KR101459340B1 - the continuous sticking auto apparatus of a variety hotfix - Google Patents

Abstract

The present invention relates to a device for continuously and automatically adhering hotfixes having various sizes, colors, and shapes on paper. Two or more stepping motors are mounted on a fixing rod on a table in order to slide. Transferring units are fixed on the rotary shafts of each of the stepping motors so as to be roundly half-rotated by means of the rotation of the rotary shafts, so that the transferring units are disposed in order to be able to alternately adsorb and transfer hotfixes in an accommodating container. A worktable on the table is formed in order to be moved in every direction, and a fusing rod consisting of a high frequency fusing rod and a thermal fusing rod is formed on the worktable in order to be moved in every direction. A paper releasing roll and a winding roll are integrally formed with the worktable on the worktable. When the paper of the releasing roll is released and passes through the bottom of the transferring units, hotfixes are adhered. The paper on which the hotfixes are adhered passes through a compressing roll so that the hotfixes are strongly adhered on the paper, and cover paper is compressed on the strongly adhered hotfixes in order to be compressed on the top and bottom of the hotfixes so that the hotfixes are protected. Hotfixes having various shapes and colors can be adhered on the paper fixed on the worktable by means of the control of a control box. The transferring units and accommodating container are moved, so that the moved distance of the transferring units and accommodating container is reduced and hotfixes can be rapidly adhered on the paper over a short distance.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a continuous type automatic hot-

[0001] The present invention relates to an apparatus for automatically attaching a plurality of kinds of hotfixes (size, color, shape) continuously to a paper, wherein a table is formed on the upper part of the frame and a fixing table is formed on the table, And a stepping motor is slidably mounted on each of the guide bases, and a cylinder is mounted on each of the stepping motors so as to be movable back and forth. A feeder is fixed to the rotation shaft of the stepping motor, Wherein a plurality of hot fixture receptacles are symmetrically disposed on both sides of the fixing table, the plurality of receptacles are fixed to the support frame, the support frame is coupled to the support frame, and the support frame is formed to move left and right, The work table is formed so as to be able to move back and forth, right and left, A fusing rod composed of a high-frequency fusing rod and a heat-fusing rod is formed so as to move back and forth and to the right and left, and a paper releasing roll supported on a work platform is formed on the work bench. When the paper of the releasing roll is released, And the paper with the hot-fix attached thereto is compressed by pressing the cover paper over the hot fix so that the hot-fix is firmly attached to the paper while passing through the press roll, and the paper is pressed and attached at the top of the hot fix, And a control box configured to control the operation of the workbench and configured to attach various different shapes and colors of the hot fix to the paper fixed on the workbench under the control of the control box, As the vessel moves, the moving distance of the feeder and the receptacle is shortened To a hot-fix continuous automatic attaching device for quickly attaching a hot-fix to a paper at a short distance.

In the conventional hot fix attachment, when attaching the paper on the hot fix placed on the hole of the collecting plate and reversing and attaching the paper to the back side of the hot fix and circulating while the hot fix of the paper is attached to the fabric or clothes, Is attached to fabric or clothes and heat is applied using an iron or the like, the adhesive applied to the hot-melt is melted and adhered to the fabric or clothes. After the hot-fix is fused, if the paper is separated from the hot- So that it is firmly attached.

The hot fix can be easily attached to the clothes used by the buyer while the hot fix is attached to the paper by the manual operation as described above. However, if the hot fix is manually operated using the collecting plate as described above, There is a problem that only a color and a kind can be used.

In order to solve the above-mentioned problems, Japanese Utility Model Registration No. 20-0375811 (a device for continuously attaching multiple kinds of jewelery, hereinafter referred to as quotation design) is proposed.

The cited designation is designed by the applicant of the patent to form a receptacle accommodating a plurality of hot fixes on both sides of the table and both receptacles are formed so as to be able to operate from side to side, The adsorber is configured to be able to extend and retract in the lower part of the conveyor and an adsorber capable of adsorbing a hot fix is formed in the receiver box so that when the conveyor is rotated in one direction, The other adsorber is configured to perform the operation of attaching the adsorbed hotfix to the paper.

And the type of the hot fix is different depending on the number of the receptacles.

Yes; If there are two types of hot fixes and there are two types of colors, if one type of color is used for each type of hot fixes, it is acceptable to use two different colors for each hot fix. There are four receptacles on each side.

