KR102221307B1 - Color plate material manufacturing apparatus - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing a color plate, and more particularly, to make it possible to integrally manufacture a color insulation material by heating and compressing a color insulation material on a metal plate, and in the case of the provided color insulation material, two winding portions are alternately used and supplied in the middle. It does not break, and when transported in one direction, it relates to a color plate manufacturing apparatus that allows the color insulation to be provided while maintaining a preset tension at all times through a tension part.

Description

Color plate material manufacturing apparatus

The present invention relates to a color plate manufacturing apparatus that integrates a metal plate with an insulating material having a preset color so that a user can manufacture it in various shapes desired by the user.

The metal plate may be used for interior and exterior walls of buildings, depending on the location and method of use thereof, and a method of separately using an insulation material to have an effect of insulation is sometimes used.

In addition, processes such as bending, patterning, or adding colors were individually performed for such a metal plate in a variety of shapes desired to suit the user or the place of use.

Accordingly, there is a demand for the development of a device that integrates various processes into such a metal plate, but enables the metal plate material desired by the user to have a desired effect, thereby reducing the manufacturing time and increasing the manufacturing efficiency. .

Republic of Korea Utility Model Publication No. 20-0188901 (registered on May 1, 2000)

The present invention was conceived to solve the above problems, and an object of the present invention is to manufacture by integrally heat-pressing a color insulation material having a preset color together with insulation on a metal plate, and preset color insulation during manufacture While maintaining the tension to facilitate press-compression with the metal plate, the user can manufacture the color plate in the shape desired by the user during compression, and the supplied color insulation material can be continuously provided without interruption to increase work efficiency. And it relates to a color plate manufacturing apparatus having the effect of shortening the working time.

Other objects and advantages of the present invention will be described below, and will be understood by examples of the present invention. Further, the objects and advantages of the present invention can be realized by means and combinations shown in the claims.

The present invention is a means for solving the above problems,

A metal plate material providing unit 10 for providing a metal plate material A; A heating transfer unit (20) for transferring the metal plate material (A) in one direction and heating it with an internal heating means (23); Color insulation providing unit 30 for providing a color insulation (B) formed in a preset color; A joint installed on the top of the heating transfer unit 20 to heat-press the front end of the color insulation material (B2) for replacement to the rear end of the color insulation material (B1) provided first at the time when the provision of the first color insulation material (B1) is completed (40); A tension holding part 50 installed at the rear end of the joint part 40 from the upper part of the heating transfer part 20 to maintain the tension of the transferred color insulation material B; A transfer roller part 60 installed at the rear end of the tension maintaining part 50 from the top of the heating transfer part 20 to transfer the color insulation material B in one direction; On the upper surface of the metal plate material (A) discharged through the heating transfer unit 20, the color insulation material (B) that has passed through the transfer roller unit 60 is pressed from the top, and the color insulation material ( B) a press portion 70 to form a color plate material (C) by bending it into a predetermined shape while being adhered; A winding portion 80 on which the color plate material (C) is wound; It characterized in that it comprises a.

As described above, the present invention has an effect that can be easily manufactured by integrally press-heating and compressing a color insulation material to a metal plate.

In addition, the present invention has the effect of allowing the provided color insulation material to always maintain a preset tension during the manufacturing process, and can be continuously provided without being interrupted in the middle.

In addition, the present invention has the effect of being able to manufacture variously in a cross-sectional shape desired by a user while integrally incorporating a color insulation material into a metal plate.

1 is a view of an embodiment showing a color plate manufacturing apparatus according to the present invention.
Figure 2 is a view of an embodiment showing a joint according to the present invention.
Figure 3 is a view of an embodiment showing a tension holding unit according to the present invention.
Figure 4 is a view of an embodiment showing a transfer roller unit according to the present invention.
Figure 5 is a view of an embodiment showing a winding unit according to the present invention.
Figure 6 is a view of an embodiment showing a color insulation providing unit according to the present invention.

