JP6837383B2 - Gas release member and gas supply device - Google Patents

Description

The present invention relates to a gas release member that releases a gas containing ozone and a gas supply device including the gas release member.

In recent years, a beauty method using ozone has become known in order to suppress the occurrence of dullness and blemishes, and to obtain a whitening effect that leads to a transparent feeling and glossy skin, which is important for beautiful skin (for example,). Patent Document 1). In such a beauty method using ozone, a nozzle is connected to a device that supplies air containing ozone, and air containing ozone emitted from the nozzle is sprayed on a dullness, a stain, or the like.

Further, in recent years, it is known that ozone is used in order to obtain a bactericidal effect, an anti-inflammatory effect on the skin causing acne or atopic dermatitis, or a deodorizing effect such as body odor or animal odor.

Japanese Unexamined Patent Publication No. 2006-169196

However, since the conventional nozzle that emits a gas containing ozone only emits a gas containing ozone, it is possible to obtain an effect such as sterilization by ozone, but it is not possible to obtain a further effect. , There is a problem that the use is limited.

An object of the present invention is that a massage effect can be obtained in addition to the effect of ozone, and blood circulation or blood circulation or blood circulation through the liquid is achieved by submerging a gas-containing release portion of ozone in a liquid such as hot water in a bathtub. It is to provide a gas release member and a gas supply device capable of promoting metabolism.

The gas release member according to the present invention is a gas release member connected to a gas supply device that supplies a gas containing ozone, and includes a case provided with a supply port to which the gas is supplied from the gas supply device, and the supply. A plurality of discharge ports for discharging the gas supplied from the mouth to the outside, and a plurality of protrusions having an elastic force protruding outward around each of the plurality of discharge ports are provided and attached to the case. In a space surrounded by the cover and the case and the cover, a plurality of rolling elements are movably stored, and the gas is communicated with the supply port and the plurality of discharge ports and is supplied from the supply port. It has a gas diffusing portion that diffuses the gas and emits it from the plurality of outlets, and the rolling element emits far infrared rays or radiation.

The gas supply device of the present invention includes a gas supply device that supplies a gas containing ozone and a gas release member connected to the gas supply device, and the gas release member is the gas from the gas supply device. A case provided with a supply port to which the gas is supplied, a plurality of discharge ports for discharging the gas supplied from the supply port to the outside, and an elastic force protruding outward around each of the plurality of discharge ports. The supply port and the plurality of discharge ports are provided with a plurality of protrusions, and a cover attached to the case and a space surrounded by the case and the cover for movably storing a plurality of rolling elements. The rolling element emits far infrared rays or radiation, and has a gas diffusing portion that communicates with the gas and diffuses the gas supplied from the supply port to be discharged from the plurality of discharge ports.

The gas containing ozone supplied from the gas supply device to the supply port is diffused by the gas diffusion part and discharged to the outside from a plurality of discharge ports, and the acupuncture points and the like can be pressed by the protrusions, and humans, pets, etc. When a gas emitting member is inserted into a liquid such as hot water in a bathtub in which an animal is immersed and used, far infrared rays or radiation are emitted into the liquid from a rolling element movably housed in a gas diffusing portion.

According to the present invention, in addition to the effect of ozone, a massage effect can be obtained, and by submerging a portion of a gas containing ozone in a liquid such as hot water in a bathtub, blood circulation or blood circulation or blood circulation through the liquid can be obtained. It can promote metabolism.

It is a figure which shows the gas supply device which concerns on embodiment of this invention. It is a block diagram which shows the structure of the gas supply device which concerns on embodiment of this invention. It is a perspective view of the gas release member which concerns on embodiment of this invention. It is a side view of the gas release member which concerns on embodiment of this invention. It is a front view of the gas release member which concerns on embodiment of this invention. It is a back view of the gas release member which concerns on embodiment of this invention. FIG. 5 is a cross-sectional view taken along the line AA of FIG.

Hereinafter, the gas supply device and the gas release member according to the embodiment of the present invention will be described in detail with reference to the drawings as appropriate. In the figure, the x-axis, y-axis, and z-axis form a three-axis orthogonal coordinate system, with the positive direction of the y-axis being the front direction, the negative direction of the y-axis being the rear direction, the x-axis direction being the left-right direction, and the z-axis. The positive direction will be described as an upward direction, and the negative direction of the z-axis will be described as a downward direction.

