JP3182578U - Nozzle device for makeup - Google Patents

Abstract

To provide a cosmetic nozzle device capable of applying makeup with an air nozzle even when an electric air pump device cannot be used or is not desired to be used.
An electric air pump device AP operated by using a motor as a drive source is connected to a connection portion 14 of a nozzle body 1 having a nozzle portion 16 and a gas injection port. Can be performed. On the other hand, when the air pump device is not used, makeup using the gas supplied from the cylinder BM can be performed by connecting a portable cylinder BM having a size that can be gripped with fingers to the connection portion 14. .
[Selection] Figure 1

Description

  The present invention relates to a cosmetic nozzle device.

  As a kind of cosmetic tool, an air nozzle for spraying (spraying) a cosmetic liquid onto the face using air is known. The air nozzle includes a reservoir for storing cosmetic liquid in the nozzle body, a needle valve type nozzle formed at the tip of the nozzle body and connected to the reservoir, an operation unit for operating the needle valve, an air And an air injection port that is connected to the pressure generation source and is open at the peripheral edge of the nozzle portion. An injection nozzle that surrounds the nozzle portion and is supplied with air from an air injection port is provided at the tip of the nozzle body. Such an air nozzle is gripped with one finger and is used with the spray nozzle facing the face. That is, the cosmetic liquid is sucked from the nozzle portion due to the venturi effect of the air injected from the air injection port, and the mixture of air and the cosmetic liquid is injected from the injection nozzle. And the quantity of the cosmetic liquid sprayed is performed by operating the operation part and changing the opening area of a nozzle part.

  Patent Document 1 discloses a state of use for cosmetics in which cosmetic liquid is ejected by changing the spray nozzle and a liquid to be stored in a reservoir, and a state of use for facial cleansing in which facial cleansing liquid is jetted in a cream form. There is disclosed an air nozzle device that can be appropriately selected. Patent Document 2 discloses a technique for injecting cosmetic liquid using gas from a cylinder in which carbon dioxide is stored, and the cylinder, regulator, and the like are integrated into a body for injecting cosmetic liquid. What has been incorporated is disclosed. The device described in Patent Document 2 is particularly designed so that the gas pressure from the cylinder can be lowered and the gas pressure can be controlled by a single valve operation.

Utility Model Registration No. 3179261 Utility Model Registration No. 3175446

  Air supply to the air injection port in the air nozzle described above is performed from an air pump device via an air tube. The air pump device is, for example, an electric type that is used by being connected to a commercial power supply, and supplies compressed air by driving a motor.

  On the other hand, for example, when makeup is performed with an air nozzle at a destination such as a travel destination, there is a case where it is not desired to carry a large and heavy air pump device. Further, there are cases where the air pump device cannot be used or is not desired from the viewpoint of not being able to use the commercial power source or not wanting to generate a loud operating noise. In particular, there is a strong demand not to carry a large and heavy air pump device when making makeup on the go.

  The present invention has been made in view of the circumstances as described above, and its purpose is to provide a makeup nozzle device that can perform makeup using an air nozzle even when the air pump device cannot be used or is not desired to be used. It is in.

In order to achieve the above object, the present invention basically uses a portable cylinder for gas supply, and selectively selects air from the air pump device and gas from the cylinder according to the situation. It can be used properly. Specifically, as described in claim 1,
A reservoir for storing cosmetic liquid, a nozzle section for receiving cosmetic liquid from the reservoir, an operation section for changing the opening area of the nozzle section, and a gas jet from the peripheral edge of the nozzle section A nozzle body provided with a gas injection port for,
An air pump device that is operated using a motor as a drive source and supplies air to the gas injection port;
A portable cylinder for supplying gas to the gas injection port, which is sized to be grasped with fingers.
With
The air pump device and the cylinder can be selectively connected to the nozzle body, and a state in which air from the air pump device is supplied to the gas injection port and gas from the cylinder are supplied. The state is selectable,
It is like that.

  According to the above solution, when the air pump device can be used, makeup can be performed in the same manner as in the past by connecting the air pump device to the nozzle body and using the air from the air pump device. On the other hand, when the air pump device cannot be used or is not desired, the cylinder can be connected to the nozzle body and makeup can be performed using the gas from the cylinder.

