KR100386830B1 - Automatic array assembling apparatus for switching terminal - Google Patents

Abstract

The present invention relates to a device for automatically arranging switching terminals, the apparatus for automatically arranging switching terminals according to the present invention comprising: a label paper supply unit supplying a label paper having an adhesive hole formed on one side thereof with an adhesive tape; A punching unit punching the switching terminals attached to the attachment hole of the label sheet; An adsorption conveying unit which absorbs the switching terminals punched from the punching unit and transfers them to the attachment hole of the label sheet; When the switching terminals are attached to the attachment hole of the label, the close contact portion for close contact with the protective film on the surface of the label with the switching terminals; With a winding unit in which the label sheet conveyed from the close contact unit is finally wound up, the automatic switching assembly assembly device according to the present invention allows a plurality of switching terminals to be automatically attached to the label at the same time, thereby improving the efficiency of the assembly operation of the switching terminal. It is possible to further improve, and also, by ensuring that only one of the attached switching terminals is attached to each of the attachment portions accurately, there is an effect of improving the attachment precision of the switching terminals.

Description

Automatic array assembling apparatus for switching terminal

The present invention relates to a device for automatically arranging switching terminals, and more particularly, to a device for automatically arranging switching terminals for attaching and assembling a large number of switching terminals at a time automatically.

In general, small sized devices such as mobile phones, small phones, remote controllers, etc., and electronic devices equipped with a large number of buttons, dome-shaped round and square switching terminals made of metal which come into contact with the printed circuit board inside the buttons It is installed.

Since the switching terminal installed in such a device is too small in size, the switching terminal is attached to a label paper coated with an adhesive so that it can be attached more efficiently, and then the label is attached to the printed circuit board to assemble each switching terminal. This is to be done.

Here, the conventional method of attaching the switching terminal to the label is to attach each switching terminal on the label by manual or partial automatic operation in a state in which a plurality of switching terminals are stacked inside a cylindrical cylinder having a considerable length. .

By the way, such a conventional operation is to attach the switching terminals in the state of being stacked and stored in the cylinder one by one to the attachment portion thereof. At this time, since the control of the number of the switching terminals to be attached is not made properly, a plurality of switching terminals are simultaneously attached to one attachment portion, so the use efficiency of the switching terminals is very low, and moreover, Since the thickness is thin, it is difficult to properly identify that the plurality of switching terminals are attached together with the naked eye, and thus there is a problem that the defective product is shipped.

In addition, most of the switching terminal attaching process is designed to attach one switching terminal by partial automation and by hand, and also because the precision of the attaching process is inferior, there is also a problem in that the production efficiency of the product is extremely low.

The present invention is to solve the above-mentioned problems, an object of the present invention is to provide a plurality of switching terminals are automatically attached to the label at the same time to provide a switching terminal automatic alignment assembly device for the attachment of the switching terminal is made more efficient. It is to.

1 is a block diagram showing the configuration of the automatic switching assembly assembly device according to the present invention.

2 is a block diagram showing a label paper supply unit provided in the automatic switching assembly assembly device according to the present invention.

Figure 3 is a perspective view showing the configuration of the adsorption transfer unit provided in the automatic switching assembly assembly device according to the present invention.

Figure 4 is a side view showing the configuration of the adsorption transfer unit provided in the automatic switching assembly assembly device according to the present invention.

Figure 5 is an enlarged perspective view showing one side of the suction transport unit provided in the automatic switching assembly assembly device according to the present invention.

Figure 6 is a side view showing the configuration of the punching portion provided in the automatic switching assembly assembly device according to the present invention.

Figure 7 is an exploded perspective view showing the main portion of the punching portion provided in the automatic switching assembly assembly device according to the present invention.

8 is a side configuration diagram showing a close contact portion and a winding portion provided in the automatic switching assembly assembly device according to the present invention.

9 is a perspective view illustrating the close contact portion provided in the automatic switching assembly assembly device according to the present invention.

** Description of the symbols for the main parts of the drawings **

10 ... Label

30.Metal Dome Reel

32 ... switching terminals

100 ... label supply

200 ... Suction Unit

300 ...

