JP2010051774A - Facial beauty device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a facial beauty device, which prevents a user from directly seeing a cylinder for supplying carbon dioxide gas to generate a carbonate-mixed lotion while used, dispels needless uncomfortable feeling or sense of anxiety, and allows the user to lightly operate for adjusting carbon dioxide gas jetting from the cylinder without looking the cylinder directly. <P>SOLUTION: The facial beauty device comprises an upper side tube body with a bottom opening for concealing an upper end jet nozzle head of the cylinder for supplying carbon dioxide gas and for protruding a lower end with a predetermined length, a circular adjuster knob applied on an upper part of the upper side tube body so as to adjust the carbon dioxide gas jet in conjunction with a valve stem by rotation, an upright cylinder container box including a top opening detachably to be engaged with a periphery of the bottom opening of the upper side tube body and a lower tube body to stand with its bottom end so as to contain the cylinder for supplying carbon dioxide gas that protrudes from the periphery of the bottom opening of the upper side tube body, and a flexible hose for connecting a spray body and the nozzle part. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a facial device that sprays a liquid mixture of a lotion and carbon dioxide onto a face skin or the like in a spray form.

Recently, when bathing in a carbonated spring containing free carbonic acid, the carbonate component in the carbonated spring acts on the capillaries under the skin to expand the capillaries, thereby improving the blood circulation of the bather and restoring the fatigue of the bather It is already widely known that health and health can be improved.
Therefore, using the effect that this carbonic acid component acts on the capillaries under the skin and dilates the capillaries, the mixture is sprayed on the face skin with lotion, and debris such as sebum and dirt is removed on the face skin. Remove from the skin, and aim for a more youthful and beautiful facial skin.
For example, the following technical documents 1 and 2 exist as general facial instruments.
These are simply steam sprays, and a suction pad is attached to the facial skin to remove the debris from the facial skin, and soft healing of the facial skin is not taken into consideration. It could not be denied that the skin was damaged.
Furthermore, although there exists Technical Document 3, this is merely a carbon dioxide supply cylinder attached directly to the spray body, that is, an integrated one.
In particular, carbon dioxide supply cylinders are also exposed in other documents including this technical document 3, and the user feels uncomfortable and anxious because they say cylinders filled with carbon dioxide gas, and tends to be avoided. is there.
Technical Document 4 is merely a so-called aerosol in which a cylinder is filled with a mixed liquid of carbon dioxide and lotion.

Therefore, under these many technical documents, the present inventor took the lead of the inventor and as shown in the technical document 5, an invention linked to commercialization of a facial device was made.
Thereafter, the inventor of the present application focused on further technological development and decided to explore the realization of a product more suitable for practical use.
Japanese Utility Model Application Publication No. Sho 63-48265 ・ ・ ・ Technical Reference 1 Japanese Patent Application Laid-Open No. 2000-197519 ・ ・ ・ ・ ・ ・ Technical Reference 2 Japanese Patent Application Laid-Open No. 5-238289 2003-54662 ... Technical Document 4 Utility Model Registration No. 3136465 Technical Document 5 (After that, patent application changed)

  In the present invention, the carbon dioxide gas supply cylinder for generating the carbonated lotion is made not to be directly touched when in use, to eliminate unnecessary discomfort and anxiety, and to adjust the ejection of carbon dioxide gas from the cylinder. It was decided to be able to operate lightly without looking directly.

  In order to solve the above-described problems, the facial device of the present invention conceals the upper end jet outlet head portion of the carbon dioxide supply cylinder, and the upper cylindrical body of the lower opening in which the lower end protrudes for a certain length, and the upper cylindrical body And a carbon dioxide gas supply protruding from the lower end opening edge of the upper cylindrical body, and a circular adjustment knob for adjusting the carbon dioxide gas ejection by moving the valve rod of the nozzle portion up and down by horizontal rotation An upright cylinder storage which stores the feeding portion of the cylinder and is composed of an upper opening which is detachably fitted to a lower opening edge of the upper cylinder, and a lower cylinder on which the bottom is seated It is characterized by comprising a box and a flexible hose connecting the spray body and the nozzle part.

