KR102226872B1 - Gas Type Spray Comb - Google Patents

Abstract

The present invention relates to a comb with a gas-type spray to increase user convenience. According to the present invention, the comb with a gas-type spray comprises a spray can (100), a comb body (200), and a button type valve (300). The spray can (100) has a gas-type spray (110), which is formed of a gas as a pressurizing agent, alcohol, and a spray solution, and a pressurizing agent (111) for pressurizing the gas-type spray (110) stored therein and forms a first flow path (F1) through which the gas-type spray (110) pressurized by the pressurizing agent (111) can flow. The comb body (200), capable of being coupled to and decoupled from the upper side of the spray can (100) by a coupling means, includes a body (201) and a plurality of comb teeth (204) vertically protruding on one surface of the body (201), forms a second flow path (F2) communicating with the first flow path (F1) therein, and has at least one spray nozzles (202) communicating with a third flow path (F3) communicating with the second flow path (F2) to spray the gas-type spray (110) through an empty space between the plurality of comb teeth (204). The button type valve (300) is installed in the second flow path (F2) to open and close the second flow path (F2) during button type pressurization and depressurization.

Description

Gas Type Spray Comb

The present invention contains a gas type spray 110 composed of gas, alcohol, and a spray solution as a pressurizing agent, and a pressurizing agent 111 for pressurizing the gas type spray 110, and by the pressurizing agent 111 A spray can 100 forming a first flow path F1 through which the pressurized gas type spray 110 can flow; Combination and separation with the upper side of the spray can 100 can be made by a coupling means, and a body 201 and a plurality of comb teeth 204 protruding vertically on one surface of the body 201 are provided. In addition, a second flow path F2 in communication with the first flow path F1 is formed therein, and the gas type spray 110 is communicated with a third flow path F3 in communication with the second flow path F2. A hair comb body 200 having one or more spray nozzles 202 capable of spraying) through the empty space between the plurality of comb teeth 204; And a button-type valve 300 installed in the second flow path F2 to open and block the second flow path F2 when pressing and releasing the pressurization of a button method. .

In general, sprays that can be sprayed on hair with water and hair coating agents are roughly divided into gas-type sprays that contain both gas and liquid and liquid-type sprays that contain only liquids.

Gas type spray is composed of gas, alcohol, and spray solution, which are pressurized agents, and liquid is sprayed through a nozzle by gas pressure by pressing the button above, and liquid type spray is composed of water, alcohol, and spray solution. The pressure generated by the pump action of the lower part is configured to be sprayed through the nozzle by the action when the button is pressed.

The gas type spray has a property that it hardens quickly when sprayed because the particles are relatively small, but the spray liquid does not harden because it hardens less than that of the liquid type spray inside the nozzle to prevent nozzle clogging, and the angle when sprayed or sprayed. It has the advantage that it is convenient to use because it is in a straight line.

The liquid type spray has a relatively large particle size, and is not quick to harden due to exposure to the air, but once hardened, it hardens more than a gas type spray and has the advantage of being maintained for a long time, whereas the spray liquid hardens inside the nozzle. Due to this, there are many disadvantages when spraying or spraying is not possible due to clogged nozzles.

In addition, in the conventional spray, when the hair is cleaned, the spray is first sprayed and then separately combed with a hairbrush or sprayed with one hand and combed with the other hand, resulting in inconvenience and time loss.

In order to improve these matters, registration utility model No. 20-0331245 (2003.10.16.) says, "In the state where the spray button can be inserted freely in the lower part of the body with the brush, it is forcibly fitted to the stopper of the spray. It is expanded into a cylindrical shape so that the sprayer has a finger insertion hole through which a finger for pressing a button can be inserted, and a spray hole through which the liquid sprayed from the nozzle can be sprayed to the outside are penetrated to the front and rear surfaces of the body. A hairbrush for hair spray, which is characterized by the feature, is proposed, but when combing while pressing a button by inserting a finger into a finger insertion hole, there is a disadvantage that it is difficult to comb because the finger is bent and combed while pressing the button.

