JP2014200310A - Facial equipment storage box - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a storage box for storing facial equipment to spray a liquid mixture with lotion and carbon dioxide on a face and skin in an atomized form.SOLUTION: A storage box for storing facial equipment to spray a carbonate mixed lotion in an atomized-shape comprises: a lower side casing 29 of an upper opening made of synthetic resin; a synthetic resin intermediate casing 30 with an upper edge seated on an upper edge of the opening of this lower side casing and fit in the lower side casing; and further a synthetic resin upper side casing 31 forming a space in the upper part of the intermediate casing and openably mounted. The synthetic resin intermediate casing comprises: a first longitudinal storage recess 32 of the upper opening for storing an upright carbon dioxide supply cylinder, and receiving and mounting upright a cylinder storing box X with a circular rotary adjusting knob for operating blow of gas; a second longitudinal storage recess of the upper opening for storing the spray body; and a third longitudinal storage recess 34 of the upper opening for storing a flexible hose to connect the spray body with the upright cylinder storing box. Each longitudinal storage recess is brought into communication with each other.

Description

  The present invention relates to a storage box for storing a facial device for spraying a liquid mixture of a lotion and carbon dioxide 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, we intend to contemplate, sit the carbon dioxide cylinder storage box upright on a dressing table, etc., and operate by lifting the spray, so the line of sight concentrates on the mirror surface, The existence of the storage box of the carbon dioxide cylinder is neglected, and the flexible hose is pulled by the operation of the spray, and there is a possibility that the storage box of the carbon dioxide cylinder may be laid down in combination with the vertically long storage box.
Therefore, it is feared that the storage box of the carbon dioxide cylinder is tilted sideways and used, and there is a risk that the gas ejection may be hindered.
Furthermore, in storage after use, there is also a risk that the vertically long carbon dioxide gas cylinder storage box may be left sideways, and there is no denying that it will cause problems in subsequent use.

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

  Since the present invention operates by lifting the spray by separating the box for storing the carbon dioxide cylinder and the spray to be operated at hand and connecting them with the flexible hose, the flexible hose is pulled. Coupled with the fact that the storage box of the carbon dioxide cylinder is vertically long, there is a risk of falling sideways, and furthermore, the use of the carbon dioxide cylinder storage box tilted sideways may cause problems in gas ejection. In addition, there is a possibility that the storage box of the vertically long carbon dioxide gas cylinder may be left sideways while being stored after use, which solves the problem of hindering subsequent use.

The present invention
(1) A predetermined amount of lotion is stored in a cup, and carbon dioxide introduced from a carbon dioxide supply cylinder through a flexible hose is ejected from a tip ejection nozzle of a spray main body, thereby the lotion in the cup. At the same time, in a facial device that sprays carbonated lotion in the form of a mist,
(2) a lower housing of an upper opening made of synthetic resin;
(3) A synthetic resin intermediate housing that is fitted to the lower housing, with an upper edge seated on the upper edge of the opening of the lower housing,
(4) Further, it is composed of an upper casing made of a synthetic resin that can be freely opened to form a space above the intermediate casing,
(5) The intermediate housing made of synthetic resin accommodates the upright carbon dioxide supply cylinder, and also accommodates the cylinder storage box having a circular rotation adjusting knob for operating gas ejection in an upright state. A first vertical storage recess of the upper opening to be placed;
(6) a second vertical storage recess in the upper opening for storing the spray body;
(7) a third vertical storage recess having an upper opening for storing the flexible hose connecting the spray body and the upright cylinder storage box in a curled shape;
(8) The first, second, and third vertical storage recesses communicate with each other.

