JP6453947B1 - Auxiliary equipment for putting on socks - Google Patents

Abstract

An assisting tool for wearing five-finger socks is provided.
An auxiliary tool for putting on socks comprising an insole part 1 having a foot shape and a main body part 2 having a bottom surface and a side surface for housing the insole part 1. The insole part 1 and the main body part 2 may be integrated. Also, if you have a thicker than the insole part 1 and the reinforcing plate 3 for removing the insole part 1 and the main body 2 after attaching it to the socks, you can easily wear the socks.
[Selection] Figure 5

Description

  The present invention relates to an auxiliary tool for putting on a five-finger sock.

I am 82 years old and the motivation for making five-finger socks has been tough to wear five-finger socks because of poor waist and knees. At worst, I helped my family.

The works of the pioneers are considered to be closer to the tools than the aids used by healthy people. As a solution to this problem, there is a technology disclosed in Utility Model Registration No. 3153100. Although this patent document and this property have the same purpose of wearing, the invention of the patent document is not an auxiliary tool that is necessary for those who cannot wear it by their own power. In comparison, I think it is possible to achieve the purpose easily. In other words, because it is a five-finger aid, I think that the shape of five fingers will always come out.

Utility Model Registration No. 3153100

January 11, 2017 Hospitalized for 2 months, suffering from a group of Giganvalley syndrome, both hands were weak, and all were in hospitalized with the help of people. I was asked to change to socks, and sometimes it became difficult to request. After rehabilitation at the rehabilitation center for a month, I finally managed to use buttons, clothespins, etc. There was a lot, so I couldn't wear only five-finger socks.

1st invention is an auxiliary tool for putting on socks characterized by including the insole part which has the shape of a foot, and the main-body part which has a bottom face and a side surface which accommodates the said insole part.
A second invention is an auxiliary tool for putting on socks characterized in that, in the first invention, the insole portion and the main body portion are integrally formed.
3rd invention wears socks characterized in that, in the 1st or 2nd invention, the insole part has a thickness that is thicker than the insole part, and has a reinforcing plate for removing the main body after attaching to the sock. It is an auxiliary tool.

What happened in the future is uneasy, uneasy, trial and error from the first milk pack and corrugated cardboard, finally I was able to wear five-finger socks. Until then, I was discharged because I was rehabilitating my life. If my grip strength is 100 between 5 and 6 k / g, it is 5 or less. If you can wear it so easily, there are people waiting for this. I tried to participate. If you think that you had a helper once a week to have you wear it when you were discharged from the hospital, it ’s easy.

It is a figure which shows the insole of this invention. It is a figure which shows the main body of this invention. It is a figure which shows the state which set the insole to the main body. It is a figure which shows the insole for reinforcement of this invention. It is a figure which shows the state which set the insole and the insole for reinforcement to the main body. It is a figure which shows the state which set socks in the auxiliary tool of this invention. It is a figure which shows the state which set the sock in the auxiliary tool of this invention, and put the leg | foot. It is a figure which shows the state which set the sock in the auxiliary tool of this invention, and started pulling out an auxiliary tool (main body) after putting a leg | foot. It is a figure which shows the state which finished extracting an auxiliary tool (main body). It is a device that stretches socks. It is a perspective view of the other Example of this invention. (No reinforcement plate) It is the figure seen from the side of the other Example of this invention. (No reinforcement plate) It is another Example of this invention. (With reinforcement version) It is a figure which shows the state which set the sock in the other Example (with a reinforcement version) of this invention.

The “auxiliary device for putting on socks” of the present invention is composed of a main body 1, an insole 2 and a reinforcing insole 3. You can also get better results by using the auxiliary tool 12 to adjust the position after putting the socks 16 on your feet.

Figure 1 shows the insole 1 of the present invention. This is for left and right (use it upside down). The convex portion at the right end is for catching on the main body 2 so that the insole 1 does not slip forward when a foot is inserted. The width of the main part of the insole 1 is 100 to 120 mm, the length is 250 to 300 mm, and the thickness is 0.3 to 1.0 t. For example, width 115mm (145mm) length 330mm (15mm) thickness is 0.8t. However, the convex part located on the right in the figure is about 15 mm wider. The material is polypropylene. The thickness is 0.8mmt.

