KR101305966B1 - Padlock for ornamental purposes - Google Patents

Abstract

PURPOSE: A decorative lock for bags is provided to prevent the appearance and quality degradation of a bag by being attached to a bag to be vertical to a front body and a casing without moving a shackle and maintaining a stable locked state. CONSTITUTION: One lower end of a shackle (100) is formed with a hook groove (110). The other lower end of the shackle is formed with an elevation guide (120). A front body (200) is formed with a shackle stopper (210) on a surface which faces the lower end with the hook groove and a guide rail (22) on a surface corresponding to the lower end with the elevation guide. A first latch (300) is hinged to the front body to be able to move as a seesaw. A second latch (400) is spaced apart from the first latch, is hinged to the front body, and forms a nose (410) by being in selective contact-hindrance with the elevation guide. A latch spring (500) is mounted between the first and second latches. A shackle spring (600) provides elasticity to the shackle. A rear body (700) is joined to the rear surface of the front body. A casing (800) is inserted and fixed with the front and rear bodies and is formed with first and second shackles (821,822) to pass both ends of the shackle. An upright spring (900) provides elasticity to the shackle to be perpendicular to the casing.

Description

PADLOCK FOR ORNAMENTAL PURPOSES}

The present invention relates to a decorative lock, and more particularly, a bag that is easy to assemble and prevents locking and unlocking malfunctions, as well as preventing the shackle of the lock from being locked at an angle to the body at an oblique or crooked state. It's about decorative locks.

In general, fashion items such as bags and handbags include locks to prevent theft and loss of internal items, as well as locks with accessories to create aesthetics and create aesthetic appearance. Attached.

Among these locks, decorative locks of the so-called padlock type have been proposed in the form of a simple structure and a light weight due to the characteristics of designing and manufacturing, focusing on decorative use rather than safety to meet its original purpose of use.

For example, a lock that has been registered and registered by the inventor is disclosed in Korean Utility Model Registration No. 20-0259818.

As shown in FIG. 1, the conventional decorative lock includes a lock hook 4 having hooks 5 and protrusions 24 formed at both ends, and a first shaft 2 and a second shaft 3 on the front surface. And the restrictor 9 is coupled to the lower case 1 having a protrusion 7 protrudingly formed on the rear surface and a key hole 41 formed on the lower surface thereof, and a hinged joint to the first shaft of the lower case 1. A hook 11 for hanging the hook portion 5 of the lock hook 4 and a groove 13 into which the first spring 30 is fitted are formed on both upper sides, and a latch 10 having a protrusion 12 formed on the lower side thereof. , A groove coupled to the second shaft 3 of the lower case 1 by a hinged joint, and a locking portion 23 and a first spring 30 to which the protrusion 24 of the lock hook 4 is fitted on both sides thereof. A push rod 20 having a 21 formed thereon, a second spring 31 mounted between the bottom surface of the lower case 1 and the protrusion 24 of the lock hook 4, and the lower case 1; An inner cover (not shown) is inserted and fixed to protrude the lower case 1 to the inside It is composed of 7 and the engaging groove 55 and lock the casing hanger (53) having a hanger hole 59 for 4 passes.

Conventional decorative locks constructed as described above are molded by casting methods such as die casting, and assembled by hand manually to create a precious metal feel, as well as surface treatment with gold or silver plating to improve gloss and corrosion resistance. Done.

Accordingly, the diameter of the hook hole 59 formed in the casing 53 is formed to have an assembly tolerance slightly larger than the diameter of the lock hook 4 so that the plating process is easy and easy, and the locking and unlocking operation is smoothly performed. To make it happen.

However, when the lock is locked, the second spring 31 acts to push up only one part of the lock hook 4, and the lock due to the gap due to the difference in diameter between the lock hook 4 and the hook hole 59. While the hook 4 is easily shaken in the gap with the hook hole 59, it is often locked in an inclined or crooked state with respect to the casing 53, and therefore, there is a problem in that the quality and decoration of the lock are considerably inferior.

