KR970007424B1 - Album transfer device of an album making machine - Google Patents

Abstract

Disclosed is an apparatus for transmitting albums in an album manufacturing line. The apparatus comprises a clamp(2), guide holes(3, 3'), a vertical cylinder(4), a stopper(6), a moving apparatus(7). the clamp(2) is installed to an operation cylinder(1) to clamps an album block A doped with adhesive. The guide holes(3, 3') guide the upper portion of album block A to be inner rounded. The vertical cylinder(4) operates the clamp(2) and guide holes(3, 3') to move up and down. The stopper(6) which is operated by a cylinder(5) controls the location of the vertical cylinder(4). The moving apparatus(7) moves the vertical cylinder(4) left and right. Thereby, the pressing step is well performed, high quality and productivity of the album is acquired.

Description

[Name of invention]

Album Transfer Device of Album Production Equipment

[Brief Description of Drawings]

1 is a front view of the transfer apparatus of the present invention.

2 is a side view of the transfer apparatus of the present invention.

3 is an explanatory view of the drive unit of the transfer apparatus of the present invention.

4 is an enlarged explanatory view of the guide of the present invention.

5 is a diagram illustrating an operating state of the present invention.

6 is an exemplary view showing a bonding part operating state according to the present invention.

7 is a side view of a block carried by the apparatus of the present invention and completed bonding.

* Explanation of symbols for main parts of the drawings

1: working cylinder 2: clamp

3,3 ': guide 3A: guide

4: Cylinder for vertical movement 5: Cylinder

6: stopper 7: moving device

8: Block transfer device 9: Crimping device

10: crimp 71,71 ': guide bar

72: cylinder for right and left movement 73,73 ': frame

74,74 ': Chain 75: piston rod

A: block

Detailed description of the invention

TECHNICAL FIELD The present invention relates to an apparatus for transferring albums in a production apparatus of a book type album, and more particularly, to an apparatus for automatically transferring a block of an album mount between a heater and a backing machine, and particularly, at the bottom of the album mount. After applying the thermoplastic adhesive, they are united into a block of one block, and the united block is placed on the pressing device, and the adhesive coating area is transferred to the pressing device while heating the adhesive coating. The block transfer device in the album manufacturing apparatus which transfers the completed block to the back of the adhesive-coated block by a backing machine for attaching reinforcing paper, paper, and headband. It is about.

In such a conventional album production apparatus, the mechanically applied thermoplastic adhesive is applied to the album sheet supplied from the conveyor by a certain amount to form a bundle of blocks (Block), and the summary block is placed on the heater The conveyor of the heater is transferred to the pressing device for the next pressing process.

Then, another worker grabs the transport block and installs it in the crimping device. Hold it with both hands for a suitable time and press the pedal with your foot to press the block to bond the back part of the block. It is to be transferred by hand to the back for the pasting.

However, the present invention is installed in the correct position of the crimping device to the earth block, which is glued and coalesced and conveyed by the conveyor of the heater, and evenly squeezed, the worker supplying the block to the back gluer for the next step, such as stick By unattended automation of the work process of the company, it is possible to save labor and improve productivity and quality significantly. The operation of loading the block into which the adhesive is applied, coalesced and transported on the heater conveyor is required for the press. In other words, in mounting the block to the compactor, even if a block formed of a plurality of sheets is placed on the rounded bottom, the upper and the upper edges must also be roundly caught, as shown in FIG. This round shape is maintained, and this work requires rapid skill because of its speed. In addition, some mistakes end up risking turning one album into garbage. In addition, the applied adhesive must press the bottom of the block with a constant input within a certain time in a molten state in a heated molten state, in the past, as described above, the operator had to manually perform this operation by pressing the album too hard. There was a drawback that the quality was not uniform because the shape was not uniform, such as being formed flat or made into a thick album by pressing too lightly. In addition, the block in which the adhesive is heated and melted will harden if not pressed within a predetermined time as described above. Therefore, if the unskilled person presses the block late, the back part of the block may not be bonded. Blocks must be discarded and, moreover, these tasks require considerable skill, but they are not only simple but also have to stand all day long, which reduces the efficiency of work and makes fatigue easier, thus making it difficult to secure skilled workers. Is in. Thus, the present invention is to solve the above-mentioned difficulty in the album production by performing the operation of at least the earth block crimping step of the various processes in the album production apparatus unattended automated.

In the present invention, as shown in FIG. 1 and FIG. 2, the thermoplastic adhesive is applied to the lower end of the earth and cured to form a block, which is cut into a single volume of books, and the block, which is captured in one volume, is placed on a heater. And the block transferred by the block conveying apparatus 8 and the block conveying apparatus 8 which transfers the block A conveyed by the conveyor to the crimping operation position of the crimping apparatus 9 while gradually melting on the heater. Clamp 2 connected to the operating cylinder 1 to securely clamp (A), and an upper end of the block A clamped to both sides of the clamp 2 in a concave round shape. Guide (3) (3 ') to guide and press, up and down cylinder (4) for vertically operating the clamp (2) and guide (3) (3'), and the up and down cylinder (4) To control the lifting distance A stopper 6 operated by the cylinder 5 so as to give a line, a left and right moving device 7 connected to the cylinder 4 so as to move the vertical movement cylinder 4 to the left and right at a predetermined distance; It consists of a crimping device (9) for crimping and adhering the block (A).

