KR20190019982A - Hybrid transfer machine - Google Patents

Abstract

The present invention relates to a hybrid transcriber facilitating ease of work, comprising: a main body; a first driving means; a thermal transfer unit; a piece type roller stand; a second driving means; a third driving means; a conveyor; a third roller; a sixth drum installation unit; a fourth driving means; a fourth roller; and a fifth roller. According to the present embodiment, during an initial setting operation, a worker can enter the inside through an entrance formed in the main body so as to perform the operation. Moreover, a transfer sheet, a fabric, and a tissue can be easily transferred through the conveyor provided in the main body. Therefore, the initial setting operation of connecting the transfer sheet, the fabric, and the tissue becomes more convenient and easier, thereby improving convenience of the operation and reducing the setting time, and thus further improving workability.

Description

[0002] Hybrid transfer machines,

The present invention relates to a hybrid transfer machine which can be used both as a roll type and as a piece type, and is convenient to perform an initial setting operation conveniently.

Generally, various kinds of fabrics such as handkerchiefs and cloths are printed by the transfer printing method.

In such a transfer printing method, a transfer sheet coated with a specific pattern and a photograph is placed on a fabric (fiber) to be printed, and then the transfer sheet and the fabric (fiber) are pressed tightly with a heating roller heated to an appropriate temperature. And the pattern on the transfer sheet is transferred to the fabric (fiber) by moving.

Generally, in a transfer printing apparatus, a supply roller, a tension roller, a discharge roller, and a plurality of idle rollers are provided at the front, the lower, the upper and the rear of the heating roller, respectively. The outer surface of the belt surrounds the circumference of the heating roller, A tension roller, a discharge roller, and a plurality of idle rollers, and the transfer paper and the fabric are laminated and supplied between the heating roller and the belt to be transferred and printed.

The transfer printing apparatus may be divided into a roll type and a piece type. In the roll type, a cloth and a transfer sheet are automatically and continuously supplied. In the piece type, a transfer sheet is automatically supplied. .

Conventionally, however, since the roll type and the piece type transfer devices have to be separately purchased, the operation cost has to be increased and both of them have been arranged in one space, so that the space utilization has been inevitably decreased.

On the other hand, in the case of the conventional transfer machine, since the transfer paper, the tissue and the fabric were connected through a narrow gap from the outside, the operation was considerably inconvenient in the initial setting operation and the setting time was considerably long, .

1. Korean Patent Publication No. 10-2017-0059619 (Hybrid Transfer Machine / May 20,

It is an object of the present invention to provide a hybrid transporter which can be used both as a roll type and a piece type as well as to facilitate the initial setting operation quickly and conveniently. .

According to an aspect of the present invention,

A first drum mounting portion in which a supply transfer drum is rotatably installed, a second drum mounting portion in which a supplying raw drum is rotatably installed, and a first body having an entrance formed therein so that an operator can enter into the interior, A second body disposed adjacent to the first body and having a third drum mounting part and a fourth drum mounting part sequentially from the lower side of the first body and a second body installed on the upper surface of the first body to interconnect the first body and the second body, A body configured as a workbench;

A first driving means for rotating the supply source drum to cause the wound fabric to be unwound;

A thermal transfer unit installed on the second body for pressing and heating a raw material and a transfer sheet supplied from the work table to transfer the printed material of the transfer sheet to the raw material;

A roller for a piece type which is provided on the second body and guides the transfer paper supplied from the thermal transfer unit to the third drum mounting portion;

A second driving means for rotating the winding drum for rotation, which is rotatably installed in the third drum installation portion, so that the transfer sheet is wound;

A third driving means for rotating the winding drum for rotatably installed on the fourth drum mounting portion so as to wind the transferred yarn;

A conveyor installed on the main body to transfer a raw material and a transfer sheet passed through the thermal transfer unit to the third and fourth drum mounting portions;

A third roller rotatably installed on the first body adjacent to the work table to guide a transfer sheet drawn out from the thermal transfer unit;

A fifth drum mounting part in which a winding drum is rotatably installed on an upper portion of a fourth drum mounting part of the second body, a sixth drum mounting part in which the supplying tissue drum is rotatably installed,

Fourth driving means for rotating the take-up tissue drum rotatably to wind the tissue by the fifth drum mounting portion;

A fourth roller that is rotatably installed on the first body so as to be disposed between the third roller and the conveyor and guides the transfer paper guided by the third roller to the winding drum for transfer;

And a fifth roller which is rotatably installed on the first body so as to be disposed between the third roller and the fourth roller and guides the tissue pulled out from the thermal transfer unit to the winding drum.

