CN208668145U - A kind of fabric processing unit (plant) for garment production - Google Patents

Abstract

The utility model relates to a kind of fabric processing unit (plant)s for garment production, the device includes emptying roller, coating unit, flocking unit, drying unit, material receiving roller, flocking unit includes flocking case, the inner cavity of flocking case is divided into first chamber and second chamber by partition, the built-in villous of first chamber, bottom are equipped with an opening, and opening is equipped with metal otter board, the lower section of upper metal otter board is accordingly equipped with lower metal plate, is formed with flocking channel between upper metal otter board and lower metal plate；Material mouth was offered on partition；Second chamber is connected to by pipeline with the air outlet of blower, and the air inlet of blower is connected with the first tuyere by pipeline；The device further includes for extra villus to be removed suede unit, printing cell by what is separated on textile cloth.There is the utility model the villus for remaining in textile design on fabric surface to efficiently separate away, and realize the recycling to the villus separated, and cloth is unlikely to deform after stamp, and the quality of product is guaranteed.

Description

A kind of fabric processing unit (plant) for garment production

Technical field

The utility model relates to a kind of fabric processing unit (plant)s for garment production.

Background technique

Flocking is to make negative electrical charge on villus band using charge identical charges repel each other the physical characteristic that there is a natural attraction between the sexes, needing flocking Object be placed under zero potential or grounding requirement, villus by different current potential by the attraction of plant, perpendicular shape acceleration ascend to heaven to It needs on the body surface of flocking, finally obtains Flocked fabric.Flocked fabric appearance is luxurious, and feel is splendid, is widely used clothes Fill manufacture field.

After the completion of flocking processing, unglued villus can be had by the body surface of flocking and remained, to guarantee flocking The quality of product afterwards, it is necessary to immediately removing away remaining villus.Traditional villus removing method is all using blower Suction, although this mode can play the role of removing villus, removal effect is limited, is still had by the body surface of flocking A certain amount of villus residual.Furthermore the villus being removed is collected in a specific container, to realize to villus It recycles, it is necessary to the villus of removal be shifted, the processing time is extended.

In addition, to improve the identification of clothes or increasing the aesthetic feeling of clothes, being needed to plant in clothes process The surface of flannelette carries out stamp processing.Application No. is 2014104232633 patents of invention to disclose a kind of fabrics stamp with setting Standby, which be held in cloth between the two using the mating reaction of graining roll and pressure roll, in graining roll with respect to cloth Rotation process in, graining roll realize cloth carry out pressing processing.The patent has following defects that graining roll is contacted with cloth Time is short, and contact area is smaller, so that cloth is heated insufficient, printing quality is not satisfactory.

Utility model content

The utility model is exactly in view of the deficienciess of the prior art, providing a kind of fabric processing for garment production Device.

To solve the above problems, technical solution adopted in the utility model is as follows:

A kind of fabric processing unit (plant) for garment production, the device include emptying roller, coating unit, flocking unit, dry Dry unit, material receiving roller；

The flocking unit includes flocking case, and partition is equipped in the inner cavity of flocking case, and partition divides the inner cavity of flocking case At first chamber and second chamber, the built-in villous of first chamber, bottom is equipped with an opening, and opening is equipped with metal Web plate, the lower section of upper metal otter board are accordingly equipped with lower metal plate, and it is logical that flocking is formed between upper metal otter board and lower metal plate Road；

Material mouth was offered on partition, first chamber is connected to second chamber by material path；Second chamber passes through pipeline It is connected to the air outlet of blower, the air inlet of blower is connected with the first tuyere by pipeline, and the first tuyere is located at drying unit Exit side；

The device further includes for extra villus to be removed suede unit and printing cell by what is separated on textile cloth；

The exit side for removing suede unit is arranged in the printing cell, and the printing cell includes a heating roller and three A nip rolls, the periphery wall of the heating roller, which is equipped with, is close to institute with the matched protrusion of pattern form to stamp, three nip rolls Heating roller setting is stated, the fabric imports penetrated for Flocked fabric are respectively formed between two of them nip rolls and the heating roller, are supplied The cloth exports that Flocked fabric is pierced by, by winding V belt translation connection between three nip rolls, Flocked fabric be clamped in winding band and plus Between hot-rolling；It is sequentially connected between nip rolls and the material receiving roller at cloth exports, the material receiving roller, which is driven by motor, to be turned It is dynamic.