  Furthermore, the present invention is characterized in that the lower cylinder of the cylinder storage box is formed into a bottomed and wide skirt shape.

  The hook storage box is provided with a hook portion for detachably inserting the spray main body on the side surface of the cylinder storage box.

  Furthermore, the present invention provides a hook body in which a hook part is integrally formed of a metal plate with a holder part into which a spray body is inserted and an upper part of an upper cylinder, and a ring part wound just below an adjustment knob. It is characterized by that.

  Further, in the present invention, the hook portion includes a holder portion into which the spray body is inserted and a ring portion interposed between the opening edges of the upper cylinder body and the lower cylinder body that are fitted with each other in a round metal body. The hook body is integrally formed.

  In addition, the present invention is provided with a pressing rod hanging from the circular adjustment knob, and the pressing rod is lowered against the spring force by horizontal rotation in one direction of the circular adjustment knob. The nozzle hole is closed by interlocking lowering the nozzle hole, and the pressure lever is lifted by a spring force by the horizontal rotation of the circular adjustment knob in the reverse direction, and the nozzle hole is opened by interlockingly raising the valve rod. The jet gas from the jet fuze inserted into the jet head of the carbon dioxide supply cylinder can flow from the nozzle hole to the nozzle hole.

  Further, according to the present invention, the ejection fusible provided in the socket portion is formed by screwing the ejection head at the upper end of the carbon dioxide supply cylinder into the socket portion of the upper cylinder from the lower opening of the upper cylinder. It penetrates through the sealing film of the part, and the jet gas from the carbon dioxide supply cylinder can be distributed through the jet fusible, the inner hole of the valve rod, and the nozzle hole.

  In particular, the present invention provides a ratchet that fits each other on the upper surface of the upper cylindrical body and the inner surface of the circular adjustment knob facing the upper cylindrical body, and at a constant rotational speed for rotation in one direction. The gas supply from the cylinder for supplying carbon dioxide gas is stopped tightly, and the ratchet of both of them rotates idly after a certain number of rotations in the opposite direction to maintain the gas supply. It is.

(1) According to the first aspect, the jet head at the upper end of the cylinder for supplying carbon dioxide gas is concealed by the upper cylinder, and the gas ejection is adjusted by the horizontal rotation of the upper circular adjustment knob without touching the outside. it can.
In addition, the lower part of the carbon dioxide gas supply cylinder protrudes from the lower end opening edge of the upper cylinder, and when the cylinder is replaced, the extraction part is held by a tool or the like and rotated to rotate the cylinder. Replacement can be performed.
Of course, since the feeding portion is accommodated in the lower cylindrical body by fitting the upper cylindrical body to the lower cylindrical body, it does not touch the outside.
Further, the lower cylinder is seated at the bottom, so that an upright cylinder storage box is configured with the upper cylinder, and the sensitivity can be further enhanced as a facial device.

(2) According to claim 2, since the lower cylindrical body has a bottom, the entire carbon dioxide supply cylinder is concealed.
Further, since the lower cylindrical body is formed in a wide skirt shape, it can stand up more stably.

(3) According to claim 3, the spray main body is hooked and integrated on the side surface of the cylinder storage box, so that the spray main body is not left unattended, and abnormal external force is applied to the gas supply hose, nozzle portion, etc. It prevents you from joining and can always be used normally.

(4) According to claim 4, since the hook body for hooking the spray body is integrally formed with the metal plate and the ring portion is wound around the upper cylinder body, the synthetic resin is integrally formed with the lower cylinder body. When molding, it becomes a complicated mold, but it is cheaper than them.

(5) According to claim 5, since the hook body is formed of a metal body having a round cross section (pipe, round bar), it is not damaged when the spray body is attached or detached, and the same applies to the user. The hook body is sandwiched between the opening edges of the upper and lower cylinders, and no special means is required.

(6) According to the sixth aspect of the present invention, the carbon dioxide supply cylinder for generating the carbonated lotion is not directly touched when in use, and the adjustment of the carbon dioxide jet from the cylinder is also performed without looking directly at the cylinder. By rotating the circular adjustment knob mounted on the upper portion of the storage box horizontally, the carbon dioxide can be ejected and stopped, and the ejection adjustment can be easily performed.