Furthermore, the present invention provides
(1) A predetermined amount of lotion is stored in a cup, and carbon dioxide introduced from a carbon dioxide supply cylinder through a flexible hose is ejected from a tip ejection nozzle of a spray body to cause the lotion in the cup. At the same time, in a facial device that sprays carbonated lotion in the form of a mist,
(2) a lower housing made of synthetic resin;
(3) A synthetic resin intermediate housing that is fitted to the lower housing, with an upper edge seated on the upper edge of the opening of the lower housing,
(4) Further, it is composed of an upper casing made of a synthetic resin that can be freely opened to form a space above the intermediate casing,
(5) The intermediate housing made of synthetic resin accommodates the upright carbon dioxide supply cylinder, and also accommodates the cylinder storage box having a circular rotation adjusting knob for operating gas ejection in an upright state. A first vertical storage recess of the upper opening to be placed;
(6) a second vertical storage recess in the upper opening for storing the spray body;
(7) a third vertical storage recess having an upper opening for storing the flexible hose connecting the spray body and the upright cylinder storage box in a curled shape;
(8) The second vertical storage recess of the upper opening that stores the spray main body is arranged in the center,
(9) The first vertical storage recess of the upper opening for storing the cylinder storage box is arranged on one side,
(10) The third vertical storage recess of the upper opening that stores the flexible hose in a curled shape is arranged on the other side, and the respective vertical storage recesses communicate with each other. is there.

  Further, according to the present invention, the upper casing made of synthetic resin is stored in an upright cylinder storage box, a spray main body, and a curl shape stored in the first, second, and third vertical storage recesses of the synthetic resin intermediate casing. The flexible hose is made of a permeable synthetic resin so that it can be seen.

  Further, according to the present invention, the synthetic resin intermediate housing has the upper edge seated on the upper edge of the opening of the lower housing, and the set screw inserted from the bottom of the lower housing is screwed into the lower housing. It is characterized by being combined with a housing.

  Further, according to the present invention, the upper edge of the opening of the lower casing is formed with a thin portion at a substantially middle position of the side wall, and the thin portion is warped inward by pressing the thin portion from the outside. A void is formed between the two.

(1) According to claim 1, since the carbon dioxide cylinder storage box is stored and held in the lower casing made of synthetic resin, the carbon dioxide cylinder storage box is moved sideways following the tensile force of the flexible hose during the spraying operation. The spray operation can be performed easily without falling down.
In addition, after using the facial device, the spray body has a curled flexible hose, and the first vertical storage recess, the second vertical storage recess, and the third vertical storage recess. Convenience that can be carried away when traveling, etc. without being pulled out, trying to forcibly unscrew the flexible hose from being tangled with the flexible hose at the next use by being stored separately and stored There is.

  According to claim 2, a cylinder storage box is provided in the first vertical storage recess on one side and a curl is provided in the third vertical storage recess on the other side with the second vertical storage recess storing the spray body as a center. Since the flexible hoses are respectively housed in the shape, they can be sorted and housed in an orderly manner.

  According to claim 3, an upright cylinder storage box, a spray main body, and a flexible hose stored in a curl shape stored in the first, second and third vertical storage recesses of the intermediate casing from the upper casing. Visible.

  According to claim 4, the intermediate casing made of synthetic resin and the lower casing are firmly bound by a set screw, and the intermediate casing is weighted by an upright cylinder storage box, a spray body, and a flexible hose. Escapes unforeseen circumstances without leaving.

  According to the fifth aspect, even when the intermediate casing and the lower casing are tightly bonded, if the thin portion of the lower casing is pressed from the outside, the intermediate casing and the lower casing are spaced from the side walls of the intermediate casing. The gap, that is, the close contact between both housings is released, and can be easily removed.

The perspective view which shows the use condition of a facial device Whole perspective view of facial equipment Cross section of upright cylinder storage box Cross section of spray body Perspective view of facial equipment storage box Cross-sectional view of the above Partial enlarged sectional view of the above Partial perspective view of the same

  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 whole facial beauty instrument W, wherein the upright cylinder storage box X is composed of the upper and lower cylinders 1 and 2, and the flexibility is derived from the side surface Xa of the cylinder storage box X. Hose P and spray body S are connected. FIG. 3 is a cross-sectional view showing the internal structure of the upright cylinder storage box X, where the feeding portion Ba of the carbon dioxide gas supply cylinder B loaded in the upper cylinder 1 is stored in the lower cylinder 2. 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.
Therefore, the upper end jet outlet head 3 of the carbon dioxide gas supply cylinder B is concealed so as not to touch the outside, and the carbon dioxide supply cylinder B has the feeding portion Ba in the lower cylindrical body 2 as shown in FIG. Since the lower cylinder 2 is housed and has a bottom, the carbon dioxide supply cylinder B is suspended in a state covered with the bottom 2a, and the feeding portion Ba is the bottom of the lower cylinder 2. It is loaded in a floating state from 2a.

