JPS61228860A - Pressure band in air massager - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION "Field of Industrial Application" This invention relates to a compression band for an air pine surger.

``Prior art'' The compression band that is wrapped around and in contact with the human body in an air pine surge device has an air bag made of an appropriate synthetic resin or rubber material inside it, which strictly prevents air leakage. The structure is as follows. However, since these products are made by pasting two sheets together, air enters and exits and expands and contracts repeatedly, making it easy for the joints to peel or break. , <, which causes it to burst quickly, which is a major disadvantage of sealing.

Also, when the outside air is cold, such as in winter, the compression band is cold, so people with sensitivity to cold or neuralgia must warm it up with a kotatsu before using it. In order to use the device while heating it, for example, a heat pad (thermal device containing a heating wire) is wrapped around the device and used in conjunction with an air pine surge device, but the air pine surge device expands and As the shrinkage repeats, the heating wire of the heat pad that moves at the same time will quickly break.

Although it is necessary to perform air pine surgery in a warm state, this is currently not being done satisfactorily.

``Problems to be Solved by the Invention'' This invention solves the problem of air pine in a heat-retaining state. It has a structure with several small holes drilled on the contacting sides.

``Work'' When the warm air blown into the compression band wrapped around the human body reaches a certain pressure, the compression band compresses the human body while leaking little by little through the small holes, making it possible to perform pine surgery while keeping warm. Since air escapes appropriately through the small holes, no strain is placed on the instrument itself, making it safe.

``Example'' Figure 1 shows the outline of the air bag (A) of the compression band in the air pine surge device used in this publication. , a plurality of small holes (1) are bored on the inner side thereof that contacts the human body. Figure 2 in the figure shows a structure in which a plurality of air bladders) to (Aj) are connected, with the inside (the side in contact with the human body) unfolded upward, and a small hole (1) is provided in each. .

Figure 3 shows the operation of this invention, in which the warm air filled in the air bag (A) is directed through the small hole (1) and onto the human body in the middle.
The figure shows a state in which warm air is blown towards the pine surge.

In this way, the air bag (A) repeatedly expands and contracts while the warmed air gradually leaks from the small hole (1) to the human body (B). At this time, air leaks through the small holes, so the suppressing force of the air bag (A) is somewhat reduced, but the number and size of the small holes should be appropriately designed to prevent the air being pressurized from leaking out. An appropriate pressure feeling can be obtained according to the difference when the body is in contact with the body.The comfortable pressure felt by the human body varies from person to person, but in relation to medical effects, it is 1801nH.
g or less.

In the compression band of the present invention, it is sufficient to use a compressed air supply device that maintains some residual force.

As described above, the compression band of the present invention is characterized in that it can perform thermal massage while warming the band by sending particularly warmed compressed air into it.
4゜Figures 4 and 5 are examples in which a breathable cushion (3) made of urethane or cloth is inserted outside the small hole (1) provided in the air bag (A), so that warm air can flow through the air bag (A). When the air blows inward, it is evenly distributed by the cushion (3),
A more comprehensive thermal pine surge will be performed.

By pressing the button to moderately moisten this cushion (3), you can also perform a warm compress pine surge. Here, (4) is a cover (cloth material, etc.) that covers the entire body.

"Effects of the Invention" The compression band of the present invention is effective as a device that can perform pine surge while warming the body (thermal pine surge), thereby further promoting blood circulation in treatment. Then, the warm air gradually leaks only to the inside (the side of the human body),
Even if the amount of heat from the hot air is small, enough heat is transferred to the human body, and since the air is properly vented, there are no excessive forces being applied to the device itself, resulting in high safety.

Figure 2 is a cross-sectional view of the main part of another embodiment of the combination of multiple air bladders of the compression band shown in Figure 1. Figure 5 is a usage state of the '' embodiment of Figure 4. FIG.

(A)～(A,)・・・Air bag (1)・・・
..., J, a (b)...Blowing hose (2)...Inlet (3)...Cushion (4)...Force/ - Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Procedural amendment (voluntary) April 25, 1985 Manabu Shiga, Commissioner of the Patent Office 1, Indication of the case 1985 Patent Application No. 69757 Compression band 3 in the air pine surge device, relationship with the case of the person making the amendment Patent applicant Dentokutsu Mine Address 1-15-16 Toranomon, Minato-ku, Tokyo - Kuji Tamenichi Kaga Takun Naka & Ri Vw Representative Hara Akiho 4, Agent Address: 107-5, 2-17-58 Akasaka, Minato-ku, Tokyo, 6-Compressed air supply column in the detailed description of the invention in the specification subject to amendment ``(Air compressor)'' Correct the device (equipment with a heater after the air compressor, etc.) #.

Page 5, line 11, 1~Characteristics. '' is 1 to 1, but this temperature is adjusted depending on the situation.'' is corrected.

Insert the following sentence next to page 5, line 20.

It is best to install it after the heater of the device for treatment.

When ionized air or ozone, which has unstable bonds and easily carries an electric charge, blows out from the compression band of this invention, it has an electric charge and is adsorbed to the human body.

This also causes ozone to have a bactericidal effect while pine surge, and is effective in treating athlete's foot.The warm air applied during this process opens the pores on the surface of the skin, so the ozone The deeper the contact, the greater the therapeutic effect.

Claims (1)

[Scope of Claims] 1. A compression band for an air massager, characterized in that an appropriate number of small holes are provided on the side of the air bag that contacts the human body. 2. The compression band for an air massager according to claim 1, characterized in that a hygroscopic cushion is provided on the outside of the small hole provided in the air bag.