In addition, Registration Patent No. 10-1782267 (2017.09.20.) "In a hair comb that treats scalp diseases; it is formed in a shape that can be gripped by hand, and has an operation mounting groove in the upper part and a scalp treatment in the internal space in the lower part. A handle provided with an injection hole through which the liquid can be injected to form an internal space in which the scalp treatment liquid can be stored; a pump that is inserted into the operation mounting groove and has a column mounting groove formed at the top and has an internal space A column, a pump surface having a hole in the center while spaced apart from the inner space of the pump column into an upper space and a lower space, a valve for opening and closing the hole of the pump surface by pressure, a piston for compressing and relaxing the lower space, An upper hose coupled to one side of the upper space to inject the scalp treatment liquid onto the scalp according to the compression relaxation of the piston, and a lower hose provided on the lower surface of the lower space to draw the scalp treatment liquid inside the handle to the lower space. The pump unit is inserted into the column mounting groove, a bar-shaped body having a protruding coupling hole, a vibration shaft motor built in the coupling hole and coupled to the column mounting groove to vibrate the body according to rotation, and the body A vibration motor built-in to apply vibration to massage the scalp, a plurality of LEDs provided on the vibration motor to emit sterilizing wavelengths to the scalp to treat the scalp, and a camera that enlarges the scalp at a location adjacent to the LEDs And, a treatment plate having a treatment tool consisting of a nebulizer for spraying the scalp treatment liquid into the scalp in a predetermined size by spraying the scalp treatment liquid into the scalp at a location adjacent to the camera, A treatment unit provided on the treatment plate and having a comb plate in which the teeth for aligning the hair protrude, and a body case that is connected to the body to prevent the internal parts from being separated from each other; the vibration motor, the treatment plate, and the vibration shaft motor. It comprises a battery for supplying power, an operation panel that operates operations and includes a switch, and a control unit for transmitting a captured scalp image in real time by having a built-in Bluetooth module paired with a personal smart device on the operation panel. Atomizer characterized by A hair comb for scalp treatment with a function is proposed. However, this hair comb for scalp treatment is not a type of spraying or spraying by pressurizing the scalp treatment liquid with a gas that is a pressurizing agent. Since it is close to the liquid type to be sprayed, it does not harden when the scalp treatment liquid is sprayed, and the compression and relaxation work of the piston is not easy because the compression and relaxation work of the pure piston without the help of a pressurizing agent is not easy, and the upper side where the scalp treatment liquid flows. Since the hose and the lower hose are formed protruding from the back of the body 31 of the treatment unit 30, there is a risk of getting caught in other objects (eg, electric wires, laundry lines, etc.) when combing or moving the hair comb for scalp treatment. .

The gas type spray comb according to the present invention seeks to solve the following matters.

A first object of the present invention is to provide a gas-type spray comb that eliminates the inconvenience of separate spraying and combing and saves time by using a hairspray at the same time as combing.

A second object of the present invention is to provide a gas-type spray comb that enhances user convenience by allowing the spray button to be positioned on the side of the body of the comb, and to comb while pressing the button in a straight state without bending a finger.

A third object of the present invention is to provide a gas-type spray comb that is easy to pressurize and release a button.

A fourth object of the present invention is to provide a gas type spray comb that does not have a risk of getting caught by other objects when a gas type spray comb is combed or moved by a gas type spray located inside a spray can.

A fifth object of the present invention is to provide a spray comb configured to facilitate replacement of a spray can, which is a consumable product, for a semi-permanent hair comb body.

