KR100517232B1 - Steam presser - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a steam press for woven fabrics. In particular, in a steam press for compressing a collar part of a garment or an end of a sleeve by steam, a lattice shape is provided on a workbench of a support on which a fabric is placed. A net is formed, and a blower fan is installed inside the support part, and the fabric is heated and pressurized by a press part through which steam is ejected when the garment is processed, and at the same time, the steam is supported by the support net and the blower fan. Since it is immediately ejected to the outside, the pressurization and cooling of the fabric can be made quickly, and a mass press of the garment is possible.

Description

Steam Press {STEAM PRESSER}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a steam press for woven fabrics. In particular, in a steam press for compressing a collar part of a garment or an end of a sleeve by steam, a lattice shape is provided on a workbench of a support on which a fabric is placed. A net is formed, and a blower fan is installed inside the support part, and the fabric is heated and pressurized by a press part through which steam is ejected when the garment is processed, and at the same time, the steam is supported by the support net and the blower fan. Since it is immediately ejected to the outside, the pressurization and cooling of the fabric can be made quickly, and a mass press of the garment is possible.

 In general, the collar or cuff of a shirt is heated or steamed by a fabric with an adhesive core coated with adhesive between the inner and outer fabrics to keep it fixed when the garment is finished. It was thermally pressurized to complete the product.

The attached press machine shown in FIG. 4 is an electrothermal press that compresses clothes by an electrothermal method, and preheats the upper iron plate and the lower iron plate with a flat plate shape with electricity, and then pressurizes them at a high temperature at a time to complete the product.

However, since the electrothermal press has to be used after preheating the upper and lower ironing boards, it takes a long time, increases power consumption, and there is no supply of steam, and only the bonding operation of the portion to be compressed can be performed.

In addition, the electrothermal press is to bond the fabric by the heat transfer method, so that when the fabric is stacked several times, the fabric located in the lower portion of the heat transfer is not made effectively the problem that the adhesive core does not adhere to the fabric is a problem that occurs And, there is a problem that can not be mass-produced because it is difficult to adhere to more than 10 pieces of fabric.

In addition, the finished product by the electrothermal press is productized in the state ironed by the upper and lower ironing board, there is a problem that the adhesive wick is deformed when the collar or cuffs are cooled or deformed when washed or washed, thereby reducing There is a problem of wrinkles on the surface.

In order to solve the above-mentioned problem, in recent years, the collar of the shirt pressurized by the heater plate has been cooled and commercialized by the cooling plate. However, since the heater and the cooler are configured as separate devices, efficient work cannot be performed for a long time. There is a problem in that it is difficult and mass production is difficult.

In addition, the electric clothes automatic press machine disclosed in Korea Patent Registration No. 1991-1035 is a method of pressing clothes by steam, and the pressure adjusting unit and the lower part of the buckle of the main body so as to control the pressure of the movable plate according to the thickness of the clothes to press A suction fan for suctioning and discharging steam generated when ironing is installed in the steam trap, and has a structure for sucking and discharging steam generated when the clothes are pressurized. Therefore, while ironing the clothes by suction and discharge the steam generated around the buck to keep the buck dry, but the steam remaining in the clothes placed on the buck, the steam generated by the movable plate is Since the wet steam state, there is a problem that the clothing is deformed as it cools.

The present invention is to solve the conventional problems as described above, the object of the present invention, the high-temperature, high-pressure steam is discharged from the press portion in contact with the fabric to adhere the collar or cuffs of the clothing by steam a plurality of Bonding operation is possible, the workbench of the support is placed in the form of a grid net, the inside of the support is provided with a blowing fan for sucking and discharging the vapor permeated into the fabric to the outside, the fabric is steam By gluing together and discharging the heat to the outside at the same time, the cooling is also quickly made, the fabric bonding operation is made quickly, thereby providing a steam press that can mass-produce multiple fabrics at a time.