In addition, the first spring 30, which provides the elastic force so that the latch 10 is held with the lock hook 4, is simply provided between the groove 13 of the latch 10 and the groove 21 of the pusher 20. Since it is located in the assembly process is often a phenomenon that flows and detaches during the assembly process is very difficult and inconvenient, and this takes a lot of assembly time, there is a problem that the productivity is lowered.

In addition, the hook portion 5 of the lock hook 4 and the hook 11 of the latch 10 are held horizontally, and the latch 10 and the pusher 20 are provided in the first and the first manner. Rotatable around the two shafts (2) and (3), there is a limitation in use that the lock is easily released due to a malfunction in the external force of the small lock due to the structural characteristics interlocked by the compression force and the tension force action of the first spring (30). .

In addition, the clasp 10 is designed to be separated from the hook portion 5 of the lock hook 4 even when the key is inserted and rotated only about 30 to 50 degrees. When the user rotates the key more than necessary, the first spring ( 30) is excessively twisted or compressed and bounced out of its combined position, resulting in structural weaknesses and limitations that inevitably lead to frequent failures.

Republic of Korea Utility Model Registration Publication No. 20-0259818 (2002.01.05) Republic of Korea Patent Publication No. 10-1187126 (2012.09.28) Republic of Korea Open Utility Model Publication No. 20-2010-0007964 (2010.08.11) Republic of Korea Patent Publication No. 10-1125717 (2012.03.27) Republic of Korea Utility Model Registration No. 20-0462832 (2012.10.05) United States Patent Application Publication No. 20090223258 (2009.09.10)

Therefore, the present inventors focus on solving the above-mentioned matters comprehensively and solving the problems, so that they are easy to assemble and prevent locking and unlocking malfunctions. While making diligent efforts to develop a decorative lock having a new structure capable of stably maintaining a standing state, the present inventors have structurally improved and improved the present invention to complete the present invention.

Therefore, the technical problem and object of the present invention is to provide a decorative bag for the bag to enable the shackle to stand vertical to the body or the casing to maintain a stable locking state.

Another technical problem and object of the present invention is to provide a bag decorative lock that is easy to assemble and to prevent failure and malfunction.

In order to achieve the above-described problems and objects, an embodiment of the present invention, the hook groove is formed at the lower end of the relatively short length of the both ends parallel to each other and is elevated in the lower portion of the relatively long end Shackles with guides, shackle stoppers are formed at positions opposite to the lower surface of the short end of the shackle, guide rails are formed at positions corresponding to the longer ends, and keyholes are formed at the lower surface and are coupled to the front surface. The front body is formed with a projection, the hinge is joined to the front body so as to be able to seesaw movement, the hook is formed in the upper part corresponding to the hook groove of the shackle, and the key is inserted through the keyhole of the front body at the lower part and optionally A first latch having a cam contacted therebetween and a hinged joint to the front body at a predetermined distance from the first latch, A second latch having a nose formed therein which selectively restricts the lifting range of the shackle while selectively contacting the steel guide, and is disposed between the first latch and the second latch so that the hook of the first latch engages with the hook groove of the shackle. The latch spring provides an elastic force to maintain the state and the nose of the second latch in contact with the shackle elevating guide, and is mounted between the bottom surface of the front body and the lower portion of the shackle elevating guide so that the shackle is released from the first latch. Shackle springs that provide elasticity to rise at the time, a rear body coupled to the rear of the front body, guide rails formed on the opposite side of the front body guide rails, and keypins formed at positions corresponding to the keyholes, front bodies and rears. The body is inserted and fixed, and the coupling groove corresponding to the coupling protrusion of the front body is formed on the inner side and the shackle hole is formed so that the shackle passes on both sides of the upper surface. A bag decorative lock comprising an upright retaining spring mounted between the lower side of the casing and the shackle and the shackle stopper of the front body to provide an elastic force to keep the shackle perpendicular to the casing. to provide.

