JP2001087600A - Method and tool for supplying wax to iron press machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To evenly coat a stream chamber surface as a presser surface forming an iron part of an iron press machine with wax without generating unevenness. SOLUTION: The wax W is carried into an iron part 101 in such a state that the wax W is carried inside a carrier material 1, and the wax W melted by heating of the iron part 101 permeates into the carrier material 1, and oozes out so as to be supplied to a steam chamber 102 surface of the iron part 101. The carrier material 1 to be carried into the iron part 10 is formed by laminating a oozing-out base piece 2, in/of which the wax W permeates and oozes out, a flap piece 3, from which the wax W can not be oozed out, and a wax holding piece 4 provided with a clearance on a flat surface for holding the wax W while pinching the wax X between the oozing-out base piece 2 and the flap piece 3, and the wax holding piece 4 is formed of a net-like raw material. In the carrier material 1, the wax holding piece 4 and the flap piece 3 are fixed to the top surface of the oozing-out base piece 2 by sewing continuously to a thin insertion guide part 2A of the oozing-out base piece 2 so as to be freely opened and closed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an iron press machine for ironing large-sized laundry such as sheets in a laundry factory.
A wax agent supply to an iron press machine for applying and applying an anti-adhesion wax for preventing, for example, scum, a laundry aid and other contaminants from adhering to the surface of the iron material facing the pressing roller in the ironing section. A method and a supply thereof.

[0002]

2. Description of the Related Art Conventionally, a large iron press machine called a roll ironer has been used for iron-pressing an article to be pressed which is a large-sized laundry such as sheets. As shown in FIG.
For example, an article to be pressed is formed by a steam chamber (iron material) 102 whose upper surface is concavely curved so as to be heated by steam, and a roller 103 whose outer peripheral surface is pressed against the inner surface of the concave portion of the steam chamber 102 and rotates. A plurality of iron sections 101 for holding and pressing while being transported are continuously arranged in a row. At the time of the press treatment, a wax agent W for releasing is applied to the surface of the steam chamber 102 in order to prevent adhesion of the article to be pressed to the surface of the steam chamber 102 and to ensure releasability therebetween. ing. According to such an iron press machine 100, by appropriately setting the width of the ironing unit 101, even a large-sized pressed product can be pressed in a large amount and quickly, so that work efficiency can be improved and good laundry service can be provided. .

[0003]

However, in this iron press machine 100, when the wax agent W for releasing is supplied and applied, the wax agent W itself is powdery, granular,
Although it is in the form of a flake, a liquid, or the like, it is very difficult and troublesome to uniformly spread it over the entire surface of the steam chamber 102. Due to the supply / dispersion unevenness, the article to be pressed is not sent to the steam chamber 102 in a flat shape, but becomes an accordion so as to cause wrinkles and the like, or the tip of the article to be pressed such as sheets is turned up. There were various troubles.

That is, it is not practical to disassemble and expose the surface of the steam chamber 102 to be applied because the roller 103, the steam chamber 102, and the like constituting the ironing section 101 are large in width. Even if a wax cloth (oil passing material) is inserted between the roller 103 and the steam chamber 102, it becomes uneven, and it is necessary to repeat this a plurality of times.
5, the supply table 105 itself is inclined forward so that the wax agent W may fall off, and resources may be wasted. The uniform application of the wax agent W over the entire area was very troublesome and difficult.

Accordingly, the present invention has been made in view of the above-mentioned various circumstances, and provides a uniform and uniform supply of a wax agent to a steam chamber (ironing material) surface which is a pressing surface constituting an iron portion. It can be applied to improve the releasability of the product to be pressed, and it can be reliably supplied and held without scattering on the front inclined surface of the inclined supply table installed in front of the iron part, and easy to handle It is an object of the present invention to provide a method for supplying a wax agent to an iron press machine and a supply tool therefor.