400 ... Contact

500 ... winding

Switching terminal automatic alignment assembling apparatus according to the present invention for achieving the above object is a label paper supply unit for supplying a label paper to be exposed to the attachment hole by laminating a plurality of labeling the punched label paper and the adhesive tape; A puncher for punching switching terminals attached to the attachment hole of the label; An adsorption transport unit which absorbs the switching terminals punched from the punching unit and transports and attaches the switching terminals to the attachment hole of the label sheet; An adhesion part which closely adheres a protective film to a surface of the label on which the switching terminals are attached when the switching terminals are attached to the attachment hole of the label; It is provided with the winding-up part which the label paper conveyed from the close contact part is wound.

Preferably, the label sheet supplying unit includes a pressing roller for transferring the label sheet on which the label sheet is wound and the label sheet of the label sheet feeding reel before the switching terminal is attached, and attaching the adhesive tape to one surface of the label sheet.

And the label paper supply unit is provided with an adhesive roller having an adhesive force on the surface to adhesively remove the foreign matter on the label paper.

In addition, preferably, the adsorption conveying unit may include a conveying plate provided with a plurality of adsorbers of the label paper; A guide plate positioned below the transfer plate such that both ends of the label paper are fitted; A ball screw for driving the conveying plate laterally; And a lifting plate for driving the transfer plate up and down, wherein the guide plate is provided with a plurality of support holes, and the support plate is inserted into the support hole when the transfer plate is elevated to guide the attachment position of the switching terminal. Protuberances are provided.

Preferably, the punching part may include: a lower support plate on which a reel-shaped metal dome reel in which a plurality of the switching terminals are formed is seated; An upper support plate on which the punching hole is formed to support an upper portion of the metal dome reel on the lower support plate to allow the adsorber to be partially inserted; It includes a punch punch to penetrate the lower support plate and the upper support plate, respectively.

Here, the punching part has a movable rod for moving the metal dome reel and a movable cylinder for driving the movable rod to the side such that the switching terminal provided in the metal dome reel is located at the punching punch portion, and the punching part has the punching part. And a first elevating cylinder for elevating the punch and a second elevating cylinder for elevating the moving rod.

In addition, a plurality of support holes are formed in the metal dome reel, and at least one moving pin detachably attached to the support holes is provided at an end of the moving rod.

And the punching portion is provided with a support shaft for supporting the lifting drive of the punching punch through the lower support plate and the upper support plate by lifting up and down with the punching punch, the lower support plate is provided with a seating groove on which the metal dome reel is seated Is formed.

The close contact portion preferably adheres a cover film to adhere to the surface on which the switching terminal is attached to the label paper transferred from the adsorption transfer portion; It is provided with a pulling cylinder which pulls the contact plate in one direction.

In addition, more preferably, the contact plate may include a first contact plate that comes in close contact with the label paper first and a second contact plate that is pulled by the pull cylinder after contacting the label paper contacted by the first contact plate once more. do.

And the take-up portion is preferably characterized in that it comprises a take-up reel so that the label paper conveyed from the close contact portion.

Hereinafter, a preferred embodiment of the automatic switching assembly assembly device according to the present invention will be described in detail with reference to the drawings.

As shown in each drawing, the automatic arrangement assembly of the switching terminals according to the present invention is provided with an adhesive tape 20 attached to one side thereof, but a plurality of attachment holes 11 are formed so that a part of the adhesive tape 20 is attached to the attachment hole ( 11) punching the metal dome reel (30) formed with a label paper supply unit 100 for supplying the label paper 10 to be exposed to, and switching terminals 32 attached to the attachment hole 11 of the label paper 10 The suction unit 300 and the suction transfer unit 200 which transfers and attaches the switching terminals 32 punched by the punching unit 300 to the attachment hole 11 of the label 10 supplied from the label supply unit 100. It is provided.

In addition, when the switching terminals 32 are attached to the attachment hole 11 of the label 10 in the adsorption transport unit 200, the protective film 40 is closely adhered to the surface of the label 10 to which the switching terminals 32 are attached. , The contact portion 400 for conveying the label paper 10 and the winding portion 500 for winding the label paper 10 transferred from the contact portion 400 is configured.

The configuration of these in more detail, first, the label sheet supply unit 100 has an attachment hole 11 formed as shown in FIG. 2, and the label sheet 10 having no adhesive tape 20 attached to the lower surface thereof. Is rolled up and has a label sheet supply reel 101 first supplied.

A first support roller 103 and a second support roller 104 for supporting the label paper 10 supplied from the label paper supply reel 101 are provided to continuously remove foreign substances on the surface of the label paper 10. A first adhesive roller 105 having an adhesive force applied to the surface thereof is provided.