As a result, the present invention is able to maintain a stable locking state by standing upright with respect to the front and rear body or the casing without shaking. Therefore, the shackle can be prevented from deterioration in quality and decoration by being locked in a crooked state with respect to the casing.

In another embodiment of the present invention, a stopper groove is formed on a rear surface of the front body facing the cam of the first latch, and the stopper groove contacts the cam of the first latch to prevent the first latch from being rotated by a predetermined angle or more. A latch stopper causing interference is formed, and first and second holder pins are formed on opposite surfaces of the first latch and the second latch to prevent the latch spring from flowing and disengaging. It is possible to prevent this excessive twisting and jumping, as well as to minimize the failure and malfunction resulting therefrom, and to achieve structural robustness and ease of assembly.

In another embodiment of the present invention, the hook groove of the shackle and the hook of the first latch is in contact with each other at an angle of at least 5 degrees to the imaginary horizontal plane to maintain a lock state with each other, the coupling groove of the front body and the coupling groove of the casing By keeping the surface in contact with each other horizontally in an interference-fitting manner, it is possible to prevent the locking and unlocking malfunction from occurring due to external force and the casing is easily disassembled from the front body, thereby releasing and breaking the engaged state.

According to the present invention having the above-described problem solving means and configuration, the shackle is inclined with respect to the casing because the shackle is vertically held vertically with respect to the front body or the casing without the shackle being moved by the upright holding spring. It is possible to prevent the deterioration of quality and decoration caused by the state lock, and to improve the design and commerciality.

In addition, in the present invention, when the first latch is rotated by a predetermined angle or more, the stopper groove and the latch stopper cause contact interference, and the latch spring is coupled to the first and second holder pins so that the latch spring is excessively By preventing warping and falling off, the resulting malfunctions can be minimized, as well as structural robustness and ease of assembly.

1 is a front sectional view showing a bag decorative lock according to the prior art.
2 is a configuration diagram showing a three-dimensional bag decorative lock according to an embodiment of the present invention.
Figure 3 is a front sectional view showing a state operated by the release by inserting a key into the decorative bag for bag decoration according to the embodiment of the present invention.
Figure 4 is a front sectional view showing a locked state of the bag decorative lock according to an embodiment of the present invention.
Figure 5 is a side cross-sectional view showing a locked state of the bag decorative lock according to an embodiment of the present invention.
6 is a perspective view showing a local portion of a bag decorative lock according to an embodiment of the present invention.
Figure 7 is a perspective view of the front body of the decorative bag for decoration according to the embodiment of the present invention.

Hereinafter, embodiments according to the present invention will be described more specifically with reference to the accompanying drawings.

Prior to this, the following terms are defined in consideration of the functions of the present invention, and they are to be construed to mean concepts that are consistent with the technical idea of the present invention and interpretations that are commonly or commonly understood in the technical field of the present invention.

In the following description, well-known functions or constructions are not described in detail to avoid obscuring the subject matter of the present invention.

The accompanying drawings are exaggerated or simplified to illustrate and explain the structure and operation of the present invention in order to facilitate understanding and clarity, and it should be understood that each component does not exactly coincide with the actual size.

As shown in Figure 2 to 4, the bag decorative lock according to an embodiment of the present invention is largely shackle 100, the front body 200, the first latch 300, the second latch 400, latch spring 500, the shackle spring 600, the rear body 700, the casing 800 and the upright holding spring 900 is configured.

Shackle 100 is formed in an inverted 'U' shape, the length of both ends parallel to each other is formed different, among which the hook groove 110 is formed at the lower end of the relatively short length, The lifting guide 120 is formed at the lower end of the long end in the form of a groove having a predetermined width.

As shown in FIG. 5, the lower portion of the long end portion at which the lifting guide 120 of the shackle 100 is formed is connected to the front body 200 through the first shackle hole 822 of the casing 800. And it is inserted into the guide rails 220, 720 formed in each of the rear body 700 to be elevated.