According to the present embodiment, the operator can advance the work through the entrance formed in the main body during the initial setting operation, and the transfer paper, the fabric and the tissue can be easily transferred through the conveyor incorporated in the main body. And the initial setting operation for connecting the tissues are more convenient and easier. Accordingly, the convenience of the operation is improved, and the setting time can be shortened, thereby improving the workability.

BRIEF DESCRIPTION OF DRAWINGS FIG. 1A is a front view showing a first embodiment of a roll type in a hybrid transducer according to the present invention; FIG.
FIG. 1B is a view for explaining the preparatory process of FIG. 1A; FIG.
FIG. 2A is a front view showing a second embodiment of the roll type in the hybrid transporter according to the present invention; FIG.
FIG. 2B is a diagram for explaining the preparatory process of FIG. 2A. FIG.
FIG. 3A is a front view showing a third embodiment of the roll type in the hybrid transporter according to the present invention; FIG.
FIG. 3B is a diagram for explaining the preparatory process of FIG. 3A; FIG.
FIG. 4A is a front view showing a first embodiment of a piece method in a hybrid transducer according to the present invention. FIG.
FIG. 4B is a diagram for explaining the preparatory process of FIG. 4A. FIG.
FIG. 5A is a front view showing a second embodiment of the piece type in the hybrid transducer according to the present invention. FIG.
FIG. 5B is a diagram for explaining the preparatory process of FIG. 5A. FIG.
FIG. 6A is a front view showing a third embodiment of a piece type in a hybrid transducer according to the present invention; FIG.
FIG. 6B is a diagram for explaining the preparatory process of FIG. 6A; FIG.

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

Since the hybrid type transfer device according to the present invention is a type capable of transferring both the roll type and the piece type, the roll type will be described first and the back type will be described below for convenience of explanation.

First Embodiment

FIG. 1A is a front view showing a first embodiment of a roll type in a hybrid transducer according to the present invention, and FIG. 1B is a view for explaining the preparation process of FIG. 1A.

1A and 1B, a roll type hybrid transfer machine according to the first embodiment includes a main body 10, a thermal transfer unit 20, a first drive unit 40, a second drive unit 50, A third drive means 60, a fourth drive means 70 and a conveyor 80. [

The body 10 includes a first body 11, a second body 12, and a worktable 13, and constitutes an overall appearance of the hydrobridging machine according to the present invention.

The first body 11 is provided with a first drum mounting portion 11a in which a transfer drum D1 is rotatably installed and a second drum mounting portion 11b in which a supplying raw drum D2 is rotatably installed. 11b are formed.

Here, the supply transfer paper drum D1 provides a transfer paper P before use.

The supply drum D2 rotatably provided on the second drum mounting portion 11b is rotated by the first driving means 40 to provide the fabric F before being transferred.

It should be noted that an entrance 11c is formed in the first body 11 so that an operator can enter and work in the interior thereof, which will be described later in detail.

The second body 12 is disposed adjacent to the first body 11 and connected to the inside so as to communicate with each other. The second body 12 is sequentially connected to the third drum mounting portion 12a A fourth drum mounting portion 12b, a fifth drum mounting portion 12c, and a sixth drum mounting portion 12d, respectively.

The transfer drum D3 for winding is installed on the third drum mounting portion 12a so as to be rotatable by the second driving means 50 so that the transfer sheet P after the transfer is wound.

A winding drum D4 is rotatably installed on the fourth drum mounting portion 12b and rotated by the third driving means 60 so that the transferred fabric F is wound.

A winding drum T6 is rotatably installed on the fifth drum mounting portion 12c and is rotated by the fourth driving means 70 so that the tissue T after use is wound.

The sixth drum mounting portion 12d is rotatably provided with a supplying tissue drum D5 to provide a tissue T before use.