Thus, if a hot fix is attached to a total of 8 receptacles, at least eight kinds of designs can be configured.

The feeder configured to be constructed as described above is configured to operate with the air pressure so that there is a limit to improve the turning force and accuracy of the feeder and when the hot fix adsorbed by the feeder due to the difference in air pressure is attached to the cloth It is difficult to attract the hot fix to the correct position because the accuracy of the hot fix is lowered when the other conveyor sucks the hot fix of the accommodating case. Therefore, there is a problem that the hot fix is adhered to the paper.

As the design of the quotation is made, the conveyor is fixed and the hot-fix receptacle moves to the adsorber position of the conveyor so that the moving distance of the receptacle is long and the receptacle protrudes greatly to the front or back, There is a problem in that it is inconvenient for the paper to be managed.

As described above, the citation design has a problem that the productivity is significantly lowered because the work speed is slower than the speed that is manually performed, except that the design implemented in the paper can be variously configured. In the case where a plurality of cages are mounted There is a problem that the moving distance of the receptacle is large and the moving speed is low and the working range of the receptacle is wide so that a large space is secured and there is a problem that the work efficiency of the worker is remarkably decreased .

The present invention is configured to shorten the travel distance of a receptacle accommodating a hot fix and to simultaneously install a hot-fix attracting operation and an attaching operation of each conveyor by installing a plurality of conveyors, It is an object of the present invention to provide a device in which a conveyor can continuously and simultaneously perform adsorption and adhesion of a plurality of hot fixes.

Since the guide bar having the heat-welding bar or the high-frequency fusion bonding is arranged in a straight line and the guide bar having the feeder is arranged side by side, the arrangement of the fusing bars is such that one of the guide bars of the guide band is arranged perpendicular to the fusing bar arrangement, So that the hot-melt adhesive can be horizontally moved so that the hot-melt adhesive or the high-frequency melt can be vertically disposed by the movement of the feeder, thereby facilitating the adsorption and attachment of the hot-fix.

It is possible to continuously provide the paper to which the hot fix is attached, to continuously attach the hot fix, and to continuously execute the paper covering the hot fix attached thereto, so that the entire working time can be variously performed, And it is possible to reduce the number of workforce by configuring the work to be performed automatically and to increase the work efficiency.

In the present invention, the rotary member for rotating the feeder is constituted by applying a stepping motor that is quick in rotation and easy to adjust the turning radius and is simple.

A feeder operating as a stepping motor is provided on each of two guide bars fixed to the fixed base, and a cylinder is mounted on the fixed base and the stepping motor so that the stepping motor can be moved on the guide base.

When the adsorber of one conveyor sucks the hot fix, the adsorbers of the other conveyor may attach the hot fixes adsorbed to the adsorbers of the other conveyor, or the same hot- So that the operations of the respective conveyers can be performed in the same operation, different operations can be carried out continuously or simultaneously.

As described above, the two conveyors are configured to be able to rotate in half, and are configured to be able to move forward and backward along the guide bays, so that a hot fix of a plurality of hot fix receptacles can be selected for operation to move back and forth. Is configured to continuously or simultaneously seal the hot fix of the receptacle with adsorption and attachment.

The high frequency welding rod and the heat welding rod of the welding rod of the work table are configured to be operated in the front and rear direction by using the cylinder so that the contact positions of the welding rod and the welding rod of the conveying machine moving along the two guide rails can be made to coincide with each other, It is possible to simultaneously perform the high-frequency wave welding and the heat-welding operation of the machine, and to be able to be carried out continuously when high-frequency fusion welding is performed with each conveying machine.

The paper to which the hotfix is attached passes through the conveying machine while continuing to unroll it from the unloading roll, attaches the hot fix, and the paper covering the paper with the hot fix is automatically provided so that the hot fix attachment work can be automatically performed.

The apparatus for continuously attaching multiple types of hot springs according to the present invention is characterized in that when a hot fix is selectively adsorbed and fused by a hot fix according to the movement of a receptacle in a plurality of hot fix receptacles, During the adsorption process, the adsorbent of the other one of the feeders can perform the operation of attaching the hot fix or the adsorption operation at the same time, and each feeder can perform the same operation independently, so that various kinds of hot fixes can be randomly and quickly Since the welding rod of the work table can use heat welding or fusion welding, it is possible to perform heat welding and welding at the same time or differently, There is an effect that can be done.

