KR101455185B1 - Curing equipment for the hair and skin - Google Patents

Abstract

The present invention relates to a hair care device capable of performing a procedure and a healing operation such as nutrition or medicament input for managing the beauty and health of the hair or scalp and a physical massage using light or vibration, ); A header 140 on which a nozzle for spraying medicines 1,2 and 210 is disposed and fixedly supported on the main body 101 so as to cover the head of the patient; A firing unit 150 installed on the inner surface of the header 140 to irradiate light on the head of the person to be treated; And a control unit (180) for controlling the spraying of the medicines 1 and 2 (210 and 220) through the nozzles and the driving of the firing unit (150), wherein the header (140) is made of a transparent or semitransparent material, The nozzle is exposed and fixed so as to face the head of the subject along the curved surface of the cap 147 and the firing unit 150 is fixed to the cap 147 with respect to the cap 147, As shown in FIG.

Description

{Curing equipment for the hair and skin}

TECHNICAL FIELD The present invention relates to a hair care device capable of performing a procedure and a healing operation such as nutrition or medicament input for managing the beauty and health of hair or scalp, and a physical massage using light or vibration.

As life becomes richer and time is increased, people's attention is shifting from simple food and shelf solutions to quality of life and health. In line with this, as the desire for beauty increased, related industries for the management of body contour, skin and hair / scalp developed along with it.

Since the condition and appearance of the hair and the scalp have a great influence on the human impression and appearance, the interest in hair and scalp management has increased, and accordingly, a variety of medicines and devices Have been developed and introduced.

General management methods for hair and scalp may include feeding the hair, applying medicines for treatment, massaging the scalp to give light, heat, or physical stimulation, (Hereinafter referred to as a hair care device).

A typical hair care device includes a head-shaped header 140 that can be put on a head, as shown in FIG. 1 according to the physical characteristics of the hair and scalp, and a hair- A nozzle for spraying medicine and water or air is disposed. That is, chemicals, water, air, or the like are supplied through the nozzles to the hair and scalp, so that a specific effect is produced.

However, in the conventional hair management apparatus, only one of medicines, water, or air is injected through the nozzles. In addition, even if a hair care apparatus that supplies two or more jets of medicines, water, or air, only the designated jet is jetted through the nozzle dedicated to each jet, so that the number of nozzles has to be increased by the number of jets. In addition, if the number of nozzles increases, the pumping force of the injection pump must be increased to have a uniform spraying power for each nozzle, which requires inefficient energy, which is inefficient in terms of operation and management. Of course, the increase in the number of components also complicates the structure. Such structural complexity causes errors and failures in operation relatively easily and makes management difficult, resulting in a great inconvenience to use.

Meanwhile, in the conventional hair care device, only one medicine is supplied and sprayed per device, and when various kinds of medicines are to be selectively supplied for hair management, there is an inconvenience that a practitioner directly needs to replace a medicament container for containing medicines there was.

This not only makes the operation of the practitioner troublesome and troublesome, but also allows the patient to feel bored due to prolonged operation time.

Accordingly, the present invention has been made in order to solve the above problems, and it is possible to improve the management efficiency of hair or scalp by simplifying and simplifying the necessary structure for hair or scalp management while maintaining or improving functions and efficacies, And to provide a hair care device that can provide benefits such as operation and management of the device.

According to an aspect of the present invention,

main body; A header on which a nozzle for spraying medicines 1 and 2 is disposed and fixedly supported on the main body so as to cover the head of the patient; A launching unit installed on an inner surface of the header and irradiating light to the head of the person to be treated; A hair care device comprising a control unit for controlling the spraying of medicines (1, 2) through a nozzle and the driving of a launching unit,

The head is made of transparent or semitransparent material and includes a cap formed to surround the head of the subject. The nozzle is exposed and fixed so as to face the head of the subject along the curved surface of the cap. And is disposed opposite to the hair managing unit.

