JPS6079Y2 - ironing board - Google Patents

Description

[Detailed description of the invention] The present invention relates to an ironing board used for ironing dressmaking or knitted products, etc., and is particularly suitable for use in a wide range of products from children to adults, and in various parts of all kinds of films, such as sweaters. This invention relates to an improvement in an ironing board that can neatly and efficiently iron parts such as the torso, shoulders, and sleeves of children. It has been devised so that it can be installed in a stable condition.

An embodiment embodying the present invention will be described below with reference to FIGS. 1 to 7. In the figures, 1 is a support made by bending a hollow cylindrical metal pipe horizontally into a substantially U-shape. A cantilevered support rod 2 is integrally formed by folding one open end of the rod back into the U-shaped opening at a higher position than the support rod 1 and bending it in the horizontal direction.

The support rod 2 is formed in a tapered shape so that it gradually becomes thinner from the base side toward the open end side, and the bottom surface of the support rod 1 has a U-shaped bent portion and a total of five locations on the open end side. Rubber feet 3 are fixed at.

Furthermore, safety caps 20 and 21 made of rubber or elastic synthetic resin are attached to the other open end of the support rod 1 and the open end of the support rod 2.

4 is an elongated iron-finished soma which gradually becomes thicker from one end to the other, and as shown in cross section in FIG. The outer surface is covered with a cotton cloth 9 through a cushioning material 8 such as cotton or felt, and the ends of each cotton cloth 9 are attached to each base 6,
Dowel holes 1 are formed by fixing the dowels 10 protruding from several parts of the divided surface of one base body 7 into the divided surface of the other base body 7 after fixing the dowels 10 to the divided surfaces of the base body 7 with, for example, staples 22 or the like.
1 and position it, and with the divided surfaces of both bases 6 and 7 joined together, the dowel 10 is inserted into the dowel hole 1.
1 and is integrally bonded with an adhesive.

Reference numeral 5 designates hollow cylindrical pipes made of, for example, hard vinyl chloride, which are attached to the inside of the iron-finished soma 4 at three intermediate points in the longitudinal direction. Relief holes are fitted into the recesses 23 having a substantially semicircular cross section cut into the base body 6, and are diagonally bored at three locations spaced apart in the longitudinal direction so as to alternately form an angle of 90 degrees. 24 and then tighten the wood screw 25 through the recess 23 so that the part protruding from the recess 23 fits into the recess 26 of the other base 7 without loosening. It is firmly fixed integrally with ゜7.

Each of the pipes 5 has a tapered hole 5a as a mounting hole through which the iron-finished soma 4 can be rotatably inserted into and removed from the tapered portion of the support rod 2 from either end thereof. In particular, two hollow cylindrical pipes 5 of the same shape are installed in opposite directions and are formed so that their respective taper angles gradually widen outward.

Reference numeral 13 denotes a fabric string body that fills the depression formed along the outer periphery of the divided surface of each of the bases 6 and 7, and the inner band-shaped portion of the surface covering cloth is held between the edges of the divided surface of each of the bases 6 and 7. In this state, it is attached so as to surround the outer periphery of the finishing soma 4.

As shown in FIGS. 2 and 3, one finished surface 14 of the iron-finished soma 4 is made to be gently curved, and the other finished surface 15 is made substantially flat.

In the ironing board constructed as described above, the ironing soma 4 can be freely inserted into the support rod 2 from either the thick end or the thin end, as shown in FIG. 1 or FIG. The insert-supported mounting can be freely rotated around the support rod 2 in the state.

No matter which end of the pipe 5 is inserted and supported, if the iron-finished soma 4 at any rotational position is pushed lightly against the support rod 2, the tapered hole 5a of the pipe 5 on the insertion side can be pressed. The tapered portion of the support rod 2 bites into the support rod 2, and its frictional resistance allows it to be lightly held at any rotational position.

In addition, if it is pushed in strongly, the tapered part of the support rod 2 will strongly bite into the tapered hole 5a of the pipe 5, generating a large frictional resistance, so that the iron-finishing soma 4 can be moved to the desired rotational position. Can be maintained continuously in a stable state.

Moreover, as shown in Fig. 4, iron-finished Soma 4
One tapered hole 5a fits widely into the tapered part of the support rod 2 over its entire length in the inner part of the end of the iron-finished soma 4, making the entire iron-finished soma 4 in an extremely stable state. In addition to being able to hold the iron-finished soma 4 in place, accidental rotation of the iron-finished soma 4 can be reliably prevented.