Since the apparatus according to the present invention can be automatically and automatically implemented by attaching a hot-spice, the effect of improving the production speed of the work can be obtained.

BRIEF DESCRIPTION OF THE DRAWINGS FIG.
Figure 2 is a state diagram of the conveyor according to the present invention;
Figure 3 is a front view of the present invention
FIG. 4 is a diagram showing a state in which a hotfix according to the present invention is automatically attached to a paper
5 is a left-right operation state diagram of the fusing rod according to the present invention

The present invention can automatically attach various kinds of hot fixes 14 such as size and color when the hot fix 14 is attached to the paper 100a and the table 24 can be moved while the conveyors 1a, Since the hot fix 14 can be forwarded to the front, the fusing rods 26a and 26b can be installed in front of the table 24 so that the work space can be easily used, 18a, 18b, 18c, 18a ', 18b, 18c' are simultaneously projected to the front or rear of the table 24 so as to eliminate the inconvenience of the operation, And automatically providing the paper (100a, 100b) automatically attachable and attaching the hot fix (14).

Figure 1 illustrates the entirety of the present invention.

Fig. 2 is a view for showing the operating state of the conveying device of the present invention.

Fig. 3 is a plan view of the present invention for illustrating the structure of the receiver and the conveyor.

Fig. 4 shows a state in which a hot fix according to the present invention is attached.

5 shows a state in which the fusing stick moves to the working position of the left and right conveyors while moving left and right.

The present invention is such that a fixing table 15 in the form of a bridge is exposed on the table 24 from both sides of the table 24 on the table 24 integrally with the frame 35.

Two guide rails 16a and 16b are fixed to the bottom of the fixing table 15 as shown in Fig. 2 and two stepping motors 17a and 17b are fixed to the two guide rails 16a and 16b, And the cylinders 22a and 22b are mounted on the stepping motors 17a and 17b and the fixed base 15 so that the cylinders 22a and 22b are fixed to the steps 16a and 16b, So as to be able to move in the guide bands 16a and 16b.

The rotating shafts 36a and 36b of the stepping motors 17a and 17b are formed so as to be able to repeatedly perform the half rotation.

Feeders 11a and 11b are mounted on the rotary shafts 36a and 36b of the stepping motors 17a and 17b to receive the feeders 11a and 11b by repetition of half rotation of the rotary shafts 36a and 36b, 18b, 18c, 18a ', 18b, 18c' to the fusing rods 26a, 26b.

18b, 18c, 18b ', and 18c' of the hot fixture housing are covered with the fixing table 15, and the display is omitted.

Adsorbents 12a and 12b are integrally formed under the conveyors 11a and 11b and adsorption ports 13a and 13b are formed at ends of the adsorbers 12a and 12b.

An air hose 37 is connected to the adsorbers 12a and 12b so that the hot fix 14 can be attached to or separated from the adsorption ports 13a and 13b by the action of air on the adsorption ports 13a and 13b .

The air hoses 37 of the cylinders applied to the present invention are denoted by the same reference numerals.

The feeders 11a and 11b are formed so as to continue the operation of feeding the hot fix 14 while the positions of the stepping motors 17a and 17b are changed while moving in the guide stands 16a and 16b.

The respective stepping motors 17a and 17b are formed to move in the guide bands 16a and 16b under the control of the control box 38 and can be rotated in half and the receiving boxes 18a, 18b, 18c and 18a ' 18b, and 18c 'to suck and transport the hot fix 14 and contact the fused rods 26a and 26b.

Two supporting supports 21a and 21b are fixed to both the columns of the fixing table 15 and the supporting tables 19a and 19b are slidably coupled to the supporting supports 21a and 21b. 19b are fixed at regular intervals with a plurality of hot fixture receptacles 18a, 18b, 18c, 18a ', 18b and 18c' mounted thereon, cylinders 23a and 23b are mounted on the supports 19a and 19b, The support bars 19a and 19b are coupled to the support bars 21a and 21b so that the cylinders 23a and 23b of the support bars 19a and 19b are controlled by the control box 38 Respectively.

