JPH0349676Y2 - - Google Patents

Description

[Detailed description of the invention] [Technical field of the invention] This invention relates to an ironing board used for pressing the sleeves and tucks of dress shirts, and in particular, the ironing board used to press finish the sleeves and tats of dress shirts. And regarding the sleeve of the dress shirt and the press-type horse stand for the tack, which can be press-finished neatly at the same time regardless of whether the width is thick or thin, and the left and right tats (the part near the cuff following the cuffs) can also be finished with precision. It is something.

[Conventional technology]

Traditionally, ironing of shirts was done mechanically.
That is, when a press machine for commercial use is mainly used, it is customary to use dedicated machines for the collar, front body, back body, sleeves for sleeves, and tucks for each. For example, sleeves are made by inserting a wet workpiece (sleeve) into a long and narrow conical tool called an entrement made of metal or cloth to approximate the shape of the sleeve, and applying heat from the inside or outside of the workpiece. The method used is to press dry and smooth out wrinkles. However, since the length of the sleeve of the shirt varies from long to short, and the thickness also varies from thick to thin, it is not possible to simply use a set of conical sleeves.
It is difficult to perfectly match the sleeves of various long and short, thick and thin sleeves, which is not only inconvenient to work with, but also has the disadvantage of poor finish.

In addition, a tack is a part with one or more pleats, and if it is not finished neatly, customer satisfaction cannot be achieved, so special press equipment for the tack must be used separately from the sleeve sleeve. First, there were major disadvantages, such as the trouble of moving the workpiece between machines, and the expense and space required to install a lot of equipment such as collar/bodice press equipment, sleeve equipment, and special tack machines. .

A conventional example in which a single press machine is equipped with a plurality of processing sections for finishing various parts of a cloth at the same time as possible is the ``Wish-shape press machine'' shown in Utility Model Application Publication No. 51-43692. This is a single press machine with collar shoulder parts 2 and 5, sleeve parts 3 and 6,
It is provided with processing sections 4 and 7. (In this conventional example, the term "sleeve" refers to the so-called cuff part, not the sleeve part in the present invention.) According to this press machine,
The collar, right tuck, and left cuff of one dress shirt are processed at the same time, but then the dress shirt has to be reversed and the left tuck, shoulder, and right cuff processed, and the sleeve part is still processed. Since the process must be carried out using conventional so-called inserts, the problem still remains that it is not possible to completely adapt to the length and thickness of the sleeve, and it is not possible to obtain the desired clean finish.

[Purpose of invention]

The present invention was made to solve these problems in the conventional technology, including the length and shortness of the dress sleeve. To provide a press-type horse stand that can perfectly cope with various changes in thickness and thinness and can completely press finish the left and right sides at the same time with one machine, and can also finish the tack on the left and right sides using the same machine. The purpose is to

〔Example〕

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the sleeve and tuck press-type horse stand of the present invention will be described with reference to the drawings.

FIG. 1 is a plan view showing the basic structure of the sleeve and tack mold stand according to the present invention, and as shown by the broken line, the fixed area of the ironing surface P, such as a hot pressing plate covered from above, is On the other hand, a pair of molded horse stands 1, which are movable left and right (in the direction of arrow A-B) about a pivot point C, are mounted on an appropriate base (see 11 in Fig. 3).
1' are provided symmetrically. Each type horse stand 1, 1' includes a sleeve press section 2 having a sufficient width W and a predetermined length L to accommodate the thick and thin sleeves of the dress shirt to be finished, and a tack press section shorter and narrower than the sleeve press section 2. It is manufactured integrally with part 3.
The inner line 4 of the sleeve press part 2 is preferably shaped to match the general shape of the armhole.

Each of the type horse stands 1 and 1' is arranged as described below (the third
Figure) Basically, it is configured to be able to move horizontally (A-B) parallel to the ironing surface P via rollers and rails, but preferably a dual type horse stand as shown in Figure 1. Connecting rods 6 and 6' are respectively pivotally connected to the link 5 which is pivoted to the pivot point C located between the molds 1 and 1', and the other end of each rod is pivotally connected to the lower end of the mold horse stands 1 and 1'. By doing this, when one side 1 is moved in the A direction, the other side 1' is also moved in the A direction.
Further, it is preferable that if one side is moved in the B direction, the other side is also moved in the B direction, that is, they can be moved left and right with respect to the ironing surface P symmetrically with each other. In this way, the original length L of the mold carriages 1, 1' can be adjusted to the required length of the pressing surface in accordance with the length of the sleeve. That is, if the length of the sleeve is long, the mold supports 1, 1' can be adjusted in the direction A, and if the length of the sleeve is short, it can be adjusted in the direction B.

