JPWO2019131584A1 - Clothing product processing method and clothing product processing equipment - Google Patents

Abstract

For sewn and knitted products of clothing made of polyester fibers, dyeing, discharge printing, fading, bleaching, white expression such as chemicals, tactile and visual changes due to trait changes of product fabrics, sewing threads, and accessories, Atari, Add various functions such as expression of puckering. According to the present invention, a polyester fiber garment product is exposed to a predetermined temperature and time with superheated steam under atmospheric pressure for plain dyeing, squeezing and spraying, and dyeing and discharging by attaching a chemical glue to a carrier and transferring it to the product. A garment product processing method and apparatus for adding a post-dyeing processing expression including at least one of the above.

Description

The present invention relates to an apparatus and method for post-processing a garment product made of, for example, synthetic fibers in general, particularly nylon, PTT, PLA, polyester fiber knitted woven fabric film, etc., and particularly garment made of polyester fiber knitted woven fabric film or the like. For products, various types such as whitening expression such as clothes discharge printing, fading, bleaching, chemical processing, atari, puckering, tactile and visual changes due to fabric trait changes, water repellency, water absorption and quick drying, moisturizing heat retention, UV processing, etc. The present invention relates to a garment product processing method for imparting a function and a garment product processing apparatus.

Conventionally, product dyeing, washing trait change, and function imparting to clothing products made of natural fibers such as natural cotton, linen, and wool have been widely performed.

On the other hand, for polyester products, product dyeing using a closed-type high-temperature and high-pressure dyeing machine is generally performed, but there are restrictions in terms of expression because it is a closed-type dyeing. In addition, product dyeing by pigment dyeing is also performed, but there are restrictions on dyeing performance with pigments.

Here, regarding the finishing process of the textile product, for example, in Patent Document 1, superheated steam is introduced into the processing tunnel, and the textile product passes through the processing tunnel to bring the textile product to be processed to a saturation temperature or higher under atmospheric pressure. Disclosed is a method and an apparatus for finishing a textile product by exposing it to superheated steam heated to the above for a predetermined time.

Further, in Patent Document 2, after padding a dyeing liquid on a fiber structure, an aluminum pipe in which a ceramic that emits far infrared rays is radiated is provided as a heater on a steamer, and a cylinder having far infrared radiation power is similarly raised. Deployed in the heat treatment section, superheated steam is passed through the heater or cylinder, and while radiating far-infrared radiant energy, superheated steam is released into the steamer or processing chamber. Dyeing methods and devices for steaming are disclosed.

Japanese Unexamined Patent Publication No. 2003-221774 Japanese Unexamined Patent Publication No. 2007-9353

However, the techniques disclosed in Patent Documents 1 and 2 use superheated steam for processing textile products, and prevent dew condensation and chemical dripping of products and the like before the steaming process by superheated steam, and superheated steam. No consideration was given to preventing dew condensation or the like after the steaming process.

The present invention has been made in view of such problems, and an object of the present invention is to dye, discharge, fade, bleach, chemical, etc. for a garment after sewing and knitting made of polyester fibers and the like. It is an object of the present invention to provide a garment product processing device and a method effective for imparting various functions such as white expression, product fabric, sewing thread, tactile and visual changes due to trait changes of accessories, atari, and expression of puckering.

Further, the purpose is to prevent dew condensation of products and the like before the steaming process due to superheated steam and dripping of chemicals, and to prevent dew condensation after the steaming process due to superheated steam.

In order to solve the above problems, the garment product processing method according to the first aspect of the present invention is to expose a garment product such as polyester fiber to a predetermined temperature and time with superheated steam under atmospheric pressure to perform plain dyeing. Add a post-dyeing expression that includes at least one of the squeezing spray other handicrafts and the dyeing and discharging by attaching the chemical glue to the carrier and transferring it to the product.

The garment product processing method according to the second aspect of the present invention is a method for processing a garment product such as polyester fiber, which is transferred to the polyester fiber garment product by using various carriers with chemicals. By performing at least one of the pretreatments such as treatment, spray treatment, and manual treatment such as brush coating, and exposing to a predetermined temperature and time with superheated steam, dyeing, dyeing and discharging, fading, bleaching, chemicals, atari, and puckering expression , And the fabric of the product is imparted with trait changes and visual and tactile changes, and further functionalized by functional drug treatment.

