CN105904840B - A kind of rack construction of rotary-type thermal transfer apparatus - Google Patents

A kind of rack construction of rotary-type thermal transfer apparatus Download PDF

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Publication number
CN105904840B
CN105904840B CN201610306854.1A CN201610306854A CN105904840B CN 105904840 B CN105904840 B CN 105904840B CN 201610306854 A CN201610306854 A CN 201610306854A CN 105904840 B CN105904840 B CN 105904840B
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CN
China
Prior art keywords
thermal transfer
mark
rotary
turntable
workbench
Prior art date
Application number
CN201610306854.1A
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Chinese (zh)
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CN105904840A (en
Inventor
罗千
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宁波舒普机电股份有限公司
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Priority to CN201610306854.1A priority Critical patent/CN105904840B/en
Publication of CN105904840A publication Critical patent/CN105904840A/en
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Publication of CN105904840B publication Critical patent/CN105904840B/en

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Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41FPRINTING MACHINES OR PRESSES
    • B41F16/00Transfer printing apparatus
    • B41F16/02Transfer printing apparatus for textile material

Abstract

The invention discloses a kind of rack construction of rotary-type thermal transfer apparatus, including workbench, is equipped with the turntable that can be rotated on the table, and turntable is equipped with least three thermal transfer stations, and each thermal transfer station is equipped with a thermal transfer head.The present invention sets multiple thermal transfer stations on the turntable that can be rotated, in the rotation process of multiple thermal transfer stations can easily blowing rewinding successively, and each the rotation of thermal transfer station automatically completes thermal transfer during one week, greatly improves processing efficiency.

Description

A kind of rack construction of rotary-type thermal transfer apparatus

Technical field

The present invention relates to a kind of equipment of the thermal transfer trade mark on clothing fabric, specifically a kind of rotary-type thermal transfer The rack construction of equipment.

Background technology

Mark chapter or label are applied in textile days such as dress ornament, shoes and hats and various school bag satchels as an independent sector On articles for use, it has also become a kind of indispensable fashion elements of today's society;A kind of not still personalized decoration, embodies people Quality of life is improved to beautiful pursuit, icon can more be made various obvious caution notices to improve the safety of its attachment Property and visuality, Transfer mark by be commonly applied to life in each market segment in.

Trade mark made of silica gel and pattern etc. are printed with dress ornament at present to complete often by traditional printing process. Traditional printing process has the shortcomings that process is various, printing time is long, production cost is high.As technology develops, turned by heat Print technology prints trade mark on dress ornament and the application of pattern is more and more extensive.Thermal transfer is mainly hot in pasting one on object surface After transfer paper, then with heated baking, the pattern on transfer paper is set to be needed on the object surface pasted.Existing transfer paper pastes In the mode on object surface, glue is typically first write on the object surface, then manually entirely to paste transfer paper thereon, Heating unit is reused to be toasted within a certain period of time.

Application for a patent for invention number:201310430883.5 patent name is a kind of thermal transfer 3d silica gel dress ornament and its making Process, discloses a kind of improved dress ornament structure, a layer of silica gel is additionally provided with the upper strata of dress ornament surface layer.Cushion forms multiple right The buffer module of title, sets air layer between buffer module and layer of silica gel.Interval trough is equipped between the adjacent buffer module. The cushion is made of EVA or expanded material.The present invention sets 3d layer of silica gel on dress ornament surface layer, and 3d layer of silica gel can be Pattern or various logo, play eye-catching visual effect, also improve the wear-resisting skid-resistant performance of clothes, strengthen product quality, but The efficiency of thermal transfer process can not be improved.

The content of the invention

The present invention is directed in existing dress ornament thermal transfer process, and a worker can only operate a thermal transfer heating dress Put, the low technical problem of processing efficiency, and a kind of rack construction of rotary-type thermal transfer apparatus is provided, in the turntable that can be rotated It is upper that multiple thermal transfer stations are set, in the rotation process of multiple thermal transfer stations can easily blowing rewinding successively, it is and every A thermal transfer station can automatically complete thermal transfer during rotating one week, greatly improve processing efficiency.

Technical solution is used by the present invention solves above-mentioned technical problem:A kind of rack knot of rotary-type thermal transfer apparatus Structure, including workbench, are equipped with the turntable that can be rotated on the table, and turntable is equipped with least three thermal transfer stations, often A thermal transfer station is equipped with a thermal transfer head.

To optimize above-mentioned technical proposal, present invention additionally comprises following improved technical solution.