Before describing various embodiments of the present invention in detail, it will be appreciated that the application is not limited to the details of configurations and arrangements of elements described in the following detailed description or illustrated in the drawings. The present invention can be implemented and practiced in different embodiments, and can be carried out in various ways. Also, device or element orientation (eg "front", "back", "up", "down", "top", "bottom" The expressions and predicates used herein with respect to terms such as ", "left", "right", "lateral"), etc. are used only to simplify the description of the present invention, and related devices Or you will find that the element simply does not indicate or implies that it should have a particular orientation.

The present invention has the following features to achieve the above object.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms or words used in the specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors appropriately explain the concept of terms in order to explain their own invention in the best way. Based on the principle that it can be defined, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all the technical spirit of the present invention. It should be understood that there may be equivalents and variations.

Thus, looking at an embodiment of the present invention,

A metal plate material providing unit 10 for providing a metal plate material A; A heating transfer unit (20) for transferring the metal plate material (A) in one direction and heating it with an internal heating means (23); Color insulation providing unit 30 for providing a color insulation (B) formed in a preset color; A joint installed on the top of the heating transfer unit 20 to heat-press the front end of the color insulation material (B2) for replacement to the rear end of the color insulation material (B1) provided first at the time when the provision of the first color insulation material (B1) is completed (40); A tension holding part 50 installed at the rear end of the joint 40 from the upper part of the heating transfer part 20 to maintain the tension of the transferred color insulation material B; A transfer roller part 60 installed at the rear end of the tension maintaining part 50 from the top of the heating transfer part 20 to transfer the color insulation material B in one direction; On the upper surface of the metal plate material (A) discharged through the heating transfer unit 20, the color insulation material (B) that has passed through the transfer roller unit 60 is pressed from the top, and the color insulation material ( B) a press portion 70 to form a color plate material (C) by bending it into a predetermined shape while being adhered; A winding portion 80 on which the color plate material (C) is wound; It characterized in that it comprises a.

In addition, the joint 40 includes a heater 41 for dissipating heat; It is installed on the outer periphery of the heater 41 so as to be insulated, but the flat part 43 on which the upper surface is horizontal with the ground so that the front end of the replacement color insulation material (B2) and the first color insulation material (B1) for performing a joint process are placed ) A heat insulating member 42 is formed; A joint press 44 installed so as to be able to rise and fall toward the flat part 43 so that the two color insulation materials B are heated by the heater 41 row and are bonded under pressure; A stopper 45 installed on the upper surface of the flat part 43 to control a descending position so that the joint press 44 does not descend to a preset height; It characterized in that it consists of.

In addition, the tension holding unit 50 is installed alternately on the upper and lower sides of each other, the upper roller to maintain the pre-set tension while the color insulation (B) provided to the transfer roller unit 60 is stretched up and down Tension roller portion 54 consisting of 51 and lower roller 52; A plurality of cylinder portions 53 that are installed on a plurality of the upper rollers 51, respectively, to allow the upper rollers 51 to move up, down, and down position to be changed; It characterized in that it consists of.

In addition, when the tension holding unit 50 is to maintain the color insulation material (B) at a preset tension, a plurality of the upper rollers 51 are raised to the uppermost end, and replaced through the joint 40 In the case of connecting the color insulation material (B2) for the first color insulation material (B1), a plurality of the upper rollers 51 are lowered to the lower end, so that the joint 40 and the length of the lowered upper roller 51 It is characterized in that the transferable length of the color insulation material (B) is secured between the transfer roller parts 60 so that time is given to proceed with the joint process of the color insulation material (B).

In addition, the transfer roller unit 60 is installed to be spaced apart from each other first and second side plates (61, 62); A plurality of transfer rollers (63) having both ends rotatably installed on the first and second side plates (61, 62) so that the colored insulation material (B) is transferred in one direction; Doedoe installed in the longitudinal direction between the first and second side plates (61, 62), according to the width of the color insulation (B) to be transferred, it is installed so as to be movable forward and backward toward the first side plate (61), which is transferred The space control plate 64 for guiding the transport direction of the color insulation (B); Doedoe installed through the first and second side plates (61, 62), the middle is connected to the space control plate (64), by rotation, the space control plate (64) between the first and second side plates (61, 62) An adjustment lever portion 65 to be moved before and after; It characterized in that it comprises a.

