KR200290103Y1 - A Device for Manufacture the album with many accepting space - Google Patents

Abstract

The present invention relates to an album production apparatus.

In particular, the sheet supply unit is installed so that the inlay and the outer surface divided from the upper and lower sides, respectively, and the storage space forming unit provided with a bonding means to form a predetermined storage space on the upper and lower surfaces of the inlay laminated on one side of the process line of the sheet supply unit; It is made of a configuration including a sheet coupling portion for cutting the sheet is formed in a predetermined standard and bonded to the circumference and counting a plurality of sheets to be coupled to the cover.

Accordingly, it is easy to form a plurality of storage spaces having a standardized or various sizes, and to easily manufacture the album by a batch process.

Description

A device for manufacturing the album with many accepting space}

The present invention relates to an album manufacturing apparatus, and more specifically, a sheet supply unit is installed so that the inlay and the outer surface divided from the upper and lower sides, respectively, and a predetermined storage space on the upper and lower surfaces of the inlay laminated on one side of the process line of the sheet supply unit The storage space forming unit is provided with a joining means to form a, and the sheet is formed in a variety of sizes including a sheet joining portion for cutting the sheet is formed to a certain standard and bonded the circumference and counting a plurality of sheets to be coupled to the cover The present invention relates to an album manufacturing apparatus for easily forming a plurality of storage spaces.

In general, an album is composed of a paper sheet and a transparent sheet attached to at least one surface of both sides of the paper sheet and a cover sheet to which the paper sheet and the transparent sheet are fastened, and the transparent sheet has an attachment surface formed on one surface thereof. An insertion space of a predetermined area is formed inside, and a card, a business card, a photograph, and the like inserted into the insertion space are protected by a sheet or the like covering the upper surface thereof for long time storage.

An album mounting apparatus related to such a technique is disclosed in Korean Utility Model Publication No. 19013.

That is, as shown in Fig. 1, the paper feeding means 14 for taking out and supplying the paper 36 from the paper roll 32 on which the paper 36 is wound, and the paper feeding means 14, respectively. Adhesive applying means (10) for applying an adhesive on the upper and lower surfaces of the paper (36) to be drawn out and conveyed, bookbinding part forming means (26) for forming a bookbinding part on one side of the paper (36), and a pair of vinyl sheet Vinyl sheet supply means 20 for drawing and supplying the vinyl sheet 2 at 18 and a sheet for attaching the vinyl sheet 2 withdrawn from the vinyl sheet 18 to both sides of the base paper 36. It consists of a configuration including the attachment means (22).

However, the album mount manufacturing apparatus as described above is suitable for mass-producing products of the same standard, but cannot produce albums having various specifications. There is a disadvantage that requires the number of people.

An object of the present invention for improving this, to easily form a plurality of storage spaces having a standardized or various sizes, to easily manufacture the album by a batch process, and to produce albums of various specifications according to the consumer's preference It is to provide an album manufacturing apparatus that allows.

In addition, to provide a base sheet to perform the role of advertising, and to provide an album manufacturing apparatus that minimizes the waste of raw materials.

1 is a schematic view showing a conventional album production apparatus

Figure 2 is a schematic diagram showing an album manufacturing apparatus according to the present invention

Figure 3 is a perspective view showing a first joint of the album manufacturing apparatus according to the present invention

Figure 4 is a perspective view showing a cutting means of the album manufacturing apparatus in the present invention

Figure 5 is a perspective view showing the contact means of the album manufacturing apparatus in the present invention

Figure 6 is a schematic diagram showing an album manufacturing apparatus according to another embodiment of the present invention

Figure 7a, b, c is a schematic diagram showing the bonding means of the album manufacturing apparatus according to the present invention, respectively

8 is a schematic view showing a seat coupling portion of the album manufacturing apparatus according to the present invention

9 is a schematic view showing a cover supply unit of the album manufacturing apparatus according to the present invention

Figure 10 is a schematic diagram showing the manufacturing process of the sheet by the bonding portion of the album manufacturing apparatus according to the present invention

