JP6018412B2 - Lotion sprayer and lotion spray device - Google Patents

Description

  The present invention relates to a lotion sprayer capable of spraying lotion having excellent absorbability into the skin in a mist form and a lotion spraying apparatus including the same.

  Conventionally, lotion is applied to moisturize the skin and replenish nutrients. As a method of applying the lotion to the skin, for example, supplying a predetermined amount of lotion onto the palm and applying the lotion to the part where the lotion is to be applied, such as the face, is desired. Apply the lotion to the site or fill the lotion into a lotion sprayer for spraying lotion in the form of a mist, and spray the lotion onto the site where the lotion is to be applied from the lotion sprayer in the form of a mist. A lotion is applied to the site.

  As the above-mentioned lotion sprayer, Patent Document 1 is a face spray that sprays directly on the face, and is filled with a foundation liquid containing water-resistant fine particles having a predetermined color, a lotion, and a pressurized propellant. There has been proposed a face spray having a metal container and a spray nozzle part attached to the metal container and ejecting the foundation liquid, the skin lotion, and the propellant as an aerosol.

  However, since the above face spray is merely sprayed with lotion, the lotion absorbs lotion into the skin in many cases, and the lotion can sufficiently absorb the lotion into the skin. An atomizer is desired.

Utility Model Registration No. 3146534

  The present invention provides a lotion sprayer capable of spraying lotion having excellent absorbability to the skin in the form of a mist, and a lotion spray apparatus provided with the same.

The lotion sprayer of the present invention is disposed in a lotion body, a lotion storage part for storing lotion provided in the lotion body, and a space formed at the front end of the lotion body. To the lotion circulating in the outlet passage portion of the lotion supply pipe facing the inlet of the nozzle, the lotion supply pipe connecting the lotion storage section and the nozzle, A magnet for applying a magnetic field, a connection port for connecting the cosmetic sprayer body and the compressed gas cylinder, a compressed gas supply pipe connecting the connection port and the space where the nozzle is disposed , While the compressed gas supplied through the compressed gas supply pipe is injected in the space portion of the skin lotion sprayer main body and the skin lotion stored in the toilet water storage unit is sucked and mixed with the compressed gas by the injection Foggy An injection hole for injecting, an operation part which is arranged to be movable in the front-rear direction in the gripping part of the skin lotion sprayer body, and has a lower end surface formed as an inclined surface; and a valve interposed between the compressed gas supply pipe A valve body whose degree of opening increases as the amount of rearward displacement of the operation unit increases by causing the rod to contact the lower inclined surface of the operation unit and moving the operation unit rearward, and a lotion It is disposed in the sprayer body, and its front end is inserted into the skin lotion circulation hole of the nozzle and is connected to the operation unit and moves rearward as the operation unit moves rearward. And a spray adjusting rod that adjusts the size of the gap through which the lotion flows between the portion and the inner peripheral surface of the lotion flow hole of the nozzle .

  And in the above-mentioned lotion sprayer, the lotion supply pipe has a main pipe part and a lead-out passage part connected to and in communication with the front end of the main pipe part, and the lead-out flow path part is connected to the front end of the main pipe part , Having an oblique portion extending in a direction oblique to the flow direction of the lotion communicating and flowing in the main pipe portion, and configured to apply a magnetic field to the lotion in the oblique portion It is characterized by.

  The lotion spray device of the present invention includes the above lotion sprayer, and a cylinder storage container having a hook portion capable of storing a compressed gas cylinder and holding a gripping portion of the main body of the lotion sprayer. It is characterized by.

  The lotion sprayer of the present invention has the above-described configuration, and the lotion in the lotion storage section is sucked from the lotion storage section toward the nozzle by the ejecting effect by the compressed gas, and the inlet portion of the nozzle The magnetic force is given to the lotion circulating in the outlet passage portion of the lotion supply pipe close to the magnet by a magnet.