[0006]

In order to solve the above-mentioned problems, a method for supplying a wax agent to an iron press machine 100 according to the present invention comprises the steps of:
The wax agent W is carried into the ironing unit 101 of the iron press machine 100 while being carried in the wax supply material 10, and the wax agent W heated and melted by the ironing unit 101 penetrates outside through the support material 1 and the wax supply material 10. Pressing surface of the iron part 101 by oozing, for example, the steam chamber 12
The wax agent W is supplied and applied to the surface. At this time, the iron part 1 having passed through the support material 1 and the wax supply material 10
01 is supplied to the pressing surface of the roller 103 by the pressing surface structure of the ironing unit 101 such as a chest type or a calendar type.
Or only one side of the carrier 1 so as not to apply
Alternatively, the side surfaces of the wax supply material 10 can be formed so as to correspond to those of the iron part 101 having a plurality of structures in which pressing surfaces are alternately arranged on the front and back surfaces of the article to be pressed. In addition, one of the waxing agent supply tools to the iron press machine according to the present invention used in the above-described method includes the carrier material 1 carried into the iron unit 101 of the iron press machine 100,
A wax holding piece 4 having a flat gap for holding the wax W, and a wax that is superimposed on the wax holding piece 4 on the pressing surface side of the ironing unit 101 to which the wax W is supplied and applied, and is melted by heating. It is formed with an exuding base piece 2 through which the agent W penetrates and exudes. In order to make the wax holding piece 4 suitable for use in the chest type iron part 101, the exuding base piece 2 on one side and the flap piece that does not exude the molten wax agent W on the other side. The exuding base pieces 2 are superposed on both side faces of the wax holding piece 4 so as to be a one-side supply type in which each of the wax holding pieces 3 is superimposed on each other, or to be suitable for use in the calendar-type iron part 101. Or both side supply type. The other is that the carrier 1 carried into the ironing unit 101 of the iron press machine 100 is coated with a wax holding piece 4 having a planar gap for holding the wax W, and the wax W is supplied and applied. The exuding base piece 2, which is superposed on the wax holding piece 4 on the pressing surface side of the ironing part 101 to be melted by heating so as to penetrate and exude, and the waxing material W also in the ironing part 101, It is formed by superimposing the flap piece 3 which is superimposed on the wax holding piece 4 on the non-applied pressing surface side and does not exude the wax agent W. A thin insertion guide 2A is formed on the carrier 1 so as to be continuous with the exuding base piece 2,
The wax holding piece 4 on the exuding base piece 2 can be covered with the flap piece 3 which can be freely opened and closed. Still another example is that the wax agent W melted by heating is applied to both side surfaces of the wax holding piece 14 having a planar gap for holding the wax agent W.
A plurality of wax supply members 10 formed by superimposing exuding base pieces 12 that are allowed to permeate and exude are connected in a foldable manner via a flexible connecting portion 15, and the connecting portion 15 is protected. It can be covered by a cover 19. In any of the supply tools (1, 10), the wax holding pieces 4, 14 can be formed of a net-like material.

In the method and apparatus for supplying a wax agent to an iron press machine according to the present invention having the above-described structure, a carrier 1 having a wax agent W carried therein is used as an iron in an iron press machine 100. By inserting the wax agent W into the exuding base piece 2 by inserting it into the part 101, it is supplied to a pressing surface such as the steam chamber 102 surface of the iron part 101 by exuding to the outside of the carrier 1 itself. Apply. Thin insertion guide 2A
Means that the carrier material 1 itself is sequentially drawn into the gap between the pressing surfaces of the iron part 101, and the exuding base piece 2, the wax holding piece 4, and the flap piece 3 which are made thicker are also inserted continuously. Let it. The exuded base pieces 2 and 12 in the support material 1 and the wax supply material 10 allow the permeation of the wax agent W carried therein to be permeated when the wax agent W carried inside is melted and supplied to the pressing surface of the iron portion 101 which is the outside. Since the flap piece 3 of the material 1 is impervious, the wax agent W is not supplied and applied to the surface of the roller 103 facing the steam chamber 102 in the ironing unit 101. When sequentially supplying the plurality of wax supply materials 10 foldably connected by the connecting portion 15 to the ironing portion 101 having a plurality of pressing surfaces for alternately pressing the front and back surfaces of the article to be pressed, the ironing portion 101 The wax agent W is supplied and applied to each of the front and back pressing surfaces of the press transfer surface, and the protective cover 19 is
It prevents thermal damage, thermal destruction, and the like of the connecting portion 15 itself, which is heated by being inserted into the connecting portion 15. Moreover, the connecting portion 15
Between each of a plurality of continuous wax supply materials 10,
It is made to follow reversal or the like during conveyance in the iron unit 101 having a plurality of pressing surfaces. Moreover, as a result of the molten wax agent W being exuded, the exuded base piece 1 solidified by cooling after use.
The two wax supply materials 10 that are made semi-rigid are bent by each of them, and the plurality of wax supply materials 10 are folded down when not in use and compacted. The wax holding pieces 4 and 14 made of the net-like material hold the wax agent W in the gap between the exuding base pieces 2 and 12 and the flap pieces 3 so as to hold the wax agent W. Stand 1
Do not drop it even on 05.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the accompanying drawings. In the first embodiment shown in FIGS. Type ironing part 10 in Japan
1 is a flexible carrier which is conveyed while being pressed between the steam chamber (ironing material) 102 and the rollers 103. The carrier 1 is coated on the surface of the steam chamber 102. Powdery, granular, flake, liquid, etc. wax agent W is carried.