Preferably, described to go suede unit including removing clearer, it goes clearer to be located at the first tuyere away from drying unit side, removes suede Hopper is equipped between roller and the first tuyere, hopper has a stock guide being obliquely installed, and the high-end of the stock guide is overlapped on On clearer；The top of hopper is equipped with the second tuyere, and the second tuyere is connected to by pipeline with the air outlet of blower.

Preferably, coating unit includes outer rubber-storing cylinder, is connected with interior rubber-storing cylinder in outer rubber-storing cylinder, above and below interior rubber-storing cylinder The lower end inside of both ends open, interior rubber-storing cylinder is rotatably connected to glue spreader；The lower end of interior rubber-storing cylinder extends outward to form wing plate, the wing It is connected between plate and outer rubber-storing cylinder exterior bottom wall by spring；It is equipped in interior rubber-storing cylinder and leads sebific duct, leading sebific duct has circular water Plane section, from top to bottom, the internal diameter for leading sebific duct are gradually reduced.

Preferably, gluing roller segment is located at and leads in sebific duct, leads sebific duct bottom and is arranged close to glue spreader；The side wall of interior rubber-storing cylinder On penetratingly offer for adhesive flow into glue feeding opening.

Preferably, three nip rolls shapes, sizes are identical, and the line of centres of three nip rolls is in equilateral triangle；The winding band With anti-slip rubber layer, elastic resin layer.

Preferably, the hopper is enclosed construction, and the hopper has a feed inlet, and the low side of the stock guide is set It sets at the feed inlet of the hopper, the two sides of the stock guide upwardly extend to form limit plate.

Compared with prior art, the implementation result of the utility model is as follows:

After being sequentially completed the gluing to textile cloth, flocking, drying and processing, blower can will be spun by the first tuyere Extra villus is separated on fabric cloth, and by pipeline to second chamber.In addition, going clearer that can also be to spin Remaining villus is scraped to hopper in the contact process of fabric cloth, blower passes through the second tuyere again and pipeline conveys villus To second chamber.By twice go suede processing can be realized to textile cloth efficiently remove suede, and guarantee winding after Textile design on fabric surface is remained without unglued villus, and the quality of product is guaranteed.

It is to be directly transported in second chamber, and second chamber can connect with first chamber due to removing the villus after suede Logical, this, which allows for the villus in second chamber, to be fed directly in first chamber, and the recycling of villus is realized.

Referring to figure, coating unit includes outer rubber-storing cylinder, is connected with interior rubber-storing cylinder in outer rubber-storing cylinder, above and below interior rubber-storing cylinder The lower end inside of both ends open, interior rubber-storing cylinder is rotatably connected to glue spreader；The lower end of interior rubber-storing cylinder extends outward to form wing plate, the wing It is connected between plate and outer rubber-storing cylinder exterior bottom wall by spring.

Outer rubber-storing cylinder is provided with adhesive, and adhesive can be entered in interior rubber-storing cylinder by the upper end opening of interior rubber-storing cylinder. Adhesive is dropped on glue spreader after through the lower ending opening in interior rubber-storing cylinder, glue spreader with the contact of textile cloth Adhesive is applied on textile cloth in journey.