3, a work table 25 is formed below the fixing table 15. The work table 25 is provided with welding rods 28a, 28b composed of a high frequency welding rod 28a and a heat welding rod 28b, 28b are integrally formed.

The work table 25 is fixed to the work table cylinders 27a and 27b and the work table cylinders 27a and 27b are fixed to the frame 35. [

When the work table cylinders 27a and 27b are operated, the work table 25 is formed so as to be able to work in the x and y axes while moving back and forth and left and right.

Fusing rod cylinders 28a and 28b are mounted on the work table 25 so as to separately move the high frequency welding rod 26a and the heat welding rod 26b.

The high frequency welding rod 26a and the heat welding rod 26b can be separately moved from the work table 25 to the left and right when the welding rod cylinders 28a and 28b are operated.

The work table 25 is configured to be movable back and forth on the table 24 so that the welding rods 26a and 26b formed integrally with the high frequency welding rod 26a and the heat welding rod 26b formed on the work table 25, The high frequency welding rod 26a and the heat welding rod 26b are formed so as to move left and right respectively and move according to the positions of the respective conveyors 11a and 11b to be operated, The rods 26a and 26b are formed so as to fuse while moving back and forth or right and left.

Since the high frequency welding rods 26a and the heat welding rods 26b are arranged back and forth as described above and the guide rods 16a and 16b on which the fixing rods 15 are disposed are arranged laterally, 26b can be vertically contacted with any one of the feeders. However, in order for the other feeders to descend and come into contact with the fusing bar, the fusing stick must move to the left or right so as to be in contact with the feeder.

For example, when the workbench moves along the x and y axes, the high-frequency welding rod 26a and the heat-welding rod 26b move in the x and y axes. Therefore, when one feeder performs welding, There is no problem.

Therefore, the present invention is advantageous in that the two conveyors 11a and 11b can perform the fusion bonding operation and the conveying operation at the same time, and the two conveyors 11a and 11b can perform different operations, .

The heat welding rod 26b and the high frequency welding rod 26a are moved in the left and right directions in order to allow the high frequency welding rod 26a and the heat welding rod 26b to contact the two conveyors 11a and 11b, The fusing rods 26a and 26b are shaped so as to be able to contact the respective feeders 11a and 11b and the operation of moving the fusing rods 26a and 26b to the left and right is controlled by the control box 38 As shown in Fig.

The thermally fusible rods 26b and the high frequency welding rods 26a are arranged in a row below the right conveyor 11a and contact the suction port 13a of the right conveyor 11a, The thermally fusible rod cylinder 28b is operated to move the thermally fusible rod 26b under the left hand conveyor 11b and the left hand conveyor 11b moves the fusible rod (26b).

That is, in order for the left feeder 11b to contact the fusing rod 26b, the fusing rod 26b must be moved to the left by the operation of the fusing rod cylinder 28b so that the feeder 11b can perform the fusion bonding operation do.

A releasing roll 31a of a paper attaching paper 100a for fixing the hot fix 14 is fixed to the rear of the work table 25 and a releasing roll 31b for a cover of the paper 100b is formed on the front work table 25, So that it can cover and cover the hot fix 14 attached to the hot fix 100a.

As described above, the pulling rolls 31a and 31b on the front and rear sides are fixedly mounted on the work table 25 and configured to operate as the work table 25.

The guide roll 33a formed under the release roll 31a on the right is formed on both sides of the work table 25 so as to guide the release roll 31a over the work table 25 and is provided between the guide rolls 33a, The paper 100a on which the hot fix 14 is attached by the guide roll 33a is formed to move forward.

When the release roll 31b for covering the hot fix 14 attached to the paper 100a moved forward is released and the paper 100b passes through the guide roll 33b and the press roll 34, As shown in Fig.