That is, the supporting material 1 is a cloth-like exuding base piece 2 into which the wax agent W melted by heating penetrates and exudes.
And a cloth-like flap piece 3 that does not exude the wax agent W
And a net / net-shaped wax holding piece 4 sandwiched between the exuded base piece 2 and the flap piece 3 to form a stacking shape. Is maintained.

When the wax material W held by the wax holding piece 4 is melted by the heat of the ironing portion 101, the exuded base piece 2 penetrates the molten wax material W from the inner surface to carry the outer material. The material 1 oozes out of the material 1, and is made of, for example, polyester fiber, aramid fiber, or the like as a fabric material, and has heat resistance to the heat of the iron portion 101.

When the wax agent W is melted, the flap piece 3 holds the wax agent W in the carrier 1 without oozing out of the flap piece 3. Using a fiber, aramid fiber or the like as a fabric material, a non-permeable film, for example, a silicon resin film is formed in a laminated shape on the inner surface on the wax holding piece 4 side by coating or the like.

As shown in the figure, the exuded base piece 2 and the flap piece 3 have a width corresponding to the width of the ironing section 101, and have a width of, for example, about 1000 to 1600 mm, which substantially corresponds to the length of the concave inner surface of the steam chamber 102. It has a rectangular shape and is openably and closably overlapped with the wax holding piece 4 held therebetween. However, the carrier 1 itself is used alone by the wax supply operator and the ironing unit 10.
The width of the ironing portion 101 can be set to be approximately に お け る of the width of the ironing section 101 so that the insertion and supply operation can be performed on the supporting member 1. The size of the carrier 1 itself is not particularly limited.

The front and rear portions of the carrier 1 are exuded base pieces 2
The insertion guide portion 2A has a thin shape only by itself, and a wax supply portion is arranged and formed by stacking and laminating a wax holding piece 4, a flap piece 3 and the like at the center. At the rear end portion of the central portion located rearward with respect to the supply insertion side to the ironing portion 101, the base portion of the wax holding portion 4, the flap piece 3, etc. of the wax supply portion arranged and formed at the central portion is joined by the joining portion 5. The flap piece 3 is arranged in a state where the wax holding piece 4 is sandwiched on the exuding base piece 2 so as to be slightly thick.

