CN102173190B

CN102173190B - Uniform-pressure stocking thermal transfer printing machine

Info

Publication number: CN102173190B
Application number: CN201110036746A
Authority: CN
Inventors: 刘磊
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-01-31
Filing date: 2011-01-31
Publication date: 2012-10-03
Anticipated expiration: 2031-01-31
Also published as: CN102173190A

Abstract

The invention discloses a uniform-pressure stocking thermal transfer printing machine, which relates to the field of markup thermal transfer printing in the process of stocking production, and solves the problem that the existing fabrics like stockings which are thin and light in weight can not be subjected to thermal transfer printing. The machine disclosed by the invention is characterized in that the operation originally completed in one step is completed in two steps, and the stockings required for transfer printing is preheated in advance, so that the transfer printing action time can beshortened and the temperature of a hot roller can be reduced, thereby completing the thermal transfer printing under the condition of not damaging the stockings; when a machine which can be used for stocking thermal transfer printing is designed for the first time, only a spring is taken as a pressure apparatus, but because a plurality of sets of stocking tubes exist, the situation that the pressures on each set of stocking tubes are consistent can not be ensured duo to the factors such as the installation technology and the like, so that a pressure adjusting device is arranged on each set ofstocking tubes, therefore, the machine disclosed by the invention has the advantage that the stockings which are thin, not heat-resisting and light in weight can be subjected to continuous productionand thermal transfer printing production, meanwhile, the pressures on the stocking tubes are consistent, and the product quality is improved.

Description

A kind of uniform pressure silk stocking heat transfer machine

Technical field:

The present invention relates to indicate in the silk stocking production process hot transfer printing field.

Background technology:

Hot transfer printing is a kind of widely used printing technology, and this technology at first is imprinted on film surface with pattern in advance, and we claim that this film that has pattern transferring is transfer film; Again through heat transfer machine processing (heating and pressurizing) with pattern transfer exquisite on the transfer film at product surface, ink lay and product surface dissolve and be one after the moulding, and be true to nature beautiful, improves the class of product greatly.Caloric transfer printing technology is applied to various ABS, PP, plastic cement, timber, product surfaces such as coating metal, T-shirt is arranged, but because hot transfer printing temperature is high, the object that requires to be printed can be high temperature resistant.In the T-shirt operating position be now: hot transfer printing temperature is generally at 180 ℃, and action time need be in 8-15 second in the transfer process; This temperature and action time are for silk stocking etc. are frivolous and textile non-refractory can't be used; We when design can be used for the machine of the hot transfer printing of silk stocking, have only adopted a spring as pressure apparatus, but have found in the practical application for the first time; Because cover socks pipe is many groups; Every group of cover socks pipe is because factors such as mounting technique can not guarantee that each group cover socks pipe pressure is consistent, and the product quality of producing is not fully up to expectations; The invention provides a kind of uniform pressure silk stocking heat transfer machine, it is frivolous and textile non-refractory can not use hot transfer printing and the uniform problem of each group cover socks pipe pressure to solve silk stocking etc.

Summary of the invention:

The present invention has proposed a kind of uniform pressure silk stocking heat transfer machine for the textile of frivolous non-refractories such as solution silk stocking can not use hot transfer printing and the uniform problem of each group cover socks pipe pressure.