In addition, an object of the present invention is to provide a steam press that can prevent the deformation of the garment by supplying the pure high-temperature steam to the press unit by heating again the wet steam generated by the steam generator.

An object of the present invention, the base portion is formed with a flat work surface so that the fabric is seated; A press unit comprising a steam inlet tube formed in a wave shape to allow steam to flow therein, and a steam injection hole formed in the lower portion of the steam inlet tube; A steam generating unit and a superheating unit for supplying steam to the press unit, the workbench is formed by a grid, characterized in that the lower portion of the support portion is achieved by a steam press characterized in that the vent is formed so that the steam is discharged to the outside.

The superheater may include a steam chamber in which a heater is installed to further heat steam generated by the steam generator; A steam supply pipe having a connection pipe for supplying steam to a regulator and a press unit for adjusting and opening and closing the amount of steam in the steam room; And it is achieved by a steam press characterized in that it comprises a pressure gauge for measuring the pressure of the steam in the steam chamber and a steam discharge pipe formed with a steam discharge port for discharging the steam.

In addition, the lower portion of the support portion is achieved by a steam press characterized in that it further comprises a movable pedal for controlling the opening and closing operation of the regulator to supply the steam to the press portion.

In addition, the support portion is achieved by a steam press, characterized in that further comprises a blower fan formed in communication with the work table to facilitate the discharge of steam.

In addition, the steam inlet pipe is achieved by a steam press, characterized in that further comprises a hot wire is formed to maintain the temperature of the introduced steam at a high temperature.

In addition, it is achieved by a steam press, characterized in that further comprising an iron for injecting steam connected to the steam supply pipe of the superheater.

Hereinafter, with reference to the accompanying drawings, the steam press according to the present invention that can specifically carry out the above object will be described in detail.

In particular, the fabric 10 used in the embodiment of the present invention is molded in a state in which an adhesive wick is interposed between the fabrics, and is used for a portion mainly for maintaining a fixed state such as a collar portion and a cuff portion of the garment.

1 is a perspective view of a steam press 1 according to the present invention, wherein the steam press 1 includes a support 3, a press 2, a steam generator 4, and a superheater 5.

The support 3 is a space in which the fabric 10 is placed so that the fabric 10 is adhered by the press unit 2 to be described later, and is formed in a box shape of a substantially rectangular parallelepiped, and the work table 31 which is an upper surface thereof is The fabric 10 is formed in a flat plate shape to be placed, one side is provided with an operating switch 6 connected to an internal control unit (not shown), the lower support leg 36 for supporting the work platform 31 Is extended downward from each corner of the supporting portion (3).

The grid 31 is formed on the work platform 31 so that the steam injected from the press unit 2 flows into the support unit 3, and the steam introduced into the support unit 3 is discharged to the outside. The bottom surface of the support portion 3 is formed in a tapered shape toward the center, and a cylindrical blowhole 34 is formed in the center thereof, and when steam is injected from the press unit 2, the steam is discharged from the grid network. It is introduced into the base 3 through 32, and has a structure that is discharged to the outside through the air vent 34 formed on the lower surface of the base 3.

Preferably, a blower fan 33 connected to the control unit and operated by the operation of the operation switch 6 is installed inside the support unit 3 so that the steam is supplied from the press unit 2. When the blower fan 33 is operated, steam is sucked more quickly through the blower fan 33 and discharged to the outside through the blower hole 34.

In addition, the lower portion of the support portion 3 is provided with a movable pedal 7 for controlling the regulator 56 installed in the steam supply pipe 53 to be described later in order to control the discharge of the steam injected from the press portion 2 is provided have.

In addition, the support part 3 is formed with a flat plate-shaped holder 35 extending to one side of the work table 31, by the steam generating unit 4 and the superheater 5 and the connection pipe 55 The iron 8 which is connected and discharges steam is put.

The operation switch 6 is a power switch for switching the power supply to the entire steam press 1 ON / OFF and the steam generator 4, the superheater 5, the blowing fan 33 to switch ON / OFF, respectively It is composed of a switch, the operation switch 6 is connected to the control unit inside.

