JP3166889U - Foot board - Google Patents

Abstract

[Problem] Most important vases of the human body are gathered on the soles. Massage the vase like shiatsu can contribute to physical health management. This is provided as a footboard. SOLUTION: A total of 220 machined wood piece supports or synthetic resin pieces having (4) long supports (10), medium supports (10), and short supports (206), each of which has an uneven shape and an uneven shape, on the entire sole surface and the arch. It is a foot board that is held vertically by a compression push spring and is housed in a box shape of 30 cm wide by 28 cm high by 4.2 cm high. There are long struts from the center of the board, middle struts around it, and short struts throughout. The area near the long and middle struts is an array that matches the arch. Each strut, which is vertically arranged by putting the foot on, gives a stimulus like acupressure to the sole of the foot by the repulsive force of the compression control spring. In addition, the repulsive force is constant because each support and compression coil spring are integrated. For this reason, the strength is given a stimulus to the sole of the foot due to weight gain and loss. [Selection diagram] Fig. 1

Description

  The present invention is a foot board that acupressures many heels on the back of the foot. It can also be used to move the body such as feet, hands, back, etc., which can also be used to acupressure various wrinkles that exist anywhere in the human body.

In recent years, there has been an increase in the number of middle-aged and elderly people who are suffering from illnesses that are not enough for doctors, such as low back pain, stiff shoulders, and loss of appetite associated with the accumulation of mental and physical fatigue, and that are said to be difficult to cure with modern medicine. There are many problems such as medical care related to health.
Acupuncture, elasticity, and acupressure that stimulate various acupunctures present in various parts of the human body are attracting attention as effective treatments.
Acupuncture exists on the sole of the foot because there is a point that reacts between the foot part and the internal organs of the body, and foot therapy is also an oriental medicine technique that has been handed down for three thousand years in China.
Therefore, various massage instruments for stimulating the heels of the soles have been developed and put into practical use.
For example, in order to get a hint from the foot massager known as “Aotake treading” from a long time ago and to obtain a higher acupressure effect, a lot of protrusions are placed and stepped on in a bare foot state etc. It can stimulate the heels.
The massaging device of the invention is a foot board consisting of a plurality of protrusions having a height of about 13 to 23 mm and a plate-like base, and the protrusions are made of a material having the flexibility of a wooden foot and a push spring. It is arranged and formed according to the shape of. Depending on the place of use, the protrusions are made of synthetic resin or rubber to provide water resistance, and the base and protrusions are integrally formed.

  The conventional massage devices have various problems as described below.

  Since the “blue bamboo tread” provided with a large number of protrusions has a very simple configuration, it can be supplied at a low cost. On the other hand, the use of the protrusions presses the back of the foot by simply applying weight. Can't apply moderate pressure to the heel.

  The size of the protrusions is usually arranged irrespective of the location of the heel of the sole, and in general, the protrusions are strong and often painful just after riding for a few seconds. Therefore, it is not possible to obtain a comfortable finger pressure that is moderate and just right for each heel of the sole, and the massage device is far inferior to the massage effect of acupressure by a person.

  The present invention is based on the above circumstances, and is a footboard that allows a large number of heels on the sole of the foot to be easily and effectively acupressured by the user's own weight. Provide something that can be pressed by the user himself to any trap of the human body.

  In the present invention, the upper surface portion having a curved surface matching the uneven shape of the back surface of the foot and having 220 holes in 21 rows vertically formed, and a processed wood piece or synthetic resin piece having a diameter of 6 mm, a size of 9.6 mm, and a length of 30 mm are provided. Insert and attach the compression coil spring to the hole and cover the upper surface. It is a shallow box shape with integrated side and bottom. In addition, a honeycomb-like separator can be attached to prevent compression coil springs from sideways and entangled, so that the wooden piece protrusions or synthetic resin protrusions can be maintained vertically, and a footboard configured to make the reciprocation of the struts smooth can be provided. It was.

Overall view of the foot board Footboard board A-A 'cross-sectional detail view of Figure 1 Detailed view of the wooden piece support or resin support in Figure 2 Honeycomb separator illustration The main back of the foot

  The size of this foot pedal board is the size that both feet can ride exactly, vertical × horizontal = 30 cm × 28 cm Each foot can be put on the left and right, and moderate shiatsu effect suitable for each person can be obtained by adjusting the weight balance . Also, a good acupressure effect can be obtained by adjusting the weight of each leg.

An example of a foot board according to the present invention will be described in detail with reference to the drawings.
FIG. 1 is a plan view of an embodiment of a foot board according to claim 1 of the present invention.
FIG. 2 is a detailed cross-sectional view taken along the line AA ′ of the same embodiment.
FIG. 3 is a partial cross-sectional view of the embodiment of the wooden piece support or the synthetic resin support, Lee Lo Ha Ni, and FIG. 4 is a honeycomb separator showing an embodiment of the main part of the foot board according to the present invention.
As shown in FIG. 1 and FIG. 2, the feature of the foot board according to the present invention is that the uneven surface of the foot surface, in particular, the curved surface matching the arch part, The upper surface portion C having 21 rows and 220 holes D formed vertically, and a 6 mm diameter processed wooden piece column or synthetic resin column FIG. 3-a honeycomb-shaped separator that is held vertically and FIG. 4 and the wooden column column or synthetic resin The support column is inserted and fixed to the compression coil spring in Fig. 3-e, and is placed in the side and bottom integrated box (bottom B in Fig. 2) and covered with the top cover (upper C in Fig. 2). Then, the wooden piece support or the synthetic resin support is reciprocated by the elastic force of the compression control spring.

B: Wood piece support or synthetic resin support (long)
B: Wood piece support or synthetic resin support (medium)
C: Wooden piece support or synthetic resin support (short, standard)
D: Installation of compression coil springs on wooden columns or synthetic resin columns E: Compression coil springs (push springs)
AA ': Cross section details of the footboard body (Fig. 2)
Bottom B: Upper open box part of footboard body Upper part C: Upper lid hole D of footboard body D: Hole E for placing a post in the upper lid part of footboard body: Honeycomb separator (with 220 round tubes)
F: Screw holes for fixing the upper lid of the footboard body (9 locations)

Claims (2)

  Matching the entire back of the foot and the arch, with a concavo-convex shape, a total of 220 processed wood struts with (4) long struts in the center of the board, (10) middle struts in the periphery and (206) short struts Alternatively, a footboard, in which a synthetic resin piece is vertically held by a compression push spring and is housed in a box shape of 30 cm wide × 28 cm long × 4.2 cm high.   Combine and integrate a processed wooden piece support or synthetic resin piece with a diameter of 6 mm and a compression coil push spring, and insert and fix the honeycomb separator and the piece of wood support or synthetic resin piece into the compression coil spring. With a structure in which the wooden column support or synthetic resin piece column is vertically pressed and applied, the wooden column support or synthetic resin column support is reciprocated by the elastic force of the compression coil spring, and this honeycomb separator allows the compression coil spring, wooden column support or A footboard that is constructed to compensate for vertical and misalignment of synthetic resin pieces.

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