(7) According to the seventh aspect of the present invention, when the cylinder for supplying carbon dioxide gas is simply screwed into the socket part of the upper cylindrical body, the jetting fuze provided in the socket part penetrates the sealing film of the cylinder, In addition, when replacing with a new cylinder, the cylinder can be easily removed from the socket by rotating the cylinder.

(8) According to claim 8, if the circular adjustment knob is rotated in one direction, it is stopped at a constant rotational speed, and the completion of tightening can be confirmed with that feeling, and the gas supply from the carbon dioxide supply cylinder can be performed. If it can be stopped and rotated in the opposite direction, the ratchet can idle and maintain the gas supply against a certain degree of looseness. If there is no gas jetting in this state, the carbon dioxide gas in the cylinder The wear can be confirmed, and the user does not feel unnecessary anxiety.

  The present invention will be described below based on the drawings of the embodiments. FIG. 1 is a perspective view showing a use state of the facial device, and the user holds the handshake part Sa of the spray body S with the hand H. FIG. FIG. 2 is a perspective view showing the entire facial device, wherein an upright cylinder storage box X formed in a lower skirt shape is composed of upper and lower cylinders 1 and 2, and the spray body S is a cylinder. The storage box X is detachably mounted on the side surface Xa. 3 and 4 show a state where the feeding portion Ba of the carbon dioxide supply cylinder B loaded in the upper cylinder 1 is stored in the lower cylinder 2.

Thus, specifically, the screw 4 formed on the upper end jet outlet head 3 of the carbon dioxide gas supply cylinder B is screwed into the screw hole 6 of the socket portion 5 of the upper cylinder 1.
The socket part 5 is provided in the inner cylinder 7 of the upper cylinder 1, and the inner cylinder 7 is inserted from the lower opening 1 a of the upper cylinder 1 and is press-fitted in the retaining step parts 8 and 9 of both 1 and 7. And integrated.
Accordingly, the carbon dioxide supply cylinder B is loaded in a state where the upper end jet outlet head 3 of the carbon dioxide supply cylinder B is concealed and does not touch the outside.
A nozzle portion 10 is screwed into the screw hole 6 of the socket portion 5 so as to face the upper portion of the upper end jet outlet head portion 3 of the carbon dioxide gas supply cylinder B.

As shown in FIGS. 4 and 5, the nozzle portion 10 is provided with an ejection fusible tube 11. When the ejection fusible tube 11 is screwed into a carbon dioxide gas supply cylinder B, the sealing film 3 a of the ejection port head 3 is provided. The gas flow passage is formed across the fusible fusible tube 11, the inner hole 12, and the nozzle hole 13 through the gas discharged from the carbon dioxide supply cylinder.
In addition, a gas leakage prevention packing 14 is provided on the bottom of the nozzle portion 10 so as to be pressure-bonded to the sealing film 3a of the jet head 3.
A valve rod 15 that moves up and down is inserted into the inner hole 12 of the nozzle portion 10 and is always pressed upward by a spring 16. Thus, as shown in FIGS. 5 and 6, the nozzle hole 13 is opened and closed by the vertical movement of the valve rod 15.

On the upper surface 1b of the upper cylindrical body 1, a circular adjustment knob 17 for adjusting carbon dioxide ejection is located, and a pressing rod 18 is suspended from the inner surface 17b of the circular adjustment knob 17. The lower end 18 a is elastically pressed against the upper end 15 a of the valve rod 15 by the spring 19, and the spring force is greater than the force of the spring 16 of the valve rod 15.
That is, the valve rod 15 is pressed against the spring 16 on the lower side of the fusible fusible tube 11.
Thus, the circular adjustment knob 17 is always pulled downward together with the pressing rod 18.