Further, the wax holding piece 4 may have a flat surface for holding and holding the wax agent W to be supplied to the iron portion 11, and is formed of, for example, a net material having an appropriate mesh size. The wax holding piece 4 is thickened as a whole by being sandwiched between the exuding base piece 2 and the flap piece 3. As described above, the arrangement of the wax holding pieces 4 is such that the wax holding pieces 4 are attached to the exuding base pieces 2 and the flap pieces 3 at the joining portions 5 where the flap pieces 3 are sewn or adhered and fixed, for example. It is only necessary to fix them together at the same time. Of course, it is also possible to fix only the wax holding piece 4 by suturing it on the exuding base piece 2, for example, so long as a gap is formed on the exuding base piece 2 for holding and holding the wax agent W. I just need. Reference numeral 6 in the figure denotes a male and female hook-and-loop fastener fixedly disposed on the opening / closing free edge of the flap piece 3 and the upper surface of the exudation base piece 2 so as to cover the wax holding piece 4 on the exudation base piece 2. The flap 3 itself is prevented from being turned up when the flap 3 is inserted into the ironing portion 101 from the opening / closing free edge side of the flap 3.

The wax holding piece 4 itself is woven in a suitable lattice shape by forming fibers having a predetermined diameter in a vertical, horizontal, diagonal or the like manner (see FIGS. 3A and 3B), or a cord having an inclined portion. Objects are arranged in parallel (see (C) in FIG. 3), and further, these are intersected by cords and woven in a lattice shape, and a sheet-shaped member is punched with an appropriate shape, for example, a hexagonal hole. By doing so, a large number of mesh-like holes are formed (see (D) in FIG. 3).
Naturally, a gap for holding and holding the wax agent W without falling off may be formed between the exuded base piece 2 and the flap piece 3, so that the shape, shape, density, The number and the like are not limited to the illustrated example.

Next, an example of the use of this will be described. When the flap piece 3 of the carrier 1 is opened, the exuded base piece 2 and the wax holding piece 4 sandwiched between the flap pieces 3 are exposed. A wax agent W such as a powder, a granule, a flake, a liquid, or a paste is charged into the gaps of the wax holding pieces 4 and supplied by spraying or the like (see FIG. 2). The wax agent W is held and held by being closed and maintained by the surface fastener 6. Then, as shown in FIG. 1, the steam chamber 102 in the ironing unit 101 of the iron press machine 100, with the exuding base piece 2 facing down on the feeding stand 105 and the free open edge side of the flap piece 3 facing forward. Roller 1
03 inserted between each other. When the rotating roller 103 is drawn in while pressing the carrier 1, and the wax agent W is melted by the heated steam chamber 102, it penetrates the exuding base piece 2 and exudes from the outer surface thereof, and the molten wax is melted. The agent W is supplied and applied to the surface of the steam chamber 102. In the figure, reference numeral 106 denotes the steam chamber 102.
It is a hollow steam path for injecting heated steam formed in the inside.

FIGS. 4 to 6 show a second embodiment, and the same reference numerals are used for the same parts in the first embodiment. That is, in the second embodiment, a plurality of wax
0 is foldably connected via a connecting portion 15 to be bent, and has a plurality of pressing surfaces so as to press the object to be pressed by pressing it alternately from the front and back as shown in FIG. This is suitable for application to the calendar type iron unit 101.

The wax supply material 10 is provided so that the wax agent W, which is melted by heating, penetrates and oozes out on both side surfaces of the net-shaped wax holding piece 14 having a plane gap for holding the wax agent W. The exuding base piece 12 and the wax holding piece 14 are formed of the same material as the exuding base piece 2 and the wax holding piece 4 in the first embodiment. For example, the exuding base piece 12 on one of the side faces is joined and fixed to the exuding base piece 12 on the other side face by sewing or the like so that the exuding base piece 12 can be opened and closed with an edge portion left. The wax agent W supplied and supplied can be held on the exposed wax holding member 14. Exuding base piece 1 at this time
The open side of 2 is the front side in the insertion direction with respect to the iron part 101. In the figure, reference numeral 13 denotes a hook-and-loop fastener arranged between the exuding base pieces 12 and is formed in the same manner as the hook-and-loop fastener 6 in the first embodiment, and reference numeral 11 denotes a single exuding base piece 12. This is an insertion guide portion composed of:

