KR20040104156A - Junction device which wrapping and tapping becomes accomplished continuously in outside of aluminium aggregate - Google Patents

Abstract

PURPOSE: A junction device is provided to improve the productivity and reduce the manufacturing time by wrapping, inspecting and taping outer surface of aluminum aggregate in succession. CONSTITUTION: A plurality of transferring rollers(120) and pressing rollers(150) are located on a frame(110). A synthetic resin film(130) wrapped on the surface of an aluminum aggregate is passed between transferring rollers and pressing rollers. An inspection die(200) is located on the front surface of a wrapping device(100). The inspection die comprises a lighting apparatus(220) and an inspection die body(210). A taping apparatus(300) is installed on the front side of the examining die. The aluminum aggregate is wrapped with the synthetic resin. The wrapping is inspected in the inspection die and the wrapped aluminum aggregate is taped with a vinyl tape.

Description

Junction device which wrapping and tapping becomes accomplished continuously in outside of aluminum aggregate}

The present invention wraps a synthetic resin film printed with various patterns on the outer surface of aluminum aggregate, and at the same time reduces the working period required for wrapping and taping on the outer surface of the aggregate by allowing the protective vinyl tape to be taped on the outer surface of the synthetic resin film. At the same time, it helps to improve productivity, reduce costs and manpower.

In general, the outer surface of the aluminum aggregate is often a film-treated or wrapped with a synthetic resin film of a wooden pattern to improve the quality of the product.

In addition, when the film is coated on the outer surface of the aluminum aggregate or the synthetic resin film of the wooden pattern is wrapped, the vinyl tape is taped on the outer surface to protect the surface during handling such as transportation or storage of the product.

When the synthetic resin film of the wood pattern on the outer surface of the aluminum aggregate in order to tape the protective vinyl tape on the surface, the taping operation is not performed immediately after lapping, and the taping operation is performed after 1 to 2 days.

When lapping synthetic resin film such as wooden pattern on the outer surface of aluminum aggregate, this is sometimes treated badly if air bubbles remain between the synthetic resin film and aluminum aggregate. Transfer to the process to tape the vinyl tape on the surface.

As described above, the synthetic resin film was wrapped on the outer surface of the aluminum aggregate and the maturation period was removed to remove defects such as bubbles and taped again in the taping process, so that a lot of time and manpower was wasted in the work.

The present invention is to wrap the plastic film on the outer surface of the aluminum aggregate in order to correct the general disadvantages of the conventional and at the same time it is possible to tape the vinyl tape on the outer surface again and again in the lapping and taping operations, as well as to improve the productivity and productivity It is to be expected.

In order to achieve the above object, the present invention allows the synthetic resin film to be wrapped on the outer surface of the aluminum aggregate through a conventional lapping machine, and the finished aggregate is pulled forward while inspecting and correcting defects such as air bubbles at an inspection table installed on the front side of the lapping machine, and the inspection is completed. The aggregate is configured to allow the wrapping, inspection and taping to be performed continuously in one process by taping on the taping machine configured on the front of the inspection table.

1 is a side view of the device of the present invention.

2 is a side configuration diagram of a wrapping machine used in the apparatus of the present invention.

3 is a side configuration diagram of a test table used in the apparatus of the present invention.

4 is a perspective view of the taping machine used in the present invention, as seen from the other side.

5 is a side view of the taping machine used in the apparatus of the present invention as seen from the other side.

6 is a plan view of the taping machine used in the present invention.

7 is a perspective view of the tape taped state in the present invention taper.