A preferred mode based on the above solution is as described in claim 2 and the following. That is,
In the nozzle body, a common connection portion connected to the gas injection port is formed,
The air pump device and the cylinder can be selectively connected to the common connection portion.
(Corresponding to claim 2). In this case, the air pump device or the cylinder can be selectively connected only by configuring one common connection portion in the nozzle body.

The common connection portion is a screw portion,
The air pump device and the cylinder are detachable by screwing and unscrewing the common screw part,
(Corresponding to claim 3). In this case, particularly in a state where the cylinder is connected to the nozzle body, the cylinder and the nozzle body are configured as an assembly in which the cylinder and the nozzle body are mechanically integrated, and the handling becomes easy.

The nozzle body is elongated in the lateral direction,
The nozzle part is formed at the tip of the nozzle body,
The reservoir and the operating part are formed on the upper part of the nozzle body,
A connection portion for the air pump device and the cylinder is formed at a lower portion of a substantially middle portion in the longitudinal direction of the nozzle body.
(Corresponding to claim 4). In this case, when performing makeup using a cylinder, it is preferable to position the cylinder at a position that does not interfere with the storage part or the operation part.

The cylinder is formed in a substantially cylindrical elongated shape, and is connected to and fixed to the nozzle body in a posture state intersecting with the nozzle body.
The operation part can be operated with an index finger in a state where the cylinder is gripped with a palm and a little finger, a ring finger, a middle finger and the nozzle body is passed between a thumb and an index finger.
(Corresponding to claim 5). In this case, the assembly of the nozzle body and the cylinder can be gripped and operated with one hand to make up the makeup, and as a whole, it is extremely easy to use. In addition, when performing makeup using gas from a cylinder, the usability of the nozzle body itself is the same as in the prior art, so there is no sense of incongruity.

The cylinder is connected to the nozzle body via a push valve that is normally closed,
The operation part is held by the nozzle body so as to be swingable and press-displaceable downward,
A needle valve for changing the opening area of the nozzle portion is arranged to be displaceable in the longitudinal direction of the nozzle body,
By pushing the operation part, the push valve is pushed and opened,
By swinging the operation portion, the needle valve is displaced and the opening area of the nozzle portion is changed.
(Corresponding to claim 6). In this case, in a state where the cylinder is connected to the nozzle body, the operation of the nozzle unit is controlled by swinging the operation unit while switching the gas supply from the cylinder to the gas injection port and stopping the supply by pressing and releasing the operation unit. By changing the opening area, the amount of the cosmetic liquid sprayed can be changed, which makes it extremely easy to use. Of course, unless the operation unit is pressed, no gas is supplied from the cylinder to the gas injection port, which is preferable for preventing wasteful consumption of the gas in the cylinder.

A regulator is interposed between the cylinder and the push valve,
The cylinder is integrated with the regulator and stored in a storage container that is sized to be grasped by a finger so that it can be inserted and removed.
(Corresponding to claim 7). In this case, the pressure (flow rate) of the gas supplied from the cylinder to the gas injection port can be made appropriate by the regulator. In addition, since the cylinder is stored in the storage container, it is preferable in terms of handling (particularly ease of gripping) and improving appearance of the cosmetic liquid spraying by setting the shape of the storage container.

A one-touch joint having a female member and a male member that is detachably inserted and connected to the female member is provided,
One of the female member and the male member is configured as the push valve, and the other member is configured as the regulator.
The cylinder is detachable from the push valve together with the regulator by cutting the female member and the male member in a state of being stored in the storage container.
This is done (corresponding to claim 8). In this case, the cylinder can be attached to and detached from the nozzle body easily and quickly using the one-touch joint.

The push valve is attached to the nozzle body by screwing;
The tip of the air tube extending from the air pump device is configured with the other member of the one-touch joint.
(Corresponding to claim 9). In this case, with the push valve attached to the nozzle body, the cylinder and the air tube can be attached to and detached from the push valve easily and quickly.