Since the left and right moving device 7 is commonly used as a known one, a detailed illustration and description thereof will be omitted, but will be described briefly as follows. That is, in the left and right moving device, as shown in FIG. 3, the cylinder 4 is horizontally installed on both side guide bars 71 and 71 ', and the cylinder 72 for horizontally moving the cylinder 4 is framed ( 73, 73 ') is installed on the piston rod 75 fixed horizontally and horizontally, so that when the air pressure is supplied to the cylinder 72, the cylinder 72 is moved to the left and right. The sprocket wheel is installed in the cylinder 72, and the sprocket wheel is installed in the chains 74 and 74 'connecting the frames 73 and 73' and the cylinder 72 to operate the cylinder 72 for horizontal movement. According to this, the sprocket wheel is configured to be able to move the cylinder 4 for vertical movement by sliding the chain 74, 74 'alternately.

In addition, the guides 3 and 3 'have a round-shaped guide portion 3A at the center to hold the upper portion of the block A to be clamped inwardly to form a round shape as shown in FIG. It is formed integrally. And guide board 3B is provided in the front and back both sides of 3 A of guide parts. The crimping device 9 is provided with a cylinder (not shown) for operating the crimping device 10 in a known crimping device, whereby the crimping device 10 is actuated and clamped by the cylinder. Compress the bottom part for a certain time to harden it. At this time, the forward rod 801 of the block transfer device 8 slightly pushes the block to align the lands so that the block lands of the unbonded state are not disturbed. The block transfer device 8 is composed of a pusher device for pushing the block and a transverse device for rolling the pusher device as shown in FIG. 7, and the pusher device installs an operation cylinder 80 on the moving body 81. Then, the forward rod 801 is installed in the working cylinder 80, and the transverse device of the pusher installs the movable body 81 on the guide bar fixed to the frame, and the movable body 81 is mounted on the cylinder 82 and the frame. The two sprockets 83 and 84 are installed by speaking with a sprocket wheel.

Referring to the effects of the embodiment of the present invention configured as described above are as follows.

First, when the block A to be bound is glued and transferred to a predetermined position by a block transfer device 8 by a block transfer device 8 as shown in FIG. 5, the vertical movement cylinder ( 4) is lowered and descended toward the ground (A) where the adhesive is applied and transported, and then stopped by the stopper (6), the clamp (2) installed below the up and down cylinder (4) is sixth As shown in the figure, the guides 3 and 3 'provided on both sides of the clamp 2 are firmly clamped to the block mount A conveyed by the operation of the operation cylinder 1. The top of (A) is guided and shaped. That is, according to the present invention, since the guide portion 3A and the guide plate 3B are formed at the bottom of the guides 3 and 3 ', the upper end of the block A is formed to have a constant concave shape, and thus to the clamp 2. Is clamped.

At this time, while the pressing device 9 installed on the lower side of the clamp 2 is operated, the lower end of the block A in which the pressing hole 10 is clamped is fixed for a predetermined time to harden.

When the operation is completed, the pressing hole 10 retracts to its original position and returns to it. After that, when the up-down moving cylinder 4 is raised again, the clamp 2 holding the block A that is pressed and hardened is Ascending together, the left and right moving cylinder 72 of the left and right moving device 7 to which the up and down moving cylinder 4 is connected is operated so that the cylinder 4 holds the clamp A while the block 4 is held. In order to perform the back attaching process, the upper end of the back attaching machine is moved, that is, the sprocket wheel pulls the chains 74 and 74 'according to the movement of the left and right moving cylinder 72 and the ends of the chains 74 and 74'. Transfer the cylinder 4 installed in the cylinder.

After the up and down movement cylinder (4) is lowered, in this case, the piston of the cylinder (5) is retracted so that the stopper (6) is completely immersed, the cylinder (4) can be lowered to its lower limit and the lower limit In the part, a block A housing portion (not shown) of the back gluer is placed. In this way, the cylinder 4 is lowered to the maximum, and the clamp 2 is lowered to the block storing part of the back gluer. When the operation is completed, the operation cylinder 1 is operated to release the clamping block A. Next work will be done.

As shown in FIG. 7, the upper portion of the block A is concave round, and the lower end is bonded in a constant round shape as shown in FIG. 7.

Therefore, the adhesive block A completed by the present invention will always be completed in the same specification and shape.

The operation as described above is automatically made by the air pressure supplied by the controller, the continuous operation can be made automatically by adjusting the supply order of the air pressure supplied to each cylinder.

As described above, according to the present invention, the album mounting block A, to which the adhesive is applied, coalesced and transported, is pressurized while the clamping device firmly holds the upper part of the block to form a concave round shape by mechanical operation. Automatic bonding and bonding, and then automatically transferred to the next process to make the bonding work more convenient, reducing waste of manpower and time, and performing the entire bookbinding process automatically. The effect is that the product can be produced.

Claims (3)

The clamp 2 connected to the operation cylinder 1 to clamp the transported block A and the upper part of the block A clamped on both sides of the clamp 2 are concave inwardly. Guides (3) and (3 ') to guide, up and down cylinders (4) for vertically operating the clamp (2) and guides (3) and (3'), and the up and down cylinders (4) It consists of a stopper 6 which is operated by the cylinder 5 so as to control the operation distance, and the left and right movement device 7 of the up and down cylinder 4, the guide (3) (3 ') In order to hold the upper portion of the block A to be clamped to form a concave round shape inward, a round-shaped guide portion 3A is integrally formed at the center, and the guide plate 3B is provided at both front and rear sides of the guide portion 3A. Album transfer device of the album manufacturing apparatus characterized in that the installation. The album transfer apparatus of the album production apparatus according to claim 1, wherein a block transfer apparatus (8) is provided between the entrance of the clamp (2) and the conveyor of the heater. 3. The album transfer apparatus of the album production apparatus according to claim 2, wherein the block transfer apparatus (8) is composed of a pushing apparatus for pushing the block and a pushing apparatus for rolling the pushing apparatus.