KR102127221B1 - Tanjak type calendar binding machine - Google Patents

Abstract

The present invention relates to a tanzak type calendar binding machine, which is to minimize a defect rate of an object to be bound. The tanzak type calendar binding machine of the present invention comprises: a bookbinding feeder for supplying bookbinding paper; a bookbinding transfer path for transferring the bookbinding paper supplied by the bookbinding feeder; a bookbinding molding machine installed on the bookbinding transfer path and pressing the center of the bookbinding paper to form a foldable line; a paper aligning and feeding device coupled in the direction perpendicular to a side surface of the bookbinding transfer path, and aligning and supplying paper to be bound to be stacked on the bookbinding paper; a hotmelt feeder installed at regular intervals to be separated from one end of the bookbinding transfer path to an upper side, and applying a hotmelt on the bookbinding paper, wherein the hotmelt is applied on the bookbinding paper between holes of the paper; a push bar installed to be movable downward on a side surface of the hotmelt feeder, and pressing one end of the paper; a bending roller seated inside one end of the bookbinding transfer path, and moving upward to bend the bookbinding paper; a fixing bar installed on the side surface of the push bar, and movable downward at a position corresponding to the bending roller; and a bookbinding discharge path coupled in the direction perpendicular to the other surface of the bookbinding transfer path, and including a pair of rollers installed at one end and a middle part, a compressing unit including a conveyor belt installed between the rollers, a hanger insertion unit for inserting a hanger of a calendar, and a pressing device installed at the other end.

Description

Tanjak type calendar binding machine}

The present invention relates to a tanzac type calendar binding machine capable of maximizing the folding of the back paper and the bonding force between the back and the paper.

In general, bookbinding refers to making a book by stacking printed sheets of paper in order, and the purpose of making a book is to prevent scattering of single sheets of paper, making it easy to read, easy to handle, and culture and knowledge. It is to keep books that serve to connect the past, present, and future with information as the source for a long time.

A method of binding papers such as a large number of printed materials or documents, and applying the adhesive on one side to bind them together and binding the documents to a paper file to which the adhesive has been applied in advance, then heat it through a heating wire by power to melt the adhesive. Spring binding and spring binding, in which a hole is formed in a bound paper and a ring is connected and bound together, are mainly used. In particular, in the case of a calendar, a tanzac binding method is mainly applied, in which a plurality of holes are formed at one end of a print, and then an adhesive is applied to the back paper to bind the print.

However, in the case of such a tanzac binding, most devices are configured to fold and press the back paper at the same time after applying the adhesive to the back paper. There is a problem that it is high.

The present invention has been devised to solve the above-mentioned problems, and it is an object of the present invention to provide a tanzac-type calendar binding machine that facilitates folding of the back paper when binding the tanzac and maximizes the bonding force between the back paper and the paper. .

The tanzac-type calendar binding machine according to the present invention for achieving the above object is installed in a back paper feeder supplying back paper, a back paper feed path through which the back paper supplied from the back paper feeder is transferred, and is installed in the back paper feed path. The back paper forming machine to form a line of sight by pressing, coupled to the side of the back paper transport path in a direction perpendicular to the paper alignment and supply device for aligning and supplying paper so that the paper to be bound on the back paper is stacked, of the back paper transport path It is installed at regular intervals from one end to the upper side, and is applied to a hot melt on the back of the paper, but hot melt feeder for applying hot melt on the back of the paper between the holes of the paper, is installed movably downward on the side of the hot melt supply, and one end of the paper Pressing bar for pressing, seated inside one end of the dorsal transport path, the bending roller that moves upwards to bend the dorsal, is installed on the side of the press bar, and moves downward to a position corresponding to the bending roller It is coupled in a direction perpendicular to the other surface of the fixed bar and the back transport path, which is installed as possible, a crimping section comprising a pair of rollers installed at one end and the middle, and a conveyor belt installed between the pair of rollers, Characterized in that it comprises a hanger inserting portion for inserting a hanger of the calendar, and a booklet discharge path including a press machine installed at the other end.