The front body 200 has a shackle stopper 210 protruding to limit the range of falling of the shackle 100 and the radius of rotation of the first latch 300 at a position facing the lower surface of the short end of the shackle 100. The guide rail 220 protrudes in a semi-circular shape so as to stably surround the lower end of the long side of the shackle 100 at a predetermined interval up and down at a position corresponding to the long end thereof. The key hole 230 is formed in the center portion so that the key K is fitted, and the engaging protrusion 240 is formed at the lower front side.

6 and 7, a stopper groove 250 is formed on a rear surface of the first latch 300 that faces the cam 320 and the pinhole 360 of the first latch 300. The first latch pin 260 protrudes from the rear surface corresponding to the second latch pin 260, and the second latch pin 270 protrudes from the rear surface corresponding to the pinhole 470 of the second latch 400.

That is, the first latch 300 and the second latch 400 are coupled to the front body 200 by hinged joints, respectively, for selective clasp function and excuse.

Here, the shape of the key hole 230 may be formed in various shapes in accordance with the shape of the key (K), and is not limited to being formed only on the lower surface of the front body 200, the side and the casing of the rear body 700 ( It may be formed to pass through the side of (800).

The first latch 300 has a pinhole 360 formed at the center thereof, and the pinhole 360 is hinged to the first latch pin 260 of the front body 200 so as to be able to seesaw. And, the upper portion is formed with a hook 310 is engaged with the hook groove 110 of the shackle 100, the lower portion of the key (K) is inserted through the key hole 230 of the front body 200 Cam 320 is formed in contact with the projection of the selectively.

And, as shown in Figure 6, the cam latch 320 of the first latch 300, the first latch 300 to rotate the first latch pin 260 of the front body 200 as a rotation axis by a predetermined angle or more. In this case, the latch stopper 325 protruding integrally is formed to prevent the first latch 300 from further rotating while causing contact interference with the stopper groove 250 of the front body 200.

In addition, a first holder pin 330 protruding integrally is formed on the surface opposite to the second latch 400 of the first latch 300 to prevent the latch spring 500 from flowing and escaping.

Here, the lower end of the short side of the shackle 100 that is in contact with the upper surface of the hook 310 of the first latch 300 and opposite thereto is preferably formed as a curved surface or an inclined surface. This is naturally caused by the pressing force when the lower end of the short side of the shackle 100 inserted through the first shackle hole 821 of the casing 800 contacts the upper surface of the hook 310 of the first latch 300. While pushing down the upper surface of the hook 310 of the first latch 300, the first latch 300 is pushed and rotated about the first latch pin 260, and then the hook 310 of the first latch 300 is rotated. Is to be inserted and caught naturally when positioned in the hook groove 110 of the shackle (100).

In addition, the hook 310 of the first latch 300 is formed so as to maintain the locked state while being engaged in contact with the hook groove 110 of the shackle 100 at an angle of at least 5 degrees to the virtual horizontal plane. desirable.

That is, one end of the shackle 100 having a relatively short length having the hook groove 110 formed at both ends thereof in parallel with each other is connected to the front body 200 and the rear body through the first shackle hole 821 of the casing 800. When inserted between 700, the hook 310 of the first latch 300 firmly hangs the hook groove 110 to maintain a more stable locking state.

In addition, the cam 320 of the first latch 300 is locked when the hook 310 of the first latch 300 and the hook groove 110 of the shackle 100 are locked, or the latches are released from each other. Even if the position is set so as not to block the keyhole 230 of the front body 200, the key pin 730 of the rear body 700 through the smooth and stable rotation operation of the key K and the keyhole 230 is easy For insertion, the upper portion of the key K and the opposing surface of the cam 320 is preferably formed of an arc-shaped cam groove 323.

In addition, the first holder pin 330 of the first latch 300 is on the recessed groove in the inner side of the first latch 300 so that one side of the latch spring 500 can be seated as if wrapped in a stable contact. Can be formed.