<Description of Symbols for Main Parts of Drawings>

(A)-Aluminium Aggregate (100)-Lapping Machine

(110)-Frame (112)-Top Frame

(120)-Feeding Roller (130)-Resin Film

(150)-Pressure Roller (160)-Heating Chamber

(170)-Upper Roller (172)-Lower Roller

(200)-Inspection Table (210)-Inspection Body

(220)-Lights (230)-Supports

(300)-tapping machine (310)-body

(320)-Guide Rail (321)-Fixed Edition

(322)-Adjustment Rod (223)-Handle

(330)-Vertical Press Roller (331)-Bracket

(340)-Mounting Table (341)-Moving

(342)-supporting (343)-holder

(344)-Vinyl Tape (350)-Fixed Time

(351)-Information Officer (352)-Tops

(353)-bracket (354)-shaft

(355)-Handle (356)-Drive Bevel Gears

(360)-lifting roller (361)-lifting

(362)-Screw Rod (363)-Passive Bevel Gears

(364)-Guide Roller (365)-Tanji Plate

(366)-Bracket (367)-Top Horizontal Press Roller

(370)-Bottom Support Roller (372)-Tanji Plate

(373)-Bracket (374)-Lower Horizontal Press Roller

(380)-Fixed Rod (381)-Support Rod

(382)-support span (383)-holder

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a schematic configuration of the process of the present invention is a lapping machine (100) known in the front is installed, the inspection table 200 and the taping machine 300 is installed in turn behind the lapping machine (100).

The configuration of the lapping machine 100, the inspection table 200 and the taping machine 300 is as follows.

Since the wrapping machine 100 uses a machine that is generally used as it is, the configuration will be briefly described.

That is, as shown in FIG. 2, a plurality of conveying rollers 120 are installed on the frame 110, and a plurality of presses for adhering the synthetic resin film 130 to the outer surface of the aluminum aggregate A on the conveying rollers 120. Install the roller 150.

The heating chamber 160 is formed on the upper frame 112 formed on the pressure roller 150, and the synthetic resin film 130 and the upper roller 170 wound in a roll state are installed on the front and rear surfaces of the upper frame 112. And, the lower roller 172 is installed below the upper roller 170 to configure the wrapping machine 100.

Inspection table 200 configured in front of the wrapping machine 100 is configured as follows.

That is, as shown in Figure 3, the support 230 is installed on the inspection main body 210, and the lamp 220 is installed on the support 230, the lamp 220 is configured to be angle-adjustable in various forms have.

Taping machine 300 that is configured on the front of the test table 200 is configured as shown in FIGS.

That is, as shown in FIG. 4, the guide rail 320 is fixedly installed at the center of the upper surface of the main body 310, and the bracket 331 is installed on both sides of the guide rail 320 so as to be movable left and right, and the vertical presser is mounted on the bracket 331. The roller 330 is installed, wherein the vertical pressure roller 330 is made of a flexible elastic rubber material.

The bracket 331 is configured to move left and right by the adjustment rod 322, the adjustment rod 322 is screwed to the fixing plate 321 is fixed to the both ends of the guide rail 320 is configured on the adjustment rod 322 When turning the handle 323, the bracket 331 is configured to adjust the interval of the vertical pressure roller 330 while moving left and right along the guide rail 320.

Fixed guide 340 is fixedly installed on the front surface of the guide rail 320, and the movable piece 341 is configured to be adjusted to the left and right on both sides of the holder 340, and the support piece 342 is fixed to the movable piece 341. The holder 343 is fixed to the support section 342, and a vinyl tape 344 is coupled to the holder 343.

A guide rail 351 is provided on both sides of the guide rail 320, and a fixing rod 350 is formed therein, and the upper plate 352 is formed at the upper end of the fixing rod 350, and the upper plate 352 is centered. And a screw bar 362 having a driven bevel gear 363 formed therein, and a lifting bar 361 provided with a lifting pressure roller 360 is connected to the lower end of the screw bar 362, and the lifting section 361 is formed. Guide rollers 364 configured on both sides are fitted to guide guide holes 351 of the fixed rod 350.

A bracket 353 is fixedly installed at one side of the upper plate 352, and an shaft bar 354 is installed at the bracket 353, a handle 355 is disposed at the outside of the shaft bar 354, and a driving bevel gear 356 is disposed at the inside. To be geared with the driven bevel gear 363.