In addition, a tape supply reel 114 on which the adhesive tape 20 attached to the attachment sheet 21 is wound is disposed below the label sheet supply reel 101.

Subsequently, a separation roller 113 for separating the tape 20 from the attachment sheet 21 is provided after the tape supply reel 114, and the attachment sheet 21 is separately collected on the side of the separation roller 113. Attachment paper collecting unit 102 is mounted, and after separating the tape 20 from the attachment paper 21 between the separation roller 113 and the collecting reel 102 by applying a predetermined size load to the attachment paper 21 A first load 111 with a sensor is installed to control a drive motor (not shown) of the collecting reel 102.

Subsequently, the label paper 10 past the first adhesive roller 105 and the adhesive tape 20 past the separation roller 113 are compressed to each other so that the adhesive tape 20 is attached to the lower surface of the label paper 10 upwards and downwards. The first pressing roller 107 and the second pressing roller 108 are disposed in contact with each other, and the adhesive force is applied to the surface of the upper side of the first pressing roller 107 to remove the foreign matter from the first pressing roller 107. The applied second adhesive roller 106 is mounted.

Then, the first pressing roller is applied by applying a predetermined load to the fourth supporting roller 110 supporting the label 10 past the pressing rollers 107 and 108 and the label 10 past the fourth supporting roller 110. A second load 112 with a sensor is provided to control the drive motor (not shown) of the roller 107. Thereafter, the label paper 10 that has passed the second load machine 112 is transferred to the adsorption transfer part 200.

Next, as shown in FIGS. 3, 4, and 5, the adsorption transfer part 200 is vertically positioned such that approximately 5 to 30 adsorbers 202 are located at the center of each attachment hole 11, according to an embodiment. It is installed through and has a transfer plate 201 with a plurality of support protrusions 203 protruding downward from the left and right sides thereof, and is installed below the transfer plate 201 and fitted at both ends of the label paper 10. A guide plate 205 to be built is provided.

At both ends of the guide plate 205, there are formed support holes 204 into which the above-described support protrusions 203 can be fitted. Here, the label paper 10 continues to be formed at regular intervals at both ends with holes 12 through which the support protrusions 203 communicate with the support holes 204.

Here, inside the guide case (unsigned) provided below the guide plate 205, the support protrusion 203 is first inserted into another part of the support hole 204 of the label paper 10 into which the support protrusion 203 is not inserted, and thus the label paper is in the working position state of the label paper. A lower support protrusion 212 is provided to perform position adjustment with respect to the support in advance, and a support cylinder 211 for raising the lower support protrusion 212 is provided.

The support cylinder 211 is moved up and down, and the support plate 214 provided with a plurality of lower support protrusions 212 is provided, and the lower support protrusions 212 are raised and lowered when the lower support protrusions 212 are labeled 10. A spring 213 is installed on the lower support protrusion 212 to prevent the label 10 from being damaged when the lower support protrusion 212 is not fitted to the support hole 204.

Meanwhile, a driving plate 206 is provided below the inner end of the transfer plate 201, and the driving plate 206 is installed below the driving plate 206 at a predetermined distance from the driving plate 206, but applies a vertical driving force to the lower portion. An elevating plate 208 on which an elevating rod 207 is mounted is installed.

Between the elevating plate 208 and the driving plate 206 is coupled to the driving plate 206 to drive the ball screw 209 extending laterally above the elevating plate 208 and the ball screw 209. A motor 210 mounted on the upper side of the elevating plate 208 is provided, and a separate LM guide (not shown) is mounted therebetween, so that the drive plate 206 can move laterally.

Next, a punching unit 300 is punched to punch the switching terminal 32 such that the switching terminal 32 is adsorbed to the adsorber 202 of the suction transfer unit 200.

The punching unit 300 is configured as shown in Figures 4, 6 and 7, but first, the outer side of the punching unit 300 is located on the side of the guide plate 205, a plurality of switching to the outside While the metal dome reel 30 having the terminals 32 integrally coupled is wound, a plurality of metal dome reel supply reels 600 having the same number as the adsorber 202 are installed. It is provided with a support bar 602 for guiding the metal dome reel 30 provided from the support 601 and the metal dome reel supply reel 600 supporting the installation state to the punching part 300 side.

