WO2016010219A1

WO2016010219A1 - Apparatus for fixing accessory

Info

Publication number: WO2016010219A1
Application number: PCT/KR2015/000555
Authority: WO
Inventors: 이승철
Original assignee: 이승철
Priority date: 2014-06-26
Filing date: 2015-01-20
Publication date: 2016-01-21

Abstract

The invention of the present application relates to an apparatus for fixing an accessory and specifically to an apparatus for attaching an accessory to a piece of clothing, a bag, and a body part, the apparatus comprising: a body part, which comprises a body, stopper protrusions protruding from either side at either end of the body, an auxiliary body having one end coupled to the other end of the body and the other end curved in the radius of curvature of a predetermined size in the direction of the lower surface of the body, and a first fixing groove formed in the upper or lower surface of the other end of the body; a pin fixing part in the shape of having multiple coupling grooves formed in the upper surface thereof and installed on the upper surface of the auxiliary body such that the lower part thereof is inserted in and coupled to the one end of the auxiliary body; a first loop button part having a loop structure, which is deformed by an externally exerted force and restored to the original form by the elastic force thereof, and having one side, which has a second fixing groove, inserted in and coupled to the one end of the body and the other side coupled to one side of the pin fixing part; a first elastic body for coupling the body part to the pin fixing part by being installed in the first fixing groove, which is formed in the upper or lower surface of the other end of the body, and the coupling grooves of the pin fixing part; and a first pin member having one end coupled to a coupling groove of the pin fixing part and the other end inserted in the second fixing groove of the first loop button part, wherein the first loop button part is deformed by a pressure force in the lateral direction of the body part and transfers the force in the outward direction of the pin fixing part, and the pin fixing part is horizontally moved from the one end of the auxiliary body by the force and then rotated at the other end of the auxiliary body, so that the other end of the first pin member is separated from the second fixing groove.

Description

Trinket

The present invention relates to a fixture fixing mechanism for utilizing a variety of jewelry according to the user's style or environment.

In general, jewelry fasteners are used to fasten jewelry such as ribbons, badges, brooches, etc. to clothes, to trim clothes, and to fix the scarf, shawl, etc. There are various accessories for fastening jewelry, piercings, rings, and key chains. In addition, there is also a mechanism that is used for fixing various electronic chips, mobile communication terminals, ear sets, MP3 players, and the like, which are invented as the industry develops, to skin complexes such as clothes and bags.

However, the conventional fixing mechanism has a problem that it is very cumbersome to wear or remove the skin complexes such as clothes or bags. Therefore, there is an urgent need in the art to solve the problems.

In order to solve this problem, a hanger connecting strap fixed to a portable electronic device is used on the neck, but in this case, the portable electronic device on the neck is not fixed and shakes according to the movement of the body. There was a problem that by hitting an external material to damage the device, or hitting a part of the body causing bruises.

Applicant has proposed Patent No. 10-1388700 to solve the complex problem as described above, but the invention proposed by the present applicant also has a problem of easily falling out by an external impact, and can not be easily replaced in the use of various jewelry there is a problem.

The present invention has been proposed to solve the above problems, an object of the present invention is to be easily worn or separated by the user on the skin, such as clothes or bags without being easily separated by an external impact, According to the present invention, there is provided an apparatus for fixing jewelry in which various ornaments can be replaced and used according to a style or environment.

In order to achieve the above object, the present invention is a mechanism for attaching ornaments to clothes, bags, body parts, the engaging jaw and one end protruding on both sides of the body and the body is coupled to the other end of the body and the other end of the body The lower body is formed in the shape of a plurality of fastening grooves formed on the upper body and the body portion consisting of the auxiliary body curved at a curvature radius of a certain size in the lower direction of the upper surface and the other end of the upper or lower surface of the body. The pin fixing part installed on the upper surface of the auxiliary body by fitting at one end and the loop structure deformed by the force applied from the outside and restored to its original shape by its own elastic force. The first loop button portion coupled to one end and coupled to one side of the pin fixing part, and the first fixing groove formed on the upper or lower surface of the other end of the body The first elastic body for coupling the body portion and the pin fixing part in a manner that is installed in the fastening groove of the pin fixing part, and the first pin is coupled to the fastening groove of the pin fixing part and the other end is inserted into the second fixing groove of the first loop button part. The first loop button part is configured to include a member, and the first loop button part is deformed by a force that is pressed in the lateral direction of the body part so that a force is transmitted to the pin fixing part in an outward direction, and the pin fixing part is horizontally moved from one end of the auxiliary body by this force. After the rotation of the other end of the auxiliary body provides a jewelry fixing mechanism characterized in that the other end of the first pin member is separated from the second fixing groove.

In addition, the present invention is a mechanism for attaching jewelry to clothes, bags, body parts, the fixed block and the fixed block is spaced apart from the fixed block as a first block is coupled to the first block fixed to the surface facing the fixed block. It has a block structure and a loop structure that is deformed by the force applied from the outside and restored to its original shape by its own elastic force, one end of which is coupled to one side of the fixed block and the other end of which is coupled to one side of the coupling block. Another end is coupled to the other side of the fixed block and the other end is coupled to the other side of the coupling block third loop button portion for connecting the fixed block and the coupling block, and one end is coupled to the fixed block The other end is configured to include a first pin fixing part that is fitted to the first fixed hole of the coupling block, wherein the third loop button portion is pressed Is the deformation by providing a mechanism for fixing accessories, characterized in that the other end of the first pingo state separated from the first fixed ball by beolrim between the coupling block and the fixed block.

In addition, the present invention is a mechanism for attaching ornaments to clothes, bags, body parts, wherein the other end of the flat plate-shaped member is bent in a curvature radius of a certain size, the member is cut at regular intervals on the other end to the first A third pin fixing part comprising a first member having a latch and a second member having a second latch which is cut to engage the first latch at the other end in the same shape as the first member, and to externally applied force It has a loop structure that is deformed by the elastic force and restored to its original shape with one end coupled to one side of one end of the first member, the other end coupled to one side of one end of the second member, and the other end of the first member. It is configured to include a fourth loop button portion coupled to the other side of one end of one member and the other end is coupled to the other side of one end of the second member to connect the first member and the second member. The first member and the second member is rotated about one end when the first member and the second member is deformed by the force applied to the side surface of the second loop button portion, characterized in that the first member and the other end of the second member apart from each other Provides a mechanism for fastening jewelry.

In addition, the present invention, in the mechanism for attaching jewelry to clothes, bags, body parts, it has a loop structure that is deformed by a force applied from the outside by a ring-shaped band member and restored to its original form by its own elastic force A body coupling hole is drilled on one side of the bore, and a fifth loop button part having a second body fixing groove formed on the bottom of the other side, and a third catching jaw and one end formed on one end of the second body and the second body. A second body part which is coupled to one end of the second body and whose other end is bent in a curvature radius of a predetermined size in a direction of a lower surface of the second body, and one end of which the body coupling hole is located; And a fourth pin fixing part which is coupled to rotate on an upper surface of the five loop button part, wherein the second body part is inserted into the body coupling hole with the other end of the second auxiliary body and the other end of the second body. It is installed in the fifth loop button portion in such a way that is fitted into the second body fixing groove, the fifth loop button portion at one upper surface of the second auxiliary body by a force pressed in the side direction of the second body portion Deformed in a horizontal movement or a rotational movement to provide an ornament fixing mechanism characterized in that one end of the fourth pin fixing portion to be rotated.

The present invention has the following effects.

First, the present invention is characterized in that the pin fixing part is not easily detached from the skin attachment by external impacts, as the other end of the pin member inserted deeply into the fixing groove through the rotational movement after the horizontal movement by the loop button part is separated. have. That is, the present invention is characterized in that the pin member is not easily separated by an external impact as the pin member is separated through the double operation.

Second, the present invention can be installed in a variety of ornaments through the docking member can be installed in the fixing mechanism various ornaments can be easily replaced to suit the user's style or environment.

Third, the present invention can be worn on the skin complexes and body parts of the fabric material such as clothing or bags by the loop button portion very easily compared to the conventional, there is an effect that can be separated.

1 is a perspective view showing an embodiment of the fixing mechanism of the present invention.

FIG. 2 is a perspective view of the lower surface of FIG. 1. FIG.