Gas type spray comb of the present invention to solve the above problems

A gas type spray 110 composed of gas, alcohol, and a spray solution as a pressurizing agent, and a pressurizing agent 111 for pressurizing the gas type spray 110 are built-in, and pressurized by the pressurizing agent 111 A spray can 100 forming a first flow path F1 through which the gas type spray 110 can flow; Combination and separation with the upper side of the spray can 100 can be made by a coupling means, and a body 201 and a plurality of comb teeth 204 protruding vertically on one surface of the body 201 are provided. In addition, a second flow path F2 in communication with the first flow path F1 is formed therein, and the gas type spray 110 is communicated with a third flow path F3 in communication with the second flow path F2. A hair comb body 200 having one or more spray nozzles 202 capable of spraying) through the empty space between the plurality of comb teeth 204; And a button-type valve 300 installed in the second flow path F2 to open and block the second flow path F2 when pressing and releasing a button type.

The coupling means, the spray can 100 is a thread forming portion formed with a thread on the upper outer surface; And the comb body 200 is characterized in that it is composed of a threaded portion formed with a thread on the lower inner surface.

The spray can 100 includes an outer can container 101 having the thread forming part on an upper outer surface thereof and containing the gas type spray 110 and the pressurizing agent 111; A straw 104 forming a hole serving as a lower first flow path F1a in the outer can container 101 and having one end positioned at a lower portion of the gas type spray 110; The upper side is coupled to the upper side of the outer can container 101, forming first and second holes in the center of the lower end and the upper end, respectively, and the first hole communicates with the lower first flow path F1a, and therein An inner can container 102 forming a space serving as the first intermediate flow path F1b; A spring 105 having a lower end installed adjacent to the lower end of the inner can container 102 in the middle first flow path F1b, and having an upper end located in the middle of the intermediate first flow path F1b; A spring upper plate 106 installed on the upper end of the spring 105; The upper end of the outer can container 101 and the inner surface of the upper wall and the inner surface of the upper wall of the inner can container 102 are fitted and fixed, forming a groove 107r having a hole 107h formed in the center from the center of the lower surface to the upper side. One guide block 107; And a lower large-diameter portion 109a and an upper small-diameter portion 109b, and the lower end is connected to the spring upper plate 106, and the upper surface of the lower large-diameter portion 109a and the upper surface of the groove 107r A space (S1) is formed between, and the thickness of the lower large diameter portion 109a is the same as the height of the groove 107r, and the upper small diameter portion 109b is the groove of the guide block 107 (107r) and the hole (107h) and the second hole are penetrated to protrude to the outside of the inner can container 102, and are located inside the large diameter portion (109a) of the lower side in the lateral direction, and the small diameter portion on the upper side A can nozzle 109 having an upper first flow path F1c through 109b in the longitudinal direction, and the first flow path F1 is the lower first flow path F1a in communication with each other, A portion of the upper first flow path F1c formed by passing through the middle first flow path F1b and the upper first flow path F1c and passing through the lower large-diameter portion 109a in a lateral direction, When the screw thread forming portions of the spray can 100 and the hair comb body 200 are screwed, they communicate with the first intermediate flow path F1b, and the thread of the spray can 100 and the hair comb body 200 When the forming portions are separated from each other by screwing release, communication with the intermediate first flow path F1b is blocked by the sidewalls of the groove 107r.

In addition, the gas-type spray comb of the present invention, a groove formed on the upper surface of the guide block 107; And a sealing pad 108 inserted into a groove formed on the upper surface of the guide block 107, wherein the gas type spray 110 is applied to the outside of the outer can container 101 by the sealing pad 108. It is characterized in that it is prevented from leaking into.

The button-type valve 300 is installed in close contact with the inner diameter surface of the second flow path F2, forms a spring installation space in the vicinity of the right end, forms a conical space in the vicinity of the left end, and A valve body 301 having an intermediate space connected to the spring installation space and the conical space; A spring 303 installed in the spring installation space; A valve shaft 302 in which a right portion protrudes through the inner diameter of the spring 303 and a left portion forms a conical portion; A groove is formed in the center portion on the left side to be combined with the protruding right portion of the valve shaft 302, and the rim portion of the left side includes a button 304 supported by the right end of the spring 303 And, when the button 304 is pressed and released, the space between the conical space and the conical part is opened and closed.