The cylinder is configured as a sealed container;
The cylinder is provided with a hollow firing needle connected to the regulator so as to protrude into the cylinder,
In a state where the cylinder is stored in the storage container, a screw-type pressing portion for pressing and displacing the cylinder toward the firing needle is provided,
When the cylinder is pressed toward the firing pin by the pressing portion, the firing needle penetrates the wall of the cylinder, and gas from the inside of the cylinder is supplied to the regulator through the firing needle. The
(Corresponding to claim 10). In this case, the cylinder is hermetically sealed unless it is stored in the storage container and its wall portion is penetrated by the firing needle, which is preferable in preventing gas leakage from the cylinder while being carried. Moreover, since it is a press using a screw, the cylinder wall portion of the firing pin can be penetrated with a small force.

The storage container is divided into a main body portion having an opening for taking in and out the cylinder, and a lid portion screwed to the main body portion to close the opening,
The lid portion functions as the pressing portion for pressing the cylinder toward the firing pin by advancing screwing to the main body portion.
(Corresponding to claim 11). In this case, the screw-type pressing portion can be configured by effectively using the storage container.

  The regulator is provided with a pressure adjusting unit for adjusting the pressure of the gas that is manually operated and flows out of the cylinder (corresponding to claim 12). In this case, it is necessary to adjust the gas pressure (flow rate) desired by the user by manual operation, and to secure the necessary minimum gas pressure (flow rate) when the remaining amount of the cylinder is low. This is preferable.

The cylinder is storing carbon dioxide in a liquefied state, and gasified carbon dioxide is supplied to the gas injection port,
The cylinder is detachably fixed to the nozzle body together with the storage container in a state in which the cylinder is stored in a storage container made of synthetic resin that stores the cylinder in a removable manner.
(Corresponding to claim 13). In this case, by storing the liquefied carbon dioxide in the cylinder, it is possible to make the cylinder as small as possible while securing a large amount of gas, that is, as much as possible to spray the cosmetic liquid using the gas from the cylinder. This is preferable for ensuring a long time. Further, it is also preferable for obtaining a cosmetic effect on the skin using carbon dioxide.

  According to the present invention, makeup can be performed using the gas from the cylinder even when the air pump device cannot be used or is not desired.

1 is an overall view showing an example of an air nozzle device to which the present invention is applied. The principal part expanded sectional view which shows the detail of a nozzle part. The partial cross section side view which shows a cylinder, a storage container, a regulator, and a push valve. The principal part expanded sectional view which shows a firing pin part. The principal part expanded sectional view which shows the relationship between an operation part and a push valve. The whole side view which shows the state which attached the cylinder to the nozzle main body. The figure which shows the state which is performing makeup | decoration in the state which attached the cylinder to the nozzle main body.

  In FIG. 1, an air nozzle (gas nozzle) A has a nozzle body 1. The nozzle body 1 is divided into a front component member 1A and a rear component member 1B, and is formed in an elongated shape in the lateral direction so that it can be grasped as a whole with fingers. The front side structural member 1A is formed in a cylindrical shape that is opened back and forth by, for example, metal, and the rear side structural member 1B is formed in a cylindrical shape that is closed by a synthetic resin or metal, for example. Then, the front constituent member 1A and the rear constituent member 1B are detachably coupled by screwing the front end portion of the rear constituent member 1B to the rear end portion of the front constituent member 1A.

  The nozzle body 1 includes a nozzle part 11, a storage part 12, an operation part 13, and a connection part 14. The nozzle unit 11 is configured at the tip of the nozzle body 1. Specifically, as shown in FIG. 2, it has an elongated cylindrical valve cylinder member 21 and a long needle valve 22 positioned in the valve cylinder member 21 so as to be displaceable in the axial direction. The valve cylinder member 21 is fixed to the nozzle body 1, and the needle valve 22 is formed so that the tip end portion is gradually tapered. When the needle valve 22 is positioned in the foremost position (left side in FIGS. 1 and 2), the valve cylinder member 22 (that is, the nozzle portion 1) is closed. When the needle valve 22 is displaced rearward (rightward in FIGS. 1 and 2) from this closed state, the tip of the valve cylinder member 21 is opened, and the opening area of the needle valve 22 increases as the amount of rearward movement increases. Increased.