  On the other hand, normally, about 10 to 20 water molecules attract each other to form an aggregate, so-called cluster. When a magnetic field is applied to a water cluster, the water cluster becomes smaller and the absorption to the skin is improved.

  In the lotion sprayer of the present invention, the magnetic field is applied to the lotion in the outlet passage portion of the lotion supply pipe, and the water cluster constituting the lotion is made smaller to absorb the lotion into the skin. In addition, the skin lotion containing smaller water clusters is immediately sprayed from the nozzle to form a mist with compressed gas, and the mist lotion is quickly sprayed onto the skin and efficiently absorbed into the skin. Can be made.

  Since the lotion spray device of the present invention has the above-described configuration, the lotion sprayer and the cylinder storage container are inserted and held in the hook portion of the cylinder storage container through the grip portion of the toilet water sprayer body. And can be used in an integrated manner, and the handleability of the lotion sprayer is excellent.

It is the longitudinal cross-sectional view which showed the lotion sprayer of this invention. It is the longitudinal cross-sectional view which showed the lotion sprayer of this invention. It is the disassembled perspective view which showed the cylinder storage container of this invention. It is the perspective view which showed the use condition of the lotion spray apparatus of this invention.

  An example of the lotion sprayer of the present invention will be described with reference to the drawings. As shown in FIG. 1, the lotion sprayer body 2 of the lotion sprayer 1 is formed in a cross-section T-shape and the inside is formed in a hollow portion, and a person grips the protruding portion protruding downward by hand. Therefore, the gripping portion 21 is used.

  In the upper part of the lotion sprayer main body 2, a lotion storage part 22 for storing the lotion is provided. In addition, as shown in FIG. 1, the lotion storage part 22 may be provided integrally with the lotion sprayer main body 2 or may be provided detachably from the lotion sprayer main body 2. As a lotion, a general purpose thing can be used, and a moisturizer, a refreshing agent, or a thickener is added to water.

  On the other hand, a space portion 20 is formed at the front end portion of the skin lotion sprayer body 2, and an injection hole 23 is formed in the front portion of the space portion 20 so as to penetrate in the front-rear direction. The part 20 communicates with the outside, and the nozzle 3 is located in the space part 20 so that the outlet part 31 faces the injection hole 23 and the opening end surface of the outlet part 31 is the injection hole 23 of the skin lotion sprayer body 2. It arrange | positions so that it may become substantially flush with the rear opening end surface. Between the front end of the nozzle 3 and the rear opening end of the injection hole 23, a gap through which the compressed gas and the lotion can flow is formed.

  The nozzle 3 and the lotion storage part 22 are connected to and communicated with the front end of the lotion supply pipe 24 to the inlet part 32 of the nozzle, and the rear end of the lotion supply pipe 24 is connected to and communicated with the lotion storage part 22. Is connected through a skin lotion supply pipe 24.

  The lotion supply pipe 24 is bent at the front half thereof to form the outlet channel 241. The lotion supply pipe 24 has a main pipe portion 240 excluding the front half portion thereof, and a lead-out passage portion 241 that connects and communicates the rear end with the front end of the main pipe portion 240. The outlet passage part 241 of the lotion supply pipe 24 is connected to the front end of the main pipe part 240 at the rear end, communicates and extends obliquely with respect to the flow direction of the lotion flowing in the main pipe part 240 241a and a lead-out portion that connects and communicates with the front end of the oblique portion 241a and extends in the same direction as the length direction of the main pipe portion 240 (the same direction as the direction of the lotion flowing through the main pipe portion 240) 241b. A pair of magnets 4 and 4 for applying a magnetic field to the lotion flowing in the oblique portion 241a of the outlet passage portion 241 of the lotion supply pipe 24 are disposed in the oblique portion 241a of the lotion supply pipe 24. It is arranged with a lotion in circulation. The pair of magnets 4 and 4 are adjusted so that one of these facing surfaces is an N pole and the other is an S pole.