The gas-type spray comb according to the present invention can exhibit the following effects by the above solution.

First, there is an effect of eliminating the inconvenience of separate spraying and combing and saving time by using a hairspray at the same time as combing.

Second, by setting the position of the spray button to the side of the body of the comb, it is possible to comb while pressing the button in a straight state without bending a finger, thereby enhancing user convenience.

Third, there is an effect that it is easy to pressurize and release the button.

Fourth, since the gas type spray is located inside the spray can, there is an effect that there is no fear of getting caught by other objects when the gas type spray comb is combed or moved.

Fifth, there is an effect configured to facilitate replacement of the spray can, which is a consumable, for the semi-permanent hair comb body.

1 is a front view and a side cross-sectional view of a gas type spray comb according to an embodiment of the present invention.
Figure 2 is an enlarged view of the spray can and the body of the hair comb of Figure 1;
3 is an enlarged view of the button valve installed on the body of the hair comb shown in FIG. 2 when the button is in an ON state.
4 is an enlarged view of the button valve installed on the body of the hair comb shown in FIG. 2 when the button is in an OFF state.

Hereinafter, the present invention will be described with reference to the accompanying drawings, and the present invention will be described in detail with reference to preferred embodiments as follows.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to the embodiments described later in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms, and only this embodiment is intended to complete the disclosure of the present invention, and is generally used in the technical field to which the present invention pertains. It is provided to fully inform the knowledgeable person of the scope of the invention, and the invention is only defined by the scope of the claims. In addition, the same reference numerals refer to the same elements throughout the entire specification.

The present invention relates to a gas type spray comb.

1 is a front view and a side cross-sectional view of a gas-type spray comb according to an embodiment of the present invention, FIG. 2 is an enlarged view of the spray can and the body of the hair comb of FIG. 1, and FIG. 3 is shown in FIG. 2 It is an enlarged view of the button valve installed on the head comb body when the button is ON, and FIG. 4 is an enlarged view of the button valve installed on the head comb body shown in FIG. 2 when the button is OFF.

As shown in FIGS. 1 to 4, a gas-type spray comb according to an embodiment of the present invention includes a spray can 100, a comb body 200, and a button-type valve 300.

The spray can 100 has a gas type spray 110 made of a gas, alcohol, and a spray solution as a pressurizing agent, and a pressurizing agent 111 for pressurizing the gas type spray 110, and the pressurizing agent ( A first flow path F1 through which the gas type spray 110 pressurized by 111 can flow is formed. According to this, the gas-type spray 110 is in a state of being pressurized by a high pressure by the pressurizing agent 111 and may flow through the first flow path F1 when the first flow path F1 is opened.

The comb body 200 may be coupled to and separated from the upper side of the spray can 100 by a coupling means, and protrude vertically on the body 201 and one surface of the body 201 A third flow path F3 having a plurality of comb teeth 204 formed therein, forming a second flow path F2 communicating with the first flow path F1, and communicating with the second flow path F2 It has at least one spray nozzle 202 that is in communication with and can spray the gas type spray 110 through the empty space between the plurality of comb teeth 204. Here, the coupling means, the spray can 100 is a thread forming portion formed with a thread on the upper outer surface; And the comb body 200 is composed of a threaded portion formed with a thread on the lower inner surface.

According to the above configuration, the comb body 200 can be coupled and separated with the upper side of the spray can 100 by the coupling means, so that when the gas type spray 110 in the spray can is consumed and is not, it is semi-permanent. The spray can, which is a consumable part, can be separated from the hairbrush body to facilitate replacement, and a second flow path F2 communicating with the first flow path F1 is formed therein, and the second flow path F2 ) Can be communicated with the third flow path F3, so when the first flow path F1, the second flow path F2, and the third flow path F3 communicate with each other, the gas type spray 110 may flow through them. In addition, the gas-type spray 110 may be sprayed through an empty space between the plurality of comb teeth 204 by having one or more spray nozzles 202. The number of the spray nozzles 202 is shown to be two in the present embodiment, but is not limited thereto, and in other embodiments, one or more, that is, one, three, or four may be configured.