Here, the metal dome reel 30 is formed with switching terminals 32 formed in a predetermined shape, and a plurality of fitting holes 31 are formed at equal intervals at the peripheral edges of the portions where the switching terminals 32 are formed. After the switching terminal 32 is punched out, the configuration is configured to be collected to the outside through a space provided between the guide plate 205 and the punching part 300.

Referring to the punching unit 300 again, the punching unit 300 has a housing 311 equipped with a first lifting cylinder 312 and a second lifting cylinder 313 that exert a lifting force up and down therein. do. The lifting and lowering drive by the first lifting cylinder 312 is a punching plate 314, which is provided with a cylindrical punching punch 315 protruding upward from the center portion, Four guide shafts 316 and four support pins 317 are formed to protrude.

In addition, a seating groove 321 is formed on the punching punch 315 to allow the metal dome reel 30 on which the plurality of switching terminals 32 are formed to be seated. Lower support plate 320 is provided to extend.

In addition, the lower support plate 320 is formed with a lower guide hole 322 through which the guide shaft 316 of the aforementioned punching plate 314 penetrates, and the support pin 317 penetrates the seating groove 321. To the fitting hole 31 formed in the metal dome reel 30 and a plurality of lower support holes 323 and the punching punch 315 described above through the central portion of the lower support holes 323 Lower punching hole 324 is formed.

The upper support plate 326 is installed on the lower support plate 320 to support the upper portion of the metal dome reel 30. The upper support plate 326 is formed with an upper guide hole 327 in communication with the lower guide hole 322 of the lower support plate 320 described above, and the lower support hole 323 of the lower support plate 320 inside thereof. ) And an upper support hole 328 is formed. In addition, an upper punching hole 329 is formed in the central portion of the upper support plate 326 so that the punching punch 315 penetrates to punch the metal dome reel 30.

On the other hand, one side portion of the lower support plate 320 is provided with a punching moving portion 330 to continuously move the punched metal dome reel 30, and to be moved up and down by the second lifting cylinder 313 described above.

The punching moving part 330 includes a case 331 in which a moving cylinder 332 and a moving plate 333 are mounted, and a restoring spring 335 mounted in the case 331. In addition, a moving rod 336 extending from the moving plate 333 to the punching plate 314 and the lower support plate 320 is provided above the moving plate 333.

The moving rod 336 is such that the punching punch 315 and the support pin 317 penetrate up and down, but the punching punch 315 and the support pin 317 are not interrupted by the driving rod 336. The long hole 337 extended in the movement direction so as to be provided. At the end of the moving rod 336, two moving pins 338 are installed to be fitted into the fitting hole 31 of the metal dome reel 30 by the vertical lifting of the moving rod 336, and the lower support plate 320 is provided. Two moving holes 325 are formed in the slit shape so that the moving pins 338 are detached by the lifting of the moving pins 338.

Next, the close contact portion 400 is a protective film that is applied to the upper surface of the label sheet 10 when the label sheet 10 with the switching terminal 32 is supplied from the suction transfer unit 200 as shown in FIGS. 8 and 9 ( A protective film supply reel 401 for supplying 40 and a supporting roller 402 for supporting the supplied protective film 40, and the labeling paper 10 to which the protective film 40 is applied are pressed upward and downward to apply the labeling paper. 10 is provided with a pulling cylinder 404 for attracting and moving the labeling paper 10 in close contact with the contactor to be in close contact with the protective film 40.

In more detail, the contactor is installed on the upper side of the fixing plate 403 fixed to the lower side of the contactor, and the label 10 contacted by the first contactor and the first contactor to which the label paper 10 first comes into close contact with each other once again. It is provided with a second contactor installed on the upper side of the separate pull plate 407 to be in close contact with the label 10.

The first contactor is positioned above the first lower contact plate 405 on which the lower surface of the label paper 10 is seated and the first lower contact plate 405, and is mounted on the upper surface to drive the first lower contact plate 405. A first upper contact plate 406 provided with a first contact cylinder 409 is provided.

The second upper contact plate 422 provided with the second lower contact plate 421 and the second lower contact plate 421 for raising and lowering the second lower contact plate 421 provided on the upper side of the pulling plate 407. ) And a pull cylinder 404 described above coupled to the side of the pull plate 407 by a plurality of drive rods 408.

The winding unit 500 is a winding reel 502 to be rotated by a motor (not shown) so that the label 10 adhered from the adhesion unit 400 is finally wound to make a winding on the label 10. ) And a load machine 501 for maintaining a well-wound state of applying a load to the label paper 10 wound on the winding reel 502.