The front surface of the elevating section 361 configured to be elevated on the fixed section 350 is fixedly installed with a finger plate 365, and the bracket 366 having the upper horizontal pressure roller 367 connected to the edge of the finger plate 365 is fixed. The lower support roller 370 is provided in the lower main body 310 of the lifting pressure roller 360.

The other finger plate 372 is fixedly installed at the tip of the main body 310, but a bracket 373 is installed at the tip of the finger plate 372, and a lower horizontal pressure roller 374 is formed at the bracket 373. .

In addition, a support rod 382 in which a fixed rod 380 is installed in the center of one side of the main body 310, a support rod 381 is formed on the fixed rod 380, and a holder 383 is formed on the support rod 381. ) And a vinyl tape 344 'is provided in the support section 382.

Accordingly, the synthetic resin film 130 is heated while drawing the synthetic resin film 130 installed on one side of the upper frame 112 and passing through the heating chamber 160, as shown in FIG. 1. Through the roller 170 and the lower roller 172 to pass through between the conveying roller 120 and the pressure roller 150.

In the above state, the aluminum aggregate (A) is passed between the feed roller (120) and the pressure roller (150) so that the synthetic resin film (130) is adhered to the outer surface of the aluminum aggregate (A).

As described above, when the adhesion of the synthetic resin film 130 to the outer surface of the aluminum aggregate (A) in the lapping machine 100, the aluminum aggregate (A) is supplied to the test table 200 while leaving the lapping machine (100).

The aluminum aggregate (A), which is transferred to the inspection table 200 in a state where the synthetic resin film 130 is bonded to the outer surface, confirms the state in which the synthetic film 130 is bonded to the surface of the aluminum aggregate (A) at the inspection table 200. do.

That is, while the aluminum aggregate (A) is passed through the inspection main body 210 while the lamp 220 installed on the inspection table 200 is turned on, the state of the synthetic resin film 130 adhered to the outer surface of the aluminum aggregate (A). If the defect is confirmed, such as bubbles during the check operation, the operator will immediately remove the bubble to remove the defect.

As the bubble removing means, the operator finely cuts the bubble portion with a knife or the like, and then presses it with a pressure roller or a hand to allow air to be discharged to the outside through the incision.

As described above, when the adhesive state of the synthetic resin film 130 is confirmed to the aluminum aggregate (A) on the inspection table 200, the aluminum aggregate (A) is transferred to the taping machine 300 again to the vinyl tape 344 (344) on the surface ') To bond.

The adhesion of the vinyl tapes 344 and 344 'using the taper 300 is as follows.

That is, when the aluminum aggregate (A) to which the synthetic resin film 344 is bonded into the taping machine 300 is supplied as shown in FIG. 7, first, a pair is supplied between the vertical pressure rollers 330, and the lifting pressure roller 360 and the lower portion at the same time. It passes between the supporting rollers 370, and again passes through the upper horizontal pressure roller 367 and the lower horizontal pressure roller (374).

At this time, the vinyl tape 344 installed on the outer surface of the taping machine 300 is taken out to be bonded to the aluminum aggregate (A) side, and when the aluminum aggregate (A) is moved in the above state, the vinyl tape 344 is sequentially released. Bonded to the outer surface of the aluminum aggregate (A), wherein a pair of vertical pressure rollers 330 press the vinyl tape 344 to make a firm adhesion to the outer surface of the aluminum aggregate (A).

At the same time, the vinyl tape 344 'located at the upper side is also pulled out and the aluminum aggregate (A) is moved while being bonded to the upper surface of the aluminum aggregate (A). The vinyl tape 344' is sequentially released while the aluminum aggregate (A). Adheres to the outer surface.

At this time, the lifting pressure roller 360 guides the vinyl tape 344 'to the upper portion of the aluminum aggregate A. At the same time, the upper horizontal pressure roller 367 located at the rear presses the outer surface of the aluminum aggregate A. The vinyl tape 34 'is firmly bonded.

In addition, the lower horizontal pressure paper roller 374, when necessary to take out the lower vinyl tape 344 "located at the bottom of the main body 310 to be bonded to the bottom of the aluminum aggregate (A) to crimp the bottom of the aluminum aggregate (A) Done.