The button-type valve 300 is installed in the second flow path F2 to open and block the second flow path F2 when pressing and releasing the pressing of a button method. Accordingly, when the button-type valve 300 is pressed and released by hand, the second flow path F2 may be opened and blocked.

The spray can 100 includes an outer can container 101 having the thread forming part on an upper outer surface thereof and containing the gas type spray 110 and the pressurizing agent 111; A straw 104 forming a hole serving as a lower first flow path F1a in the outer can container 101 and having one end positioned at a lower portion of the gas type spray 110; The upper side is coupled to the upper side of the outer can container 101, forming first and second holes in the center of the lower end and the upper end, respectively, and the first hole communicates with the lower first flow path F1a, and therein An inner can container 102 forming a space serving as the first intermediate flow path F1b; A spring 105 having a lower end installed adjacent to the lower end of the inner can container 102 in the middle first flow path F1b, and having an upper end located in the middle of the intermediate first flow path F1b; A spring upper plate 106 installed on the upper end of the spring 105; The upper end of the outer can container 101 and the inner surface of the upper wall and the inner surface of the upper wall of the inner can container 102 are fitted and fixed, forming a groove 107r having a hole 107h formed in the center from the center of the lower surface to the upper side. One guide block 107; And a lower large-diameter portion 109a and an upper small-diameter portion 109b, and the lower end is connected to the spring upper plate 106, and the upper surface of the lower large-diameter portion 109a and the upper surface of the groove 107r A space (S1) is formed between, and the thickness of the lower large diameter portion 109a is the same as the height of the groove 107r, and the upper small diameter portion 109b is the groove of the guide block 107 (107r) and the hole (107h) and the second hole are penetrated to protrude to the outside of the inner can container 102, and are located inside the large diameter portion (109a) of the lower side in the lateral direction, and the small diameter portion on the upper side A can nozzle 109 having an upper first flow path F1c through 109b in the longitudinal direction, and the first flow path F1 is the lower first flow path F1a in communication with each other, It is composed of the middle first flow path F1b and the upper first flow path F1c.

Among the above configurations, the can nozzle 109 is composed of a lower large-diameter portion 109a and an upper small-diameter portion 109b, and a lower end thereof is connected to the spring upper plate 106, and the lower large-diameter portion 109a A space S1 is formed between the upper surface and the upper surface of the groove 107r, the thickness of the lower large-diameter portion 109a is the same as the height of the groove 107r, and the upper small-diameter portion 109b Is located protruding to the outside of the inner can container 102 through the groove 107r and the hole 107h of the guide block 107 and the second hole, and the large diameter portion 109a on the lower side thereof is side By penetrating along the direction and penetrating the upper small diameter portion 109b along the longitudinal direction to form an upper first flow path F1c, the hair comb body 200 is connected to the upper side of the spray can 100 by a coupling means. When coupled, a space S1 is formed between the upper surface of the lower large diameter portion 109a and the upper surface of the groove 107r, as shown in FIGS. 1 and 2, but the comb body 200 is coupled. When separated from the upper side of the spray can 100 by means, since the body 201 of the comb body 200 is separated from the upper end of the can nozzle 109, the spring top plate ( 106) moves upward and accordingly, the upper surface of the large-diameter portion 109a on the lower side of the can nozzle 109 abuts the upper surface of the groove 107r, so that the upper first flow path F1c is closed and the upper first flow path ( External leakage of the gas type spray 110 through F1c) may be prevented. Here, since the thickness of the lower large diameter portion 109a is the same as the height of the groove 107r, the spring upper plate 106 moves upward due to the spring force of the spring 105, and accordingly, the can nozzle 109 ), when the upper surface of the lower large-diameter portion 109a comes into contact with the upper surface of the groove 107r, the upper first flow path F1c formed by passing through the lower large-diameter portion 109a in the lateral direction is formed in the groove ( 107r) is blocked by the inner wall.

