CN200952082Y

CN200952082Y - Direct-injection fabric heat sublimation coloration machine

Info

Publication number: CN200952082Y
Application number: CN 200620091806
Authority: CN
Inventors: 赵军
Original assignee: Shenyang Shijixing Textile Digital Science & Technology Co Ltd
Current assignee: Shenyang Shijixing Textile Digital Science & Technology Co Ltd
Priority date: 2006-06-29
Filing date: 2006-06-29
Publication date: 2007-09-26
Anticipated expiration: 2016-06-29

Abstract

A direct - injection thermal-sublimation fabric dyeing machine is used for printing and dyeing patterns on a fabric and solves the problems of the prior art, such as poor dyeing ability, unclear pattern, pattern deformation, large color difference between surfaces, and contamination to pattern and equipment. The utility model comprises a frame supporter, a housing, a supporting beam, a power distribution panel, a wide-format printer, a front door cover, a exhaust fume cover, a heat insulating cover board, a fabric discharge/feed bar, a guide roller, a discharge/feed paper bowl, a guide roller flange, a speed-down motor, and a counterweight bar stroke control switch. The utility model has the advantages of small color difference between two surfaces, no decolonization after water washing, clear pattern, no pattern deformation, and no contamination to pattern and equipment.

Description

Direct injection fabric heat sublimation colour developing machine

Technical field: the invention is the direct injection fabric heat sublimation colour developing machine of printing design on fabric.

Background technology: on fabric, to painted single-sided fabric heating, its deficiency is that fabric double-side pattern aberration is big by firing equipment with colored spray printing for printing design equipment on the existing fabric, book wide cut printer, and fabric coloring power is not strong, washing decolouring phenomenon occurs; Because to fabric pulling force instability, relaxation can appear in fabric, makes the dim design of printing and dyeing, and fabric distortion is wrinkling, this is its two deficiency to fabric in coloring process; In the spray printing process, the color China ink can cause the pollution of fabric, as the pollution pattern, and contaminated equipment, this is its three deficiency.

Summary of the invention: the purpose of the invention provides a kind of straight spray printing of fabric is dyed and improves fabric coloring power, does not produce the pollution to textile design, equipment, improves the printing design definition, keeps the indeformable direct injection fabric of pattern heat sublimation colour developing machine; The purpose of the invention is achieved through the following technical solutions: direct injection fabric heat sublimation colour developing machine: comprise the lathe frame, casing, brace summer, the wide cut printer, distribution board, it is characterized in that at casing, brace summer two ends fitting machine bedstead constitutes frame, wide cut printer two ends are installed on the lathe frame, heat insulation cover plate is installed in the top of casing, two ends are fixed on the lathe frame, with preceding door closure, smoke evacuation is covered two ends and is installed on the lathe frame, distribution board is installed on the lathe frame, the develop the color two ends of combined mechanism of heat sublimation are installed on the lathe frame, foil paper device two ends are installed on the lathe frame; Heat sublimation colour developing combined mechanism is by receiving cloth thick stick, counterweight thick stick (7), (15), deflector roll (20), (35), (36), (21), (13), cloth supply roller, reducing motor (30), (32), deflector roll flange (28), two counterweight thick stick travel control switch, two Electric heating boxs, two groups of electrothermal tubes constitute; To receive the cloth thick stick, two counterweight thick sticks, five deflector rolls, the two ends of cloth supply roller are installed on the lathe frame by the deflector roll flange, two Electric heating boxs are divided, under arrange two ends and be installed on the lathe frame, top Electric heating box is installed in deflector roll (21), (35) between, following Electric heating box is installed in deflector roll (20), (36) between, electrothermal tube is installed in Electric heating box, at one end in the lathe at cloth supply roller, receive to install on the Bu Gang termination and put cloth reducing motor (30), put cloth reducing motor (32), counterweight thick stick travel control switch is installed on counterweight thick stick termination, the foil paper device is by collection roller (17) deflector roll (20), (37), put paper bowl (14), the deflector roll flange, counterweight thick stick (25), counterweight thick stick travel control switch (33), reducing motor (31) constitutes, to put paper bowl, the collection roller, deflector roll, each is fixedly mounted on counterweight thick stick two ends on the lathe frame through the deflector roll flange, reducing motor (31) at one end is installed on collection roller end head in the lathe frame, counterweight thick stick travel control switch is installed on counterweight thick stick termination, and counterweight thick stick travel control switch is connected with reducing motor.