Interior rubber-storing cylinder can relatively outer rubber-storing cylinder move up and down, be connected with workbench below interior rubber-storing cylinder, spinning When the thickness of fabric cloth changes, spring can make textile cloth by the elastic deformation (being in compressive state) of itself On the table, glue spreader is resisted against the surface of textile cloth to patch.That is, even if the thickness of textile cloth becomes Change, adhesive also can be uniformly applied on textile cloth by glue spreader.This design is allowed the device to different-thickness Textile cloth carries out gluing processing, and the scope of application is wider.It is corresponding, in order to make whole device to the textile of different-thickness The processing (including gluing, flocking, the process dried and remove suede) of cloth, removing clearer is also that can be carried out up and down motion.Remove suede Roller can be realized by cylinder, hydraulic cylinder or other driving structures that can be realized vertical direction displacement.

Since cloth is coated on heating roller, and with heating roller when rotates synchronously, this design enables cloth to grow Time contacts with heating roller, and design on fabric surface is heated evenly and sufficiently, and the cloth after pressing is unlikely to deform, and the quality of product has guarantor Card.

Motor can drive simultaneously material receiving roller and nip rolls to be rotated, i.e., the pressing of cloth and winding are by motor Lai complete At this designs the manufacturing cost for saving device, and can enable the device to carry out continuous printing operation to cloth for a long time.

Three nip rolls can improve cloth and connect with heating roller in different positions by cloth even at the cost of one's life on heating roller Compactness, cloth will not occur loosely, to help to ensure that the quality of stamp during stamp.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the structural schematic diagram of rubber-coated mechanism in the utility model.

Fig. 3 is the structural schematic diagram that suede unit is removed in the utility model.

1, emptying roller；2, the first guide roller；3, outer rubber-storing cylinder；4, interior rubber-storing cylinder；5, glue spreader；6, wing plate；7, spring；8, Lead sebific duct；9, workbench；10, flocking case；11, partition；12, second chamber；13, first chamber；14, upper metal otter board；15, under Metal plate；16, transfer roller；17, drying mechanism；18, the first tuyere；19, blower；20, the second tuyere；21, hopper；22, clearer is removed； 23, the second guide roller；24, material receiving roller；25, nip rolls；26, band is wound；27, heating roller；28, third guide roller.

Specific embodiment

Illustrate the content of the utility model below in conjunction with specific embodiments.

Referring to Fig.1-3, the utility model proposes a kind of fabric processing unit (plant) for garment production, including by processing work Sequence is used to export the emptying roller 1 of textile cloth, for adhesive to be applied to textile cloth by what elder generation set gradually after The coating unit of outer surface, for villus being sent to the flocking unit of textile outer surface, being used to dry textile cloth The drying unit 17 of dry-cure, for remove be not sticked to design on fabric surface go suede unit, printing cell, wind cloth material receiving roller 24。

The first guide roller 2 is equipped between emptying roller 1 and coating unit.

Flocking unit includes flocking case 10, is equipped with a partition 11 in the inner cavity of flocking case 10, partition 11 divides inner cavity At first chamber 13 and second chamber 12.

The built-in villous of first chamber 13, bottom are equipped with an opening, and the opening of first chamber 13 is equipped with metal Web plate 14, villus can directly be fallen through the mesh of upper metal otter board 14.It is also rotatably connected to transfer roller 16 in first chamber 13, turns Rotation is driven by motor in roller 16, for it is continual by villus by being discharged in first chamber 13.

The lower section of upper metal otter board 14 is accordingly equipped with lower metal plate 15, and upper metal otter board 14, lower metal plate 15 are used respectively Conducting wire is connected to the positive and negative output end on HV generator, is formed with plant between upper metal otter board 14 and lower metal plate 15 Suede channel, what textile cloth can be horizontal passes through flocking channel.

Material mouth was offered on partition 11, was connected between first chamber 13 and second chamber 12 by material path.

Second chamber 12 is connected to by pipeline with the air outlet of blower 19, and the air inlet of blower 19 is connected with the by pipeline One tuyere 18, the first tuyere 18 are located at the exit side of drying unit 17.