3 is an exploded perspective view of FIG.

Figure 4 is a perspective view showing a second embodiment of the fixing mechanism of the present invention.

5 is a perspective view of the lower surface of FIG. 4.

FIG. 6 is a side view illustrating that the pin fixing part rotates in FIG. 4. FIG.

Figure 7 is a perspective view showing that the first coupling groove and the first coupling hole is formed in the body portion of the present invention.

8 is a perspective view showing that the first and second coupling protrusions are coupled to the first coupling groove of the body part.

9 is a perspective view showing that the first and second coupling protrusions are coupled to the first coupling holes of the body part.

Fig. 10 is a perspective view showing a third embodiment of the fixing mechanism of the present invention.

Figure 11 is a side view of Figure 10;

FIG. 12 is a cross-sectional view illustrating that the second docking member is installed in the first ring member at various angles in FIG. 10.

Fig. 13 is a perspective view showing a fourth embodiment of the fixing mechanism of the present invention.

Fig. 14 is a perspective view showing a fifth embodiment of the fixing mechanism of the present invention.

FIG. 15 is a perspective view illustrating a second docking member coupled to a body part in FIG. 14; FIG.

Figure 16 is a perspective view showing a sixth embodiment of the fastening mechanism of the present invention.

17 is a view showing that the fixing mechanism of FIG. 16 operates.

18 and 19 are perspective views showing the fixing mechanism of a different type from the fixing mechanism of FIG.

20 is a perspective view showing a seventh embodiment of the fastening mechanism of the present invention.

Fig. 21 is a view showing that the fixing mechanism of Fig. 20 is operated.

22 is a view showing that the second ring member is coupled to the fixing mechanism of FIG.

Fig. 23 is a perspective view showing an eighth embodiment of the fastening mechanism of the present invention.

24 is an exploded perspective view of FIG. 23.

Fig. 25 is a view showing that the fixing mechanism of Fig. 23 is operated.

FIG. 26 is a view showing a fixing mechanism of a type different from that of FIG.

FIG. 27 is a view showing that the second ring member is coupled to the fixing mechanism of FIG.

FIG. 28 is a view showing that the second elastic body is coupled to the fixing mechanism of FIG.

[ Description of the Code ]

10: fixture

20: ornaments 21: fixing member

100: body part

110: body

111: first coupling groove 112: first coupling hole

120: engaging jaw 130: auxiliary body

140: first fixing groove 141: support block

150: first ring member 151: fixing protrusion

200: Pingo Government

210: fastening groove 220: rotating groove

300: first loop button portion 310: second fixing groove

350: second loop button portion

400: first elastic body

500: first pin member

600: first docking member 601: first coupling protrusion

630: second docking member

631: ring hole 632: second coupling protrusion

650: third docking member 651: third coupling protrusion

670: fourth docking member 671: fourth coupling protrusion

700: block portion 710: fixed block

720: combining block 721: first fixed hole

730: coupling member 731: second coupling hole

800: third loop button portion

820: fourth loop button portion

830: fifth loop button portion

831: body coupling hole 832: second body fixing groove

833: elastomeric coupling protrusion

900: first pinned government 901: second locking jaw

920: Third Pinned Government

921: first member 921a: first latch

922: second member 922a: second latch

930: pressing member

940: Fourth Pinned Government

941: pin coupling groove 942: second pin member

1000: second body part

1010: the second body 1020: the third locking jaw

1030: second auxiliary body 1040: elastic coupling groove

1100, 1100 ", 1100" ': second ring member

1200 ', 1200 ", 1200"' docking ball

1300: second elastic body

Hereinafter, with reference to the accompanying drawings will be described in detail the specific content of the fastener for fixing according to the present invention.

1 is a perspective view showing an embodiment of the fixing mechanism of the present invention, Figure 2 is a perspective view looking at the bottom of FIG. 3 is an exploded perspective view of FIG.

Figure 4 is a perspective view showing a second embodiment of the fixing mechanism of the present invention, Figure 5 is a perspective view looking at the bottom of Figure 4. FIG. 6 is a side view illustrating that the pin fixing part rotates in FIG. 4. FIG.

7 is a perspective view showing that the first coupling groove and the first coupling hole is formed in the body portion of the present invention, Figure 8 is a perspective view showing that the first and second coupling protrusions are coupled to the first coupling groove of the body portion. 9 is a perspective view showing that the first and second coupling protrusions are coupled to the first coupling holes of the body part.

Fig. 10 is a perspective view showing a third embodiment of the fixing mechanism of the present invention, and Fig. 11 is a side view of Fig. 10. FIG. 12 is a cross-sectional view illustrating that the second docking member is installed in the first ring member at various angles in FIG. 10.

Figure 14 is a perspective view showing a fifth embodiment of the fixing mechanism of the present invention, Figure 15 is a perspective view showing that the second docking member is coupled to the body portion in Figure 14.

The present invention relates to the fixing mechanism 10 for the ornament 20, and in detail, in the mechanism for attaching ornaments to clothes, bags, body parts, the body 110 and both ends of the body 110 are protruded Hanging jaw 120 and one end is coupled to the other end of the body 110 and the other end of the auxiliary body 130 and the other end of the curvature radius of curvature in the direction of the lower surface of the body 110 and the other end of the upper or lower surface Body part 100 consisting of a first fixing groove 140 is formed in the auxiliary body in a way that the lower part is fitted to one end of the auxiliary body 130 in a shape in which a plurality of fastening grooves 210 are formed on the upper surface. (130) The pin fixing part 200 is installed on the upper surface, and having a loop structure that is deformed by a force applied from the outside and restored to its original form by its own elastic force, one side of the second fixing groove 310 is the body ( Fitted to one end of the 110, the other side is coupled to the pin fixing part 200 The first loop button part 300 and the first fixing groove 140 and the pin fixing part 200 are formed in the fastening groove 210 formed on the other end surface or the bottom of the body 110 by the body part ( 100 and the first elastic body 400 to couple the pin fixing part 200, one end is coupled to the fastening groove 210 of the pin fixing part 200 and the other end of the second fixing groove of the first loop button part 300 It is configured to include a first pin member 500 is inserted into the 310, the first loop button portion 300 is deformed by a force pressed in the lateral direction of the body portion 100 to the pin fixing part 200 The force is transmitted in the outward direction, and by this force, the pin fixing part 200 is horizontally moved at one end of the auxiliary body 130, and then rotates at the other end of the auxiliary body 130 so that the other end of the first pin member 500 is rotated. Characterized in that separated from the second fixing groove (310).

The present invention is composed of the body portion 100, the pin fixing portion 200, the first loop button portion 300, the first elastic body 400 and the first pin member 500, the pin fixing portion 200 is the first As the first pin member 500 is rotated after the horizontal movement by the loop button part 300, the first pin member 500 is not easily detached from the skin by the external shock, and the ornament 20 is provided by the first loop button part 300. Compared to the related art, it can be worn on a skin complex of a fabric material such as a garment or a bag very easily, and relates to the fixing device 10 for the ornament 20 having an effect that can be separated.

However, the conventional fixing mechanism has a problem that it is very cumbersome to wear or remove the skin complexes such as clothes or bags. Therefore, in the technical field to which the present invention belongs, there is an urgent need for a solution to solve this problem.

In order to solve this problem, a hanger connecting strap fixed to a portable electronic device is used on the neck, but in this case, the portable electronic device on the neck is not fixed, so it shakes according to the movement of the body. There was a problem that by hitting an external material to damage the device, or hitting a part of the body causing bruises.

Applicant has proposed Patent No. 10-1388700 to solve the complex problem as described above, but the invention proposed by the present applicant also has a problem of easily falling off by an external impact, and is not easily replaced in the use of various jewelry. There is no problem.

The present invention has been proposed to solve the above problems, an object of the present invention is to be easily worn or separated by the user on the skin, such as clothes or bags without being easily separated by an external impact, According to the style or environment to provide a variety of ornaments 20 ornaments that can be used to replace the ornaments 20 (10).