The counterweight thick stick is installed by two connectors by the weight linear meter two ends of two Different Weight and is connected and composed rectangle frame, and a rotating shaft respectively is installed on the connector, and an end rotating shaft is connected with counterweight thick stick travel control switch.

The advantage of the invention: fabric is from cloth supply roller, through the counterweight thick stick, deflector roll enters the wide cut printer, the spray printing pattern, draw after the heating box that deflector roll is turned above the process heats for the first time from the wide cut printer, again through twice turning of two deflector rolls, through following heating box the fabric another side is heated, turn through deflector roll again and enter the counterweight thick stick, arrive receipts cloth thick stick through the counterweight thick stick, the above-mentioned motion process fabric of process is through twice heating, respectively the fabric two sides is heated, dye sublimation is abundant, improve fabric coloring power, pattern is beautiful in colour, two-sided patterned aberration is minimum, washing decolouring phenomenon can not appear, its two: because the counterweight thick stick has been installed, because the parallel composition arranged side by side of weight linear meter that the counterweight thick stick is two weight not to be waited, be in operation, heavier one is in the right, and a counterweight thick stick respectively is installed at wide cut printer and heating box two ends, when the fabric before entering the wide cut printer is lax, heavier the moving down in the right of counterweight thick stick, move on to and to a certain degree disconnect counterweight thick stick travel control switch, the reducing motor stall, fabric increases pulling force gradually, heavier counterweight thick stick is moved up, move to certain altitude, connect counterweight thick stick travel control switch, connect reducing motor, motor rotates, and makes fabric keep the balance pulling force, the counterweight thick stick of receiving cloth thick stick place is when when heating box is drawn, when the fabric pulling force is big, move on the heavier bar in the right that the counterweight thick stick weighs, move on to certain distance and make the disconnection of counterweight thick stick travel control switch make the stall of receipts cloth reducing motor, when fabric relaxes gradually, bar in counterweight thick stick the right is moved down, move on to certain distance, counterweight thick stick travel control switch is connected, receiving the cloth reducing motor begins to rotate, the counterweight thick stick is returned again in the lax tensioning process of fabric move, the work of control reducing motor, institute is so that fabric remains the pulling force of balance when passing through wide cut printer and heating box, the clear patterns that spray printing goes out, indeformable; Owing to increased the foil paper device, fabric look China ink of seepage when spray printing is absorbed by base stock, contamination phenomenon can not appear, promptly do not pollute pattern, not contaminated equipment.

Description of drawings:

Fig. 1 is a direct injection fabric heat sublimation colour developing machine structural representation;

Fig. 2 is an A-A cutaway view among Fig. 1;

Fig. 3 be among Fig. 1 B to view.

The specific embodiment: direct injection fabric heat sublimation colour developing machine: by lathe frame 5, casing 4, brace summer 26, distribution board 34, wide cut printer 12, heat insulation cover plate 23, smoke evacuation covers 10, preceding door closure 9, heat sublimation colour developing combined mechanism, foil paper device formation; Heat sublimation colour developing combined mechanism is by receiving cloth thick stick 3, counterweight thick stick 7,15,

deflector roll

20,35,36,21,13, cloth supply roller 16, reducing

motor

30,32, deflector roll flange 28, two 33, two Electric heating boxs of counterweight thick stick travel control switch 19, two groups of electrothermal tubes 18 constitute; The foil paper device is by collection roller 17,