The coupling means may be threaded portions of the spray can 100 and the hair comb body 200 as described later, but other coupling means may be used. For example, the outer can container of the spray can 100 The shape of the cross section of the upper part of 101 is composed of a trapezoid with a short upper side, and a plurality of protrusions are formed at equal intervals around the upper part, and the protrusions are formed on the lower inner wall surface of the body 201 of the hair comb body 200. A groove is formed at a corresponding position, but the body 201 of the hair comb body 200 is forcibly fitted to the upper side of the outer can container 101 of the spray can 100 so that the outer can container 101 A configuration in which the combined length of the upper outer diameter and the protrusion is shorter than the length of the inner wall surface of the body 201 of the hair comb body 200 is also possible. According to this configuration, the body 201 of the comb body 200 can be coupled and separated with respect to the upper portion of the outer can container 101 of the spray can 100.

In addition, in the above configuration, the first flow path F1 is composed of the lower first flow path F1a, the intermediate first flow path F1b, and the upper first flow path F1c, which are in communication with each other. When (F1) is opened, the gas-type spray 110 is pressurized by the pressurizing agent 111 so that the lower first flow path F1a, the middle first flow path F1b, and the upper first flow path F1c It can flow inside.

In addition, the portion of the upper first flow path F1c formed by penetrating the lower large-diameter portion 109a in the lateral direction is when the screw thread formation portions of the spray can 100 and the head comb body 200 are screwed. The first flow path F1b communicates with the middle side, and when the threaded portions of the spray can 100 and the head comb body 200 are separated from each other by releasing the screw fastening, the sidewall of the groove 107r causes the Communication with the intermediate first flow path F1b is blocked.

According to the above configuration, when the screw thread forming portions of the spray can 100 and the comb body 200 are screwed together, the upper surface of the large diameter portion 109a on the lower side and the groove 107r are ), a space (S1) is formed between the upper surfaces of the spray can 100, but when the threaded portions of the spray can 100 and the hair comb body 200 are screwed off, the body 201 of the hair comb body 200 becomes the can nozzle Since it is separated from the upper end of the spring 105, the spring upper plate 106 moves upward by the spring force of the spring 105, and accordingly, the upper surface of the large diameter portion 109a on the lower side of the can nozzle 109 is As the upper first flow path F1c is in contact with the upper surface, the upper first flow path F1c is closed, so that external leakage of the gas type spray 110 through the upper first flow path F1c may be prevented. Here, since the thickness of the lower large diameter portion 109a is the same as the height of the groove 107r, the spring upper plate 106 moves upward due to the spring force of the spring 105, and accordingly, the can nozzle 109 ), when the upper surface of the lower large-diameter portion 109a comes into contact with the upper surface of the groove 107r, the upper first flow path F1c formed by passing through the lower large-diameter portion 109a in the lateral direction is formed in the groove ( 107r) is blocked by the inner wall.

In another embodiment, the gas-type spray comb of the present invention includes a groove formed on the upper surface of the guide block 107; And a sealing pad 108 inserted into a groove formed on the upper surface of the guide block 107, wherein the gas type spray 110 is applied to the outside of the outer can container 101 by the sealing pad 108. Is prevented from leaking.

The button-type valve 300 is installed in close contact with the inner diameter surface of the second flow path F2, forms a spring installation space in the vicinity of the right end, forms a conical space in the vicinity of the left end, and A valve body 301 having an intermediate space connected to the spring installation space and the conical space; A spring 303 installed in the spring installation space; A valve shaft 302 in which a right portion protrudes through the inner diameter of the spring 303 and a left portion forms a conical portion; A groove is formed in the center portion on the left side to be combined with the protruding right portion of the valve shaft 302, and the rim portion of the left side includes a button 304 supported by the right end of the spring 303 And, when the button 304 is pressed and released, the space between the conical space and the conical part is opened and closed.