  As shown in FIG. 1, the needle valve 22 has a large diameter portion 22a in the middle thereof. An annular stopper member 23 is fixed inside the nozzle body 1 by screwing behind the large diameter portion 22a. Between the stopper member 23 and the large-diameter portion 22a, a return spring 24 including a coil spring disposed so as to surround the needle valve 22 is disposed, and the needle valve 22 is always urged forward. (The nozzle part 1 is biased in the direction in which the valve is closed). The needle valve 22 slidably penetrates the annular stopper member 23 and the operation portion 13 (through hole formed therein).

  As shown in FIG. 2, the reservoir 12 is positioned at the upper end of the nozzle body 1 to apply a cosmetic liquid (for example, a liquid for foundation or eye shadow) or a facial cleansing liquid (for example, a facial soap). It can be stored. The reservoir 12 is formed integrally with the nozzle body 1 (the front side component 1 </ b> A). The reservoir 12 is open at the top, and the bottom is connected to the rear end opening of the valve member 21. That is, the liquid stored in the storage part 12 passes through the valve cylinder member 21 (the gap between the valve cylinder member 21 and the needle valve 22), and is introduced into the tip of the valve cylinder member 21, that is, the nozzle part 11. It has become so.

  The opening area (opening degree) of the nozzle unit 11 is changed by operating the operation unit 13 to displace the needle valve 22 in the front-rear direction. The operation unit 13 is positioned immediately above the storage unit 11 and above the nozzle body. The operation unit 13 is held on the nozzle body 1 (the front side component 1A) so as to be swingable by a predetermined angle range around the pin 26 (see FIG. 1). For example, the operation unit 13 is swung back and forth with an index finger or thumb. It has come to be. And the intermediate part of the operation part 13 can be contact | abutted from the front with respect to the front-end surface of the said large diameter part 22a. When the operation unit 13 is in the forward swing end position, the needle valve 22 is positioned at the front stroke end by the return spring 32, and the nozzle unit 1 is closed (valve closed state). By swinging the operating portion 13 backward from this closed state, the needle valve 22 is displaced rearward via the large diameter portion 22a and opened, and the amount of displacement of the needle valve 22 rearward is reduced. As the size increases, the opening area of the nozzle portion 1 is increased, and finally the nozzle portion 1 is fully opened. The operation unit 13 can be pressed not only in the above-described swinging in the front-rear direction but also in a downward direction, which will be described later.

  A spray nozzle 71 or a foaming nozzle 72 for cosmetic liquid is selectively attached to the tip of the nozzle body 1. That is, a short cylindrical mounting portion 16 is formed around the nozzle portion 11 at the tip portion of the nozzle body 1, and a male screw portion 16 a is formed on the outer periphery of the mounting portion 16. Further, on the inner surfaces of the rear end portions of the spray nozzle 71 and the foaming nozzle 72, female screw portions that are screwed into the male screw portion 16a are formed. Further, a nozzle constituting member 73 for air massage made of an elastic member having a small hole is detachably fitted to the distal end portion of the injection nozzle portion 71. In addition, since the nozzle structural member 73 and the foaming nozzle 72 are the same as the thing of patent document 1, the detailed description is abbreviate | omitted.

  The connecting portion 14 is a common connecting portion to which the air pump device AP and the cylinder BM are selectively connected. As shown in FIG. 2, the connecting portion 14 is connected to one end of a gas passage 35 formed in the nozzle body 1 (the front constituent member 1 </ b> A). The other end of the gas passage 35 is opened as a gas injection port 35 a on the front surface of the nozzle body 1 immediately below the nozzle portion 1.

  Gas (air) from the air pump device AP or gas from the cylinder BM passes through the gas passage 35 from the connecting portion 14 and is jetted forward from the gas jetting port 35a. When the valve is opened, the liquid in the valve cylinder member 11 is sucked from the nozzle portion 1 by the Venturi effect and is ejected forward together with the gas. The larger the opening area (opening degree) of the nozzle unit 1, the more liquid is ejected.

  Next, the cylinder BM and related parts will be described with reference to FIGS. First, the cylinder BM stores liquefied carbon dioxide therein, has a substantially cylindrical elongated shape, and is sized so that it can be gripped with fingers. Specifically, the smallest of the mini gas cartridge standard specifications manufactured by Nippon Carbon Gas Co., Ltd. is used. The total length is about 65 mm, the maximum diameter is about 19 mm, the gas mass is about 8 g, the gas volume is about 4.4 l (liter). −20 degrees C) and a total mass of about 32 g. Such a cylinder BM is disposable and has a gas amount sufficient to perform one-time overall makeup (a gas injection time from the gas injection port 35a is about 40 seconds to 60 seconds). Is a gas amount that can be used several times.