The inner side surface 17b of the circular adjustment knob 17 and the upper surface 1b of the upper cylinder 1 are provided with ratchets 20 and 21, respectively, which are fitted to each other. Tightening is performed at a constant rotational speed for clockwise rotation, and both ratchets 20 and 21 are idled after the predetermined rotational speed in the opposite direction, that is, counterclockwise.
Specifically, a boss 22 is provided on the inner side surface 17b of the circular adjustment knob 17, and several convex spirals 23 are formed on the outer periphery thereof. Further, a concave spiral 24 that meshes with the upper surface 1 b of the upper cylinder 1 is formed, and the convex spiral 23 becomes a concave spiral 24 of the upper cylinder 1 by rotating the circular adjustment knob 17 more than a certain amount. And then re-engage by rotating in the opposite direction from that state.

As shown in FIG. 3, the carbon dioxide gas supply cylinder B has the feeding portion Ba stored in the lower cylinder 2, and the lower cylinder 2 has a bottom, so that the carbon dioxide gas inserted through the upper opening 2a is used. The supply cylinder B is covered with the bottom 2b.
Further, since the lower cylindrical body 2 has a lower wide skirt-like surface 2c, it can stand up more stably.
FIG. 7 shows a specific example of the insertion hook part Z for detachably hooking the spray main body S on the side surface Xa of the cylinder storage box X. The holder part 25a into which the handshake part Sa is inserted and the upper part of the upper cylinder 1 Thus, the hook body 25 is integrally formed of a metal plate with a ring portion 25b wound around the groove 26 directly below the adjustment knob 17.
Of course, as shown in FIG. 8, the hook body 25 is integrally formed of a metal body having a round cross section, and is sandwiched between the lower opening 1a of the upper cylindrical body 1 and the upper opening 2a of the lower cylindrical body 2. It's good.

Thus, FIG. 9 shows a specific example of the spray body S, in which a cylindrical portion 27 that is orthogonal to the handshake portion Sa is provided. The cylindrical portion 27 mainly forms a conduit 28.
A cup 29 for storing a predetermined amount of skin lotion W is detachably attached to a screw hole 28b communicating with the inner hole 28a of the conduit 28 at a front position of the conduit 28. As the skin lotion W, for example, if germanium particles are mixed in a general cosmetic, the moisture retention and whitening effect of the carbonic acid component is further enhanced, and the cosmetic purpose, that is, the soft effect is further improved.

The cup 29 is composed of a cap 29 and a dropping port 29 a at the lower end screwed into the conduit 28. A jet nozzle 31 is provided at the tip of the conduit 28. A flexible hose P passing through the handshake part Sa from the conduit 28 of the spray body S is connected to the nozzle hole 13 of the nozzle part 10. Of course, this flexible hose P is set to a length as required.
Further, the handshake part Sa is equipped with an operation part 30, and by operating this operation part 30, the shutter plate 32 that opens and closes the inner hole 28 a of the conduit 28 is slid up and down.

Specifically, the operation unit 30 is in the form of a reversing lever, and is supported by a shaft 33 so as to be reversible. The shaft is connected. Of course, the operation unit 30 can also be formed into a push button type.
A spring force is always applied to the operation unit 30 in the direction opposite to the arrow c and the shutter plate 32 in the direction opposite to the arrow d.

The shutter plate 32 is located between the lotion storage cup 29 and the inlet 36 of the carbon dioxide supply pipe P, and slides the vertical groove 37 downward through the links 34 and 35 by the operation portion 30 being attracted. Then, the small hole 32a of the shutter plate 32 and the inner hole 28a of the conduit 28 are matched to allow the inflow of carbon dioxide gas.
The inner hole 28a of the conduit 28 is provided with a check valve 38 at the dripping port 29a of the lotion storage cup 29 to prevent the carbon dioxide gas from flowing into the lotion storage cup 29 side, and an appropriate carbonic acid component. A mixed lotion is obtained. The check valve 38 is molded from a thin synthetic resin.

Further, the tip ejection nozzle 31 of the conduit 28 is shielded by screwing the coupling 40 through the packing 39.
Further, a suction pad 41 that is attached to the face skin is appropriately attached to the ejection nozzle 31.
Of course, the spray-mixed lotion may be sprayed directly on the skin without using the suction pad 41.