Further, the clothing product processing method according to the third aspect of the present invention includes a hanger suspension cassette, a heat exchanger that discharges heated dry air and normal temperature air, a heated air pipe that derives the heated dry air and normal temperature dry air, and overheating. This is a clothing product processing method using a clothing product processing device consisting of a steam heat treatment box equipped with a superheated steam generator that discharges steam and a superheated steam input pipe that derives the superheated steam, and a plurality of polyester fiber clothing products. It has a step of putting the hanger suspension cassette to be hung into the steam heat treatment box, a preheating step of the heated dry air, a steaming step of the superheated steam, and a slow cooling step of the heated dry air and the room temperature air. Then, the polyester fiber garment product is subjected to at least one of pretreatment with a chemical agent, which is a transfer treatment using various carriers, a spray treatment, and a manual treatment including brush coating, and the superheated steam is subjected to the steaming step. By exposing the product to a predetermined temperature and time, it imparts fade, bleach, chemical, atari, and puckering expressions, as well as trait changes and visual and tactile changes to the fabric of the product, and further imparts functions by functional drug treatment.

In this third aspect, the heated dry air has a temperature of 60 to 100 ° C., and the superheated steam has a saturated vapor pressure temperature of 100 to 200 ° C. under atmospheric pressure.

The clothing product processing apparatus according to the fourth aspect of the present invention includes a steam heat treatment box and a hanger suspension cassette, and the steam heat treatment box includes a heat exchanger that discharges heated dry air and room temperature air. A plurality of polyester fiber clothing products are hung, including a heated air pipe that derives the heated dry air and normal temperature air, a superheated steam generator that discharges superheated steam, and a superheated steam input pipe that derives the superheated steam. The hanger suspension cassette is put into the steam heat treatment box and taken out through each step of a preheating step by the heated dry air, a steaming step by the superheated steam, and a slow cooling step by the heated dry air and the normal temperature air.

In this fourth aspect, the heated dry air has a temperature of 60 to 100 ° C., and the superheated steam has a saturated vapor pressure temperature of 100 to 200 ° C. under atmospheric pressure. Further, the superheated steam input pipe for deriving the superheated steam is arranged on the bottom surface of the steam heat treatment box, and the superheated steam has a specific gravity smaller than that of air, or the specific gravity becomes smaller than that of air as the temperature rises. The superheated steam input pipe is characterized in that it is charged from the lower part of the steam heat treatment box and exhausted from the upper and lower parts.

Therefore, according to the present invention, with respect to a sewn and knitted product of clothing made of polyester fibers or the like, whitening expressions such as dyeing, discharge printing, fading, bleaching, and chemicals, and trait changes in the fabric, sewing thread, and accessories of the product. It is possible to provide a garment product processing apparatus and method effective for imparting various functions such as tactile and visual changes, atari, and expression of puckering.

It is a figure which shows the structure of the housing of the garment product processing apparatus which concerns on one Embodiment of this invention. It is a figure which shows the structure of the hanger suspension cassette which is a part of the clothing product processing apparatus which concerns on one Embodiment of this invention. It is a figure which shows the structure of the steaming heat treatment box which is a part of the garment product processing apparatus which concerns on one Embodiment of this invention. It is a figure which shows the arrangement of the temperature sensor in the steaming heat treatment box of FIG. It is a flowchart which shows the processing procedure of the garment product processing method which concerns on one Embodiment of this invention. It is a figure which shows the structure of the tumbler dryer.

The present invention provides, for example, a new processing means for a product after knitting and sewing such as polyester fiber, and can be used in combination with a chemical treatment containing a dye or a decolorizing agent, or as a product alone, in the product after knitting and sewing. On the other hand, heat treatment with superheated steam is performed to cause dyeing of the product, dyeing and discharging, whitening effect, trait change in the fabric part of the product, and change of sewing thread and other auxiliary materials, and a new expression and sensibility element of the textile product is adjusted. It provides a technical means.

Conventionally, for example, there has been no device or method for giving an artificial aging expression like jeans to a clothing product made of polyester fiber or the like, but according to the present invention, it is yarn-dyed with a pull-out dye. It is possible to add various expressions such as fade, bleach, chemical, rubbing, atari, puckering expression, multicolor pattern, tied squeezing handicraft pattern by white discharge printing to the product after knitting and sewing made of polyester fiber etc. To do.