Hereinafter, an operation state of the automatic switching terminal assembly apparatus according to the present invention configured as described above will be described.

Switching terminal automatic array assembly apparatus according to the present invention is first carried out at the same time in the state that the label paper 10 is connected to both the roller and the guide plate 205 and the contact portion 400 and the winding reel (502) at the same time .

In this working state, the label sheet 10 is supplied from the label sheet supply reel 101 of the first label sheet supply unit 100 to be wound around the first supporting roller 103, the second supporting roller 104, and the first adhesive roller 105. If the tape 20 is supplied from the tape supply reel 114 at the same time and the adhesive sheet 21 is supplied in a separated state by the separation roller 113, the respective label sheets 10 and the tape ( 20 is a tape 20 is attached to the lower surface of the label sheet 10 while being passed together between the first compression roller 107 and the second compression roller 108 is to be laminated.

In addition, the label paper 10 having the tape 20 attached thereto is supplied to the adsorption conveying part 200 while passing through the fourth supporting roller 110 and the second load 112. On the other hand, the surface of the label paper 10 to be supplied at this time is a state in which foreign matter on the surface by the first adhesive roller 105 and the second adhesive roller 106 is removed.

Subsequently, the label sheet 10 supplied to the adsorption conveying unit 200 is first inserted into the hole 12 of the label sheet 10 by the lower support protrusion 212 by the support cylinder 211 to adjust its position.

By the way, if the position of the label paper 10 does not fit properly, the lower support protrusion 212 is not fitted into the hole 12 of the label paper 10, the lower support projection 212 so that the label paper 10 is not damaged at this time Is pushed downward of the support plate 214 by the spring 213. And the position of the label 10 is to be able to continue to work again after compensating the position by the partial adjustment work. When the position of the label paper 10 is adjusted so that the lower support protrusion 212 is fitted into the hole 12 in the label paper 10, the process proceeds to the next working state.

In this operation, the label sheet 10 is fitted in the guide plate 205 of the adsorption transfer unit 200 so as to fit in its position. In this state, when the ball screw 209 is rotated in one direction by the driving of the motor 210, the transfer plate 201 moves to the outside of the guide plate 205, that is, to the punching part 300 side, to the transfer plate 201. A plurality of installed adsorber 202 is positioned above the punching unit 300.

Then, when the elevating rod 207 is driven and the elevating plate 208 is driven downward, the transfer plate 201 is also moved downward so that the respective adsorbers 202 are formed on the upper support plate 326 of the punching part 300. Partly inserted into the punching hole 329, and then the punching for the metal dome reel 30 is made in the punching part 300.

In this case, the metal dome reel 30 is supplied from the supply reel 600 in which the metal dome reel 30 is wound, and is fitted between the upper support plate 326 and the lower support plate 320 to seat the recess 321 of the lower support plate 320. In the seating position in the state, when the moving rod 336 of the punching drive unit 330 is moved upward with the case 331 by the second lifting cylinder 313, the moving pin 338 of the moving rod 336 is It penetrates through the moving hole 325 of the lower support plate 320 and is fitted into the fitting hole 31 of the metal dome reel 30.

In this state, when the first lifting cylinder 312 is upward, the other footrest plate 314 is upward. At the same time, the punching punch 315 of the punching plate 314 penetrates the lower punching hole 324 of the lower support plate 320 to exactly punch the punching part of the switching terminal 32 of the metal dome reel 30. The switching terminal 32 enters the upper punching hole 329 of the upper support plate 326 upward with the punching punch 315.

In this operation, the adsorber 202 partially inserted into the upper side of the punching hole 329 of the upper support plate 326 is in a state of exhibiting adsorption force, and thus, the switching terminal 32 is punched out and simultaneously adsorbs the switching terminal 32. .

During the punching operation, the guide shaft 316 penetrates through the guide holes 322 and 327 formed in the lower support plate 320 and the upper support plate 326, and at the same time, the support pin 317 is lower than the lower support plate 320 and the upper side. By being inserted into the support holes 323 and 328 of the support plate 326 and the fitting hole 31 of the metal dome reel 30, the punching operation support of the metal dome reel 30 is performed.

Thereafter, when the punching is completed, the second lifting cylinder 313 descends, and when the moving cylinder 332 moves backward, the moving plate 333 and the moving rod 336 are reversed by the spring 335 and then the second lifting cylinder again. 313 is raised so that the moving pin 338 of the movable rod 336 is fitted into the other fitting groove 31 of the metal dome reel 30.