Operation explanation

Next, the order of use of the facial beauty apparatus of the present invention will be described. The operation of using the spray body S is substantially the same as the content shown in the technical document 5 in which the inventor of the present invention has played a part of the inventor. A description will be given of the charging and replacement of the supply cylinder B and the adjustment of carbon dioxide gas ejection.
FIG. 4 shows a state in which the carbon dioxide gas supply cylinder B is loaded. In this state, the jet head 3 of the carbon dioxide gas supply cylinder B is screwed into the socket part 5 of the upper cylinder 1, and the ejection fuze 11 of the socket part 5 is the sealing film 3 a of the carbon dioxide gas supply cylinder B. It penetrates.

Thus, the valve rod 15 of the nozzle portion 10 is lowered downward, and the inner hole 12 and the nozzle hole 13 are blocked from each other.
Therefore, even if the spray main body S is operated in this state, the carbon dioxide mixed jet water is not sprayed from the spray main body S in the form of mist because the carbon dioxide gas is not jetted and supplied.
Of course, in this state, the circular adjustment knob 17 is rotated in the clockwise direction, the convex spiral 23 of the circular adjustment knob 17 is meshed with the concave spiral 24 of the upper cylinder 1, and the circular adjustment knob 17 is tightened. Since the pressing rod 18 of the child 17 is lowered and the state thereof is maintained, the valve rod 15 is maintained in the downward pressure downward state against the spring 16 as shown in FIG. 5, and there is no gas leakage. .

Subsequently, when the spray main body S is used and the carbonated mixed lotion is ejected in the form of a mist, the circular adjustment knob 17 is rotated counterclockwise from the above state.
When the circular adjustment knob 17 is rotated more than a certain value, the convex spiral 23 of the circular adjustment knob 17 is released from the concave spiral 24 of the upper cylindrical body 1, and thereafter both ratchets 20 and 21 are idled.
Thus, as shown by the respective arrows in FIG. 6, the pressing rod 18 of the circular adjustment knob 17 rises against the spring 19. The valve rod 15 is lifted and maintained by the spring 16 by releasing the pressure of the pressing rod 18.

As the valve rod 15 rises, a gas flow passage is formed across the ejection fusible tube 11, the inner hole 12, and the nozzle hole 13 of the nozzle portion 10.
In this state, if the spray body S is operated, the carbon dioxide gas and the carbon dioxide gas from the lotion storage cup 29 are mixed, and the desired carbon dioxide mixture lotion is ejected from the spray nozzle 31 of the spray body S in the form of a mist. Will be allowed to.

Next, when the spray of the carbonated mixed lotion from the spray body S is stopped, that is, when the use of the spray body S is finished, the circular adjustment knob 17 is rotated clockwise, and the convex shape of the circular adjustment knob 17 is obtained. The spiral 23 is engaged and tightened with the concave spiral 24 of the upper cylindrical body 1 and the pressing rod 18 is lowered.
As a result, the valve rod 15 is elastically lowered downward against the spring 15 as shown in FIG. 5, shutting off the gas flow path between the nozzle hole 13 of the nozzle portion 10 and the ejection fusible tube 11, and cutting off the gas supply. It is.
Of course, even if the spray body S is operated in this state, the carbonated mixed lotion will not be ejected from the spray body S.
The replacement of the carbon dioxide supply cylinder B due to gas consumption is performed by first holding and rotating the feeding portion Ba of the carbon dioxide supply cylinder B and removing it from the socket section 5.

Next, when the gas-filled carbon dioxide supply cylinder B is loaded, the upper end jet head 3 of the carbon dioxide supply cylinder B is screwed into the socket portion 5 of the upper cylinder 1.
Thus, the ejection fusible tube 11 of the socket part 5 penetrates the sealing film 3 a of the ejection port head 3, and the ejection gas from the carbon dioxide supply cylinder B passes over the ejection fusible tube 11, the inner hole 12, and the nozzle hole 13. The gas flow passage is formed, and the loading of the carbon dioxide gas supply cylinder B is completed.

  Although the present invention is a facial device, it is of course possible to spray carbonated lotion onto other arms, legs and body skin.