In addition, the winding portion 80 is a winding roll 81 having a center penetrating in the longitudinal direction and supporting plates 82 formed at both ends; Doedoe installed in the longitudinal direction inside the winding roll 81, a plurality of fixing plates 84 formed on the outer periphery of the winding roll 81, a rotating fixture 83 that is closely installed and fixed by a pneumatic cylinder toward the inner periphery of the winding roll 81; A power unit 85 which is connected to the rotation fixing member 83 so as to be rotatably connected to the rotation fixing member 83 so that the winding roll is rotated by rotating the rotation fixing member 83 and the color plate material C is wound around the outer periphery; It characterized in that it comprises a.

In addition, the color insulation providing unit 30 includes a main roll 31 on which the first provided color insulation (B1) is wound; A secondary roll 32 on which a replacement color insulation (B2) provided secondary is wound; The main roll 31 and the auxiliary roll 32 are connected to each other, but the connection portion is rotatably installed, and after the main roll 31 is completely supplied, the auxiliary roll 32 at the position of the main roll 31 ) To be positioned, so that the supply of the color insulation material (B) is not interrupted (33); It characterized in that it comprises a.

Hereinafter, an apparatus for manufacturing a color plate according to a preferred embodiment of the present invention will be described in detail with reference to FIGS. 1 to 6.

As shown, the color plate manufacturing apparatus according to the present invention includes a metal plate providing unit 10, a heating transfer unit 20, a color insulation providing unit 30, a joint 40, a tension holding unit 50, It includes a conveying roller part 60, a press part 70, and a winding part 80.

The metal plate material providing unit 10 is for providing the metal plate material A, and is a roll on which the metal plate material A is wound.

The heating transfer unit 20 transfers the metal plate material A transferred through the metal plate material providing unit 10 described above in one direction through a plurality of rolls.

In the case of the heating transfer unit 20 for this, an inlet 21 is formed at one end and an outlet 22 is formed at the other end, so that the metal plate A is inserted horizontally with the ground through the inlet 21, It has a structure that is discharged through the discharge port 22 after passing through the inside of the heating transfer unit 20.

In addition, in the case of such a heating transfer unit 20, a heating means 23 (ex; heater, etc.) is provided inside, so that the metal plate material (A) transferring the inside is attached to the color insulation material (B) to be described later. It should be heated so that close contact between each other is easy.

The color insulation providing unit 30 is a roll in which a color insulation material B coated with a predetermined color is wound while being a heat insulation material.

In the case of such a color insulation providing unit 30, the main roll 31 on which the first provided color insulation (B1) is wound, and the auxiliary roll 32 on which the replacement color insulation material (B2) provided secondly is wound. ).

In addition, in the case of the main roll 31 and the auxiliary roll 32, the main roll 31 and the auxiliary roll 32 are connected to each other, but the connection portion is rotatably installed, so that the main roll 31 By allowing the auxiliary roll 32 to be positioned at the position, a rotating cradle 33 is provided to prevent the supply of the color insulation material B from being stopped. That is, at the time when the supply of the main roll 31 is completed, in order to connect one end of the color insulation material for replacement to the other end of the initially provided color insulation material B1 provided from the main roll 31, the main roll ( 31) and the position of the auxiliary roll 32 can be easily changed through rotation.

Of course, that is, when the supply of the color insulation material (B) from the main roll (31) is completed, the color insulation material (B) of the auxiliary roll (32) is to be used immediately, but in this way, the color insulation material (B) of the auxiliary roll (32) is used. While using ), the main roll 31 is filled again with a new color insulating material (B), so that the supply of the color insulating material (B) is not cut off.

In the case of the rotation cradle 33, a rotation motor 36 is installed, and this rotation motor 36 is attached to a chain 38 on a connection shaft 35 that connects the axes of the main roll 31 and the auxiliary roll 32. ), etc., so that the position of the main roll 31 and the auxiliary roll 32 can be changed while the connection shaft 35 is rotated through a rotational force.