Drying unit 17 is used to carry out drying and processing to the textile cloth after flocking, and drying unit 17 should have one Drying room, the interior circulation of drying room have hot-air, and drying room is equipped with the drying channel being threaded in and out for textile cloth.

Drying unit 17 is existing design, and the structure such as baking oven specifically can be used, and heater is equipped in baking oven, to extend Appropriate a certain number of deflector rolls can be arranged in residence time of the textile cloth in baking oven in baking oven.

Removing suede unit includes removing clearer 22, and clearer 22 is gone to be located at the first tuyere away from 17 side of drying unit, in drying list After member 17 is completed to the drying and processing of textile cloth, goes clearer 22 that can act on textile cloth upper surface, make to be unbonded to Villus on textile cloth is attracted to 22 on clearer.

In order to can be by being sufficiently separated away on textile cloth by the villus being unbonded on textile cloth, and prevent Only foreign substance is attached on textile cloth, and clearer 22 is gone to remove extra suede by the way of Electrostatic Absorption in this programme Hair, that is to say, that by electrostatic generator to going clearer 22 to discharge, in the process for going clearer to contact with textile cloth In, using electrostatic field, the villus being attached on textile cloth is made to charge and be attracted on clearer 22.

Electrostatic generator is the prior art with the structure and connection relationship for removing clearer, application No. is 201520479036 use It is had been described in the patent of the fabric processing unit (plant) of garment production, goes clearer 1 corresponding to quiet in the patent in the application Electric drum.

It goes to be equipped with hopper 21 between clearer 22 and the first tuyere 18, hopper 21 has a stock guide being obliquely installed, should The high-end of stock guide is overlapped on clearer 22；The top of hopper 21 be equipped with the second tuyere 20, the second tuyere 20 by pipeline with The air outlet of blower 19 is connected to.

The exit side for removing suede unit is arranged in the printing cell, and the printing cell includes 27 He of heating roller The periphery wall of three nip rolls 25, the heating roller 27 is equipped with and the matched protrusion of pattern form to stamp.To make heating roller 27 can normally heat up, settable electric heating tube or splendid attire heating oil in the inside of heating roller 27.

Three nip rolls 25 are close to the heating roller 27 and are arranged, between two of them nip rolls 25 and the heating roller 27 respectively The fabric imports penetrated for cloth, the cloth exports being pierced by for cloth are formed with, are passed between three nip rolls 25 by winding band 26 Dynamic connection, cloth are clamped between winding band 26 and heating roller 27；Nip rolls 25 and the material receiving roller at cloth exports Between be sequentially connected, rotation is driven by motor in the material receiving roller.

It is equipped with the second guide roller 23 above fabric imports, is equipped with third guide roller 28 in the top of cloth discharging.

The principle of this programme is as follows:

Textile cloth is exported by emptying roller 1, and for textile cloth when level passes through coating unit, upper surface is uniformly attached Have adhesive.It is discharged by HV generator, forms electrostatic field between upper metal otter board 14 and lower metal plate 15.By quiet The effect of electric field, the villus in first chamber 13 are ascended to heaven through the perpendicular shape acceleration of mesh of upper metal otter board 14 to textile cloth Expect on upper surface.Since textile design on fabric surface is attached with adhesive, villus is just vertically sticked on textile cloth.After flocking Textile cloth complete drying and processing in drying unit 17, when textile cloth is by removing clearer, due to electrostatic occur Device also to going clearer to discharge, during removing clearer and textile cloth contacts, by the effect of electrostatic field, is attached to spinning Extra villus on fabric cloth is charged and is attracted on clearer.In flocking process, blower 19 is in starting state, wind The operating of machine 19 pumps the extra villus of textile design on fabric surface to second chamber 12 by the first tuyere 18 and pipeline, with reality Now tentatively remove suede.In the rotation process for removing clearer 22, go clearer 22 that can be in contact with stock guide, stock guide will remove clearer table The villus in face is blown off, and the villus after blowing off tumbles in hopper 21 along stock guide, and the villus in hopper 21 also can be by blower 19 Effect is pumped after through the second tuyere 20 and pipeline to second chamber 12.