According to the above configuration, when the button 304 is pressed and released, the space between the conical space and the conical portion, that is, the second flow path F2 is opened and closed. Specifically, when the button 304 is pressed, the button 304 moves to the left while compressing the spring 303, and the valve shaft 302 coupled to the button 304 according to the left movement of the button 304 This moves to the left, and accordingly, a space is secured between the conical space and the conical part, so that the second flow path F2 is opened. Conversely, when the pressure on the button 304 is released, the button is released by the restoring force of the spring 303. 304 moves to the right, and accordingly, the valve shaft 302 coupled to the button 304 moves to the right to close the space between the conical space and the conical part, that is, the second flow path F2.

In another embodiment, the valve shaft 302 includes a groove formed along the circumference of the conical portion; And it further comprises a rubber ring 306 accommodated in the groove, when releasing the pressure on the button 304, the space between the conical space and the conical part is closed, and the airtightness can be maintained by the rubber ring 306. have.

In another embodiment, the valve shaft 302 is inserted into a plurality of grooves in the circumferential surface of the side where the spring 303 is located, and between the valve shaft 302 and the body 201 It further includes a sealing pad 305 disposed in the. Accordingly, it is possible to prevent the gas type spray 110 of the second flow path F2 from leaking to the outside through the gap between the valve shaft 302 and the body 201.

In addition, as shown in Figure 1, the body 201 of the hair comb body 200 has a'b'-shaped cross section, according to the volume and weight of the body 201 of the hair comb body 200 It is possible to reduce manufacturing cost and at the same time, it is easy to use and store.

In another embodiment, a power supply line and a switch for applying power are installed to the body 201, and the comb teeth 204 and the body 201 are electrically connected in a closed loop to sequentially receive heat wires. And the heating wire is configured to be connected through a power line and a switch. According to this configuration, when combing a person's hair, the comb teeth 204 also have a heating wire so that heat can be emitted, so that the shape of the hair can be made into a desired shape by heat.

In the drawings, reference numeral 203 denotes an airtight stopper for maintaining airtightness, which is illustrated in FIGS. 1 and 2, but may be omitted in other embodiments.

As described above, the present invention has been described in detail using examples, but the scope of the present invention is not limited to specific examples, and should be interpreted by the appended claims. In addition, those who have acquired ordinary knowledge in this technical field should understand that many modifications and variations are possible without departing from the scope of the present invention.

100: spray can 101: outer can container
102: inner can container 104: straw
105: spring 106: spring top plate
107: guide block 107h: hole
107r: groove 108: sealing pad
109: can nozzle 109a: large-diameter portion
109b: small diameter 110: gas type spray
111: pressurizing agent 200: hair comb body
201: body 202: spray nozzle
204: comb 300: button type valve
301: valve body 302: valve shaft
303: spring 304: button
305: sealing pad 306: rubber ring
F1: first flow path F1a: lower first flow path
F1b: middle side first flow path F1c: upper side first flow path
F2: 2nd Euro F3: 3rd Euro
S1: space

Claims (5)