In addition, there is a sensor unit (ex: proximity sensor, etc.) 37 is installed in the color insulation providing unit 30, in the rotating cradle 33 on which the rotating motor 36, etc. are installed, of the connecting shaft 35 that is rotated. The sensor unit 37 is installed to face one side, and a protruding sensor unit 39 (receiving unit) in the form of a protruding protrusion capable of being close to the sensor unit 37 is installed on the rotating connection shaft 33, and the first sensor unit After (37) senses the proximity of the sensing body (39) of the connecting shaft (35), when the connecting shaft (35) rotates one turn to change the positions of the main roll (31) and the auxiliary roll (32), it rotates one turn. When the sensor unit 39 is detected again at the end of the sensor unit 37, the sensor unit 37 stops the rotation of the rotary motor 36, so that the operation to prevent further rotation can be repeated, thereby connecting This makes it possible to prevent the shaft 35 from rotating continuously.

The joint 40 is installed on the top of the heating transfer unit 20 (more specifically, the upper surface of the cradle installed on the heating transfer unit 20), and at the time when the provision of the initially provided color insulation material (B1) is completed. , It serves to heat and press the front end of the replacement color insulation (B2) to the rear end of the color insulation (B1) provided for the first time.

The joint 40 for this includes a heater 41, an insulating material 42, a joint press 44, and a stopper 45.

The heater 41 is for heat dissipation, and the heat insulating member 42 is installed on the outer periphery of the heater 41 so as to be insulated, but the upper surface is horizontal to the ground so that a replacement color insulating material ( B2) Shear and the first provided color insulation (B1) is to be raised flat portion 43 is formed on the top surface.

The joint press 44 is installed so that the flat portion 43 can be vertically raised and lowered from the top toward the flat portion 43, so that the two colored insulation materials (B) are heated by the heater heat and are press-bonded. .

The stopper 45 is installed on both sides of the flat portion 43 (or may be front or rear depending on the direction in which the drawing is viewed), so that the joint press 44 is lowered so that the joint press 44 does not descend to a predetermined height. It is to crack down on the location. In the case of such a stopper 45, the joint press 44 is installed on the upper surface of the flat portion 43, and the joint press 44 presses and compresses the two colored insulating materials B placed on the upper surface of the flat portion 43, and then presses the joint press 44 When both sides of the stopper 45 contact the stopper 45 so that it does not fall down (or returns to its original shape), that is, the top position of the stopper 44 in contact with the bottom surface of this joint press 44 is The two color insulation materials (B) are heated and compressed so that they can be in contact with each other, but the height should be such that the joint press 44 is not in contact with the flat part 43. In addition, the lower end of the stopper 44 is screwed to the mounting portion, so that the height can be adjusted up and down according to the thickness of the insulating material (B) to be connected to each other.

The tension maintaining unit 50 is installed at the rear end of the joint 40 at the top of the heating transfer unit 20 to maintain the tension of the color insulation material B to be transferred.

For this purpose, the tension holding part 50 is made of a tension roller part 54 and a plurality of cylinder parts 53.

The tension rollers 54 are installed alternately on the upper and lower sides of each other, so that the color insulation (B) provided to the transfer roller part 60 extends up and down to maintain a preset tension. ) And a lower roller 52, and a cylinder part 53 is installed for each of the plurality of upper rollers 51, respectively, so that the upper roller 51 can be moved up and down, and the lowering position can be changed.

In the present invention, as an embodiment, three upper rollers 51 that can be raised and lowered by the cylinder part 53, and two lower rollers 52 installed at the lowest end between the upper roller 51 and the upper roller 51 ).

The lower roller (52) is always fixed in position, and only three upper rollers (51) have a structure that can be raised and lowered, and the colored insulation material (B) is on the upper roller (51) and the lower roller (52). It is wound down in a zigzag shape and is kept taut by a preset tension.

When the tension holding unit 50 is to maintain the color insulation material (B) at a preset tension, all of the upper rollers 51 are raised to the top, so that the color insulation material (B) is a joint ( 40) and the transfer roller unit 60 to be maintained at a preset tension,

In the case of connecting the replacement color insulation (B2) to the initially provided color insulation (B1) through the joint 40, when the end of the initially provided color insulation (B1) is located on the joint 40, for replacement Since the color insulation (B2) needs to be connected, the tension is maintained as all three of the upper rollers (51) are raised and lowered from the top, and the joint process when the end of the color insulation (B1) initially provided in the joint 40 is located. Even before proceeding, the first provided color insulation (B1) is provided to the transfer roller unit 60 while being pulled toward the first upper roller 51 side.