  Further, a spray adjustment rod 5 extending in the length direction (left and right direction in FIG. 1) is disposed in the lotion spray body 2, while the front end portion of the spray adjustment rod 5 has a lotion supply pipe 24. A water-tight passage is formed between the front end of the spray adjustment tub 5 and the inner peripheral surface of the flow hole 33 of the nozzle 3 so as to pass through the water tightly. The amount of the lotion supplied into the nozzle 3 can be adjusted by adjusting the degree of insertion of the front end of the spray adjusting rod 5 into the flow hole 33 of the nozzle 3.

  In addition, a compressed gas supply pipe 7 (to be described later) is connected to the compressed gas cylinder A1 stored in the cylinder storage container A via the connection pipe B at the lower end of the gripping portion 21 of the lotion spray body 2 in an airtight manner. The connection port 6 is formed. The rear end portion of the compressed gas supply pipe 7 is hermetically connected to and communicated with the connection port 6, and the front end portion of the compressed gas supply pipe 7 is provided with the nozzle 3 in the lotion sprayer body 2. The space portion 20 is connected and communicated in an airtight manner, and the connection port 6 and the space portion 20 are airtightly connected via the compressed gas supply pipe 7.

  Furthermore, the operation part 9 is arrange | positioned by the holding part 21 of the lotion sprayer main body 2 so that a movement in the front-back direction is possible. A valve body 8 is interposed in the compressed gas supply pipe 7, and a valve rod 81 of the valve body 8 is disposed in contact with the lower end surface of the operation portion 9. The operating portion 9 is always urged forward by a spring 10 and the valve body 8 is normally closed. When the gripping part 21 of the lotion sprayer 1 is gripped and the operation part 9 is moved backward with a finger, the valve stem 81 is displaced downward by the lower end inclined surface 91 of the operation part 9 and the valve element 8 is opened. The compressed gas supplied through the connection port 6 of the lotion sprayer body 2 is configured to be supplied into the space 20 of the lotion sprayer body 2 through the compressed gas supply pipe 7. In addition, the opening degree of the valve body 8 is configured to increase as the amount of displacement of the operation unit 9 toward the rear increases.

  The operation unit 9 is connected to the spray adjustment rod 5 and the connection portion 51 of the spray adjustment rod 5. When the operation unit 9 is moved backward with a finger, the operation unit 9 is moved in accordance with the rearward movement. The spray adjustment gutter 5 moves rearward through the connecting portion 51, and the gap formed between the front end portion of the spray adjustment gutter 5 and the inner peripheral surface of the flow hole 33 of the nozzle 3 is able to circulate. Is configured to be large. The spray adjusting rod 5 is always urged forward by a spring 52. When the finger is released from the operation unit 9, the operation unit 9 returns to the original state by the elastic force of the spring 10, and the spray The adjustment rod 5 is also configured to automatically return to the original state by the elastic force of the spring 52.

  Next, the point of use of the lotion sprayer 1 will be described. After the lid member 22a of the lotion storage unit 22 of the lotion sprayer 1 is opened and the lotion is supplied into the lotion storage unit 22 through the supply port 22b, the supply port 22b is closed by the lid member 22a and the lotion is stored. Close part 22.

  The lotion sprayer 1 is used by being connected to a compressed gas cylinder A1 stored in a cylinder storage container A via a connecting pipe B. In the compressed gas cylinder A1, gas is stored in a compressed state, and as the compressed gas cylinder A1, a carbon dioxide gas cylinder is preferable because carbon dioxide has an effect of promoting absorption of skin lotion. As shown in FIGS. 3 and 4, the cylinder storage container A is configured so that a compressed gas cylinder A1 can be stored therein, and the connection port A2 of the cylinder storage container A and the connection port 6 of the lotion sprayer 1 are configured. Are connected hermetically through the connecting pipe B, so that the compressed gas cylinder A1 in the cylinder storage container A and the compressed gas supply pipe 7 of the lotion sprayer 1 are connected hermetically through the connecting pipe B. To do.