For reference, when the second body 12 is butted against the first body 11, the inside is mutually communicated.

The thermal transfer unit 20 is constituted by a heating drum 21, a close contact mechanism 22 and a first drive pulley drive means 23 and is installed in the second body 12. In this embodiment, (Pressed) the transfer sheet P and the cloth F and the tissue T (which may be omitted if necessary) drawn into the space between the transfer device 21 and the contact mechanism 22, So that the printed matter is transferred to the fabric F and then discharged.

The heating drum 21 is a member having a heater (not shown) therein. In this embodiment, the heating drum 21 is rotatably installed on the second body 12.

The tightening mechanism 22 includes a first driving pulley 22a disposed adjacent to the heating drum 21 and rotated by receiving power from the first driving pulley driving means 23, The first drive pulley 22a and the first driven pulley 22b are wrapped around each other and transmit power from the first drive pulley 22a to the first driven pulley 22b and are brought into close contact with the circumferential surface of the heating drum 21 And a first belt 22c for rotating the heating drum 21. [

The first drive pulley drive means 23 is connected to the first drive pulley 22a via a connection means such as a belt or a chain so as to drive the first drive pulley 22a .

The first drive pulley 22a is driven by receiving power from the first drive pulley drive means 23 and is driven by the first drive pulley 22a due to the rotation of the first drive pulley 22a, The first driven pulley 22b connected to the first drive pulley 22a via the first belt 22c rotates.

Also, as the first belt 22c rotates, the heating drum 21 which is in contact with the first belt 22c also rotates together.

It is preferable that a part of the first driven pulley 22b is movable so that the interval between the first belt 22c and the heating drum 21 can be adjusted.

The first driving pulley driving means 23 is connected to the heating drum 21 through a connecting means such as a belt or a chain without connecting the first driving pulley driving means 23 to the driving pulley 22a. So that the belt 22c is rotated by the frictional force.

In addition, various known techniques may be applied to the thermal transfer unit 20 as necessary.

The conveyor 80 includes a main body 10 and more specifically a transfer sheet 20 which is disposed below the thermal transfer unit 20 in the second body 12 and which is drawn out through the thermal transfer unit 20 The tip end portions of the fabric F, the fabric F and the tissue T (which may be omitted if necessary) are transported to a close position so that the operator can install them on the third and fourth drum installation portions 12a, 12b, .

The conveyor 80 includes a second drive pulley 81 that receives power from the second drive pulley drive means 84 and rotates, a second driven pulley 82, a second drive pulley 81, And a second belt 83 for wrapping the driven pulley 82 and transmitting the power from the second drive pulley 81 to the second driven pulley 82.

Setting of the transfer paper P, the fabric F and the tissue T (which may be omitted if necessary) of the first embodiment (roll type) will be described as follows.

The first body 11 and the second body 11 are separated from each other in a state in which the transfer paper P, the fabric F and the tissue (T, which may be omitted if necessary) are drawn out through the thermal transfer unit 20, A worker who enters the apparatus through the entrance 11c of the conveying apparatus P holds the distal end portion of the transfer paper P, the cloth F and the tissue T (which may be omitted if necessary) so as to be placed on the conveyor 80 .

When the conveyor 80 is operated as described above, the transfer paper P, the fabric F, and the tissue (T, which may be omitted if necessary), which are placed on the second belt 83, The worker is pulled out through the entrance 11c and the transfer sheet P is transferred to the fabric F and the tissue T as shown in FIG. Of the fourth drum installation portion 12b of the third drum installation portion 12a and the winding drum D4 of the fourth drum installation portion 12b of the third drum installation portion 12a and the winding tissue of the fifth drum installation portion 12c And wound around the drum D6.

Next, the operation of the first embodiment (roll system) will be described as follows.

When the operation button is pressed in the above-described setting state, the first driving pulley driving means 23 rotates the heater drum 21 and the close contact mechanism 22 in a mutually opposed state.

The second drive means 50 drives the take-up transfer paper drum D3 to gradually close the transfer paper P so that the transfer paper sheet D1 is rotated and the transfer paper P is loosened .

Further, the first driving means 40 drives the feeding end drum D2 to unroll the fabric F wound on the feeding end drum D2.

