KR20110136356A - Smart binding apparatus - Google Patents

Abstract

PURPOSE: A smart book-binding apparatus is provided to automatically control the coating rate and coating area of adhesive by recognizing the thickness of a book. CONSTITUTION: A first jig(10a) and a second jig(10b) fix a bookbinding target. A thickness measurement unit measures the thickness of the bookbinding target. A jig movement unit moves the first jig and the second jig from a first location to a second location. A coating roller(30) sprays adhesive to the binding target. A control unit controls a motor which controls the rotation speed of the coating roller or controls the speed of the jig movement unit according to the thickness of the measured binding target.

Description

Smart Bookbinding Machine {SMART BINDING APPARATUS}

The present invention relates to a smart bookbinding machine, which measures the thickness of the bookbinding target, adjusts the amount and area of the adhesive applied thereto, and also automatically controls the magnitude of the pressure, the time and position of applying the pressure when binding the label. It relates to a smart bookbinding machine.

In general, a book manufacturing process is largely completed through a printing process and a bookbinding process. The printing process is a process of printing on printing paper, and the bookbinding process is a process of combining printed printing papers. In the printing process, printing and folding operations are usually performed.

Among the known bookbinding machines, a bookbinding machine is provided such that a bookbinding process is sequentially performed at a predetermined position of rotation in a state in which a booklet is inserted into a circumferential surface of a turntable to be driven in rotation.

In general, a wireless bookbinding machine is a bookbinding of booklets by binding an adhesive to one end of a booklet, and binding the book pages. there was.

However, according to the prior arts, the adhesive layer is applied only to one end of the bound booklet, and the cover is limited to the end thereof, so that the peeling of the cover and the separation of the book pages easily occur.

In order to solve this problem, a bookbinding is made so that the cover of the booklet is bonded in a substantially 'c' shape by applying an adhesive to a certain height as well as one end of the booklet book and both outer pages.

However, even when the thickness of the booklet is too thick or too thin, bookbinding is always made at a constant height, and when the booklet is too thick, there is a problem of peeling, and when too thin, too many parts are bonded.

The present invention has been made to solve the problems of the prior art, in performing bookbinding to automatically recognize the thickness of the book to be bound, and to automatically control the rotation speed and application area of the adhesive coating roller, temperature control and labeling of the heating plate It is an object of the present invention to provide a smart bookbinding machine that automatically adjusts the clamping pressure, height, and time so that an optimum binding result can be performed according to the thickness of a book.

The present invention provides the following problem solving means to achieve the above object.

Smart bookbinding machine according to an embodiment of the present invention, the first jig (10a) and the second jig (10b) for holding the bookbinding target 100 from both sides and the thickness measurement for measuring the thickness of the bookbinding target 100 The unit 60, jig moving means 62 for moving the first jig 10a and the second jig 10b from a first position to a second position with a predetermined speed, and the first jig ( Rotating the application roller 30 and the application roller 30 to which the adhesive is applied to the outside to apply the adhesive to the bookbinding object 100 during the movement of 10a) and the second jig 10b at a predetermined speed. The control unit 61 for controlling the motor to adjust the speed of the jig movement means 62 or the rotation speed of the coating roller 30 according to the motor and the thickness of the bookbinding target 100 measured. To include, wherein the control unit 61, the thicker the thickness of the measured binding target 100, the binding target 10 In order to increase the amount of adhesive applied to 0), the speed of the jig movement means 62 is reduced, or the rotational speed of the motor is increased.

In this case, the smart bookbinding machine, the coating amount adjusting unit height adjusting means 64 for changing the height of the coating amount adjusting unit 35 to adjust the amount of the adhesive applied to the bookbinding object 100, and the The first clamp 40a which fixes the cover 101 to the adhesive application site of the bookbinding object 100 at the second position of the first jig 10a and the second jig 10b and applies compressive force at both sides. And clamp height adjusting means 66 for adjusting a position at which the second clamp 40b and the first clamp 40a and the second clamp 40b apply a compressive force to the bookbinding target 100. The controller may control the distance between the coating amount adjusting unit 35 and the bookbinding object 100 to increase the amount of the adhesive applied to the bookbinding object 100 as the thickness of the bookbinding object 100 is increased. The coating amount adjusting unit height adjusting means 64 to increase the Control, and characterized in that it controls said first clamp (40a) and the second clamp (40b) that the binding of the clamp height adjustment so as to apply a compressive force to the target increases the 100 position means 66.

