JPS59146654A - Treatng device due to jet liquid - 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 The present invention relates to a treatment device using a jet liquid, and provides a physical treatment device that directly hits one or many points on the skin with a thin, intense jet stream for several seconds to several tens of minutes. It is something to do.

Ancient acupuncture points, 1# leather acupuncture points, acupuncture points,
When a strong stimulation is given to a meridian, a therapeutic effect can be obtained on the affected area far away from the meridian, and even on the whole body. This is a fact that Western medicine has yet to fully understand.

Methods of stimulating a single point on the skin, called a pressure point, include the traditional method of burning moxa and heating it, or inserting a needle into the skin.More recently, methods include passing an electric current through a needle and applying high- and low-frequency electrodes to the skin. The method of using a vibrator has been added.

This invention provides a new treatment device that directly hits the "acupuncture points" with a thin and violent jet of liquid.6 The jetted liquid contains air while flying through the air and becomes granular, and when it hits directly, it hits the skin as normal. It provides a stimulus different from pressurization and blows, but it can be intermittent, medicinal substances can be added to the liquid and it permeates into the skin, and the temperature of the liquid can be suddenly changed up and down to increase stimulation. This therapeutic device has many advantages.

Next, refer to the drawings. The structure and implementation of the invention will be explained.

FIG. 1 shows an embodiment of the present invention, in which
There is only one jet stream. It is not limited to the wrist shown in the figure, but it is possible to directly hit a thin, intense jet stream for several seconds to 10 minutes at a point Q, which is known to have a skin irritating effect.
This is the main purpose and main action of the therapeutic device of this invention.

The main components of the embodiment shown in FIG. 1 are: the injection nozzle 3 directed toward one point (or multiple points) Q, the injection speed adjustment mechanism This is a jet intermittent supply device N, etc. The propellant fluid source is typically a propellant tank, but may also be a public water supply.

In this case, in the intermittent supply device, the pump itself, which is the pressurizing means, also serves as the intermittent supply means. When the pressurizing means is a rotary pump or uses a water level, a periodic automatic on-off valve is used to counter intermittent supply. The pressure of the liquid and the shape and dimensions of the nozzle J are designed so that pain can be felt at the point of direct contact with the skin.

The narrow and intense jet flow is usually less than 1 cn in diameter just before it reaches the skin, and of course the thinner the jet, the more intense it is before it causes the skin to feel pain, as mentioned above. When using Bombco, the outlet of nozzle 3 will be larger, but as the number of nozzles 3 increases, the capacity of Bombco must be increased. Since the force immediately before hitting the skin is concentrated, the outlet of the nozzle 3 has a
It is better to have a smaller distance between the boxes that can obtain σ-power. Especially nozzle 3
If the number of nozzles is large, the amount of ejection from the two nozzles 3 becomes a large source as a whole, and a large capacity is required.

The required pump performance also changes depending on how the MW is used. In other words, until the jet stream / reaches the skin surface ÷
The required bolting pressure will change depending on the length of the shaft a5 + l'q @ c. As much as possible, use the tM jet flow/force downward and shorten the distance ζk, the pump pressure, but the pressurization φ vs. Any device that sends the water to the nozzle can be used, and as mentioned above, a rotary pump and an automatic on-off valve, or a device that uses water level pressure, can also be used.
Even if you do not use a pump with the combination of a dynamic on-off valve,
All you have to do is get the injection speed.

When the jet liquid penetrates the skin and contains a substance that is effective for health and treatment, the jet causes AI! /JJ! l! effect,
Obtain the combined effect of the drug.

Water is generally used as the injection liquid, and the substances added include those used in medical external medicines, as well as substances that provide medicinal stimulation in place of the thermal stimulation of wetness, such as mentha liquid.

However, the present inventor is the first person in the world to discover the medicinal effects of germanium on the human body, and is proceeding with experiments using reactor water containing water-soluble germanium in the above-mentioned injection liquid. The therapeutic effect of allogeneic germanium applied to the skin has already been confirmed in many experiments, and the company has received manufacturing permission from the Ministry of Health and Welfare. At the time of filing this application, confirmation data is being accumulated in the physical therapy departments of several large hospitals, but simply by attaching small pieces of germanium to pressure points or painful areas, it is effective for stiff shoulders and lower back pain, and improves blood circulation. It is also recognized to have the effect of increasing appetite.