In the automatic hot-fix attachment apparatus configured as described above, the two stepping motors 17a and 17b move along the guide bars 16a and 16b by the guide-to-cylinder 22a and 22b, respectively, and the support fixtures 21a and 21b, And the supports 19a and 19b fixed to the plurality of hot fixture receptacles 18a, 18b, 18c, 18a ', 18b and 18c' at regular intervals are moved by the cylinders 23a and 23b of the respective supports, The workbench 25 fixed to the workbenches 23a and 23b and the welding rods 26a and 26b fixed to the workbench 25 are fixed to the workbench 25 by the cylinders 28a and 28b, 18b, 18c, 18a ', 18b, 18c' of the stepping motors 17a, 17b and the guide-to-cylinder cylinders 22a, 22b and the hot- 18b, 18c, 18a ', 18b, 18c' at the both ends are moved to the maximum distance before the stepping motors 17a, 17b are moved to the maximum distance when the support cylinder 23a, In advance The conveyors 11a and 11b of the stepping motors 17a and 17b are accommodated in the receiving chambers 18a to 18c even if the accommodating chambers 18a, 18c, 18a 'and 18c' 18b, 18c, 18a ', 18b, 18c' move the maximum distance by moving the stepping motors 17a, 17b and the receptacles 18a, 18b, 18c, 18a, 18b, 18c ' It is possible to carry out the work at the shortest distance since the stepping motors 17a and 17b and the accommodating chambers 18a, 18b, 18c, 18a ', 18b and 18c' Therefore, it is possible to carry out the work quickly, and since the working range is narrow, it is possible to work in a narrow place, and the operation range of the two conveyors having the above-mentioned positions is relatively wide. Therefore, various hotfixes can be attached to various sizes, And can be variously carried out.

Example

In the present invention, a hot fix can be variously attached to a paper, and a conveyor, a hot fix accommodating tray, and a work table can be moved so that a feeder that operates separately can adsorb a hot fix, The transporter and the hot fix receptacle are moved in the same direction or in different directions so that the transporter and the hot fix receptacle intersect each other in a shorter time so as to shorten the time for the transporter to adsorb the hot fix, And a paper to which a hot fix is attached is automatically provided on a work table, so that a hot fix can be continuously attached.

In the practice of the present invention, the hot-fix attachment paper 100a is mounted on the first release roll 31a of the work table 25 and the cover paper 100b is mounted on the second release roll 31b so as to cover the hot- Respectively.

The paper 100a of the first unwinding roll 31a is configured to pass over the fused portions 26a and 26b while passing through the guide roll 33a.

The paper 100a moves in the direction of the second release roll 31b and the paper 100b of the second release roll 31b moves in the direction of the second release roll 31b when the hot fix 14 is attached on the paper 100a of the first release roll 31a. The upper part of the hot fix 14 is attached while covering the hot fix 14 attached on the paper 100a of the first releasing roll 31a while passing through the press roll 34 and passing through the press roll 34 And covers the bottom of the hot fix 14.

A plurality of hot fixture receptacles 18a, 18b, 18c, and 18a (not shown) mounted on both sides of the fixing table 15 on the table 24 are mounted on the work table 25 so as to operate as described above, The bottom plate 39 of the receptacles 18a, 18b, 18c, 18a ', 18b, 18c' is rotated to receive the hot fix 14 in the receptacles 18a, 18b The hot fix 14 is seated in the groove 40 formed along the circumference of the bottom plate 39 of the bottom plate 18c, 18a ', 18b, 18c'.

The upper surface of the hot fix 14 is seated in the groove 40 of the bottom plate 39 as described above.

As described above, when the upper surface of the hot fix 14 is seated in the groove 40 of the bottom plate 39, the feeders 11a and 11b adsorb the hot fix 14 and the paper 100a on the fusing rods 26a and 26b So that the upper surface of the hot fix 14 is adhered.

When the upper surface of the hot fix 14 is attached to the paper 100a as described above, the bottom of the hot fix 14 is exposed and the bottom of the exposed hot fix 14 is attached to the paper 100a so as to attach the bottom of the hot fix 14 .

The receptacles 18a, 18b, 18c, 18a ', 18b, 18c' configured to perform the above operation are mounted on the table 24 on both sides of the work table 25. [

In the embodiment of the present invention, three receptacles 18a, 18b, 18c, 18a ', 18b, and 18c' are provided on both sides of the receptacle 18 to provide a total of six receptacles.

Three of the one containing compartments 18a, 18b and 18c are equally spaced on one support 19a and the support 19a is coupled to the guide 16a.

The support 19a is fixed to the cylinder 23a.

The operation of the cylinder 23a causes the support table 19a to reciprocate in the guide table 16a.

 The operation of the cylinder 23a is controlled by the control of the control box 38. [

Outside the left and right supports 19a and 19b, a fixing table 15 is formed in a bridge shape.