As another embodiment of the present invention, the smart bookbinding machine measures the thickness of the first jig 10a and the second jig 10b and the thickness of the bookbinding object 100 to hold and fix the bookbinding object 100 at both sides. Part 60, moving means 62 for moving the first jig 10a and the second jig 10b from a first position to a second position, the first jig 10a and the second In the second position of the jig 10b, the first clamp 40a and the second clamp 40b which fix the cover 101 to the adhesive application site of the bookbinding object 100 and apply compressive force at both sides, and the Clamp compression adjusting means for adjusting the size or compression time of the compressive force applied to the bookbinding object 100 by the first clamp 40a and the second clamp 40b according to the thickness of the bookbinding object 100 measured 67 ), And a control unit 61 for controlling the clamp compression adjusting means 67, wherein the control unit 61 is the measured binding target ( According to the thickness of the 100, the clamp compression adjusting means so that the first clamp 40a and the second clamp 40b changes the magnitude or compression time of the compressive force applied to the bookbinding target 100 according to a preset value. It is characterized by controlling (67).

In this case, the smart bookbinding machine, at the second position of the first jig (10a) and the second jig (10b), the cover 101 is fixed to the adhesive application site of the bookbinding target 100, It further comprises a heating plate 41 for contacting the lower side of the bookbinding object 100 to transfer thermal energy, and heating plate temperature adjusting means 65 for maintaining the temperature of the heating plate 41 at a constant temperature. It is done.

The present invention has been made to solve the problems of the prior art, in performing bookbinding to automatically recognize the thickness of the book to be bound, and to control the adhesive coating amount and coating area, the temperature control of the heating plate and the label clamping pressure and height In addition, there is an effect of providing a smart bookbinding machine that automatically adjusts the time so that an optimum bookbinding result can be performed according to the book thickness. ,

1 is a perspective view of a smart bookbinding machine according to the present invention.
2 is a conceptual diagram for measuring the thickness of the book according to the present invention.
3 is a conceptual diagram for measuring the thickness of the book according to the present invention.
Figure 4 is a structural view of the rotary blade unit for arranging the bookbinding surface according to the present invention.
5 is an operation structure diagram of a rotary blade unit for arranging the bookbinding surface according to the present invention.
Figure 6 is an operation structure of the coating roller according to the present invention.
7 is a perspective view of a cover bookbinding process of a smart bookbinding machine according to the present invention;
8 is an operational structure diagram of a label bookbinding process according to the present invention;
9 is a block diagram of a control unit according to the present invention.

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

However, in describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. Even if the terms are the same, if the displayed portions are different, it is to be noted that the reference numerals do not match.

The terms to be described below are terms set in consideration of functions in the present invention, and may be changed according to a user's intention or custom such as an experimenter and a measurer, and the definitions should be made based on the contents throughout the present specification.

1 is a perspective view of a smart bookbinding machine according to the present invention. The smart bookbinding machine 1 according to the present invention has a first position where the first jig 10a and the second jig 10b are located and a second position where the first clamp 40a and the second clamp 40b are located. Are distinguished.

The binding target is inserted between the first jig 10a and the second jig 10b at the first position, and is fixed by the first jig 10a and the second jig 10b to apply the coating roller 30 at the intermediate position. By the adhesive is moved to the second position after the application.

2 and 3 specifically describe the principle of the first jig 10a and the second jig 10b.

The second jig 10b is fixed to the jig connecting member 12. The first jig 10a is provided with a hole through which the jig connecting member 12 is inserted, and the jig connecting member 12 is inserted therein. The first jig 10a is movable along the jig connecting member 12 toward the second jig 10b. This is a structure in which a power means such as a pneumatic cylinder is automatically connected to the first jig 10a.

When the binding target 100 is inserted between the first jig 10a and the second jig 10b, the first jig 10a moves to the second jig 10b to fix the binding target 100. In this case, as illustrated in FIG. 3, the thickness of the bookbinding target 100 is determined as t.

In the present invention, the key is to measure the thickness of the bookbinding object 100 and to utilize it automatically in subsequent steps. The portion for measuring the thickness of the bookbinding target 100 is referred to as the thickness measuring unit 60 in the present invention. However, the thickness measuring unit 60 is a separate mechanical structure, and as described above, the position of the first jig and the second jig may also be calculated numerically, and thus not illustrated in the drawings.