In addition to the above-mentioned prefectural structure of the treatment device of the present invention, the jet stream alternately jets hot liquid and cold liquid toward the same point at regular intervals. Rubbing, peeling, and heating and cooling of the skin are repeated alternately, which is a new method that was not found in the conventional "pressure point" stimulation methods. ¥? It becomes a medical device. Whether it's Kaki cells, capillaries, or other cells, rather than just being shocked,
, heating in addition to that causes a greater stimulus, and when the heating is repeated alternately with cooling, the subject receives an even greater stimulus. When switching between highly wetted liquid and cold liquid, the jet flow is stopped, which adds to the effect of intermittent injection. .

The injection liquid supply pipes α and tih in FIG. , 2 hours have passed. In this example, the simplest switching valve is used as the switching device 6, and the valve stem 6α is reciprocated at regular intervals to alternately pass the high temperature liquid supply pipe lα and the cold liquid supply web to the pump. I have to. The reciprocating drive of the valve stems 6a, . is based on the method of turning a crank with a motor, and the motor start, stop switch, and motor rotation speed Rf
It has a knob for f1. The latter knob is the operating section of the switching frequency control mechanism. .

, injection speed, adjustment mechanism! is an important part of the operation, and as shown in the figure, it is directly connected to the nozzle 3. In addition to the laminar flow, the method of inserting a FF disorder material, the method of reducing the flow rate by reducing the flow rate (throttle valve type), etc., is based on known technology.

The therapeutic devices i and o in Figure 1 have one "acupoint" Q, and zu? Sequential 1
．． It is a portable, home-use device for treatment, and a holder (not shown) is attached to the Bonpco part to allow vertical movement, horizontal movement,
It is best to use it so that it can stand still freely.

First, place the injection nozzle 3 on the ``pot'' Q, then pull it up and park it at the position shown in the figure. Then, when you press Bonpco's switch 7α, that Plancia, 2C will reciprocate;, ip
The cooling liquid is intermittently sent from the supply pipe ah to the nozzle 3 by moving, and the jet stream / cuts off the Q point and hits directly.

The knob of the injection speed R cylinder mechanism 3 is initially set at a position where the liquid flow is disturbed to create a weak jet, and after the start of injection, it is opened to the blowing rod to strengthen the jet. A direct hit from the blue sky □ At the point where I started to feel pain, FJl! Stop 5'j.

When the button is pressed, cold liquid and high wet liquid will come out to mix.
Become so,. The switching period is adjusted by the knob. Now we're in a steady state, so here we go! Treat for a certain amount of time and then move on to the next ``acupoint'' Q point.

If the injection liquid contains medicinal substances, gel manila stand, each tank,! It is better to prepare another 5 and switch it with a valve.

In the embodiment shown in FIG. 1, 94 points on the skin are treated one by one, so it takes a considerable amount of time even if one point is one minute. There! 1
．． Arrange several nozzles 3 in Figure 1 according to the mutual spacing between points Q, and connect the moxibustion nozzle 3 from the piping to increase the capacity of Bonpco.
Alternatively, the liquid may be sent to.

A large-scale device that further increases treatment efficiency is shown in Figures 2 and below. However, in principle there is no difference from the one shown in Figure 1. .

In FIG. 2, a patient M is placed on a waterproof bed that can be raised and lowered, and a treatment H10 that can be moved along the upper surface of the bed is provided. Injection liquid supply bag ff4t<t and supply pipe lσ<h>
Although 9 are shown one by one, it goes without saying that the various liquid tanks and supplies 9 to 9 for high-temperature liquid, cold liquid, dry water, germanium aqueous solution, etc. can be switched as appropriate. nozzle,? If the number of pumps increases, it is better to increase the number of pumps than to use - large capacity pumps.

When treating multiple points on the skin at the same time, each injection nozzle 3
It is necessary to align it with the position of the ``pot''. Therefore, the second
In the illustrated embodiment, a liquid distribution chamber is provided at the pump outlet. Pressure-resistant hoses are attached to the many hose ports that come out of the //
One end is fitted, and an injection nozzle 3 is attached to the other end.

