KR20130009581A - Apparatus for attaching decoration bead - Google Patents

Abstract

PURPOSE: A decorative bead attaching apparatus is provided to conveniently attach beads on a material to be attached. CONSTITUTION: A decorative bead attaching apparatus attaches decorative beads(60) attached on the surface of a material to be attached. The apparatus comprises a support member(100), an attaching pin feeding unit(200), and a bead feeding unit(300). The support member has: a support plate(110) loaded on the upper side of a tablet; a vertical plate which is vertically extended from the center of the support plate; and an extension plate(130) which is bent at the upper end of the vertical plate.

Description

Decorative Bead Attachment {APPARATUS FOR ATTACHING DECORATION BEAD}

The present invention relates to a decorative bead attachment device for supplying a bead attached to the skin complex from above with a skin complex therebetween and an attachment pin for attaching the bead to the skin complex from below.

In general, a decorative bead is attached to a skin complex such as clothing or a bag to decorate the appearance of the skin complex.

The conventional "decorative bead attachment device" disclosed in Korean Utility Model Publication No. 20-2009-0012855 is provided with a rotating plate 10 is rotatably installed on the upper surface of the fixed base 20, the rotating plate 10 is a bead ( Bead position portions 16a and 16b in which 2) is positioned are formed.

And, the lower side of the rotating plate 10 is provided with a bead moving member 30 for supplying the beads 30 to the bead positions 16a, 16b, the upper side of the rotating plate 10 is attached to the attachment pin (1) The pin moving member 40 for supplying the bead positions 16a, 16b is provided. On the upper surface of the rotating plate 10, a garment such as a skin complex is placed.

Referring to the method of attaching the beads 2 to the clothes, based on the clothes, the beads 30 are supplied from the lower side to the upper side, and the attachment pin 1 is supplied from the upper side to the lower side. Then, one side of the attachment pin (1) is passed through the clothing, and the beads (2) are attached to the clothing due to being embedded in the beads (2).

The beads 2 must be attached to the surface of the garment so that the beads 2 are exposed to the outside.

By the way, in the conventional decorative bead attachment device as described above, the bead (2) is supplied from the lower side, and the attachment pin (1) is supplied from the upper side based on the clothing. Therefore, the beads 2 are attached to the surface of the garment only when the surface of the garment faces downward and the back side faces upward. Due to this, since the work to attach the beads (2) by turning the clothing upside down, there is a very uncomfortable disadvantage.

The present invention has been made to solve the problems of the prior art as described above, the object of the present invention, based on the skin complexes, supplying beads from the upper side to the lower side, and attaching pins for attaching the beads to the skin complexes By supplying from the lower side to the upper side, to provide a decorative bead attachment device that can be conveniently attached to the skin complex.

Decorative bead attachment device according to the present invention for achieving the above object, decorative beads for attaching beads to the skin complex (被 俯着 物) using an attachment pin having a body and at least one fixing needle formed on the outer peripheral surface of the body An attachment apparatus, comprising: a support member; An attachment pin supply unit installed at the support member and passing through the skin deposit on the upper surface side and receiving and transferring the attachment pin from the outside, and supplying the attachment pin from the lower side to the upper side; Installed on the support member, the fixing needle of the attachment pin supplied from the attachment pin supply unit is embedded in the beads so that the beads are attached to the skin complex, the beads are supplied from the outside and supplied from the attachment pin supply unit And a bead supply part for supplying and supporting the bead from an upper side to a lower side of the skin complex to a portion corresponding to a supply direction of the attachment pin.

As described above, the decorative bead attachment device according to the present invention, since the beads are supplied from the upper side to the lower side, and the attachment pin for attaching the beads to the skin complex is supplied from the lower side to the upper side, Work can be done with the surface facing upwards. Therefore, the work of attaching the beads to the skin complex is very convenient.

In addition, according to the size of the beads flowing into the bead supply unit, it can be used to replace the alignment tube for aligning the beads and the push bar to support by pressing the beads, so that a single device to attach beads of various sizes to the skin complex Can be.

In addition, since a plurality of cylinders and a pressing support part and an alignment part are installed on the support block of the bead supply unit, a plurality of beads may be continuously supplied using one bead supply unit and attached to the skin complex.

1 is a perspective view of a decorative bead attachment device according to a first embodiment of the present invention.
Figure 2 is an enlarged perspective view of the attachment pin supply shown in FIG.
3 is an exploded perspective view of Fig.
4A and 4B are sectional views taken along the line "IV-IV" and "V-V" in Fig. 3;
5a to 5d are schematic front cross-sectional views showing the operation of the attachment pin supply unit shown in FIG.
6 is an enlarged perspective view of the bead supply unit shown in FIG.
7 is an exploded perspective view of FIG. 6;
8 is a schematic front cross-sectional view of FIG. 6.
9A to 9D are schematic front views showing the operation of the bead supply unit shown in FIG.
10A and 10B are enlarged views of portion “A” of FIG. 1.
11 is a perspective view of a decorative bead attachment device according to a second embodiment of the present invention.
12 is an enlarged perspective view of the attachment pin supply unit illustrated in FIG. 11.
13 is an exploded perspective view of FIG. 12.
14A to 14D are schematic front cross-sectional views showing the operation of the attachment pin supply unit shown in FIG. 12.

DETAILED DESCRIPTION OF THE INVENTION The following detailed description of the invention refers to the accompanying drawings that illustrate specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are mutually exclusive, but need not be mutually exclusive. For example, certain shapes, structures, and specific features described herein may be embodied in other embodiments without departing from the spirit and scope of the invention in connection with one embodiment. It is also to be understood that the position or arrangement of the individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the invention. The following detailed description, therefore, is not to be taken in a limiting sense, and the scope of the present invention is defined only by the appended claims, along with the full scope of equivalents to which such claims are entitled. The length, area, thickness, and shape of the embodiments shown in the drawings may be exaggerated for convenience.

Hereinafter, with reference to the accompanying drawings will be described in detail the decorative bead attachment device according to an embodiment of the present invention.

1st Example

1 is a perspective view of a decorative bead attachment device according to a first embodiment of the present invention.

As shown, the decorative bead attachment device according to the first embodiment of the present invention, the decorative bead attached to the surface of the skin complex 50 (see Figs. 5a and 9a), such as clothes or bags Apparatus for attaching the 60 using the attachment pin 70, including a support member 100, the attachment pin supply unit 200 and the bead supply unit 300.

The support member 100 is bent at the upper end of the support plate 110 mounted on the upper surface of the table (not shown), the vertical plate 120 and the vertical plate 120 extending vertically from approximately the center of the upper surface of the support plate 110. It has an extension plate 130 formed.

Hereinafter, in referring to the surface and the direction of the other components including the support member 100, the "upper surface and the upper side", the surface and the direction toward the vertical direction upward of the support plate 110 with respect to the support plate 110, the support plate The surface and direction toward the vertical direction downward of 110 are referred to as "lower surface and lower side".

Attachment pin supply unit 200 according to the first embodiment of the present invention is coupled to the support plate 110 of the support member 100, the upper surface of the skin deposit 50 is placed, the attachment pin 70 from the outside After receiving and transporting, the attachment pin 70 is supplied from the lower side to the upper side of the skin complex 50.