Two support bars 19b are attached to the bottom of the center of the fixing table 15 and two guide bars 16b are attached to the support table 19b so as to be slid in a state that the support table 19b is supported by the support table 19b. And stepping motors 17a and 17b are mounted on the front side of the guide base 16b.

The stepping motors 17a and 17b are configured to be capable of arbitrarily limiting the turning radius.

For example, the rotation axis of the stepping motors 17a and 17b may be configured to rotate at 360, 180, 90, 45 degrees or the like, and may be configured to rotate at the above-described rotation angle.

Two cylinders 22b are fixed to the upper portion of the fixing table 15. [

The rod of the cylinder 22b is fixed to the rear of the guide base 16b.

When the cylinder 22b configured as described above is operated, the guide base 16b is configured to be movable back and forth in the fixed base 15.

The operation of the guide pedestal 16b and the operation of the stepping motors 17a and 17b can be controlled by a control panel of the control box 38. [

The feeder 11a fixed to the rotary shaft 36 of the stepping motor mounted on the guide base 16b is connected to the fusing rods 26a and 26b of the work table 25 and the hot fixtures of the hot- And can rotate repeatedly while rotating at an angle capable of adsorbing the adsorbent 14.

The conveyor 11b on the right side is configured to be capable of conveying only the hot fix 14 of the right hot fixture receptacles 18a ', 18b and 18c', and the conveyor 11a on the left side is configured to convey only the hot fix 14 18a, 18b, and 18c.

In order for the feeders 11a and 11b to suck the hot fix 14 of the third hot fix accommodating compartments 18c and 18c ', when the hot fix accommodating compartments 18c and 18c' move to the positions of the conveyors 11a and 11b The conveyors 11a and 11b are also moved without waiting for the hot fixture receptacles 18c and 18c 'so that the conveyors 11a and 11b move in the course of the hot fixture receptacles 18c and 18c' 11b so that the moving distance of the hot fixture accommodating compartments 18c, 18c 'is shortened and the working speed thereof can be rapidly performed.

Since the fusing rods 26a and 26b of the work table 25 are composed of the high-frequency fusing rods 26a and the heat fusing rods 26b and are arranged before and after the feeders 25a and 25b, the feeders 11a and 11b, The fusing rods 26a and 26b must move or the feeders 11a and 11b must move to the fusing rods 26a and 26b in order to make contact with the fusing rods 26a and 26b located below the fusing rods 26a and 26b, The present invention is configured such that the fusing rods 26a and 26b move and contact the feeders 11a and 11b.

When the feeders 11a and 11b come into contact with the high-frequency welding rod 26a at the original position of the welding rods 26a and 26b, when the feeder 11a descends, the welding rod is brought into contact with the high-frequency welding rod 26a When the worktable 25 is moved forward when the feeder 11a is in contact with the thermally fused rod 26b, the thermally fused rod 26b at the rear moves to the position of the high-frequency fused rod 26a So that heat fusion can be achieved.

In the present invention, since the feeders 11a and 11b are disposed on the left and right sides, the fusing rods 26a and 26b can be moved back and forth so that the two feeders 11a and 11b simultaneously perform fusing operations. .

As described above, the work table 25 is moved to change the positions of the high-frequency welding rod 26a and the heat-welding rod 26b, thereby realizing thermal welding and high-frequency welding.

The high frequency welding rod 26a and the heat welding rod 26b are fixed to the workpiece 26 so that the high frequency welding rod 26a and the heat welding rod 26b can move left and right separately from each other. do.

When the high frequency welding rod 26a and the right side conveying device 11b perform fusion welding work at the original position and the left conveying machine 11a performs high frequency welding work, the cylinder 28a operates and the high frequency welding rod 26a The feeder 11b descends and comes into contact with the high frequency welding rod 26a moved to the left.

In the same manner as described above, the thermally fusible bar 26b is also moved to the left and right while the left and right feeders 11a and 11b simultaneously perform the fusion bonding operation.

On the work table 25, a first unloading roll 31a and a second unloading roll 31b are mounted.

The first unwinding roll 31a and the second unwinding roll 31b are configured to be positioned in front of and behind the work table 25.

As described above, the first unwinding roll 31a and the second unwinding roll 31b are configured to be fixed to the work table 25.