This allows the injection nozzle 3 to be placed in any position. Although the method of fixing to a) is free, the simplest mechanism is to manually attach the nozzles 3 one by one to the device at the desired position, and then fix them to horizontal and vertical crosspieces using clamps or the like. The positioning device may be automated and the position of each nozzle 3 may be controlled by a computer according to the physique of the person M to be treated.

In addition, in the illustrated example, holes are placed on the motsu pattern board/3 at the "-" position of each body type for the do, middle, and upper parts of the body.
A simple positioning method is used, in which a hole is prepared and the nozzle 3 is dropped into the hole.

In addition to moving the nozzle 3 as shown in the example in Fig. 2, there is also a method of aligning the nozzle 3 with the ``po'' position.In addition to moving the nozzle 3 as shown in the example in Fig. There is a method of opening by pressing the valve button and keeping A (C) closed, and a method of always opening all nozzles and ? and applying the jet stream to areas that are not "pots". Here is an example.

FIG. 6 shows an example in which the left, right, front, back, and head of a human body M are each injected with 12N by an injection box/q having iM nozzle holes. Pumps and other parts are omitted. In order for the person to be treated to stand in the correct position within the enclosure, it is recommended that the step stool be raised and lowered, and that a gauge plate or the like be attached to maintain an appropriate distance between the inner surface of each injection box/gu and the body. A chair may be provided that allows the patient to sit rather than stand, adjust the height, and correct posture.

The embodiment shown in FIG. 4 is mainly intended for the medicinal effect of germanium aqueous solution. The bathtub type treatment table 15 has a Chiaki bed/A placed in its bottom to float and support the human body M.
Three groups of injection nozzles provided on the side wall directly hit the skin with germanium-containing groove jets. If necessary, fill the tank with germanium-containing liquid W and perform simple immersion and jet flow II! This is intended to allow germanium to penetrate into the skin with both the 7' shot and the 7' shot.

The injection group V/7 along the side wall is a pipe with several injection nozzles attached to the box of the distribution chamber 7.2, as shown in Figure 5, and the handle 7g that comes out on the upper left of the treatment table. The vertical position can be adjusted by C. A jet stream is applied to the entire surface, including the ``pot''.

As shown for the first time in FIG. 4, the germanium-containing liquid is recovered after being injected. That is, an f'' filtration device 20 is attached outside the liquid drain hole /9 on the bottom of the ji 1/S, and the filtered liquid is passed through the reflux bombco/ to the injection liquid supply bag fr, which is a germanium aqueous solution tank.
It is equipped with a collection device that sends it to Y II. The refluxed liquid goes through the pipe again to the bombco' of each nozzle group.

Figure 6 shows that the three groups of nozzles are not configured with injection pipes as in Figure 5.
An injection box/ll made pressure resistant by inserting crosspieces 2.2 vertically and horizontally,
A nozzle group with a large area can be formed by arranging spray sludge with bombcoats of appropriate size. Figure 3,
The injection box/4Z shown in FIG. 7 also has a similar structure.

FIG. 7 shows an embodiment of a treatment device that injects germanium aqueous solution over the whole body for the purpose of improving the constitution rather than treating the affected area. When the patient M enters the room and sits down, move the mobile injection box/ri' forward, close the entrance, and spray the i/47. /＋'
The germanium aqueous solution is injected from all the nozzles of 3 or from the nozzles 3 at the required (U position or alternating positions). Of course, a recovery device including an F filter and 20 as shown in Fig. 4 is attached to the bottom to circulate and reuse the liquid. The human body M may wear thin clothing, and the jet stream will be strengthened accordingly.

Although a few examples have been described above, this invention can be varied and applied in a variety of ways according to the practice, implementation, and application using well-known techniques of therapists and machine designers, without changing its gist. It is something. Points of direct impact from the jet are not limited to the traditional ``acupoints,'' but include tender points, inflamed areas, and other locations where a stimulating effect has actually been observed. The shape of the injection nozzle hole may be freely selected from circular, polygonal, annular, etc.