Specifically, the attachment pin supply unit 200 will be described with reference to FIGS. 1 to 4B. FIG. 2 is an enlarged perspective view of the attachment pin supply unit illustrated in FIG. 1, FIG. 3 is an exploded perspective view of FIG. 2, and FIGS. 4A and 4B are cross-sectional views taken along the line “IV-IV” and “V-V” of FIG. 3. It is a cross section.

As shown, the attachment pin 70 (see FIG. 1) is formed in a disc-shaped body 71, a plurality of fixing needles 73 which are bent at the outer circumferential surface of the body 71 and are substantially perpendicular to the body 71. It includes. In addition, the attachment pin 70 is caught by the guide rail 80 in a form in which the fixing needle 73 faces downward, and is transferred to the attachment pin supply unit 200.

The attachment pin 70 is transferred to the attachment pin supply unit 200 with the fixing needle 73 facing downward, and then the attachment pin 70 is attached to the attachment pin supply unit 200 with the fixing needle 73 facing downward. When supplied upwards by), the flat body 71 hits the skin complex 50. Then, the attachment pins 70 do not get stuck in the beads 60 supplied through the skin deposits 50 to the skin deposits 50 from the upper side of the skin deposits 50. Then, the beads 60 are not attached to the skin deposit 50.

To this end, the attachment pin supply unit 200 according to the first embodiment of the present invention receives the attachment pin 70 to change the direction of the attachment pin 70 so that the fixing needle 73 is directed upward It includes 210, the direction change unit 210 has a fixed block 211 and the rotation block 215.

The fixed block 211 is formed in a substantially rectangular parallelepiped shape and is coupled to a cover 251 coupled to an upper surface of the base block 231 to be described later, and a circular space 212 is formed therein. Then, an injection hole 213a is formed above the outer circumferential surface of the fixed block 211 forming the space 212, and a discharge hole 213b (see FIG. 4A) is formed below. At this time, the input hole (213a) and the discharge hole (213b) is located on the same virtual vertical line perpendicular to the support plate 110.

The rotation block 215 is formed in a circular shape and rotatably installed in the space 212 of the fixed block 211. Referring to FIG. 4A, the receiving groove 216 is formed on the outer circumferential surface of the rotating block 215, and the receiving groove 216 has an input hole 213a or an outlet hole 213b as the rotating block 215 rotates. ) Is selectively communicated with and receives the attachment pin 70 introduced into the input hole (213a) and then discharged to the discharge hole (213b).

In detail, the fixing pin 73 is introduced into the insertion hole 213a, the fixing needle 73 faces downward. Therefore, when the receiving groove 216 is located at the upper side and communicates with the feeding hole 213a, the fixing needle 73 also received downward in the receiving pin 213 received through the feeding hole 213a. .

In this state, when the rotation block 215 is rotated so that the receiving groove 216 is directed downward, the fixing pin 73 accommodated in the receiving groove 216 has the fixing pin 73 facing upward. Therefore, when the receiving groove 216 and the discharge hole 213b communicate with each other, the attachment pin 70 accommodated in the receiving groove 216 moves downward through the discharge hole 213b in a form in which the fixing needle 73 faces upward. Discharged. Therefore, the direction of the attachment pin 70 is reversed.

The connecting block 217 for rotating the rotating block 215 on the outside may be coupled to the rotating block 215.

The attachment pin supply unit 200 according to the first embodiment of the present invention receives the attachment pin 70 in a form in which the fixing needle 73 faces upward from the direction change unit 210, and the attachment pin 70 is supplied. It includes a conveying unit 220 for transporting to the appropriate supply position to be, the conveying unit 220 has a base block 231 and the conveying bar 241.

The base block 231 is formed in a long hexahedral shape and is coupled to the support plate 110 of the support member 100. On the upper surface of the base block 231 is formed a movement path 232 recessed downwardly and a supply passage 233 for supplying the attachment pin 70 to the bead supply unit 300 on the right side of the movement path 232 ( 5a) is formed vertically. The supply passage 233 is formed to face the beads 60 supplied from the bead supply unit 300.

The transfer bar 241 is installed to be capable of linear reciprocation along the upper surface of the base block 231, and receives the attachment pin 70 from the direction converting unit 210 and transfers it to the supply path 233. To this end, the right part of the transfer bar 241 is inserted into the left part of the exercise path 232 to linearly reciprocate along the exercise path 232, and the left part is exposed to the outside. In addition, a receiving hole 242 is formed at the right side of the transfer bar 241 to receive the attachment pin 70 discharged from the discharge hole 213b and to deliver it to the supply path 233.

That is, the right side portion of the transfer bar 241 is positioned on the left side portion of the movement path 232, and the discharge hole 213b and the accommodation hole 252 are provided through the first communication hole 252 of the cover 251 to be described later. When 242 is in communication, the attachment pin 70 discharged from the discharge hole 213b is accommodated in the receiving hole 242. In this state, the transfer bar 241 is linearly moved to the top dead center position, the right portion of the transfer bar 241 is located on the right side of the movement path 232, so that the receiving hole 242 and the supply passage 233 are When communicating, the attachment pin 70 accommodated in the receiving hole 242 is transmitted to the bead supply unit 300 by the compressor 270 to be described later.

The cover 251 to which the fixed bar 211 is coupled is coupled to the upper surface of the base block 231 while preventing the transfer bar 241 from escaping to the upper side of the base block 231. First and second communication holes 252 and 253 are formed in the left part and the right part, respectively. For convenience of coupling, the cover 251 may be formed in a plurality of separate forms.

The first communication hole 252 communicates with the discharge hole 213b (see FIG. 4A), and communicates with the accommodation hole 242 when the right side portion of the transfer bar 241 is positioned at the left side portion of the movement path 232. do. The second communication hole 253 has a right portion of the transfer bar 241 located at a right portion of the exercise path 232 so that the accommodation hole 242 and the supply passage 233 communicate with each other. Through this, it communicates with the supply path 233.

Therefore, the attachment pin 70 is located in the supply path 233 through the discharge hole 213b → the first communication hole 252 → the receiving hole 242, and then the guide hole 263 to be described later → second communication It is supplied to the supply site through the ball 253.

The transfer bar 241 is connected to the operation bar 245 and linearly moves. In detail, the lower surface of the base block 231 is provided with a cylinder 247, and the right side of the operation bar 245 is inserted into the cylinder 247. Then, the left side of the operation bar 245 is exposed to the outside of the cylinder 247 is connected to the left side of the transfer bar 241. Thus, when the operation bar 245 reciprocates linearly according to the pressure change inside the cylinder 247, the transfer bar 241 also reciprocates linearly.

When the operation bar 245 and the transfer bar 241 are located at the bottom dead center, the first communication hole 252 and the accommodation hole 242 communicate with each other. When the operating bar 245 and the transfer bar 241 are located at the top dead center, the supply path 233 and the accommodation hole 242 are located. It is preferable to adjust the movement distance of the transfer bar 241 to communicate with).

The attachment pin supply unit 200 according to the first embodiment of the present invention is accommodated in the receiving hole 242 and shoots the attachment pin 70 located in the supply path 233 upwards, and is supplied from the bead supply unit 300. And a compressor 270 for embedding in the beads 60.

The compressor 270 is coupled to the lower surface of the right portion of the base block 231 and communicates with the lower portion of the supply passage 233 (see FIGS. 5C and 5D). Therefore, the attachment pin 70, which is accommodated in the receiving hole 242 by the pressure generated by the compressor 270 and positioned in the supply path 233, is supplied to the bead 60 through the second communication hole 253. . Then, the attachment pin 70 is embedded in the beads 60 through the skin complex 50.