  Further, a flat substantially C-shaped hook portion A3 capable of holding the gripping portion 21 of the lotion sprayer 1 is integrally provided on the outer surface of the cylinder storage container A, and the lotion sprayer 1 is attached to the hook portion A3. The holding part 21 is inserted from above and the lotion sprayer 1 is held by the hook part A3 of the cylinder storage container A. Thus, by holding the lotion sprayer 1 on the hook portion A3 of the cylinder storage container A, the lotion sprayer 1 and the cylinder storage container A can be handled integrally.

  When the gripping portion 21 of the lotion sprayer 1 is gripped by one of the hands and the operation portion 9 of the lotion sprayer 1 is displaced rearward with a finger, the operation portion 9 moves the valve stem 81 downward. As a result, the valve body 8 interposed in the compressed gas supply pipe 7 of the lotion sprayer 1 is opened and the compressed gas in the compressed gas cylinder A1 is connected to the connection pipe B and the connection port of the lotion sprayer 1. 6, the compressed gas flowing into the compressed gas supply pipe 7 flows into the compressed gas supply pipe 7, flows into the space portion 20 of the cosmetic sprayer body 2, and the compressed gas flowing into the space portion 20 becomes Then, the liquid is sprayed to the outside from the spray hole 23 of the skin lotion sprayer body 2 through the gap between the rear opening end of the spray hole 23 of the skin lotion sprayer body 2 and the front end portion of the nozzle 3. At the same time, due to the rearward displacement of the operation unit 9, the spray adjustment rod 5 moves rearward via the connecting portion 51, and the front end portion of the spray adjustment rod 5 and the inner peripheral surface of the flow hole 33 of the nozzle 3. The gap through which the lotion formed between the opposing surfaces can flow is increased. In this way, it is formed between the opposed surfaces of the front end portion of the spray adjusting rod 5 and the inner peripheral surface of the flow hole 33 of the nozzle 3 in accordance with the amount of compressed gas injected from the injection hole 23 of the lotion spray body 2. The size of the gap through which the lotion can be distributed is adjusted. That is, as the degree of opening of the valve body 8 in the compressed gas supply pipe 7 increases and the amount of compressed gas injected from the injection hole 23 of the skin lotion sprayer body 2 increases, the front end of the spray adjusting rod 5 and the nozzle 3 is formed such that the size of the gap through which the skin lotion can be circulated is formed between the surface facing the inner peripheral surface of the three circulation holes 33.

  The lotion in the lotion storage part 22 is sucked through the nozzle 3 by the ejecting effect when the compressed gas is ejected from the spray hole 23 of the lotion spray body 2, and the sucked lotion is sucked into the nozzle 3 through the lotion supply pipe 24. Into the flow hole 33 from the inlet 32 and injected from the outlet 31 of the nozzle 3. The amount of the lotion sprayed from the nozzle 3 adjusts the degree of backward movement of the operation unit 9 of the lotion sprayer 1, the opened state of the valve body 8, the front end portion of the spray adjustment rod 5 and the nozzle This is done by adjusting the size of the gap through which the lotion formed between the inner surface of the three flow holes 33 and the inner peripheral surface can flow.

  The lotion sprayed from the outlet portion 31 of the nozzle 3 is mixed with the compressed gas sprayed to the outside through the spray hole 23 of the lotion sprayer body 2 from the inside of the space portion 20. Then, it is sprayed in the form of a mist together with the compressed gas from the spray hole 23 of the toilet spray body 2 (see FIG. 2).

  As described above, the lotion sucked by the ejecting effect of the compressed gas is supplied from the lotion storage unit 22 to the nozzle 3 through the lotion supply pipe 24, but the lotion is the oblique portion 241 a of the lotion supply pipe 24. A magnetic field is received from the pair of magnets 4 and 4 on the way through the interior.