The thickness of the bookbinding object 100 can also measure a distance by placing a sensor in the 1st jig 10a and the 2nd jig 10b, and between the initial 1st jig 10a and the 2nd jig 10b. It is also possible to obtain | require through the difference of the distance which the 1st jig 10a moved in the distance.

After the bookbinding target 100 is fixed by the jig, the first jig 10a and the second jig 10b move toward the second position. The first jig 10a and the second jig 10b are connected and moved by the jig moving means 62. The jig moving means 62 may be any means for linearly moving the first jig 10a and the second jig 10b such as a linear actuator. Although not shown in the figure for the jig movement means 62, the structure will be readily understood by those skilled in the art.

For example, the first jig 10a and the second jig 10b are connected by the jig fixing part 11 to allow horizontal movement of the jig connecting member 12 or the jig fixing part 11. The jig movement means 62 may be connected, and the jig movement means 62 may be adjusted in the moving speed by the control unit.

The bookbinding target supporters 18 and 19 perform a function of supporting the bookbinding target support so as not to fall even when the bookbinding target has a large height.

4 and 5 show the operation structure diagram of the rotary blade unit for arranging the bookbinding surface according to the present invention. The bookbinding surface of the bookbinding object has a large area to be adhered to and coated on the surface, so that the effect of bookbinding is improved. Therefore, it is preferable to use a rotary blade rotating at a high speed on the bookbinding surface to perform a scuffing operation to dig a triangular or square shape mark or groove so that the adhesive is applied to a book well. However, the rotary blade part is considered to be a hazard to the human body in the operation of the bookbinding process, so the safety factor should be considered. In the present invention, after blocking the safety plate 20 in order to block the space in which the rotary blade is located from the danger and the rotary blade 21 to open the safety plate 20 during operation, by moving the rotary blade to the upper side to scarfing work Provides a structure to perform.

Scarfing is scraping off books, etc., and generates fine dust during work. The generated dust accumulates in the bookbinding machinery, causing damage to the operation, or transferred to an open glue barrel, which degrades the adhesive quality of the adhesive. In the present invention, the dust suction device is placed under the rotary blade portion to absorb the dust generated during the scarfing operation using the rotary blade portion is laminated to the dust storage.

The horizontal movement of the safety plate 20 and the vertical movement of the rotary blade unit 21 can be implemented using a linear actuator or the like. The rotary blade unit 21 receives the rotational movement of the rotary member 22.

Subsequently, an adhesive is applied to the bottom surface of the bookbinding target 100 fixed by the first jig 10a and the second jig 10b. Application of the adhesive 110 is made by a rotating application roller 30. The adhesive 110 is applied to the bottom surface of the bookbinding object and the side surface of a predetermined height while the application roller 30 passes through the bottom surface of the bookbinding object.

However, the present invention provides a function of adjusting the amount and the area of the adhesive is applied according to the thickness of the bookbinding object (100). To this end, it further comprises a coating roller rotational speed adjusting means (63).

The application roller 30 is connected by a rotation motor, and the rotation motor is controlled by the rotation speed by the application roller rotation speed adjusting means. This is a technical idea of the rotation and control of the motor, the principle of which is obvious, so the detailed mechanical structure will be omitted.

The application roller 30 should increase the amount of adhesive applied if the thickness of the bookbinding object is thick, and this can be achieved by increasing the rotational speed of the application roller 30.

It is also possible to achieve this object by adjusting the speed of the jig movement means 62. That is, if the thickness of the bookbinding object is thick, if the speed of the jig movement means 62 is decelerated, the time for the bookbinding object to contact the application roller 30 becomes long, so that the application amount can be increased.

Upstream of the application roller 30, application area adjustment pins 39a and 39b for adjusting the application area applied to books and the like are provided. Application area adjusting pins (39a, 39b) is connected to the upper side of the application roller and the position is adjusted horizontally according to the thickness of the book. However, the coating area control pins (39a, 39b) is composed of the first coating area control pin (39a) and the second coating area control pin (39b), the first coating area control pin (39a) is fixed Preferably, the second coating area adjustment pin (39b) is preferably moved horizontally in accordance with the thickness of the book. That is, it is preferable that the movement of the second coating area control pin 39b is controlled in conjunction with the first jig 10a. The second coating area adjusting pin 39b is connected by the coating area adjusting pin movement adjusting means 69, whereby the position is changed.