  The cylinder BM is stored in the storage container 40 and used. The storage container 40 is formed of, for example, a material excellent in heat insulation such as synthetic resin, and has a substantially cylindrical elongated shape as a whole. That is, the storage container 40 has a shape that is slightly larger than the cylinder BM and can be gripped with one hand.

  The storage container 40 is divided into a main body portion 41 and a lid portion 41 and is detachably connected to each other by screw connection (screwing) (a screw portion is indicated by reference numeral 43). The main body 41 has an opening 41 a that opens downward, and the opening 41 a is covered by screwing (connecting) the lid 42 to the main body 41. The cylinder BM is inserted into and removed from the main body 41 through the opening 41 a in a state where the lid 42 is removed from the main body 41.

  A regulator (pressure reducing valve) 50 is integrally connected to an upper portion of the main body 41 of the storage container 40. As shown in FIG. 4, a concave portion 41b into which the neck portion of the cylinder BM is fitted is formed in the main body portion 41, and the firing pin 51 is disposed so as to protrude into the concave portion 41b. The firing needle 51 is hollow and communicates the inside of the main body 41 and the regulator 50. And the sealing member 44 which consists of O-rings, for example is hold | maintained at the recessed part 41b side surface. Note that the regulator 50 is provided with an adjustment unit 50a that is manually operated (for example, rotated) to adjust the discharge pressure from the regulator 50.

  As shown in FIG. 4, the top surface of the neck of the cylinder BM is a weakened portion 45 that is partially thinned. It penetrates the part 45 and communicates with the inside of the cylinder BM. Thereby, the liquefied carbon dioxide in the cylinder BM is gasified and supplied to the regulator 50 through the firing pin 51.

  A push valve 53 is detachably connected to the regulator 50. The push valve 53 has a protruding push button 53a and is normally closed. Then, the push valve 53 is opened by pressing the protruding push button 53a.

  The regulator 50 and the push valve 53 are detachably connected via a one-touch joint 54. In the embodiment, the one-touch joint 54 includes a male member 54 a formed on the push valve 53 and a female member 54 b formed on the regulator 50. The female member 54b can be displaced in the vertical direction in FIG. 3, and is normally biased upward by a spring (not shown). A plurality of engagement balls (not shown) are arranged in the female member 54b at intervals in the circumferential direction. When the male member 54a is inserted into the female member 54b and the female member 54b is returned to the upper position with the female member 54b displaced downward, the engaging ball is engaged with the outer periphery of the male member 54a. Are connected. The connection is released by displacing the female member 54b downward from this connected state and pulling out the male member 54a. In addition, since such a one-touch coupling 54 itself is widespread, further explanation is omitted. As the one-touch joint, for example, an appropriate type can be selected, such as a connection completed by rotating approximately 90 degrees after insertion.

  The push valve 53 is connected (attached) to the connecting portion 14 of the nozzle body 1 by screwing. That is, as shown in FIG. 5, the internal thread portion 14a is formed on the inner surface of the connection portion 14, while the external thread portion 53b is formed on the outer periphery of the push valve 53, and both the screw portions 14a and 53b are screwed together. The resulting state is shown in FIG.

  A long hole 13a extending substantially in the vertical direction is formed at the lower end of the operation portion 13, and a pin 26 fixed to the nozzle body 1 passes through the long hole 13a. The upper end portion of the link 28 extending in the vertical direction is connected to the lower end portion of the operation portion 13 via a pin 29 so as to be freely rotatable. The link 28 is held by the nozzle body 1 so as to be slidable substantially in the vertical direction. The lower end portion of the link 29 protrudes into the gas passage 35 immediately above the connection portion 14. More specifically, the lower end portion of the link 28 is positioned directly above the push button 53 a of the push valve 53 that is screwed into the connection portion 14. In FIG. 5, reference numeral 30 denotes a seal member.