In the above embodiment, the injection is mainly performed using a reciprocating pump, but if the injection is intermittent by opening and closing the valve rather than by the movement of the pump, the ratio of the injection time to the rest time can be freely changed, and the treatment technique and 11 - Intermittent injection at the optimal time ratio can be performed based on the experience and research of researchers.

When alternating hot and cold liquids on a weekly basis, by selecting the optimal time ratio and selecting high and low liquid temperatures, the therapist's technique can be advanced beyond the reach of amateurs. The invented therapeutic device improves treatment and therapy techniques.

The structure of medical equipment varies depending on the purpose and price, ranging from simple models for home use to computer-controlled general-purpose machines for large hospitals and specialized machines, but medical equipment designers can easily understand the above explanation. Can be designed.

' The treatment device of this invention has been recognized to have a skin stimulatory effect, and because it directly hits the spot with a thin, intense stream of N, the jet stream contains air and forms a 7-grain square shape that directly hits the skin. A special ``acupuncture point'' stimulation method, dan and 6 songs, between traditional ``acupuncture'' and acupressure therapy. Since it is a jet stream, it can be easily interrupted to enhance the impact effect, and it is also easy to add medicinal substances to the liquid to reduce the effects. The medicinal quality is applied to the skin along with the liquid, so it bleeds easily. Germanium is allowed to permeate into the skin, maintaining its medicinal efficacy, and there is no need to attach solid germanium to the skin for a long time.

□Gaya↓0, l6, go, eh. Since the jet stream is recovered and returned to the supply device, the precious gel and manium aqueous solution can be used to their fullest extent.

This invention has the technical and medical effects of adding a modern jet treatment device to the ancient acupuncture method and using the characteristics of jet flow, such as intermittent shock, thermal stimulation, and the sieve effect of chemical permeation, to collect snow. big. , .

FIG. 1 shows one implementation of this invention, □Example-Direction, Section □, 2. □
Fig. 5 is a perspective view of seven examples of the injection nozzle □ group, Fig. 6 is a perspective view of one example of the injection nozzle group (ml), and Fig. 7 is a perspective view of one example of the injection nozzle group. It is a perspective view of an i embodiment of a smile-shaped □.

Claims (1)

[Scope of Claims] (1) A treatment device that directly hits one or more points with a thin, intense jet stream for several seconds to several tens of minutes at one or more points that have been found to have a stimulating effect on the skin, Each injection nozzle directed toward a point, an injection speed adjustment mechanism, and a periodic automatic opening/closing valve or reciprocating valve for supplying injection liquid to these. and a pressurized jet liquid intermittent supply device using a pump, and the jet flow is characterized in that when the jet speed adjustment mechanism is fully opened, pain can be felt at the point of direct impact on the skin. A treatment device that uses jets of water. (2. A treatment device using a sprayed liquid that is l/A to the treatment device described in claim (1), and the sprayed liquid permeates into the skin and contains a substance that is effective for health and treatment. (3) Patent In the treatment device according to claim (2), the therapeutically effective 4flJ Ifj is a treatment device using an injection liquid in which the therapeutically effective 4flJ Ifj is water-soluble germanium. This is a treatment device that directs a narrow and intense jet stream toward the target for several seconds to several tens of minutes 1f4], and includes each jet nozzle directed toward one or multiple points, a jet speed adjustment mechanism, and a jet liquid to these. A continuous supply device for pressurized injection liquid using a regular self-cutting shut-off valve or a reciprocating pump, and a high-temperature liquid connected to this supplied f'a k tk via a 141 self-cut valve, It is equipped with a cold liquid supply device and a cutoff/fighting mode fir1 mechanism for the switching valve, and the jet flow is controlled at a skin level when the injection speed m mechanism is fully opened.
A treatment device using an injection liquid, which is characterized by being capable of directing pain to the point of direct impact of N. (5) There is a treatment device that directly hits one point or multiple points on the skin with a thin, intense jet stream for several seconds to ten minutes, with each jet nozzle directed at the one point or multiple points and adjustment of the jet speed. Mechanism, torrent water level or pump,
A method using an injection liquid characterized by comprising an injection liquid supply device for sending a pressurized germanium aqueous solution, a recovery and r-filtration device for the injected liquid, a reflux pump and a pipe line for returning the r-filtration linear flow to the supply device. treatment device.