Each thermal transfer station, which corresponds to, is provided with a sensor block stent, and a sensing is provided with each sensor block stent Block;The sensor block setting height(from bottom) of different thermal transfer stations differs;Workbench is provided with an inductor support, inductor support On the inductors of at least three correspondence sensor block height is installed.

Above-mentioned workbench is installed with rotating base, and rotating base is equipped with the rotating seat that can be rotated;Set on workbench It is useful for the driving motor that driving rotating seat rotates;Turntable is fixedly mounted on rotating seat.

Above-mentioned driving motor is connected with drive gear, drive gear and the worm and gear on rotating base by shaft coupling Mechanism is engaged.

Each above-mentioned thermal transfer station is equipped with an air draught platen, and air draught platen is formed with the air draught for adsorbing fabric Hole, wind inlet are connected by air-suction duct with air draft mechanism.

Suspended hood is fixed with below above-mentioned wind inlet, the side wall of suspended hood is connected with air draught platen sealed bottom, air draught Cover is formed with the air draught interface being connected with air-suction duct.

Above-mentioned air draft mechanism includes the fan installation plate of installation on a spinstand, and fan installation plate is fixed with wind turbine;Wind The inlet scoop of machine is connected by air-suction duct with air draught interface.

Above-mentioned thermal transfer head includes hot pressing rack, is fixed on the boiling hot platform of hot pressing bottom of the frame, is fixed on hot pressing rack The pressurized cylinder on top, the drive rod of pressurized cylinder is equipped with can be with the matched electric hot plate of boiling hot platform.

Compared with prior art, the rack construction of a kind of rotary-type thermal transfer apparatus of the invention, in the rotation that can be rotated Multiple thermal transfer stations are set on platform, in the rotation process of multiple thermal transfer stations can easily blowing rewinding successively, and Each thermal transfer station automatically completes thermal transfer during rotating one week, greatly improves processing efficiency.

Brief description of the drawings

Fig. 1 is the dimensional structure diagram of the embodiment of the present invention.

Fig. 2 is the dimensional structure diagram of rotary table part in Fig. 1.

Fig. 3 is the assembling decomposition diagram of rotating seat and fan section in Fig. 2.

Fig. 4 is the assembling decomposition diagram of thermal transfer head section in Fig. 2.

Fig. 5 is the dimensional structure diagram inhaled mark manipulator and tear mark manipulator.

Fig. 6 is the assembling decomposition diagram for inhaling mark manipulator.

Fig. 7 is the assembling decomposition diagram for tearing mark manipulator.

Fig. 8 is the dimensional structure diagram of rewinding part in Fig. 1.

Fig. 9 is the assembling decomposition diagram of Fig. 8.

Embodiment

The embodiment of the present invention is described in further detail below in conjunction with attached drawing.

Fig. 1 to Fig. 9 show the structure diagram of the present invention.

Reference numeral therein is:Workbench 1, turntable 11, rotating base 12, rotating seat 13, driving motor 14, shaft coupling Device 15, drive gear 16, sensor block stent 17, sensor block 17a, inductor support 18, inductor 18a, aluminium section bar stent 19, suction Wind platen 2, wind inlet 21, suspended hood 22, air draught interface 22a, fan installation plate 23, wind turbine 24, partition plate 25, hot pressing rack 3, scald Platform 31, pressurized cylinder 32, electric hot plate 33, inhale standard seat 4, sucker 41, inhale mark installing plate 42, the first driver 43, first connecting rod 44, the Two connecting rods 45, third connecting rod 46, the first travelling gear 47, the first lifting cylinder 5, the first riser guide 51, ram seat 52, connection Plate 53, tension spring 54, tear standard seat 6, tear mark installing plate 62, the second driver 63, fourth link 64, the transmission of the 5th connecting rod 65, second Gear 67, six-bar linkage 68, the second lifting cylinder 7, the second riser guide 71, rewinding bar 8, rewinding swing arm 81, the 3rd driver 82nd, conveyer belt 9, rewinding stent 91, shaft 92, active transfer roller 93, passive transfer roller 94, transmission motor 95, chain 96.

The rotary-type thermal transfer apparatus of the present invention, including workbench 1, are equipped with the turntable 11 that can be rotated on workbench 1, Turntable 11 is equipped with least three thermal transfer stations, and each thermal transfer station is equipped with a thermal transfer head.Set on workbench 1 There are crawl thermal transfer mark and the suction mark manipulator being placed at thermal transfer head operating position, and move on thermal transfer station And capture thermal transfer basement membrane tears mark manipulator.