The accommodation grooves 216 of the rotation block 215 described above may be formed in plural in consideration of the movement period of the transfer bar 241.

The attachment pin 70 supplied upward by the compressor 270 may be re-introduced into the second communication hole 253 without being stuck in the bead 60. Then, the attachment pin 70 re-introduced into the second communication hole 253 falls to the movement path 232, which causes the movement of the transfer bar 241 is disturbed and an error occurs.

In order to prevent this, the attachment pin supply unit 200 according to the first embodiment of the present invention may be introduced into the second communication hole 253 by reaccommodating the attachment pin 70 re-introduced into the second communication hole 253. Guide means for guiding to be provided is provided, the guide means includes a guide bar 261 and a guide hole 263 formed in the guide bar 261.

3 and 4B, the right end side of the cover 251 protrudes to the outside of the base block 231, and the lower end side protruding piece 255 protrudes to the bottom of the right end side of the cover 251. Is formed. A support hole 256 is formed in the protruding piece 255 in a direction from the right side to the left side, that is, the direction from the inner side of the cover 251 to the outer side.

The left portion of the guide bar 261 penetrates the support hole 256 from the right side of the support hole 256 to the left side, and then is located outside the support hole 256, and is located at the right side of the exercise path 232. It is inserted and installed in a linear motion along the movement path 232. The right portion of the guide bar 261 is inserted into the support hole 256 and supported by the protruding piece 255 side of the cover 251.

And, the guide hole 263 is formed on the left side of the guide bar 261 located outside the support hole 256, the lower side is in communication with the supply path 233 as the guide bar 261 linear reciprocating motion The upper side communicates with the second communication hole 253 to accommodate the attachment pin 70 re-introduced into the second communication hole 253. Then, by the guide hole 263, the attachment pin 70 is introduced into the second communication hole 253 in the same shape as the state accommodated in the receiving hole 242.

The guide hole 263 communicates with or does not communicate with the supply passage 233 and the second communication hole 253 by the movement of the transfer bar 241, respectively. Specifically, when the transfer bar 241 moves to the left of the bottom dead center, and the receiving hole 242 and the supply path 233 are not in communication, the guide hole 263 is supplied to the supply path 233 and the first path. Each of the two communicating holes 253 communicates with each other, and when the feed bar 241 moves to the right of the top dead center position, and the receiving hole 242 and the supply path 233 communicate with each other, the guide hole 263 passes through the supply path. It is not in communication with 233 and the second communication hole 253, respectively.

A stopper 257 sealing the support hole 256 is coupled to the right end surface of the protruding piece 255, and a guide hole 263 is supplied between the right end surface of the guide bar 261 and the stopper 257. An elastic member 265 is provided to elastically support the guide bar 261 to the left side so as to communicate with the furnace 233 and the second communication hole 253, respectively. That is, the elastic member 265 is a guide hole 263 of the guide bar 261 when the receiving hole 242 of the transfer bar 241 is not in communication with the supply passage 233 and the second communication hole 253, respectively. The guide bar 261 is elastically supported to communicate with the supply passage 233 and the second communication hole 253, respectively.

The diameter of the left end side portion of the support hole 256 is formed smaller than the diameter of the right portion, and the diameter of the left portion of the guide bar 261 is formed smaller than the diameter of the right portion. Then, since the right end surface of the large guide bar 261 is caught by the site | part of the support hole 256 with a small diameter, the guide bar 261 is separated outward through the left side of the support hole 256. FIG. Is prevented. In addition, since the right end surface of the guide bar 261 is supported by the stopper 257 through the elastic member 265, the guide bar 261 is prevented from going outward through the right side of the support hole 265.

In order to firmly install the elastic member 265, a support groove 261a is formed in the right end surface of the guide bar 261 in which the left portion of the elastic member 265 is inserted and supported.

An operation of the attachment pin supply unit of the decorative bead attachment device according to the first embodiment of the present invention will be described with reference to FIGS. 5A to 5D. 5A to 5D are schematic front cross-sectional views illustrating the operation of the attachment pin supply unit illustrated in FIG. 2.

As shown in FIG. 5A, the inlet hole 213a of the fixed block 211 and the accommodation groove 216 of the rotation block 215 communicate with each other, and the outlet hole 213b and the cover 251 of the fixed block 211 communicate with each other. The first communication hole 252 and the receiving hole 242 of the transfer bar 241 are sequentially communicated, the supply path 233 of the base block 231 and the guide hole 263 of the guide bar 261. Assume that the state in which the second communication hole 253 of the cover 251 is sequentially communicated with the first state.

In the initial state, when the attachment pin 70 is introduced into the insertion hole 213a from the storage container (not shown) in which the attachment pin 70 is stored, and enters the insertion hole 213a, the receiving groove 216 An attachment pin 70 is accommodated therein. At this time, the fixing pin (70) is the fixing needle 73 toward the lower side.

When the attachment pin 70 is accommodated in the accommodation groove 216, as shown in FIG. 5B, the rotation block 215 rotates to communicate the accommodation groove 216 and the discharge hole 213b. Then, the attachment pin 70 accommodated in the accommodation groove 216 is accommodated in the accommodation hole 242 through the discharge hole 213b → the first communication hole 253. Since the attachment pin 70 accommodated in the accommodation hole 242 is changed in direction by the rotation of the rotation block 215, the fixing needle 73 faces upward.

When the supplementary plate 70 is accommodated in the accommodation hole 242, the transfer bar 241 linearly moves to the right of the top dead center position, and thus, as shown in FIG. 5C, the accommodation hole 242 and the supply path are provided. 233 and the second communication hole 253 communicate with each other. Then, the compressor 270 is driven to supply the attachment pin 70 by shooting upward. By the repetition of this operation, the attachment pin 70 is supplied from the lower side to the upper side of the skin deposit 50.

The attachment pin 70 supplied upward by the compressor 270 may be re-introduced into the second communication hole 253. Then, since the attachment pin 70 is accommodated in the guide hole 263 through the second communication hole 253, as shown in Figure 5d, the compressor 270 is driven to move the attachment pin 70 upwards. You can shoot and supply.

Reference numeral 271 of FIGS. 5C and 5D denotes a push rod that pushes the attachment pin 70 to the bead supply unit 300 while moving by the compressor 270.

As shown in FIG. 1, the bead supply unit 300 according to the first embodiment of the present invention is coupled to the extension plate 130 of the support member 100 and positioned above the attachment pin supply unit 200.

The bead supply unit 300 receives the beads 60 from the outside to the site corresponding to the supply direction of the attachment pin 70 supplied from the attachment pin supply unit 200 to the beads 60 from the upper side of the skin deposit 50. Supply it to the lower side and support it. Then, since the fixing needle 73 of the attachment pin 70 supplied from the attachment pin supply unit 200 is penetrated into the beads 60 through the skin complex 50, the beads 60 are attached to the skin complex 50. do.

The supply path of the attachment pin 70 supplied from the attachment pin supply unit 200 to the skin complex 50 and the supply path of the beads 60 supplied from the bead supply unit 300 to the skin complex 50 are supported by the support plate 110. It is preferably located on an imaginary same vertical line perpendicular to.

The bead supply unit 300 according to the first embodiment of the present invention will be described with reference to FIGS. 1 and 6 to 8. FIG. 6 is an enlarged perspective view of the bead supply unit shown in FIG. 1, FIG. 7 is an exploded perspective view of FIG. 6, and FIG. 8 is a schematic front sectional view of FIG. 6.