Thus, in the case of newly connecting the color insulation material (B) (jointing process), when a plurality of the upper rollers 51 are lowered to the lower end, the upper roller 51 located at the upper end is lowered to the lower end by the length of the joint The transferable length of the color insulation material B is secured between the 40 and the transfer roller part 60, so that even if the end of the color insulation material B1 initially provided in the joint 40 is located, the upper roller 51 Since the color insulation material (B) is present at the rear end of the joint 40 by the length of the descent, even if the color insulation material (B1), which is initially provided during the jointing process, is continuously transferred to the transfer roller part 60, while the jointing process is in progress or Before proceeding, the color insulation material (B) is not pulled to the transfer roller unit 60, so that time is given to proceed with the joint process of the color insulation material (B).

In the present invention, as an embodiment, in the case of connecting the replacement color insulation material (B2) to the initially provided color insulation material (B1) through the joint 40, among a total of three upper rollers 51, the three upper ends Although the rollers 51 may descend at the same time, a plurality of rollers may be sequentially descended (①, ②, ③) from the upper roller 51 located at the rear end of the joint 40, and implemented by the user. Depending on the example, it is possible to individually descend one of the three or only two selected.

The transfer roller unit 60 is installed at the rear end of the tension maintaining unit 50 from the top of the heating transfer unit 20 to transfer the color insulation material (B) in one direction.

For this, the transfer roller unit 60 includes first and second side plates 61 and 62, a transfer roller 63, a space control plate 64, and an adjustment lever unit 65.

The first and second side plates 61 and 62 are opposed to each other and are disposed to be spaced apart from each other, and the color insulating material B is transferred in the longitudinal direction between the first and second side plates 61 and 62.

The transfer roller 63 is made of a plurality, and a plurality of the first and second side plates 61 and 62 are rotatably installed at both ends, so that the colored insulating material B is transferred in one direction, the first and second side plates 61 and 62 A plurality of side plates 61 and 62 are installed in the longitudinal direction.

The spacing control plate 64 is installed in the longitudinal direction between the first and second side plates 61 and 62, and can be moved forward and backward toward the first side plate 61 according to the width of the conveyed color insulation material (B). It is installed to guide the transport direction of the color insulation (B) to be transported.

The adjustment lever portion 65 is installed in the form of a shaft connecting the first and second side plates 61 and 62, and is rotatably installed on the first and second side plates 61 and 62, but the middle is a gap adjustment plate 64 ) To have a screw-fastening structure. Accordingly, as the adjustment lever portion 65 is rotated, the gap adjustment plate 64 moves between the first and second side plates 61 and 62.

This adjustment lever portion 65 forms a thread 66 on the outer periphery of the portion connected to the gap adjustment plate 64, but the adjustment lever portion 65 is installed at one end protruding outward from the second side plate 62. , When rotating through the rotation lever 67, the entire adjustment lever portion 65 is rotated, and the gap adjustment plate 64 connected thereto moves the second side plate 62 according to the rotation direction of the adjustment lever portion 65. As it approaches toward or becomes closer toward the first side plate 61, the distance between the gap adjustment plate 64 and the second side plate 62 is adjusted.

(Of course, if the spacing control plate is configured to move forward and backward between the first and second side plates 61 and 62, the control lever portion 65 penetrates the first and second side plates 61 and 62 It is installed as, and is fixedly installed on the spacing control plate 64, and as the control lever unit 65 moves forward and backward to both sides of the first and second side plates 61 and 62, the distance control plate 64 is moved to the control lever. While moving forward and backward together with the part 65, the position between the first and second side plates 61 and 62 may be variously changed according to the user's embodiment.)

In addition, a plurality of these adjustment levers 65 may be connected and installed in the longitudinal direction of the spacing adjustment plate 64, and the plurality of adjustment levers 65 are each connected to each other by a chain 68, etc. , When rotating a single adjustment lever portion 65 among a plurality of, a plurality or a plurality of rotations at the same time, so that the entire length of the long distance adjustment plate 64 can be moved.