The fabric F is slowly wound while the winding drum D4 is driven by the third driving means 60 so that the loose fabric F is wound around the rollers (see Figs. 1A and 1B) And transferred to the work table 13.

The fourth drive means 70 drives the take-up tissue drum D6 to gradually close the tissue T so that the supply tissue drum D5 rotates to unwind the tissue P , The unwoven tissue T is conveyed to the thermal transfer unit 20 via the rollers (see Figs. 1A and 1B).

The transfer paper P and the fabric F moving along the work table 13 are transferred together while the tissue T is put in the process of entering the thermal transfer unit 20. The transferred paper P and the fabric F And the tissue T are pressed (pressed on) and heated by the heater drum 21 and the contact mechanism 22, the printed matter of the transfer paper P is transferred to the fabric F and the thermal transfer unit 20 The transfer sheet P, the fabric F and the tissue T which are discharged in a superposed state are separated from a specific point (see Figs. 1A and 1B) so that the transfer sheet P is wound on the transfer drum D3 for winding The fabric F is wound around the winding drum D4 and the tissue T is wound around the winding drum D6.

On the other hand, the above-mentioned supply tissue drum D5, the take-up tissue drum D6 and the fourth drive means 70 can be excluded from the first embodiment as necessary.

According to the present embodiment, the operator enters the interior of the transfer sheet P, the fabric F and the tissue T (which may be omitted if necessary) through the entrance 11c formed in the main body 10 during the initial setting operation The transfer sheet P and the fabric F and the tissue T (which may be omitted if necessary) are placed on the conveyor 80 embedded in the main body 10, It is advantageous in that the operation of connecting (attaching) the transfer paper P, the fabric F and the tissue T (which may be omitted if necessary) to each winding drum is more convenient .

Second Embodiment

FIG. 2A is a front view showing a second embodiment of the roll type in the hybrid transducer according to the present invention, and FIG. 2B is a view for explaining the preparation process of FIG. 2A.

The second embodiment is the same in overall structure as the first embodiment, except that the first roller R1 and the second roller R2 (which may be omitted if necessary) are further added.

2A and 2B, the first roller R1 is disposed between the thermal transfer unit 20 and the conveyor 80. In the present embodiment, the first roller R1 is rotatably installed in the first body 11 And guides the transfer paper P drawn out from the thermal transfer unit 20 to the winding paper D3 for winding.

The second roller R2 is disposed between the thermal transfer unit 20 and the conveyor 80 and is located relatively below the first roller R1 so that the transfer sheet P is conveyed from the first roller R1 And is guided to the take-up transfer paper drum D3.

For reference, the second roller R2 may not be applied if necessary.

As an example, the transfer paper P, the fabric F, and the tissue (T, which may be omitted if necessary) are discharged from the thermal transfer unit 20 in a superposed state.

However, when the transfer sheet P is moved for a long time in the folded state as described above, the transfer sheet P and the fabric F due to the vibration are shaken in the process of moving according to the type of the transfer sheet P, and the transferred portion is flawed On the other hand, there may be a problem that the collapsed transfer paper P and the fabric F are stuck and do not fall off easily.

2B, when the transfer sheet P is hooked by the first roller R1, the transfer sheet P, the fabric F, and the tissue T are transferred from the thermal transfer unit 20, The transfer sheet P and the fabric F are separated from each other naturally when the sheet P is discharged as needed, so that the problem of defective product can be solved.

Third Embodiment

FIG. 3A is a front view showing a third embodiment of the roll type in the hybrid transporter according to the present invention, and FIG. 3B is a view for explaining the preparation process of FIG. 3A.

The third embodiment has the same overall structure as the second embodiment, except that the transfer sheet guide unit 90 is further reinforced.

3A and 3B, the transfer sheet guide unit 90 includes a first roller R1 rotatably installed in the second body 12 to transfer the transfer paper P drawn out from the thermal transfer unit 20, And an actuator 92 provided on the second body 12 and rotating the crank 91 around the axis.

The crank 91 is rotatably fixed to the second body 12 about an axis formed at the center, and a roller for guiding the transfer paper P is rotatably installed at an upper portion of the shaft about the shaft.