In order to realize this, in the present invention, a pedestal for accommodating a plurality of hangers for hanging a clothing product that has been subjected to chemical treatment with handicrafts is provided.
・ Preheating process with heated dry air ・ Steaming process with superheated steam ・ By passing through the processing chamber where each process of slow cooling process with normal temperature dry air is performed in sequence, the polyester clothing product to be treated is overheated by more than half of the superheated steam under atmospheric pressure. The process was performed in a vapor phase in which the state was exposed to a predetermined temperature and time. At this time, it is also possible to set the processing temperature and the processing time according to the processing content.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.

First, FIG. 1 mainly shows the configuration of the housing of the clothing product processing apparatus according to the present embodiment, and describes the configuration of each part.

As shown in the figure, the housing 2 of the garment product processing apparatus 1 has a hollow rectangular parallelepiped shape, and both side surfaces, the bottom surface, the flat surface, and the back surface are all composed of the heat insulating wall 3. The front surface is a double-door front opening / closing door 4. Two rail members 5 are laid on the bottom surface inside the housing 2, and the hanger suspension cassette 6, which will be described in detail later, is guided by the race member 5 when the hanger suspension cassette 6 is stored from the front surface. It has become like.

Although not shown here, the housing 2 is provided with heat dry air for preheating and slow cooling, superheated steam inlets, and upper and lower exhaust ports, and each inlet is heat exchange temperature controlled. It is connected to the air supply pipe and the superheated steam generator. The superheated steam generator can be used instead of the superheated steam generator by depressurizing the external steam of the boiler or the like and directly blowing it. In this case, an electric heater for temperature adjustment is added to the flow path.

Next, FIG. 2 shows and describes a configuration of a hanger suspension cassette that is a part of the clothing product processing apparatus according to the present embodiment.

As shown in the figure, the hanger suspension cassette 6 is configured by assembling a metal frame 7 so as to create a space of a rectangular parallelepiped, and two suspension columns 9 are arranged on the upper portion. Further, a wheel 8 is provided on the bottom surface. A plurality of hangers 10 for suspending the target product are hung on the suspension column 9. More specifically, the hanger 10 is suspended from an externally dried product to be processed, and the hanger 10 is suspended from a suspension column. The hanger 10 is arranged in the hanger suspension cassette 6 in a well-balanced manner with little bias. After that, the hanger suspension cassette 6 is housed inside the housing 2.

Next, FIG. 3 shows and describes the configuration of the steaming heat treatment system which is a part of the clothing product processing apparatus according to the present embodiment. Although not shown in FIG. 1, the function of this steam heat treatment system is mounted on the housing 2. Here, a case in which the function of the steaming heat treatment system is mounted is referred to as a steaming heat treatment box 16.

As shown in the figure, the steam heat treatment box 16 includes a heat exchanger 11, and the heat exchanger 11 is connected to a heating air pipe 12. The heated air pipe 12 of the above is laid in two branches on the bottom surface inside the housing 2, and a plurality of openings for discharging the heated air are provided on the surface of the pipe. The steam heat treatment box 16 includes a superheated steam generator 13, and the superheated steam generator 13 is connected to a superheated steam input pipe 14. The superheated steam input pipe 14 is laid in two branches on the bottom surface inside the housing 2, and a plurality of openings for discharging superheated steam are provided on the surface of the pipe. In addition, two exhaust holes 15 are provided on the upper side surface of the housing 2.

Since the steaming heat treatment box 16 is in a saturated steam supply environment of a high temperature external boiler, the heated dry air is supplied by steam from the external boiler via the heat exchanger 11. The superheated steam generator 13 used in the clothing product processing apparatus 1 has a simple structure in which external steam is reheated by a sheathed heater. When the external boiler steam has a sufficiently high pressure and high heat of 6 atm or more, the heated dry air can be set to 100 ° C. or higher, and the inside of the steaming heat treatment box 16 can be maintained at 100 ° C. In that case, reheating by a sheathed heater or the like can be omitted. Further, the saturated steam of the external boiler can be used in combination in two paths of heated dry air via a heat exchanger and decompressed live steam.