The press unit 2 is a means for adhering steam 10 by adhering steam, and the press unit 2 is connected to the steam generating unit 4 and the superheating unit 5 to generate steam. Is connected by the steam supply, and is fixedly installed by the hinge (9) to be able to change the position horizontally or vertically with the worktable 31 of the supporting portion (3), the press portion (2) is a supporting portion ( The hydraulic cylinder 11 connected to the compressor (not shown) is installed so as to contact or fall with respect to the worktable 31 of 3) and has a structure of vertical movement.

In addition, the lower surface of the press portion 2 is formed with a flat plate-like pressing surface 21 to be in surface contact with the work table 31 of the support portion 3, the steam inside the press portion 2 The steam inlet pipe 22 connected to the connection pipe 54 is formed in a wave shape so that the steam supplied from the generator 4 and the superheater 5 flows into the press part 2. A plurality of steam injection holes 23 are formed in the lower part of the lower portion 22 so that the steam introduced therein is injected to the outside, and the steam introduced through the connection pipe 54 is pressed through the steam inlet pipe 22. (2) After being introduced into the inside it is injected to the outside through the steam injection hole (23). At this time, the diameter of the steam injection hole 23 is preferably formed to a size of 1.8mm.

In addition, inside the steam inlet pipe 22, a heating wire 24 made of nichrome used as a heating element is installed along the path of the steam inlet pipe 22, and the steam is heated by the heating wire 24. The steam introduced into the inlet pipe 22 can maintain a high temperature.

The steam generator 4 is a device for generating steam, and generates steam using a general steam boiler. At this time, since the steam generated from the steam generator 4 is in a wet steam state containing water, when the fabric 10 is bonded to the wet steam, the moisture is removed as the heat of the wet steam applied to the fabric 10 cools. Since there is a fear that the inner adhesive wick is deformed, the wet steam is supplied to the superheater 5 through an internal connection pipe (not shown) in order to change the gas state into a complete gas state.

The superheater 5 is a means for supplying hot steam to the press unit 2 by removing moisture of the wet steam supplied from the steam generator 4, and the superheater 5 is illustrated in FIG. 2. As shown is composed of a steam chamber 51, steam supply pipe 53, steam discharge pipe (57).

The steam chamber 51 is formed in a box shape to collect the wet steam introduced from the steam generator 4 through a connecting pipe (not shown), and removes the moisture of the wet steam introduced into the steam chamber 51. In order to do this, a heater 52 for generating heat is provided.

In the state of the steam generated in the steam generating unit 4 is about 100 ℃ state, the steam is introduced into the steam chamber 51 through a connecting pipe (not shown), wherein the steam is a wet steam state containing water to be. Therefore, the wet steam introduced into the steam chamber 51 is heated to 100 ° C or more, which is a temperature higher than the boiling point by the heater 52, which is a heat transfer device, to obtain a high temperature pure steam in which moisture is removed, and thus the press unit 2 or It is supplied to the iron (8).

The steam supply pipe 53 is installed to communicate with the interior of the steam chamber 51 to supply steam to the press unit 2 or the iron 8 when the steam charged in the steam chamber 51 reaches a predetermined amount. In the lower part of the steam supply pipe 53, a regulator 56 for measuring the amount of steam collected in the steam chamber 51 is installed, and the upper part of the steam supply pipe 53 to measure the regulator 56 When a certain amount of steam is collected, the respective connecting pipes 54 and 55 for supplying the steam to the press unit 2 or the iron 8 are provided. Here, the predetermined amount of steam collected in the steam chamber 51 by the regulator 56 is an amount capable of injecting steam from the press section 2 for about 30 to 80 seconds, the numerical value of the regulator 56 You can adjust the amount by changing.