That is, the color insulation material (B) is transferred in the longitudinal direction of the first and second side plates 61 and 62 between the first and second side plates 61 and 62, but the gap adjusting plate 64 is the first and second side plates. It serves to guide the position and the transfer direction according to the width of the color insulation material (B) being transferred, while moving forward and backward toward the first side plate 61 between the side plates 61 and 62, to be precise, the first side plate 61 ) And the color insulation (B) is transferred between the gap control plate (64).

The press unit 70 is discharged through the heating and transfer unit 20, and pressurizes the color insulation material (B) through the transfer roller unit 60 on the upper surface of the heated metal plate material (A) from the top, thereby heating The press part 70 has various shapes so that the color insulation material (B) is adhered to the metal plate material (A), so that the metal plate material (A) and the color insulation material (B) are bent into a preset shape, and the color plate material (C) It is to be formed with.

The winding unit 80 passes through to the press unit 70 and is a place where the manufactured color plate C is wound.

For this, the winding unit 80 includes a winding roll 81, a rotating fixture 83, and a power unit 85.

The take-up roll 81 is formed of a roll having a center penetrating in the longitudinal direction, and support plates 82 having a center penetrating through both ends of the take-up roll 81 are formed, respectively. The support plates 82 on both sides of the winding roll 81 are supported by being spaced apart from the ground so that the color plate material C that is wound does not touch the ground when the color plate material C is wound on the winding roll 81 in the future. It is to do.

The rotating fixture 83 is installed in the longitudinal direction inside the winding roll 81, and a plurality of fixing plates 84 formed on the outer periphery are installed in close contact with a separate pneumatic cylinder toward the inner circumference of the winding roll 81. It is fixed.

The power unit 85 is a motor or the like is used, and is installed to be rotatably connected to the rotation fixing member 83, the winding roll 81 is rotated by rotating the rotation fixing member 83, and a collar on the outer periphery It is to allow the plate (C) to be wound up.

As described above, although the present invention has been described by the limited embodiments and drawings, the present invention is not limited thereto, and the technical spirit of the present invention and the following by those of ordinary skill in the technical field to which the present invention pertains. It goes without saying that various modifications and changes are possible within the equivalent range of the claims to be described.

10: metal plate providing unit 20: heating transfer unit
21: inlet 22: outlet
23: heating means 30: color insulation providing unit
31: main roll 32: auxiliary roll
33: rotating cradle 35: connecting shaft
36: rotation motor 37: sensor unit
38, 68: chain 39: sensor
40: joint 41: heater
42: heat insulating member 43: flat portion
44: joint press 45: stopper
50: tension holding part 51: upper roller
52: lower roller 53: cylinder portion
54: tension roller part 60: transfer roller part
61: first side plate 62: second side plate
63: rotary lever 64: spacing control plate
65: adjustment lever 66: thread
67: rotary lever 70: press part
80: winding part 81: winding roll
82: support plate 83: rotating fixture
84: fixed plate 85: power unit
A: Metal plate B: Color insulation
B1: First supplied color insulation B2: Replacement color insulation
C: color plate

Claims (8)