Figure 2 shows the main body 2 of the auxiliary tool. Set the insole 1 in Fig. 1 to this. The width of the body is 100-120mm, the length is 250-300mm, and the depth is 40-80mm. The thickness is 0.3-1.0t. In Example 1, the width was 117 mm, the length was 275 mm, and the depth was created as three types of U-shapes of 50 mm, 60 mm, and 70 mm. The thickness is 0.4t. Hole 4 is for pulling out the main body 1 with a string attached. The material is not particularly specified, but light and durable polypropylene and aluminum are suitable.
If the surface touched by the foot is affixed with a soft, slippery material, it will be easier to put in the foot and protect the skin.

FIG. 3 shows a state in which the insole 1 is set on the main body 2. The convex part at the right end of the insole has a function to prevent the insole 1 from slipping forward when the foot is inserted.

FIG. 4 is a diagram showing a reinforcing insole 3 (for both left and right) according to the present invention. This is shown for the left in this figure. Used when setting socks 16. This reinforcing insole 3 is used for reinforcement when the insole 1 is thin. Set it on the insole 1, set the sock 16, and then set the sock 16 and pull it out. 41 is a hole for pulling out. The length of this insole 3 can be freely determined, and the number of holes can be one. Make the reinforcing insole 3 near the end (fingertips) slightly narrower than the insole, for example, about 2 mm. In addition, the width other than the tip is narrowed, for example, 1cm on both the left and right sides (about 2cm in total). This is to reduce the resistance when pulling out. The material is practical, for example, polypropylene, and the thickness is about 2mt.

Fig. 5 shows the main body 2 with the insole 1 and the reinforcing insole 3 set. (A) is the state seen from above, and (B) is the state seen from the right (arrow view) in (A). 4 is a hole in the body 1 and 41 is a hole in the insole 3 for reinforcement. 14 and 15 are lines indicating the end of the main body 1.
In this figure, the reinforcing insole 3 is located inside the main body 2, but it does not matter if it protrudes from the right end.

FIG. 6 is a view showing a state in which the socks 16 are set in the “auxiliary device for putting on socks” according to the present invention. The sock 16 is put on the “auxiliary device for putting on the sock” from the left side of the drawing to the middle portion. Reference numeral 8 denotes a heel of the set sock 16. The insole 1 and the reinforcing insole 3 inside the sock 16 should originally be shown by broken lines, but are written by solid lines. The state in this figure is when the sock 16 is put on the left foot.

FIG. 7 is a view showing a state in which the socks 16 are set in the “auxiliary device for putting on socks” of the present invention and the feet are put in.皺 8 can usually be done like this. In this figure as well, the constituent members (located on the left side of the figure) of the “auxiliary device for putting on socks” inside the sock 16 should be originally shown by broken lines, but are written by solid lines. .

FIG. 8 is a view showing a state in which the sock 16 is set on the assisting device of the present invention and the assisting device (main body 2) is started to be pulled out after putting the foot. Reference numeral 8 denotes a state before starting to remove the auxiliary tool and before the deflection of the sock moves. 9 is the position where the deflection of the socks has moved.

In Fig. 9, the auxiliary tool (main body) is completely pulled out, the socks are lifted up, and the part 12 is used to correct the slack. 9 is the position where the deflection of the sock has moved, and 10 is the position where the deflection of the sock has moved when the auxiliary tool has been removed.

In Fig. 10, the slack that the toes can not fit into the socks finger part is corrected by using the auxiliary tool 12 that adjusts the position, and the sagging movement. Auxiliary tool 12 for adjusting the position is formed by attaching a hook-and-loop fastener 13 to the tip of a member such as a grandchild's hand. This hook-and-loop fastener 13 moves the position by attaching socks.

FIG. 11 shows another embodiment. The insole 1 and the main body 2 are integrated. The main body 2-1 shown in this figure can be bent 180 degrees up and down at the corner 2-3. In the figure, the case of the upper side and the case of the lower side are drawn together. Since it can be bent, in this embodiment, it can be used for the left and right feet by one “auxiliary device for putting on socks”. Of course, when the left and right are separated, it is not necessary to be able to be folded 180 degrees. (When two are considered as one set)

FIG. 12 is a view of the main body 2-1 as viewed from the side. There are cases where 2-1 is located on the upper side and cases where it is located on the lower side by rotating 2-3 as a fulcrum.