According to the present invention, the pin fixing part 200 is separated by the other end of the first pin member 500 which is inserted deeply into the fixing groove 310 through the rotational movement after the horizontal movement by the first loop button part 300. It is characterized by not being easily detached from the skin deposits by external impacts. That is, the present invention is characterized in that the first pin member 500 is not easily separated by an external impact as the first pin member 500 is separated through the double operation. In addition, according to the present invention, various ornaments 20 may be installed in the fixing mechanism 10 through the first and second docking members 600 and 650, so that various ornaments 20 may be easily adapted to a user's style or environment. Can be used interchangeably. In addition, the present invention by the first and second loop button portion (300, 350) the jewelry 20 is very easily compared to the conventional skin material and body parts of the fabric material such as clothes or bags (hair-hairpin, ear Earrings, finger-rings, skin-piercings, etc.), and have a detachable effect.

The body part 100 corresponds to the basic skeleton of the fixing device 10 and includes a body 110, a locking jaw 120, an auxiliary body 130, and a first fixing groove 140. The body 110 may be formed in various shapes in a plate shape, for example, may have a rectangular plate shape. The locking jaw 120 is a member protruding from both ends of the body 110. The catching jaw 120 protrudes on both sides of the body 110 so that one side of the first loop button part 300 to be described later and the lower portion of the pin fixing part 200 are supported. At this time, both sides of the body 110 may be formed in a semi-cylindrical round so that the first and

second coupling protrusions

601 and 632 may be coupled. When the body part 100 and the first loop button part 300 are integrally formed, the connection part may serve as the locking step 120 even when the locking step 120 is not formed separately. The auxiliary body 130 is a member whose one end is coupled to the other end of the body 110 and the other end is bent in a curvature radius of a predetermined size in the direction of the lower surface of the body 110. The auxiliary body 130 is a structure that serves to help the pin fixing part 200 to perform a linear motion and a rotary motion when the pin fixing part 200 is moved by the first loop button part 300. That is, since one end portion of the auxiliary body 130 is flat, when the pinned portion 200 moves from one end of the auxiliary body 130 to the other end, the pinned portion 200 becomes a linear motion, and the other end portion is bent to pin the fixed portion 200. At the other end, it is possible to rotate along the curvature of the other end. The first fixing groove 140 is formed on the other end surface or bottom surface of the body 110, and in detail, the bottom surface of the support block 141 having a cross-section 'B' shape is coupled to the other end top surface of the body 110. The groove is formed between the upper surface of the body 110 and the support block 141 or the groove formed in the direction perpendicular to the longitudinal direction of the body on the other end lower surface of the body 110. The support block 141 is formed in a block shape (for example, a cross-section is 'a' shape) larger than the lower surface of the support block when the lower surface is coupled to the upper surface of the body 110 is naturally formed between the upper portion and the upper surface of the body 110. 1 fixing groove 140 is formed. The support block 141 is coupled such that the first fixing groove 140 between the upper portion and the upper surface of the body 110 faces one direction of the body 110. Body portion 100 has been described as being composed of a combination of the body 110, the locking jaw 120, the auxiliary body 130, the first fixing groove 140, but can be manufactured integrally by injection.

Body 110 is the first docking member 600, the second docking member 630 or the ornament described later 20 or the first coupling groove 111 or the upper side, which is formed on one side so that the ornament 20 can be easily coupled, The first coupling hole 112 which is cut in a plurality of lines in a line shape around the through hole by penetrating one side may be configured to further include. The first coupling groove 111 may include a first coupling protrusion 601 of the first docking member 600, a second coupling protrusion 632 of the second docking member 630, or a fixing member 21 of the jewelry 20. Is a groove which is formed to be rotatable according to the situation that is inserted and worn. The first coupling groove 111 is limited to one side of the side, but may be formed in various places of the body portion 100 according to the situation. The first coupling hole 112 is the first coupling protrusion 601 of the first docking member 600, the second coupling protrusion 632 of the second docking member 630 or the fixing member 21 of the jewelry 20 It is a hole which is formed to be smaller than the hole is formed to be bent by the frictional force after the configuration is inserted into the place where the line-shaped incision around the bent when the configuration is inserted. At this time, the first coupling hole 112 may be fixed by frictional force by forming a rubber elastic body around the inlet to increase and decrease when the configuration is inserted. In addition, the semi-circular edges formed at both side surfaces of the first coupling hole 112 and the body 110 are formed by the first coupling protrusion 601 and the second docking member 630 of the first docking member 600. The fixing member 21 of the two coupling protrusions 632 or the jewelry 20 can be coupled to the double at the same time to be more strongly fixed. In addition, by assembling a magnet to the side of the body 110 or the first coupling hole 112 may be more easily attached to the accessories of the metal material.

The body portion 100 may use various materials as long as it satisfies the required strength.

Pin fixing part 200 is a member that is installed on the upper surface of the auxiliary body 130 in a way that the lower part is fitted into one end of the auxiliary body 130 in a shape in which a plurality of fastening grooves 210 are formed on the upper surface. Pin fixing part 200 is a member that rotates at the other end of the auxiliary body 130 after the horizontal movement on the upper surface of the auxiliary body 130 by the first loop button portion (300). Pin fixing part 200 has a flat surface so that the lower surface can move the upper surface of the auxiliary body 130, there is a projecting portion on both sides of the lower surface is fitted to one end of the auxiliary body 130, the upper surface of the fastening groove 210 is the body It is formed in plurality in the longitudinal direction of the 110. The lower end of the protruding portion of the lower surface is formed with a cylindrical jaw to the lower end of the pin fixing part 200 to the other end of the auxiliary body 130 can be rotated along the curvature of the other end of the auxiliary body 130 only. . The fastening groove 210 is a groove to which the first pin member 500 and the first elastic member 400 described later are fixed. The fastening groove 210 may form a groove by forming a protrusion on an upper surface or one side of the pinned fixing part 200. The pin fixing part 200 further includes a rotation groove 220 in a portion coupled with the first loop button part 300 to facilitate rotation at the other end of the auxiliary body 130 by the first loop button part 300. Can be configured. If the pinned portion 200 satisfies the required strength, various materials may be used.

The first loop button part 300 has a loop structure that is deformed by a force applied from the outside and restored to its original shape by its own elastic force, and one side of the first fixing groove 310 is provided at one end of the body 110. Fitted, the other side is a member that is coupled to the pinned part 200. The first loop button part 300 is coupled to be supported by the locking step 120 so that one side with the second fixing groove 310 is not pushed by the force applied when one side of the body 110 is fitted into one end of the body 110. The second fixing groove 310 is a groove in which the other end of the first pin member 500 is fixed or separated according to the movement of the pin fixing part 200. The first loop button part 300 is deformed by a force pressed in the lateral direction of the body part 100 so that a force is transmitted to the pin fixing part 200 in an outer direction, and the pin fixing part 200 is assisted by this force. After moving horizontally from one end of the body 130 is rotated at the other end of the auxiliary body 130 is a member for separating the other end of the first pin member 500 from the second fixing groove (310). Of course, the first loop button unit 300 is restored to its original form when the pressurized force is canceled and the pin fixing part 200 is rotated at the other end of the auxiliary body 130 by the first elastic body 400 after the auxiliary While moving horizontally in one direction of the body 130 is caught on the locking jaw 120 of the body 110 is fixed to the upper surface of one end of the auxiliary body (130). The other side of the first loop button part 300 may have a circular column shape to smoothly rotate the pin fixing part 200. The first loop button part 300 is said to be fitted to the body 110, but can be manufactured in one piece, pin fixing part 200 can also be made in one piece. When the first loop button part 300 and the pin fixing part 200 are manufactured in one piece, the connecting part is made very thin so that the pin fixing part 200 can be bent when the pin fixing part 200 is rotated so that the pin fixing part 200 can be rotated. You can do that. Both side surfaces of the first loop button part 300 may be formed with a non-slip groove to serve as a handle.

The first loop button part 300 may be variously used as long as it has a loop structure that is deformed by a force applied from the outside and restored to its original shape by its elastic force. For example, the first loop button part 300 may be made of rubber or plastic of an elastic material. Among them, it may be made of polypropylene (PP) or urethane material having good elasticity and easy manufacturing.