Therefore, when a certain amount of steam is collected in the steam chamber 51 by the regulator 56, after confirming the value of the pressure gauge 58 installed in the steam discharge pipe 57, which will be described later, to the lower portion of the supporting portion (3) When the formed movable pedal 7 is operated, the regulator 56 is opened and closed in response to a signal from the control unit, and the steam collected in the steam chamber 51 is discharged to the press unit 2 or the iron 8.

The steam discharge pipe 57 is a means for checking the pressure of the steam collected in the steam chamber 51 to prevent overpressure, the steam discharge pipe 57 is formed in a substantially "T" shape so that one end of the steam chamber It is installed to communicate with the interior of the 51, the other end is provided with a pressure gauge 58 for measuring the pressure of the steam chamber 51, the other end is formed with a steam outlet (59), the steam outlet (59) Safety valve 60 or a safety valve (not shown) is installed so that the steam outlet 59 has a structure that can be opened or closed manually or automatically to discharge the steam to the outside.

That is, when the steam inside the steam chamber 51 is collected in a predetermined amount or more and the internal pressure is out of the normal range, or the steam remaining in the steam chamber 51 remains after the use of the press unit 2 is finished. , The numerical value of the pressure gauge 58 is out of the normal range, the steam is not discharged to the steam supply pipe 53 by the regulator 56, the safety valve formed in the steam outlet (59) The steam may be discharged by manually operating the 60. Alternatively, if the safety valve is coupled to the steam outlet 59, the safety valve is opened by the temperature of the steam, so that the steam is automatically discharged.

The operation method of the steam press according to the present invention configured as described above will be described with reference to FIGS. 3A and 3B. At this time, the grid 10 of the work table 31 is placed in a state in which 40 to 50 fabrics 10 are overlapped.

First, when the power switch, the steam generator 4, the superheater 5, and the operation switch 6 of the blower fan 33 of the steam press 1 are all turned ON, the steam generator 4 By the operation of the steam is generated, the steam is introduced into the steam chamber 51 of the superheater 5 is first heated by a heater 52 to a high temperature of 100 ℃ or more. At this time, the steam collected in the steam chamber 51 is collected by a certain amount by the measurement of the regulator 56, this value may be confirmed by the pressure gauge 58 provided on one side of the support (3).

Then, the user checks the numerical value of the pressure gauge 58 and then operates the hydraulic cylinder 11 so that the pressing surface 21 of the press section 2 lowers the fabric 10 placed on the supporting section 3. After that, when the movable pedal 7 in the lower portion of the supporting part 3 is operated, the regulator 56 is operated by a signal of an internal control unit (not shown), and the steam inside the steam chamber 51 is connected to a connection pipe. While rapidly flowing into the steam inlet pipe 22 of the press unit 2 through 54, the secondary heating is performed by a heating wire 24 installed inside the steam inlet pipe 22.

As described above, the first and second heated hot steam is directly sprayed on the fabric 10, which is dozens of sheets stacked, through the steam injection hole 23 formed at the bottom of the steam inlet pipe 22 for about 30 to 80 seconds. At this time, since the inside of the steam chamber 51 is a high pressure state, the steam injected through the injection hole 23 is injected at a high speed to be more easily penetrated into the fabric (10).

In addition, since the blowing fan 33 formed at the lower portion of the supporting part 3 is in a working state, the steam passing through the fabric 10 is rapidly moved downward through the grid 32 of the work table 31. In order to be quickly discharged to the outside through the air vent 34 formed in the lower portion of the support 3 to cool the fabric 10 is made quickly.

The steam press according to the present invention is a press portion consisting of a support portion formed with a flat workbench so that the fabric is seated, a steam inlet pipe formed in a wave shape so that steam is introduced and a steam injection hole formed in the lower portion of the steam inlet pipe, and the press Consists of a steam generating unit and a superheating unit for supplying steam to the part, a grid is formed on the workbench of the support portion, a blower is formed in the lower portion of the support portion to discharge steam to the outside, the high temperature when sewing the fabric Since the fabric is bonded by high pressure steam, it is possible to bond a large amount of fabric, and the steam has a structure that quickly flows out through the grid of the workbench and the air vents, so that the sewing work of the fabric is performed in one operation. The ability to process multiple fabrics provided a steam press capable of mass production in a short time.