In the processing of clothing products, when superheated steam is added, in order to avoid dew condensation and dripping of chemicals on the steam heat treatment box 16, the hanger suspension cassette 6, the product hanger 10, and the product to be processed in contact with the object below the saturation temperature. After undergoing a "preheating process" at a temperature of about 80 ° C., superheated steam is added to shift to the "steaming process". Further, after the steaming process is completed at a predetermined temperature and a predetermined time, superheated steam is removed from the steaming heat treatment box by heating dry air, and the process is slowly cooled with normal temperature air while avoiding dew condensation. There is.

When processing a polyester fiber clothing product, a "chemical treatment", which is a pre-process according to the purpose of processing, is performed in advance. For chemicals, pastes, dyes, solubilizers, dark dyes, leveling agents, decolorizing agents, and function-imparting agents are transferred by pretreatment such as transfer treatment, spray treatment, and manual treatment such as brush coating. Do. Polyester fibers have relatively low water retention and specific heat, and the reaction is promoted by melt diffusion through water during the reaction of dyes, decolorants, transformations, functional agents and the like. To secure water from superheated steam, a drug with a moisturizing effect is prescribed.

Here, the arrangement of the temperature sensor in the steaming heat treatment box is shown in FIG.

As shown in the figure, in the garment product processing apparatus 1 according to the present embodiment, 10 retaining point thermometers are arranged at each of 6 surfaces in the steaming heat treatment box 16 to obtain the maximum temperature or the temperature at a plurality of specific locations. Was measured, and it was confirmed whether or not they were within the permissible range. As a result, it was decided to define the two-point temperatures of points A and B as index points.

That is, in this example, the temperature distribution is confirmed by the temperature measurement points arranged at the center of the steam heat treatment box in the three directions of the vertical and horizontal depths, and the superheated steam is determined by the temperature of the base points (points A and B) in the temperature distribution points. A method is adopted in which the temperature and amount of charging are controlled.

Hereinafter, the processing flow of the processing method of the clothing product according to the embodiment of the present invention will be described in detail with reference to the flowchart of FIG.

First, when processing a clothing product made of polyester fiber, a chemical treatment, which is a pre-process according to the purpose of processing, is performed in advance. The details are as described above.

Subsequently, a clothing product made of polyester fiber that has been treated with a chemical agent is hung on a product hanger 10 made of a material having a small heat capacity. At this time, if there is a concern such as uneven heating moisture due to direct contact, it is desirable to suspend the thread. The product hanger 10 for suspending the product is set on the suspension column 9 of the hanger suspension cassette 6 at a predetermined interval. At this time, the balance of the set position is considered according to the material, basis weight, number of sheets, etc. (S1).

Subsequently, the hanger suspension cassette 6 is pushed into the front opening / closing housing 2, and more specifically into the steaming heat treatment box 16 (S2). Then, after confirming the closure of the front opening / closing door, the exhaust hole 15 at the upper part of the housing 2 is opened, the heat exchanger 11 is turned on, the air supply of the heated dry air in the "preheating process" is started, and the inside of the steaming heat treatment box 16 is started. To a predetermined temperature (S3).

When the inside of the steaming heat treatment box 16 reaches a predetermined temperature, the "superheating step" is started (S4). That is, the amount of boiler steam charged into the superheated steam generator 13 is set to a predetermined amount, the outlet temperature of the superheated steam generator 13 is set to a predetermined temperature, and the inside of the steaming heat treatment box 16 waits until the predetermined temperature is reached. Since the amount of heat flowing out of the steaming heat treatment box 16 varies depending on the amount of clothing products to be processed, the outside air temperature, etc., the exhaust valve opening / closing, the amount of steam input to the superheated steam generator 13, and the setting of the outlet temperature are adjusted. Since each setting condition is patterned according to the processing content and the external condition, it is possible to easily maintain the processing time at a predetermined temperature depending on the processing content.

The processing temperature and processing time can be maintained according to the processing content, and when the superheating process is completed, the slow cooling process is started (S5). That is, although there is no problem with slight dew condensation and wetting, it is desirable to pull out the product cassette in a dry state in order to stabilize the conditions inside the steaming heat treatment box 16. Therefore, first, the superheated steam staying in the processing box is heated and dried air. Replace and discharge by. After that, it is slowly cooled with normal temperature air, and when the discharge of superheated steam is confirmed, the steaming heat treatment box 16, that is, the front opening / closing door 4 of the housing 2 is opened, and the hanger suspension cassette 6 is pulled out.

