CN201895451U

CN201895451U - Thermal transfer heating mechanism

Info

Publication number: CN201895451U
Application number: CN2010206108178U
Authority: CN
Inventors: 王耀祖; 谢崇文
Original assignee: PHILLISEN INDUSTRIAL Co Ltd; OKTEK CO Ltd
Current assignee: PHILLISEN INDUSTRIAL Co Ltd; OKTEK CO Ltd
Priority date: 2010-11-17
Filing date: 2010-11-17
Publication date: 2011-07-13
Anticipated expiration: 2020-11-17

Abstract

The utility model provides a thermal transfer heating mechanism which is matched with a top die and a lower die of a thermal transfer machine for use and sends heated silica gel cloth to the space between the top die and the lower die to conduct thermal transfer cladding operation. The thermal transfer heating mechanism comprises an upper heating unit, a lower heating unit and a transverse conveyer table, wherein the lower and upper heating units are oppositely arranged; the transverse conveyer table is arranged between the upper and lower heating units and provided with a telescopic sliding rail which can conduct transverse action; the telescopic sliding rail can conduct transverse conveying action between the upper and lower heating units as well as between the top die and the lower die; the silica gel cloth is placed on the transverse conveyer table to be heated by the upper and lower heating units, and then is sent to the space between the top die and the lower die through the telescopic sliding rail. Therefore, a heating mechanism is not needed to conduct reciprocating action between the top die and the lower die and in the lateral direction, the heat loss of the heating mechanism is reduced and the time for heating the silica gel cloth is lowered to meet the practical production requirement.

Description

Hot transfer printing heating arrangements

Technical field

The utility model is relevant with a kind of hot transfer apparatus, refers to the hot transfer printing heating arrangements that a kind of silica gel cloth of heat supply transfer apparatus heats especially.

Background technology

At present, as shown in Figure 1, existing heat transfer machine platform 1a mainly comprises patrix 10a, counterdie 11a and heating arrangements 12a.Wherein, but self relative action of patrix 10a, counterdie 11a, heating arrangements 12a is then by between a side parallel immigration patrix 10a and the counterdie 11a, silica gel cloth 13a is placed between patrix 10a and the heating arrangements 12a again, and make patrix 10a and heating arrangements 12a insert and put silica gel cloth 13a, so that silica gel cloth 13a is heated (promptly as shown in Figure 2).Then, as shown in Figure 3, heating arrangements 12a is withdrawed between patrix 10a and counterdie 11a, patrix 10a is descended in the lump together with silica gel cloth 13a, coat operation (promptly as shown in Figure 4) to carry out hot transfer printing with counterdie 11a.

Yet above-mentioned existing heat transfer machine platform 1a must be between patrix 10a and counterdie 11a and the action of side direction place because of its heating arrangements 12a, can produce heat and scatter and disappear and problems such as heat time heating time is long, so that can't satisfy actual production demand.

The utility model content

Main purpose of the present utility model is to provide a kind of hot transfer printing heating arrangements, and it can reduce scattering and disappearing of heat that heating arrangements produces and to heat time heating time of silica gel cloth, to satisfy actual production demand.

To achieve the above object, the utility model provides a kind of hot transfer printing heating arrangements, the patrix and the counterdie interoperation of itself and heat transfer machine platform, and will send between this upper and lower mould after the silica gel cloth heating, carry out hot transfer printing and coat operation; This heating arrangements comprises heating unit, following heating unit and lateral transfer platform; Wherein, following heating unit is upper and lower relative configuration relation with last heating unit, the lateral transfer platform then is located between the upper and lower heating unit, but and has a flexible slide rail of crosswise movement, flexible slide rail can done the lateral transfer action between the upper and lower heating unit and between the upper and lower mould, and silica gel cloth is placed on the lateral transfer platform and is heated by upper and lower heating unit, and by flexible slide rail silica gel cloth is sent between the upper and lower mould.

Should go up heating unit utilizes electric hot plate and heat-conducting plate stacked and constitute.

This time heating unit utilizes electric hot plate and heat-conducting plate stacked and constitute.

