JP2014200311A - Carbon dioxide gas ejection spray in facial equipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a carbon dioxide gas ejection spray in which when a spray body is inclined to a desired angle and operated, lotion in a cup is inclined therewith, and thereby an internal air is ejected along with a carbon dioxide gas.SOLUTION: Facial equipment is configured by: receiving lotion in a cup 33; ejecting a carbon dioxide gas derived through a flexible hose P from a carbon dioxide gas supply cylinder out of a tip ejection nozzle 26 of a spray body S; and spraying a carbonate mixed lotion in an atomized-shape along with the lotion in the cup. The spray body comprises: a handshake part Sa for drawing the flexible hose derived from a cylinder storing box; a gas ejecting head part with the carbon dioxide gas passed through the handshake part and flowing therein, and ejecting the carbon dioxide gas from a tip nozzle; a lotion receiving cup equipped in the vicinity of a gas ejecting head part, and spraying the stored lotion in an atomized-shape as the carbonate mixed lotion with ejection of the carbon dioxide gas; and a turning mechanism part Z for turning the lotion receiving cup while maintaining the interval between the delivery port of the lotion receiving cup and the tip nozzle of the gas ejecting head part in a constant interval state.

Description

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

  In general, the carbonic acid component acts on the capillaries under the skin to expand the capillaries, and sprays the mixture with skin lotion on the face skin and removes debris such as sebum and dirt. The social wonders that have been removed from the skin and directed towards a more youthful and beautiful facial skin have become apparent. Therefore, there are many technical documents 1 to 4 related to these, and the carbon dioxide gas cylinder and the gas ejection nozzle are mechanically directly connected, that is, the gas cylinder is accommodated in the spray body, and the spray body itself is lifted by hand. , Mixed lotion is sprayed with gas.

However, since the use of a facial device is mainly a woman, it is slightly unsuitable to lift a facial device of a suitable weight including a carbon dioxide cylinder from about 300 g to the height of the face with one hand. Therefore, one of the inventors of the present application took part of the creative activity, linked to the commercialization of the facial device shown in Technical Document 5, and further improved to create the facial device shown in Technical Documents 6 and 7.
They separate the box that stores the carbon dioxide cylinder and the spray that is operated at hand and connect them together with a flexible hose, while the storage box for the carbon dioxide cylinder remains sprayed on a dressing table, etc. It is supposed to be operated lightly.

    Thus, in addition to exploring the convenience of further products, it is contemplated that when the spray body is tilted and operated at a desired angle, there is no problem if the lotion in the cup is full, but the remaining lotion remains. As the amount decreased, the skin lotion tilted following the tilt of the spray body, and the internal air spouted with carbon dioxide.

Utility Model Application Publication No. Sho 63-48265 JP 2000-197519 A Japanese Patent Laid-Open No. 5-238828 JP 2003-54662 A Japanese Patent No. 4277306 Utility Model Registration No. 3136465 Japanese Patent No. 4871937

  The present invention solves the problem that even when the spray body is operated at a desired angle, it is tilted with the skin lotion in the cup and the air inside is ejected together with carbon dioxide.

The present invention stores a predetermined amount of lotion in a cup, and discharges carbon dioxide gas introduced from a carbon dioxide supply cylinder through a flexible hose from a tip discharge nozzle of a spray main body to make up the makeup in the cup. In facial equipment that sprays carbonated lotion in the form of a mist together with water,
The spray body is
(1) A handshake part that draws in the flexible hose led out from the cylinder storage box;
(2) a gas ejection head portion for injecting carbon dioxide gas that has passed through the handshake portion and ejecting carbon dioxide gas from the tip nozzle;
(3) A lotion storage cup that is provided in the vicinity of the gas jetting head portion and in which the lotion stored in association with the jet of carbon dioxide gas is sprayed in the form of a mist as a carbonated mixed lotion;
(4) (5) a rotating mechanism for rotating the lotion storage cup while maintaining a constant interval between the outlet of the lotion storage cup and the tip nozzle of the gas ejection head unit; It is characterized by that.