As shown, the bead supply unit 300 according to the first embodiment of the present invention includes a cylinder 310 (see FIG. 1), a support block 320, a press support unit 330, and an alignment unit 340. .

Cylinder 310 is coupled to the upper portion of the extension plate 130, the upper portion of the plunger (Plunger) 315 is inserted therein and is installed to be elevated. The lower end side of the plunger 315 is exposed to the lower outer side of the cylinder 310 and is located approximately above the supply passage 233 (see FIG. 5A) of the attachment pin supply unit 200.

A support block 320 of a hollow body is installed at a portion of the extension plate 130 between the cylinder 310 and the attachment pin supply unit 200. The support block 320 supports the lifting motions of the pressing support part 330 and the alignment part 340.

The pressing support 330 of the bead supply unit 300 according to the first embodiment of the present invention is lifted with the plunger 315 and includes a lifting bar 331 and a push bar 335. The upper portion of the pressing support 330 is connected to the plunger 315, the lower portion by pressing the bead 60 located in the alignment portion 340 to the lower portion of the bead 60 to the attachment pin 70 is supplied Support at the same time as supply. The beads 60 aligned with the alignment unit 340 are located directly above the attachment pins 70 supplied from the attachment pin supply unit 200.

The lifting bar 331 is elevated together with the plunger 315, and the upper portion is inserted into the lower portion of the plunger 315 to be detachably coupled, and the lower portion is inserted into the support block 320.

The lower portion of the plunger 315 is formed in a tubular shape, and an open doorway 316 is formed on the outer peripheral surface of the lower end side of the plunger 315 to allow the upper end side of the elevating bar 331 to enter and exit. Then, the locking projection 317 is formed in the lower portion of the plunger 315 forming the doorway 316 to face.

The lifting bar 331 is detachably coupled to the plunger 315 while entering and exiting the doorway 316, and a first locking groove 332 is formed on the outer peripheral surface of the upper portion. When the lifting bar 331 is inserted into the plunger 315 through the doorway 316, the locking protrusion 317 is inserted into the first locking groove 332 and caught. Thus, the elevating bar 331 is coupled to the plunger 315.

The push bar 335 is detachably coupled to the lower portion of the elevating bar 331, the upper portion is opposed to the beads 60 aligned with the alignment portion 340. The push bar 335 is elevated together with the elevating bar 331, and when the elevating bar 331 descends, presses the beads 60 aligned with the alignment unit 340 and supplies them to the site where the attachment pin 70 is supplied. And support at the same time.

The lower portion of the elevating bar 331 is formed in a tubular shape, the upper portion of the push bar 335 is inserted into the lower portion of the elevating bar 331 is detachably coupled. A fastening screw 334 is coupled to the outer circumferential surface of the lower portion of the elevating bar 331 to couple or separate the push bar 335 to the elevating bar 331, and the elevating bar ( A ring-shaped second locking groove 336 through which the end of the fastening screw 334 penetrated 331 is inserted is formed.

When the fastening screw 334 is fastened to the lifting bar 331 or released from the lifting bar 331, the push bar 335 may be coupled to the lifting bar 331 or separated from the lifting part 331.

The bottom surface of the push bar 335 is formed with a settling groove 335a (see FIG. 8) in which the upper portion of the bead 60 is inserted and supported. Since the beads 60 are placed and settled in the settling groove 335a, the beads are not separated out of the push bar 335 and are supplied and supported correctly to the supply site.

The alignment unit 340 of the bead supply unit 300 according to the first embodiment of the present invention is inserted into and supported by a lower portion of the support block 320 positioned below the cylinder 310 and installed to be elevated. The beads 60 to be delivered are received one by one and placed directly above a portion to which the attachment pin 70 is supplied.

The alignment unit 340 descends due to its own weight, rises by the pressing support unit 330, and has a support tube 341 and an alignment tube 345. The lifting bar 331 and the push bar 335 are positioned inside the support tube 341 and the alignment tube 345 to move up and down.

The support tube 341 has an upper portion inserted into the lower portion of the support block 320 so as to be elevated, and the lower portion is located outside the lower portion of the support block 320. Alignment tube 345 is the upper portion is inserted into the lower portion of the support tube 341 is detachably coupled.

The structure for attaching and detaching the alignment tube 345 to the support tube 341 uses the fastening member 351 as in the detachable structure of the elevating bar 331 and the push bar 335 described above.

Alignment tube 345 is moved up and down together with the support tube 341 to receive a bead 60 transmitted from the outside one by one to position corresponding to the portion to which the attachment pin 70 is supplied. Thus, the support tube 341 and the alignment tube 345 are located on the path to which the attachment pin 70 is supplied.

Guide protrusions 344 and guide paths 323 are inserted into the outer circumferential surface of the support tube 341 and the support block 320 to guide the lifting movement of the alignment unit 340, respectively. Therefore, the alignment unit 340 does not rotate, but is stably raised and lowered inside the support block 320.

The outer peripheral surface of the upper portion of the alignment tube 345 is formed with an inlet hole 346 through which the beads 60 are introduced, and the outer peripheral surface of the lower part of the support tube 341 facing the inlet hole 346 is opened 342.

A stopper 361 is rotatably installed inside a portion of the alignment tube 345 below the inflow hole 346. The stopper 361 blocks the inside of the alignment tube 345 to prevent the beads 60 from being discharged downward, or open to allow the beads 60 to be discharged downward. The stopper 361 rotates in the forward direction to open the alignment tube 345 when the push bar 335 is lowered by a plunger 315 or more by the plunger 315, and rotates in the reverse direction when the plunger 315 rises to align the tube 345. To block.

Both end sides of the rotation shaft 363 are supported and supported on the support tube 341, and one end side of the stopper 361 is supported and fixed to a portion of the rotation shaft 363 located inside the support tube 341. In the support tube 341 and the alignment tube 345, communication paths 343 and 347 (see FIG. 8) through which the other side portion of the stopper 361 passes so that the stopper 361 can rotate in the forward and reverse directions are opposed to each other. Are each formed.

The state in which the stopper 361 rotates to firmly block the inside of the alignment tube 345 is a case where the stopper 361 is substantially parallel to the diameter of the alignment tube 345. With the stopper 361 parallel to the diameter of the alignment tube 345, if the distance between the top surface of the stopper 361 and the inlet hole 346 is shorter than the diameter of the bead 60, the bead 60 enters the inlet. Only one is introduced into the alignment tube 345 through the ball 346. That is, if the distance between the rotating shaft 363 and the inlet hole 346 is formed shorter than the diameter of the beads 60, and the angle of rotation of the rotating shaft 363 rotates in the reverse direction, the beads 60 by the stopper 361 Only one is introduced into the alignment tube 345 is aligned.

The stopper 361 rotates in the forward direction by pressing the push bar 335, and when the press support part 330 rises, the stopper 361 rotates in the reverse direction by the rotation shaft 363 rotating in the reverse direction by the press support part 330. This will be described later.

The outer surface of the support tube 341 is coupled to one end of the rotating shaft 363, the rotating plate 365 that rotates with the rotating shaft 363 is coupled. The lower end of the elastic member 367 is supported on one side of the outer circumferential surface of the rotating plate 365, and the upper end of the elastic member 367 is supported by the lifting bar 331 of the pressing support part 330.

