KR200141541Y1 - Wireless device for binding a book - Google Patents

Abstract

The present invention relates to a technology of a book cover automatic supply lift, a discharge transport conveyor and a vise of a book binding cordless machine for bonding a book cover to a printed book or a bundle.

In the conventional wireless iron configuration, the book cover loaded on the loading plate of the cover feeder unit 40 needs to be continuously supplemented to a suitable height by a manpower, and the vise can transfer only one book to obtain a lot of work effects. There is a disadvantage.

The present invention corrects the above problems and improves the productivity and reduces the waste of electric power while constructing and transporting the automatic book cover supply unit 40 so as to obtain a double working effect in the conventional wireless iron. Vise 10 is designed to be the size of the conventional ship to be transported two books by separating the two books with a lot of transfer effect to achieve the effect of improving the speed.

Description

Book binding cordless

1 is a plan view showing the whole of the present invention.

2 is an operation explanatory diagram of the main lift device of the present invention.

3 is a front view of the main vice vise of the present invention.

Figure 4 (a) is a front view of the printed book in the state the cover is adhered by the present invention.

(b) is the two booklet front view completed in the state of cutting in (a).

* Explanation of symbols for main parts of the drawings

10: vise 20: to supply part

30: paste application unit 40: book cover supply unit

41: Body 42: Guide Guide

43: roller 44: loading plate

45: weight 46: chain

47: sprocket 48: metal

49: worm 50: detection sensor

51: worm gear 52: worm shaft

53: power sprocket 54: drive motor

55: output sprocket 60: adhesive device

70: discharge device 71: object detection sensor

100: 200: book cover

The present invention relates to a bookbinding cordless iron for bonding book covers to printed book or bundles, and more particularly, to a book cover automatic feed lift and a vise and a cutting device for cordless iron.

As is known in the prior art bookbinding, a fully-automatic large-size bookbinding machine and a manual-type small book are known.

The present invention improves the work efficiency and speedy work by improving the latter manual type by automatically supplying the book cover and separating the two books which are doubled in mobility and transported by one device. It is about design.

The present invention is known as the transfer of two books at a time by doubling the conventional vise conveying only one book, such as to automate the book cover supply lift in the known wireless iron machine to obtain the speed and convenience of work Compared to the wireless iron of the two times the working effect can be obtained.

In addition, the two books are transferred, the cutting device is configured to separate the cutting knife for separating and cutting the two books connected.

Referring to the drawing of the conventional wireless iron with reference to the drawings of Figure 1 to the hinge to the chain interlocked in the aircraft to rotate the outside of the aircraft and when the book is printed on this vise fixedly mounted vise is moved to the chain Painted on the bottom surface of the to (100) to be transported in the pool application device 30 while transferring the on-board mounted here and moved to (100) is a book cover introduced from the cover feeder unit 40 ( When overlapping with the 200 and the pressing device unit 60 passes through, the pressing device unit 60 is moved upwards by bending and conveying the book cover 200 while pressing and bonding the book cover 200 to the bottom of the (100). The primary loosening book being transported is discharged from the discharge section.

This primary completion measure consists of a book after the cutting process, which is the next process.

In this conventional configuration, since the loading plate of the cover feeder unit 40 is fixed to the base, a separate workman is required as a problem that the cover plate loaded on the loading plate must be continuously supplemented to a suitable height by a manpower. It has had the disadvantage of increasing the manufacturing cost, such as deterioration of the work efficiency.

In addition, such a bookbinding machine has a disadvantage that the size of the bookbinding device is configured to transfer only one book, so that only one book can be transferred to one vise.

The present invention is devised to correct the above problems.

That is, by configuring the automatic book cover automatic supply unit 40 in the known wireless iron, reduce the waste of manpower, improve productivity by quick and precise work, and the size of the vise to size two books can be fixed at once As the two books are transferred, the two books are bound together with the speed of transferring two books in one turn, and the work effect is doubled. The cutting device is provided with a separate cutting knife for cutting them.

As such, the present invention is conceived for the purpose of obtaining a mass productivity wireless iron with a simple configuration of an automatic supply means, a double conveying means, and a cutting means for separating.