<Structure of gas supply device>
The configuration of the gas supply device 1 according to the embodiment of the present invention will be described in detail below with reference to FIG.

The gas supply device 1 is detachably connected to a gas supply main body 2 and a gas supply main body 2 that generate a gas in which ozone and air are mixed and supply the gas to the gas release member 3, and the gas supply main body 2 is detachably connected to the gas supply main body 2. It has a gas release member 3 that releases ozone supplied from the source to the outside.

<Structure of gas supply body>
The configuration of the gas supply main body 2 according to the embodiment of the present invention will be described in detail below with reference to FIGS. 1 and 2.

The gas supply main body 2 as a gas supply has a housing 20, an ozone supply handle 21, an air supply handle 22, a timer 23, a handle 24, and a supply port 25.

As shown in FIG. 2, the housing 20 includes an ozone generating unit 11, an ozone concentration control unit 12, a control unit 13, an opening / closing valve 14, an air suction unit 15, an ozone dilution unit 16, and an opening / closing valve 17. And is provided inside.

The ozone generation unit 11 generates ozone and supplies it to the on-off valve 14.

The ozone concentration control unit 12 can set the ozone concentration in a predetermined range in advance at the time of shipment of the gas supply device 1 or the like so that the ozone concentration becomes a predetermined concentration. The ozone concentration control unit 12 controls the opening and closing of the on-off valve 14 so that the ozone of the flow rate corresponding to the set concentration is supplied from the ozone generating unit 11 to the ozone diluting unit 16.

The control unit 13 can adjust the ozone concentration in a range smaller than the range set by the ozone concentration control unit 12 according to the operation of the ozone supply handle 21. The control unit 13 controls the on-off valve 14 based on the signal input from the ozone supply handle 21 so that the ozone of the flow rate corresponding to the operation of the ozone supply handle 21 is supplied from the ozone generation unit 11 to the ozone dilution unit 16. By doing so, the ozone concentration set by the ozone concentration control unit 12 is adjusted. Based on the signal input from the air supply handle 22, the control unit 13 of the on-off valve 17 so that the mixed gas of the flow rate corresponding to the operation of the air supply handle 22 is supplied from the ozone dilution unit 16 to the gas release member 3. Control opening and closing. The control unit 13 closes the on-off valve 17 when the time set by the timer 23 elapses, and stops the supply of the mixed gas from the ozone dilution unit 16 to the gas release member 3.

The on-off valve 14 adjusts the flow rate of ozone supplied from the ozone generation unit 11 to the ozone dilution unit 16 under the control of the ozone concentration control unit 12, and from the ozone generation unit 11 to the ozone dilution unit 16 under the control of the control unit 13. Adjust the flow of ozone supplied.

The air suction unit 15 sucks in external air and supplies it to the ozone dilution unit 16.

The ozone diluting unit 16 dilutes the ozone supplied from the on-off valve 14 with the air supplied from the air suction unit 15, so that the ozone concentration set by the ozone concentration control unit 12 is adjusted by the control unit 13. Produces a mixed gas containing ozone. The ozone dilution unit 16 supplies the generated mixed gas to the on-off valve 17.

The on-off valve 17 adjusts the flow rate of the mixed gas supplied from the ozone dilution unit 16 under the control of the control unit 13, and transfers the mixed gas supplied from the ozone dilution unit 16 to the gas release member 3 via the supply port 25. Supply.

The ozone supply handle 21 is provided in the housing 20 so that the user can adjust the ozone concentration, and outputs a signal according to the user's operation to the control unit 13.

The air supply handle 22 is provided in the housing 20 so that the user can adjust the flow rate of the mixed gas, and outputs a signal according to the user's operation to the control unit 13.

The timer 23 is provided in the housing 20 so that the user can set the time for supplying the mixed gas from the ozone supply main body 2, and measures the set time.

The handle portion 24 is provided on the upper surface of the housing 20 and is gripped by hand to make the ozone supply main body portion 2 portable.

The supply port 25 allows the gas release member 3 to be detachably connected via the hose 33, and when the gas release member 3 is connected, the mixed gas can be supplied from the on-off valve 17 to the gas release member 3. To.

<Structure of gas release member>
The configuration of the gas release member 3 according to the embodiment of the present invention will be described in detail below with reference to FIGS. 3 to 7.