Should go up heating unit and further be the configuration relation that to do rising or down maneuver with this time heating unit.

Should go up heating unit and carry out the action of rising or descending by lift cylinder.

This lateral transfer platform also comprises the promotion cylinder that this flexible slide rail of drive is done lateral transfer.

Should flexible slide rail with this promotion cylinder between be provided with the rack and pinion that is meshed, described tooth bar is driven by this promotion cylinder, described gear is then further done transmission with this flexible slide rail.

Adopt hot transfer printing heating arrangements of the present utility model, not only can provide the two-sided thermal effect that adds to silica gel cloth, and need not heating arrangements and between upper and lower mould, reach the round action in side direction place, thereby reduced scattering and disappearing and, satisfying actual production demand of heat that heating arrangements produces to heat time heating time of silica gel cloth.

Description of drawings

Fig. 1 is the action schematic diagram () of existing heat transfer machine platform;

Fig. 2 is the action schematic diagram (two) of existing heat transfer machine platform;

Fig. 3 is the action schematic diagram (three) of existing heat transfer machine platform;

Fig. 4 is the action schematic diagram (four) of existing heat transfer machine platform;

Fig. 5 is an action schematic diagram of the present utility model ();

Fig. 6 is an action schematic diagram of the present utility model (two);

Fig. 7 is an action schematic diagram of the present utility model (three);

Fig. 8 is an action schematic diagram of the present utility model (four);

Fig. 9 is an action schematic diagram of the present utility model (five);

Figure 10 is an action schematic diagram of the present utility model (six).

Description of reference numerals

Heat transfer machine platform 1a

Patrix 10a counterdie 11a

Heating arrangements 12a silica gel cloth 13a

Patrix 1 counterdie 2

Heating arrangements 3

Last heating unit 30 lift cylinders 300

Following heating unit 31 lateral transfer platforms 32

Flexible slide rail 320 promotes cylinder 321

Tooth bar 322 gears 323

Silica gel cloth 33

Materials and parts 4 heat transfer films 40

The specific embodiment

For further understanding feature of the present utility model and technology contents, see also following about detailed description of the present utility model and accompanying drawing, yet appended accompanying drawing only for reference with the explanation, be not to be used for the utility model is limited.

See also Fig. 5, be action schematic diagram of the present utility model ().The utility model provides a kind of hot transfer printing heating arrangements, the patrix 1 and counterdie 2 interoperations of itself and heat transfer machine platform, and, coat operation so that carry out hot transfer printing in order to sending between the upper and

lower mould

1,2 after silica gel cloth 33 heating; This heating arrangements 3 comprises heating unit 30, following heating unit 31 and lateral transfer platform 32; Wherein:

Should go up heating unit 30 mainly can utilize as the stacked and formation (not shown) of electric hot plate and heat-conducting plate, and should go up the place, top that heating unit 30 is positioned at above-mentioned heating unit 31 down relatively, and be the configuration relation that to do rising or down maneuver with following heating unit 31; The utility model for embodiment in, heating unit 30 is carried out the action of rising or descending by lift cylinder 300 on this.In addition, this time heating unit 31 mainly also can utilize as electric hot plate and heat-conducting plate stacked and constitute, and with this on heating unit 30 be upper and lower relative configuration relation, place on this between the heating unit 30 and following heating unit 31 for described silica gel cloth 33; Therefore, when last heating unit 30 descended, last heating unit 30 and following heating unit 31 can heat silica gel cloth 33.

