KR200385403Y1 - Steamer for textile printing cloth - Google Patents

Abstract

The present invention relates to a steam steaming steam for fixing the dye coated on the fabric during the printing operation, the purpose is to improve the energy efficiency by heating the hot water used for washing at the same time by using a steam heater. .

The steaming machine for printing fabrics of the present invention is composed of a sealed type, steaming chamber 11 steaming the printing cloth wound on the bed 30 by using steam, and a bucket located below the steaming chamber 11 (13) a heater (14) provided inside to generate steam, a steam heater (16) installed outside the steam chamber (11) to heat steam in the steam chamber (11), and the steam heater ( 16, an outer cylinder 10 which surrounds all of the steam chamber 11, the water tank 13, and the hot water tank 17, and is filled with a heat insulator, and the outer cylinder. 10 and the door 15 for opening and closing the steam chamber 11 and installed in the steam chamber 11, and installed in the steam chamber 11 to support the upper portion of the stand 30 and the printing fabric It includes a fabric hanger 20 to be in a loose state, the steam heater 16 to heat the steam in the steam chamber 11 and at the same time to heat the water in the hot water tank (17) It makes it possible to perform a washing process without the installation of a separate water heating device.

Description

Steamer for Printing Fabrics {STEAMER FOR TEXTILE PRINTING CLOTH}

The present invention relates to a steam steaming steam generator for fixing the dye coated on the fabric during printing, in particular, it is possible to perform the steam heater as well as to heat up the whole steamed printing cloth. The present invention relates to a textile fabric steam heater for improving energy efficiency by simultaneously heating hot water used for washing.

Dyeing is a technique of sorbing or fixing a dye to a fiber or the like by using a dyeing property on the fiber material of the dye, and is classified into dyeing and printing. Immersion is a method in which a textile material is immersed in an aqueous dye solution, taken out after a certain time has elapsed at a suitable temperature, washed with water and dried to complete dyeing. In addition, printing is a dyeing method in which the textile material is partially colored and dyed so that a pattern appears, and the printing is performed by stamping a printing paste containing dye in the textile material.

Traditional printing works are carried out through the pretreatment work of design production, drafting, engraving, compounding, and testing, and the post-treatment work including inspection, packing, and the main work of inlay, steaming, washing and drying.

The design manufacturing process is the process of creating an order design or a creative design requested by a buyer or a consumer. The textile design is called a paper design or an art work. do. The trace process is a process of copying each piece of acetate film onto a color paper used in paper design using drawing ink.

Screen making is a process of placing a film drawn in multiple sheets on a screen frame coated with an insoluble coating to transmit light to light and washing it with water to make a screen frame as many as the number of colors used. Color Matching is the process of blending dyes to make the colors used in paper design. The dyes are blended while controlling the amount of various raw materials according to the difference between the paints and the dyeing materials applied to the fabric. Done. The data obtained at this time is used to colorize dyes, flavors, and pharmaceuticals to be used in this work.

 Strike Off is a process of testing the process that has been carried out before entering this work, which is printed on paper in the same manner as this work, and then printed again on the fabric as a sample. This process is often called S / O operation.

If there is no abnormality in the test work, perform this work. This work involves printing, steaming, washing and drying processes. The printing process is a process in which dye is poured into a screen frame installed by the number of colors on a printing stand, and a pattern is printed by colors using a squeegee. The steaming process is a steam steaming process for fixing dyes coated on fabrics, which increases dyeing and fastness. Washing process is a process of washing printing fabrics, and removes unneeded undesired matter, dust, blemishes, etc. during printing. The drying process is a process in which a washed fabric is put into a drier and completely dried, and a flat and uniform process is also performed using a tenter.

After drying, the fabric is inspected to find out if there are any defects such as omission, contamination, or bleeding, and the packaging process is carried out to pack the fabric in the quantity required when ordering.

Recently, after performing pretreatment by using a computer, digital printing may be performed by printing using an inkjet printer. In other words, after scanning the paper design, using CAD or the like to complete the drawing, using various software to print on the fabric in the same manner as the paper design. Digital printing is a digital process of product design, color adjustment, and dye blending, so that colors can be maintained at any time, and all operations are databased so that you can respond quickly to orders. This is a big advantage.

In general, when the inlaid to the fabric is made continuously, the finished fabric is wound on the end of the fabric. Therefore, in order to heat the fabric wound on the bed, the fabric is whole-heated by using a tubular vaporizer, or the fabric wound on the bed by the continuous vaporizer is unrolled and heated.

The cylindrical type steamer has the advantage that the size is small because the fabric wound around the end is put into the whole evaporation, but it takes a long time to heat the evaporation and there is a disadvantage that the evaporation can be made uneven. The continuous evaporator can reduce the time required for evaporation by rewinding the fabric by winding the fabric by using a winding drum, but has a disadvantage in that the size of the device is very large because a plurality of feed rollers are used to transfer the fabric.