The second latch 400 has a pinhole 470 formed at an upper end thereof, and the pinhole 470 is formed on the front body 200 at a predetermined distance from the first latch 300. It is coupled to the hinge joint, and the lifting guide 120 and the opposing surface of the shackle 100 to limit the lifting range of the shackle 100 while selectively causing contact interference with the lifting guide 120 of the shackle 100 The nose 410 is protruded.

In addition, a second holder pin 430 protruding integrally from the first holder pin 330 of the first latch 300 to prevent the latch spring 500 from flowing and escaping.

Here, the second holder pin 430 of the second latch 400, like the first holder pin 330 of the first latch 300, may be seated as one surface of the latch spring 500 is stably in close contact and wrapped. It is preferably formed on the recessed inward groove of the second latch 400.

In addition, since the second holder pin 430 of the second latch 400 is formed to be located slightly below the height of the first holder pin 330 of the first latch 300, the latch spring 500 may have the first latch. When the rotation operation of 300 is more easily and stably deformed, the elastic action can occur much more smoothly.

The latch spring 500 has a state in which the hook 310 of the first latch 300 is engaged with the hook groove 110 of the shackle 100, and the nose 400 of the second latch 400 has the shackle 100. It is mounted between the first latch 300 and the second latch 400 to provide an elastic force to maintain contact with the lifting guide 120.

That is, the latch spring 500 is pushed so that the hook 310 of the first latch 300 is engaged with the hook groove 110 of the shackle 100 to maintain a locked state, and the hook groove 110 of the shackle 100 is held. ) And the hook 310 of the first latch 300 is pushed in the direction of the shackle stopper 210 even when the hook 310 of the first latch 300 is released.

At this time, the shackle stopper 210 limits the radius of rotation by contact interference with the first latch 300 so that the short end of the shackle 100 is inserted through the first shackle hole 821 of the casing 800. In the process it can be smoothly contacted and operated with the hook 310 of the first latch 300.

Shackle spring 600 is mounted between the bottom surface of the front body 200 and the lifting guide 120 of the shackle 100 in order to provide an elastic force to quickly rise when the shackle 100 is released.

That is, the shackle spring 600 maintains the compressed state according to the falling of the shackle 100 and the first latch 300 and the lock when the shackle 100 and the first latch 300 are locked, and the lock of the shackle 100 and the first latch 300 is released. When the shackle 100 is pushed up by the elastic restoring force.

The rear body 700 is coupled to cover the rear of the front body 200, the guide rail 720 is a shackle 100 at regular intervals up and down on the opposite surface of the guide rail 220 of the front body 200. ) Is protruded in a semi-circular shape so as to stably wrap the lower end of the long side, and is inserted into the hole of the key K at a position corresponding to the key hole 230 of the front body 200 to rotate the key K. Keypin 730 is formed to protrude and guide to smoothly guide.

The casing 800 is formed in the shape of a rectangular cylinder having a bottom surface opened in correspondence with the outer shape of the front body 200 and the rear body 700 in a coupled state, and the front body 200 and the rear inside the hollow. Coupling grooves 810 are formed on the opposite surface of the front body 200 to correspond to the coupling protrusion 240 of the front body 200 so that the body 700 is inserted and fixed. First and second shackle holes 821 and 822 are formed at positions corresponding to both ends of the shackle 100 so that both ends of the shackle 100 pass therethrough.

Here, the coupling groove 810 of the casing 800 and the coupling protrusion 240 of the front body 200 are formed in such a way as to be in close contact with each other and horizontally in contact with each other by an interference fit to maintain a fixed state between the casing by external force. The 800 may be easily disassembled or coupled with the front body 200 and the rear body 700 to prevent the overall shape from being broken.

In addition, in the embodiment of the present invention, the shape of the casing 800 is illustrated as a flat rectangular cylinder, but not limited to this, of course, it can be adopted in a variety of shapes, such as cylindrical or polygonal cylindrical.

The upright holding spring 900 has a short side of the shackle 100 to provide an elastic force so that the shackle 100 is kept perpendicular to the casing 800 when locked with the first latch 300. And a shackle stopper 210 of the front body 200.

