CN202378400U

CN202378400U - Stocking sleeving pipe of heat transfer printing machine for silk stockings

Info

Publication number: CN202378400U
Application number: CN2011204760778U
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-11-24
Filing date: 2011-11-24
Publication date: 2012-08-15
Anticipated expiration: 2021-11-24

Abstract

The utility model discloses a stocking sleeving pipe of a heat transfer printing machine for silk stockings and relates to the field of marking heat transfer printing during production of the silk stockings. In order to solve the problems that heat transfer printing can not be used for such light and thin textiles incapable of resisting high temperature as the silk stockings and the printing firmness is poor due to uneven pressure, the utility model provides the stocking sleeving pipe of the heat transfer printing machine for the silk stockings. A pre-heated stocking sleeving pipe is provided with a plane in the direction dead against a heating head and the plane is matched with the surface plane of the heating head; and by virtue of the design, the stocking sleeving pipe has the advantages of continuous production, heat transfer printing production on the light and thin textiles incapable of resisting high temperature, and even printing firmness.

Description

A kind of silk stocking heat transfer machine cover socks pipe

Technical field:

The utility model relates to the hot transfer printing of sign field in the silk stocking production process.

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 under the situation of keeping uniform temperature and pressure, at product surface, ink lay and product surface dissolve and be one after the moulding, and be true to nature beautiful with pattern transfer exquisite on the transfer film, 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 at 8-15 seconds 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 are when for the first time designing silk stocking and use heat transfer machine, and silk stocking overlap the socks pipe and heat-transferring head all is circular (seeing 2011100337562 patents), cause the little problem of contact point; The pressure that is in the contact point middle part is big; Pattern both sides then pressure are little, and it is inhomogeneous that transfer printing causes the printing fastness easily like this, and the utility model provides a kind of silk stocking heat transfer machine cover socks pipe; It is frivolous and textile non-refractory can not use the problem of hot transfer printing to solve silk stocking etc., more even than first generation printing fastness simultaneously.

The utility model content:

The utility model has proposed a kind of silk stocking heat transfer machine cover socks pipe for the textile of frivolous non-refractories such as solution silk stocking can not use hot transfer printing and the inhomogeneous bad problem of printing fastness that causes of pressure.

The technical scheme of the utility model is: a kind of silk stocking heat transfer machine cover socks pipe, constitute by transfer section, regenerator section, and transfer section has: transfer film (1), unwinding rack (2), perm (3), counterdie rolling frame (4), guide wheel (5), counterdie (6); Regenerator section has: regenerator section: base (7), track (8), support (9), preheating cover socks pipes (10), spring (11), spring back seat (12); Transfer section: transfer film (1) is wound on the transfer film unwinding rack (2); Transfer film (1) is walked around (3) surface of perming through guide wheel (5); Perm (3) can move back and forth; To counterdie rolling frame (4), perm (3) through inner heating, (3) temperature of perming is 120 positive and negative 2 degree to transfer film (1) in counterdie (6) rolling remaining after the pattern transfer; Regenerator section: base (7) is installed on the track (8); And can slide along track (8), support (9) is installed on the base (7), and support (9) can rotate around base (7) clockwise direction; Preheating cover socks pipes (10) are installed on the support (9); Preheating cover socks pipes (10) are the plane over against the direction of perm (3), and with (3) table plane coupling of perming, preheating cover socks pipes (10) are heated through inside; Preheating cover socks pipes (10) temperature is 80 positive and negative 2 degree; Spring back seat (12) is fixed on the ground, and spring (11) is installed between spring back seat (12) and the base (7), spring (11) with base (7) along track (8) (3) direction of pushing to perm; Perm (3) be initially in the position of separating with preheating cover socks pipes (10), the top from preheating cover socks pipes (10) is enclosed within downwards on the preheating cover socks pipes (10) silk stocking in the A position, support (9) rotates around base (7); Socks pipe (10) is overlapped in preheating is being with silk stocking to turn to and (3) position contacting of perming, arrive from the A position the process of position of perm (3) at support (9), preheating cover socks pipes (10) just to silk stocking carried out preheating, the effect of the removal moisture that plates; Support (9) stops operating; Perm (3) to the motion of preheating cover socks pipes (10) direction, and compress preheating cover socks pipes (10), this moment, transfer film (1) and silk stocking were in pressure and warm-up mode; Carry out hot transfer printing; After accomplishing hot transfer printing, perm (3) are retreated away from preheating cover socks pipes (10), counterdie rolling frame (4) rolling; Driving transfer film (1) unreels from transfer film unwinding rack (2); Then rolling is on counterdie rolling frame (4) with counterdie (6) later, and support (9) rotates around base (7), and the silk stocking that transfer printing is good arrive the B position under the drive of preheating cover socks pipes (10).

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 it is even also to print fastness simultaneously.

Description of drawings:

Fig. 1 is the vertical view of the utility model.

Fig. 2 is the front view of the utility model.