This configuration will be described in more detail with reference to the accompanying drawings.

FIG. 1 is a plan view showing the whole of the present invention, FIG. 2 is an explanatory view of the operation of the automatic label feeder, and FIG. 3 is a front view of the vise.

As shown in the figure, the vise 10 is adhered to the chain interlocked by the power unit, and the vise 10 is fixed to the book 100 in the supply unit 20 to the full application device 30. And the book cover supply device unit 40 and the adhesive device unit 60, the book cover 200 is bonded and bent to discharge from the discharge device unit 70, the book cover supply device in the known Part 40 is configured to guide the guide 42 to the body 41 to configure the mounting plate 44 hinged a pair of up and down rollers 43 is moved up and down guide and fixed to both sides of the loading plate 44 And the chain 46 fixing the weight 45 at the other end is interlocked with the sprocket 47, and the sprocket 47 is axially installed on the metal 48 fixed to the body 41 so that the worm 49 and the worm gear ( 51 and the power sprocket 53 of the worm shaft 52 are configured to be interlocked with the output sprocket 55 of the drive motor 54, and the detection sensor 50 is provided on the upper side of the loading plate 44. The loading plate 44 is configured to be transported up and down by interlocking the driving motor 54 controlled according to the detected signal by detecting the height of the book cover 200 loaded by the controller. Comprising a cutting device portion 80, three sets of side cutting knives 82 for interlocking in the center of the known cutting knife 81, while the vise 10 is configured to be twice the size of the bookbinding book will be.

As not shown, 91 is an air suction pipe 92, an suction port 93, a transfer roll 94, a conveyor belt 95, a fixing bolt, 96, a control box 97, a cutting line 98, and a stopper.

The effect of the present invention configured as described above will be described in detail.

FIG. 1 is a plan view of the whole of the present invention, and FIG. 2 is a sectional view of the book cover supply unit, and FIG. 3 is a front view of the vise.

As shown in the figure, a plurality of vises 10 are adhered to the endless track chain interlocked by the power unit, and the gas supply unit 20, the pull application unit 30, and the book cover supply unit 40 are attached to the gas. ) And the bonding device unit 60 are sequentially formed, and the cutting device unit 80 is configured in the discharge unit as the discharge device unit 70.

When the power is turned on by loading the book cover 200 on the loading plate 44 of the book cover supply device unit 40 as known in the present invention, as shown in FIG. As the chain that hinges the vise 10 rotates, the vise 10 rotates outside the body.

At this time, the book to be bound to the vise 10, i.e., the book and its cover are books of the state connected up and down.

When the rotating vise 10 reaches the to-supply unit 20, the worker at this position supplies the vise 10 with a bundle of books 100 coupled to the vise 10 up and down to the vise 10 and the vise 10 ) Will continue to rotate as fixed to the supplied book (100).

The vise 10 to be moved is the adhesive surface of the book 100 is exposed to the bottom of the vise 10 while passing through the pool application device 30 is buried in the pool of the pool to move. At this time, with the movement of the supplied book 100, as shown in FIG. 2, the suction cover 92 sucks the uppermost sheet of the book cover 200 loaded on the loading plate 44, thereby transferring the feed roll 93. When supplied to the feed roll 93 is moved to the guide plate of the gas and is supplied to the bottom surface of the booklet 100 is buried and conveyed from the above. And the book cover (200) supplied at this time also consisted of two covers.

They face each other by the above is bonded by an adhesive paste and when passing through the adhesive device portion 60, the book cover 200 is bent and formed to be bent upward with the pressure of the pressing plate to the discharge device portion 70 It falls to the conveyor belt 94.

When the book bound as shown in FIG. 3 (a) falls, the book is transported on the conveyor belt 94, and the cutting operation is detected as the transfer state is detected.

