JPH0558758B2 - - Google Patents

Description

[Detailed description of the invention] (Industrial application field) The present invention relates to a treatment device using ozone gas.

(Background Art) Ozone gas is a gas with extremely strong oxidizing power, and is known to have sterilizing, decolorizing, and deodorizing effects due to its oxidizing action. Most of the conventional uses of ozone gas have utilized its sterilizing, decolorizing, and deodorizing effects, including the following examples of uses.

Sterilization is used for indoor environmental purification, sterilization storage of tableware, sterilization of water supplies and swimming pools, sterilization of wounds, and sterilization of instruments. Decolorization and deodorization effects are used to deodorize tap water, deodorize sewage treatment plants, and purify the air in hotels and hospitals. In addition, there are examples that utilize oxidation, decomposition, surface activation, double bond cleavage reactions, and the like.

In this way, ozone gas is generally used industrially for its sterilizing and deodorizing properties, but ozone gas has also been used to disinfect wounds and treat athlete's foot, focusing on its sterilizing properties, as well as to treat athlete's foot. It is also being considered to be used as a facial beauty device to improve blood circulation.

These treatments using ozone have been used for a long time, and this is because ozone is effective in sterilizing and inactivating bacteria and mold, promoting blood circulation, and promoting metabolism.

It is also known that ozone gas can be used to eliminate stiffness and lumps and relieve inflammation in cases of stiff shoulders or lower back pain by applying ozone gas to these affected areas.

The present invention has been made with a focus on the therapeutic effects of ozone gas, and an object of the present invention is to provide a treatment device using ozone gas that is easy to handle and can easily bring ozone gas into contact with affected areas such as arms and legs. With the goal.

(Means for Solving the Problems) In order to achieve the above object, the present invention has the following configuration.

That is, the suction flow path is communicated with one end of the flow pipe having a delivery flow path for sending out ozone gas and a suction flow path for recovering ozone gas after being blown out, and the tip side is open. A cylindrical hood is attached, and a hollow body is formed inside the hood with a front end extending to a position recessed from the opening end surface of the hood and close to the opening end surface, and the front end is installing a blower body formed in a planar shape substantially parallel to the opening surface of the hood and having a plurality of blowholes formed at the front end thereof for blowing out ozone gas, with the delivery passage communicating with the blower body; The present invention is characterized in that an ozone device is provided at the other end of the channel pipe, the ozone device having a delivery section that supplies generated ozone gas from the delivery channel and a suction section that sucks ozone gas from the suction channel.

Further, the delivery channel is connected to the inside of one end of the channel tube having a delivery channel for sending out ozone gas and a suction channel for recovering ozone gas after being blown out, and the tip side is open. A cylindrical hood is attached, and inside the hood,
A front end extends to a position recessed from the opening end surface of the hood and close to the opening end surface, the front end is formed in a planar shape substantially parallel to the opening surface of the hood, and a plurality of ozone gas is sucked into the front end. a hollow body in which a suction hole is formed is attached with the suction flow path communicating with the hollow body, and a delivery portion that supplies the generated ozone gas from the delivery flow path to the other end of the flow pipe; The present invention is characterized in that an ozone device is provided that has a suction section that suctions ozone gas from the suction flow path.

(Function) When the suction passage communicates with the hood and the delivery passage communicates with the blowout body, ozone gas is sent from the ozone device into the blowout body, and after being blown out from the blowout hole, the ozone gas is sent to the hood side. is absorbed from.

When the delivery channel communicates with the hood and the suction channel communicates with the hollow body, ozone gas is blown out from the hood side outside the hollow body, and ozone gas is sucked from the suction hole of the hollow body.

(Embodiments) Preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

FIG. 1 is an explanatory diagram showing one embodiment of a treatment device using ozone gas according to the present invention.

In the figure, reference numeral 10 denotes a flow path pipe for sending and exhausting ozone gas, in which a delivery flow path 12 for sending ozone gas and a suction flow path 14 for suctioning and exhausting ozone gas are formed. Channel pipe 1
0 is connected to an ozone device 16 as shown in FIG. are connected to the suction parts of each.

As shown in FIG. 2, the flow pipe 10 is erected on the ozone device 16 and bent into an L-shape at the upper part, and is fixedly supported by a stand 18 at the bent position.

A cylindrical hood 20 having a larger diameter on the distal end side is attached to the distal end of the flow pipe 10 so as to open downward.

As shown in FIG.
The outflow channel 12 and the suction channel 14 are attached with their ends opened in the hood 20, and a blowout body 22, which is a hollow body formed in a hollow shell shape, communicates with the outflow channel 12. and fixed.
The diameter of the blowing body 22 gradually increases from the connecting part with the delivery channel 12, and a slight space is left between the outer peripheral surface of the blowing body 22 and the inner surface of the hood 20.
0 extends toward the opening side.

The blowing portion 22a, which is the front end of the blowing body 22 facing the opening surface of the hood 20, is formed into a substantially planar shape with a slightly concave curve in the center, and is provided with a predetermined number of blowing holes 24 for passing ozone gas.

Note that the blowing portion 22a is provided at a position slightly retreating from the extended position of the hood 20.

Next, how to use the above embodiment will be explained.

In the treatment device using ozone gas, the affected area such as an arm or leg is brought close to the opening of the hood 20, and the blowing part 22
It is used by bringing the affected area into contact with ozone gas discharged from a.