The gas release member 3 according to the present embodiment is connected to a gas supply main body 2 that supplies a gas containing ozone, and has a case 50, a cover 60, and a gas diffusion unit 70.

The case 50 has a convex shape as a whole that gently projects rearward, and includes a grip portion 52, a contact surface 53 that abuts on the palm, a locking recess 54, and a support wall 55.

The grip portion 52 is provided at the rear end of the columnar portion 521 which is erected in a columnar shape rearward from the contact surface 53, and is provided at the rear end of the columnar portion 521 and intersects the erection direction (negative direction of the y-axis) of the columnar portion 521. It is provided with an extension portion 522, which is extended to, and is gripped by hand. The grip portion 52 includes a supply port 51.

The rear end of the supply port 51 opens to the rear surface of the extension portion 522 and communicates with the outside, and the front end communicates with the gas diffusion portion 70 and extends parallel to the erection direction of the columnar portion 521. As shown in FIG. 7, the front end side of the supply port 51 has a shape in which the hem widens toward the front. Gas containing ozone is supplied to the supply port 51 from the gas supply main body 2.

As shown in FIG. 4, the columnar portion 521 has a shape in which the front end is widened toward the front and the rear end is widened toward the rear. The extension portion 522 has a plate shape, and the rear surface is an inclined surface inclined downward.

As shown in FIG. 7, the locking recess 54 is recessed in the inner wall on the front end side of the case 50.

As shown in FIG. 7, the support wall 55 is provided at the front end of the case 50, and the locking portion 63 of the cover 60 comes into contact with the support wall 55 to support the cover 60.

The cover 60 is made of an elastically deformable material such as an elastomer, and has a convex shape as a whole that gently protrudes forward, and is detachably attached to the case 50 by its own elastic force. The cover 60 includes a plurality of outlets 61, a plurality of protrusions 62, and a locking portion 63.

The discharge port 61 discharges the gas diffused by the gas diffusion unit 70 to the outside.

The plurality of protrusions 62 have elastic force, are provided around each of the plurality of discharge ports 61, and project outward and forward from the cover 60. The plurality of protrusions 62 are arranged within a range that fits in the palm of a human. The protrusion 62 is composed of a protrusion 62a and a protrusion 62b that is provided around the protrusion 62a and elastically deforms with a deformation amount larger than that of the protrusion 62a when pressed by a predetermined pressing force. There is.

The protrusion 62a has a shape in which the diameter gradually decreases toward the front end, and the front end is curved. The protrusion 62b has a cylindrical shape having substantially the same diameter in the front-rear direction, and its front end is curved. The protrusions 62b are arranged on the cover 60 along the outer peripheral edge of the cover 60 so as to surround the plurality of protrusions 62a and the plurality of discharge ports 61.

The locking portion 63 is locked by being pressed against the locking recess 54 of the case 50 by the elastic force of the cover 60.

The gas diffusion unit 70 is a space surrounded by the case 50 and the cover 60, and the plurality of rolling elements 80 are movably housed and communicated with the supply port 51 and the plurality of discharge ports 61. The gas diffusion unit 70 diffuses the gas supplied from the supply port 51 and discharges the gas from the plurality of discharge ports 61. The rolling element 80 is spherical, emits far infrared rays or a low dose of radiation, is a radium ore or ceramics, or preferably contains radium or ceramics. Further, the rolling element 80 may contain tourmaline ore or a solid containing tourmaline or vanadium mixed with radium ore, ceramics or the like.

The rolling element 80 can have an arbitrary three-dimensional shape, not limited to a spherical shape, as long as the gas diffusion portion 70 can be moved. Further, the rolling element 80 is not limited to the case where the rolling element 80 is formed of radium ore, ceramics or the like, and the rolling element 80 can be formed of any substance that emits far infrared rays or radiation.

<How to use the gas release member>
The method of using the gas release member 3 according to the embodiment of the present invention will be described in detail below.

The gas release member 3 can be used for animals such as humans and pets.

The gas discharge member 3 is connected to the gas supply main body 2 via the supply port 25 and the hose 33 by turning on the main power supply (not shown) and adjusting the on-off valve 14 and the on-off valve 17. A gas containing ozone is supplied.