As shown in FIG. 5, the connecting portion 15 includes a pinching member 16 made of a bifurcated synthetic resin linear material whose base is bent in a U-shape, for example. And the U-shaped bases are alternately arranged in an interlocking manner in succession, and a shaft member 17 made of a synthetic resin linear material is further inserted into the base to form a flat shape of, for example, a polyester resin as a whole. It consists of And sandwiching material 16
By pinching the edge of the exuding base piece 12 by the forked open part, if necessary, it is fixed by heat crushing or suturing,
The wax supply material 10 itself is continuously formed in a plurality of units so that the wax supply material 10 can be folded through the connecting portion 15 itself bent around the shaft member 17. The shaft member 1 in the connecting portion 15
7 is inserted into the sandwiching material 16 and then heated and crushed at both ends thereof, for example, into a large diameter, flat shape, and subjected to a retaining process. In some cases, a circle is formed on the base of the sandwiching material 16. May form a ring portion.

Further, the connecting portion 15 includes an ironing portion 101
The front side of the insertion direction with respect to
By being covered with the protective cover 19 fixed to the iron part 101, the iron part 101 is protected from heating. In the drawing, the protective cover 19 is fixed by sewing or the like at the same time when the base portion of the other exuding base piece 12 covering the wax holding piece 14 is joined and fixed by the joining portion 18 which is sewn to the one exuding base piece 12. I have.

For example, the total size of the wax supply material 10 that can be folded and folded in a plurality of six units is, for example, about 3000 to 3300 mm in overall length and about 1650 to 1850 mm in overall width. Of course, the overall length, width, number of folds and the like are not limited to these.

Next, an example of use in the second embodiment will be described with reference to FIG. 6. As shown in FIG. 6, an iron portion 101 is provided with a plurality of steam chambers having a circular cross section to be steam-heated. A plurality of circular small-diameter pressing rollers 104 are arranged on the front half of the surface of the first-stage steam chamber 102, for example, in a plurality of stages at the top and bottom and further back and forth. A guide roller 107 is provided on the second half of the surface of the steam chamber 102 on the first stage and on the surface of the steam chamber 102 on the second and subsequent stages.
The pressing belt 108 guided by the guide is arranged to be in pressure contact. Then, the press-conveyed articles conveyed on the conveying surface composed of the steam chambers 102 arranged in a plurality of stages are alternately pressed from the front and back sides to extend wrinkles. In FIG. 6, the front and back surfaces of the pressed article or the wax supply material 10 to be conveyed are indicated as “front surface” and “back surface”. Depending on the arrangement of the steam chambers 102, the front and back surfaces are alternately arranged or the front and back surfaces are continuous.
02 may come into contact with the outer peripheral surface.

By providing a plurality of pressing surfaces in such a conveying surface, it is sufficient to insert the wax supply material 10 into the ironing unit 101 which is to press the product to be pressed upside down. That is, prior to the insertion, the wax agent W is put on the wax holding piece 14 exposed by the opened exuding base piece 12, sprayed, etc., and closed and held by the hook-and-loop fastener 13 to carry and hold the wax agent W. deep. Next, the iron press 10
Steam chamber 10 in the ironing section 101
2. The steam chamber is heated and inserted between the pressing roller 104 and the pressing belt 108, and the rotating pressing roller 104 and the circulating pressing belt 108 are continuously drawn in while sequentially pressing the wax supply material 10, and are heated. When the wax agent W is melted by 102, the exuded base pieces 12 on both side surfaces penetrate and ooze out from the outer surface thereof, and the melted wax agent W is applied to the surface of the steam chamber 102 disposed on the front and back of the transport surface. Each of them is supplied and applied.

[0024]

As described above, the present invention is constructed as described above.
1, the wax agent W can be supplied and applied uniformly on the surface of the steam chamber 102 constituting the
When the preparation surface on the supply table 105 is prepared on the supply table 105 disposed in front of the ironing unit 101 so that the wax agent W is fed into the ironing unit 101, the wax agent W is scattered from above even if the preparation surface on the supply table 105 is a slope inclined forward. It can be reliably supplied to the ironing unit 101 without the need.