  When the operation unit 13 is pressed downward, the link 28 presses the push button 53a, whereby the push valve 53 is opened, and the gas from the cylinder BM is injected from the gas injection port 35a through the gas passage 35. Will be. By pulling backward while pressing the operation portion 13, the operation portion 13 is swung around the pin 26, the nozzle portion 16 is opened, and the amount of operation to the rear of the operation portion 13 is increased. As a result, the opening area of the nozzle portion 16 is increased.

  In FIG. 1 again, the air pump device AP is of an electric type and is driven by a built-in motor (in the embodiment, the motor is driven using a commercial power source). A male screw member 62 that is screwed into the connecting portion 14 (the female screw portion 14a) is attached to the tip of the air tube 61 that extends from the air pump device AP. When the power switch S1 of the air pump device AP is turned on, the motor is driven and air is supplied from the air tube 61. In a state where the air tube 61 (the male screw member 62 thereof) is connected to the connection portion 14, the air from the air pump device AP is injected from the gas injection port 35 a through the gas passage 35.

  About 1 to 3 cylinders BM are used together with the nozzle body 1. That is, when performing makeup using gas from the cylinder BM, the cylinder BM is stored in the storage container 40 with the push valve 53 connected to the regulator 50 as shown in FIG. The gas is supplied to the regulator 50. Thereafter, simply by connecting the push valve 53 to the connecting portion 14 of the nozzle body 1, makeup using gas from the cylinder BM can be performed.

  FIG. 6 shows a state where the injection nozzle 61 is attached and the cylinder BM is connected (attached) to the nozzle body 1. As is clear from FIG. 6, the assembly of the cylinder BM that is a relatively heavy object (an assembly in which the storage container 40, the regulator 50, and the push valve 53 are integrated) is formed in the nozzle body 1 that is elongated in the lateral direction. On the other hand, it is in a state where it is elongated from the substantially middle part in the longitudinal direction (substantially the arrangement position of the operation part 13) downward. In the embodiment, the assembly of the cylinder BM with respect to the nozzle body 1 is in a state extending in a direction substantially orthogonal to the side opposite to the operation unit 13.

  FIG. 7 shows a situation where makeup is performed using the nozzle body 1 to which the cylinder BM is attached. That is, for example, while holding the cylinder BM assembly with the palm, the little finger, the ring finger, and the middle finger in one hand, the operation unit 13 can be operated with the index finger while the nozzle body 1 is passed between the thumb and the index finger. It becomes a state. The gripping mode of the nozzle body 1 and the operating mode of the operation unit 13 are the same as in the conventional case using the air pump device AP (the usability is the same as in the conventional case), and makeup can be performed without a sense of incongruity. While the assembly of the cylinder BM is relatively heavy, it extends downward from the nozzle body 1, so that makeup can be performed in a stable gripping state.

  When the remaining amount of the cylinder BM is extremely reduced and the discharge pressure from the gas injection port 35a is greatly reduced, the pressure can be increased by operating the adjusting unit 50a (effective use of gas). Of course, when the injection pressure from the gas injection port 35a is too high, the discharge pressure from the regulator 50 may be reduced by the adjusting unit 50a. However, even if the regulator 50 remains at the initial setting, for example, the adjustment by the adjusting unit 50a is unnecessary for the amount of gas used within a time range in which makeup on the foundation is performed once as a whole.

  In order to make up using the air pump device AP, the push valve 53 is removed from the connecting portion 14 and a male screw member 62 provided at the tip of the air tube 61 is connected to the connecting portion 14 for use. Good. When the air pump device AP is used, since the push valve 53 does not exist, the pressing operation of the operation unit 13 is not necessary for injecting air from the gas injection port 35a. The air pump device AP has switches S2 to S4 for changing the discharge air pressure, and when using the injection nozzle 71, when using the nozzle constituent member 73 together, and using the foaming nozzle 72. The optimum air pressure can be obtained from time to time.