Then, the punching plate 314 is moved downward by the first lifting cylinder 312, and the metal dome reel 30 is moved to the next punching position. At this time, the movement of the metal dome reel 30 moves the cylinder 332 in the state in which the moving pin 338 of the moving rod 336 is fitted in the fitting hole 31 of the metal dome reel 30 to move the moving plate 333. When a driving force to the side is applied to the moving rod 336 through the moving pin 338 of the moving rod 336 is pulled out of the metal dome reel (30) one step, and thereby the metal dome reel ( 30) is made.

When the punching operation is completed, the switching terminals 32 are adsorbed one by one on each adsorber 202.

Thereafter, when the switching terminals 32 are adsorbed to each adsorber 202, the elevating rod 207 of the adsorption conveying unit 200 is driven upward to raise the elevating plate 208. As a result, each of the adsorbers 202 comes out in the state in which the switching terminal 32 is sucked from the upper punching hole 329 of the upper support plate 326, and then the ball screw 209 moves the motor 210 in the other direction. When driven in the feed plate 201 is transferred to the upper guide plate 205 again so that each of the adsorber 200 is located above the guide plate 205.

And when the respective adsorber 202 is stopped in the state in which each of the adsorber 202 is adsorbed on the switching terminal 32, the lifting rod 207 is operated again to drive the lifting plate 208 downward, Due to the downward driving of the 208, the switching terminal 32 adsorbed to the adsorber 202 is attached to the attachment hole 11 of the label sheet 10 supported on the guide plate 205.

At this time, before the adsorber 202 is in contact with the attachment hole 11 of the label paper 10, the respective support protrusions 203 are first fitted into the support holes 204 of the guide plate 205, and at the same time support protrusions 203 are inserted into another portion of the lower support protrusion 212 of the hole 12 formed in the periphery of the label sheet 10 to support the label sheet 10.

On the other hand, in this attaching operation, a large amount of adsorber 202 attaches 5-30 switching terminals 32 at the same time to a plurality of labels 10 at the same time. Therefore, the switching terminal 32 attachment portion of the label sheet 10 introduced through the first guide plate 205 proceeds along the guide plate 205 of the adsorption transfer unit 200 and switches to all other attachment hole 11 portions. The terminal 32 is attached.

When the switching terminal 32 is attached to the label paper 10 as described above, the adsorber 202 releases the adsorption state and the lifting rod 207 is driven up to drive the lifting plate 208 upwards, thereby adsorbing ( The 202 and the support protrusion 203 are driven upward to move on the label paper 10, and then the driving as described above is performed again, thereby continuing the attachment of the switching terminal 32.

Next, the adhesion part 400 in which the protective film 40 is applied to the upper surface of the label paper 10 while the switching terminal 32 is attached to all the attachment holes 11 of the label paper 10 through the adsorption transfer part 200. To proceed.

The operation of the close contact portion 400 is that when the label 10 attached with the switching terminal 32 enters at the same time the film feed reel 401 is supplied to the upper label 10 via the support roller 402, Subsequently, the protective film 40 and the label paper 10 are positioned between the fixing plate 403 and the first lower contact plate 405 of the first contactor, and the first lower contact plate 405 is the first contact cylinder. When the first contact is made by the lowering operation (409), and then the attachment of the switching terminal 32 of the adsorption transfer part 200 is performed, the second close contact cylinder 423 of the second close contactor is driven downward to close the second contact. The plate 421 is lowered to form a second contact.

Then, the first close contact cylinder 409 is raised to restore the first lower contact plate 405. At this time, when the pull cylinder 404 is operated to pull the pull plate 407, the label 10 is pulled toward the winding unit 500 at a time the entire label sheet 10 in close contact with the second contactor. Then, the label 10 and the protective film 40 are placed under the first lower contact plate 405, which is restored, and the first contact is implemented as described above, and the second contact cylinder of the second contactor ( When the second contact plate 421 is raised by 423, the pulling cylinder 404 is restored to push the pulling plate 407 to complete one cycle.

In this way, the second contact with the same portion of the label sheet 10 is to be made. By such two close contact, the film 40 is firmly adhered to the upper surface of the label sheet 10.