The first elastic body 400 is the body portion 100 and the pingo in a manner that is installed in the fastening groove 210 of the first fixing groove 140 and the pin fixing part 200 formed on the other end surface or bottom of the body 110 It is a member that couples the government 200. The first elastic body 400 is the auxiliary body along the upper surface of the auxiliary body 130 by the pinned portion 200 by the elastic force of the first elastic body 400 when the force applied to the first loop button portion 300 is canceled It is a member that serves to restore the first loop button part 300 by moving to one end of the 130. That is, the first elastic body 400 is the pinned fixing part 200 is rotated at the other end of the auxiliary body 130 and then horizontally moving in one direction of the auxiliary body 130, the locking jaw 120 of the body 110 Hanging on the member to be fixed to the upper surface of the auxiliary body 130. At this time, the first elastic member 400 is installed to press the upper surface of the pin fixing part 200 so that the end of the first pin member 500 can reach the upper surface of the body part 100 after the pin fixing part 200 rotates. By pressing as much as possible, the first pin member 500 may be easily inserted into the fixing groove 310.

If the first elastic member 400 is installed in the fastening groove 210 of the first fixing groove 140 and the pin fixing part 200 formed on the other end surface or the bottom of the body 110 can move the pin fixing part 200 Various elastic members may be used. For example, latex rubber may be used.

The first pin member 500 is a member having one end coupled to the fastening groove 210 of the pin fixing part 200 and the other end inserted into the second fixing groove 310 of the first loop button part 300. The first pin member 500 is a member that helps the fixing mechanism 10 to be fixed to the skin complex. One end of the first pin member 500 is fixed to the pin fixing part 200 and the other end of the first pin member 500 moves in accordance with the pin fixing part 200. The member is inserted into and separated from the second fixing groove 310 of the button part 300. One first pin member 500 may be installed in the fastening groove 210 of the pin fixing part 200, but by configuring the number of one or more to distribute the force applied to the skin complex to minimize the damage of the skin complex Can be. The first pin member 500 may be a member for the earrings to be fixed to the hairpin member or the ear so that the fixing mechanism 10 can be fixed to the hair. If the first pin member 500 is a member that helps the fixing device 10 to be fixed to the skin complex, various members may be used. For example, a conventional pin may be used.

The present invention is a semi-circular annular first end member 150 is coupled to any one of the other end of the auxiliary body 130, one end of the auxiliary body 130 or the other end of the body 110. It may be configured to include more. The first ring member 150 may be installed in various ways in the body portion 100 so that the second docking member 630 may be installed. For example, the other end of the auxiliary body 130 has one end of a semi-circular ring shape. The second docking member 630 may be easily fitted by being coupled to the auxiliary body 130 so as to form a question mark shape with the auxiliary body 130 as a whole. As another example, the first ring member 150 is coupled to one end surface of the auxiliary body 130 or the other end surface of the body 110 to form a clip together with the auxiliary body 130. The second docking member 630 is fitted to be fitted to the other end of the auxiliary body 130 and the other end of the first ring member 150 is installed to be located in the first ring member 150. That is, when the first ring member 150 is coupled to the auxiliary body 130 in the form of a clip, the second docking member 630 is not easily separated even by an external impact. In addition, by allowing the other end of the first ring member 150 to intersect with the other end of the auxiliary body 130, the second docking member 630 may be more strongly coupled to prevent it from being easily detached by an external impact. In this case, the first ring member 150 may be formed thin so that the first ring member 150 may be easily detached from the second docking member 630.

In addition, the first ring member 150 may further include a plurality of fixing protrusions 151 protruding at a predetermined interval along the curvature of the upper or lower surface. The fixing protrusion 151 is configured to allow the second docking member 630 to be fixed to the first ring member 150 at various angles, and in detail, the second docking member 630 and the body part 100 are formed. The angle is between 0 degrees and 150 degrees to allow the user to utilize the second docking member 630 in various forms. In addition, the fixing protrusion 151 may help the second docking member 630 not be easily separated from the fixing device 10 by an external impact. That is, when the second docking member 630 is separated from the fixing mechanism 10 by an external impact, the fixing protrusion 151 acts as a friction action and a locking action to prevent the second docking member 630. Helps to prevent easy separation from the fixing mechanism (10). In addition, the fixing projections 151 may be coupled to a plurality of ornaments 20 at a time to fit the purpose can be fixed to each.

The first ring member 150 may be a material used in the body portion 100.

The present invention is to be coupled to the body 110 of the body portion 100 is configured to further include a first docking member 600 protruding the first coupling protrusion 601 on one side of the upper surface, the first coupling protrusion ( The first docking member 600 may be installed in the body portion 100 by the method 601 is coupled to the body 110 of the body portion 100. The first coupling protrusion 601 is one (one side) or two (one on each side) on the upper surface of the first docking member 600 is fitted to one side or both sides of the body portion 100 is coupled Or, protrudes from the upper center portion of the first docking member 600 may be coupled to the first coupling groove 111 or the first coupling hole 112 of the body portion 100, the body 110. . The first docking member 600 is a member that helps to utilize a variety of accessories without separating the fixing mechanism 10 attached to the skin complex. That is, a variety of accessories may be utilized by a method of separating or combining only the first docking member 600 to the fixing mechanism 10 attached to the skin complex. The first docking member 600 may be manufactured in various shapes as long as the jewelry 20, such as a plate shape or a ring shape, may be coupled to the fixing mechanism 10.

If the first docking member 600 satisfies the required strength, various materials may be used, but the same material as the body portion 100 may be used for convenience of manufacturing.

The present invention is coupled to the first ring member 150 is configured to further include a second docking member 630, the ring hole 631 is drilled at one end of the other end, the first ring member 150 is a ring hole ( The second docking member 630 may be installed in the body portion 100 by penetrating 631. In addition, since the second docking member 630 has a plate shape, the second coupling protrusion 632 protrudes from one side of the upper surface thereof, and the second docking member 630 has the first ring member 150 in the ring hole 631. After being penetrated, the second coupling protrusion 632 may be coupled to the body 110 of the body portion 100 and installed in the body portion 100. The second coupling protrusion 632 has one (one side) or two (one on each side) on the upper surface of the second docking member 630 to be fitted to one side or both sides of the body portion 100 It may be, or protruding from the center portion of the upper surface of the second docking member 630 may be coupled to the first coupling groove 111 or the first coupling hole 112 of the body 110 of the body portion 100. have. The second docking member 630 is a member that helps to utilize a variety of accessories without separating the fixing mechanism (10) attached to the skin complex. That is, a variety of accessories may be utilized as a method of separating or combining only the second docking member 630 to the fixing mechanism 10 attached to the skin complex. The second docking member 630 may be manufactured in various shapes as long as the jewelry 20, such as a plate shape or a ring shape, may be coupled to the fixing mechanism 10.

If the second docking member 630 satisfies the required strength, various materials may be used, but the same material as the body portion 100 may be used for convenience of manufacturing.

The first docking member 600 and the second docking member 630 may be manufactured integrally with the ornament as a member for coupling the ornament 20 to the body portion 100. In this case, the first coupling protrusion 601 of the first docking member 600, the second coupling protrusion 632 of the second docking member 630, or the fixing member 21 of the jewelry 20 are formed of the body 110. The upper and lower surfaces of the first coupling hole 112 and the semicircular shape formed on both sides of the body may be coupled to the double at the same time to be more strongly fixed. That is, the first coupling protrusion 601 of the first docking member 600, the second coupling protrusion 632 of the second docking member 630, or the fixing member 21 of the jewelry 20 are formed in the first coupling hole ( If only one and 112) is coupled to the docking member or ornaments can be rotated without being fixed by the external impact as described above can be fixed in place by double coupling well.

Figure 16 is a perspective view showing a sixth embodiment of the fixing mechanism of the present invention, Figure 17 is a view showing that the fixing mechanism of Figure 16 is in operation.

In addition, the present invention relates to an embodiment of the fixing device 10 for the ornament 20, in detail, in the mechanism for attaching jewelry to clothes, bags, body parts, the fixed block 710 and the fixed block ( A block portion 700 composed of a coupling block 720 in which a first fixed hole 721 is drilled on a surface facing the fixed block 710 to be spaced apart from the fixed block 710 by a force applied from the outside. By having a loop structure that is deformed by the elastic force and restored to its original form, one end is coupled to one side of the fixed block 710, the other end is coupled to one side of the coupling block 720, and the other end. The third loop button portion 800 coupled to the other side of the fixed block 710 and the other end is coupled to the other side of the coupling block 720 to connect the fixed block 710 and the coupling block 720. And, one end is coupled to the fixed block 710, the other end And a first pin fixing part 900 fitted to the first fixing hole 721 of the coupling block 720, wherein the third loop button part 800 is deformed by a pressing force to The other end of the first pin fixing part 900 is separated from the first fixing hole 721 by spreading between the fixed block 710 and the coupling block 720.