In addition, a heater is installed inside the steam chamber of the superheater, and the wet steam generated in the steam generator is heated to a steam state and maintained at a high pressure to be supplied to the press unit. Provided a steam press that the adhesion of the more effective. In addition, a regulator and a pressure gauge are installed in the superheater to provide a steam press capable of supplying a predetermined amount by measuring the amount of steam collected in the steam chamber.

In addition, a lower portion of the support portion is provided with a movable pedal for controlling the opening and closing operation of the regulator to supply the steam to the press unit, the steam is injected from the press unit only when the user operates the movable pedal, to protect the user from high temperature steam A steam press can be provided.

In addition, the blower fan installed inside the support part discharges the steam injected through the press part to the outside more quickly, thereby cooling the fabric formed by the steam is also faster to prevent the damage of the product while maintaining its completeness The steam press can be further increased.

In addition, the steam inlet pipe of the press unit is formed with a hot wire made of nichrome, to maintain the steam supplied to the steam inlet pipe at a high temperature state, to provide a steam press that can further improve the adhesion of the fabric bonded by steam It was.

In addition, the steam press according to the present invention is provided with a steam generator and the superheater and the iron connected by a connecting pipe separately, to provide a steam press capable of adhering a small amount of fabric or clothing.

1 is a perspective view of a steam press according to the present invention,

Figure 2 is a perspective view showing a superheater installed in the steam press of the present invention,

Figure 3a is a front view showing a state in which the steam press of the present invention is operated,

3B is a side view of FIG. 3A;

4 is a perspective view showing a conventional press.

* Description of the symbols for the main parts of the drawings *

1: Steam press 2: Press part

3: supporting part 4: steam generating part

5: overheating part 6: operation switch

7: movable pedal 8: iron

9: hinge 10: fabric

11: Hydraulic cylinder 21: Pressure surface

22: steam inflow hall 23: steam injection hall

24: heating wire 31: workbench

32: grid 33: blower fan

34: air vent 35: stand

36: support leg 51: steam room

52: heater 53: steam supply pipe

54: connector 55: connector

56: regulator 57: steam discharge pipe

58: pressure gauge 59: steam outlet

60: safety valve

Claims (6)

delete A support part 3 on which a flat work surface 31 is formed to seat the fabric 10; A steam inlet hole formed in the bottom of the steam inlet pipe 22 and the steam inlet pipe 22 formed in a wave shape to press the fabric 10 seated on the support 3 from the upward direction to inject steam. A press section (2) having a (23); It includes a steam generator 4 and the superheater 5 for supplying steam to the press unit 2, A lattice net 32 is formed on the work table 31 of the supporting part 3, and an air outlet 34 for discharging steam to the outside is formed below the supporting part 3. The superheater 5, A steam chamber 51 provided with a heater 52 to further heat steam generated by the steam generator 4; A steam supply pipe 53 formed with a regulator 56 for adjusting and opening and closing the amount of steam in the steam chamber 51 and a connection pipe 54 for supplying steam to the press unit 2; And And a steam discharge pipe (57) having a pressure gauge (58) for measuring the pressure of the steam in the steam chamber (51) and a steam discharge port (59) for discharging the steam. The method of claim 2, The lower portion of the support portion (3) further comprises a movable pedal (7) for controlling the opening and closing operation of the regulator (56) to supply steam to the press portion (2). The method of claim 2, The support portion (3) further comprises a blower fan (33) formed in communication with the work table (31) to facilitate the discharge of steam more easily. The method of claim 2, The steam inlet pipe 22 is a steam press, characterized in that the hot wire 24 is formed to maintain the temperature of the introduced steam at a high temperature. The method of claim 2, Steam presser, characterized in that further comprises an iron (8) connected to the steam supply pipe (53) of the superheater (5) for injecting steam.