In this operation, the label sheet 10 located in the label sheet supply unit 100 and the adsorption transfer unit 200 is pulled one by one to perform the next operation, and then the label sheet 10 is the load unit 501 of the winding unit 500. By winding the winding reel 502 via the final switching terminal 32 automatic attachment is completed.

The automatic switching assembly assembly device according to the present invention as described above is to allow a plurality of switching terminals 32 attached and assembled at the same time. Therefore, the technical spirit of the present invention may be achieved by modifying some configurations of the above-described embodiment, but basically, the label paper supply unit 100, the adsorption transfer unit 200, the punching unit 300, the close unit 400, and the winding unit All configurations having a 500 should be considered to be included in the technical scope of the present invention.

The automatic switching assembly assembly device according to the present invention as described above can be automatically attached to a plurality of switching terminals on the label at the same time to improve the efficiency of the assembling work of the switching terminal more, and also the attached switching terminal By ensuring that only one attachment is attached to each attachment part, the attachment precision of the switching terminal is also improved.

Claims (14)

A label paper supply unit to which the adhesive tape is attached to one side thereof, and a plurality of attachment holes are formed to expose the label paper to which the adhesive tape is laminated; A puncher for punching switching terminals attached to the attachment hole of the label; An adsorption transport unit which absorbs the switching terminals punched from the punching unit and transports and attaches the switching terminals to the attachment hole of the label sheet; An adhesion part which closely adheres a protective film to a surface of the label on which the switching terminals are attached when the switching terminals are attached to the attachment hole of the label; And a take-up part to which the label paper transferred from the close contact part is wound. The method of claim 1, wherein the label supply unit is a pressing roller for transferring the label of the label reel and the label feed reel before the switching terminal is attached to the label paper feed reel to attach the adhesive tape to one side of the label paper; Switching terminal automatic alignment assembling apparatus comprising a. The apparatus of claim 1, wherein the label paper supply unit includes an adhesive roller having an adhesive force on a surface of the label paper supply unit to remove and remove foreign substances from the label paper. The apparatus of claim 1, wherein the adsorption transport unit comprises: a transport plate provided with a plurality of adsorbers of the label paper; A guide plate positioned below the transfer plate such that both ends of the label paper are fitted; A ball screw for driving the conveying plate laterally; And an elevating plate for driving the conveying plate up and down. The method of claim 4, wherein the guide plate is formed with a plurality of support holes, the transfer plate is provided with a support projection for guiding the mounting position of the switching terminal is inserted into the support hole when the transfer plate is elevated Switching terminal automatic alignment assembly. The method of claim 1, wherein the punching portion comprises: a lower support plate on which a reel-shaped metal dome reel in which a plurality of the switching terminals are molded; An upper support plate on which the punching hole is formed to support an upper portion of the metal dome reel on the lower support plate to allow the adsorber to be partially inserted; Switching terminal automatic alignment assembly device, characterized in that it comprises a punch punch through each of the lower support plate and the upper support plate. The method of claim 6, wherein the punching portion is provided with a moving rod for moving the metal dome reel and a moving cylinder for driving the moving rod so that the switching terminal provided in the metal dome reel in the punching punch portion Switching terminal automatic alignment assembly device. 8. The automatic arrangement assembling device according to claim 7, wherein the punching part includes a first lifting cylinder for lifting the punching punch and a second lifting cylinder for lifting the moving rod. 8. The automatic arrangement assembly of claim 7, wherein the metal dome reel is provided with a plurality of support holes, and at least one moving pin is attached to and detached from the support hole at an end of the moving rod. The device of claim 6, wherein the punching part is lifted with the punching punch to penetrate the lower support plate and the upper support plate to support a lifting drive of the punching punch. . 7. The automatic arrangement assembly of switching terminals according to claim 6, wherein the lower support plate is provided with a mounting groove in which the metal dome reel is seated. According to claim 1, wherein the close contact portion and the adhesion plate for applying a protective film in close contact with the surface attached to the switching terminal of the label paper transferred from the adsorption transfer portion; And a pulling cylinder for pulling and moving the contact plate in one direction. The method of claim 12, wherein the contact plate is a first contact plate for close contact with the label paper first and a second close contact sheet to be pulled by the pull cylinder after the close contact with the label paper adhered by the first contact plate once more. Switching terminal automatic alignment assembly device characterized in that it comprises a. The apparatus of claim 1, wherein the winding unit includes a winding reel to wind the label paper transferred from the close contact unit.