And it is installed to be movable up and down at one end of the back transport path, and at one end, a back height adjustment unit having a seating groove in which the bending roller is seated; And a dorsal width adjuster movably installed on a side surface of the dowel height adjuster in a direction perpendicular to the dowel transport direction.

In addition, the pressing bar is fixed by pressing one end of the paper after the paper is supplied, and the bending roller moves upward while the pressing bar presses one end of the paper to bend the intermediate machine. .

And after the paper is supplied, the push bar is fixed by pressing one end of the paper, and the bending roller moves upward while the push bar presses one end of the paper to bend the intermediate machine.

According to the present invention as described above, the tanzac-type calendar bookbinding machine according to the present invention has the advantage of maximizing the binding force between the back paper and the paper because the back of the back is easy to fold because the back line is formed on the back paper through the back paper forming machine.

In addition, since it is configured to combine the back paper and the paper by the operation of conveying the paper after bending the back paper through the bending roller, it is possible to simplify the apparatus and maximize the working speed.

In addition, a dorsal height adjuster and a dowel width adjuster are installed, and there is an advantage in that it can be used in various ways depending on the type of binding.

1 is a conceptual diagram of a tanzac-type calendar binding machine according to the present invention.
Figure 2 is a cross-sectional view of the binding passage according to the invention.
3 is a conceptual diagram of the bending roller operation of the tanzac-type calendar binding machine according to the present invention.
Figure 4 is a cross-sectional view of the back transport according to the present invention.
Figure 5 is a photograph of the back of the tanzac-type calendar binding machine according to the present invention and a backing forming machine.
Figure 6 is a front view of the back forming machine according to the present invention.

Hereinafter, the technical spirit of the present invention will be described in more detail with reference to the accompanying drawings.

The accompanying drawings are only examples shown in order to describe the technical spirit of the present invention in more detail, so the technical spirit of the present invention is not limited to the form of the accompanying drawings.

1 is a conceptual diagram of a tanzac-type calendar binding machine according to the present invention.

Tanzac-type calendar binding machine according to the present invention as shown in Figure 1, the paper feeder 100, paper transfer path 200, paper molding machine 300, paper alignment and feeding device, hot melt feeder 500, push bar (600), bending roller 700, fixed bar 800, and includes a binding discharge path (900).

Referring to Figure 1, the overall operation concept of the tanzac-type calendar binding machine according to the present invention, first, the back paper is transferred from the back paper transfer path 200, at this time, the back paper refers to a paper attached to a book for bookbinding. The back paper wraps around one end of the binding material (calendar), so it is supplied perpendicular to the feeding direction of the paper. The dorsal transport path 200 has a dorsal forming device that forms a stave on the dorsal, and the paper is supplied and aligned on the dorsal where the stave is formed, and after applying the hot melt, the dorsal is wrapped around one end of the paper through the bending roller 700. do. Thereafter, the binding material (calendar) in which the back paper and the paper are combined is transferred to the binding material discharge path 900 and finally compressed through the press 930. The present invention relates to a tanzac-type calendar bookbinding machine, and the bookbinding product bound through the bookbinding machine of the present invention refers to a calendar.

Looking closely at the configuration of the tanzac-type calendar binding machine according to the present invention, the back paper feeder 100 supplies the back paper. At this time, the back paper refers to the paper attached to the book back for binding as mentioned above.

The back paper supplied from the back paper feeder 100 is transferred to the back paper transfer path 200. At this time, a roller or the like for transferring the back paper may be installed on the back paper transport path 200.

The back paper forming machine 300 is a device that presses the center of the back paper to form a line of sight. At this time, the line is a line formed to easily fold paper such as leaflets, and is preferably formed along the longitudinal direction of the back. The operation and structure of the dorsal molding machine 300 will be described in more detail below.

On the other hand, the paper alignment and feeding device 400 is coupled in a direction perpendicular to the side of the back paper transfer path 200. This is for supplying paper in a direction perpendicular to the paper supply direction. At this time, the paper refers to a printed material to be bound, and in the present invention, it is preferable that it is a calendar paper. In addition, it is preferable that a plurality of holes are formed along the back paper supply direction so that the hot melt passes through and is applied to the back paper. In addition, it is preferable that the paper is stacked by being supplied to the top surface of the paper after the paper is supplied.