Motor goes the removal of suede unit not to be sticked to cloth while driving material receiving roller rotation to carry out winding processing to cloth On villus.Nip rolls 25 is rotated synchronously with material receiving roller, and in 25 rotation process of nip rolls, cloth is made by the heating of 27 protrusion of heating roller With predetermined shape being formed by pressing, in cloth by being wound on material receiving roller after cloth exports.

This programme has the following technical effect that

After being sequentially completed the gluing to textile cloth, flocking, drying and processing, blower 19 can pass through the first tuyere 18 Villus extra on textile cloth is separated, and by pipeline to second chamber 12.In addition, going clearer can also It is to scrape remaining villus to hopper 21 in the contact process of textile cloth, blower 19 passes through the second tuyere 20 and pipe again Villus is delivered in second chamber 12 by road.By twice go suede processing can be realized to textile cloth efficiently remove suede, And guaranteeing that the textile design on fabric surface after winding is remained without unglued villus, the quality of product is guaranteed.

It is to be directly transported in second chamber 12, and second chamber 12 can be with the first chamber due to removing the villus after suede Room 13 is connected to, this, which allows for the villus in second chamber 12, to be fed directly in first chamber 13, and villus is realized It recycles.

Referring to Fig. 2, coating unit includes outer rubber-storing cylinder 3, and interior rubber-storing cylinder 4, interior rubber-storing cylinder are connected in outer rubber-storing cylinder 3 4 upper and lower ends opening, the lower end inside of interior rubber-storing cylinder 4 are rotatably connected to glue spreader 5；The lower end of interior rubber-storing cylinder 4 extends outwardly shape At wing plate 6, connected between 3 exterior bottom wall of wing plate 6 and outer rubber-storing cylinder by spring 7.

Outer rubber-storing cylinder 3 is provided with adhesive, and adhesive can enter interior rubber-storing cylinder 4 by the upper end opening of interior rubber-storing cylinder 4 It is interior.Adhesive is dropped on glue spreader 5 after through the lower ending opening in interior rubber-storing cylinder 4, glue spreader 5 with textile cloth Adhesive is applied on textile cloth in contact process.

Interior rubber-storing cylinder 4 can relatively outer rubber-storing cylinder 3 move up and down, be connected with workbench 9 in the lower section of interior rubber-storing cylinder 4, When the thickness of textile cloth changes, spring 7 can make to weave by the elastic deformation (being in compressive state) of itself Product cloth is attached on workbench 9, and glue spreader 5 is resisted against the surface of textile cloth.Even if that is, the thickness of textile cloth Degree changes, and adhesive also can be uniformly applied on textile cloth by glue spreader 5.This design is allowed the device to not The textile cloth of stack pile carries out gluing processing, and the scope of application is wider.It is corresponding, in order to make whole device to different-thickness Textile cloth processing (including gluing, flocking, the process dried and remove suede), go clearer 22 be also can be carried out up and down fortune Dynamic.Go clearer 22 position adjust can by cylinder, hydraulic cylinder or other can be realized vertical direction displacement driving structure To realize.

It since cloth is coated on heating roller 27, and is rotated synchronously with when heating roller 27, this design enables cloth Enough to contact for a long time with heating roller 27, design on fabric surface is heated evenly and sufficiently, and the cloth after pressing is unlikely to deform, the quality of product It is guaranteed.

Motor can drive material receiving roller and nip rolls 25 to be rotated simultaneously, i.e., the pressing of cloth and winding are by motor Lai complete At this designs the manufacturing cost for saving device, and can enable the device to carry out continuous printing operation to cloth for a long time.

Three nip rolls 25 can improve cloth and heating roller in different positions by cloth even at the cost of one's life on heating roller 27 The compactnesses of 27 connections, cloth will not occur loosely, to help to ensure that the quality of stamp during stamp.