The alignment unit 340 is lowered by its own weight, and the rotary plate 365 is coupled to the alignment unit 340. In addition, the pressing support part 330 and the rotating plate 365 are connected to each other via the elastic member 367. Therefore, if the elastic force of the elastic member 365 is properly adjusted, the lowering of the alignment portion 340 due to its own weight is prevented by the elastic member 367 in the state where the pressing support 330 is stopped. When the pressing support 330 is lowered, the alignment unit 340 is lowered by its own weight, and when the pressing support 330 is raised, the alignment unit 340 is raised by the elastic member 367.

The lower portion of the elastic member 367 is installed in the form of winding a portion of the outer circumferential surface of the rotating plate 365, the recessed in which the elastic member 367 is inserted into the outer circumferential surface of the rotating plate 365 for stable installation of the elastic member 367 A settling path 365a is formed (see FIG. 7).

When the pressing support 330 is located at the top dead center, the elastic member 367 is almost in an initial state without being compressed or expanded. When the pressing support 330 is lowered in this state, the alignment unit 340 is lowered by its own weight, so that the rotary plate 365 is lowered together with the alignment unit 340 without being rotated.

However, when the pressing support 330 rises in a state located at the bottom dead center, the pressing support 330 does not try to rise by its own weight, while the rotary plate 365 is raised by the elastic member 367. By the way, since the elastic member 367 is wound on the outer peripheral surface of the rotating plate 365, the rotating plate 365 is raised while rotating. That is, the rotating plate 365 is rotated in the reverse direction, thereby, the rotary shaft 363 also rotates in the reverse direction. Then, since the stopper 361 rotates in the reverse direction, the alignment tube 345 is blocked by the stopper 361.

When the pressing support part 330 is located in top dead center, the elastic force and length of the elastic member 367 may be adjusted suitably so that the stopper 361 may be parallel to the radial direction of the alignment pipe 345. When the elastic force and the length of the elastic member 367 according to the movement distance of the pressing support part 330 are properly adjusted, the reverse rotation angle of the rotation shaft 363 including the rotating plate 365 and the stopper 361 is controlled.

The rotary plate 365 and the elevating bar 331 are formed with support protrusions 353 and 355 (see FIGS. 9D and 8) respectively supported by the lower end side and the upper end side of the elastic member 367, respectively. In addition, a lifting path 321 (see FIG. 8) is formed at an outer surface of the support block 320 to insert the support protrusion 355 coupled to the lifting bar 331. Since the support protrusion 355 is located in the hoistway 321, the pressing support part 330 and the alignment part 340 are elevated in the hoistway 321. Therefore, the upper end and the lower end of the hoistway 321 are the top dead center and the bottom dead center of the pressing support part 330 including the plunger 315 and the alignment part 340.

An operation of the bead supply unit 300 of the decorative bead attachment device according to the first embodiment of the present invention will be described with reference to FIGS. 9A to 9D. 9A to 9D are schematic front views showing the operation of the bead supply unit shown in FIG.

As shown in FIG. 9A, it is assumed that the state where the plunger 315 located immediately above the second communication hole 253 of the cover 251 is located at the top dead center is an initial state. When the beads 60 are introduced into the alignment tube 345 through the inlet hole 346 in the initial state, since the lower portion of the alignment tube 345 is blocked by the stopper 361, the alignment tube 345 Inside one bead 60 is introduced and aligned.

When the beads 60 flow into the alignment tube 345, the plunger 315 is lowered. When the plunger 315 is lowered, as shown in FIG. 9B, the lifting bar 331 and the push bar 335 also lower, and the elastic member 367 also lowers. When the elastic member 367 descends, the support tube 341 and the alignment tube 345 descend by their own weight. The support tube 341 and the alignment tube 345 are lowered until the bottom surface of the alignment tube 345 contacts the skin deposit 50 (see FIG. 9A).

In the state shown in FIG. 9B where the bottom surface of the alignment tube 345 is in contact with the skin complex 50, when the plunger 315 descends to the position of the bottom dead center, the push bar 335 descends and the alignment tube 345 does not descend. Then, since the beads 60 are pressed by the push bar 335, as shown in FIG. 9C, the beads 60 press the stopper 361 (see FIG. 9B) to rotate the stopper 361 in the forward direction. .

When the stopper 361 rotates in the forward direction, since the alignment tube 345 is opened, the beads 60 are supported by the push bar 335 to contact the skin complex 50. In this state, the attachment pin 70 (see FIG. 5D) is supplied upward from the attachment pin supply unit 200 (see FIG. 1) described above. Then, since the fixing needle 73 of the attachment pin 70 is embedded in the beads 60 through the skin deposit 50, the beads 60 are attached to the skin deposit 50.

Once the beads 60 are attached to the skin deposit 50, the plunger 315 is raised, as shown in FIG. 9D. Then, the elastic member 367, the lifting bar 331, and the push bar 335 are raised by the plunger 315. By the way, since the elastic member 367 is wound by the outer peripheral surface of the rotating plate 365 provided in the support pipe 341, the rotating plate 365 raises as it rotates.

Reference numeral 353 of FIG. 9D is a locking projection coupled to the outer circumferential surface of the rear side of the rotating plate 365 to support the lower end side of the elastic member 367. In FIGS. 9A to 9C, the locking protrusion 353 coupled to the rotary plate 365 is not visible because the locking protrusion 353 is located at the rear side of the rotary plate 365. It is also visible because it is rotated in the reverse direction.

When the elastic member 367 is wound around the outer circumferential surface of the rotating plate 365 in a proper direction so that the rotating plate 365 can rotate in the reverse direction by the rising of the elastic member 367, the rotating plate 365 is raised while rotating in the reverse direction. do. Then, since the rotary shaft 363 and the stopper 361 rotate in the reverse direction by the rotating plate 365, the alignment tube 345 is blocked by the stopper 361, and another ball 60 is introduced into the inlet hole ( It is introduced into the alignment tube 345 through the 346 and is aligned.

When the lifting bar 331 and the push bar 335 are lowered, the inflow hole 346 is closed by the lifting bar 331 or the push bar 335, as shown in FIG. It is prevented from entering this alignment tube 345.

By repeating this operation, the beads 60 are supplied from the lower side to the upper side of the skin complex 50.

In the bead supply unit 300 according to the first embodiment of the present invention, a plurality of cylinders 310, a press support unit 330, and an alignment unit 340 may be installed in one support block 320. Then, the beads 60 of various sizes may be continuously supplied using one bead supply unit 300.

10A and 10B are enlarged views of part “A” of FIG. 1, and will be described.

As shown, the support plate 371 is fixed to the outer surface of the inlet hole 346 (see FIG. 7) side alignment tube 345 (see FIG. 7), and the sliding plate 375 is slidable on the support plate 371. Is installed. In addition, a plurality of supply hoses 377 for introducing the beads 60 into the inlet hole 346 is supported by the sliding plate 375.

Each supply hose 377 is supplied with beads 60 from a reservoir (not shown) in which the beads 60 are stored, respectively, and the sizes of the beads 60 stored in the respective reservoirs are different from each other. Thus, while sliding the sliding plate 375, if the supply hose 377 communicated with the reservoir in which the beads 60 of the desired size is stored in the inlet hole 346 side and blocks the remaining supply hose 377, Desired size beads 60 may be attached to the skin complex 50.