Technical scheme of the present invention is: a kind of uniform pressure silk stocking heat transfer machine; Be made up of transfer section and regenerator section, transfer section has: transfer film (1), transfer film unwinding rack (2), hot cylinder (3), counterdie (13), counterdie rolling frame (4), contact roller (5), rotary drum cleaning brush (6); Regenerator section has: movable pedestal (7), track (8), support (9), preheating cover socks pipes (10), spring (11), spring back seat (12), pressure cylinder support (13), pressure cylinder (14), pressure probe (15); Transfer section: transfer film (1) is wound on the transfer film unwinding rack (2); Transfer film (1) is walked around hot cylinder (3) surface; The pressure of contact roller (5) makes the smooth surface that is close to hot cylinder (3) of transfer film (1); Transfer film (1) arrives on the counterdie rolling frame (4) in counterdie (13) rolling remaining after the pattern transfer; Hot cylinder (3) is through inner heating, and hot cylinder (3) temperature is 150 negative 2 degree, and rotary drum cleaning brush (6) cleans hot cylinder (3) surface in hot cylinder (3) rotation process; Regenerator section: movable pedestal (7) is installed on the track (8), and can slide along track (8), and support (9) is installed on the movable pedestal (7); Preheating cover socks pipes (10) are installed on the support (9), and preheating cover socks pipes (10) can be around the rotation of the own center of circle, and preheating cover socks pipes (10) are heated through inside; Preheating cover socks pipes (10) temperature is 80 positive and negative 2 degree, and spring back seat (12) is fixed on the ground, and spring (11) is installed between spring back seat (12) and the movable pedestal (7); Spring (11) is pushed movable pedestal (7) to hot cylinder (3) direction along track (8), makes to produce about 1.5 kilograms pressure between hot cylinder (3) and the preheating cover socks pipes (10), and pressure cylinder support (13) is fixedly mounted on the support (9); Rotate with support (9), pressure cylinder (14) is installed on the pressure cylinder support (13), and is in the rear portion of each group cover socks pipe; Pressure cylinder (14) can seesaw, make preheating cover socks pipes (10) away from or near hot cylinder (3), pressure probe (15) is installed on the preheating cover socks pipes (10); Contact with hot cylinder (3); Experience the pressure between hot cylinder (3) and preheating cover socks pipes (10), our setup pressure value is 1.5 positive and negative 0.2 kilogram, when pressure probe (15) is experienced when exceeding this scope; The pressure fine setting is carried out in pressure cylinder (14) action; Socks are enclosed within downwards on the preheating cover socks pipes (10) from the top of preheating cover socks pipes (10); Support (9) rotates around movable pedestal (7); Socks pipe (10) is overlapped in preheating is being with socks to turn to and hot cylinder (3) position contacting; Socks contact with transfer film (1) and compacted and pause, and the dead time is 3 seconds, accomplishes hot transfer printing; After accomplishing hot transfer printing, hot cylinder (3) rotates, and drives transfer film (1) and unreels from transfer film unwinding rack (2); Transfer film (1) forwards next pattern position to; Then rolling is on counterdie rolling frame (4) with counterdie (13) later, and support (9) rotates around movable base (7), and the workman takes off socks and gets final product.

Design like this has continuous production and on the textile of frivolous non-refractory, carries out the advantage that hot transfer printing is produced, and each group cover socks pipe pressure is consistent simultaneously, and product quality improves.

Description of drawings:

Fig. 1 is a vertical view of the present invention.

Fig. 2 is a front view of the present invention.

The specific embodiment:

Referring to accompanying drawing, present embodiment is made up of transfer section and regenerator section, and transfer section has: transfer film 1, transfer film unwinding rack 2, hot cylinder 3, counterdie 13, counterdie rolling frame 4, contact roller 5, rotary drum cleaning brush 6 constitute; Regenerator section has: movable pedestal 7, track 8, support 9, preheating cover socks pipe 10, spring 11, spring back seat 12, pressure cylinder support 13, pressure cylinder 14, pressure probe 15 constitute.

Transfer section: transfer film 1 is wound on the transfer film unwinding rack 2; Transfer film 1 is walked around hot cylinder 3 surfaces, and hot cylinder 3 can rotate along the direction of arrow among the figure, and the pressure of contact roller 5 makes the smooth surface that is close to hot cylinder 3 of transfer film 1; Transfer film 1 in counterdie 13 rollings remaining after the pattern transfer to counterdie rolling frame 4; Hot cylinder 3 is through inner heating, and hot cylinder 3 temperature are 150 positive and negative 2 degree, and rotary drum cleaning brush 6 cleans hot cylinder 3 surfaces in hot cylinder 3 rotation processes.

Regenerator section: movable pedestal 7 is installed on the track 8, and can slide along track 8, and support 9 is installed on the movable pedestal 7; Support 9 can rotate along the direction of arrow among the figure around movable pedestal 7, and preheating cover socks pipe 10 is installed on the support 9, and preheating cover socks pipe 10 can be around the rotation of the own center of circle; Preheating cover socks pipe 10 is heated through inside, and preheating cover socks pipe 10 temperature are 80 positive and negative 2 degree, and spring back seat 12 is fixed on the ground; Spring 11 is installed between spring back seat 12 and the movable pedestal 7, and spring 11 is pushed movable pedestal 7 to hot cylinder 3 directions along track 8, makes between hot cylinder 3 and the preheating cover socks pipe 10 and produces about 1.5 kilograms pressure; Pressure cylinder support 13 is fixedly mounted on the support 9, rotates with support 9, and pressure cylinder 14 is installed on the pressure cylinder support 13; And be in the rear portion of each group cover socks pipe, pressure cylinder 14 can seesaw, make preheating cover socks pipe 10 away from or near hot cylinder 3; Pressure probe 15 is installed on the preheating cover socks pipe 10, contacts with hot cylinder 3, experiences the pressure between hot cylinder 3 and the preheating cover socks pipe 10; Our setup pressure value is 1.5 positive and negative 0.2 kilogram; When pressure probe 15 is experienced when exceeding this scope, the pressure fine setting is carried out in 14 actions of pressure cylinder.