Each thermal transfer station, which corresponds to, is provided with a sensor block stent 17, and one is provided with each sensor block stent 17 Sensor block 17a.The sensor block 17a setting height(from bottom)s of different thermal transfer stations differ.Workbench 1 is provided with an inductor support 18, the inductor 18a of at least three correspondence sensor block 17a height is installed in inductor support 18.

In the present embodiment, each thermal transfer station is equipped with an air draught platen 2, air draught platen 2 and thermal transfer head Work top is equal, and marking fabric is treated for placing.Sensor block stent 17 is preferably fixedly mounted to the bottom of air draught platen 2, with The rotation of turntable 11, the corresponding sensor block 17a of each thermal transfer station is by the inductor support 18 on workbench 1.

Since the corresponding sensor block 17a setting height(from bottom)s of each thermal transfer station are different, while installed in inductor support 18 There is the inductor 18a of different height.When the corresponding sensor block 17a of some thermal transfer station is rotated at inductor support 18, Some inductor 18a be with regard to that can detect in inductor support 18, so as to identify to be which thermal transfer station rotary to inductor At stent 18.

Workbench 1 is installed with rotating base 12, and rotating base 12 is equipped with the rotating seat 13 that can be rotated.On workbench 1 Equipped with the driving motor 14 for driving rotating seat 13 to rotate.Turntable 11 is fixedly mounted on rotating seat 13.In rotating seat 13 On be fixed with the aluminium section bar stent 19 for being used to support turntable 11.

Rotating base 12 and rotating seat 13 can use known rotary table.Driving motor 14 is connected by shaft coupling 15 Drive gear 16 is connected to, drive gear 16 is engaged with the worm gear mechanism on rotating base 12, so as to drive rotating seat 13 Rotate.

Air draught platen 2 is formed with the wind inlet 21 for adsorbing fabric, there is several wind inlets 21 on each air draught platen 2, Every group of wind inlet 21 is connected by air-suction duct with air draft mechanism.After fabric is placed on air draught platen 2, wind inlet 21 produces Suction adsorption fixes fabric.

In the present invention, the lower section of every group of wind inlet 21 is fixed with suspended hood 22, side wall and 2 bottom of air draught platen of suspended hood 22 Portion is tightly connected, and suspended hood 22 is formed with the air draught interface 22a being connected with air-suction duct.

Air draft mechanism includes the fan installation plate 23 being installed on turntable 11, and fan installation plate 23 is fixed with wind turbine 24. The inlet scoop of wind turbine 24 is connected by air-suction duct with air draught interface 22a.Fan installation plate 23 is fixed in turntable 11 The heart, thermal transfer head are located at the surrounding of wind turbine 24.The partition plate 25 around wind turbine 24 is fixed with fan installation plate 23.

Indicator light and the headlamp of annular are fixed with the top of wind turbine 24.

Thermal transfer head includes hot pressing rack 3, is fixed on the boiling hot platform 31 of 3 bottom of hot pressing rack, is fixed in hot pressing rack 3 The pressurized cylinder 32 in portion, the drive rod of pressurized cylinder 32 is equipped with can be with the matched electric hot plate 33 of boiling hot platform 31.

Air draught platen 2 is equal with boiling hot platform 31, after fabric is placed on air draught platen 2 and boiling hot platform 31, inhales mark manipulator and draws Thermal transfer mark, and be placed on the fabric of boiling hot platform 31.Turntable 11 rotates, and turns to next thermal transfer station and puts at mark. And thermal transfer target thermal transfer station is put well in rotation process, drive electric hot plate 33 that thermal transfer mark is pressed in face by pressurized cylinder 32 On material.

Inhale mark manipulator including the simultaneously suction mark installing plate 42 of energy oscilaltion is arranged on workbench 1.Inhale mark installing plate 42 The suction standard seat 4 that can be moved between material box and thermal transfer station is equipped with, standard seat 4 is inhaled and is equipped with absorption thermal transfer target sucker 41。

Sucker 41 preferably uses the Suction cup assembly with air intake duct, and air intake duct connection air pump, the head of air intake duct can axially stretch Contracting, sucker 41 is fixed on the head of air intake duct, and pumps the air in sucker 41 by air intake duct, strengthens the suction of sucker 41.