And, as described above, the push bar 335 is detachably coupled to the lifting bar 331, the alignment tube 345 is detachably coupled to the support tube 341, the inflow hole 346 flows into The push bar 335 and the alignment tube 345 having a diameter corresponding to the diameter of the beads 60 may be coupled to the elevating bar 331 and the support tube 341, respectively.

Each push bar 335 has the same diameter on the upper side coupled to the elevating bar 331, and the diameters on the lower side pressing the beads 60 are different from each other. In addition, each of the alignment tubes 345 has the same size of the outer diameter coupled to the support tube 341, and the inner diameter into which the beads 60 are introduced is different from each other.

The decorative bead attachment device according to the first embodiment of the present invention, since the beads 60 are supplied from the upper side to the lower side, and the attachment pins 70 are supplied from the lower side to the upper side, the skin deposits 50 to which the beads 60 are attached. You can work with the surface of) facing upwards. Therefore, the operation for attaching the beads 60 to the skin complex 50 is very convenient.

In addition, according to the size of the beads 60 introduced into the bead supply unit 300, the alignment tube 345 for aligning the beads 60 and the push bar 335 for pressing and supporting the beads 60 are appropriately replaced, respectively. Since it can be used, it is possible to attach the beads 60 of various sizes to the skin complex 50 with one device.

In addition, since a plurality of cylinders 310, the pressing support part 330, and the alignment part 340 are installed in the support block 320 of the bead supply part 300, a plurality of bead supply parts 300 may be used. The beads 60 of the size can be continuously supplied and attached to the skin complex 50.

Second Example

11 is a perspective view of a decorative bead attachment device according to a second embodiment of the present invention.

As shown, the decorative bead attachment device according to a second embodiment of the present invention includes a support member 500, the attachment pin supply unit 600 and the bead supply unit 700.

The support member 500 is bent at the upper end of the support plate 510 mounted on the upper surface of the table (not shown), the vertical plate 520 and the vertical plate 520 vertically extending from the center of the upper surface of the support plate 510. It has an extension plate 530 formed.

Hereinafter, in referring to the surface and the direction of the other components, including the support member 500, the surface and the direction toward the vertical direction of the support plate 510, with respect to the base plate 510 "top and top", the base plate The surface and direction toward the lower side in the vertical direction of 510 are referred to as "lower side and lower side".

Attachment pin supply unit 600 according to the second embodiment of the present invention is coupled to the backing plate 510 of the support member 500, the upper surface of the skin deposit 50 (see Fig. 14a) is placed, and attached from the outside After receiving and transferring the pin 70, the attachment pin 70 is supplied from the lower side to the upper side of the skin complex 50.

The attachment pin supply unit 600 will be described with reference to FIGS. 11 to 13. 12 is an enlarged perspective view of the attachment pin supply unit illustrated in FIG. 11, and FIG. 13 is an exploded perspective view of FIG. 12.

As shown, the attachment pin 70 is formed of a disc-shaped body 71, a plurality of fixing needles 73 bent at the outer circumferential surface of the body 71 and substantially perpendicular to the body 71. In addition, the attachment pin 70 is caught by the guide rail 80 in a form in which the fixing needle 73 faces downward, and is delivered to the attachment pin supply unit 600.

The attachment pin 70 is transferred to the attachment pin supply unit 600 with the fixing needle 73 facing downward, and then the attachment pin 70 is attached to the attachment pin supply unit 600 with the fixing needle 73 facing downward. When supplied upwards by), the flat body 71 hits the skin complex 50. Then, the attachment pins 70 do not get stuck in the beads 60 supplied through the skin deposits 50 to the skin deposits 50 from the upper side of the skin deposits 50. Then, the beads 60 are not attached to the skin deposit 50.

To this end, the attachment pin supply unit 200 according to the second embodiment of the present invention receives the attachment pin 70 to change the direction of the attachment pin 70 so that the fixing needle 73 is directed upward 610, and the turning unit 610 includes a fixed block 611 and a departure prevention frame 615.

The fixed block 611 is formed in a semi-cylindrical shape is coupled to the base block 621 of the transfer unit 620 to be described later. A curved conveying rail 612 is formed along the outer circumferential surface of the fixed block 611 on the outer circumferential surface of the fixed block 611, and the upper end of the curved conveying rail 612 is connected to the lower end of the guide rail 80. Therefore, the attachment pin 70 supported by the guide rail 80 and conveyed along the guide rail 80 is supported by the curved conveying rail 612 and conveyed along the curved conveying rail 612. At this time, the attachment pin 70 is inserted between the fixing needle 73 adjacent to each other is inserted into the curved transport rail 612 is supported.

The separation prevention frame 615 is formed on the fixed block 611 in a shape to surround the curved conveying rail 612 with a gap with the curved conveying rail 612, the attachment pin 70 supported on the curved conveying rail 612 ) Is prevented from escaping outside the outer circumferential surface of the curved feed rail 612.

The attachment pin 70 transferred to the upper end side of the curved conveying rail 612 revolves from the upper side to the lower side along the curved conveying rail 612 by its own weight, based on the center of the fixed block 611. Then, the fixing needle 73 of the attachment pin 70 when conveyed to the upper end side of the curved conveyance rail 612 faces downward, but the fixing pin 70 is conveyed to the lower end side of the curved conveyance rail 612. The needle 73 faces upward. For this reason, the direction of the attachment pin 70 is switched.

The attachment pin supply unit 600 according to the second embodiment of the present invention receives the attachment pin 70 in a form in which the fixing needle 73 faces upward from the turning unit 610, and the attachment pin 70 is supplied. The transfer unit 620 includes a transfer unit 620 for transferring to an appropriate supply position to be provided, and the transfer unit 620 includes a base block 631, a first guide block 641, and a second guide block 651.

The base block 631 is coupled to the support plate 510 of the support member 500, and the fixed block 611 described above is coupled thereto.

The first guide block 641 is coupled to the top surface of the base block 631. The lower surface of the first guide block 641 is provided with a linear transport rail 643 having a distance from an upper surface of the base block 631 and having one end connected to the lower end of the curved transport rail 612. The linear feed rail 643 is formed in the same structure as the curved feed rail 612, and the fixing needles 73 adjacent to each other are inserted into and supported by the linear feed rail 643. Therefore, the attachment pin 70 is conveyed to the other end side of the linear conveyance rail 643 along the linear conveyance rail 643.

The second guide block 651 is coupled to the upper surface of the base block 631, the supply path for supplying the attachment pin 70 to the bead supply unit 700 side between the other end of the linear transfer rail (643) ( 651a) is formed. The supply path 651a is located in the direction of the attachment pin 70 is switched, it is natural that the bead supply unit 700 is located directly above the supply path 651a.

A cut groove 653 is formed on one surface of the second guide block 651 facing the other end of the straight feed rail 643, and the other end of the straight feed rail 643 is inserted into the cut groove 653 and accommodated therein. do. Thus, the supply path 651a is formed by the other end surface of the linear transport rail 643 and the surface of the second guide block 651 forming the cut groove 653.

The attachment pin 70 transferred to the supply path 651a may fall down in the supply path 651a. In order to prevent this, the distance between the other end surface of the linear transfer rail 643 and the surface of the second guide block 651 forming the cut groove 653 may be appropriately adjusted.

A suction path 655 is formed in the lower surface of the second guide block 651 in communication with the cutout groove 653, and the suction path 655 communicates with the side of the vacuum pump 680 coupled to the base block 631. . The vacuum pump 680 sucks the attachment pin 70 such that the attachment pin 70 on which the linear transfer rail 643 is supported is transferred to the supply path 651a. To this end, a communication hole 633 is formed in the base block 631 to communicate the vacuum pump 680 and the suction passage 655.