The gas release member 3 is wrapped by the operator's hand with the convex contact surface 53 gently projecting rearward in contact with the palm of the operator, and the columnar portion 521 of the grip portion 52 is the index finger of the operator. It is operated in a state where the front surface of the extension portion 522 of the grip portion 52 is in contact with the index finger and the middle finger of the operator while being sandwiched from the left and right by the middle finger and the middle finger. As a result, the gas release member 3 can be operated in a state of being fitted to the operator's hand, so that the operation of the gas release member 3 can be facilitated.

Further, by connecting the hose 33 to the rear end of the supply port 51 that opens on the rear surface of the extension portion 522, the hose 33 can be prevented from coming to the front side, and when the gas release member 3 is operated, the hose 33 can be prevented from coming to the front side. It is possible to prevent the hose 33 from being entangled with the gas release member 3.

The gas supplied from the supply port 25 of the gas supply main body 2 is supplied to the supply port 51 of the gas discharge member 3.

The gas supplied to the supply port 51 is supplied to the gas diffusion unit 70 from the front end of the supply port 51 through the supply port 51. At this time, the gas supplied from the supply port 51 to the gas diffusion unit 70 can be easily diffused by the gas diffusion unit 70 by forming the hem-spreading shape with the front end side of the supply port 51 facing forward.

The gas supplied to the gas diffusing unit 70 is diffused in the space of the gas diffusing unit 70, and the rolling element 80 moves the gas diffusing unit 70 as the gas releasing member 3 is moved, so that the rolling element 80 is moved. It is more diffused while colliding with.

The gas diffused by the gas diffusing unit 70 is discharged to the outside front from the discharge port 61 of the cover 60, and is sprayed on a part of the body such as the head, face, or feet located in front of the gas discharging member 3. At this time, a massage effect can be obtained by the gas released from the discharge port 61, and a bactericidal effect, an anti-inflammatory effect or a deodorizing effect can be obtained by ozone contained in the gas released from the discharge port 61.

Further, by pressing the protrusion 62 of the gas release member 3 against the acupuncture points of the body to obtain the acupressure effect and the massage effect, blood circulation can be improved and the body temperature can be raised. At this time, when the gas release member 3 is used for a human being, since the protrusion 62 is arranged within the range that fits in the palm, the acupuncture points of the entire palm can be pressed at the same time, and the mother having a size substantially the same as the palm of the foot The entire acupoint of the lateral head of the toe adduction muscle, the entire acupoint of the flexor hallucis brevis, or the entire acupoint of the heel can be pressed at the same time.

Further, the gas release member 3 can be used as a comb by bringing the gas release member 3 to a hairy portion such as the head and passing the hair such as hair between the protrusions 62.

When the gas release member 3 is used by being inserted into a liquid such as hot water in a bathtub, far-infrared rays or low-dose radiation is emitted from the moving body 80 into the liquid, so that humans or pets immersed in the liquid can be used. It is possible to obtain the effect of increasing the body temperature by promoting the blood circulation or metabolism of the animal through the liquid. Specifically, when the rolling element 80 contains radium ore or radium, the hormesis effect of low-dose radiation emitted from radium can promote blood circulation or metabolism, and has an effect of raising body temperature and the like. Can be obtained. In addition, when the rolling element 80 contains ceramics or ceramics, far infrared rays radiated from the ceramics activate the molecular motion of skin cells and body fluids, so that blood circulation or metabolism can be promoted and the body temperature rises. It is possible to obtain effects such as making it.

Further, when the gas release member 3 is used by being inserted into a liquid such as hot water in a bathtub, and the rolling element 80 contains tourmaline ore or tourmaline, negative ions are emitted from the rolling element 80 to relax. The effect etc. can be obtained. Further, when the rolling element 80 contains vanadium, an effect of promoting metabolism and the like can be obtained.

Further, when the gas release member 3 is used by being inserted into a liquid such as hot water in a bathtub, ozone is released into the liquid from the discharge port 61, so that an animal such as a human or a pet immersed in the liquid or a liquid It is possible to sterilize or deodorize the bathtub or the like in which the liquid is stored, and to decompose harmful substances contained in the liquid to make them harmless.

When the gas release member 3 becomes dirty due to repeated use, the cover 60 can be removed from the case 50 to wash the cover 60, or the cover 60 can be replaced with a new cover 60. Further, even before the cover 60 is replaced, the cover 60 can be sterilized by ozone emitted from the discharge port 61 of the cover 60, so that the cover 60 is clean. Further, since the cover 60 is sterilized by ozone emitted from the discharge port 61 of the cover 60, it is clean even if it is used on the head or face after using the gas release member 3 on the feet, and a plurality of parts of the body. The gas release member 3 can be shared with respect to the above.