That is, the upright holding spring 900 is fixedly coupled to the shackle stopper 210 so that the shackle 100 and the first latch 300 are not separated and separated from the shackle stopper 210 when the shackle 100 and the first latch 300 are released.

Here, the latch spring 500, the shackle spring 600, and the upright holding spring 900 are shown in the form of a compression coil spring in the drawings, but not limited thereto, and any one having the same effect may be used. will be.

In addition, it is preferable that the upright holding spring 900 adopts a relatively low resistance force due to compression, that is, a spring-rate, as compared with the shackle spring 600.

Referring to the operating state of the bag decorative lock according to an embodiment of the present invention configured as described above are as follows.

3 and 6, when the key K is inserted in the locked state and rotates clockwise in the direction of the first latch 300, the first latch 300 is first latched by the key K. Referring to FIGS. The lock state is released while rotating about 260. In the unlocked state, the lower end of the long end of the shackle 100 is guide rail 220 and rear body of the front body 200. Inserted between the guide rails 720 of the 700, the lower portion of the short end of the shackle 100 is separated from the first shackle hole 821 of the casing (800).

In addition, the lower portion of the hook 310 of the first latch 300 is positioned below the first shackle hole 821 of the casing 800 in a state of being in close contact with the shackle stopper 210 by the pushing force of the latch spring 500. do.

In addition, the shackle 100 is maintained in an elevated state by the pushing force of the shackle spring 600, and at the same time, the nose 410 of the second latch 400 is shackled by the pushing force of the latch spring 500. It is in contact with the bottom surface of the elevating guide 120 of 100 to prevent the departure of the shackle (100).

At this time, since the upright holding spring 900 does not receive any external force, a compression force does not work.

In addition, since the first latch 300 is not rotated more than a predetermined angle around the first latch pin 260 by the latch stopper 325 of the first latch 300 and the stopper groove 250 of the front body 200. As the latch spring 500 is excessively twisted or compressed, the latch spring 500 can be prevented from being thrown out of the engaged position and prevented from malfunctioning.

4 and 5, in the locked state, the lower portion of the lower side of the shorter side of the shackle 100 is connected to the front body 200 and the rear body 700 through the first shackle hole 821 of the casing 800. When inserted into the lower portion of the lower side of the shorter side of the shackle 100 is the second latch 400 of the hook 310 of the first latch 300 which is located under the first shackle hole 821 of the casing 800. The rod is pushed down and inserted in the direction thereof, and this causes the lower surface of the short end of the shackle 100 to compress the upright holding spring 900 fixed to the shackle stopper 210, and then to a predetermined depth or more. When the hook groove 110 of the shackle 100 and the hook 310 of the first latch 300 are positioned to face each other, the latch spring 500 in the compressed state by the first latch 300 is pushed. Due to the elastic action, the first latch 300 is rotated to its original position so that the hook groove 110 of the shackle 100 and the hook 310 of the first latch 300 fit together. Get bitten.

At this time, the shackle spring 600 is pressed by the lower side of the long side of the shackle 100 is compressed, the nose 410 of the second latch 400 is in contact with the end of the long side of the shackle 100 Due to the rotation, the latch spring 500 is pushed toward the shackle stopper 210 more strongly and quickly.

At the same time, the upright holding spring 900 pushes up the lower surface in response to the force that the short end of the shackle 100 is trying to compress, and then the shackle 100 is erected perpendicularly to the casing 800. The state is kept stable.

That is, the short end of the shackle 100 is going to be lifted by the upright holding spring 900, and the long end is going to be lifted by the shackle spring 600, and the first latch 300 is lifted. The hook 310 and the nose 410 of the second latch 400 is sustained by both ends and the engaging interference of the shackle 100, respectively, along with the guide rail 220 and the rear body (200) of the front body 200 Since the guide rail 720 of 700 supports the lower portion of the lower end of the long side of the shackle 100, the shackle 100 may be prevented from being locked in a crooked state with respect to the casing 800.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments or constructions. Various changes and substitutions may be made without departing from the spirit and scope of the invention. It will be apparent to those skilled in the art that changes may be made in the embodiments without departing from the spirit and scope of the invention.