  Further, according to the present invention, the rotating mechanism portion is a side surface of the gas ejection head portion, which protrudes perpendicularly to the gas ejection direction, and a joint portion in which a lotion storage cup is rotatably mounted at the tip. It is characterized in that the lotion delivery port of the lotion storage cup, the inner hole of the joint portion, and the gas ejection head portion are communicated with each other.

  Further, according to the present invention, the rotation mechanism portion is screwed on the base portion of the first joint portion so that the rotation mechanism portion protrudes perpendicularly to the gas ejection direction on the side surface of the gas ejection head portion. The inner hole of the first joint part is communicated with the gas flow inner hole of the gas jetting head part, and the second joint part is rotatably attached to the tip of the first joint part to thereby connect the inner hole of the second joint part. The second joint portion is communicated with the inner hole, and the second joint portion is equipped with a lotion storage cup so as to be rotatable in parallel with the gas ejection direction. It is characterized by communicating with the inner hole of the joint part, the inner hole of the first joint part, and the gas flow inner hole of the gas ejection head part.

According to the present invention, the rotating mechanism part is a front part of the gas jetting head part, and is composed of a holder equipped so as to rotate coaxially with respect to the gas jetting direction. The skin lotion outlet of the cup is opposed to the tip nozzle of the gas ejection head portion.

(1) According to the first aspect, when the spray body is operated at a desired angle, that is, tilted, the makeup cup is adjusted by rotating to a desired angle, thereby reducing air blowout due to a decrease in the amount of remaining lotion. it can.

(2) According to the second aspect, since the lotion storage cup is rotatably mounted along the side surface of the gas jetting head portion, it is not bulky as compared with the case where it is mounted vertically.
(3) According to claim 3, the force of the hand for rotating the lotion storage cup is cut off between the first joint portion and the second joint portion, and the gas is not directly applied to the gas ejection head portion. Prevent problems such as leakage.

The perspective view which shows the use condition of a beautiful face device A perspective view of a facial device stored in a storage box Cross section of upright cylinder storage box Cross section of spray body Partial enlarged sectional view of the above Exploded perspective view Perspective view showing a different embodiment

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 shows a state in which the spray body S, the upright cylinder storage box X, and the flexible hose P are stored in the storage box Y, respectively.
Thus, FIG. 3 is a cross-sectional view showing the internal structure of the upright cylinder storage box X, in which the feeding portion Ba of the carbon dioxide gas supply cylinder B loaded in the upper cylinder 1 is defined as the lower cylinder 2. The state stored in is shown.

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 portion 5 is mounted on the inner cylinder 7 of the upper cylinder 1. The inner cylinder 7 is inserted from the lower opening 1 a of the upper cylinder 1 and is press-fitted and integrated.
Accordingly, the upper end jet outlet head 3 of the carbon dioxide supply cylinder B is concealed so as not to touch the outside. Then, the feeding portion Ba is loaded in a state where it floats from the bottom portion 2a of the lower cylindrical body 2.

  A nozzle portion 8 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.

The nozzle portion 8 is provided with an ejection pipe 9, and when the ejection pipe 9 is screwed into the carbon dioxide gas supply cylinder B, the nozzle section 8 penetrates the sealing film 3 a of the ejection outlet head 3 to supply the carbon dioxide gas. A gas flow passage is formed over the ejection pipe 9, the inner hole 10, and the nozzle 11 for the ejection gas from the cylinder.
Thus, a valve rod 12 that moves up and down is inserted into the inner hole 10 of the nozzle portion 8 and is always elastically pressed upward by the second spring 13, and the nozzle 11 is moved by the vertical movement of the valve rod 12. Open and close.