Socks are enclosed within downwards on the preheating cover socks pipe 10 from the top of preheating cover socks pipe 10 in the A position; Support 9 rotates around movable pedestal 7; Socks pipe 10 is overlapped in preheating is being with socks to turn to and hot cylinder 3 position contacting; Socks contact with transfer film 1 and compacted and pause, and the dead time is 3 seconds, accomplishes hot transfer printing; After accomplishing hot transfer printing; Hot cylinder 3 rotates, and drives transfer film 1 and unreels from transfer film unwinding rack 2, and transfer film 1 forwards next pattern position to; Use 13 rollings of counterdie later on counterdie rolling frame 4; Support 9 rotates around movable base 7, and the socks that transfer printing is good arrive the B position under the drive of preheating cover socks pipe 10, and the workman takes off socks and gets final product.

Claims

1. a uniform pressure silk stocking heat transfer machine is made up of transfer section and regenerator section, and transfer section has: transfer film (1), transfer film unwinding rack (2), hot cylinder (3), counterdie (13), counterdie rolling frame (4), contact roller (5), rotary drum cleaning brush (6); Regenerator section has: movable pedestal (7), track (8), support (9), preheating cover socks pipes (10), spring (11), spring back seat (12), pressure cylinder support (13), pressure cylinder (14), pressure probe (15); It is characterized in that: transfer section: transfer film (1) is wound on the transfer film unwinding rack (2); Transfer film (1) is walked around hot cylinder (3) surface; The pressure of contact roller (5) makes the smooth surface that is close to hot cylinder (3) of transfer film (1); Transfer film (1) arrives on the counterdie rolling frame (4) in counterdie (13) rolling remaining after the pattern transfer; Hot cylinder (3) is through inner heating, and hot cylinder (3) temperature is 150 positive and negative 2 degree, and rotary drum cleaning brush (6) cleans hot cylinder (3) surface in hot cylinder (3) rotation process; Regenerator section: movable pedestal (7) is installed on the track (8), and can slide along track (8), and support (9) is installed on the movable pedestal (7); Preheating cover socks pipes (10) are installed on the support (9), and preheating cover socks pipes (10) can be around the rotation of the own center of circle, and preheating cover socks pipes (10) are heated through inside; Preheating cover socks pipes (10) temperature is 80 positive and negative 2 degree, and spring back seat (12) is fixed on the ground, and spring (11) is installed between spring back seat (12) and the movable pedestal (7); Spring (11) is pushed movable pedestal (7) to hot cylinder (3) direction along track (8), makes to produce about 1.5 kilograms pressure between hot cylinder (3) and the preheating cover socks pipes (10), and pressure cylinder support (13) is fixedly mounted on the support (9); Rotate with support (9), pressure cylinder (14) is installed in the rear portion that each group cover socks pipe (10) was gone up and be in to pressure cylinder support (13), and pressure cylinder (14) can seesaw; Make preheating cover socks pipes (10) away from or near hot cylinder (3); Pressure probe (15) is installed on the preheating cover socks pipes (10), contacts with hot cylinder (3), experiences the pressure between hot cylinder (3) and the preheating cover socks pipes (10); Setup pressure value is 1.5 positive and negative 0.2 kilogram; When pressure probe (15) is experienced when exceeding this scope, the pressure fine setting is carried out in pressure cylinder (14) action; Silk stocking are enclosed within downwards on the preheating cover socks pipes (10) from the top of preheating cover socks pipes (10); Support (9) rotates around movable pedestal (7); Socks pipe (10) is overlapped in preheating is being with silk stocking to turn to and hot cylinder (3) position contacting; Silk stocking contact with transfer film (1) and compacted and pause, and the dead time is 3 seconds, accomplishes hot transfer printing; After accomplishing hot transfer printing, hot cylinder (3) rotates, and drives transfer film (1) and unreels from transfer film unwinding rack (2); Transfer film (1) forwards next pattern position to; Then rolling is on counterdie rolling frame (4) with counterdie (13) later, and support (9) rotates around movable base (7), takes off silk stocking and gets final product.