A metal plate material providing unit 10 for providing a metal plate material A;
A heating transfer unit (20) for transferring the metal plate material (A) in one direction and heating it with an internal heating means (23);
Color insulation providing unit 30 for providing a color insulation (B) formed in a preset color;
A joint installed on the top of the heating transfer unit 20 to heat-press the front end of the color insulation material (B2) for replacement to the rear end of the color insulation material (B1) provided first at the time when the provision of the first color insulation material (B1) is completed (40);
A tension holding part 50 installed at the rear end of the joint part 40 from the upper part of the heating transfer part 20 to maintain the tension of the transferred color insulation material B;
A transfer roller part 60 installed at the rear end of the tension maintaining part 50 from the top of the heating transfer part 20 to transfer the color insulation material B in one direction;
On the upper surface of the metal plate material (A) discharged through the heating transfer unit 20, the color insulation material (B) that has passed through the transfer roller unit 60 is pressed from the top, and the color insulation material ( B) a press portion 70 to form a color plate material (C) by bending it into a predetermined shape while being adhered;
A winding portion 80 on which the color plate material (C) is wound; It is made including,
The joint 40 is
A heater 41 for dissipating heat;
It is installed on the outer periphery of the heater 41 to be insulated, but the upper surface is level with the ground so that the front end of the replacement color insulation (B2) and the first provided color insulation material (B1) to be connected to each other are placed on the flat part 43 ) A heat insulating member 42 is formed;
A joint press 44 installed so as to be able to rise and fall toward the flat part 43 so that the two color insulation materials B are heated by the heater 41 row and are bonded under pressure;
It is installed so as to protrude upward toward the joint press 44 on both sides of the flat portion 43, to regulate the lowering position so that the joint press 44 does not descend to a preset height, and adjust the height up and down. It consists of a stopper (45); which is installed so as to be possible,
The color insulation providing unit 30 is
Doedoe installed on the rotation cradle 33, the rotation motor 36 for transmitting the rotational force to the connecting shaft 35 connecting the main roll 31 and the auxiliary roll 32;
A sensor unit 37 installed toward one surface of the connection shaft 35 rotated in the rotation cradle 33;
A sensing body 39 installed on the connection shaft 35 to correspond to and close to the sensor unit 37 is further provided,
After the sensor unit 37 senses the proximity of the sensor 39 of the connection shaft 35, when the connection shaft 35 rotates once to change the positions of the main roll 31 and the auxiliary roll 32 , When the sensor unit 39 is re-detected by the sensor unit 37 while the rotation is completed, the sensor unit 37 stops the rotation of the rotary motor 36,
The tension maintaining unit 50 is
It is installed alternately on the upper and lower sides of each other, the upper roller 51 and the lower roller 52 so that the color insulation (B) provided to the conveying roller part 60 is stretched up and down and maintained at a preset tension. Tension roller part 54 made;
A plurality of cylinder portions 53 that are installed on a plurality of the upper rollers 51, respectively, to allow the upper rollers 51 to move up, down, and down positions to be changed; Is made of
The tension maintaining unit 50 is
When it is desired to maintain the color insulation (B) at a preset tension, a plurality of the upper rollers 51 are raised and lowered to the uppermost end,
When connecting the replacement color insulation material (B2) to the initially provided color insulation material (B1) through the joint 40, a plurality of the upper rollers 51 are lowered to the lower end, so that the upper roller 51 is lowered. By securing the transferable length of the color insulation material (B) between the joint portion 40 and the transfer roller portion 60 by one length, time is given to proceed with the joint process of the color insulation material (B),
The transfer roller part 60 is
First and second side plates 61 and 62 disposed to be spaced apart from each other to be installed;
A plurality of transfer rollers (63) having both ends rotatably installed on the first and second side plates (61, 62) so that the color insulation material (B) is transferred in one direction;
Doedoe installed in the longitudinal direction between the first and second side plates (61, 62), according to the width of the color insulation (B) to be transferred, it is installed so as to be movable forward and backward toward the first side plate (61), which is transferred The space control plate 64 for guiding the transport direction of the color insulation material (B);
Doedoe installed through the first and second side plates (61, 62), the middle is connected to the space control plate (64), by rotation, the space control plate (64) between the first and second side plates (61, 62) An adjustment lever portion 65 to be moved before and after; Including
The winding unit 80 is
A winding roll 81 having a center penetrating in the longitudinal direction and having support plates 82 formed at both ends thereof;
Doedoe installed in the longitudinal direction inside the winding roll 81, a plurality of fixing plates 84 formed on the outer periphery of the winding roll 81, a rotating fixture 83 that is closely installed and fixed by a pneumatic cylinder toward the inner periphery of the winding roll 81;
A power unit 85 which is connected to the rotation fixing member 83 so as to be rotatably connected to the rotation fixing member 83 so that the winding roll is rotated by rotating the rotation fixing member 83 and the color plate material C is wound around the outer periphery; It is made including,
The color insulation providing unit 30 is
The main roll 31 on which the first provided color insulation (B1) is wound;
A secondary roll 32 on which a replacement color insulation (B2) provided secondary is wound;
The main roll 31 and the auxiliary roll 32 are connected to each other, but the connection part is rotatably installed, and after the main roll 31 is completely supplied, the auxiliary roll 32 at the position of the main roll 31 ) To be positioned, so that the supply of the color insulation material (B) is not interrupted (33); Color plate manufacturing apparatus comprising a.
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