The hot-melt feeder 500 is a device for supplying and applying hot-melt to the back paper, and is installed at a predetermined interval from one end of the back paper transfer path 200, but is installed to be placed on a straight line such as a paper alignment and supply device 400. It is preferred. In addition, the hot-melt supply device is installed to be spaced apart at a predetermined distance in a vertical direction from one end of the back-to-back transfer path 200 to supply the hot-melt to the upper surface of the back paper. The hot melt feeder 500 supplies hot melt in a state in which the back paper and the paper are stacked, but when the back paper is folded by supplying the hot melt between the holes formed in the paper, the back paper is adhered through the holes formed in the paper.

In addition, the push bar 600 serves to fix the paper when the back of the paper is folded, and is installed on the side of the hot melt feeder 500 to press and fix one end of the paper. In addition, it is installed to be movable downward to press the paper only when necessary, and is installed to be movable up and down by a cylinder or a gear.

The bending roller 700 serves to bend the dorsal region, and after being seated at one end of the dorsal transport path 200, it moves upwards and bends the dorsal region. At this time, the bending roller 700 pushes up the back of the back so that the back is bent along the line of sight formed on the back. Accordingly, the back is bent along the line of sight due to the bending roller 700 moving upward. The bent back paper is folded to wrap one end of the paper along the line of sight as the paper is pushed. Thereby, the back paper can bind the paper.

The fixing bar 800 serves to align the paper. That is, it acts as a stopper and is preferably installed such that the back of the back line and one surface of the fixing bar 800 are positioned in a straight line. This is for aligning one end of the paper to the line of sight, and one side of the fixing bar 800 is positioned to be aligned with the line of sight while the sheet is being fed from the sheet alignment and feeding device 400. Conversely, when bending the back of the back, it moves to the upper side again to secure a space for the bending roller 700 to move upward so that the back is bent.

Meanwhile, the binder discharge path 900 refers to a transfer path 200 in which a binding product in which paper and bent paper is combined is discharged and transported, and the binder discharge path 900 includes a crimp section 910 and a hanger insertion section ( 920) and a press machine (930). The crimping unit 910 may be formed with a roller 911 or a conveyor belt for conveying the bookbinding. In addition, the binder discharge path 900 is preferably coupled in a direction perpendicular to the other side of the back paper transfer path 200 so as to be placed on the same line as the paper alignment and supply device 400 as shown in FIG. 1. . Such a structure is to allow the supplied paper to be transferred to the binding outlet 900 immediately after being combined with the back paper.

2 is a cross-sectional view of the binding passage 900 according to the present invention. Referring to FIG. 2, the binding discharge path 900 is described, and the pressing portion 910 of the binding discharge path 900 includes a pair of rollers 911 and a conveyor belt. The pair of rollers 911 are each installed in pairs in the discharging direction of the bookbinding product, and are preferably in contact with each other up and down. This is to ensure that the binding material passes between the rollers 911 and is compressed. At this time, it is preferable that the surface of the pair of rollers 911 that are in contact with each other is placed on the same level as the height at which the bookbinding material is supplied, and for this purpose, the roller 911 located at the lower side is the bookbinding passage 900 It is preferably installed so that the seating. In addition, the conveyor belt is installed to pass between the rollers 911 that are in contact with each other for the transfer of the bookbinding product.

In addition, the hanger inserter 920 inserts a hanger at one end of the calendar that has passed through the roller 911. At this time, the hanger serves as a ring so as to be able to hang the calendar bound according to the present invention on the wall, and is bound in a flat form. It is preferably inserted into the cotton.

Thereafter, the calendar is supplied to the press machine 930, and the press machine 930 maximizes the bonding force between the back paper and the paper by compressing the final bookbinding product once more. In FIG. 1, the press machine 930 is illustrated as being in a position perpendicular to the discharging direction of the bookbinding product, but this is simply to collect a plurality of bookbinding products and to facilitate compression after lamination. It doesn't matter.

2 is a conceptual diagram of the operation of the bending roller 700 of the tanzac type calendar binding machine according to the present invention. 3(a) shows that the paper is stacked on the back, and FIG. 3(b) shows the positions of the fixing bar 800, the push bar 600, and the bending roller 700 when the paper is being supplied. 3(c) shows the positions of the fixing bar 800, the push bar 600, and the bending roller 700 when the bending roller 700 operates.