The compressor 670 is installed in the base block 631 under the supply path 651a, and the push rod 671 of the compressor 670 passes through the base block 631 and is located directly below the supply path 651a. do. Thus, as the push rod 671 moves up and down, the attachment pin 70 positioned in the supply path 651a is supplied to the bead supply unit 700. Then, the attachment pin 70 is transmitted to the bead supply unit 700 by the push rod 671 to penetrate the bead 60 through the skin complex 50.

In addition, when the attachment pin 70 is transferred to the supply path 651a, the upper surface of the push rod 671 and the upper surface of the base block 631 are positioned on the same plane. As a result, the body 71 of the attachment pin 70 is mounted and supported on the upper end surface of the push rod 671. Since the body 71 of the attachment pin 70 is supported on the top surface of the push rod 671, the attachment pin 70 is prevented from being supplied to the supply path 651a in a stacked form.

In the decorative bead attachment device according to the second embodiment of the present invention, in addition to the advantages of the decorative bead attachment device according to the first embodiment, since the attachment pins 70 are continuously supplied to the supply path 651a, productivity is improved. .

Reference numeral 690 in FIGS. 12 and 13 is a cover for supporting the first and second guide blocks 641 and 651.

14A to 14D are schematic front cross-sectional views illustrating the operation of the attachment pin supply unit illustrated in FIG. 12, which will be described.

As shown in FIG. 14A, the attachment pin 70 is supported by the guide rail 80 to be transferred to the upper end of the curved transfer rail 612. At this time, the fixing needle 73 of the attachment pin 70 faces downward.

The attachment pin 70 transferred to the upper end of the curved conveying rail 612 is conveyed downward along the curved conveying rail 612, as shown in FIG. 14B. Then, since the attachment pin 70 revolves about the center of the fixed block 611, the attachment pin 70 transferred to the lower end of the curved transfer rail 612 has the fixing needle 73 facing upward.

In addition, the attachment pins 70 transferred to the lower end of the curved transfer rail 612 by being changed in direction are sucked by the vacuum pump 680, as illustrated in FIG. 14C, and thus, along the linear transfer rail 643. It is conveyed to the supply part 651a.

The attachment pin 70 transferred to the supply unit 651a is supplied to the bead supply unit 700 (see FIG. 11) by the push rod 671 of the compressor 670, as shown in FIG. 14D.

The configuration of the bead supply unit 700 according to the second embodiment of the present invention is the same as the configuration of the bead supply unit 300 according to the first embodiment.

In addition, it is obvious that the configuration shown in FIGS. 10A and 10B is also applied to the decorative bead attachment device according to the second embodiment of the present invention.

The drawings of the embodiments of the present invention described above are schematically illustrated so as to easily understand the parts belonging to the technical idea of the present invention by omitting detailed outline lines. It should be noted that the above-described embodiments are not intended to limit the technical spirit of the present invention and are merely a reference for understanding the technical scope of the present invention.

50: skin complex
60: beads
70: attachment pin
100, 500: support member
200, 600: attachment pin supply part
300, 700: bead supply

Claims (27)