As the book cover 200 is supplied while the book cover 200 is loaded on the loading plate 44 in a continuous operation as described above, the adsorption port 92 may adsorb the loaded book cover 200. As shown in FIG. 2, the distance observation sensor 50 fixed to the upper part of the book cover 200 at the upper end of the body 41 detects the distance of the height of the book cover 200 before falling to the non-distant state. Send the signal to the control. The control which receives the signal drives the drive motor 54 to interlock the chain and the power sprocket 53 with the output sprocket 55 of the drive motor 54 and the worm 49 and the worm gear 51 with the worm shaft 52 of the same axis. ) By rotating the sprocket 47 is installed on the metal 48 fixed to the body 41 to pull the chain 46 interlocked with the sprocket 47.

The end of the chain 46 is fixed to the mounting plate 44, the other side is composed of a weight (45). Therefore, when the chain 46 is moved by the driving of the sprocket 47, the mounting plate 44 fixed to the chain 46 is moved upward.

The moving loading plate 44 and the book cover 200 loaded on the loading plate 44 are moved upwards, and when the detection sensor 50 detects the moving height and is transferred to a certain height, it sends a signal to drive motor 54. ) Will stop.

As such, the book cover 200 of the loading plate 44 is moved upward as used, so that the adsorption port 92 can absorb the book cover 200, thereby continuing the work.

In addition, when the continuous transfer of the book cover 200 is made, the detection sensor 50 continuously sends the detection signal, so that the loaded book cover 200 can be automatically supplied continuously.

When the bookbinding book shown in FIG. 3 (a) of the slack is dropped and discharged onto the conveyor belt 94 of the discharging unit 70, the object detecting sensor 71 configured at the distal end of the discharging unit 70 is provided. The book is dropped by interlocking the conveyor belt 94 by the drive motor by sending a signal to the control by detecting this is stopped by the primary stopper 98 of the tip while being transferred to the cutting device unit (80) The side cutting knife 81 for cutting the back side of the bookbinding book 81 of the side cutting knives 81 of the cutting device unit 80 which receives the dashed line) signal is cut downward to cut the back of the book. The bookbinding book which is conveyed as the back cutting is completed is stopped by the secondary stopper 98 (denoted by two-dot chain lines), and the side cutting knife 81 and the separating cutting knife 82 composed of these center parts are transferred downward. By cutting the top, bottom, and center of the book, two books are completed as shown in (b) of FIG.

As such, the present invention provides a convenient wireless iron by automatically supplying the cover of the book and doubles the size of the book with a known vise and simultaneously moves two books to a single vise 10, thereby doubling the work compared to the prior art. It is a useful design that can increase productivity with excellent work effect in bookbinding industry with features and advantages that can be obtained.

Claims (3)

The vise 10 is attached to the chain interlocked by the power unit, and the vise 10 is fixed to the book 100 in the supply unit 20 to the full application unit 30 and the book cover supply unit 40. ) And the book cover 200 attached to the book cover 200 through the gluing device unit 60 to be discharged from the discharge device unit 70, the book supplied to the vise 10 adhered to the crawler chain. Bonding 100 to the book cover 200 supplied from the book cover supply device unit 40 via the full coating device unit 30 to be discharged to the discharge device unit 70, the book cover supply unit 40 The guide plate 42 is configured on the body 41 to allow the loading plate 44 hinged by a pair of upper and lower rollers 43 to be moved up and down, and the weight plate 45 at both ends of the loading plate 44. The chain 46 fixed to the sprocket 47 is interlocked with the sprocket 47 is installed on the metal 48 fixed to the body 41 to the interlocking of the worm 49 and the worm gear 51. The power sprocket 53 of the worm shaft 52 is configured to be interlocked with the output sprocket 55 of the driving motor 54, and a sensor sensor 50 is formed on the upper side of the loading plate 44 to load the book cover 200. Book binding wireless iron, characterized in that the load plate 44 is transported up and down by interlocking the drive motor 54 is controlled according to the signal by detecting the height. The cutting device of claim 1, wherein the cutting device unit 80 comprises three sets of side cutting knives 81, wherein the cutting knives for separating and cutting the bookbinding book coupled to the center of the two side cutting knives 81. A bookbinding cordless iron, comprising 82 in one piece. The book binding machine of claim 1, wherein the vise (10) is configured to be twice the size of the book to be bound.