If the operation of bending the back through the push bar 600, the bending roller 700 and the fixing bar 800 is described with reference to FIG. 3, paper is first fed onto the back as shown in FIG. 3(a). Thereafter, as shown in (b) of FIG. 3, the fixing bar 800 moves downward to contact the back of the back of the back and one side of the fixing bar 800 to be positioned in a straight line. Thereafter, the paper is fed through the paper alignment and feeding device 400, and is aligned with the line of sight by the fixing bar 800.

Thereafter, the hot melt is supplied to the back paper through the hole of the paper in the hot melt feeder 500, and the fixing bar 800 is moved upward again as shown in FIG. 3(c). And the push bar 600 descends to the lower side to press the laminated paper and the bending roll is used to the upper side to bend the back.

Subsequently, when the push bar 600 is used upward, and the paper and the back paper are discharged to the bookbinding discharge path 900, the back paper is folded in the direction in which the paper and the bookbinding material move, and the bookbinding water discharge path 900 ) Is pressed by a roller installed on the back, the back is completely folded, and adhesion between the back is made through a hot melt applied to the back.

By bending the back paper through the bending roller 700 as described above, the folding of the back paper is induced by the operation of conveying the paper so that the paper and the back paper are combined so that the paper and the back paper can be combined with a relatively simple configuration and operation. It can be simplified and maximize the working speed. In addition, since the binding material is compressed once more by the press machine 930 after passing through the rollers in the paper discharge path 900, the state can be fixed after the back is completely folded.

4 is a cross-sectional view of a back paper transfer path according to the present invention. Referring to FIG. 4, the back height adjuster and the back width adjuster 1100 according to the present invention, first, the back height adjuster 1000 is inserted into the back paper transfer path 200. One end of the dorsal height adjuster 1000 is exposed to the upper surface of the dorsal transport path 200, and a seating groove 1001 is formed at one end of which a bending roller 700 is seated, and a bending is provided at the seating groove 1001. The roller 700 is seated. In addition, a bending roller driving cylinder 1002 for moving the bending roller 700 up and down is installed inside the back height adjusting unit 1000, and the bending roller driving cylinder 1002 is coupled to the bending roller 700. . In addition, a dorsal height adjustment cylinder 1003 is installed at the other end of the dorsal height adjustment unit 1000, and the dowel height adjustment cylinder 1003 is also inserted into the dorsal transport path 200. Accordingly, since the back height adjusting unit 1000 is movable up and down from the inside of the back paper transfer path 200, there is an advantage that it is possible to use a back paper having a different thickness depending on the type of the binding.

And the dorsal width adjuster 1100 is formed on the side of the dorsal height adjuster 1000, and the dowel width adjustment bar 1101 is installed to be movable in a direction perpendicular to the dosing supply direction from the dorsal height adjuster side And a back width adjustment cylinder 1102 driving the width adjustment bar 1101. Accordingly, there is an advantage in that it is possible to use a variety of width and length according to the shape of the binding.

FIG. 5 is a photograph of the back transfer path 200 and the back molding machine 300 of the tanzac type calendar binding machine according to the present invention. As shown in FIG. 5, the paper back forming machine 300 is installed at one end of the paper back transport path 200. The back forming machine 300 includes an upper mold 320, a lower mold, a connection part, a cam, and a power supply part 340. The configuration of the dorsal molding machine 300 will be described with reference to FIG. 5.

6 is a front view of the back forming machine 300 according to the present invention. As illustrated in FIG. 6, the lower mold 310 is installed on the lower side, and although not shown in the drawing, a guide rail is formed on the upper surface of the lower mold 310 so that the back paper can be transferred. At this time, although not shown in FIG. 5, protrusions are formed along the back transport direction on the upper surface of the lower mold 310 to form a line of sight on the back.

The upper mold 320 is installed at regular intervals from the lower mold 310 to the upper side, and the lower surface is formed in a shape corresponding to the lower mold 310. That is, it is preferable that a groove is formed in a shape corresponding to a protrusion of the lower mold 310 on the lower surface of the upper mold 320.

