. There is a clearance between the fixing pin 120 and the first through hole 416, which ensures that the push button 410 can move back and forth along the guide groove 110.;

[0019] A guide surface 417 is provided on the projection 411, facilitating the transition of the connecting seat 200 from the engaged state to the stored state. The addition of the guide surface 417 makes it possible to transition from the engaged state to the stored state without having to actuate the push button 410. The connecting seat 200 causes a downward movement of the push button 410, thereby facilitating the transition to the stored state.

[0020] An elastic device 130 is arranged inside the mounting seat 100, which causes the projection 411 to move toward the limiting groove 220. The elastic device 130 preferably consists of a spring structure, which enables easy assembly and is cost-effective.

[0021] A profile groove 140 is provided on the fastening seat 100, which serves to receive the connecting seat 200 and enables a rotatable adjustment of the connecting seat 200, wherein the connecting seat 200 can be hidden by rotation in the profile groove 140 to bring about a storage state, or can be removed from the profile groove 140 to bring about a snap-in state.

[0022] A first stop part 141 and a second stop part 142 are provided in the profile groove 140, which limit the rotation of the connecting seat 200, wherein the extension surface of the first stop part 141 is perpendicular to the extension surface of the second stop part 142, wherein a rotation angle limitation of 90 degrees is formed by the interaction of the connecting seat 200 with the first stop part 141 and second stop part 142, wherein the connecting seat 200 enters the storage state by actuating the push button 410 when the connecting seat 200 rotates to the first stop part 141.

[0023] A bolt 143 for rotatably adjusting the connecting seat 200 is arranged in the profile groove 140. A mounting hole 230 is provided on the connecting seat 200, which cooperates with the bolt 143. The connecting seat 200 is rotatably connected to the fastening seat 100 by inserting the bolt 143 into the mounting hole 230. The bolt 143 establishes a rotatable connection between the connecting seat 200 and the fastening seat 100, thereby ensuring a stable structure.

[0024] A plurality of second through-holes 150 are provided on the mounting seat 100, facilitating mounting on a carrier. Adding the number of second through-holes 150 improves the flexibility of attaching the mounting seat 100 to the carrier. Cable ties or similar fasteners can be attached to the bicycle through the second through-holes 150.

[0025] A cable tie 500 is attached in the region of the second through-hole 150. The cable tie 500 is provided with a toothing 510 along the longitudinal direction of the cable tie 500. At one end of the cable tie 500, a fitting hole 520 is provided, which cooperates with the toothing 510 for locking purposes. The cable tie 500 is pulled together and fastened to the carrier by the interaction of the toothing 510 and the fitting hole 520. The second through-hole 150 of this application prefers the use of the structure of the cable tie 500. The cable tie 500 represents a technology already established on the market, which is why it will not be discussed further here. Teeth are provided in the fitting hole 520, which cooperate with the toothing 510 (not shown in the figure). The use of the cable tie 500 facilitates the assembly of the fastening seat 100 and ensures a very strong fastening. How to use:

[0026] In the initial state, the lock 300 is located on the bracket. By pressing the push button 410, the protrusion 411 of the push button 410 releases the connecting seat 200. The lock 300 is then rotated until the lock 300 assumes an angle perpendicular to the bicycle, and then the lock 300 is pulled out. When the lock 300 is to be stowed, it is first necessary to check whether the insertion opening 210 is perpendicular to the bicycle. The lock 300 is then inserted into the insertion opening 210 so that the lock 300 is fixed to the connecting seat 200. The lock 300 is then rotated, causing the connecting seat 200 to rotate along with it until the connecting seat 200 hits the first stop part 141. The projection 411 performs a reciprocating movement and engages again with the limiting groove 220, so that the connecting seat 200 enters the storage state and waits for the next use.

[0027] The above illustrates and describes the basic principles, main features, and advantages of the utility model. Those skilled in the art should note that this utility model is not limited to the cited embodiments. The cited embodiments and description serve only to illustrate the principles of this utility model. Provided that the spirit and scope of this utility model are not deviated from, simple modifications and substitutions by those skilled in the art are also within the scope of this utility model.

[0028] The utility model relates to a holder, in particular to a lock holder, in that it comprises a fastening seat provided for fastening to a carrier, wherein a connecting seat rotatably connected to the fastening seat is arranged on the fastening seat, wherein an insertion opening provided for fastening the lock is provided on the connecting seat, wherein a locking device for limiting the rotational movement of the connecting seat is provided on the fastening seat, wherein the connecting seat forms a storage state and a locking state by rotational movement, wherein the change between the storage state and the locking state is realized by cooperation with the locking device. The utility model designs the fastening seat and the connecting seat as a rotatable structure, thereby changing the conventional fastening structure.When inserting and removing the lock, the connecting seat can be rotated first, allowing the lock to be inserted perpendicular to the bicycle's direction, significantly improving the flexibility of insertion and removal. A locking device is also provided on the mounting seat, which firmly secures the lock to the mounting seat during storage. The utility model is also characterized by a simple structure, convenient processing, and easy assembly, thus offering high practicality.