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

110 ... inlay 120 ... outside

170 ... base 190 ... discharge roll

220 ... guide roll 240 ... punching machine

270 ... Sheet 320 ... Cutter

360 ... Cover 420 ... Exhaust Conveyor

450 ... Thermal Fusion Bar

In order to achieve the above object, the present invention, the sheet supply unit is installed so that the inlay and the outer surface divided from the upper and lower sides, and the bonding means to form a predetermined storage space on the upper and lower surfaces of the inlay laminated on one side of the process line of the sheet supply unit The installed storage space forming unit, and the sheet is formed in the storage space is cut to a predetermined standard and bonded to the circumference and then counting a plurality of sheets provides an album manufacturing apparatus consisting of a configuration comprising a configuration coupled to the cover.

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

As shown in Figures 2 to 10, the subject innovation is made of a sheet supply unit 100, a storage space forming unit 200 and the sheet coupling portion 300.

The sheet supply unit 100 is installed so as to tightly supply the inlay 110 wound on the base 170 in a roll form and the plurality of outer sheets 120 wound on the roll form and the inlay 110 and the outer shell 120 tightly. It is configured as a plurality of guide rolls 130 and the first conveying roll 140 to be opposed, the cutting means 150 is provided on one side of the first guide roll 130 for supporting the outer surface (120).

In addition, the background paper 160 is further mounted on the base 170 so as to be inserted between the inlay 110 and the outer paper 120, respectively.

As shown in Figure 4a, the cutting means 150 is a support 150a fixed to the base, a movable plate 150b supported as a bolt to the support, and a knife 150c coupled to the movable plate 150b, respectively. Is done.

As shown in Figure 4b, the cutting means 150 is a support 150a fixed to the base and a plurality of movable plates 150b which are symmetrical to the support 150a and installed to move forward and backward integrally by the rack and pinion. And a knife 150c coupled to the moving plate 150b.

A discharge roll (not shown) is further installed to discharge the cut sheet on one side of the cutting means 150.

In addition, a close contact means 180 is formed to be in close contact with both ends of the inlay 110, the close contact means 180, as shown in Figure 5, the guide piece formed less than the width of the inlay 110 ( 180a) and a pressing piece 180b to be folded to a sheet bent on one side of the guide piece 180a.

The storage space forming unit 200 installed at one side of the process line of the sheet supply unit 100 has a feed roll 210 installed so that the outer surface 120 cut to a predetermined standard is stacked on the upper and lower surfaces of the inlay 110. Bonding means 230 is formed to form a receiving space 220 symmetrically on the upper and lower surfaces of the inlay 110.

As shown in FIG. 10, the joining means 230 includes a first joining part 230a to which a plurality of heat fusion wheels 230a-2 are connected to a plurality of rotary rolls 230a-1 supported on the base 170. It is configured as a second joint portion 230b in which projections 230b-2 protruding from the bottom of the pressure plate 230b-1 on the plane are formed, and are sequentially installed in the process line.

As shown in FIG. 7A, the joining means 230 is rotatably supported on the upper surface of the base 170 and has a rotation roll 230c-1 and the rotation roll 230c, the circumference of which is formed to match the area of the unit sheet. It is made as a heat fusion protrusion wheel (230c-2) protruding on the surface of the).

As shown in FIGS. 7B and C, the joining means 230 is formed such that the same joining line as the first and second joining lines is formed by protrusions 230b-2 protruding from the bottom surface of the pressure plate 230b-1 on the plane. .

In addition, a punching machine (not shown) for forming an index hole on one side of the bonding means 230 is further installed.

The sheet coupler 300 for cutting and packing the sheet 270 in which the storage space 220 is formed is cut to a predetermined standard by a distance sensor 310 that determines the moving distance of the sheet 270. Cutting machine 320 is provided with a heating device to be installed, a conveyor 330 for supplying the cut sheet is installed, a plurality of by a counter machine 340 for counting the sheet supplied to one side of the conveyor 330 The sheet is attached to the cover 360.

The cover supply unit 400 is installed to intersect with the recess 430 recessed on one side of the base 170, and the cover supply unit 400 includes a cartridge 460 and an input roller 410 in which a plurality of covers are mounted. A discharge conveyor (not shown) is installed, and made of a configuration in which a heat fusion bar 450 that is lowered and lowered above the recess 430 is installed.