The rod of the actuator 92 is linked to the lower portion of the crank 91. The crank 91 is rotated about the axis by the forward and backward movement of the rod so that the roller is disposed close to the thermal transfer unit 20 The operator places the transfer paper P on the first roller R1 through the roller of the crank 91 in a state in which the roller is spaced apart from the thermal transfer unit 20, ).

If the transfer paper P is passed through the roller of the crank 91 as described above, the transfer paper P, the fabric F and the tissue T (which can be omitted if necessary) And at the same time, the transfer paper P and the fabric F are separated naturally, so that the problem of defective product can be solved.

On the other hand, when the crank 91 is rotated by the actuator 92 and separated from the heating drum 21 of the thermal transfer unit 20, the distance between the heating drum 21 and the roller of the crank 91 becomes wider Therefore, the operator can easily attach the transfer paper P to the rollers, thereby making it easy to set up the apparatus, and to protect the operator from the danger of the image.

Conversely, when the crank 91 is rotated by the actuator 92 and disposed adjacent to the heating drum 21 of the thermal transfer unit 20, the transfer paper P, the fabric F, The paper P and the fabric F are separated naturally and quickly, and the problem of defective product can be solved.

Next, the piece method of the hybrid transfer machine according to the present invention will be described in detail.

First Embodiment

FIG. 4A is a front view showing a first embodiment of the piece type in the hybrid transducer according to the present invention, and FIG. 4B is a view for explaining the preparation process of FIG. 4A.

The first embodiment of the piece method is generally the same as the first embodiment of the roll method of the prior art, except that the roller assembly 30 for the piece method is applied.

The roller assembly 30 is provided in a cantilever manner on the fourth drum mounting portion 12b of the second body 12 so that the transfer sheet P supplied from the thermal transfer unit 20 is conveyed to the third drum mounting portion 12b of the second body 12, And guided to the take-up transfer paper drum D3 rotatably provided on the take-up roller 12a.

As an example, the transfer sheet P and the single sheet of fabric F 'and the tissue (T, which may be omitted if necessary) are discharged from the thermal transfer unit 20 in a superimposed state, 4B). The transfer paper P is wound on the winding paper transfer drum D3 via the piece-type roller stand 30, and the tissue T (which may be omitted if necessary) And is wound on the take-up tissue drum D6.

At this time, the raw fabric F 'of the sheet is carried on the transfer paper P and the transferred raw fabric F' is naturally separated from the end of the roller unit 30 and falls down, (F ') is separated from the transfer paper P by manual operation.

That is, the transfer sheet P serves as a medium for transferring the printed matter to the sheet-like fabric F ', and also serves as a conveying unit for conveying the sheet-like sheet F'.

The setting operation of the transfer sheet P, the fabric F and the tissue T (which may be omitted if necessary) of the first embodiment (piece method) will be described below.

The entrance 11c of the first body 11 in the state in which the transfer paper P and the tissue T (which may be omitted if necessary) are drawn out through the thermal transfer unit 20, (T) (T, which may be omitted if necessary), to be placed on the conveyor 80. In this case,

When the conveyor 80 is operated in the state as described above, the transfer paper P and the tissue T (which may be omitted if necessary) placed on the second belt 83 are transferred to the second body 12 The worker is pulled out through the entrance 11c and the transfer paper P is conveyed to the third drum installation portion 12a via the roller means 30 for the piece type, And the tissue (T, which may be omitted if necessary) is wound around the winding drum D6 of the fifth drum installation portion 12c to complete the setting operation .

Next, the operation of the first embodiment (piece method) will be described as follows.

When the operation button is pressed in the above-described setting state, the first driving pulley driving means 23 rotates the heater drum 21 and the close contact mechanism 22 in a mutually opposed state, and the second driving means The transfer sheet P is gradually wound while the winding transfer drum D3 is driven by the conveying rollers 50 to 50 to thereby release the transfer sheet P while rotating the supply transfer sheet drum D1.

In addition, the fourth driving means 70 gradually drives the winding tissue drum D6 to gradually close the tissue T (which may be omitted if necessary), thereby rotating the supplying tissue drum D5 And the unwoven tissue T is transferred to the thermal transfer unit 20 via rollers (see FIGS. 4A and 4B).