  Here, the push valve 53 may be always attached to the connection portion 14. In this case, the push valve 53 and the cylinder BM may be trimmed (disconnected) at the one-touch joint 54 portion. In addition, what is necessary is just to carry out after injecting all the gas in the cylinder BM from the gas injection port 35a beforehand, when cutting edge with the one-touch coupling 54. FIG. However, by degassing the cylinder BM by incorporating a check valve that is normally closed in the female member 54b and opened by being pressed by the male member 54a. Alternatively, the cylinder BM can be removed from the connecting portion 14. In addition, a female member (same as the female member 54b configured in the regulator 50) connected to the male member 54a of the one-touch joint 54 configured in the push valve 53 may be configured at the distal end portion of the air tube 61. . When using the air pump device AP while using the push valve 53, it is preferable to use the air pump device AP having a relief valve that restricts the supply pressure to the air tube 61 from exceeding a predetermined level.

  Although the embodiments have been described above, the present invention is not limited to the embodiments, and appropriate modifications can be made within the scope described in the claims of the utility model registration. Is included. The foaming nozzle 51 may not be used (not used for face washing). It is also possible to put lotion or the like into the reservoir 12 and use it for the beauty effect of carbon dioxide. A connection part between the air pump device AP and the cylinder BM with respect to the gas injection port 35a may be provided separately and exclusively (a connection part that is not used is closed).

  The gas pressure supplied to the gas injection port 35 a may be adjustable by operating the operation unit 13 or another operation unit provided in the nozzle body 1 separately from the operation unit 13. The opening area of the nozzle portion 11 may be constant. In this case, for example, the opening degree of the valve device provided in the gas passage 35 may be changed by operating the operation portion 13. A plurality of gas injection ports 35a may be provided around the nozzle portion 11 with a space therebetween. When the nozzles 71, 72 and the like are detachably attached to the nozzle body 1, an appropriate method other than the screw connection can be adopted, for example, using a one-touch joint. The air pon device AP is not limited to the case where the commercial power source is used as the power source as long as it operates by electricity, and the battery may be used as the power source. The motor of the air pump device AP is not limited to a rotary type as long as it is an electric actuator that generates a driving force, and an appropriate type such as a reciprocating type can be adopted.

  As the type of gas stored in the cylinder BM, any gas other than carbon dioxide (for example, nitrogen gas, air, etc.) can be used as long as there is no problem with the skin. There may be. The posture state when the cylinder BM is attached to the nozzle body 1 can be set appropriately, and is not limited to the case where the cylinder BM is substantially orthogonal to the nozzle body 1 shown in the embodiment. You may make it incline with respect to. Further, the cylinder BM is not limited to being mechanically integrated with the nozzle body 1 but may be connected to the nozzle body 1 through a flexible tube. A plurality of cylinders having the same diameter and different lengths may be used as the cylinders BM (combustion cylinders having the same diameter but different lengths are commercially available). In this case, by changing the screwing amount (screwing position) of the lid part 42 with respect to the main body part 41, it is possible to deal with the cylinders BM having different lengths (the lid part 42 has a length of the cylinder BM). It is possible to respond by preparing multiple types with different lengths according to the difference). The length ratio of the main body 41 and the lid 42 in the storage container 40 can be changed as appropriate, for example, by making the length of the lid 42 sufficiently longer than the length of the main body 41. Further, when the cylinder BM is penetrated by the shooting needle 51, the main body part 41 and the lid part 42 are arranged so that the main body part 41 and the lid part 42 can be gripped firmly with each other's fingers so as to relatively rotate. Can be set to be approximately equal. Of course, the object of the present invention is not limited to what is explicitly stated, but also implicitly includes providing what is substantially preferred or expressed as an advantage.

  The present invention is suitable as a cosmetic nozzle device.

A: Air nozzle AP: Air pump device BM: Cylinder 1: Nozzle body 11: Nozzle part 12: Storage part 13: Operation part 13a: Long hole 14: Air connection part 14a: Female thread part 16: Mounting part 21: Valve member 22: Needle valve 24: Return spring 26: Pin (Oscillation center of the operation unit)
28: Link 29: Pin 35: Gas passage 35a: Gas injection port 40: Storage container 41: Main body part 41a: Opening part 42: Cover part 43: Screw part 50: Regulator 50a: Adjustment part 51: Shooting needle 53: Push valve 53a : Push button 53b: Male screw part 54: One-touch joint 54a: Male member 54b: Female member 61: Air tube 62: Male screw member 71: Injection nozzle 72: Foaming nozzle 73: Nozzle component

Claims (13)