Referring to the operation of the present invention made of the configuration as described above are as follows.

2 to 10, the inlay 110 and the outer shell 120 wound on rolls on one side of the base 170 are supported by a plurality of guide rolls and a transfer roll to unwind the rolled sheet. Is moved to one side.

In addition, the outer surface 120 is placed so as to be laminated on the upper and lower surfaces of the inlay 110, respectively, and is moved in a state of being laminated when passing through a plurality of guide rolls and a transfer roll, the outer surface 120 before the lamination is cut means 150 Is supplied to the cut line is formed on the outer surface (120).

The cutting line is supported by a knife 150c coupled to a plurality of moving plates 150b which are symmetrical to the support 150a fixed to the base and the support 150a and installed to move forward and backward integrally by the rack and pinion. It is easy to form a cutting line having different specifications.

In addition, the movable plate 150b to which the knife is coupled to the circular rod-shaped support 150a fixed to the base is fixed to bring the same effect as above.

In this case, the outer surface 120 may be supplied with one roll-like surface having the same area as the inlay 110, and may be supplied with a plurality of rock-like surface 120 symmetrically to both sides at the center line of the inlay 110. good.

In addition, when the outer surface 120 having the same area as the inlay 110 is inserted, a part of the outer surface 120 forming the separation portion is automatically wound by the discharge roll 190 installed on the upper portion of the base 170. Discharged.

In addition, the background paper 160 may be placed between the top and bottom surfaces of the inlay, respectively, and serves as a background such as a photo to be inserted into the storage space when the background paper 160 is inserted.

In addition, when the outer surface 120 is formed to have an area that is close when the both ends of the inlay 110 are in close contact with the inner side of the inlay 110, the contact means 180 is in close contact with both sides of the inlay 110 inwardly supplied. To form a storage space.

In addition, the contact means 180 is composed of a guide piece (180a) is formed less than the width of the inlay 110 and the pressing piece (80b) to be folded sheet folded on one side of the guide piece (180a). Both ends of the inlay 110 to be bent in close contact with the inner surface is pressed by the pressing piece (80b) to form a storage space.

Subsequently, the accommodating space 220 is formed by the joining means 230 to form the accommodating space 220 symmetrically on the upper and lower surfaces of the inlay 110.

The joining means 230 forms a storage space 229 by sequentially installing a first joining portion in which a heat fusion line is formed by a rotating wheel and a second joining portion in which a heat fusion line is formed by a flat plate. Done.

The first joint part is formed while the sheet is moved, and the second joint part is connected to the first joint part while the sheet is stopped.

In addition, the accommodating space is a joining means consisting of a rotary roll 230c-1, the circumference of which is formed to coincide with the area of the unit sheet, and a heat fusion protrusion wheel 230c-2 protruding from the surface of the rotary roll 230c. As a result of the movement of the sheet, a bonding line is integrally formed.

The accommodating space is integrally formed with the bottom surface of the second joint part on the plane, and the joint line is integrally formed when the second joint part is lowered while the sheet supplied is stopped.

In addition, a punching machine 240 is formed on one side of the joining means 230 to form an index hole so that the index hole into which the index is inserted when descending is integrally formed on the outer side of the sheet.

Subsequently, when the sheet advances by one unit, it is judged by the sensor 310 and the cutter 320 descends to form a unit sheet having a predetermined standard. At this time, the cutter 320 is connected to a heating device to cut the cut surface. Will join.

Then, the cut sheet is moved along the conveyor 330 so that a plurality of sheets are stacked by the counter machine 340, and when the stacking is completed, the cover 360 stacked on one side is pushed by the pusher 410. In this case, a plurality of sheets are placed on the upper side of the cover 360.

In addition, the heat-sealing bar 450 is lowered to heat-bond the sheet and the cover to complete the album.

At this time, the cover coupling portion 400 is connected in a vertical direction so as to intersect with the recess 430 recessed on one side of the base 170.

By the above configuration, a plurality of storage spaces are formed while passing through a continuous process on a sheet having a configuration in which the outer surface 120, the inlay 110, and the background paper 160 are stacked, and the storage space is formed as described above. The sheet is combined with the cover to form an album.