In this way, the product hanger 10, that is, the product to be processed is taken out from the hanger suspension cassette 6 (S6). In the case of clothing products made of polyester fibers, the dyeing and washing process is completed by reduction soaping and water washing and drying as post-treatment.

In the case of processing polyester fiber clothing products, the steaming conditions using superheated steam differ greatly depending on the processing content. Applicable conditions for whitening and dyeing differ depending on the physical characteristics of the material, the type of fabric, and the type of presence or absence of auxiliary materials.

That is, in the clothing product processing apparatus 1 according to the present embodiment, the temperature of the superheated steam atmosphere in the steaming heat treatment box 16 is adjusted in the range of the saturated vapor pressure temperature under atmospheric pressure of about 100 ° C. to 200 ° C. The outlet temperature of the superheated steam generator 13 can be raised to 500 ° C. (as 20 KG / Hr), but the heat loss in the entire device and the optimum superheat for keeping the inside of the steam heat treatment box 16 at a predetermined temperature. By controlling the outlet temperature and the amount of steam inflow of the steam generator 13, the temperature is approached to the applicable predetermined temperature and the equilibrium is maintained for a predetermined time. Generally, when processing a garment product made of polyester fiber, the maximum processing temperature is about 160 ° C. and the processing time is about 20 minutes, but it varies depending on the material to be processed, the texture of the fabric, the processing purpose, etc. ..

As described above, according to the embodiment of the present invention, the polyester fiber garment product is exposed to a predetermined temperature and time under atmospheric pressure with superheated steam to perform plain dyeing, squeezing spray handwork, and chemical glue. Provided is a garment product processing method that adds a post-dyeing processing expression including at least one of dyeing and discharging by transferring to a product by attaching to a carrier. Therefore, according to this method, the sewn and knitted products of polyester fiber garments are subjected to post-dyeing expressions such as plain dyeing and discharge dyeing, and tactile and visual changes due to trait changes in the fabric, sewing thread, and accessories of the product. Various functions such as can be added. As various carriers, pumice stone, cork, rubber, plastic balls, cloth packs, pieces of cloth and the like are used.

Further, according to the embodiment of the present invention, it is a method of processing a polyester fiber garment product, which is a transfer treatment, a spray treatment, and a brush coating on the polyester fiber garment product using various carriers with chemicals. By pretreating at least one of the equal hand treatments and exposing it to a predetermined temperature and time with superheated steam, it causes fades, bleaches, chemicals, atari, and puckering expressions, as well as trait changes and visual and tactile changes in the fabric of the product. Provided is a garment product processing method for imparting a function and further imparting a function by treating a functional chemical. Therefore, according to this method, for the sewn and knitted products of polyester fiber garments, the white expression such as dyeing, discharge printing, fading, bleaching, and chemicals, the tactile sensation due to the trait change of the fabric, sewing thread, and accessories of the product, and Various functions such as visual change, atari, and puckering expression can be added.

Further, according to the embodiment of the present invention, a hanger suspension cassette, a heat exchanger that discharges heated dry air and normal temperature air, a heated air pipe that derives the heated dry air and normal temperature air, and a superheated steam generator that discharges superheated steam are generated. A garment product processing method using a garment product processing apparatus comprising a steam heat treatment box provided with a vessel and a superheated steam input pipe for deriving the superheated steam, and the hanger suspension cassette for suspending a plurality of polyester fiber garment products. A step of putting into the steam heat treatment box, a preheating step of the heated dry air (S3), a steaming step of the superheated steam (S4), and a slow cooling step of the heated dry air and the room temperature air (S5). The polyester fiber garment product is subjected to at least one of pretreatments such as transfer treatment, spray treatment, and manual treatment such as brush coating using various carriers using chemicals, and the steaming step is performed. Clothing products that are exposed to superheated steam at a predetermined temperature for a predetermined temperature to give fade, bleach, chemical, atari, and puckering expressions, as well as trait changes and visual and tactile changes to the fabric of the product, and further to give functions by functional chemical treatment. A processing method is provided. Therefore, in addition to the above effects, it is possible to effectively prevent dew condensation of the product or the like before the steaming process due to superheated steam and dripping of chemicals, and to effectively prevent dew condensation after the steaming process due to superheated steam.

