KR20110111586A - Elasticity device of shoes for exercise - Google Patents

Abstract

The present invention uses a carbon, aluminum shaft and a spring on the back of the shoe as a shoe elastic device for absorbing the impact of the ankle by the elastic action of the shoe and weight, especially jogging, such as jumping, walking, jogging, etc. In addition, it is an exercise shoe that causes the interest of the exercise.
The present invention connects the middle part of the shaft and the heel of the shoe with a light chip using an aluminum shaft at the rear of the shoe, and connects the bottom of the shoe and the lower end of the shaft with a spring, and the upper part of the shoe is connected with the upper portion of the central shaft and a spring so that the elasticity of the upper and lower springs is increased. It is a device that allows the seesaw movement of the central axis of carbon and aluminum.
In preventing the shaking of the left and right by the seesaw movement of the central axis, the support is fixed to the upper end of the shoe and inserted into the groove of the upper end of the central axis to provide a sense of safety without movement.
The reason for using the axis in the present invention is the weight balance of the exercise shoe.
If you attach a spring to the bottom of the shoe without using a shaft, the weight of the spring will be concentrated under the ankle, which will give a lot of pressure to the ankle.
In order to distribute the weight of the lower part of the ankle, the weight is applied by applying the weight of the spring weight up and down one to one.
This sport shoe is like the inline skating trend, and I hope that it will receive a lot of response along with the increasing population of bicycles.

Description

Elasticity device of shoes for exercise

The present invention relates to an elastic device for jogging athletic shoes, and relates to a spring elastic device that increases the amount of exercise and does not cause a jam by increasing the amount of exercise by stimulating shock while jogging.

With the industrialization of the present society, as well as the richness of life and the high quality of eating and the convenient culture of life, the activity of our bodies is weak, and the proportion of the obese population is increased in proportion to this, and the risk of various adult diseases is increased due to lack of exercise.

You can see some people on the street or in the park, but there are only a few people. The people who exercise with the equipment are bicycles and others.

Even the person who walks does not exercise with interest and motivation, but the majority of people who are already unhealthy are advised by the doctor.

In order for us to exercise we must first have interest and motivation,

Without interest and motivation, rather than adversely affecting the movement of exercise, I thought about the mechanism that makes the movement interesting and motivated.

Representative examples include Laura's wheeled shoes and inline skating. First of all, the wheeled shoes did not seem to be used by the general public who exercised with shoes that were mainly used for children's curiosity.

However, inline skating became very popular with our public and was so popular that it was explosive enough to be seen in shoe racks at every house. But somehow, these days, I can't see people riding inline skates on the streets.

As described above, the trend of outdoor sports equipment is the trend of these sports equipment such as the old Laura shoes, wheel shoes, inline skates and bicycles.

On the basis of this background, the present invention has focused on researching for the long-term persistence of the epidemic with an emphasis on nanny and interest.

The present invention, as described above, in the convenience of life with the development of the industry, while eating a high-quality diet, but rather a small amount of activity due to the lower body, obesity weak population is increasing.

These days, the population of exercise using bicycles is increasing a little, but there is a small number of athletes because they are not interested in sports on the street yet. Just a few years ago, you could see someone on the streets as a hobby of inline skating, but now it's hard to find it.

I wonder why, like the traditional inline skating pandemic, sports equipment will become fashionable. As can be seen from the increase in the population of the bicycle now, the exercise equipment is in contact with the present invention as to whether or not to be fashionable, and the present invention can be said that the exercise effect is great by exercising without increasing the interest of the exercise.

As described above, the present invention uses carbon and aluminum on the back of the shoe as shown in FIG. (5) The shafts were connected as in FIG. 3 by using the light chip in FIG.

In the present invention, since the elastic action of the exercise device is the focus, the bottom of the shoe sole center and the lower end of the shaft (5) are attached to the spring of Figure 1 (6) as shown in Figure 3 and the upper part of the shaft of Figure 1 (3) 3 is connected to the back of the upper shoe as shown in Figure 3, the elasticity of the shoe whenever running or running by the seesaw movement of the shaft.

The present invention is caused by the elastic action of the exercise equipment to induce exercise interest in people who exercise only indoors or non-exercise is also interested in the exercise as the population of the bicycle exercise as the conventional inline skating prevalent The sports equipment of the present invention is also expected to be in public.

1 is a perspective view of each component disadvantageous to the elastic action device of the present invention.
2 is an assembled perspective view of the present invention.
Figure 3 is a perspective view of a completed athletic shoe attached to the present invention shoes.

The present invention will now be described in detail with reference to the accompanying drawings.

Figure 3 is an athletic shoe connecting the structure of the present invention and the shoe according to the present invention, as shown in Figure 1, the carbon, aluminum shaft of (5) in consideration of the weight of the person to apply the size of the shaft (5) the axis (5) As shown in Fig. 3, (4) the light chip was used to connect the middle part of the shaft and the shoe heel and (5) the seesaw operation.

(5) Dig a groove in the upper part of the shaft as shown in (1) so that the shaft of (5) does not move from side to side (1) Install a bearing in the groove (1) It was fixed with screws in the upper part of the shoe as shown in FIG.

Fig. 1 (5) The groove bearing device at the upper end of the center shaft (1) is secured by (1) inserting the bearing groove frame into the groove (8) and (9) attaching the bearing to the groove (2) Will be inserted into

(1) In the case of installing the bearing in the groove, the central axis prevents friction and noise during seesaw elasticity and (5) protects and smoothes the force of seesaw elasticity due to friction.

(6) The spring is an elastic spring connected to the sole bottom of the shoe and the lower part of the shaft as shown in FIG. 3 to determine the size of the spring by applying specific gravity by weight (3) The spring as shown in FIG. Attach to the top of the back of the ankle and the top of the shaft (5).

(6) Spring and (3) Spring are determined by applying the specific gravity of the weight. (6) When the specific gravity is applied to the spring as a whole, the weight is concentrated on the sole of the shoe, so that the weight is distributed on the spring (3) I was.

Thus, the weight of the spring is distributed to (6) 1 (3) 1, that is, 1: 1, so it works more securely and puts strain on the ankle.

Figure 1 (7) is a rubber baring (5) inserted in the center shaft bottom as shown in Figure 3 to play a role in absorbing the noise and impact during the movement and adds a soft role to the spring elastic action.

Claims (3)

In the sneaker elastic device of the present invention, the middle portion of the shaft is connected to the heel of the shoe using a carbon and aluminum rod central axis, and the center portion of the shoe sole and the carbon, aluminum central shaft bottom portion are connected by a spring. The seesaw elasticity of the central shaft connected the ratio spring of each weight to the back of the upper part of the ankle and the upper end of the shoe. The upper groove bearing device of claim 1, wherein the left and right shake prevention device shafts are subjected to seesaw elasticity of the carbon and aluminum shafts. The support of claim 2 fixed to the upper end of the shoe to prevent left and right shake of the shaft.

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