On the upper surface 1 b of the upper cylinder 1, a circular adjustment knob 14 for adjusting carbon dioxide jetting is positioned so as to rotate horizontally in one direction and in the opposite direction, and on the inner surface of the circular adjustment knob 14. Forms a female screw 15, a boss 16 having a smaller diameter than the outer diameter of the upper cylindrical body 1 is erected on the upper surface 1 b of the upper cylindrical body 1, and a male screw 17 is formed on the outer periphery of the boss 16 to form a circular shape. The circular adjustment knob 14 is moved up and down by the rotation of the adjustment knob 14 with the female screw 15 of the adjustment knob 14.
A pressing rod 18 hangs down from the circular adjustment knob 14, and a lower end thereof is in contact with an upper end of the valve rod 12. The circular adjustment knob 14 is always elastically pressed upward by the first spring 19. ing.
Of course, the spring pressure of the first spring 19 and the second spring 13 strengthens the first spring 19 for its functional purpose.

Thus, the female screw 15 of the circular adjustment knob 14 and the male screw 17 of the upper cylindrical body 1 are screwed together, that is, at least a gap (gap) is required to rotate the female screw 15 of the circular adjustment knob 14. Considering that the contact pressure between the valve rod 12 and the pressure rod 18 varies due to the gap, the pressure rod 18 always presses the valve rod 12 to prevent gas leakage.
This is because the wording of screwing the screw hole 6 of the socket part 5 with the upper end jet outlet head 3 of the carbon dioxide gas supply cylinder B is intentionally different.
Thus, FIG. 4 shows a specific example of the spray body S, which is composed of front and rear covers Sx divided in the vertical direction.
Thus, the flexible hose P led out from the side surface Xa of the cylinder storage box X is drawn into the inside Sb of the handshake part Sa and connected to the gasket 20.

The flexible hose P is connected to the lead-in base 21 and further connected to the gasket 20 via the relay pipe Pa.
This gasket 20 has a valve mechanism 20a, and operates the valve mechanism 20a by an operation unit 22 that is axially supported by the spray body S so as to be reversible, thereby operating the sending and stopping of carbon dioxide from the relay pipe Pa. .
The operation unit 22 is supported by a shaft 23 and is urged in a direction indicated by an arrow a by a coil spring 24 provided on the shaft 23. By pulling the operation unit 22 with a fingertip, a direction opposite to the arrow a is obtained. The lower edge 22a of the operation unit 22 pushes down the valve rod 20b of the valve mechanism 20a, and carbon dioxide gas is sent out.

Further, one end of a delivery pipe Pb is connected to the delivery port 20c of the valve mechanism 20a, the other end is connected to the gas ejection head portion 25, and carbon dioxide gas is generated by operating the operation portion 22 from the tip nozzle 26. As shown in FIG. 5, in the gas ejection head portion 25, the delivery pipe Pb is connected to the gas ejection pore 27.
Thus, a base portion 28a of the first joint portion 28 protruding perpendicularly to the gas ejection direction R is screwed into the screw hole 25a on the side surface of the gas ejection head portion 25. The inner hole 29 and the gas flow inner hole 30 of the gas ejection head portion 25 are communicated with each other. The first joint portion 28 is formed in a shaft shape, and a second joint portion 31 is inserted into a tip of the first joint portion 28 and is rotatably mounted. The inner hole 32 of the second joint portion 31 and the first joint 28 are mounted. The inner hole 29 communicates with the inner hole 29.

The second joint portion 31 is equipped with a skin lotion storage cup 33 that is orthogonal, that is, parallel to the gas ejection direction R, as indicated by an arrow a, and is rotatable at a constant angle.
Specifically, the outlet 33a of the lotion storage cup 33 is screwed into the screw hole 31a of the second joint portion 31, and the lotion outlet 33a of the lotion storage cup 33 is connected to the inner hole of the second joint portion 31. 31b, the inner hole 28a of the first joint portion 28, and the gas flow inner hole 30 of the gas ejection head portion 25 are communicated with each other.
The first joint portion 28 and the second joint portion 31 constitute a rotation mechanism portion Z, and packings 34, 35, and 36 are appropriately disposed in the rotation mechanism portion Z.