The present invention is composed of the block portion 700, the third loop button portion 800 and the first pin fixing portion 900, the fixing mechanism 10 by the third loop button portion 800 is very compared to the prior art It can be easily worn on a garment, a bag, a body, etc., and not only has a detachable effect, but also relates to an accessory 20 for fixing a jewelry 20 that is not easily detached from a garment, a bag, a body, etc. by an external impact. .

The block unit 700 is composed of a fixed block 710 and a coupling block 720. The fixed block 710 may be formed in various shapes of blocks, for example, may be formed in a hexahedron shape so as to be easily combined with the third loop button part 800 described later. The fixing block 710 may be a hole or a hole for coupling to the coupling surface where one end of the first pin fixing part 900 to be described later is coupled. The coupling block 720 may be spaced apart from the fixed block 710 by a predetermined distance, and the first fixing hole 721 may be drilled on a surface facing the fixed block 710. The first fixing hole 721 is a hole to which the other end of the first pin fixing part 900 is coupled. In addition, a plurality of first fixing holes 721 may be cut out in a line shape around the through hole so as to be easily coupled to and separated from the first pin fixing part 900, or a narrow inlet may be elastically extended. .

In the present invention, the coupling member 730 may be coupled to the fixed block 710 or the coupling block 720 so that jewelry can be easily coupled and separated. In detail, the coupling member 730 is a member having a plate shape in which the second coupling hole 731 is drilled, and one end thereof is coupled to one side of the upper surface of the fixed block 710 or the coupling block 720. The coupling member 730 may be variously coupled to the fixed block 710 or the coupling block 720 according to the shape of the ornament. For example, one end of the bottom surface of the third loop button to match the shape of the fixing mechanism 10 may be used. Each of the first pin fixing part 900 may be installed in a manner that is coupled to one side of the upper surface of the part 700. The second coupling hole 731 is a hole through which jewelry can be easily inserted, and a plurality of second coupling holes 731 may be cut in a line shape around the through hole, or a narrow inlet may be elastically extended.

If the block portion 700 satisfies the required strength, various materials may be used.

The third loop button part 800 is a member having a loop structure that is deformed by a force applied from the outside and restored to its original shape by its own elastic force. The third loop button part 800 has a loop structure that is deformed by a force applied from the outside and restored to its original shape by its own elastic force, one end of which is coupled to one side of the fixing block 710 and the other end of the coupling. It is coupled to one side of the block 720, the other end is coupled to the other side of the fixed block 710 and the other end is coupled to the other side of the coupling block 720 is coupled to the fixed block 710 It is a member connecting the block 720. That is, the third loop button part 800 is a member having a loop structure connecting the fixed block 710 and the coupling block 720. The third loop button part 800 is deformed by the force pushed in the lateral direction so that the other end of the first pin fixing part 900 to be described later exits from the first fixing hole 721 to fix the fixing mechanism 10. ) Is a member that can be easily separated from skin complexes such as clothes and bags. For example, the third loop button part 800 is coupled to the fixed block 710 and the coupling block 720 by the deformation of the third loop button part 800 and the fixed block 710. The coupling block 720 is formed to be thin so that the third loop button portion 800 is fixed to the fixed block 710 or the coupling block 720 by the force pressed in the lateral direction to fix the first pin The other end of the 900 is a member to easily exit from the first fixed hole (721). Of course, when the pressurized force is canceled, the third loop button part 800 is restored to its original shape and the other end of the first pin fixing part 900 is inserted into the first fixing hole 721.

The third loop button part 800 may be used in various ways as long as it has a loop structure that is deformed by a force applied from the outside and restored to its original shape by its elastic force. For example, the third loop button part 800 may be made of rubber or plastic of an elastic material. Among them, it may be made of polypropylene (PP) or urethane material having good elasticity and easy manufacturing.

One end of the first pin fixing unit 900 is coupled to the fixed block 710, the other end is a member that is fitted to the first fixing hole 721 of the coupling block 720. The first pinned fixing portion 900 is a member that allows the fixing mechanism 10 to be coupled to a skin complex such as a garment or a bag. The first pin fixing part 900 is a member which is deformed by a force pressed by the third loop button part 800 so that the other end is separated from the first fixing hole 721. The first pinned fixing portion 900 may have a second catching jaw 901 protruding from the outer circumferential surface of the other end to strengthen the coupling force with the third loop button portion 800. The second catching jaw 901 plays a role of catching the first fixing hole 721 to prevent the fixing mechanism 10 from being easily detached from the impact applied from the outside.

The first pinned fixing portion 900 may use various materials as long as it satisfies the required strength.

In the present invention, the second ring member 1100 may be coupled so that the ornaments can be combined in various forms. The second ring member 1100 is an annular member, one end of which may be coupled to one side of an upper surface of the fixed block 710 or the coupling block 720. If the second ring member 1100 satisfies the required strength, various materials may be used.

Fixing mechanism 10 composed of the block portion 700, the third loop button portion 800, the first pin fixing portion 900 may be manufactured integrally molded by injection for convenience of production. In addition, the second ring member 1100 may be further formed to be integrally formed.

Fig. 20 is a perspective view showing a seventh embodiment of the fixing mechanism of the present invention, and Fig. 21 is a view showing that the fixing mechanism of Fig. 20 is operated.

In addition, the present invention is the third embodiment of the ornament 20, the fixing device 10, in detail, in the mechanism for attaching the jewelry to clothes, bags, body parts, the other end of the flat plate-shaped member is constant The member is bent with a radius of curvature of the size, and the member is cut at the other end at a predetermined interval so that the first member 921 having the first latch 921a and the first member 921 have the same shape as the first member 921. A third pin fixing part 920 composed of a second member 922 having a second latch 922a cut into engagement with the catch 921a, and deformed by a force applied from the outside, It has a loop structure that is restored to a shape, one end is coupled to one side of one end of the first member 921, the other end is coupled to one side of one end of the second member 922, and the other end is connected to the first member. 921 is coupled to the other side of one end and the other end of the second member 92 2) a fourth loop button part 820 coupled to the other side of one end and connecting the first member 921 and the second member 922, wherein the first member 921 and the The second member 922 is rotated about one end when the second member 922 is deformed by the force applied to the side of the second loop button part 820 so that the other ends of the first member 921 and the second member 922 are different. It is characterized by the gap between.

The present invention is composed of a fourth loop button portion 820 and a third pin fixing part 920, the fixing mechanism 10 by the fourth loop button portion 820 very easily compared to the conventional clothes or bags, It may be worn on the body, etc., and not only has an effect that can be separated, but also relates to the fixing mechanism 10 for the ornament 20 that is not easily detached from clothes, bags, the body by an external impact.

The third pin fixing part 920 is a member in which the other end of the flat plate-shaped member is bent with a curvature radius of a predetermined size, and the first member 921 with the first latch 921a having the first cutout at a predetermined interval on the other end. And a second member 922 having a second latch 922a cut into engagement with the first latch 921a at the other end in the same shape as the first member 921. The third pin fixing part 920 is a member for allowing the fixing mechanism 10 to be coupled to a skin complex such as a garment or a bag. The third pin fixing part 920 is deformed by the force applied to the fourth loop button part 820 so that the other end of the first member 921 and the other end of the second member 922 are separated from each other, such as a garment or a bag. It is a member for separating the fixing mechanism 10 to the skin complex of the.

If the third pin fixing part 920 satisfies the required strength, various materials may be used.

The present invention further includes a pressing member 930 having a cross-section in the longitudinal direction of the 'c' shape, one end of which is coupled to an upper surface of the first member 921 and the other end of which is coupled to an upper surface of the second member 922. It can be configured to include. When a force is applied to the pressing member 930, a force is transmitted to the first member 921 and the second member 922, respectively, to center one end of the first member 921 and the second member 922. Each of the first member 921 and the second member 922 may be spaced apart from each other by a method of rotating. That is, the force is transmitted to the first member 921 and the second member 922 by the user simply pressing the pressing member 930, respectively, so that the other end of the first member 921 and the other end of the second member 922 are different. The fixing device 10 may be separated from the skin fittings such as clothes or bags by being spaced apart from each other.

