JPS584490Y2 - Foot health device - Google Patents

Description

[Detailed description of the invention] This invention utilizes the restoring force of an elastic body to press the soles of the feet or place it under the body to stimulate the autonomic nerves from the muscle surface using the body weight, improving blood circulation in the soles of the feet and the body. This article relates to a health device for stepping on feet.

Conventionally, this type of foot health device has a large number of protruding circles with varying heights at predetermined intervals projected from the upper surface of a plate-like body, and these are used as mats or health sandals.

Furthermore, various types of foot pedals made of bamboo tubes are now being seen here and there as health devices for stepping on feet.

However, these health devices for stepping on feet have the disadvantage that the soles of the feet are very painful when used, and in the case of the former ones with a large number of protrusions, the protrusions may become bent or break, resulting in damage. Because the distance between the protrusions is wide, there is little stimulation of the soles of the feet, which has the disadvantage that the desired effect cannot be achieved remotely.

Therefore, this invention was developed to improve these drawbacks by molding an elastic base of various shapes made of synthetic resin and having legs that cover at least part of the surface of the elastic base. The tread sheet main body is formed into a mesh shape, and a large number of protrusions are formed in one direction on the ridgeline of the mesh shape.

Therefore, it solves the pain in the sole of the foot, which is a drawback of the conventional method, and also has the effect of increasing the pressure contact area of the sole of the foot, and the flexible rebound pressure due to the double cushioning effect of the elastic base and the projections of the mesh body. It has the effect of making you feel good.

In addition, since it is mesh-like, it is easy to remove dust and the like, making cleaning very convenient.

Next, an embodiment of this invention will be explained with reference to the drawings.The health device main body 1 is composed of an elastic base 2 having elasticity of various shapes and made of 9 materials such as synthetic resin, and a foot seat main body 3. ing.

The elastic base 2 is made of a hollow body or a foamed body such as a sponge, and as shown in the figure, engaging portions 7.7 may be formed on both longitudinal sides.

Next, the foot seat main body 3 is molded into a mesh shape 4 as a whole,
A large number of protrusions 5,5.
5... are integrally formed.

Reference numeral 6 indicates a mat made of the same product as the foot seat body 3, and as shown in Fig. 4, it is secured to the retaining portion 7 of the health device body 1 of this invention to create a foot health device with a mat. This is a diagram showing the implementation.

・゛This idea is structured as described above,
Now, to explain how to use this method, when you step on the sole of your foot on the health device body 1 for several minutes a day, the weight of your body creates a large number of mesh-like protrusions 5, 5...・It flexibly presses pressure points on the soles of the feet, loosens muscles, improves blood circulation, relieves foot fatigue, improves blood circulation in the body, and relieves fatigue throughout the body.

According to this invention used as described above, pain in the sole is relieved by elasticity, and the pressure contact area of the sole is increased by the large number of small protrusions, thereby significantly improving the pressing effect.

Next, the foot seat body, which has an elastic base with elasticity and a protrusion covering its surface, provides a flexible double cushioning effect to the soles of the feet, comfortably relieving foot fatigue. It has an excellent health effect, improving blood circulation in the body and helping to recover from fatigue.

Furthermore, this invention has a large number of protrusions in one direction on the ridgeline formed in a mesh shape, so it has an excellent effect of being flexible and gently restoring the bends caused by stepping on it, and is extremely effective at sweeping away dust, etc. It has the practical effect of being easy.

Furthermore, since the protrusions are provided on the ridgeline in one direction of the mesh shape, manufacturing is very easy, and the mesh shape significantly saves constituent materials, can be provided at low cost, and is extremely easy to clean. There are beneficial effects that can be achieved.

[Brief explanation of the drawing]

The drawings show an example of this invention; Fig. 1 is a slope view showing how this invention is used, Fig. 2 is a cross-sectional view of the same main part, and Fig. 3 is a partial cutout of the foot seat. The enlarged perspective view and FIG. 4 are also perspective views of the implementation when a mat is attached. Reference numeral 1 is a health device body, 2 is an elastic base, 3 is a foot seat body, 4 is a mesh, and 5 is a protrusion.

Claims (1)

[Scope of utility model registration request] The main body of the health device is composed of an elastic base made of synthetic resin or other constituent materials and having elasticity in various shapes, and a foot seat main body.
The elastic base forms retaining parts on both longitudinal sides, and the foot seat main body is formed entirely in a mesh shape, and a large number of protrusions are integrally formed on one ridgeline of the mesh shape. 1. A foot health device, characterized in that both longitudinal sides of the foot sheet are removably attached to the retaining portion.