This table area adjusting pin functions to prevent the adhesive from being excessively applied to the side of the book by the application roller portion not included in the area of the book or the like when the adhesive is applied to the book.

The coating area adjusting pins 39a and 39b generally have a wire shape as shown in FIG. 1, but the scope of rights thereof is not limited thereto. The coating area adjusting pin may be a shape having a narrow width and a certain height, and may be adjusted according to the thickness of the book so as to prevent the adhesive from being applied to the side of the book by an application roller part not included in the area of the book. Shape is also possible.

Downstream of the application roller 30, the application amount adjusting unit 35 is provided. This serves to make the thickness of the applied adhesive uniform as the member projecting obliquely toward the second position. In the present invention, the height of the coating amount control unit is controlled to adjust the amount of the adhesive applied according to the thickness of the book. In the case of a thick book, the position of the coating amount adjusting part is lowered, and in the case of a thin book, the position of the coating amount adjusting part is raised to apply an appropriate amount of adhesive suitable for the thickness of the book.

The coating amount adjusting unit 35 is connected to the coating amount adjusting plate height adjusting means 64, and its height is adjusted according to the thickness of the book. The coating amount adjusting plate height adjusting means 64 is used as a linear actuator, and the detailed description thereof will be omitted.

7 is a perspective view when the binding target fixed by the first jig 10a and the second jig 10b of the smart bookbinding machine according to the present invention is located at the second position. The cover of a book is located on the heating plate 41, the 1st clamp 40a, and the 2nd clamp 40b.

When the first jig 10a and the second jig 10b are brought to the second position (I), the heating plate 41, the first clamp 40a, and the second clamp 40b move upward to open the book. The label and the bottom face of the bookbinding object are brought into contact with each other, and a heating plate 41 heated to an appropriate temperature is pressed to attach the label.

Then, while the 1st clamp 40a and the 2nd clamp 40b move to the bookbinding target side, a cover and a bookbinding target are brought into contact, and pressure is applied from the side surface. In particular, when the first clamp 40a and the second clamp 40b apply pressure, a problem occurs that the adhesive between the cover and the bookbinding object is pushed out. Therefore, it is preferable that the first clamp 40a and the second clamp 40b be formed to be somewhat inclined so that the upper portion protrudes.

When the thickness of the bookbinding object is thick, if too strong pressure is applied, deformation occurs in the final book, and if too weak pressure is applied, a problem occurs that the cover is peeled off.

Accordingly, the present invention provides a technique for controlling the pressure and time applied by the first clamp 40a and the second clamp 40b to the bookbinding target according to the measured thickness of the bookbinding target. That is, the clamp pressure adjusting means 67 and the clamp time adjusting means 68 are provided, and the thicker the thickness, the more the pressure and time are controlled. The clamp pressure adjusting means 67 is a means for adjusting the compression force of the two clamps applied to the bookbinding object, and the clamp time adjusting means 68 is a means for adjusting the time that these two clamps compress the bookbinding object. The detailed structure thereof is not shown because it may blur the scope of the present invention.

Although not shown in the drawing, a member capable of providing a force in the horizontal direction, such as a pneumatic cylinder, is connected to the side or bottom of the first clamp 40a and the second clamp 40b, and the pressure and time applied Is controlled from the clamp pressure regulating means 67 and the clamp time regulating means 68. Members such as pneumatic cylinders or the like may be connected to the clamp supports 42a and 42b provided below the clamp.

Another main idea of the present invention is to adjust the clamping position according to the thickness of the book. As mentioned above, the thicker the book, the larger the area applied to the side of the bookbinding object. This means that the height applied based on the bottom surface is increased. As shown in Figure 8 is to adjust the size of h. The thicker the book, the larger the value of h.

Therefore, the thicker the book, the higher the position where the clamp rises to control the clamping position. To this end, the present invention further includes a clamp height adjusting means 66. The clamp height adjusting means 66 includes a member capable of providing a force in the vertical direction so that the first clamp 40a and the second clamp 40b can adjust the height.

The clamping position is preferably set in advance by measuring or calculating the height applied to the side of the bookbinding target according to the thickness.