Here, the heated dry air may have a saturated vapor pressure temperature of 60 to 100 ° C., and the superheated steam may have a saturated vapor pressure temperature of 100 to 200 ° C. under atmospheric pressure.

Further, according to the embodiment of the present invention, the batch type clothing product processing apparatus 1 includes a steam heat treatment box 16 and a hanger suspension cassette 6, and the steam heat treatment box 16 includes heated dry air and a steam heat treatment box 16. A heat exchanger 11 that discharges normal temperature air, a heated air pipe 12 that derives the heated dry air and normal temperature air, a superheated steam generator 13 that discharges superheated steam, and a superheated steam input pipe 14 that derives the superheated steam. The hanger suspension cassette 6 in which a plurality of polyester fiber clothing products are suspended is put into the steam heat treatment box 16, and the preheating step by the heated dry air, the steaming step by the superheated steam, and the heated dry air and Provided is a clothing product processing apparatus that is taken out through each step of the slow cooling step using normal temperature air. Therefore, according to this device, for the sewn and knitted products of polyester fiber garments, the white expression such as dyeing, discharge printing, fading, bleaching, and chemicals, the tactile sensation due to the trait change of the product fabric, sewing thread, and accessories, and Various functions such as visual change, atari, and puckering expression can be added. Further, in addition to the above effects, it is possible to effectively prevent dew condensation of the product or the like before the steaming process due to superheated steam and dripping of chemicals, and to effectively prevent dew condensation after the steaming process due to superheated steam.

Here, the heated dry air may have a saturated vapor pressure temperature of 60 to 100 ° C., and the superheated steam may have a saturated vapor pressure temperature of 100 to 200 ° C. under atmospheric pressure.

Further, the superheated steam input pipe 14 for deriving the superheated steam is arranged and installed on the bottom surface of the steam heat treatment box 16, and the superheat has a smaller specific gravity than air, or the higher the temperature, the smaller the specific gravity than air. The steam is charged and discharged from the lower part of the steam heat treatment box 16 through the superheated steam input pipe 14. Therefore, according to the clothing product processing apparatus 1, when the hanger suspension cassette 6 for suspending a plurality of hanger hanging products on the suspension column 9 is placed in the steam heat treatment box 16 and the superheated steam is filled, the superheated steam has a specific gravity higher than that of air. The smaller the temperature and the higher the temperature, the smaller the specific gravity. Therefore, by substituting the preheated temperature air and filling the inside of the steam heat treatment box with superheated steam, the temperature distribution inside the steam heat treatment box is input from the bottom and exhausted from the bottom. It is possible to stabilize the temperature.

Although one embodiment of the present invention has been described above, it goes without saying that the present invention is not limited to this and various improvements and changes can be made without departing from the spirit of the present invention.

For example, each process is a separate box, and in the box-moving type where the cassette moves, or in the tunnel type, the product hanger is set in the suspended cassette or the rotary moving chain, and the moving process line depends on the preheating part, the predetermined temperature due to superheated steam, and the residence time. It may be a continuous processing facility having a steaming heat and slow cooling part. In this case, air curtains are placed before and after the steaming heat treatment section to prevent leakage of superheated steam, avoid dew condensation of steam, and separately control the tunnel circulation speed and the retained steaming time. In addition, the classification of heated air and superheated steam between processes will be clearly defined in terms of composition.

Further, for example, as shown in FIG. 6, each function that enables temperature adjustment, rotation control, and air volume control under high temperature and high pressure boiler steam is added to the heating type tumbler dryer depending on the processing target and processing content. It is also possible to adopt a convenient method in which heated dry air and high-temperature boiler raw steam are depressurized and used directly as a superheated steam source. That is, the boiler steam pipe is branched into two, the first steam pipe 21 is connected to the heat exchanger 22, and the second steam pipe 25 is a direct injection. An intake upper surface filter 23 is provided in the heat exchanger 22, and the first steam pipe 21 is also connected to the steam pipe 24 for return steam via the heat exchange fins. The dry air is drawn to the rotating drum 26 side via the heat exchanger 22, is taken in by the blower 30 driven by the motor 31 via the lower 27 of the exhaust chamber, the exhaust filter 28, and the upper 29 of the exhaust chamber, and is exhausted. It is exhausted to the outside through the air passage. In the case of the same configuration, the amount of the object to be processed into the tumbler may be adjusted, kept at around 100 ° C. with superheated dry air, and the decompression boiler raw steam may be charged to adjust the temperature to a predetermined temperature.