Therefore, for example, when ironing an adult's sweater or the like, as shown in FIG.
Simply insert the body part of the sweater into the iron-finishing soma 4, and if you iron the body part of the sweater while sequentially rotating it together with the iron-finishing soma 4, the iron-finishing soma 4 will have a slightly curved finished surface 14. , the other substantially flat finished surface 15 and the curved side surface 16 that is continuous between the two upper surfaces 14 and 15 can all be effectively used to perform ironing neatly and efficiently.

Moreover, since the recesses along the outer periphery of the divided surfaces of both base bodies 6 and 7 are filled with the string body 13, ironing can be smoothly performed over the entire circumference of the ironed soma 4.

As a result, especially for knitted products such as sweaters, each part of the bag-like part can be ironed while rotating together with the ironing soma 4, unlike when the finishing soma 4 is fixed. Moreover, even an inexperienced person can iron the sweater very easily, neatly and efficiently without pulling or stretching each part of the sweater more than necessary.

Similarly, when ironing the sleeves of a sweater, in the state shown in Fig. 1, insert the sleeves into the narrow end of the iron-finished soma 4, and the cross-section of the finished soma near that end will be Since it has a substantially elliptical shape, the cuff fits snugly, and the cuff can be ironed neatly and efficiently while rotating together with the finishing soma 4.

In particular, when ironing thin bag-like parts such as sleeves, ironing can be done while rotating each part of the sleeve together with the iron finishing Soma 4, which reduces the characteristic of knitted products that are full of elasticity. The effect of ironing smoothly and neatly is remarkable, especially without worrying about stretching each part of the sleeve too much.

Furthermore, when ironing a slightly wide and rounded part such as the shoulder part of a sweater, turn the iron finishing soma 4 left and right and use the narrower side as shown in Figure 7. All you have to do is insert and support the end of the Soma 4 by inserting it into the support rod 2. Insert the sweater into the free end of the thick end and iron the shoulder part of the sweater. You can iron it into a nice shape by placing it exactly on the rounded part of the iron.

Also, if it is a small sweater for children, especially infants, all you need to do is to fit the body part of the sweater into the thin end of the iron-finished soma 4 and iron it as shown in Figure 1. You can efficiently iron the entire circumference.

Sometimes, when ironing while rotating the iron finishing Soma 4, for example, if you want to iron a part of a sweater firmly, depending on the shape of the part to be ironed, Support the iron-finished soma 4 in a rotated position such that the gently curved finished surface 14 is on top if the part is flat, and the flat finished surface 15 is on the top if it is a flat part. It is only necessary to press the rod 2 a little forcefully, and as a result, the iron-finishing soma 4 is held at any rotational position, so that the finished surfaces 14 and 15 can be effectively used in a stable state. .

Similarly, when ironing small items such as handkerchiefs or netskerchiefs, and when it is not necessary to rotate the finishing soma 4, the ironing finishing soma 4 can be rotated at any rotational position by the support rod 2. By pressing strongly against the surface, it can be held in a stable state, and the desired finished surface 14, 15 can be effectively utilized to iron neatly and efficiently.

In addition, using the shape of each part of the iron-finished Soma 4,
By changing the mounting direction, changing the rotation position, or rotating the iron while ironing, you can freely create the shape that is most suitable for the item you are ironing at any time, and iron it neatly and efficiently. You can do cliffs.

Further, the iron-finishing soma 4 can be used alone, for example, by placing it directly on a workbench or the like, and making various use of the finishing surface above or on the side thereof.

In this example, the iron-finished soma 4 is placed on two bases 6.
．． Since the iron-finished Soma 4 is divided into 7 parts and glued together in a polymerized manner, it is possible to manufacture the iron-finished Soma 4, which is used over almost the entire outer periphery, very easily and at low cost. The pair of tapered holes 5a can be easily formed using two circular hollow pipes.

In addition, support rod 2 is replaced with support rod 1 using a hollow cylindrical metal pipe.
Since it has a structure in which it is bent and formed integrally with the body, it can be produced at an extremely low cost, and is also sturdy, making it suitable for repeated use.

Further, in this example, the configuration of the pair of tapered holes 5a is not limited to this at all, and for example, they may be formed directly on each of the base bodies 6 and 7 of the iron-finished soma 4, or - Hollow cylindrical pipes may be installed in the recesses 23, 26 of the iron-finished soma 4, and a pair of tapered holes as attachment holes may be provided at each end thereof.

By the way, the ironing board having the above structure can be easily transported by being stored in a paper case A shown in FIG. 8, and this will be explained below.