Claims

[1] Lock bracket, characterized by that it comprises a mounting seat (100) provided for attachment to a carrier, wherein a connecting seat (200) rotatably connected to the mounting seat (100) is arranged, wherein a insertion opening (210) provided for fastening the lock (300) is provided on the connecting seat (200), wherein a locking device (400) for limiting the rotational movement of the connecting seat (200) is provided on the mounting seat (100), wherein the connecting seat (200) forms a storage state and a latching state by rotational movement, wherein the change between the storage state and the latching state is realized by interaction with the locking device (400). [2] Lock bracket according to claim 1, characterized by, that the locking device (400) comprises a push button (410) for limiting the connecting seat (200), wherein a projection (411) is provided on the push button (410) which prevents the connecting seat (200) from moving from the storage state to the latching state, wherein a limiting groove (220) is located on the connecting seat (200) which cooperates with the projection (411), wherein the connecting seat (200) is fixed rotationally fixed on the mounting seat (100) by the projection (411) engaging in the limiting groove (220). [3] Lock bracket according to claim 2, characterized by, that the mounting seat (100) is equipped with a guide groove (110) which allows an up-and-down reciprocating movement of the push button (410), wherein the push button (410) comprises a pressure block (412) suitable for handling by the human hand area and a locking block (413), wherein the projection (411) is mounted on the locking block (413), wherein the pressure block (412) is provided with a limiting block (414) for fixing the locking block (413), wherein the locking block (413) has a limiting hole (415) which cooperates with the limiting block (414), wherein the pressure block (412) and the locking block (413) realize the limiting such that the limiting block (414) is inserted into the limiting hole (415);wherein a first through-hole (416) is provided which is connected to the limiting hole (415) and through which the through-pressure block (412) and the locking block (413) penetrate, wherein a fastening pin (120) is provided at the fastening seat (100) which interacts with the first through-hole (416) so that the push button (410) performs a limited reciprocating movement within the guide groove (110) by the interaction of the first through-hole (416) and the fastening pin (120). [4] Lock bracket according to claim 3, characterized by , that a guide surface (417) is provided on the projection (411) which facilitates the transition of the connecting seat (200) from the latching state to the storage state. [5] Lock bracket according to claim 4, characterized by, that inside the mounting seat (100) an elastic device (130) is arranged which causes the projection (411) to move in the direction of the limiting groove (220). [6] Lock bracket according to claim 1-5, characterized by , that a profile groove (140) is provided on the mounting seat (100) which serves to receive the connecting seat (200) and enables a rotatable adjustment of the connecting seat (200), wherein the connecting seat (200) can be concealed by rotation in the profile groove (140) to bring about a storage state, or protrude from the profile groove (140) to bring about a locking state. [7] Lock bracket according to claim 6, characterized by, that in the profile groove (140) a first stop part (141) and a second stop part (142) are provided which limit the rotation of the connecting seat (200), wherein the expansion surface of the first stop part (141) is perpendicular to the expansion surface of the second stop part (142), wherein a rotation angle limitation of 90 degrees is formed by the interaction of the connecting seat (200) with the first stop part (141) and second stop part (142), wherein the connecting seat (200) enters the storage state by actuating the push button (410) when the connecting seat (200) rotates up to the first stop part (141). [8] Lock bracket according to claim 6, characterized by, that a bolt (143) for rotatable adjustment of the connecting seat (200) is arranged in the profile groove (140), wherein a mounting hole (230) is located on the connecting seat (200) which cooperates with the bolt (143), wherein the connecting seat (200) is rotatably connected to the fastening seat (100) by inserting the bolt (143) into the mounting hole (230). [9] Lock bracket according to claim 1, characterized by , that several second through holes (150) are provided on the mounting seat (100) to facilitate mounting on a support. [10] Lock bracket according to claim 9, characterized by, that a cable tie (500) is attached in the area of ​​the second through hole (150), wherein the cable tie (500) is equipped with a toothing (510) along the longitudinal direction of the cable tie (500), wherein a fitting hole (520) is located at one end of the cable tie (500) which cooperates with the toothing (510) for locking, wherein the cable tie (500) is drawn together and fastened to the carrier by the interaction of the toothing (510) and the fitting hole (520).

Images