  The perspective view which shows the use condition of a beautiful face device   Whole perspective view of facial equipment   Partial cross section of facial equipment   Partial enlarged sectional view of the above   Expanded partial sectional view   Enlarged partial sectional view showing the operating state   Partial perspective view of facial equipment   Partial perspective view which shows different embodiment same as the above   Cross section of spray body   Partial enlarged sectional view of the above   Enlarged partial sectional view showing the operating state   Exploded perspective view of the above parts

Explanation of symbols

H User's hand B Carbon dioxide supply cylinder Ba Cylinder feeding part X Storage box S Spray body P Flexible hose 1 Upper cylinder 2 Lower cylinder 3 Spout head 5 Socket part 10 Nozzle part 11 Spout fuze 12 Inner hole 13 Nozzle hole 15 Valve rod 17 Circular adjustment knob 18 Press rod 20 Ratchet 21 Ratchet 23 Convex spiral 24 Concave spiral Z Hook 28 Conduit 29 Cup 31 Jet nozzle

Claims (8)

A cup for storing a predetermined amount of lotion, a conduit for drawing in the lotion dripped from the cup, and a tip jet for mixing the dripped lotion and carbon dioxide in the conduit to eject the carbonated lotion in the form of a mist A face body comprising a nozzle and a spray body, the carbon dioxide supply cylinder and the spray body are connected by a flexible hose, and the carbon dioxide ejection can be adjusted by an adjustment knob. The upper cylinder of the carbon dioxide gas supply cylinder is concealed, and the lower cylinder is mounted on the upper cylinder of the lower opening, and the upper cylinder is mounted on the upper cylinder, and horizontally rotated. And a circular adjustment knob that adjusts the carbon dioxide ejection by moving the valve rod of the nozzle portion connected to the jet outlet head up and down, and a carbon dioxide supply cylinder that protrudes from the lower end opening edge of the upper cylinder. The eating out part of An upright cylinder storage box configured to include a lower cylinder body that is housed and detachably fits with a lower opening edge of the upper cylinder body, and a bottom portion of which is seated, and the spray body. A facial device characterized by comprising a flexible hose connecting the nozzle part. 2. The facial device according to claim 1, wherein the bottom cylinder of the cylinder storage box is formed in a bottomed and wide skirt shape. The facial device according to claim 1, wherein a hook part for detachably inserting the spray main body is provided on a side surface of the cylinder storage box. The hook part is a hook body in which the holder part into which the spray main body is inserted and the upper part of the upper cylindrical body, and the ring part wound directly under the adjusting knob are integrally formed of a metal plate. The facial device according to claim 3, which is characterized. The hook part is integrally formed of a metal part with a round cross-section with a holder part into which the spray body is inserted and a ring part interposed between the opening edges of the upper cylinder body and the lower cylinder body. The facial device according to claim 3, wherein the facial device is a hook body. The circular adjustment knob is equipped with a hanging dropper. The horizontal rotation of the circular adjustment knob in one direction lowers the pusher bar against the spring force and lowers the valve hook in the nozzle hole. The nozzle hole is closed, and the pressing rod is raised by a spring force by the horizontal rotation of the circular adjustment knob in the reverse direction, and the nozzle hole is opened by interlockingly raising the valve rod to supply carbon dioxide. The facial device according to claim 1, wherein a jet gas from a jet fusible tube inserted into a jet head of a cylinder can flow from the nozzle portion inner hole to the nozzle hole. By screwing the upper end jet outlet head of the carbon dioxide supply cylinder into the socket part of the upper cylindrical body from the lower opening of the upper cylindrical body, the ejection fusible provided in the socket part penetrates the sealing film of the jet head 2. The facial device according to claim 1, wherein the gas blown from the carbon dioxide supply cylinder can flow through the jetting fuze, the inner hole of the valve rod, and the nozzle hole. A ratchet that fits each other is provided on the upper surface of the upper cylindrical body and the inner surface of the circular adjustment knob that faces the upper cylinder body, and is tightened at a constant rotational speed for rotation in one direction. 2. The beauty face according to claim 1, wherein the gas supply from the supply cylinder is stopped and both the ratchets are idled after a certain number of rotations to maintain the gas supply with respect to rotation in the opposite direction. vessel.

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