As described above, according to the album manufacturing apparatus of the present invention, it is possible to easily form a plurality of storage spaces that are standardized or have various sizes, to easily manufacture the albums by a batch process, and to produce albums of various standards according to consumer's preferences. To manufacture.

In addition, it is to have a base sheet to perform the role of advertising, it is effective to minimize the waste of raw materials.

Although the present invention has been illustrated and described in connection with specific embodiments, it is common in the art that the present invention may be variously modified and changed without departing from the spirit or the scope of the invention as provided by the following claims. I would like to clarify that those who have knowledge of this can easily know.

Claims (12)

A first guide roll supporting the outer sheet 120 and configured as a plurality of guide rolls 130 installed to stack and supply the plurality of outer sheets 120 on the upper and lower surfaces of the inlay 110 and supporting the outer sheets 120. Sheet supply unit 100 is installed on one side of the cutting means 150; The second conveying roll is installed so that the outer sheet 120 cut to a predetermined standard is stacked on the upper and lower surfaces of the inlay 110, and the bonding means 230 is formed to form a receiving space symmetrically on the upper and lower surfaces of the inlay 110. Storage space forming unit 200 is installed; And, The sheet coupling part 300 is installed to be bonded to the upper surface of the cover supplied by the cover supply unit 400 by counting by a predetermined amount after cutting the sheet 270 in which the storage space 220 is formed to a predetermined standard (300) Album manufacturing device composed including According to claim 1, Album manufacturing apparatus, characterized in that the background paper 160 is further mounted on one side of the base 170 so as to be inserted between the inlay 110 and the outer surface 120, respectively. According to claim 1, The cutting means 150 is a plurality of movable plate 150b installed to be forward and backward integrally by the rack and pinion symmetrical to the support (150a) and the support (150a) fixed to the base ) And album manufacturing apparatus characterized in that made of a knife (150c) coupled to the moving plate (150b) The method of claim 1, wherein the cutting means 150, a support 150a fixed to the base, a moving plate 150b supported as a bolt to the support and a knife 150c coupled to the moving plate 150b, respectively Album production apparatus characterized in that made of According to claim 1, The cutting means 150, Album production apparatus characterized in that the discharge roll is further installed to discharge the cut sheet on one side thereof According to claim 1, wherein the contact means 180 for contacting the both ends of the inlay 110 inward bending is provided, the contact means 180, the guide piece is formed less than the width of the inlay 110 ( 180a) and the album production apparatus, characterized in that consisting of a pressing piece (80b) to be folded to the sheet bent on one side of the guide piece (180a) According to claim 1, The bonding means 230, The first bonding portion 230a is a plurality of heat fusion wheels (230a-2) are connected to a plurality of rotary rolls (230a-1) supported by the base 170 And a second joining portion 230b in which protrusions 230b-2 protruding from the bottom surface of the pressure plate 230b-1 on a plane are formed and are sequentially installed in a process line. According to claim 1, The bonding means 230 is supported on the upper surface of the base 170 to be rotatable and the circumference is formed so as to match the area of the unit sheet and the rotary roll (230c-1) and the rotary roll ( Album manufacturing apparatus, characterized in that made as a heat fusion protrusion wheel (230c-2) protruding on the surface of 230c) According to claim 1, The joining means 230, the second joining portion (230b-2) protruding projections (230b-2) protruding to form a continuous connection line in the horizontal and vertical direction on the bottom surface of the pressure plate (230b-1) on the plane 1) Album production apparatus characterized in that made as According to claim 1, The bonding means 230, Album production apparatus, characterized in that the punching machine is further provided to form an index hole on one side According to claim 1, The sheet coupling unit 400, the cutter 320 is provided with a heating device to cut the sheet to a predetermined standard by the distance sensor 310 to determine the moving distance of the sheet 270 is installed And album production apparatus characterized in that the counter is connected to the cutter The apparatus of claim 1, wherein the cover supply unit 400 comprises a cartridge 460 in which a plurality of covers are mounted, an input roller 410, and an discharge conveyor.