In the above method of using the gas release member 3, a gas containing ozone is directly blown onto the body or the gas release member 3 is inserted into a liquid such as hot water in a bathtub, but soap for cleaning the body or the like is used. A gas containing ozone may be used for foaming.

The present invention is not limited to the above-described embodiment in terms of the type, arrangement, number, etc. of the members, and the constituent elements thereof are appropriately replaced with those having the same effect and effect, as long as the gist of the invention is not deviated. Of course, it can be changed as appropriate.

Specifically, in the above embodiment, the gas release member 3 has an elliptical shape when viewed from the front, but it can have an arbitrary shape other than the elliptical shape when viewed from the front.

Further, in the above embodiment, the supply port 51 is provided in the grip portion 52, but the supply port 51 can be provided at an arbitrary position such as the contact surface 53.

Further, in the above embodiment, the grip portion 52 is not limited to the case where the grip portion 52 is erected behind the contact surface 53, and the grip portion may be erected laterally, above or below the contact surface 53.

Further, in the above embodiment, the grip portion 52 includes a columnar portion 521 and an extension portion 522, but the grip portion can have an arbitrary shape as long as it can be gripped by hand.

Further, in the above embodiment, the protrusion 62 is composed of the protrusion 62a and the protrusion 62b, but the protrusion may be formed only by the protrusion 62a or the protrusion 62b, or the protrusion may be formed by three or more types of protrusions. It may form a part.

The present invention is suitable for a gas release member and a gas supply device that release a gas containing ozone.

1 Gas supply device 2 Gas supply main body 3 Gas release member 11 Ozone generator 12 Ozone concentration control unit 13 Control unit 14 Open / close valve 15 Air suction unit 16 Ozone dilution unit 17 Open / close valve 20 Housing 21 Ozone supply handle 22 Air supply handle 23 Timer 24 Handle 25 Supply port 33 Hose 50 Case 51 Supply port 52 Grip part 53 Contact surface 54 Locking recess 55 Support wall 60 Cover 61 Discharge port 62 Projection 62a Projection 62b Projection 63 Locking part 70 Gas diffusion Part 80 rolling element

Claims (6)

A gas release member connected to a gas supply device that supplies a gas containing ozone.
A case provided with a supply port to which the gas is supplied from the gas supply device, and
The case includes a plurality of discharge ports for discharging the gas supplied from the supply port to the outside, and a plurality of protrusions having elastic force protruding outward around each of the plurality of discharge ports. With a cover that can be attached to
A space surrounded by the case and the cover for movably storing a plurality of rolling elements, communicating with the supply port and the plurality of discharge ports, and diffusing the gas supplied from the supply port. A gas diffusing unit that discharges from the plurality of outlets,
Have,
The rolling element
Emit far infrared rays or radiation,
A gas release member characterized by this. The rolling element
Contains radium ore or ceramics, or radium or ceramics,
The gas release member according to claim 1. The case is
A grip portion provided with a columnar portion erected in a columnar shape at the rear and a plate-shaped extending portion provided at the rear end of the columnar portion and extended in a direction intersecting the erection direction of the columnar portion. Have,
The gas release member according to claim 1 or 2, wherein the gas release member according to claim 2. The supply port is
The rear end is open to the rear surface of the extension.
The gas release member according to claim 3, wherein the gas release member. The cover is
Detachable to the case,
The gas release member according to any one of claims 1 to 4, wherein the gas release member. A gas supply device that supplies gas containing ozone,
A gas release member connected to the gas supply device and
Have,
The gas release member is
A case provided with a supply port to which the gas is supplied from the gas supply device, and
The case includes a plurality of discharge ports for discharging the gas supplied from the supply port to the outside, and a plurality of protrusions having elastic force protruding outward around each of the plurality of discharge ports. With a cover that can be attached to
A space surrounded by the case and the cover for movably storing a plurality of rolling elements, communicating with the supply port and the plurality of discharge ports, and diffusing the gas supplied from the supply port. A gas diffusing unit that discharges from the plurality of outlets,
Have,
The rolling element
Emit far infrared rays or radiation,
A gas supply device characterized by that.

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