That is, the paper case A is made by cutting out a material such as flexible cardboard into the shape shown in FIG.
41 and 42 inward, and then attaching the adhesive margin 43 to the bottom wall 44 to assemble the vertical section into a substantially equilateral triangular shape. At the upper position of the rod 2),
A pair of overlapping pieces 45 a and 46 a formed by the cutout 47 and the cutout 48 are stacked and pasted vertically, and ladder-shaped fin pieces 49 to 46 are attached to both ends of each of the parts 44 to 46, respectively. 51 is provided in a protruding manner so as to be bendable by the action of each fold 52 to 54.

Therefore, when storing the ironing board in the paper case A, the iron-finishing soma 4 removed from the support rod 2 is placed in the paper case A with each fin piece 49 to 51 open, and the iron-finished soma 4 is placed on the support rod 1.
It is only necessary to insert the support rod 2 with the support rod 2 placed on top of the overlapping piece 45 (see FIGS. 10 and 11).
a, 46a is disposed penetratingly within the upper cavity B.

Thereafter, each of the fin pieces 49 to 51 is overlapped so that both edges thereof are alternately overlapped.

In this state, the support rod 2 exposed in the space B can be used as a handle, and it can be carried extremely easily without the need for a special handle. 1, the ironing board can be safely carried because the weight of the ironing board is not added to the paper case A at all.

Moreover, the paper case A is in the state shown in FIG. 12 (fin pieces 49 to 51 The case itself can be folded (opened), making it convenient to store the case itself.

As explained above, the present invention consists of an elongated iron-finished soma that gradually becomes thicker from one end to the other end, and a cantilevered support rod that projects in a substantially horizontal direction. In particular, in an ironing board that is provided with a mounting hole that can be inserted and removed from either end of the ironing board and that is fitted so that the ironing soma can rotate freely, the support rod is gradually moved toward the open end side. The mounting hole is formed into a tapered shape, and at each end side of the mounting hole,
It is characterized by a pair of tapered holes each of which gradually widens outward so as to fit widely into the tapered portion of the support rod.

Therefore, depending on the form of the item to be ironed, you can freely change the direction of the iron-finished soma and attach it to the support rod, or rotate the iron-finished soma while ironing, for example, a sweater. It is possible to iron all parts of the sleeves, shoulders, etc. neatly and efficiently, and in particular, by forming a tapered part in the part that fits into the mounting hole of the support rod, it is possible to iron any part of the iron-finished soma. It can be installed easily and quickly by simply pushing it into the support rod with some force at the rotational position of .Furthermore, by providing a tapered hole at each end of the mounting hole, the support rod can be easily and quickly installed. Since it fits widely and securely with the tapered part of the rod, it can be installed in an extremely stable condition, and in particular, the entire finished soma can be firmly held, so the finished soma can be easily fixed without wobbling. It has excellent practical effects, such as being able to be ironed.

[Brief explanation of drawings]

Figure 1 is a perspective view of the ironing board, Figure 2 is a side view,
Fig. 3 is a side sectional view of the ironed soma, Fig. 4 is a partially sectional front view of the ironing board, Fig. 5 is an exploded perspective view of the ironing board, and Fig. 6 is Vl-Vl of Fig. 2. An enlarged sectional view of the iron-finishing soma along the line, Fig. 7 is an explanatory diagram of the function, Fig. 8 is a perspective view of the paper case containing the ironing board, Fig. 9 is a back view showing the paper case unfolded, and Fig. 10 is FIG. 11 is an enlarged sectional view taken along line XI-XI in FIG. 10, and FIG. 12 is a sectional view showing the paper case in a folded state. 1 is a support rod, 2 is a support rod, 4 is an iron-finished soma, 5 is a pipe made of vinyl chloride, and 5a is a tapered hole as a mounting hole.

Claims (1)

[Scope of Claim for Utility Model Registration] 1. An elongated iron-finished soma that gradually becomes thicker from one end to the other end, and the iron-finished soma is placed against a cantilevered support rod that projects approximately horizontally. For an ironing board that can be freely inserted and removed from either end and has a mounting hole into which the iron-finished soma is fitted so that it can rotate, the support rod is gradually moved toward the open end. The mounting hole is formed into a tapered shape, and each end of the mounting hole has a pair of holes, each of which gradually widens outward so as to fit widely into the tapered portion of the support rod. An ironing board characterized by having one tapered hole. 2. The ironing board according to claim 1, wherein the mounting hole is constituted by a hollow pipe with a tapered hole fixed in a recess of the ironing soma. 3. The ironing board according to claim 2 of the utility model registration claim, characterized in that two hollow pipes with the same shape and a single taper hole are fixed in the recesses of the ironing soma in opposite directions. .