It is equipped in interior rubber-storing cylinder 4 and leads sebific duct 8, leading sebific duct 8, there is circular horizontal cross-section to lead sebific duct 8 from top to bottom Internal diameter is gradually reduced.

Adhesive in interior rubber-storing cylinder 4 can be dropped on glue spreader 5 by leading the guide functions of sebific duct 8, due to leading sebific duct 8 Wide at the top and narrow at the bottom, this allows for adhesive and is able to a small amount of, being dropped on glue spreader 5 at the uniform velocity, so that textile design on fabric surface Binder content it is appropriate.

5 part of glue spreader, which is located at, leads in sebific duct 8, leads 8 bottom of sebific duct and is arranged close to glue spreader 5, adheres on 5 surface of glue spreader When having the adhesive of more amount, the bottom for leading sebific duct 8 can also function similarly to the effect of glue scraping plate, ensure that textile cloth The uniformity of gluing processing.

When the degree that interior rubber-storing cylinder 4 is inserted into outer rubber-storing cylinder 3 is deeper, the liquid level of the adhesive in outer rubber-storing cylinder 3 can be in The lower section of interior 4 upper end opening of rubber-storing cylinder, this, which allows for adhesive, can not continue to flow into interior rubber-storing cylinder 4.It is glued in interior rubber-storing cylinder 4 After mixture is used up completely, entire coating process will be unable to be normally carried out, and influence the continuity of process.Therefore, interior rubber-storing cylinder 4 Side wall on penetratingly offer for adhesive flow into glue feeding opening, even if the upper end opening of interior rubber-storing cylinder 4 is located at outer rubber-storing cylinder 3 The ullage of adhesive, the adhesive in outer rubber-storing cylinder 3 can also be flowed by glue feeding opening in rubber-storing cylinder 4.It should be noted that , to prevent leak adhesive, the glue feeding opening in interior rubber-storing cylinder 4 should be located at the top for leading the upper end of sebific duct 8.

Second chamber 12 has air outlet, and blower 19 can carry out exhausting for a long time, so that textile design on fabric surface is more Remaining villus can be continuously sent in second chamber 12.To prevent villus from spreading out outward by air outlet, Filter screen is connected at air outlet.

In order to enable the villus in second chamber 12 to naturally fall in first chamber 13, reduces villus and recycle process In transfer time, in design, second chamber 12 is located at the top of first chamber 13, and the surface of partition 11 is inclined-plane, partition 11 Mistake material mouth be located at the low side on inclined-plane.

It is set with driving gear on the roll shaft of the material receiving roller, driven gear, institute are set on the roll shaft of the material receiving roller It states and is connected between driving gear and driven gear by chain conveyer.

Nip rolls 25 and material receiving roller can be made to synchronize when electric motor starting by driving gear, driven gear and transmission chain to turn It is dynamic, stamp and winding long-time stable to cloth are carried out.

The line of centres of three nip rolls 25 is in equilateral triangle, while realizing to the limit of cloth multiple spot, can guarantee cloth It can be fitted tightly on heating roller 27.Three 25 shapes of nip rolls, sizes are identical, this design is able to achieve the exchange between nip rolls 25, Dismount enhanced convenience.

The winding band 26 has anti-slip rubber layer, elastic resin layer.It can be improved cloth by anti-slip rubber layer and twine Stiction between band 26, prevent because cloth and winding band 26 between occur skid due to influence stamp processing it is normal into Row.The thickness for winding band 26 can be enable to change in a certain range by elastic resin layer, in the fabric thickness variation to stamp When, winding band 26 can compensate the amounts of thickness variation of cloth by the elastic deformation of itself, enable the printing cell to difference The cloth of thickness carries out stamp processing, and the scope of application is wider.

The hopper 21 is enclosed construction, and the hopper 21 has a feed inlet, and the low side of the stock guide is arranged At the feed inlet of the hopper 21, the two sides of the stock guide upwardly extend to form limit plate.