Thus, when the spray body S is operated at a desired angle, if the remaining amount of the lotion in the lotion storage cup 33 is noticed to be small, the lotion storage cup 33 is appropriately rotated to apply makeup. Water and carbon dioxide can be properly mixed and ejected.

FIG. 7 shows a different embodiment, in which a lotion storage cup 33 is positioned in front of the gas jetting head portion 25, and the lotion delivery port 33a is placed close to each other so as to be orthogonal to the gas jetting direction R. When the operation unit 22 is pressed, the skin lotion in the skin lotion storage cup 33 is drawn by gas ejection (suction type).
Thus, the lotion storage cup 33 is held by a holder 37 that is rotatably provided in the vicinity of the gas jetting head portion 25, and maintains the distance between the tip nozzle 26 and the lotion storage cup 33. Is supposed to rotate.
That is, there is no particular limitation as long as the mixed lotion with carbon dioxide gas is finally sprayed in the form of a mist onto the skin surfaces of the arms, legs and body.

DESCRIPTION OF SYMBOLS S Spray body Sa Handshake part P Flexible hose B Carbon dioxide supply cylinder X Upright cylinder storage box Z Rotating mechanism part 1 Upper cylinder 2 Lower cylinder 14 Circular adjustment knob 25 Gas ejection head part 26 Tip nozzle 28 First joint part 29 Inner hole 30 Gas flow inner hole 31 Second joint part 32 Inner hole 33 Lotion storage cup

Claims (4)

A predetermined amount of lotion is stored in a cup, and carbon dioxide gas guided from a carbon dioxide supply cylinder through a flexible hose is ejected from the tip ejection nozzle of the spray body, together with the lotion in the cup. In a facial device that sprays mixed lotion in the form of a mist,
The spray body is
(1) A handshake part that draws in the flexible hose led out from the cylinder storage box;
(2) a gas ejection head portion for injecting carbon dioxide gas that has passed through the handshake portion and ejecting carbon dioxide gas from the tip nozzle;
(3) A lotion storage cup that is provided in the vicinity of the gas jetting head portion and in which the lotion stored in association with the jet of carbon dioxide gas is sprayed in the form of a mist as a carbonated mixed lotion;
(4) (5) a rotating mechanism for rotating the lotion storage cup while maintaining a constant interval between the outlet of the lotion storage cup and the tip nozzle of the gas ejection head unit; A spray for blowing carbon dioxide in a facial device characterized by the above.   The rotating mechanism portion is a side surface of the gas jetting head portion, and protrudes perpendicularly to the gas jetting direction, and is composed of a joint portion in which a lotion storage cup is rotatably mounted at the tip. The spray for spraying carbon dioxide gas in a facial device according to claim 1, wherein the skin lotion delivery port of the storage cup, the inner hole of the joint portion, and the gas ejection head portion are communicated.   The rotating mechanism is formed by screwing the base of the first joint portion on the side surface of the gas ejection head portion so as to protrude perpendicularly to the gas ejection direction and the inner hole of the first joint portion. A gas flow inner hole of the gas jetting head portion is communicated, and a second joint portion is rotatably attached to the tip of the first joint portion, and an inner hole of the second joint portion is formed inside the first joint. A lotion storage cup is connected to the second joint portion so as to be rotatable in parallel with the gas ejection direction, and the lotion outlet of the lotion storage cup is connected to the inner hole of the second joint portion. 2. The spray for carbon dioxide spraying in a facial device according to claim 1, wherein the spray is communicated with the inner hole of the first joint portion and the gas flow inner hole of the gas ejection head portion.   The rotating mechanism part is a front part of the gas jetting head part, and is composed of a holder equipped so as to rotate coaxially with respect to the gas jetting direction. 2. The spray for spraying carbon dioxide gas in a facial device according to claim 1, wherein the outlet faces the tip nozzle of the gas ejection head portion.

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