The ozone gas generated by the ozone device 16 is sent into the blowing body 22 through the sending channel 12, and is discharged to the outside from the blowing hole 24. After the ozone gas discharged to the outside comes into contact with the affected area, it is sucked back to the ozone device 16 through the suction channel 14.

As shown in FIG. 1, the ozone gas blown out from the blowing body 22 is shielded by the hood 20 so as not to leak outside, and the suction channel 1
It can be effectively collected by suctioning on the 4th side. When the hood 20 is used close to the end edge of the hood 20 so that the affected area is almost in contact with it, the space is almost sealed and the effect of preventing ozone gas from leaking to the outside is enhanced.

In addition, as shown in FIG. 1, a protective skirt 26 may be provided hanging around the periphery of the opening of the hood 20 using a flexible sheet material. In this case, when the affected area is brought close to the hood 20, the skirt 26 covers the periphery of the hood 20, further enhancing the shielding effect.

The treatment device using ozone gas according to the present embodiment has the feature that it is extremely easy to handle, since it can be brought into contact with the ozone gas by simply keeping the affected area close to the hood 20, so there is no operational hassle. Since it is only necessary to set the affected area close to the hood, it can be used not only for arms, legs, etc., but also for appropriate areas such as the waist and back.
By making the direction of the tube 0 variable, making the flow pipe 10 flexible, and making it expandable, it can be easily set up, and the patient can be treated in a comfortable position. can receive.

In addition, as mentioned above, the area near the affected area is sealed and sealed to allow ozone gas to come into contact with it, reducing the amount of ozone gas that gets wet with the outside for treatment, making it possible to use ozone gas with a relatively high concentration, increasing the therapeutic effect. There is an advantage.

In addition, although the above-mentioned treatment device uses ozone gas while recovering it, the recovered ozone gas is used in the ozone device 1.
6, it is rendered harmless by heating, etc., and then released to the outside or recycled. Furthermore, if the concentration is below a certain level, it may be released to the outside as is.

Further, the hood 20 and the like can be designed in an appropriate shape and size using a material having ozone resistance. In addition, in the above embodiment, the delivery channel 12 was connected to the hollow body disposed inside the hood 20, but the hollow body was connected to the suction channel 14 in reverse to reverse the flow direction of the ozone gas. Alternatively, ozone gas may be blown out from the periphery of the hood 20 and sucked through a suction hole provided at the front end of the hollow body. Depending on the design, this configuration may be more effective in suppressing the outflow of ozone gas than the above example.

The present invention has been variously explained above with reference to preferred embodiments, but the present invention is not limited to these embodiments, and it goes without saying that many modifications can be made without departing from the spirit of the invention. That's true.

(Effect of the invention) In the treatment device using ozone gas according to the present invention, when the delivery channel is connected to the blowout body, ozone gas flows from the blowoff body toward the outer hood side, and the ozone gas flows toward the hood side. When a delivery channel is connected to the hood, a flow of ozone gas is generated from the hood side toward the inner hollow body, making it possible to constantly bring fresh ozone gas into contact with the affected area.
Further, the device has a simple configuration, is extremely easy to handle during treatment, etc., and has the advantage that ozone gas treatment can be easily performed. Further, the ozone gas blown out to the outside can be prevented from leaking to the outside by suctioning it with a hood or a hollow body. In particular, when suction is drawn toward the center of a hollow body, the leakage prevention effect is enhanced. This makes it possible to suppress the harmful effects of ozone gas, such as irritating odor, and to use ozone gas with a relatively high concentration, resulting in significant effects such as effective treatment.

[Brief explanation of drawings]

FIG. 1 is an explanatory diagram showing the main parts of a treatment device using ozone gas according to the present invention, and FIG. 2 is an explanatory diagram showing the overall schematic configuration. 10... Channel pipe, 12... Sending channel, 14...
...Suction channel, 16...Ozone device, 18...Stand, 20...Hood, 22...Blower body, 2
2a...Blowout section, 24...Blowout hole, 26...
skirt.

Claims (1)

[Scope of Claims] 1. One end of a flow path pipe having a delivery flow path for sending out ozone gas and a suction flow path for recovering ozone gas after being blown out, the suction flow path being communicated with the inside thereof. , a cylindrical hood with an open end is attached, and a hollow body is formed inside the hood with a front end extending to a position recessed from the opening end surface of the hood and close to the opening end surface. , the blower body has a front end formed in a planar shape substantially parallel to the opening surface of the hood, and a plurality of blowholes for blowing out ozone gas are formed in the front end; an ozone device installed in communication with each other, and having an ozone device at the other end of the flow pipe having a delivery part that supplies generated ozone gas from the delivery flow path and a suction part that sucks ozone gas from the suction flow path; A treatment device that uses ozone gas. 2. A tube having a delivery channel for sending out ozone gas and a suction channel for recovering the ozone gas after being blown out, with the delivery channel communicating with the inside at one end of the pipe, and the tip end being open. A hood formed in the shape is attached, and a front end portion extends inside the hood to a position recessed from the opening end surface position of the hood and close to the opening end surface, and the front end portion is substantially parallel to the opening surface of the hood. A hollow body formed in a planar shape and having a plurality of suction holes for sucking ozone gas formed in the front end thereof is attached with the suction flow path communicating with the hollow body, and the other end of the flow path pipe is provided with: A treatment device using ozone gas, characterized in that an ozone device is provided, the ozone device having a delivery section that supplies generated ozone gas from the delivery channel and a suction section that sucks ozone gas from the suction channel.