In addition, the connection part connects the upper mold 320 and the lower mold 310, and a spring 331 is wound on the outer circumferential surface. This is to minimize the time for the upper mold 320 to move upward again, and the elastic force of the spring 331 allows the upper mold 320 to return to its original position within a short time.

The cam and the power supply unit 340 are installed in the upper mold 320, and when the rotational force is supplied from the power supply unit 340 to the cam, the cam converts the rotational motion into an up-down linear motion, so that the upper mold 320 is up-down. It changes the direction of movement so that it can move.

When the process of forming the line of sight on the back of the back forming machine 300 is described, the back is first transferred to the lower mold 310. Thereafter, the upper mold 320 is moved downward to compress the back, and the back line is formed by the protrusions of the lower mold and the grooves of the upper mold 320 on the back. Thereafter, the upper mold 320 is moved upward again by the elastic force of the spring 331, and the back paper is transferred back toward the hot melt feeder 500.

According to such a process, it is possible to make the folding of the back of the back simpler and to minimize the occurrence of defective binding products by forming the back line before the folding of the back of the back.

The present invention is not limited to the above-described embodiments, and the scope of application is various, of course, and various modifications can be made without departing from the gist of the present invention as claimed in the claims.

1: Back
2: Paper
3: Oh Se-sun
100: paper feeder
200: back transportation
300: back forming machine
310: lower mold
320: upper mold
330: connection
331: spring
340: cam and power supply
400: paper alignment and feeder
500: hot melt feeder
600: push bar
700: bending roller
800: fixed bar
900: Binding furnace
910: crimp
911: roller
912: conveyor belt
920: hanger insert
930: press machine
1000: back height adjuster
1001: seating groove
1002: bending roller driving cylinder
1003: back height adjustment cylinder
1100: Back width adjuster
1101: back width adjustment bar
1102: back width adjustment cylinder

Claims (4)

A back paper feeder that supplies back paper;
A back paper transfer path through which the back paper supplied from the back paper feeder is transferred;
A dorsal molding machine installed on the dosing conveyance path and pressing the center of the dorsal to form a stamen line;
A paper alignment and feeding device which is coupled in a direction perpendicular to the side surface of the back paper transfer path, and aligns and supplies the paper so that the paper to be bound on the back paper is stacked;
A hot-melt feeder which is installed at a predetermined interval from one end of the back-to-back transfer path, and applies hot melt to the back paper, but applies hot melt to the back paper between the holes of the paper;
A push bar movably installed on the side surface of the hot melt feeder and pressing one end of the paper;
A bending roller which is seated inside one end of the dorsal transport path and moves upwards to bend the dorsal;
It is installed on the side of the push bar, the fixed bar is installed to be movable downward to a position corresponding to the bending roller; And
A hanger that is coupled in a direction perpendicular to the other surface of the back transport path, and includes a pair of rollers installed at one end and a middle, a crimping section including a conveyor belt installed between the pair of rollers, and a calendar hanger. A tanzac-type calendar bookbinding machine comprising: an inserting portion and a bookbinding discharge path including a press machine installed at the other end.
According to claim 1,
A dorsal height adjusting unit which is installed to be movable up and down at one end of the dosing transport path, and has a seating groove in which the bending roller is seated; And
A tanzac-type calendar binding machine further comprising; a dorsal width adjuster which is movably installed in a direction perpendicular to the dowel conveying direction on a side surface of the dowel height adjusting part.
According to claim 2,
The pressing bar is fixed by pressing one end of the paper after the paper is supplied,
The bending roller is a tanzac-type calendar binding machine, characterized in that the pressing bar moves upward while bending one end of the sheet to bend the back.
According to claim 3,
The back forming machine
The lower mold including the dowel guide rail formed on the upper surface, the protrusion formed along the dorsal transport direction, and installed at a predetermined interval from the lower mold, the upper mold having a shape corresponding to the lower mold, and the lower mold the upper part A tanzac-type calendar bookbinding machine comprising a connecting portion connecting a mold, a cam coupled to the upper mold, and a power supply unit supplying power to the cam.

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