Therefore, each dyeing plant selects and uses a cylindrical type steaming machine or a continuous steaming machine. In other words, small-sized dyeing plants mainly use small-sized tubular evaporators, and large dyeing plants use mostly continuous evaporators.

As a result, the conventional tubular vaporizer takes a long time to heat, and the continuous vaporizer has a large size, which makes it difficult to use in an office-sized micro dye factory.

In addition, when the steaming process is finished in the printing process is to wash the printing fabric through the water washing, there is another problem that must be equipped with a separate device for supplying hot water because most of the water is used as the washing water.

The present invention was devised to solve the above-mentioned conventional problems, and it is used in a small micro dyeing factory by increasing the speed of heat as well as miniaturizing the device by allowing the heat to be made in a slightly loose state without completely unwinding the fabric. It is an object of the present invention to provide a printing fabric steamer suitable for the following.

It is another object of the present invention to configure the steam chamber in a hermetic type and to heat the steam of the hot water tank installed on one side while heating the steam with a steam heater, thereby avoiding the need for a warm water heater for washing.

According to the present invention for achieving the above object, it is configured in a steam chamber and steaming the printing cloth wound on the end using a steam, and the inside of the bucket located in the bottom of the steam chamber to generate steam A heater, a steam heater installed outside the steam chamber for heating steam inside the steam chamber, a hot water tank installed outside the steam heater, the steam chamber, a water tank, and a hot water tank are all wrapped to fill a heat insulating material therein. And an outer cylindrical body, a door connected to the outer cylinder and the heating chamber to open and close the heating chamber, and a fabric hanger installed in the heating chamber to support the upper portion of the stool and make the printing fabric loose. It is characterized by.

In addition, according to the present invention for a printing cloth steamer, it is installed on the upper side of the fabric hanger may further include a blocking shade to block the rise of steam.

In addition, the fabric hanger, the edge that is fitted into the interior of the steam chamber, cross bars and ends are fixed to the edge, a plurality of support pins installed on the cross bars to support the fabric, and the cross section of the cross Located in and characterized in that consisting of the fitting portion is inserted into the stand is fixed.

The shelf member further includes a shelf member installed in the steam room and on which the fabric hanger is placed, wherein the shelf member has a 48 "point and a 60" of the steam room so that the installation position of the fabric hanger varies according to the width of the fabric. Characterized in that each is installed at the point.

The above features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings. Prior to this, the terminology or words used in this specification and claims are technical idea of the present invention based on the principle that the inventor can properly define the concept of the term in order to best explain his or her design in the best way. It should be interpreted as meanings and concepts corresponding to

1 is a view showing the appearance of a print fabric steamer according to the present invention, Figure 2 is a cross-sectional view showing the interior of the print fabric steamer of the present invention, Figure 3 shows a fabric hanger that is the main configuration of the present invention have.

The steam generator for printing fabric according to the present invention is composed of an enclosed type steaming chamber 11 and steaming the printing cloth wound on the bed 30 by using steam, and located in the lower part of the steam chamber 11 A heater 14 installed inside the water tank 13 to generate steam, a steam heater 16 installed outside the steam chamber 11 to heat steam in the steam chamber 11, and the steam heater Hot water tank 17 installed on the outside of the 16, the outer cylinder body 10 and the outer cylinder 10 and the outer cylinder filled with the heat insulating material filled all the inside of the steam chamber 11, the water tank 13 and the hot water tank 17, It is installed in the sieve 10 and the steam chamber 11, the door 15 for opening and closing the steam chamber 11, and installed in the steam chamber 11 to support the upper portion of the stand 30, the printing fabric Fabric hanger 20 to be in a loose state, the shelf member 18 is installed in the heating chamber 11, the fabric hanger 20 is placed, and the fabric hanger Located above the teeth 20 is configured to include a blocking shade 19 to block the rise of steam.

The steam heater 16 may be installed on at least two or more surfaces of the four surfaces of the steam chamber 11, and may be installed on all the surfaces except the front surface on which the door 15 is installed. In addition, the hot water tank 17 may be installed anywhere except the front surface on which the door 15 is installed.

Here, the fabric hanger 20, the edge 21 which is fitted to the steam chamber 11 and placed on the shelf member 18, cross-crosses and crossbars 22 is fixed to the edge 21 end. ), A plurality of support pins 23 installed on the crosspiece 22 to support the fabric, and a fitting portion 24 positioned at an intersection portion of the crosspiece 22 and into which the stand 30 is inserted and fixed. It is composed. In addition, the shelf member 18 is installed at the 48 "and 60" points of the steam chamber 11 so that the installation position of the fabric hanger 20 varies depending on the width of the fabric.