That is, in the present invention, the wax agent W is heated and melted by the iron unit 101 when the wax agent W is carried into the iron unit 101 while being held in the flat support material 1 and the wax supply material 10. Waxing agent W is applied to carrier 1 and exuded base pieces 2 and 1 of wax supply 10
2 to the iron part 101
This is because the wax agent W is supplied to the pressing surface of the steam chamber 102, for example, so that the wax agent W can be reliably supplied into the ironing portion 101, and the wax agent W can be uniformly applied to the steam chamber 102 surface.
Supply and the like can be realized, and adhesion of scum, laundry aid, and the like can be prevented.

The carrier material 1 carried into the ironing section 101 includes a base material 2 through which the melted wax agent W penetrates and oozes out, and a flap piece 3 through which the wax agent W does not ooze out.
Is formed between the exuded base piece 2 and the flap piece 3 so as to be openable and closable from the wax holding piece 4 for holding the wax agent W. Various types of wax agents W such as powder, granules, flakes, and liquids are charged into the gaps between the wax holding pieces 4 exposed between the base piece 2 and the flap pieces 3 and dispersed by spraying or the like to securely hold the wax pieces W. For example, a supply table 10 having an inclined upper surface.
The wax agent W can be reliably supplied to the inside of the ironing unit 101 without dropping or losing the wax agent W even if the wax agent W is placed on the iron plate 101.

Since the wax holding pieces 4 and 14 are formed of a net-like material, the net holes are formed by the wax agent W.
Of the wax holding piece 4,
14 itself may be formed thin, so that even if it is stacked with the exuding base pieces 2 and 12, the flap piece 3 and the like, the steam chamber 102, the roller 103, the pressing roller 104, the pressing belt 108 are fully insertable into the gap between them.

A thin insertion guide portion 2A is formed on the carrier 1 so as to be continuous with the exuding base piece 2, and the wax holding piece 4 on the exuding base piece 2 is covered with a flap piece 3 which can be opened and closed. The insertion guide portion 2A allows the ironing portion 101 to be pulled in very smoothly even if the gap between the ironing portions 101 is narrow. The exuding base piece 2, the wax holding piece 4, the flap piece 3
Are superposed, the thick portion can be smoothly and continuously inserted one after another even if it is thick.

The exuded base piece 2 in the carrier 1
Is intended to permeate and exude the molten wax agent W to the outside, so that the wax agent W can be supplied and applied to the surface of the steam chamber 102 where the exuded base piece 2 comes into contact, but the flap piece 3 is non-permeable Therefore, the wax agent W is not supplied and applied to the surface of the roller 103 facing the steam chamber 102 with which this comes into contact.

On the other hand, a plurality of wax supply members 10 formed by superposing an exuding base piece 12 so that the wax agent W permeates and oozes on both sides of the wax holding piece 14 holding the wax agent W are connected to each other. 15, the ironing unit 101 in which a plurality of pressing surfaces that press the article to be pressed from the front and back are arranged in a long conveying surface.
, The wax agent W can be sequentially and smoothly supplied and applied to each of the pressing surfaces arranged on the front and back surfaces of the transport surface.

Since the wax supply material 10 is foldable and continuous by the bendable connecting portion 15,
It is possible to very smoothly follow reversal or the like during transportation in the ironing unit 101 having a plurality of pressing surfaces, and there is no stop on the transportation surface. In addition, as a result of the wax agent W melted by the heating of the iron portion 101 being exuded, the exuded base pieces 12 are solidified by being cooled after use, and the solidified exuded base pieces 12 are each semi-rigid. Even when the wax supply material 10 is to be formed, the plurality of wax supply materials 10 can be bent by the respective connecting portions 15, so that the wax supply materials 10 can be folded together. Not even.

The exuded base piece 12 impregnated with the melted wax agent W becomes rigid and stiff when it is cooled. For example, if it is left as it is after use, it becomes flat. Since it is not used, it may be very difficult to handle the next use, and it may be difficult to insert and use it in the iron part 101. Even in such a case, the connection unit 1
5, the flattened and folded storage after use as shown in FIG. The connecting portions 15 can be flattened and folded between the connecting portions 15. As a result, the wax supply material 10 can be unfolded without difficulty while maintaining the flatness of the entire wax supply material 10 when reused. I have to.