A cloth F 'of the sheet P is placed on the upper surface of the transfer sheet P moving along the work table 13 and is moved together with the cloth F and the cloth F' And the tissues (T: possibly omitted as needed) enter the thermal transfer unit 20 in a superposed state.

The transfer sheet P and the fabric F 'of the sheet (piece) which have entered the thermal transfer unit 20 and the tissue T (which may be omitted if necessary) The printed matter of the transfer paper P is transferred to the fabric F 'of the sheet P as the pressing (pressing) and heating of the transfer paper P and the heating of the tissue F (T) (Which may be omitted if necessary) is configured such that the transfer sheet P discharged in a superposed state through the thermal transfer unit 20, the single sheet of fabric F 'and the tissue T are transferred to a specific position And the transfer paper P is wound on the winding drum D3 for winding the third drum mounting portion 12a via the roller assembly 30 for the piece type and the tissue T Can be wound on the winding drum D6 of the fifth drum installation portion 12c.

At this time, the raw fabric F 'of the sheet is carried on the transfer paper P and the transferred raw fabric F' is naturally separated from the end of the roller unit 30 and falls down, (F ') from the transfer paper (P) by manual operation.

That is, the transfer sheet P serves as a medium for transferring the printed matter to the sheet-like fabric F ', and also serves as a conveying unit for conveying the sheet-like sheet F'.

On the other hand, the above-mentioned supply tissue drum D5, the take-up tissue drum D6 and the fourth drive means 70 can be excluded from the first embodiment as necessary.

Second Embodiment

FIG. 5A is a front view showing a second embodiment of the piece type in the hybrid transducer according to the present invention, and FIG. 5B is a view for explaining the preparation process of FIG. 5A.

The second embodiment is generally the same in construction as the first embodiment mentioned above, except that the third roller R3 is further reinforced.

The third roller R3 is rotatably installed on the first body 11 adjacent to the work table 13 and guides the transfer sheet P drawn out from the thermal transfer unit 20 to the first roller R1 It plays a role.

As an example, a transfer sheet P and a sheet of cloth (F ') and a tissue (T, which may be omitted if necessary) are discharged from the thermal transfer unit 20 in a superposed state.

However, when the transfer sheet P is moved for a long time in the wrapped state, depending on the type of the transfer sheet P, the transfer sheet P and the single sheet of cloth F 'are shaken due to the vibration, On the other hand, there may be a problem that the collapsed transfer sheet P and the sheet fabric F 'are stuck to each other and do not fall off easily.

4B, if only the transfer sheet P is hooked to the first roller R1 via the third roller R3, the transfer sheet P and the sheet P are transferred from the thermal transfer unit 20, When the fabric F 'and the tissue T (which may be omitted if necessary) are discharged, the transfer sheet P and the single sheet F' are separated from each other naturally.

The transfer sheet P is wound on the transfer drum D3 for winding via the roller unit 30 for the piece type via the first roller R1. At this time, the sheet P discharged from the thermal transfer unit 20 The raw fabric F 'of the piece type rollers is dropped by the transfer paper P and is conveyed by the transfer paper P and the transferred raw fabric F' is naturally separated from the end of the roller type belt assembly 30 Are collected.

Third Embodiment

FIG. 6A is a front view showing a third embodiment of the piece type in the hybrid transducer according to the present invention, and FIG. 6B is a view for explaining the preparation process of FIG. 6A.

The third embodiment is generally the same in construction as the second embodiment described above except that the fourth roller R4 and the fifth roller R5 are further reinforced.

The fourth roller R4 is rotatably installed on the first body 11 so as to be disposed between the third roller R3 and the conveyor 80 and rotates the transfer paper P guided by the third roller R3 And guides the sheet to the winding drum D3.

The fifth roller R5 is rotatably mounted on the first body 11 so as to be disposed between the third roller R3 and the fourth roller R4 and is rotatably supported by the tissue T pulled out from the thermal transfer unit 20. [ To the take-up tissue drum (D6).

As an example, a transfer sheet P, a sheet of cloth (F ') and a tissue T are discharged from the thermal transfer unit 20 in a superposed state.

However, when the transfer sheet P is moved for a long time in the wrapped state, depending on the type of the transfer sheet P, the transfer sheet P and the single sheet of cloth F 'are shaken due to the vibration, On the other hand, there may be a problem that the collapsed transfer sheet P and the sheet fabric F 'are stuck to each other and do not fall off easily.