In other words, the vinyl tape 344 " located at the bottom of the main body 310 is taken out to be bonded to the bottom of the aluminum aggregate A. When the aluminum aggregate A is moved in the above state, the vinyl tape 344 " While sequentially uncoupling and bonded to the bottom of the aluminum aggregate (A), at this time, the adhesion is primarily made in the lower support roller 370, while being supported by the lower horizontal pressure roller 374 elastically installed on the fingerboard 372 Strong adhesion of the vinyl tape 344 "is achieved.

The vertical pressing roller 330 installed on the guide rail 320 in the taping machine 300 is properly adjusted according to the width of the aluminum aggregate (A) to be taped because the distance and position thereof are adjusted by the manipulation of the handle 323. Use it after adjusting.

In addition, the elevating pressure roller (360) installed in the fixed pipe (350) rotates the handle (355) installed on the upper side of the shaft bar (354) and the driving bevel gear (356) to rotate the driven bevel gear (363) engaged with it While the screw rod 362 rotates, and thus the lifting pressure paper roller 360 connected to the end of the screw rod 362 is raised and lowered, it may be appropriately adjusted and used according to the height of the aluminum aggregate A to be taped.

Therefore, the present invention is to supply the aluminum aggregate (A) to the lapping machine 100 to be bonded to the synthetic resin film 130, the pattern required on the outer surface is bonded and then moved to the test table 200 while leaving the lapping machine 100, Check and remove the defects such as bubbles from the inspection table 200, and at the same time is supplied to the taping machine 300 so that the vinyl tape taped to the outer surface of the aluminum aggregate (A), so that the lapping and taping operations are made continuously The efficiency can be increased.

As described above, the present invention constitutes the inspection table in front of the lapping machine, installs a taping machine in front of the inspection table, and puts the aluminum aggregate to be worked on the lapping machine so that the synthetic resin film is wrapped, and the wrapped aluminum aggregate is supplied to the inspection table. By checking and removing defects such as bubbles from the inspection table and supplying them to the taping machine at the same time, the vinyl tape is taped to the surface of the finished aluminum aggregate, so that lapping, inspection, and taping are performed continuously, thereby improving workability and productivity. In addition, it saves a lot of time and manpower.

Claims (2)

After forming the plurality of feed rollers 120 and the pressure roller 150 on the frame 110, the synthetic resin film 130 located on the upper surface is drawn out and passes between the pressure roller 150 and the transfer roller 120 while the aluminum aggregate ( A) comprises a test table 200 composed of a lamp 220 and an inspection table main body 210 on the front of the general wrapping machine 100 to wrap the synthetic resin film 130 on the surface, the taper on the front of the test table 200 While installing the (300) through the lapping machine 100 to allow the synthetic resin film 130 to be wrapped on the outer surface of the aluminum aggregate (A), check the lapping state at the inspection table 200, and check the aluminum aggregate (in the taping machine 300) A) A bonding apparatus for lapping and taping continuously on the outer surface of the aluminum aggregate, characterized in that the tape is taped to the outer surface. According to claim 1, The taping machine 300 is fixed to the guide rail 320 in the center of the upper surface of the main body 310, a bracket consisting of a pair of vertical pressure roller 330 on the guide rail 320 ( 331 is installed to adjust the left and right, the vinyl tape 344 is installed on the holder (343) configured on the front of the main body 310, the fixed rail 350 is installed upright behind the guide rail 320, but fixed The elevating pressure roller 360 is installed to the elevator 350 so that the elevating pressure roller 360 can be adjustable. The upper horizontal pressure roller 367 and the lower horizontal pressure roller 374 are installed at the rear of the elevating pressure roller 360, and the center of the main body 310 is installed. Lapping on the outer side of the aluminum aggregate, characterized in that the fixed rod 38 is installed upright on the side and then the vinyl tape 344 'is configured to be coupled, and the lower vinyl tape 344 "is also located on the bottom of the main body 310. And a joining device for continuously taping.