Suction mark installing plate 42 is equipped with driving and inhales the first driver that standard seat 4 moves between suction mark box and thermal transfer station 43。

Inhale mark installing plate 42 and be equipped with the second connecting rod 45 and third connecting rod 46 that can be horizontally rotated.The movable end of second connecting rod 45 The first connecting rod 44 that can be moved horizontally is rotatably connected to the movable end of third connecting rod 46, standard seat 4 is inhaled and is installed on first connecting rod 44 On.The turning end of second connecting rod 45 is connected with the second shaft, and the second shaft is engaged with inhaling the second bearing on mark installing plate 42. The turning end of third connecting rod 46 is connected with the 3rd shaft, and the 3rd shaft is engaged with inhaling the 3rd bearing on mark installing plate 42, First travelling gear 47 is installed in the 3rd shaft, drives the rotation of the 3rd shaft.

First driver 43 is to be fixed on the first motor inhaled on mark installing plate 42, and the power output shaft of the first motor passes through First travelling gear 47 driving third connecting rod 46 rotates.

Inhaling the movement of standard seat 4 can also use guide rail mode to realize.Such as suction mark installing plate 42 is provided with and puts mark guide rail, inhales Standard seat 4, which is slidably mounted on, puts on mark guide rail, is transported by putting mark rail guidance suction standard seat 4 between material box and thermal transfer station It is dynamic.First driver 43 puts standard gas cylinder for what driving suction standard seat 4 was slided.

Inhale mark installing plate 42 to be slidably arranged on the first riser guide 51, and be connected with the drive rod of the first lifting cylinder 5 Connect.First lifting cylinder 5 can drive suction mark 42 oscilaltion of installing plate, so that inhaling standard seat 4 can also move up and down, easy to inhale Disk 41 downward contacting material and picks up in material box, moves to after discharge position to move downward thermal transfer mark is placed into fabric On.

The drive rod of first lifting cylinder 5 is fixedly connected with ram seat 52, inhale mark installing plate 42 be equipped with ram seat 52 The matched connecting plate 53 in portion, is equipped with tension spring 54 between ram seat 52 and connecting plate 53.

When ram seat 52 is moved upwards, withstanding connecting plate 53 makes suction mark installing plate 42 move upwards.Ram seat 52 is transported downwards When dynamic, suction mark installing plate 42 is acted on by tension spring 54 to be moved downward with ram seat 52.When sucker 41 touches material or by thing When material is placed into fabric, connecting plate 53 may be less than lower limit, can still move downward, and connecting plate 53 can be with inhaling mark installation at this time Plate 42 separates, and inhales mark installing plate 42 under 54 active force of tension spring, makes 41 contacting material of sucker or material is placed on fabric.

Tear mark manipulator include being arranged on workbench 1 and can oscilaltion tear mark installing plate 62.Tear mark installing plate 62 Be equipped with can be moved horizontally to thermal transfer station tear standard seat 6, that tears that standard seat 6 is equipped with bonding thermal transfer mark basement membrane tears mark device.Tear Mark device is used to be bonded thermal transfer basement membrane, and thermal transfer basement membrane is torn off from fabric.It can be located to tear 6 bottom of standard seat to tear mark device Protrusion needle point, thermal transfer basement membrane can be penetrated, tear to set in standard seat 6 and tear mark sucker, hold thermal transfer basement membrane.

Tear mark installing plate 62 and tear the second driver 63 that standard seat 6 moves horizontally equipped with driving.Pass through the second driver 63 Driving is torn standard seat 6 and is moved.

Tear mark installing plate 62 and be equipped with 64 and the 5th connecting rod 65 of fourth link that can be horizontally rotated.The movable end of fourth link 64 The six-bar linkage 68 that can be moved horizontally is rotatably connected to the movable end of the 5th connecting rod 65, standard seat 6 is torn and is installed on six-bar linkage 68 On.The turning end of fourth link 64 is connected with the 4th shaft, and the 4th shaft is engaged with tearing the fourth bearing on mark installing plate 62. The turning end of 5th connecting rod 65 is connected with the 5th shaft, and the 5th shaft is engaged with tearing the 5th bearing on mark installing plate 62, Second travelling gear 67 is installed in the 5th shaft, drives the rotation of the 5th shaft.

Second driver 63 is to be fixed on the second motor torn on mark installing plate 62, and the power output shaft of the second motor passes through Second travelling gear 67 drives the 5th connecting rod 65 to rotate.

Tear mark installing plate 62 to be provided with and tear mark guide rail, tear standard seat 6 and be slidably mounted on and tear on mark guide rail, the second driver 63 is Driving tear standard seat 6 slip tear standard gas cylinder.