6B, the transfer sheet P discharged from the thermal transfer unit 20 is passed through the fourth roller R4 via the third roller R3, and the thermal transfer unit 20, When the transfer sheet P and the sheet F and the tissue T are discharged from the thermal transfer unit 20 through the fifth roller R5, Since the transfer sheet P and the sheet cloth F 'are separated from each other, the problem of defective product can be solved.

The transfer sheet P is wound on the winding roller D3 via the third roller R3 and the fourth roller R4 at this time when the sheet F is conveyed to the fifth roller R5, The cloth F is transferred to the transfer paper P by the fifth roller R5 and placed on the transfer paper P via the transfer paper P via the paper roll T6 wound on the take-up tissue drum D6, And the transferred single sheet F 'is naturally lowered at the end of the roller unit 30 for the piece type.

The tissue T is disposed between the fabric F or the first fabric F 'of the thermal transfer unit 20 and the first belt 22c of the thermal transfer unit 20 so that the belt 22c is contaminated In this embodiment, in addition to the above functions, the present embodiment also has a function of transferring a single sheet of fabric F 'to a transfer paper P.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the same is by way of illustration and example only and is not to be construed as limited to the specific embodiments set forth herein; rather, .

10: main body 11: first body 12: second body
11a and 11b: first and second drum mounting portions 11c:
12a, 12b, 12c, and 12d: third, fourth, fifth, and sixth drum mounting portions
13: work table 20: thermal transfer unit 21: heating drum
22: tight contact mechanism 22a: first drive pulley 22b: first driven pulley
22c: first belt 23: first drive pulley drive means
30: roller for piece method 40: first driving means 50: second driving means
60: third drive means 70: fourth drive means 80: conveyor
81: second drive pulley 82: second driven pulley 83: second belt
84: second drive pulley drive means R1, R2, R3, R4, R5: first, second, third, fourth and fifth rollers
D1: Transfer drum Drum D2: Drum drum for supply D3: Drum drum for winding
D4: winding drum D5: supplying drum T6: winding drum
P: Transfer paper F: Fabric F ': Fabric of sheet
T: Tissue

Claims (1)

A first drum mounting portion in which a supply transfer drum is rotatably installed, a second drum mounting portion in which a supplying raw drum is rotatably installed, and a first body having an entrance formed therein so that an operator can enter into the interior, A second body disposed adjacent to the first body and having a third drum mounting part and a fourth drum mounting part sequentially from the lower side of the first body and a second body installed on the upper surface of the first body to interconnect the first body and the second body, A body configured as a workbench;
A first driving means for rotating the supply source drum to cause the wound fabric to be unwound;
A thermal transfer unit installed on the second body for pressing and heating a raw material and a transfer sheet supplied from the work table to transfer the printed material of the transfer sheet to the raw material;
A roller for a piece type which is provided on the second body and guides the transfer paper supplied from the thermal transfer unit to the third drum mounting portion;
A second driving means for rotating the winding drum for rotation, which is rotatably installed in the third drum installation portion, so that the transfer sheet is wound;
A third driving means for rotating the winding drum for rotatably installed on the fourth drum mounting portion so as to wind the transferred yarn;
A conveyor installed on the main body to transfer a raw material and a transfer sheet passed through the thermal transfer unit to the third and fourth drum mounting portions;
A third roller rotatably installed on the first body adjacent to the work table to guide a transfer sheet drawn out from the thermal transfer unit;
A fifth drum mounting part in which a winding drum is rotatably installed on an upper portion of a fourth drum mounting part of the second body, a sixth drum mounting part in which the supplying tissue drum is rotatably installed,
Fourth driving means for rotating the take-up tissue drum rotatably to wind the tissue by the fifth drum mounting portion;
A fourth roller that is rotatably installed on the first body so as to be disposed between the third roller and the conveyor and guides the transfer paper guided by the third roller to the winding drum for transfer;
And a fifth roller which is rotatably installed on the first body so as to be disposed between the third roller and the fourth roller and guides the tissue pulled out from the thermal transfer unit to the winding tissue drum. .

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