If high temperature adhesive is applied to the book and the cover is pressed in the process of pressing the cover, if the temperature difference between the adhesive and the plate located in the center of the clamp is high, the rapid deterioration in temperature causes bubbles between the book and the cover. Occurs. In the present invention, by applying a heating plate 41 which always provides a constant temperature regardless of the external environmental temperature change, by reducing the high temperature difference between the adhesive applied to the book and the plate for pressing the cover when the cover is pressed Improves performance

The contact surface between the first clamp and the second clamp, which is in contact with the side of the book, is inclined so that the bond does not short-circuit to the side of the book above the clamp height and creates a line to help open the book cover. .

9 is a block diagram of a control unit according to the present invention. The control unit 61 receives an input signal from the thickness measuring unit 60 measuring the thickness, and controls the respective adjusting means of the smart bookbinding machine.

The operation principle and structure of the smart bookbinding machine according to the present invention have been described in detail with reference to the accompanying drawings. Portions that are not the core idea of the present invention or that can be clearly understood by those skilled in the art have been omitted because they may obscure the gist of the present invention.

As a result, the smart bookbinding machine according to the present invention includes the following components. As an embodiment, the first jig 10a and the second jig 10b for holding and fixing the bookbinding object 100 on both sides, the thickness measuring unit 60 for measuring the thickness of the bookbinding object 100, Jig moving means 62 for moving the first jig 10a and the second jig 10b from a first position to a second position with a predetermined speed, and the first jig 10a and the second An application roller 30 provided with an adhesive to the outside of the bookbinding object 100 during the movement of the jig 10b, a motor for rotating the application roller 30 at a predetermined speed, and the measurement And a control unit 61 for adjusting the speed of the jig movement means 62 or adjusting the motor to control the rotation speed of the application roller 30 according to the thickness of the bookbinding target 100, wherein the control unit includes: 61 is an amount of the adhesive applied to the bookbinding object 100, the thicker the thickness of the bookbinding object 100 measured. To reduce the speed of moving the jig means (62) to increase, or increases the rotational speed of the motor.

In addition, the smart bookbinding machine, the coating amount adjusting unit height adjusting means 64 for changing the height of the coating amount adjusting unit 35 to adjust the amount of the adhesive applied to the bookbinding object 100, and the first jig At the second positions of the 10a and the second jig 10b, the first clamp 40a and the second clamping the cover 101 to the adhesive application site of the bookbinding object 100 and applying compressive force from both sides thereof. And a clamp height adjusting means 66 for adjusting a clamp 40b and a position at which the first clamp 40a and the second clamp 40b apply a compressive force to the bookbinding target 100. As the measured thickness of the bookbinding object 100 increases, the distance between the coating amount adjusting unit 35 and the bookbinding object 100 is increased to increase the amount of the adhesive applied to the bookbinding object 100. To control the coating amount adjusting unit height adjusting means 64, The first clamp 40a and the second clamp 40b is characterized in that the clamp height adjusting means 66 is controlled so that the position at which the compressive force is applied to the bookbinding target 100 becomes high.

In addition, the smart bookbinding machine according to the present invention may include the following components as another embodiment. The first jig 10a and the second jig 10b for holding and fixing the bookbinding target 100 on both sides, the thickness measuring unit 60 for measuring the thickness of the bookbinding target 100, and the first jig ( 10a) and moving means 62 for moving the second jig 10b from a first position to a second position, and at a second position of the first jig 10a and the second jig 10b, the The first clamp 40a and the second clamp 40b which fix the cover 101 to the adhesive application site of the bookbinding object 100 and apply compressive force on both sides thereof, and according to the measured thicknesses of the bookbinding object 100. Clamp compression adjusting means 67 for adjusting the magnitude or compression time of the compressive force applied to the bookbinding target 100 by the first clamp 40a and the second clamp 40b, and the clamp compression adjusting means 67. And a control unit 61 for controlling the control unit 61, and the control unit 61 according to the measured thickness of the bookbinding target 100. Claim characterized in that the second clamp (40b) that controls said binding target 100, the clamping compression adjusting means to conform to the size and the compression time in the compression force to a predetermined value 67 is applied to.

At this time, at the second position of the first jig 10a and the second jig 10b, the cover 101 is fixed to the adhesive application site of the bookbinding object 100 and the lower side of the bookbinding object 100. It further comprises a heating plate 41 for transmitting heat energy in contact with the heating plate and the heating plate temperature control means 65 for maintaining the temperature of the heating plate 41 at a constant temperature.