Tear mark installing plate 62 to be slidably arranged on the second riser guide 71, and be connected with the drive rod of the second lifting cylinder 7 Connect.Second lifting cylinder 7, which can drive, tears mark 62 oscilaltion of installing plate, so that tearing standard seat 6 can also move up and down, Ke Yirang Tear mark device bonding thermal transfer basement membrane and lift.

Rewinding stent 91 is equipped with the side of workbench 1, rewinding stent 91 is equipped with the receipts that can move to thermal transfer station Expect bar 8.

Workbench 1 is equipped with the gas blow pipe blown to fabric on rewinding bar 8.Rewinding bar 8 is pressed after moving to thermal transfer station Firmly fabric, gas blow pipe can blow afloat fabric, fabric is hung on rewinding bar 8.

Rewinding stent 91, which rotates, is equipped with rewinding swing arm 81, and the 3rd driver 82 rotated for rewinding swing arm 81.Receive Material bar 8 is connected with the movable end of rewinding swing arm 81.

The turning end of rewinding swing arm 81 is connected with the shaft 92 on rewinding stent 91.3rd driver 82 is rewinding gas Cylinder, the drive rod of rewinding cylinder are flexibly connected with the middle part of rewinding swing arm 81.

Rewinding stent 91 is equipped with conveyer belt 9, and the fabric of thermal transfer station is placed on conveyer belt 9 by rewinding bar 8.

Conveyer belt 9 is installed on the active transfer roller 93 and passive transfer roller 94 of rewinding stent 91, and rewinding stent 91 is equipped with For driving the transmission motor 95 of active transfer roller 93.Transmission motor 95 drives active transfer roller 93 to rotate by chain 96.

The rotary-type thermal transfer apparatus of the present invention, can set three, four, the thermal transfer station of five or more. Five thermal transfer stations are preferably used in the present embodiment, are inhaled mark manipulator and are disposed adjacent with mark manipulator is torn on workbench 1. During work, worker stands on the station on 1 side of workbench, and fabric is placed on the thermal transfer station to come is rotated, and then inhales mark machine Tool hand is drawn thermal transfer mark from material box automatically and is placed on the fabric.Thermal transfer head carries out heat to thermal transfer mark and fabric After pressure, turntable 11 rotates, and next idle thermal transfer station is turned at worker's station, carries out above-mentioned blowing behaviour Make.Thermal transfer station rotary after blowing is moved to for one week to be torn at mark manipulator, and thermal transfer mark is torn off automatically by tearing mark manipulator, Printed fabric is moved by rewinding bar 8, again turns to idle thermal transfer station at worker's station when turntable 11 rotates.

Highly preferred embodiment of the present invention has illustrated, and the various change or remodeling made by those of ordinary skill in the art are not It can depart from the scope of the present invention.

Claims (7)