Villus can be prevented to be detached from stock guide during sliding along stock guide by limit plate, ensure that and sent into hopper 21 The validity of material.Only one feed inlet of hopper 21, rest part are in closing, this just locates after entering villus in hopper 21 In the state of a relative closure, will not disperse herein in air because external environment changes.Meanwhile it can also prevent dust pair Villus pollutes, and ensure that the recovering effect to villus.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (6)

1. a kind of fabric processing unit (plant) for garment production, which includes emptying roller, coating unit, flocking unit, drying Unit, material receiving roller, it is characterised in that:

Flocking unit includes flocking case, is equipped with partition in the inner cavity of flocking case, the inner cavity of flocking case is divided into the first chamber by partition Room and second chamber, the built-in villous of first chamber, bottom are equipped with an opening, and opening is equipped with metal otter board, on The lower section of metal otter board is accordingly equipped with lower metal plate, is formed with flocking channel between upper metal otter board and lower metal plate；

Material mouth was offered on partition, first chamber is connected to second chamber by material path；Second chamber passes through pipeline and wind The air outlet of machine is connected to, and the air inlet of blower is connected with the first tuyere by pipeline, and the first tuyere is located at the discharging of drying unit Side；

The device further includes for extra villus to be removed suede unit and printing cell by what is separated on textile cloth；

The exit side for removing suede unit is arranged in the printing cell, and the printing cell includes a heating roller and three folders Roller, the periphery wall of the heating roller, which is equipped with, is close to described add with the matched protrusion of pattern form to stamp, three nip rolls Hot-rolling setting is respectively formed with the fabric imports penetrated for Flocked fabric, for flocking between two of them nip rolls and the heating roller The cloth exports that cloth is pierced by, by winding V belt translation connection between three nip rolls, Flocked fabric is clamped in winding band and heating roller Between；It is sequentially connected between nip rolls and the material receiving roller at cloth exports, rotation is driven by motor in the material receiving roller.

2. the fabric processing unit (plant) according to claim 1 for garment production, which is characterized in that described to remove suede unit packet Clearer is included, clearer is gone to be located at the first tuyere away from drying unit side, goes to be equipped with hopper, hopper between clearer and the first tuyere The stock guide being obliquely installed with one, the high-end of the stock guide are overlapped on clearer；The top of hopper is equipped with the second tuyere, Second tuyere is connected to by pipeline with the air outlet of blower.

3. the fabric processing unit (plant) according to claim 1 for garment production, which is characterized in that coating unit includes outer Rubber-storing cylinder, interior rubber-storing cylinder, interior rubber-storing cylinder upper and lower ends opening are connected in outer rubber-storing cylinder, and the lower end inside of interior rubber-storing cylinder turns It is dynamic to be connected with glue spreader；The lower end of interior rubber-storing cylinder extends outward to form wing plate, passes through bullet between wing plate and outer rubber-storing cylinder exterior bottom wall Spring connection；It is equipped in interior rubber-storing cylinder and leads sebific duct, leading sebific duct, there is circular horizontal cross-section to lead the internal diameter of sebific duct from top to bottom It is gradually reduced.

4. the fabric processing unit (plant) according to claim 3 for garment production, which is characterized in that gluing roller segment is located at It leads in sebific duct, leads sebific duct bottom and be arranged close to glue spreader；It is penetratingly offered on the side wall of interior rubber-storing cylinder for adhesive inflow Glue feeding opening.

5. the fabric processing unit (plant) according to claim 1 for garment production, which is characterized in that three nip rolls shapes, Size is identical, and the line of centres of three nip rolls is in equilateral triangle；The winding band has anti-slip rubber layer, elastic resin layer.

6. the fabric processing unit (plant) according to claim 2 for garment production, which is characterized in that the hopper is closing Formula structure, the hopper have a feed inlet, and the low side of the stock guide is arranged at the feed inlet of the hopper, described to lead The two sides of flitch upwardly extend to form limit plate.