Therefore, it is intended that the present invention cover modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.

100: shackle 110: hook groove
120: lifting guide
200: front body 210: shackle stopper
220: guide rail 230: keyhole
240: engaging projection 250: stopper groove
260: first latch pin 270: second latch pin
300: first latch 310: hook
320: cam 325: latch stopper
330: first holder pin 360: pinhole
400: second latch 410: nose
430: second holder pin 470: pinhole
500: latch spring 600: shackle spring
700: rear body 720: guide rail
730: key pin 800: casing
810: coupling groove 821: first shackle hole
822: second shackle hole 900: upright holding spring

Claims (3)

A shackle 100 having a hook groove 110 formed at a lower end of a relatively short end of both ends parallel to each other, and a lifting guide 120 formed at a lower end of the long end;
The shackle stopper 210 is formed at a position opposite to the bottom surface of the short end of the shackle 100, and the guide rail 220 is formed at a position corresponding to the long end of the shackle 100, and the keyhole 230 is formed on the bottom surface of the shackle 100. The front body 200 is formed and the coupling protrusion 240 is formed on the front;
The front body 200 is coupled to the seesaw movement by the hinge joint, the hook 310 is coupled to the hook groove 110 of the shackle 100 in the upper portion is formed and the front body 200 in the lower portion A first latch 300 having a cam 320 having an arc-shaped cam groove 323 to selectively contact with a key K inserted through the key hole 230 of the upper surface of the upper and lower portions;
Coupled to the front body 200 by a hinged joint at a predetermined distance from the first latch 300, causing selective contact with the lifting guide 120 of the shackle 100 of the shackle 100 A second latch 400 having a nose 410 for limiting the lifting range;
It is mounted between the first latch 300 and the second latch 400, the hook 310 of the first latch 300 is engaged with the hook groove 110 of the shackle 100 and the first A latch spring 500 which provides an elastic force so that the nose 400 of the second latch 400 is in contact with the lifting guide 120 of the shackle 100;
The shackle is provided between the bottom surface of the front body 200 and the lower lifting guide 120 of the shackle 100 to provide an elastic force so that the shackle 100 rises with the first latch 300 in an unlocked state. Spring 600;
The key pin 730 is coupled to a rear surface of the front body 200, and a guide rail 720 is formed on a surface opposite to the guide rail 220 of the front body 200, and corresponds to the key hole 230. The rear body 700 is formed;
The front body 200 and the rear body 700 is inserted and fixed, the coupling groove 810 corresponding to the coupling protrusion 240 of the front body 200 is formed on the inner side and the shackle on both sides of the upper surface A casing 800 in which first and second shackle holes 821 and 822 are formed to pass through both ends of the 100; And
An elastic force is mounted between the lower surface of the shackle 100 and the lower surface of the shackle 100 and the shackle stopper 210 of the front body 200 so that the shackle 100 is kept perpendicular to the casing 800. Providing an upright holding spring 900;
/ RTI >
A stopper groove 250 is formed on a rear surface of the front body 200 facing the cam 320 of the first latch 300,
A latch stopper 325 protruding from the stopper groove 250 to the cam 320 of the first latch 300 to prevent the first latch 300 from being rotated by a predetermined angle or more. ,
First and second holder pins 330 and 430 are formed on opposite surfaces of the first latch 300 and the second latch 400 to prevent the latch spring 500 from flowing and escaping. Bag decorative lock.
delete The method of claim 1,
The hook groove 110 of the shackle 100 and the hook 310 of the first latch 300 is in contact with the virtual horizontal plane at an angle of at least 5 degrees or more to maintain a locked state with each other,
Coupling protrusion 240 of the front body 200 and the coupling groove 810 of the casing 800, the bag decorative lock, characterized in that the horizontal contact with each other in a horizontal fit in an interference fit method to maintain a fixed state between each other .

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