  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 13 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.
4 shows a specific example of the spray main body S, and 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 the direction of arrow a by a coil spring 24 provided on the shaft 23. By pulling the operation unit 22 with a fingertip, the operation unit 22 is opposite to the arrow a. 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. It will be ejected.
The gas ejection head portion 25 supports a cup 27 for storing the skin lotion so that the cup 27 rotates through a conduit 28 at a predetermined angle, and even when the spray body S is operated at a desired angle. The skin lotion in the cup 27 is always corrected and followed to an optimum state, and only carbon dioxide gas is not ejected.

Thus, the mixed skin lotion is mixed with the skin lotion inside the gas ejection head portion 25. Of course, the cup 27 is positioned in the vicinity of the tip nozzle 26 and the carbon dioxide gas is ejected. It is also possible to use a form that draws the lotion, and it is only necessary to finally spray the carbonated lotion onto the arms, legs and body skin surface in a mist, and there is no particular limitation.
Of course, the facial beauty apparatus W of the said Example is only one Example, and is not specifically limited.

FIG. 5 is a perspective view illustrating a state in which the facial beauty instrument W configured as described above is stored in a storage box, which includes a lower casing 29, an intermediate casing 30, and an upper casing 31. The casing 29 is formed in the upper opening 29a, the intermediate casing 30 is formed in the lower opening 30a, and the upper casing 31 is molded in the lower opening 31a from a synthetic resin. As shown in FIG. 7, the opening lower edge 30b of the intermediate casing 30 is seated on the opening upper edge 29b of the lower casing 29, and the peripheral edge of the top plate 30c of the intermediate casing 30 is made of permeable synthetic resin. The opening lower edge 31b of the upper housing 31 is fitted to 30d and is mounted so as to be freely opened.
Thus, the upright cylinder storage box X is arranged on the top plate 30c of the intermediate casing 30 so that the circular adjustment knob 14 can be rotated with the upper casing 31 removed. It is stored in the shape storage recess 32.

Further, the top plate 30c of the intermediate housing 30 is formed with a second vertical storage recess 33 having an upper opening 33a for storing the spray body S.
Further, the top plate 30c of the intermediate housing 30 is formed with a third vertical storage recess 34 of an upper opening 34a for storing the flexible hose P in a curled shape. The third vertical storage recesses 32, 33 and 34 communicate with each other, and the passage of the flexible hose P stored in the communication recess 35 from the upright cylinder storage box X to the spray body S and further in a curled shape. It has become.
Of course, the carbon dioxide gas supply cylinder B may be stored in the third vertical storage recess 34 in a state where it is not loaded in the upright cylinder storage box X, that is, in a product shipment state. It can also be used as a storage space for a subsequent carbon dioxide gas supply cylinder B for backup.

Each of the first, second, and third vertical storage recesses 32, 33, and 34 is arranged with the second vertical storage recess 33 that stores the spray body S in the center and the first and third vertical storage recesses. The storage cavities 32 and 34 are arranged on both sides, and the flexible hose P is neatly divided and organized and stored, and the flexible hose P is erected in an upright cylinder storage box X or sprayed in a complicated manner. It will not come off the main body S.
In these states, since the upper housing 31 is made of a permeable synthetic resin, the internal storage state can be confirmed.
A set screw 36 inserted from the bottom 29 c of the lower housing 29 is screwed into the bottom 30 d of the intermediate housing 30 to combine with the lower housing 29.

The opening upper edge 29b of the lower housing 29 forms a thin portion 29e at a substantially middle position of the side wall 29d, and when the lower housing 29 is removed, if the thin portion 29e is pressed from the outside, the thin portion 29e warps inward, and a gap is formed between the side wall 30e of the intermediate casing 30 and the close contact between both is released, so that the intermediate casing 30 can be easily removed.
A U-shaped suspension 38 is reversibly attached to the lower housing 29 by left and right stoppers 37 so that the storage box can be carried along with the stored facial equipment W.