FIG. 3 is a perspective view showing the overall external appearance of a press machine incorporating the pair of mold carriages 1 and 1' of the present invention. P is a hot pressing plate (iron surface) having a fixed area, which is pivotally mounted on the machine frame so that it can be opened and closed up and down as shown by arrows UD. A pair of model horse stands 1 and 1' of the present invention have abutment 8 and an abutment 8, respectively, on the lower surface.
8, and two pairs of rollers 9 are rotatably provided under the abutment, and the rollers 9 are attached to the rail 10.
It is straddled so that the upper part can be transferred. The rail 10 is fixed on a base 11. Reference numeral 7 designates a cover that covers the connecting portions C, 5, 6, and 6' as shown in FIG. 1 to prevent the laundry from getting dirty. cover 7
The inner ends of the connecting rods 6, 6' hidden below may be connected to the support 8.

Next, with reference to FIG. 2, a method of simultaneously pressing the left and right sleeves and the left and right tucks using the mold mounts 1 and 1' according to the present invention will be explained. First, the mold stands 1 and 1' are adjusted and moved to the left and right according to the length of the sleeve of the shirt Y, and the length is set so that the main part of the sleeve, excluding the tucks, falls within the ironing surface P. Collar of dress shirt,
Place the shoulders and body between the mold stands 1 and 1', and place the right sleeve SR and left sleeve SL on the sleeve press section 2 of the mold stands 1 and 1', respectively, as shown by the dashed lines in Fig. 2. Lay it flat. In this case, in the present invention, the sleeves SR and SL are folded in half so that a crease is formed along the seam M, and the front and back surfaces of the sleeves are overlapped. Even if the width of the sleeve is wide, the width W of the sleeve press part 2 is sufficient, so it can be freely adapted to the width of the sleeve, making it possible to obtain a beautiful finish within the area of a sufficiently wide ironing board. There are no problems such as the sleeve being too thick than the inner sleeve, causing the sleeve to overlap, or being too thin, so that the main part does not cover the inner sleeve sufficiently. As for the length of the sleeve, it is only necessary to adjust and move it from side to side so that the required length of the mold stands 1, 1' falls within the ironing surface P, as described above. By covering the ironing surface P in this manner and pressing (direction D in Figure 3), the left and right sleeves can be finished neatly regardless of whether they are long or short, thick or thin. Next, as shown by the two-dot chain line, shift the shirt slightly downwards and place the right tack part TR on the mold base 1.
Place the left tack part TL on the tack press part 3 of the mold board 1' with the left tack part TL in the opposite direction as shown by the two-dot chain line, close the ironing surface P again, and press. . The reason why Tatsuku TR and TL are not pressed together with the sleeve is that the Tatsuku has folds that need to be finely finished, and the joining line between the Tatsuku and cuff K has to be tightly suppressed. This is because it is more efficient to process them separately rather than as a set.
For this reason, in the past, the sleeve and tack were pressed separately using dedicated machines, but in this invention, the sleeve and tack parts are integrally formed on one mold stand, so that only one press machine can be used. It became possible to process sleeves and tucks one after another at once, simplifying the work.

[Effect of idea]

According to the present invention, a pair of mold supports are provided that are movable left and right with respect to the fixed area of the ironing surface, and a sleeve press section with a sufficient width to accommodate changes in the thickness of the sleeve is provided. Even if the sleeve varies in length, shortness, thickness, and thinness, it can accurately respond to the desired area and press neatly to the desired area, avoiding the unsatisfactory and rather rough finish caused by conventional so-called "enttsu". be able to.

In addition, since a tack press part is attached to the same mold stand to neatly press and finish the tack part left by the sleeve press, the tack part can be press finished with the desired accuracy immediately after the sleeve press. This has the advantage of improving efficiency. Similarly, according to the present invention, since a pair of mold stands are provided on the left and right sides, both the left and right sides of the sleeve and tack can be finished at the same time, which also has the effect of improving work efficiency.

[Brief explanation of the drawing]

Fig. 1 is a plan view showing the basic configuration of a pair of mutually movable mold mounts that are compatible with both the sleeve and the tack according to the present invention, and Fig. 2 is a plan view showing the basic structure of a pair of mold mounts that are movable with each other, and which are compatible with both the sleeve and the tack according to the present invention. A plan view illustrating the procedure for sequentially pressing the left and right sleeves (dotted chain lines) and the left and right tuck parts (double chain lines); FIG. 3 is a perspective view showing one press machine incorporating a pair of mold stands of the present invention; It is. Explanation of main symbols, 1, 1'... Pair of movable mold bases, 2... Sleeve press section, 3... Tack press section, C... Intermediate pivot point, P... Ironing surface (fixed area), 9...roller, 10...rail.

Claims (1)

[Scope of utility model registration request] A pair of mold stands 1 and 1' each having a sleeve press part 2 and a tuck press part 3 are installed symmetrically so as to fit within an ironing surface P of a fixed area, and a pivot point between the two mold stands is installed symmetrically. A press type horse stand for simultaneously pressing the left and right sleeves and left and right tucks of a dress shirt, characterized in that both types of horse stands 1 and 1' can be moved left and right relative to the ironing surface P using C as a base point. .