In the decorative bead attachment device for attaching a bead to the skin complex (被 俯着) using an attachment pin having a body and at least one fixing needle formed on the outer peripheral surface of the body,
Support member;
An attachment pin supply unit installed at the support member and passing through the skin deposit on the upper surface side and receiving and transferring the attachment pin from the outside, and supplying the attachment pin from the lower side to the upper side;
Installed on the support member, the fixing needle of the attachment pin supplied from the attachment pin supply unit is embedded in the beads so that the beads are attached to the skin complex, the beads are supplied from the outside and supplied from the attachment pin supply unit And a bead supply unit for supplying and supporting the bead from the upper side to the lower side of the skin complex to a portion corresponding to the supply direction of the attachment pin. The method of claim 1,
The attachment pin is delivered to the attachment pin supply portion with the fixing needle facing downward,
The attachment pin supply unit, receiving the attachment pin to change the direction of the attachment pin so that the fixing needle is directed upward; A transfer unit receiving the attachment pin from the redirection unit and transferring the attachment pin to a supply position; Decoration device for beading, characterized in that it comprises a compressor for supplying by shooting the attachment pin transferred to the upper side. The method of claim 2,
The redirection unit is formed in a circular space therein is formed on the outer circumferential surface upper side forming the space, the input hole is formed to the input pin is formed and the lower side is formed with a discharge hole for discharging the attachment pin fixed block fixed to the transfer part ; It is rotatably installed in the space of the fixed block and the outer peripheral surface includes a rotation block formed with a receiving groove,
The accommodation groove, by the rotation of the rotation block, while receiving the attachment pins introduced into the input hole while selectively communicating with the injection hole or the discharge hole, and discharged to the discharge hole,
The attachment pin is decorative bead attachment device characterized in that the direction is switched by the rotation of the rotation block in the state accommodated in the receiving groove is discharged to the discharge hole. The method of claim 3,
The transfer unit includes: a base block coupled to the support member and having a supply path in which the attachment pin is supplied to the skin complex by the compressor; One side portion is located on the outside of the base block and the other side portion includes a transfer bar installed in a linear motion along one side of the upper surface of the base block,
The other side of the transfer bar is formed with a receiving hole for receiving the attachment pin discharged from the discharge hole to be delivered to the supply path formed on the other side of the upper surface of the base block,
The lower portion of the supply passage is in communication with the compressor and the upper portion of the decorative bead attachment device, characterized in that facing the bead supplied from the bead supply. 5. The method of claim 4,
The other side of the transfer bar is inserted into the upper surface of the base block is formed a recessed movement path,
The supply path is formed on the other side of the exercise path,
A cover is coupled to an upper surface of the base block to prevent the transfer bar from escaping upward.
One side of the cover communicates with the discharge hole and at the same time the transfer bar moves, a first communication hole communicating with the accommodation hole is formed, and the other side communicates with the supply passage via the accommodation hole as the transfer bar moves. The second communication hole is formed,
A cylinder is installed on the lower surface of the base block,
One side of the cylinder is exposed to the outside of the cylinder is inserted into the other side of the operation bar connected to one side of the transfer bar,
The operation bar is decorative bead attachment device, characterized in that for moving the transfer bar while linearly moving in accordance with the pressure change in the cylinder. The method of claim 5,
When the accommodating hole and the supply path are in communication, the attachment pin accommodated in the accommodating hole is supplied to the skin complex through the second communication hole by the compressor.
On the other end side of the cover,
One side portion is inserted into the exercise path is installed to be linear movement along the exercise path and the other side is provided with a guide bar supported on the cover,
At one end of the guide bar as the guide bar is linearly moved, the lower side is in communication with the supply path and the upper side is a decorative bead attachment device characterized in that the guide hole is formed in communication with the second communication hole. The method according to claim 6,
The other side of the cover is characterized in that the elastic member for elastically supporting the guide bar so that the guide hole is in communication with the supply path and the second communication hole, respectively, if the receiving hole is not in communication with the supply passage and the second communication hole, respectively. Decorative bead attachment device. The method of claim 2,
The direction switching unit, the fixed block is formed in a semi-cylindrical shape and the curved conveying rail is formed on the outer peripheral surface; It includes a departure prevention frame formed in the fixed block in the form of wrapping the curved conveying rails having a gap with the curved conveying rail,
Portions between the fixing needles adjacent to each other are inserted and supported by the curved transport rail, and the separation prevention frame prevents the attachment pin from leaving the outer circumferential surface of the curved transport rail.
The attachment pin is supported by the curved conveying rail, bead attachment device for the decorative bead characterized in that the direction is changed while revolving from the upper side to the lower side, based on the center of the fixed block, along the curved conveying rail. 9. The method of claim 8,
The transfer unit, the base block coupled to the support member; A first guide block coupled to an upper surface of the base block and having a linear transport rail having one end connected to a lower end of the curved transport rail while being spaced apart from an upper surface of the base block; And a second guide block coupled to an upper surface of the base block and forming a supply path for supplying the attachment pin, the direction of which is switched between the other end of the linear transport rail, to the bead supply part. Decorative bead attachment device. 10. The method of claim 9,
On one surface of the second guide block facing the straight conveying rail is formed a cutting groove into which the other end side of the straight conveying rail is inserted and accommodated,
And the supply path is formed by the other end surface of the linear transport rail and the surface of the second guide block forming the cutout groove. The method of claim 10,
A suction passage communicating with the incision groove is formed on a lower surface of the second guide block;
The suction path is decorative bead attachment device, characterized in that in communication with the vacuum pump side coupled to the base block. The method of claim 11,
And a push rod of a compressor for transmitting the attachment pin to the bead supply unit in the base block directly below the supply passage. The method of claim 12,
When the attachment pin is transferred to the supply path, the upper surface (上 端面) of the push rod is a decorative bead attachment device, characterized in that located on the same plane as the upper surface of the base block. The method according to claim 3 or 8,
The bead supply unit, the cylinder is coupled to the support member is located on the upper side of the attachment pin supply unit and the upper portion of the plunger (Plunger) is installed inside the liftable; An alignment unit positioned at a lower side of the cylinder and installed to move up and down and receiving the beads transmitted from the outside one by one and positioned directly above a portion to which the attachment pin is supplied; An upper portion is connected to the plunger, and lifted together with the plunger, and a lower portion presses the beads located in the alignment portion downward to supply and support the beads to the portion of the skin complex to which the attachment pin is supplied. Decorative bead attachment device comprising a pressing support. 15. The method of claim 14,
The alignment portion is lowered by its own weight and raised by the plunger,
And a support block of a hollow body for supporting a lifting motion of the pressing support part and the alignment part at a portion of the support member between the cylinder and the attachment pin supply part. 16. The method of claim 15,
The pressing support portion, the upper portion is detachably coupled to the lower portion of the plunger, the lower portion is inserted into the support block and the lifting bar which is lifted with the plunger, the upper portion is detachable to the lower portion of the lifting bar The lower end is opposed to the bead aligned with the bead, and when the lifting bar descends while being lifted with the lifting bar, the bead aligned with the bead is supplied to the site where the attachment pin is supplied and supported. Decorative bead attachment device characterized in that it has a push bar. 17. The method of claim 16,
The lower part of the plunger is formed in a tubular shape,
The outer circumferential surface of the lower end side of the plunger is formed with an open doorway through which the upper end side of the elevating bar enters and exits.
The lower portion of the plunger forming the doorway is formed with a locking projection to face each other,
On the outer circumferential surface of the upper portion of the elevating bar, when the elevating bar is inserted into the lower portion of the plunger through the doorway, a ring-shaped first engaging groove is formed, the engaging projection is inserted,
The lower part of the lifting bar is formed in a tubular shape,
The upper portion of the push bar is inserted into the lower portion of the lifting bar,
The outer peripheral surface of the lower portion of the elevating bar is coupled with a fastening screw for coupling or separating the push bar to the elevating bar,
Decoration ring attachment device characterized in that the ring-shaped second engaging groove is formed on the outer peripheral surface of the upper portion of the push bar is inserted into the end of the fastening screw penetrating the lifting bar. 18. The method of claim 17,
The bead attachment device, characterized in that the lower surface of the push bar is formed with a settling groove is inserted into the upper portion of the bead. 19. The method of claim 18,
The alignment portion, the upper portion is inserted into the support block to move up and down and the lower portion is a support tube located on the outside of the support block, the upper portion is inserted into the lower portion of the support tube is detachably coupled And an alignment tube which is lifted up and down with the support tube and positioned to correspond to the site where the attachment pin is supplied by receiving the beads transmitted from the outside.
The decorative bead attachment device, characterized in that the pressing bar of the pressing support portion is located in the interior of the support tube and the alignment tube is elevated. 20. The method of claim 19,
On the outer peripheral surface of the upper portion of the alignment tube is formed an inlet for the bead is introduced,
The outer circumferential surface of the support tube facing the inflow hole is opened,
Decoration inside the lower portion of the alignment tube to block the inside of the alignment tube to prevent the beads from being discharged to the lower side, or a stopper that is rotatably installed to allow the beads to be discharged downwards Bead attachment device. 21. The method of claim 20,
One end of the stopper is coupled to a rotating shaft rotatably supported by the support tube,
The support tube and the alignment tube is decorative bead attachment device, characterized in that formed in each of the communication path passing through the other side portion of the stopper to rotate to face each other. The method of claim 21,
The stopper is rotated in the forward direction when the push bar presses the ball by the lowering of the plunger to open the interior of the alignment tube,
When the pressing support is raised by the rise of the plunger, the pressing shaft is rotated in the opposite direction by the rotating shaft which rotates by the pressing support to block the inside of the alignment tube.
The stopper is decorative bead attachment device characterized in that the upper end side is supported by the lifting bar and the lower end side is rotated in the reverse direction by the elastic member supported on the rotating shaft side. The method of claim 22,
The outer surface of the support tube is provided with a rotary plate coupled to one end of the rotary shaft and supported by the lower end side of the elastic member,
The rotating plate rotates with the rotating shaft,
The lower portion of the elastic member is decorative bead attachment device, characterized in that installed in the form of winding a portion of the outer peripheral surface of the rotating plate. 24. The method of claim 23,
On the outer circumferential surface of the rotating plate is formed a recessed abutment path into which the lower portion of the elastic member is inserted,
The lifting bar and the rotating plate are coupled to each of the supporting protrusions are supported by the upper end and the lower end of the elastic member, respectively,
Decoration ball attachment device characterized in that the lifting surface is formed on the outer surface of the support block is inserted into the support projection coupled to the lifting bar. 25. The method of claim 24,
When the inside of the alignment tube is blocked by the stopper, the distance between the rotating shaft and the inlet hole is formed to be shorter than the diameter of the beads so that one bead is introduced into the alignment tube,
The reverse angle of rotation of the stopper is limited by the length of the elastic member,
The support pipe and the support block is inserted into each other coupled to bead attachment device characterized in that the guide protrusion and the guide path for guiding the lifting movement of the pressing support portion are formed respectively. 26. The method of claim 25,
The support plate is coupled to the inlet hole side portion of the alignment tube,
The support plate is installed to be slidable sliding plate,
The support plate is a decorative bead attachment device, characterized in that the other side of each of the plurality of supply hoses for selectively delivering the beads to the inlet hole is communicated with the reservoir and each side is stored in each of the beads of different sizes. The method of claim 26,
The support block is decorative bead attachment device, characterized in that a plurality of installed in the support block forming the cylinder, the pressing support and the alignment portion set.

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