  Usually, about 10 to 20 water molecules are attracted to each other to form an aggregate, so-called cluster. When a magnetic field is applied to a water cluster, the number of water molecules constituting the cluster decreases, and the water cluster becomes smaller.

  In the lotion sprayer 1 of the present invention, a magnetic field is applied to the lotion by the pair of magnets 4 and 4 in the course of flowing through the outlet passage 241 of the lotion supply pipe 24, in particular, the oblique portion 241a of the outlet passage 241. When the lotion flows into the oblique portion 241a from the main pipe portion 240, the flow direction of the lotion changes. As a result, a turbulent flow is generated in the lotion, and the turbulent flow effectively magnetizes the lotion. A magnetic field can be applied from 4, 4 and the water cluster constituting the skin lotion is made more effective.

  Although the reduced water cluster is unstable, the application of the magnetic field to the lotion faces the inlet portion 32 of the nozzle 3, the outlet flow channel portion 241 of the lotion supply pipe 24, in detail, the outlet Since it is performed in the oblique portion 241a of the flow path portion 241, the reduced water cluster is immediately sprayed in the form of mist from the spray hole 23 of the skin lotion sprayer body 2 through the nozzle 3 and immediately applied to the skin. . Since the lotion applied to the skin has a small cluster of water, it is smoothly absorbed into the skin, and the effect of the lotion can be expressed more effectively.

1 lotion sprayer 2 lotion sprayer body
20 Space
21 Grip part
22 Lotion storage compartment
22a Lid member
22b Supply port
23 Injection hole
24 Lotion supply pipe
240 Main section
241 Outlet passage
241a Intersection
241b Lead-out part 3 Nozzle 4 Magnet 5 Spray adjustment rod 6 Connection port 7 Compressed gas supply pipe 8 Valve element 9 Operation part
10 Spring A cylinder storage container
A1 compressed gas cylinder
A2 connection port
A3 Hook part B Connection pipe

Claims (3)

A lotion spray body, a lotion storage portion for storing lotion provided in the lotion spray body, a nozzle disposed in a space formed at a front end of the lotion spray body, and the makeup A lotion supply pipe connecting the water storage part and the nozzle, a magnet facing the inlet of the nozzle and applying a magnetic field to the lotion flowing through the lead-out passage part of the lotion supply pipe, and the makeup A connection port for connecting the water sprayer main body and the compressed gas cylinder, a compressed gas supply pipe connecting the connection port and a space part in which the nozzle is disposed, and a space part of the skin lotion sprayer body An injection hole for injecting the compressed gas supplied through the compressed gas supply pipe and injecting the lotion stored in the lotion storage unit by the injection and spraying the mixture with the compressed gas. ,Up An operation unit that is movably disposed in the front-rear direction on the gripping portion of the toilet sprayer body, has a lower end surface formed as an inclined surface, and is interposed in the compressed gas supply pipe, and the valve rod is connected to the lower end of the operation unit. It is disposed in the body of the lotion sprayer and the valve body whose degree of opening increases as the amount of displacement of the operation unit increases as the displacement of the operation unit increases. The front end of the nozzle is inserted into the skin lotion circulation hole of the nozzle and is connected to the operation portion. The front end portion and the lotion of the nozzle are moved backward as the operation portion moves backward. A lotion sprayer characterized by comprising a spray adjustment rod for adjusting the size of the gap through which lotion flows between the inner peripheral surface of the flow hole . The skin lotion supply pipe has a main pipe section and a lead-out passage section connected to and communicated with the front end of the main pipe section, and the lead-out flow path section is connected to and communicated with the front end of the main pipe section and flows through the main pipe section. 2. An oblique portion extending in a direction oblique to the flowing direction of the lotion to be applied, and a magnetic field is applied to the lotion in the oblique portion. The lotion sprayer as described. A lotion sprayer according to claim 1 and a cylinder storage container having a hook portion capable of storing a compressed gas cylinder and holding a grip portion of the main body of the lotion sprayer. Toner lotion spraying device.

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