The specific embodiment:

Referring to accompanying drawing, present embodiment is made up of transfer section, regenerator section:

Transfer section: transfer film 1 is wound on the transfer film unwinding rack 2; Transfer film 1 is walked around 3 surfaces of perming through guide wheel 5; 3 abilities of perming move along the direction of arrow among the figure; Transfer film 1 to counterdie rolling frame 4, perms 3 through inner heating in counterdie 6 rollings remaining after the pattern transfer, and 3 temperature of perming are 120 positive and negative 2 degree.

Regenerator section: base 7 is installed on the track 8, and can slide along track 8, and support 9 is installed on the base 7; Support 9 can rotate along the direction of arrow among the figure around base 7, and preheating cover socks pipe 10 is installed on the support 9, and preheating cover socks pipe 10 is the plane over against 3 the direction of perming; With the 3 table planes coupling of perming, according to our actual conditions, when pattern transferring is 2CM*2CM; Preheating cover socks pipe 10 width over against 3 direction planes of perming are 3CM (length direction whole piece preheating cover socks pipe 10 these directions can all be the plane, so do not need concrete design data), and are same; 3 the surperficial length and width of perming also are advisable with 3CM*3CM, when changing big pattern, respective change preheating cover socks pipe 10 with perm 3 surface plane area; 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 base 7, spring 11 with base 7 along track 83 directions of pushing to perm.

Perming 3 is initially in the position of separating with preheating cover socks pipe 10, and the top from preheating cover socks pipe 10 is enclosed within downwards on the preheating cover socks pipe 10 silk stocking in the A position, and support 9 rotates around base 7; Socks pipe 10 is overlapped in preheating is being with silk stocking to turn to and 3 position contacting of perming, arrive from the A position the process of 3 the position of perming at support 9, preheating cover socks pipe 10 just to silk stocking carried out preheating, the effect of the removal moisture that plates; Support 9 stops operating, and perms 3 to the motion of preheating cover socks pipe 10 directions, and compresses preheating cover socks pipe 10; Time is 3 seconds, and pressure is greater than 1.5 kilograms, and this moment, transfer film 1 was in pressure and warm-up mode with silk stocking; Carry out hot transfer printing, accomplish hot transfer printing after, perm and 3 retreat away from preheating cover socks pipe 10; 4 rollings of counterdie rolling frame drive transfer film 1 and unreel from transfer film unwinding rack 2, use 6 rollings of counterdie later on counterdie rolling frame 4; Support 9 rotates around base 7, and the silk stocking that transfer printing is good arrive the B position under the drive of preheating cover socks pipe 10, and the workman takes off silk stocking and gets final product.

Claims

1. a silk stocking heat transfer machine cover socks pipe is made up of transfer section, regenerator section, and transfer section has: transfer film (1), unwinding rack (2), perm (3), counterdie rolling frame (4), guide wheel (5), counterdie (6); Regenerator section has: regenerator section: base (7), track (8), support (9), preheating cover socks pipes (10), spring (11), spring back seat (12); 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 (3) surface of perming through guide wheel (5); Perm (3) can move back and forth; To counterdie rolling frame (4), perm (3) through inner heating, (3) temperature of perming is 120 positive and negative 2 degree to transfer film (1) in counterdie (6) rolling remaining after the pattern transfer; Regenerator section: base (7) is installed on the track (8), and can slide along track (8), and support (9) is installed on the base (7); Support (9) can rotate around base (7) clockwise direction, and preheating cover socks pipes (10) are installed on the support (9), and preheating cover socks pipes (10) are the plane over against the direction of perm (3); With (3) table plane coupling of perming; Preheating cover socks pipes (10) are heated through inside, and preheating cover socks pipes (10) temperature is 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 base (7), spring (11) with base (7) along track (8) (3) direction of pushing to perm; Perm (3) be initially in the position of separating with preheating cover socks pipes (10), the top from preheating cover socks pipes (10) is enclosed within downwards on the preheating cover socks pipes (10) silk stocking in the A position, support (9) rotates around base (7); Socks pipe (10) is overlapped in preheating is being with silk stocking to turn to and (3) position contacting of perming, arrive from the A position the process of position of perm (3) at support (9), preheating cover socks pipes (10) just to silk stocking carried out preheating, the effect of the removal moisture that plates; Support (9) stops operating, and move to preheating cover socks pipes (10) direction perm (3), and compress preheating cover socks pipes (10); This moment, transfer film (1) and silk stocking were in pressure and warm-up mode, carried out hot transfer printing, accomplish hot transfer printing after; Perm (3) retreat away from preheating cover socks pipes (10); Counterdie rolling frame (4) rolling drives transfer film (1) and unreels from transfer film unwinding rack (2), with counterdie (6) later then rolling on counterdie rolling frame (4); Support (9) rotates around base (7), and the silk stocking that transfer printing is good arrive the B position under the drive of preheating cover socks pipes (10).