See also shown in Figure 6, this lateral transfer platform 32 is located at above-mentioned going up between heating unit 30 and the following heating unit 31, but and comprise the flexible slide rail 320 of crosswise movement, and drive the promotion cylinder 321 that this flexible slide rail 320 is done lateral transfer, and flexible slide rail 320 is being done lateral transfer action between last heating unit 30 and the following heating unit 31 and between patrix 1 and the counterdie 2, with described silica gel cloth 33 by being delivered between patrix 1 and the counterdie 2 between last heating unit 30 and the following heating unit 31; Described silica gel cloth 33 is placed on this lateral transfer platform 32 and is heated by heating unit on this 30 and following heating unit 31; And the utility model for embodiment in, be somebody's turn to do flexible slide rail 320 and promote to be provided with the tooth bar 322 and gear 323 that is meshed between the cylinder 321, tooth bar 322 is wherein driven by promoting cylinder 321, gear 323 is then further done transmission with flexible slide rail 320, therefore when promoting cylinder 321 drive tooth bars 322, can order about gear 323 rotations and the flexible slide rail 320 of transmission by tooth bar 322, can do lateral transfer action between last heating unit 30 and the following heating unit 31 and between patrix 1 and the counterdie 2 for flexible slide rail 320, and will be heated to temperature required silica gel cloth 33 and send between patrix 1 and the counterdie 2.

In view of the above, as Fig. 5 and shown in Figure 6, in the time will carrying out hot transfer printing and coat operation, materials and parts 4 are placed in counterdie 2 places, simultaneously the heat transfer film 40 that will attach are stacked and placed on materials and parts 4 surfaces, silica gel cloth 33 then is placed between heating unit 30 and the following heating unit 31.This lift cylinder 300 can make heating unit 30 descend, in the lump silica gel cloth 33 is heated with following heating unit 31 and after temperature required, then this lift cylinder 300 will be gone up heating unit 30 risings (promptly as shown in Figure 7) again.

Fig. 8 and shown in Figure 9 for another example, this lateral transfer platform 32 is delivered to silica gel cloth 33 between patrix 1 and the counterdie 2 by promoting cylinder 321, and make silica gel cloth 33 be positioned at materials and parts 4 and after locating with heat transfer film 40 top opposite positions, patrix 1 is descended forcing silica gel cloth 33 to be attached on the heat transfer film 40, and then can carry out hot transfer printing and coat operation (promptly as shown in figure 10) being placed on materials and parts 4 on the counterdie 2.

Like this, by above-mentioned contexture, can obtain the hot transfer printing heating arrangements of the utility model.

Yet; the above only is a preferable possible embodiments of the present utility model; be not in order to limiting claim of the present utility model, therefore all utilization the utility model specifications and the accompanying drawing content equivalent mechanism of doing changes, and all is included in the protection domain of the present utility model.

Claims

1. a hot transfer printing heating arrangements is characterized in that, the patrix and the counterdie interoperation of itself and heat transfer machine platform, and will send between this upper and lower mould after the silica gel cloth heating, carry out hot transfer printing and coat operation; This heating arrangements comprises:

Last heating unit;

Following heating unit is upper and lower relative configuration relation with heating unit on this; And

The lateral transfer platform, be located between this upper and lower heating unit, but and has a flexible slide rail of crosswise movement, should do the lateral transfer action between this upper and lower heating unit and between the described upper and lower mould by flexible slide rail, and described silica gel cloth is placed on this lateral transfer platform and is heated by this upper and lower heating unit, and by this flexible slide rail described silica gel cloth is sent between the described upper and lower mould.

2. hot transfer printing heating arrangements as claimed in claim 1 is characterized in that, heating unit utilizes electric hot plate and heat-conducting plate stacked and constitute on this.

3. hot transfer printing heating arrangements as claimed in claim 1 or 2 is characterized in that, this time heating unit utilizes electric hot plate and heat-conducting plate stacked and constitute.

4. hot transfer printing heating arrangements as claimed in claim 1 is characterized in that, heating unit further is the configuration relation that can do rising or down maneuver with this time heating unit on this.

5. hot transfer printing heating arrangements as claimed in claim 4 is characterized in that, heating unit is carried out the action of rising or descending on this by lift cylinder.

6. hot transfer printing heating arrangements as claimed in claim 1 is characterized in that, this lateral transfer platform also comprises the promotion cylinder that this flexible slide rail of drive is done lateral transfer.

7. hot transfer printing heating arrangements as claimed in claim 6 is characterized in that, is provided with the rack and pinion that is meshed between this flexible slide rail and this promotion cylinder, and described tooth bar is driven by this promotion cylinder, and described gear is then further done transmission with this flexible slide rail.