Reference numeral 12 is an operation panel equipped with various switches for determining the operation of the heater 14 and the steam heater 16 and whether or not to supply power.

The printing machine for the printing fabric of the present invention configured as described above is made to be rapidly heated through steam heating, as well as to produce hot water for washing and supply to the water washing unit.

After opening the door 15 and placing the finished rolled fabric 30 in the steaming chamber 11, the fabric hanger 20 is positioned so that the top of the stem 30 is inserted into the fitting portion 24. Let's do it. That is, in the case of 60 "fabric, the fabric hanger is placed on the upper shelf member 18, and in the case of 48" fabric, the fabric hanger 20 is placed on the lower shelf member 18.

Here, in the case of 48 "fabric, the blocking shade 19 is placed on the upper side of the fabric hanger 20 to prevent steam from rising to the upper side of the blocking shade 19. This reduces the movement path of the steam to reduce energy Of course, in the case of 60 "fabric, the water condensed by the shape of the outer cylinder will flow down, even if the shielding shade 19 is not separately installed.

Subsequently, by supporting the upper portion of the fabric by using the support pins 23 of the fabric hanger 20, the fabric is kept in a loosely loosened state. Therefore, when steam is supplied into the steam chamber 11, the contact area between steam and the fabric increases, which causes a shortening of the steaming time.

When the alignment of the original fabric is completed, the door 15 is closed to seal the steam chamber 11, and the heater 14 is operated by operating a switch of the operation panel 12. Accordingly, the steam generated in the water tank 10 is supplied into the steam chamber 11 through the holes 11 '. When the steam is supplied to the steam chamber 11, the steam heater 16 on the outside of the steam chamber 11 is operated to heat the steam, and the steam is heated by contacting the fabric and the steam is steamed. The steam heater 16 heats the steam in the steam chamber 11 and heats the water in the hot water tank 17, and the heated hot water is used as washing water in the next washing step.

Here, the bucket 13 and the hot water tank 17 is preferably so that the water is automatically supplied in accordance with the change in the quantity.

As described above, the printing fabric evaporator of the present invention can shorten the heating time by heating the steam in a loose state of the fabric, and can produce hot water for washing at the same time as heating the steam to increase energy efficiency. It can be effected.

By producing hot water for washing in the hot water tank (17), the washing process can be carried out without using a separate hot water heater, and the overall size of the device is reduced, so that other effects suitable for use in an office-type small dyeing plant There is also.

1 is an external perspective view of the printing machine for the steam generator according to the present invention,

Figure 2 is an internal cross-sectional view of the steam generator for printing fabric of the present invention,

3 is a perspective view showing a fabric hanger which is a main component of the present invention.

<Description of the symbols for the main parts of the drawings>

10: outer cylinder 11: steam room

12: operation panel 13: bucket

14 heater 15 door

16: steam heater 17: hot water tank

18: shelf member 19: blocking shade

20: fabric hanger 21: border

22: crossbar 23: support pin

24: fitting part 30: horse stand

Claims (4)

It is constructed in a sealed type and installed in the steaming chamber 11 steaming the printing cloth wound on the bed 30 by using steam, and the inside of the water tank 13 located below the steaming chamber 11 to generate steam. A heater 14, a steam heater 16 installed outside the steam chamber 11 to heat steam inside the steam chamber 11, and a hot water tank installed outside the steam heater 16. 17) and the outer cylinder body 10 and the outer cylinder body 10 and the steaming chamber 11 which enclose all of the steam chamber 11 and the water tank 13 and the hot water tank 17 and are filled with a heat insulating material therein. Door 15 for connecting and opening and closing the steam chamber 11, and the fabric hanger 20 is installed in the steam chamber 11 to support the upper portion of the stand 30, so that the printing fabric is in a loose state Printing apparatus for printing fabric comprising a. The method of claim 1, The fabric hanger is located on the top of the fabric hanger 20, characterized in that it further comprises a blocking shade (19) to block the rise of steam. The method of claim 1, The fabric hanger 20, the edge 21 which is fitted into the interior of the steam chamber 11, cross bars 22 and the ends are fixed to the edge 21 and installed on the cross 22 And a plurality of support pins 23 to support the fabric, and a fitting portion 24 positioned at an intersection of the crosspiece 22 and to which the stand 30 is inserted and fixed. . The method of claim 1, The shelf member 18 is installed in the steam room 11 and the fabric hanger 20 is further included, the shelf member 18, the installation position of the fabric hanger 20 according to the width of the fabric Printing machine for printing fabric, characterized in that installed in the 48 "point and 60" point of the steam chamber 11, respectively.