The pressing member 930 may further include a docking hole 1200 ′ bored at one side of the upper surface. Docking hole (1200 ') is a configuration to help the jewelry and the docking member can be easily coupled by inserting the projection portion of the ornament as a hole to help the ornament is easily installed. Docking hole (1200 ') is a plurality of incisions in a line shape around the through hole, or the narrow inlet is created so that it is elastically stretched, jewelry can be easily coupled and separated. The docking hole 1200 ′ is formed with a smaller hole than the protrusion of the ornament 20 so that when the configuration is inserted, the incision of the surrounding linear shape is formed to be bent by the frictional force after the configuration is inserted. It is a hole to be fixed. At this time, the docking hole (1200 ') can be fixed by the friction force by forming a rubber elastic body around the inlet to increase and decrease again when the configuration is inserted.

The pressing member 930 may be made of the same material as the third pin fixing part 920 for convenience of manufacturing.

The fourth loop button part 820 is a member having a loop structure that is deformed by a force applied from the outside and restored to its original shape by its own elastic force. In detail, the fourth loop button part 820 has a loop structure that is deformed by a force applied from the outside and restored to its original shape by its own elastic force, and one end thereof is coupled to one side of one end of the first member 921. The other end is coupled to one side of one end of the second member 922, the other end is coupled to the other side of one end of the first member 921 and the other end is coupled to the other side of one end of the second member 922. And a member connecting the first member 921 and the second member 922 to each other. That is, the fourth loop button part 820 is a member having a loop structure connecting the first member 921 and the second member 922. The fourth loop button part 820 is deformed by the force pushed in the lateral direction so that the other end of the first member 921 and the other end of the second member 922 are spaced apart from each other to be fixed to the skin fitting such as a garment or a bag. It is a member which makes the apparatus 10 separate. The fourth loop button part 820 is the same member as the third loop button part 800 and a basic description thereof will be described in the third loop button part 800.

The present invention may be coupled to the second ring member 1100 "so that the ornaments can be combined in a variety of forms. The second ring member 1100" is a ring-shaped member one end of the second loop button portion 210 It may be coupled to one side of the outer surface. As the second ring member 1100 ″ satisfies the required strength, various materials may be used.

The fixing mechanism 10 including the fourth loop button part 820 and the third pin fixing part 920 may be integrally molded and manufactured by injection for convenience of manufacturing. In addition, the pressing member 930 or the second ring member (1100 ") may be further included to be integrally molded and manufactured.

FIG. 23 is a perspective view showing an eighth embodiment of the fastening mechanism of the present invention, and FIG. 24 is an exploded perspective view of FIG. Fig. 25 is a view showing that the fixing mechanism of Fig. 23 is operated.

FIG. 26 is a view showing a fixing mechanism of a type different from that of FIG. 23, and FIG. 27 is a view showing that the second ring member is coupled to the fixing mechanism of FIG.

In addition, the present invention is in the fourth embodiment of the jewelry 10 fastening mechanism 10, and in detail, in the mechanism for attaching jewelry to clothes, bags, and body parts, it is applied externally by a ring-shaped band member. The body coupling hole 831 is drilled on one side facing each other and has a loop structure that is deformed by a losing force and is restored to its original shape by its elastic force, and a second body fixing groove 832 is formed on the bottom of the other side. A fifth loop button portion 830, a second catching jaw 1020 formed at one end of the second body 1010, and the second body 1010, and one end of the second body 1010. The second body portion 1000 and the other end of the second body body 1030 is coupled to the other end is bent in a curvature radius of a predetermined size in the direction of the lower surface of the second body 1010, one end of the body coupling hole 831 A fourth pin fixing part 940 coupled to rotate on an upper surface of the fifth loop button part 830 in which It is configured to include, the second body portion 1000 is the other end of the second auxiliary body 1030 is inserted into the body coupling hole 831 and the other end of the second body 1010 is fixed to the second body The fifth loop button part 830 is installed in the fifth loop button part 830 in a manner of being fitted into the groove 832, and the fifth loop button part 830 is pressed by a lateral direction of the second body part 1000. One end of the second auxiliary body 1030 is deformed by a horizontal movement or a rotational movement method so that one end of the fourth pin fixing portion 940 is characterized in that the rotation.

The present invention is composed of the fifth loop button portion 830, the second body portion 1000 and the fourth pin fixing portion 940, the fixing mechanism 10 is conventionally fixed by the fifth loop button portion 830. Compared to the fasteners 10, which can be easily worn on clothes, bags, bodies, etc., there is an effect that can be separated, and are not easily detached from clothes, bags, bodies, etc. by external impacts. It is about.

The fifth loop button part 830 is a ring-shaped band member that has a loop structure that is deformed by a force applied from the outside and restored to its original shape by its own elastic force. The second body fixing groove 832 is formed in the bottom surface of the other side. The fifth loop button part 830 is deformed in a manner of horizontally moving or rotatingly moving from one upper surface of the second auxiliary body 1030 by a force pressed in the lateral direction of the second body part 1000 to fix the fourth pin. One end of the 940 is rotated. That is, the fifth loop button part 830 is deformed by the force pushed in the lateral direction of the second body part 1000 so that the force is transmitted to the outer direction of the fifth loop button part 830, and by this force One end of the fourth pin fixing part 940 serves to rotate. The body coupling hole 831 is a hole in which the second body part 1000 is installed. The fifth loop button part 830 is the same member as the third loop button part 800, and a basic description thereof will be described in the third loop button part 800.

The second body part 1000 is composed of the second body 1010, the third locking jaw 1020, the second auxiliary body 1030, the other end of the second auxiliary body 1030 is the body coupling hole ( Inserted into the 831 and the other end of the second body 1010 is fitted to the second body fixing groove 832 is configured to be installed in the fifth loop button portion 830. The second body 1010 may be formed in various shapes in a plate shape, for example, may have a rectangular plate shape. The second body 1010 may further include a fixing part coupling hole 1011 which is a hole to which the other end of the fourth pin fixing part 940 described later on the other end thereof is coupled. The third catching jaw 1020 is a member formed at one end of the second body 1010 to prevent one side of the fifth loop button portion 830 from excessively entering the second body 1010 when it is contracted. . The second auxiliary body 1030 is a member whose one end is coupled to one end of the second body 1010 and the other end is bent to a predetermined radius of curvature in the direction of the lower surface of the second body 1010. The second auxiliary body 1030 is a structure that serves to help the fourth pin fixing portion 940 to perform a rotational movement when the fourth pin fixing portion 940 is moved by the fifth loop button portion 830.

The second body part 1000 has been described as being composed of a combination of the second body 1010, the third catching jaw 1020, the second auxiliary body 1030 can be manufactured integrally by injection.

The second body 1010 may further include a docking hole 1200 "penetrating one side. The docking hole 1200" is a hole to help the jewelry to be easily installed. Insertion is a configuration that helps the jewelry and the docking member can be easily coupled. Docking hole (1200 ") is a plurality of incision in a line shape around the through hole, or the narrow opening is created so that it is elastically stretched, jewelry can be easily coupled and detached. Docking (1200") is a jewelry ( The hole is formed to be smaller than the projection of 20) and is formed to be bent by the frictional force after the insertion of the configuration to the place where the peripheral line-shaped incision is formed when the configuration is inserted. In this case, the docking hole 1200 ″ may be fixed by frictional force by forming a rubber elastic body around the inlet to increase and decrease when the configuration is inserted.

The fourth pin fixing part 940 is a member having one end coupled to the top surface of the fifth loop button part 830 in which the body coupling hole 831 is located. The fourth pinned fixing part 940 is a member for coupling the fixing mechanism 10 to skin complexes such as clothes or bags. That is, the fourth pin fixing part 940 is deformed by the force applied to the fifth loop button part 830 so that one end of the fourth pin fixing part 940 is rotated on the upper surface of the fifth loop button part 830. The other end is separated from the fifth loop button part 830 or the second body 1010 so that the fixing mechanism 10 is separated from the skin complex such as a garment or a bag. For example, the fourth pin fixing part 940 has a '-' shape, one end of which is coupled to rotate on the upper surface of the fifth loop button part 830, and the other end of the second body 1010 is a hole at one end of the other end. Phosphorus can be fitted to the fixing portion coupling hole (1011). In this case, the fifth loop button part 830 is deformed by a horizontal movement or rotational movement on one end of the second auxiliary body 1030 by a force pressed in the lateral direction of the second body part 1000. One end of the fourth pin fixing part 940 may be rotated so that the other end of the fourth pin fixing part 940 may be separated from the fixing part coupling hole 1011.