Further, since the connecting portion 15 is covered by the protective cover 19, when the wax supply material 10 is continuously inserted into the iron portion 101, the steam chamber 1
For example, the connecting portion 1 which is not excellent in heat resistance by being formed of, for example, a synthetic resin material so as not to damage the surface 02 or the like.
Even if it is 5, it can protect from the heating by the iron part 101, and can protect the connection part 15 effectively from its heat damage, heat destruction, etc.

[Brief description of the drawings]

FIG. 1 is a schematic side sectional view at the time of use showing an embodiment of the present invention.

FIG. 2 is a perspective view of the open state when the wax agent is held and replenished.

3A to 3D are plan views of wax holding pieces having different shapes.

FIG. 4 is a partially cutaway plan view showing another embodiment of the present invention.

FIG. 5 is a side view and a detailed view of a portion A of the same.

FIG. 6 is a schematic side sectional view of the same when it is used.

[Description of Signs] W: Waxing agent 1: Carrier material 2: Exuding base piece 2A: Insertion guide part 3: Flap piece 4: Wax holding piece 5: Joining part 6: Surface fastener 10: Wax supply material 11: Insertion guide part DESCRIPTION OF SYMBOLS 12 ... Exudation base piece 13 ... Surface fastener 14 ... Wax holding piece 15 ... Connecting part 16 ... Nipping material 17 ... Shaft material 18 ... Joint part 19 ... Protective cover 100 ... Iron press machine 101 ... Iron part 102 ... Steam chamber 103 ... Roller 104 ... Pressing roller 105 ... Supply table 106 ... Steam path 107 ... Guide roller 108 ... Pressing belt

Claims (10)

[Claims] 1. A state in which a wax agent is carried in a flat carrier material and a wax supply material, and is carried into an iron portion of an iron press machine, and the wax agent heated and melted by the iron portion is carried by the carrier material and the wax supply material. Through the outside,
A method of supplying a wax agent to an iron press machine, wherein the agent is exuded and a wax agent is supplied and applied to a pressing surface of an iron portion. 2. The method according to claim 1, wherein the supply of the wax agent to the pressing surface of the iron portion through the support material and the wax supply material is performed on one side surface or both side surfaces of the support material and the wax supply material.
A method for supplying a wax agent to the iron press described above. 3. A support member carried into an iron portion of an iron press machine, a wax holding piece having a flat gap for holding a wax agent, and a pressing surface side of the iron portion to which the wax agent is supplied and applied. And a leaching base piece that is superimposed on the wax holding piece and melted by heating so as to penetrate and bleed out. 4. The wax agent supply device according to claim 3, wherein the wax retaining piece has an exuding base piece on one side and a flap piece that does not exude the molten wax agent on the other side. 5. The wax agent supply device according to claim 3, wherein the exuded base pieces are overlapped on both sides of the wax holding piece. 6. A supporting member carried into an iron part of an iron press machine, a wax holding piece having a gap on a plane for holding a wax agent, and a pressing surface side of the iron part to which the wax agent is supplied and applied. The exuded base piece, which is superimposed on the wax holding piece and allows the wax agent to be melted by heating to permeate and exude, and the ironing portion is also superposed on the wax holding piece on the pressing surface side where the wax agent is not applied, and the wax A wax agent supply device formed by overlapping a flap piece that does not exude an agent. 7. The iron press according to claim 6, wherein a thin insertion guide portion is formed in the supporting material so as to be continuous with the exuding base piece, and the wax holding piece on the exuding base piece is covered with a flap piece that can be opened and closed. Wax agent supply tool to machine. 8. A wax retaining piece having a gap on a plane for retaining a wax agent, and an exuding base piece for penetrating and exuding a wax agent to be melted by heating is superimposed on both side surfaces of the wax retaining piece. A wax agent supply device for an iron press machine, wherein a plurality of wax supply materials are foldably connected via a bendable connecting portion. 9. The waxing agent supply device for an iron press according to claim 8, wherein the connecting portion is covered with a protective cover. 10. The wax agent supply device for an iron press machine according to claim 3, wherein the wax holding piece is formed of a net-like material.