FIG. 13 shows an example in which the reinforcing insole 3 is overlapped with the insole 1 and the main body 2 integrated 2-1 shown in FIG. The left finger part is overlapped with the finger part of the main body 2-1 and the finger part of the reinforcing insole 3. The length of the reinforcing insole 3 can be freely determined, and the number of holes can be one.

FIG. 14 is a view showing a state in which socks are set in another embodiment (with a reinforcing plate) of the present invention (FIG. 13).

The following explains how to wear socks 16.
(1) Auxiliary tool setting method, overlaying the insole 1 on the main body 2, and further overlaying the insole 3 on it, and further folding the insole 1 and the insole 1 on the main body 2 so as to wrap the reinforcing insole 3 . (If the insole 1 is not made thin, it will not fit into the soles of the feet, otherwise slipping will be bad)

(2) Set socks on auxiliary tools, socks also have various knitting methods, materials, tight mouths, soft things, soft things fit smoothly, hard socks from thumb to little finger Alternately, (approx. 230mm). When the sock fits, pull out the insole 3 for reinforcement. The insole 1 is thin, so it is difficult to set the sock. This will make your work smoother.

(3) When the sock fits in the assisting device, put the foot, but with the foot that is easy to enter, lift the assisting device placed on the floor and lift the presser strap. First, move your finger like a caterpillar and slide the sole of your foot so that the finger does not need to go any further into the sock.

(4) From now on, we started to pull out the aids, and when we pulled out, the sock's mouth came to the ankle as shown in Fig. 8.

(5) After unplugging, use your toes to hold the floor and lift up the socks that come up to the ankle.

(6) For adjustment of the toes, the person who cannot bend, the person who does not have the strength of the fingertips of the hand, the person with bad knees, etc. should use the assisting tool to adjust the position. If you do worm movement, it will fit comfortably, sometimes the little finger and ring finger will stop at the entrance, at that time please use the auxiliary tool to adjust the position, because it has a hook-and-loop fastener at the end so you can move the socks without slipping It is easy. Since the tip of the auxiliary tool that adjusts the position curves (35mm) to 90 degrees, it can be adjusted to the back of the finger.

(7) Set socks on auxiliary tools, socks also have various knitting methods, materials, tight mouths, soft things, soft things fit smoothly, hard socks from thumb to pinky Alternately, (approx. 230mm). When the socks fit, pull out the insole 3 for reinforcement, and the insole 1 is thin so it is difficult to set socks, so it is used for reinforcement. In addition, if the insole 1 is thick, the work will not be performed smoothly.

1 insole 2 body 2-1 body (body that can be folded up and down)
2-3 Bending part of the main body that can be bent up and down 3 Reinforcing insole 4 Hole for passing the string (main body)
41 hole to pass the string (insole for reinforcement)
8 The state before the movement of the sock's deflection when the auxiliary tool begins to be pulled out 9 The position where the deflection of the sock moves 10 The position where the deflection of the sock moves when the auxiliary tool has been pulled out 12 The auxiliary tool 13 that adjusts the position 13 The surface fastener 14 Shadow line 15 on the front of the body Shadow line 16 on the rear surface of the body Socks

Claims (1)

In order to pass a string provided in the rear part of the side plate and the side plates on both sides, which are foldably connected to the both sides of the insole portion, bottom plate, and bottom plate of a five-finger foot shape A five-finger sock composed of a reinforcing plate having a shape of a five-finger foot for reinforcing the body part having a hole and the insole part with an auxiliary tool for wearing In use, the insole portion and the reinforcing plate are placed on the bottom plate of the main body, the side plate is folded, and the five-finger portion of the sock is placed on the five-finger portion of the insole portion and the reinforcing plate. Cover with a five-finger sock to cover the body, so that the sock is attached. After the sock is attached, remove the reinforcement plate and insert the foot between the sock and the insole. An auxiliary tool for putting on a five-finger socks that makes it possible to put on socks by pulling a string.