Since the first unloading roll 31a and the second unloading roll 31b are fixed to the work table 25 because the work table 25 is configured to move back and forth and left and right, So that the operation of attaching the paper 100a and the operation of releasing the paper 100a operate in the same manner as the work table 25 when the work table 25 is operated.

That is, since the affixing operation of the hot fix 14 is performed during the movement of the work table 25 and the design of the paper 100a is always maintained in the same position as the feeders 11a and 11b to be.

When the paper 100a is unwound while the paper 100a is supported by the guide roll 33a in the first unwinding roll 31a configured as described above and passes over the fusing rods 26a and 26b, The hot fix 14 transferred by the first, second, and 11b sticks on the paper 100a.

When the hot fix 14 is attached to the paper 100a as described above, since the high frequency or heat is applied to the fusing rods 26a and 26b, the adhesive applied on the upper surface of the paper 100a melts and the hot fix is attached to the paper do.

When the paper 100a with the hot fix 14 is moved, the paper 100b provided on the second unloading roll 31b moves while covering the paper 100a on which the hot fix 14 is attached.

The cover paper 100b is attached to the upper surface of the hot fix 14 when the moving paper 100a or 100b passes the press roll 34. [

An adhesive is applied to the bottom surface of the cover paper 100b and is attached to the upper surface of the hot fix 14 while passing through the press roll 34. [

The hot fix 14 can be attached to the paper 100a continuously in the same manner as described above and the paper 100a or 100b to which the hot fix 14 is attached is cut and used.

11: conveyor (a, b) 12: adsorber (a, b)
13: adsorption orifice (a, b) 14; Hotfix
15: fixed base 16: guide base (a, b)
17: stepping motor (a, b) 18: receptacle (a, b, c)
19: support (a, b) 21: support (a, b)
22: guide-to-cylinder (a, b) 23: support cylinder (a, b)
24: Table 25: Workbench
26: welding rod (a, b) 27: work table cylinder (a, b)
28: Fusing rod cylinder (a, b) 31: Release roll (a, b)
33: guide roll 34: squeeze roll
35: frame 36: rotary shaft (a, b)
100: Paper (a, b)

Claims (6)

It is supported by a fixing table on the table and rotates in a half-turn so that it can be attached to the paper moving on the fusing bar of the work table in a vertical state while sucking the hot fix of the receiving room by reciprocating between the hot- Conveyor;
A work table configured to allow a high-frequency welding rod and a heat-welding rod to contact with the conveying machine according to the position of two conveyors while moving the high-frequency welding rod and the heat-welding rod of the work table supported on the table and moving in the front and rear direction;
A first unloading roll configured to automatically attach a hotfiche conveyed by the feeder while moving on the workbench and moving the high-frequency fusing bar and the heat-sealing bar, and a hot-fix attached on the first unloading roll And a second release roll. [2] The apparatus of claim 1, further comprising: a conveyor configured to separately adsorb hot fixes of the plurality of receptacles formed on the left and right sides;
A stepping motor configured to arbitrarily adjust a rotation angle of the conveyor;
And the guide unit is configured to be movable in the forward and backward directions while moving the conveyor in the forward and backward directions. The hot fixture as claimed in claim 1, wherein when the conveyor moves back and forth by the operation of the guide cylinder, the conveyor is capable of sucking the hot fix at a point where it intersects the conveyor moving back and forth by the support cylinder at both sides of the fixture Wherein the plurality of types of hot fix continuous automatic attaching apparatuses are configured to automatically attach the plurality of types of hot fixes. [2] The apparatus of claim 1, wherein the high-frequency fusing bar and the rear fusing bar are formed at the front and the back, respectively, so that the hot-fix can be attached to the paper in various shapes while moving the paper when moving back and forth, And a work table configured to be able to melt and fix the hot fix according to the position of the left and right feeders while moving left and right. The apparatus of any one of claims 1 to 3, further comprising: a first release roll configured to be fixedly mounted on a back of the work table and to be fused on the paper when the paper passes through the fusing rod while being rotated. 6. The apparatus according to claim 5, characterized in that the paper passing over the hot press is composed of a second unwinding roll which adheres the paper above and below the hot fix while passing through the press roll so as to cover the hot fix attached to the paper provided in the first unwinding roll A multi-type hot fix continuous automatic attaching device.

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