S Spray main body Sa Handshake part W Facial instrument X Upright cylinder storage box P Flexible hose B Carbon dioxide supply cylinder 14 Round adjustment knob 27 Cup 29 Lower casing 30 Middle casing 31 Upper casing 32 First Vertical storage recess 33 Second vertical storage recess 34 Third vertical storage recess 35 Communication recess

Claims (5)

(1) A predetermined amount of lotion is stored in a cup, and carbon dioxide introduced from a carbon dioxide supply cylinder through a flexible hose is ejected from a tip ejection nozzle of a spray main body, thereby the lotion in the cup. At the same time, in a facial device that sprays carbonated lotion in the form of a mist,
(2) a lower housing of an upper opening made of synthetic resin;
(3) A synthetic resin intermediate housing that is fitted to the lower housing, with an upper edge seated on the upper edge of the opening of the lower housing,
(4) Further, it is composed of an upper casing made of a synthetic resin that can be freely opened to form a space above the intermediate casing,
(5) The intermediate housing made of synthetic resin accommodates the upright carbon dioxide supply cylinder, and also accommodates the cylinder storage box having a circular rotation adjusting knob for operating gas ejection in an upright state. A first vertical storage recess of the upper opening to be placed;
(6) a second vertical storage recess in the upper opening for storing the spray body;
(7) a third vertical storage recess having an upper opening for storing the flexible hose connecting the spray body and the upright cylinder storage box in a curled shape;
(8) The facial instrument storage box, wherein the first, second, and third vertical storage recesses communicate with each other. (1) A predetermined amount of lotion is stored in a cup, and carbon dioxide introduced from a carbon dioxide supply cylinder through a flexible hose is ejected from a tip ejection nozzle of a spray main body, thereby the lotion in the cup. At the same time, in a facial device that sprays carbonated lotion in the form of a mist,
(2) a lower housing made of synthetic resin;
(3) A synthetic resin intermediate housing that is fitted to the lower housing, with an upper edge seated on the upper edge of the opening of the lower housing,
(4) Further, it is composed of an upper casing made of a synthetic resin that can be freely opened to form a space above the intermediate casing,
(5) The intermediate housing made of synthetic resin accommodates the upright carbon dioxide supply cylinder, and also accommodates the cylinder storage box having a circular rotation adjusting knob for operating gas ejection in an upright state. A first vertical storage recess of the upper opening to be placed;
(6) a second vertical storage recess in the upper opening for storing the spray body;
(7) a third vertical storage recess having an upper opening for storing the flexible hose connecting the spray body and the upright cylinder storage box in a curled shape;
(8) The second vertical storage recess of the upper opening that stores the spray main body is arranged in the center,
(9) The first vertical storage recess of the upper opening for storing the cylinder storage box is arranged on one side,
(10) A facial device characterized in that a third vertical storage recess having an upper opening for storing the flexible hose in a curled shape is arranged on the other side so that the respective vertical storage recesses communicate with each other. Storage box.   The upper casing made of synthetic resin is an upright cylinder storage box, a spray body, or a curl shape stored in the first, second, and third vertical storage recesses of the synthetic resin intermediate casing. 3. The facial instrument storage box according to claim 1, wherein the cosmetic hose is made of a permeable synthetic resin so that the flexible hose is visible.   The intermediate case made of synthetic resin has its upper edge seated on the upper edge of the opening of the lower case, and a set screw inserted from the bottom of the lower case is screwed to be combined with the lower case. The cosmetic device storage box according to claim 1, wherein the cosmetic device storage box is a facial expression device storage box. The upper edge of the opening of the lower housing is formed with a thin wall portion at a substantially middle position of the side wall, and is warped inward by pressing the thin wall portion from the outside, and a gap is formed between it and the side wall of the intermediate housing. The facial instrument storage box according to claim 1, wherein the facial instrument storage box is formed.

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