1. a kind of rack construction of rotary-type thermal transfer apparatus, including workbench (1), it is characterized in that:On the workbench (1) Equipped with the turntable (11) that can be rotated, the turntable (11) is equipped with least three thermal transfer stations, each thermal transfer work Position is equipped with a thermal transfer head;Each thermal transfer station, which corresponds to, is provided with a sensor block stent (17), each sensor block branch One sensor block (17a) is installed on frame (17);Sensor block (17a) setting height(from bottom) of different thermal transfer stations differs;It is described Workbench (1) inductor support (18) is installed, the inductor support is provided with least three correspondences on (18) The inductor (18a) of sensor block (17a) height;The workbench (1) is equipped with crawl thermal transfer mark and is placed into thermal transfer Suction mark manipulator at head operating position, and move on thermal transfer station and capture tearing for thermal transfer basement membrane and mark machinery Hand;The suction mark manipulator is disposed adjacent with mark manipulator is torn on workbench (1);On the thermal transfer station to come is rotated After placing fabric, inhale mark manipulator and draw thermal transfer mark from material box automatically and be placed on the fabric;Thermal transfer head is to warm After transfer mark and fabric carry out hot pressing, turntable (11) rotates, and next idle thermal transfer station is turned to worker's station Place, carries out blowing operation;Thermal transfer station rotary after blowing is moved to for one week to be torn at mark manipulator, automatic by tearing mark manipulator Tear thermal transfer mark off, again turn to idle thermal transfer station at worker's station when turntable (11) rotates.
2. a kind of rack construction of rotary-type thermal transfer apparatus according to claim 1, it is characterized in that:The workbench (1) rotating base (12) is installed with, the rotating base (12) is equipped with the rotating seat (13) that can be rotated;The work Platform (1) is equipped with the driving motor (14) for being used for driving rotating seat (13) to rotate;The turntable (11) is fixedly mounted on rotation On swivel base (13).
3. a kind of rack construction of rotary-type thermal transfer apparatus according to claim 2, it is characterized in that:The driving electricity Machine (14) is connected with drive gear (16), the drive gear (16) and the snail on rotating base (12) by shaft coupling (15) Worm and gear mechanism is engaged.
4. a kind of rack construction of rotary-type thermal transfer apparatus according to claim 3, it is characterized in that:Each heat Transfer station is equipped with an air draught platen (2), and the air draught platen (2) is formed with the wind inlet (21) for adsorbing fabric, institute The wind inlet (21) stated is connected by air-suction duct with air draft mechanism.
5. a kind of rack construction of rotary-type thermal transfer apparatus according to claim 4, it is characterized in that:The wind inlet (21) suspended hood (22) is fixed with below, the side wall of the suspended hood (22) is connected with air draught platen (2) sealed bottom, institute The suspended hood (22) stated is formed with the air draught interface (22a) being connected with air-suction duct.
6. a kind of rack construction of rotary-type thermal transfer apparatus according to claim 5, it is characterized in that:The exhaust fan Structure includes the fan installation plate (23) being installed on turntable (11), and the fan installation plate (23) is fixed with wind turbine (24); The inlet scoop of the wind turbine (24) is connected by air-suction duct with the air draught interface (22a).
7. a kind of rack construction of rotary-type thermal transfer apparatus according to claim 6, it is characterized in that:The thermal transfer Head includes hot pressing rack (3), is fixed on the boiling hot platform (31) of hot pressing rack (3) bottom, is fixed on the increasing on hot pressing rack (3) top Cylinder pressure (32), the drive rod of pressurized cylinder (32) is equipped with can be with boiling hot platform (31) matched electric hot plate (33).
CN201610306854.1A 2016-05-11 2016-05-11 A kind of rack construction of rotary-type thermal transfer apparatus CN105904840B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201610306854.1A CN105904840B (en) 2016-05-11 2016-05-11 A kind of rack construction of rotary-type thermal transfer apparatus

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Application Number Priority Date Filing Date Title
CN201610306854.1A CN105904840B (en) 2016-05-11 2016-05-11 A kind of rack construction of rotary-type thermal transfer apparatus

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CN105904840B true CN105904840B (en) 2018-05-08

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN202242280U (en) * 2011-09-26 2012-05-30 温州市汇顺达工贸有限公司 Six-color transfer-printing machine for processing glass ceramic products
KR101283940B1 (en) * 2013-02-01 2013-07-09 주식회사 대영테크 Thermal printing appatus
CN203077822U (en) * 2013-01-15 2013-07-24 钟孟颂 Rotary table continuous type vacuum three-dimensional (3D) heat transfer printing machine
CN103478945A (en) * 2013-09-18 2014-01-01 杭州福星工贸有限公司 Heat-transfer-printing three-dimensional silicone costume and manufacturing procedure thereof
CN204713574U (en) * 2015-06-17 2015-10-21 青岛即发集团股份有限公司 A kind of automatic clamping and placing device for mark be arranged on heat-transfering printing machine
CN205736371U (en) * 2016-05-11 2016-11-30 宁波舒普机电股份有限公司 A kind of rack construction of rotary-type thermal transfer apparatus

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN202242280U (en) * 2011-09-26 2012-05-30 温州市汇顺达工贸有限公司 Six-color transfer-printing machine for processing glass ceramic products
CN203077822U (en) * 2013-01-15 2013-07-24 钟孟颂 Rotary table continuous type vacuum three-dimensional (3D) heat transfer printing machine
KR101283940B1 (en) * 2013-02-01 2013-07-09 주식회사 대영테크 Thermal printing appatus
CN103478945A (en) * 2013-09-18 2014-01-01 杭州福星工贸有限公司 Heat-transfer-printing three-dimensional silicone costume and manufacturing procedure thereof
CN204713574U (en) * 2015-06-17 2015-10-21 青岛即发集团股份有限公司 A kind of automatic clamping and placing device for mark be arranged on heat-transfering printing machine
CN205736371U (en) * 2016-05-11 2016-11-30 宁波舒普机电股份有限公司 A kind of rack construction of rotary-type thermal transfer apparatus

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