A gas type spray 110 composed of gas, alcohol, and a spray solution as a pressurizing agent, and a pressurizing agent 111 for pressurizing the gas type spray 110 are built-in, and pressurized by the pressurizing agent 111 A spray can 100 forming a first flow path F1 through which the gas type spray 110 can flow;
Combination and separation with the upper side of the spray can 100 can be made by a coupling means, and a body 201 and a plurality of comb teeth 204 protruding vertically on one surface of the body 201 are provided. In addition, a second flow path F2 in communication with the first flow path F1 is formed therein, and the gas type spray 110 is communicated with a third flow path F3 in communication with the second flow path F2. A hair comb body (200) having one or more spray nozzles (202) capable of spraying a) through an empty space between the plurality of comb teeth (204); And
Including a button-type valve 300 installed in the second flow path (F2) to open and block the second flow path (F2) when pressing and releasing the pressurization of the button method ,
The coupling means,
The spray can 100 includes a thread forming part having a thread formed on an upper outer surface thereof; And
The hair comb body 200 is a gas type spray comb, characterized in that consisting of a threaded portion formed with a thread on the lower inner surface. delete The method of claim 1,
The spray can 100,
An outer can container 101 having the thread forming part on the upper outer surface and containing the gas type spray 110 and the pressurizing agent 111;
A straw 104 forming a hole serving as a lower first flow path F1a in the outer can container 101 and having one end positioned at a lower portion of the gas type spray 110;
The upper side is coupled to the upper side of the outer can container 101, forming first and second holes in the center of the lower end and the upper end, respectively, and the first hole communicates with the lower first flow path F1a, and therein An inner can container 102 forming a space serving as the first intermediate flow path F1b;
A spring 105 having a lower end installed adjacent to the lower end of the inner can container 102 in the middle first flow path F1b, and having an upper end located in the middle of the intermediate first flow path F1b;
A spring upper plate 106 installed on the upper end of the spring 105;
The upper end of the outer can container 101 and the inner surface of the upper wall and the inner surface of the upper wall of the inner can container 102 are fitted and fixed, forming a groove 107r having a hole 107h formed in the center from the center of the lower surface to the upper side. One guide block 107; And
It is composed of a lower large-diameter portion 109a and an upper small-diameter portion 109b, and the lower end is connected to the spring upper plate 106, and the upper surface of the lower large-diameter portion 109a and the upper surface of the groove 107r A space S1 is formed therebetween, the thickness of the lower large-diameter portion 109a is the same as the height of the groove 107r, and the upper small-diameter portion 109b is the groove ( 107r), the hole 107h, and the second hole to be protruded to the outside of the inner can container 102, and penetrate the lower large diameter portion 109a in the lateral direction, and the small diameter portion on the upper side ( And a can nozzle 109 having an upper first flow path F1c through 109b in the longitudinal direction,
The first flow path F1 is composed of the lower first flow path F1a, the middle first flow path F1b, and the upper first flow path F1c, which are in communication with each other,
The portion of the upper first flow path F1c formed by penetrating the lower large-diameter portion 109a in the lateral direction, when the threaded portions of the spray can 100 and the head comb body 200 are screwed, the When communicating with the middle side first flow path F1b, and when the threaded portions of the spray can 100 and the hair comb body 200 are separated from each other by screwing release, the middle side is Gas type spray comb, characterized in that the communication with the first flow path (F1b) is blocked. The method of claim 3,
A groove formed on the upper surface of the guide block 107; And
Further comprising a sealing pad 108 inserted into the groove formed on the upper surface of the guide block 107,
Gas type spray comb, characterized in that the gas type spray 110 is prevented from leaking to the outside of the outer can container 101 by the sealing pad (108). The method of claim 1,
The button-type valve 300,
It is installed in close contact with the inner diameter surface of the second flow path F2, a spring installation space is formed in the vicinity of the right end, a conical space is formed in the vicinity of the left end, and the spring installation space and the conical space are in the middle. A valve body 301 forming an intermediate space to be connected;
A spring 303 installed in the spring installation space;
A valve shaft 302 having a right portion protruding through the inner diameter of the spring 303 and forming a conical portion at a left portion;
A groove is formed in the center portion on the left side to be combined with the protruding right portion of the valve shaft 302, and the edge portion of the left side includes a button 304 supported by the right end of the spring 303 and,
Gas type spray comb, characterized in that the space between the conical space and the conical part is opened and closed when the button 304 is pressed and released.

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