deflector roll

20,37, put paper bowl 14, deflector roll flange 28, counterweight thick stick 25, counterweight thick stick travel control switch 33, reducing motor 31 constitutes as Fig. 1,2, shown in 3, at casing 4, the two ends fitting machine bedstead 5 of brace summer 26 constitutes frame, wide cut printer two ends are installed on the lathe frame, heat insulation cover plate 23 is installed in the top of casing, two ends are fixed on the lathe frame, with preceding door closure, smoke evacuation is covered two ends and is installed on the lathe frame, distribution board is installed on the lathe frame, the heat sublimation combined mechanism two ends of developing the color are installed on the lathe frame, foil paper device two ends are installed on the lathe frame; Heat sublimation colour developing combined mechanism is by receiving cloth

thick stick

3,7,15, five

deflector rolls

20,35,36,21,13 of counterweight thick stick, cloth supply roller 16, two ends are installed on the lathe frame by the deflector roll flange respectively, two upper and lower distributions of Electric heating box, two ends are installed on the lathe frame, and one group of electrothermal tube respectively is installed in two Electric heating boxs, in the lathe frame at one end, receiving cloth thick stick, cloth supply roller termination connection reducing motor, counterweight thick stick travel control switch is installed on counterweight thick stick termination, this switch is a prior art; Put paper bowl, collection roller, counterweight roller, deflector roll in the foil paper device are installed on the lathe frame by the deflector roll flange respectively, in the lathe frame at one end, connect reducing motor at collection roller end head, connect counterweight thick stick travel control switch in counterweight thick stick termination.

Claims

1, direct injection fabric heat sublimation colour developing machine: comprise lathe frame, casing, brace summer, wide cut printer, distribution board, it is characterized in that constituting frame at casing, brace summer two ends fitting machine bedstead, wide cut printer two ends are installed on the lathe frame, heat insulation cover plate is installed in the top of casing, two ends are fixed on the lathe frame, preceding door closure, smoke evacuation are covered two ends and be installed on the lathe frame, distribution board is installed on the lathe frame, the develop the color two ends of combined mechanism of heat sublimation are installed on the lathe frame, foil paper device two ends are installed on the lathe frame; Heat sublimation colour developing combined mechanism is by receiving cloth thick stick, counterweight thick stick (7), (15), deflector roll (20), (35), (36), (21), (13), cloth supply roller, reducing motor (30), (32), deflector roll flange (28), two counterweight thick stick travel control switch, two Electric heating boxs, two groups of electrothermal tubes constitute; To receive the cloth thick stick, two counterweight thick sticks, five deflector rolls, the two ends of cloth supply roller are installed on the lathe frame by the deflector roll flange, two Electric heating boxs are divided, under arrange two ends and be installed on the lathe frame, top Electric heating box is installed in deflector roll (21), (35) between, following Electric heating box is installed in deflector roll (20), (36) between, electrothermal tube is installed in Electric heating box, at one end in the lathe at cloth supply roller, receive to install on the Bu Gang termination and put cloth reducing motor (30), put cloth reducing motor (32), counterweight thick stick travel control switch is installed on counterweight thick stick termination, the foil paper device is by collection roller (17) deflector roll (20), (37), put paper bowl (14), the deflector roll flange, counterweight thick stick (25), counterweight thick stick travel control switch (33), reducing motor (31) constitutes, to put paper bowl, the collection roller, deflector roll, each is fixedly mounted on counterweight thick stick two ends on the lathe frame through the deflector roll flange, reducing motor (31) at one end is installed on collection roller end head in the lathe frame, counterweight thick stick travel control switch is installed on counterweight thick stick termination, and counterweight thick stick travel control switch is connected with reducing motor.

2, direct injection fabric heat sublimation colour developing machine according to claim 1, it is characterized in that: the counterweight thick stick is installed by two connectors by the weight linear meter two ends of two Different Weight and is connected and composed rectangle frame, a rotating shaft respectively is installed on the connector, and an end rotating shaft is connected with counterweight thick stick travel control switch.