A reservoir for storing cosmetic liquid, a nozzle section for receiving cosmetic liquid from the reservoir, an operation section for changing the opening area of the nozzle section, and a gas jet from the peripheral edge of the nozzle section A nozzle body provided with a gas injection port for,
An air pump device that is operated using a motor as a drive source and supplies air to the gas injection port;
A portable cylinder for supplying gas to the gas injection port, which is sized to be grasped with fingers.
With
The air pump device and the cylinder can be selectively connected to the nozzle body, and a state in which air from the air pump device is supplied to the gas injection port and gas from the cylinder are supplied. The state is selectable,
A nozzle device for makeup. In claim 1,
In the nozzle body, a common connection portion connected to the gas injection port is formed,
The air pump device and the cylinder can be selectively connected to the common connection portion.
A nozzle device for makeup. In claim 2,
The common connection portion is a screw portion,
The air pump device and the cylinder are detachable by screwing and unscrewing the common screw part,
A nozzle device for makeup. In any one of Claims 1 thru | or 3,
The nozzle body is elongated in the lateral direction,
The nozzle part is formed at the tip of the nozzle body,
The reservoir and the operating part are formed on the upper part of the nozzle body,
A connection portion for the air pump device and the cylinder is formed at a lower portion of a substantially middle portion in the longitudinal direction of the nozzle body.
A nozzle device for makeup. In claim 4,
The cylinder is formed in a substantially cylindrical elongated shape, and is connected to and fixed to the nozzle body in a posture state intersecting with the nozzle body.
The operation part can be operated with an index finger in a state where the cylinder is gripped with a palm and a little finger, a ring finger, a middle finger and the nozzle body is passed between a thumb and an index finger.
A nozzle device for makeup. Extend from the air pump device In any one of Claims 1 thru | or 5,
The cylinder is connected to the nozzle body via a push valve that is normally closed,
The operation part is held by the nozzle body so as to be swingable and press-displaceable downward,
A needle valve for changing the opening area of the nozzle portion is arranged to be displaceable in the longitudinal direction of the nozzle body,
By pushing the operation part, the push valve is pushed and opened,
By swinging the operation portion, the needle valve is displaced and the opening area of the nozzle portion is changed.
A nozzle device for makeup. In claim 6,
A regulator is interposed between the cylinder and the push valve,
The cylinder is integrated with the regulator and stored in a storage container that is sized to be grasped by a finger so that it can be inserted and removed.
A nozzle device for makeup. In claim 7,
A one-touch joint having a female member and a male member that is detachably inserted and connected to the female member is provided,
One of the female member and the male member is configured as the push valve, and the other member is configured as the regulator.
The cylinder is detachable from the push valve together with the regulator by cutting the female member and the male member in a state of being stored in the storage container.
A nozzle device for makeup. In claim 8,
The push valve is attached to the nozzle body by screwing;
The tip of the air tube extending from the air pump device is configured with the other member of the one-touch joint.
A nozzle device for makeup. In claim 8 or claim 9,
The cylinder is configured as a sealed container;
The cylinder is provided with a hollow firing needle connected to the regulator so as to protrude into the cylinder,
In a state where the cylinder is stored in the storage container, a screw-type pressing portion for pressing and displacing the cylinder toward the firing needle is provided,
When the cylinder is pressed toward the firing pin by the pressing portion, the firing needle penetrates the wall of the cylinder, and gas from the inside of the cylinder is supplied to the regulator through the firing needle. The
A nozzle device for makeup. In claim 10,
The storage container is divided into a main body portion having an opening for taking in and out the cylinder, and a lid portion screwed to the main body portion to close the opening,
The lid portion functions as the pressing portion for pressing the cylinder toward the firing pin by advancing screwing to the main body portion.
A nozzle device for makeup. In any one of Claims 7 thru | or 11,
A cosmetic nozzle device, wherein the regulator is provided with a pressure adjusting unit for adjusting the pressure of gas that is manually operated and flows out of the cylinder. In any one of Claims 1 thru | or 12,
The cylinder is storing carbon dioxide in a liquefied state, and gasified carbon dioxide is supplied to the gas injection port,
The cylinder is detachably fixed to the nozzle body together with the storage container in a state in which the cylinder is stored in a storage container made of synthetic resin that stores the cylinder in a removable manner.
A nozzle device for makeup.