In addition, the fourth pin fixing part 940 is fitted to the pin coupling groove (941) and the pin coupling groove (941) formed on both sides or one side, the 'b' shaped member is one end of the first The second body 1010 may be configured to further include a second pin member 942 coupled to or in contact with one side.

If the fourth pin fixing part 940 satisfies the required strength, various materials may be used.

The present invention may further include a second elastic body 1300 to increase the binding force between the fifth loop button part 830 and the second body part 1000. That is, the present invention is formed on one side of the upper surface of the fifth loop button portion 830 where the elastic coupling groove 1040 and the body coupling hole 831 are formed at one end of the second body 1010. The elastic coupling protrusion 833, one side is coupled to the elastic coupling groove 1040 and the other side is coupled to the elastic coupling protrusion 833, the fifth loop button portion 830 and the second body portion ( It may be configured to further include a second elastic body 1300 to increase the binding force of the 1000. The elastic body coupling groove 1040 is a groove formed so that one side of the second elastic body 1300 may be fixed and is formed on one lower surface of the second body 1010. Specifically, the elastic coupling groove 1040 is installed in the portion where the third locking jaw 1020 is located, and even if the second elastic body 1300 is moved by the fifth loop button part 830, the third locking jaw 1020 is once again. It can be hooked up to help secure the elastic body. The elastic coupling protrusion 833 is a protrusion formed to fix the other side of the second elastic body 1300 to one side of the upper surface of the fifth loop button part 830. The elastic coupling protrusion 833 is configured to help secure the second elastic body 1300 such as the elastic coupling groove 1040.

The second elastic body 1300 has one side coupled to the elastic coupling groove 1040 and the other side coupled to the elastic coupling protrusion 833 to connect the fifth loop button part 830 and the second body part 1000. It is a member to be bonded. When the force applied to the fifth loop button part 830 is canceled by the second elastic body 1300, one side of the fifth loop button part 830 may be formed by the elastic force of the second elastic body 1300. It is a member that serves to restore the fifth loop button portion 830 by moving to one end of the second auxiliary body 1030 along the upper surface of the). Various elastic members may be used for the second elastic body 1300. For example, silicone or latex rubber may be used.

The present invention may be coupled to the second ring member 1100 "'so that the ornaments can be combined in various forms. The second ring member 1100"' is a ring-shaped member one end of the second body 1010 It may be coupled to one side of the outer surface. As the second ring member 1100 ″ ′ satisfies the required strength, various materials may be used.

The fixing mechanism 10 including the fifth loop button part 830, the second body part 1000, and the fourth pin fixing part 940 may be integrally molded and manufactured by injection for convenience of manufacturing. . In addition, the second ring member (1100 "') may also be further formed and formed integrally.

As described above, the preferred embodiment of the accessory for fixing jewelry according to the present invention has been described as at least one embodiment, whereby the technical idea of the present invention and its configuration and operation are not limited. The scope of the technical spirit of the present invention is not limited or limited by the drawings or the description with reference to the drawings. In addition, the concept and embodiment of the invention presented in the present invention may be used by those skilled in the art as a basis for modifying or designing to other structures for carrying out the same purpose of the present invention. The equivalent structure modified or changed by those skilled in the art to which the present invention pertains is to be bound by the technical scope of the present invention described in the claims, and the spirit or scope of the invention described in the claims. Various changes, substitutions and alterations are possible without departing from the scope of the invention.

Claims

In the apparatus for attaching jewelry to clothes, bags, body parts,

The body 110 and the engaging jaw 120 and one end protruding from both ends of the body 110 are coupled to the other end of the body 110, and the other end has a predetermined curvature in the direction of the lower surface of the body 110. Body portion 100 consisting of a first fixing groove 140 formed on the auxiliary body 130 and the other end of the upper or lower end of the body 110 is bent in a radius;

Pin fixing part 200 is installed on the upper surface of the auxiliary body 130 in a way that the lower portion is fitted to one end of the auxiliary body 130 in a shape in which a plurality of fastening grooves 210 are formed on the upper surface;

It has a loop structure that is deformed by the force applied from the outside and restored to its original shape by its own elastic force, and one side of the second fixing groove 310 is fitted to one end of the body 110, and the other side is the pin. A first loop button unit 300 coupled to one side of the government unit 200;

The body part 100 and the pin fixing part in a manner of being installed in the first fixing groove 140 and the fastening groove 210 of the pin fixing part 200 formed on the other end surface or bottom surface of the body 110. A first elastic body 400 for bonding 200; And,

A first pin member 500 having one end coupled to the fastening groove 210 of the pin fixing part 200 and the other end inserted into the second fixing groove 310 of the first loop button part 300; Including but not limited to

The first loop button part 300 is deformed by a force pressed in the lateral direction of the body portion 100 so that a force is transmitted to the pin fixing part 200 in an outward direction, and the pin fixing part ( 200 is horizontally moved from one end of the auxiliary body 130 and then rotated at the other end of the auxiliary body 130 to separate the other end of the first pin member 500 from the second fixing groove 310 Jewelry fasteners
The method of claim 1,

The first fixing groove 140 is

A groove formed on the bottom surface of the support block 141 having a cross section having a 'B' shape is coupled between the other end of the body 110 and the top surface of the body 110 and the support block 141.

Or on the other end of the body 110, the accessory for fixing jewelry comprising a groove formed in a direction perpendicular to the longitudinal direction of the body.
The method of claim 1,

The other side of the first loop button portion 300 has a circular column shape,

One side of the pin fixing part 200 is configured to further include a semi-circular rotating groove 220 in accordance with the other side shape of the first loop button part 300,

The pin fixing part 200 is horizontally moved from one end of the auxiliary body 130 by the first loop button part 300, and then rotates at the other end of the auxiliary body 130 so as to rotate the first pin member 500. Accessory fixing mechanism, characterized in that the other end of the separation from the second fixing groove (310).
The method of claim 1,

The body 110 is

The upper and lower penetrates one side, and a plurality of incisions are formed in a line shape around the through hole, or the ornament further comprises a first coupling hole 112 that is formed so that the narrow inlet is elastically stretched. Fixture.
The method of claim 1,

It further comprises a first docking member 600 protruding the first coupling protrusion 601 on one side of the upper surface,

Fixing the jewelry, characterized in that the first docking member 600 is installed on the body portion 100 in a manner that the first coupling protrusion 601 is coupled to the body 110 of the body portion 100. Utensils.
The method of claim 5,

The first coupling protrusion 601 is one in the center of the upper surface of the first docking member 600 and two are projected at a predetermined interval on one side of the upper surface so that the first coupling protrusion 601 is on the body 110. At the same time inserted into the edge of the semi-circular shape of the side of the body 110, the first docking member 600 is fixed to the body 110, characterized in that the accessory is installed on the body 110 in a way.
The method of claim 1,

The first ring member 150 is coupled to any one of the other end of the auxiliary body 130, one end lower surface of the auxiliary body 130 or the other end surface of the body 110 in a semi-circular ring shape. Jewelry fasteners, characterized in that configured to include.
The method of claim 7, wherein

One end of the first ring member 150 is coupled to one lower surface of the auxiliary body 130 or the other lower surface of the body 110,

The other end of the first ring member 150 is fixed to the ornaments, characterized in that the other end of the auxiliary body is configured to mesh with each other or to cross each other.
The method of claim 7, wherein

It is configured to further include a second docking member 630 that the other end of the ring hole 631 is drilled,

The second hook member 630 is fixed to the body portion 100 in a manner that the first ring member 150 penetrates the ring hole 631.
The method of claim 9,

The second docking member 630 has a second coupling protrusion 632 protrudes on one side of an upper surface thereof.