1 ... Clothing product processing equipment, 2 ... Housing, 3 ... Insulation wall, 4 ... Front opening / closing door, 5 ... Rail member, 6 ... Hanger suspension cassette, 7 ... Metal frame, 8 ... Wheels, 9 ... Suspension support, 10 ... Product hanger, 11 ... heat exchanger, 12 ... heated air pipe, 13 ... superheated steam generator, 14 ... superheated steam input pipe, 15 ... exhaust hole, 16 ... steam heat treatment box, 20 ... tumbler dryer, 21 ... first Steam pipe, 22 ... heat exchanger, 23 ... intake top filter, 24 ... return steam pipe, 25 ... second steam pipe, 26 ... rotating drum, 27 ... below the exhaust chamber, 28 ... exhaust filter, 29 ... exhaust Above the room, 30 ... blower, 31 ... motor.

Claims (7)

At least of dyeing and discharging by exposing polyester fiber garment products to a predetermined temperature and time under atmospheric pressure with superheated steam for plain dyeing, squeezing spray, and other handicrafts, and by transferring chemical glue to the product on a carrier. A garment product processing method that adds a post-dyeing processing expression that includes either. A method of processing polyester textile clothing products,
The polyester fiber garment product is pretreated with at least one of transfer treatment, spray treatment, and hand-working treatment including brush coating using various carriers using chemicals.
By exposing to a predetermined temperature and time with superheated steam, it gives fade, bleach, chemical, atari, and puckering expression, as well as trait change and visual and tactile change to the fabric of the product, and further gives the function by functional chemical treatment. Product processing method. A hanger suspension cassette, a heat exchanger that discharges heated dry air and normal temperature air, a heated air pipe that derives the heated dry air and normal temperature dry air, a superheated steam generator that discharges superheated steam, and a superheated steam that derives the superheated steam. It is a method of processing a garment product by a garment product processing device consisting of a steam heat treatment box equipped with an input pipe and a garment product processing device.
A step of putting the hanger suspension cassette for suspending a plurality of polyester fiber clothing products into the steaming heat treatment box, and
The preheating process with the heated dry air and
The steaming process using superheated steam and
It has the heating dry air and the slow cooling step by the normal temperature air.
The polyester fiber garment product is pretreated with at least one of a transfer treatment, a spray treatment, and a hand-working treatment including brush coating using various carriers using chemicals.
By exposing to the superheated steam at a predetermined temperature and time by the steaming step, dyeing, dyeing and discharging, fading, bleaching, chemicals, atari, and puckering expressions, and trait changes and visual and tactile changes are imparted to the fabric of the product. Furthermore, a clothing product processing method that imparts functions by treating with functional chemicals. The heated dry air is 60 to 100 ° C.
The clothing product processing apparatus according to claim 3, wherein the superheated steam has a saturated vapor pressure temperature of 100 to 200 ° C. under atmospheric pressure. Steam heat treatment box and
With a hanger suspension cassette,
The steaming heat treatment box
A heat exchanger that discharges heated dry air and normal temperature air,
The heated air pipe that derives the heated dry air and normal temperature air, and
A superheated steam generator that discharges superheated steam,
A superheated steam input pipe for deriving the superheated steam is provided.
The hanger suspension cassette in which a plurality of polyester fiber clothing products are hung is put into the steam heat treatment box, and a preheating step by the heated dry air, a steaming step by the superheated steam, and slow cooling by the heated dry air and the normal temperature air are performed. A clothing product processing device that is taken out after each process. The heated dry air is 60 to 100 ° C.
The clothing product processing apparatus according to claim 5, wherein the superheated steam has a saturated vapor pressure temperature of 100 to 200 ° C. under atmospheric pressure. The superheated steam input pipe for deriving the superheated steam is arranged and installed on the bottom surface of the steaming heat treatment box.
The claim is characterized in that the superheated steam having a specific gravity smaller than that of air or a specific gravity smaller than that of air as the temperature rises is charged and exhausted from the lower part of the steaming heat treatment box from the superheated steam input pipe. The clothing product processing apparatus according to 5.

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