The components described in the claims of the present invention should not be limited to the shapes shown in the drawings, which are only one embodiment of the present invention, and should be determined with reference to the phrases expressed throughout this specification.

In addition, the present invention is not limited to the scope of the embodiments by the above embodiments, all having the technical idea of the present invention can be seen to fall within the scope of the present invention, the present invention by the claims It sets out the scope of the right.

DESCRIPTION OF SYMBOLS 1 Smart bookbinding machine, 10a: 1st jig, 10b: 2nd jig, 12: jig connection member, 18, 19: bookbinding target support part, 20: safety plate, 21: rotary blade part, 22: rotating member, 23: bottom part 30: coating roller, 35: coating amount adjusting part, 40a: first clamp, 40b: second clamp, 41: heating plate

Claims (4)

A first jig 10a and a second jig 10b for holding and binding the bookbinding object 100 from both sides,
A thickness measuring unit 60 measuring the thickness of the bookbinding target 100,
Jig movement means (62) for moving the first jig (10a) and the second jig (10b) from a first position to a second position with a predetermined speed;
An application roller 30 provided with an adhesive to the outside to apply the adhesive to the bookbinding target 100 during the movement of the first jig 10a and the second jig 10b;
A motor for rotating the coating roller 30 at a predetermined speed;
It includes a control unit 61 for adjusting the motor to adjust the speed of the jig movement means 62 or the rotational speed of the coating roller 30 according to the thickness of the bookbinding target 100,
The control unit 61 decreases the speed of the jig movement means 62 to increase the amount of adhesive applied to the bookbinding object 100 as the thickness of the bookbinding object 100 is thicker, To increase the rotational speed of the motor,
Smart bookbinding machine. The method according to claim 1,
The smart bookbinding machine, the coating amount adjusting unit height adjusting means for changing the height of the coating amount adjusting unit 35 to adjust the amount of the adhesive applied to the bookbinding object 100, and
The first clamp 40a which fixes the cover 101 to the adhesive application site of the bookbinding object 100 at the second position of the first jig 10a and the second jig 10b and applies compressive force at both sides. ) And the second clamp 40b,
The first clamp 40a and the second clamp 40b further includes a clamp height adjusting means 66 for adjusting the position to apply a compressive force to the binding object 100,
The control unit adjusts the distance between the coating amount adjusting unit 35 and the bookbinding object 100 to increase the amount of the adhesive applied to the bookbinding object 100 as the measured thickness of the bookbinding object 100 becomes thicker. The clamp height is controlled so that the application amount adjusting unit height adjusting means 64 is increased, and the position at which the first clamp 40a and the second clamp 40b apply a compressive force to the bookbinding target 100 is increased. To control the adjusting means 66,
Smart bookbinding machine. A first jig 10a and a second jig 10b for holding and binding the bookbinding object 100 from both sides,
A thickness measuring unit 60 measuring the thickness of the bookbinding target 100,
Moving means (62) for moving the first jig (10a) and the second jig (10b) from a first position to a second position,
The first clamp 40a which fixes the cover 101 to the adhesive application site of the bookbinding object 100 at the second position of the first jig 10a and the second jig 10b and applies compressive force at both sides. ) And the second clamp 40b,
Clamp compression adjusting means for adjusting the size or compression time of the compressive force applied to the bookbinding object 100 by the first clamp 40a and the second clamp 40b according to the thickness of the bookbinding object 100 ( 67),
It includes a control unit 61 for controlling the clamp compression adjusting means 67,
The control unit 61 determines the size or compression time of the compressive force applied by the first clamp 40a and the second clamp 40b to the bookbinding object 100 according to the measured thickness of the bookbinding object 100. Controlling the clamp compression adjusting means 67 to be changed according to a preset value,
Smart bookbinding machine. The method according to claim 3,
The smart bookbinding machine,
At the second position of the first jig 10a and the second jig 10b, the cover 101 is fixed to the adhesive application site of the bookbinding object 100 and is in contact with the lower side of the bookbinding object 100. Heating plate 41 for transferring the thermal energy,
Further comprising a heating plate temperature control means 65 for maintaining the temperature of the heating plate 41 at a constant temperature,
Smart bookbinding machine.

Images