The second docking member 630 is the first ring member 150 after passing through the ring hole 631, the second coupling protrusion 632 to the body 110 of the body portion 100. The second docking member 630 is coupled to the method for fastening ornaments, characterized in that installed in the body portion (100).
The method of claim 9,

The first ring member 150 further comprises one or more fixing protrusions 151 protruding at a predetermined interval along the curvature of the upper or lower surface,

The second docking member 630 is installed in the body portion 100 in a manner that the first ring member 150 penetrates through the ring hole 631, and the other end of the second docking member 630 is formed. Accessories for fixing jewelry, characterized in that fixed between the fixing projections (151).
The method of claim 1,

Jewelry fixing mechanism, characterized in that the magnet is formed on one side of the body (110).
In the apparatus for attaching jewelry to clothes, bags, body parts,

A block portion including a fixed block 710 and a coupling block 720 which is spaced apart from the fixed block 710 by a first fixed hole 721 on a surface facing the fixed block 710. 700;

It has a loop structure that is deformed by the force applied from the outside and restored to its original shape by its own elastic force, one end of which is coupled to one side of the fixed block 710 and the other end of which is coupled to one side of the coupling block 720. Another end is coupled to the other side of the fixed block 710 and the other end is coupled to the other side of the coupling block 720 to connect the fixed block 710 and the coupling block 720 A loop button unit 800; And,

One end is coupled to the fixed block 710, the other end is configured to include a first pin fixing portion 900 is fitted to the first fixing hole 721 of the coupling block 720,

The third loop button part 800 is deformed by the pressing force so that the other end of the first pin fixing part 900 is opened by the gap between the fixed block 710 and the coupling block 720. 721, which is separate from the jewelry fastener.
The method of claim 13,

The third loop button portion 800 is coupled to the fixed block 710 and the coupling block 720 is coupled to the fixed block 710 by the deformation of the third loop button portion 800. Accessories for fastening ornaments, characterized in that the block is formed thin so that the 720 is rotated.
The method of claim 13,

The second coupling hole 731 is characterized in that the plate-like member further comprises a coupling member 730, one end of which is coupled to one side of the upper surface of the fixed block 710 or the coupling block 720. Ornament fasteners.
The method of claim 15,

The coupling member 730 is

One end of the lower surface is fixed to the ornaments mechanism, characterized in that installed in each position where both ends of the first pin fixing part 900 in a way that is coupled to one side of the upper surface of the third loop button portion (700).
The method of claim 13,

The first fixing hole 721 is

A plurality of incisions are formed in a line shape around the through hole, or a jewelry fixing mechanism, characterized in that the narrow inlet is created to stretch elastically.
The method of claim 17,

The second pinching jaw 901 protruding from the other end outer peripheral surface of the first pin fixing portion 900 is configured to further include,

The other end of the first pin fixing part 900 is caught by the first fixing hole 721 by the second catching jaw (901).
The method of claim 13,

An accessory for fixing jewelry, characterized in that the ring-shaped member further comprises a second ring member (1100) coupled to one side of the upper surface of the fixed block (710) or the coupling block (720).
In the apparatus for attaching jewelry to clothes, bags, body parts,

The other end of the flat plate-shaped member is bent in a curvature radius of a predetermined size, and the other end is cut at regular intervals so that the first member 921 and the first member 921 with the first latch 921a are cut. A third pin fixing part 920 composed of a second member 922 having a second latch 922a which is cut to engage the first latch 921a at the other end in the same shape as that of the third pin fixing part 920;

It has a loop structure that is deformed by a force applied from the outside and is restored to its original shape by its own elastic force, and one end is coupled to one side of one end of the first member 921, and the other end is connected to one end of the second member 922. It is coupled to one side, the other end is coupled to the other side of one end of the first member 921 and the other end is coupled to the other side of one end of the second member 922 is the first member 921 and the first It comprises a fourth loop button portion 820 connecting the two members 922,

The first member 921 and the second member 922 are rotated about one end when the first member 921 and the second member 922 are deformed by the force applied to the side of the second loop button portion 820 and the first member 921 Accessory fixing mechanism characterized in that the gap between the other end of the second member (922).
The method of claim 20,

The cross section in the longitudinal direction is a 'c' shaped member further comprises a pressing member 930, one end of which is coupled to the top surface of the first member 921 and the other end of which is coupled to the top surface of the second member 922. But

When a force is applied to the pressing member 930, a force is transmitted to the first member 921 and the second member 922, respectively, to terminate one end of the first member 921 and the second member 922. Accessory fixing mechanism characterized in that the gap between the other end of the first member (921) and the second member (922) in a way that is rotated about each center.
The method of claim 21,

The pressing member 930 is a fixture for fastening ornaments, characterized in that it further comprises a docking hole (1200 ') which is drilled on one side of the upper surface.
The method of claim 22,

The docking hole 1200 '

A plurality of incisions are formed in a line shape around the through hole, or a jewelry fixing mechanism, characterized in that the narrow inlet is created to stretch elastically.
The method of claim 21,

An accessory for fixing jewelry, characterized in that it further comprises a second ring member (1100 ") is coupled to one side of the upper surface of the pressing member (930) as an annular member.
In the apparatus for attaching jewelry to clothes, bags, body parts,

The ring-shaped band member has a loop structure that is deformed by a force applied from the outside and restored to its original shape by its own elastic force, and a body coupling hole 831 is drilled on one side facing the second side, and a second side on the other side lower surface thereof. A fifth loop button part 830 having a body fixing groove 832 formed therein;

The third catching jaw 1020 and one end formed at one end of the second body 1010 and the second body 1010 are coupled to one end of the second body 1010 and the other end of the second body 1010. A second body part 1000 formed of a second auxiliary body 1030 curved in a curvature radius of a predetermined size in a lower direction of the bottom surface; And,

One end is configured to further include a fourth pin fixing portion 940 coupled to rotate on the upper surface of the fifth loop button portion 830 in which the body coupling hole 831 is located,

The second body part 1000 has the other end of the second auxiliary body 1030 is inserted into the body coupling hole 831 and the other end of the second body 1010 in the second body fixing groove 832. Installed in the fifth loop button portion 830 by the fitting method,

The fifth loop button part 830 is deformed by a method of horizontally or rotationally moving from an upper surface of one end of the second auxiliary body 1030 by a force pressed in the lateral direction of the second body part 1000. Accessory fixing mechanism characterized in that one end of the fourth pin fixing portion (940) is rotated.
The method of claim 25,

The second body 1010 is a plate-shaped member is configured to further include a fixing part coupling hole (1011) which is a hole to which the other end of the fourth pin fixing part 940 is coupled to one end of the other end,

The fifth loop button part 830 is deformed by a method of horizontally or rotationally moving from one upper surface of the second auxiliary body 1030 by a force pressed in the lateral direction of the second body part 1000. One end of the fourth pin fixing part (940) is rotated so that the other end of the fourth pin fixing part (940) is fixed to the ornament fixing mechanism, characterized in that separated from the fixing part coupling hole (1011).
The method of claim 25,

An elastic coupling groove 1040 formed at one lower surface of the second body 1010;

An elastic coupling protrusion 833 formed at one side of an upper surface of the fifth loop button portion 830 where the body coupling hole 831 is located; And,

One side is coupled to the elastic coupling groove 1040 and the other side is coupled to the elastic coupling protrusion 833, the second elastic body to increase the binding force of the fifth loop button portion 830 and the second body portion 1000 1300, the ornament for fixing the ornament, characterized in that it further comprises.
The method of claim 25,

The fourth pinned fixing part 940 is

Pin coupling grooves 941 formed on both sides or one side thereof;

The second pin member 942 is fitted to the pin coupling groove 941 as a member of the 'b' shape, but one end is coupled to or abuts on one side of the second body 1010. Jewelry fasteners, characterized in that the.
The method of claim 25,

Semi-circular ring-shaped ornaments, characterized in that it further comprises a second ring member (1100 "') is coupled to one side of the second body (1010).
The method of claim 25,

Accessories for fastening ornaments, characterized in that it further comprises a docking hole (1200 ") penetrating one side of the second body (1010).
The method of claim 30,

The docking hole 1200 "

A plurality of incisions are formed in a line shape around the through hole, or a jewelry fixing mechanism, characterized in that the narrow inlet is created to stretch elastically.