The present invention can spray the medicines, water or air supplied for hair or scalp management through one nozzle, so that it is possible to show not only a structural simplification but also a stable driving manner through the nozzle, When a medicine is sprayed, a plurality of medicines can be selectively sprayed through a single nozzle. Therefore, it is possible to solve the inconvenience and inconvenience of selecting and replacing medicines one by one when necessary, and to facilitate the operation and management of the hair- There are advantages.

BEST MODE FOR CARRYING OUT THE INVENTION The present invention will now be described in detail with reference to the accompanying drawings.

FIG. 1 is a view showing an overall configuration of a hair managing apparatus according to the present invention, and will be described with reference to FIG.

The hair managing apparatus 100 according to the present invention includes a control unit 180 for driving and managing the apparatus according to an operation of a practitioner and controlling the operation of the hair managing apparatus 100 and a main body 101 having an external appearance, And a header 140 covering the head of the person to be treated and applying various medicines or physical massage is fixedly supported on the main body 101.

Generally, the head of the subject may be disposed at a higher position than the main body 101 fixed to the ground, so that it may further include a support 102 for positioning the header 140 upwardly away from the main body 101.

The header 140 needs to be adjusted in accordance with the wearer's wearing process and the body shape and attitude of the patient and the header 140 can be rotated on the body 101 directly or with the support 102 via the connecting rod 103 Lt; / RTI >

Meanwhile, since the header 140 is worn on the head of the client, it is not preferable that the header 140 slip or shake along the head. Therefore, it is necessary to secure the binding between the header 140 and the head. Therefore, it is possible to further include a head pedestal 104 for receiving and supporting the head of the person to be treated so as to have a comfortable fit, while the head-on head 140 stably holds the wearing position. Here, the head pedestal 104 can be pulled out of the main body 101, as well as the support pedestal 102 or the connecting rod 103, so that the distal end thereof comes into contact with the head of the person to be treated, and can be varied within the scope of the following claims And the like.

Thereafter, the ringer 105 can be further installed to hold the medicine container accommodating the nutritional agent or the therapeutic agent necessary for the operation, and various kinds of tools necessary for the operation procedure as well as the medicine container containing the nutritional agent or the therapeutic agent can be stored And may be further provided with a receiving box 106 having a receiving space. Here, the receptacle 106 may be provided with one or a plurality of receptacles 106, and may be detachably secured to the supporter 102 or the like.

As described above, since the hair managementsystem 100 according to the present invention manages the hair and scalp of the person who is to be treated while controlling the operation directly by the practitioner, manipulators 184 and 185 are required for operating the operator. The operation units 184 and 185 are provided with an input module 181 (see FIG. 3) for inputting an operation command by the operator directly such as a keyboard and a switch and an output module 183 for displaying the driving state of the hair managing device 100 In the embodiment of the present invention, the operating units 184 and 185 are disposed in the main body 101 and the header 140, respectively, so that the hair managing apparatus 100 can be easily . Of course, the number and position of the operating portions 184 and 185 may be variously adjusted, and various modifications may be made without departing from the scope of the following claims.

FIG. 2 is a cross-sectional view illustrating a header configured in the hair care apparatus according to the present invention, and FIG. 3 is a block diagram illustrating an embodiment of the hair care apparatus according to the present invention. Referring to FIG.

The hair managing apparatus 100 according to the present invention includes an air compressor 110 for pressurizing the nozzles 1 to 4 provided in the header 140 so as to have a spraying force and air supplied from the air compressor 110 A switch unit (not shown) configured to include switches 1 to 5 (131 to 135) for controlling the opening and closing of the nozzles 1 to 4 (141 to 144) communicating with the pneumatic distributor 120 in parallel 130 and a header 140 covering the head 1 and nozzles 4 to 141 and 144 and a plurality of medicines 1 and 2 210 in parallel with the plurality of medicines 1 210 and the medicines 2 220, A suction unit 160 for sucking air supplied from the air compressor 110 while communicating with the first switch 230, a suction unit 160 for sucking air supplied from the air compressor 110, 160 to be sprayed through the nozzles 1 to 4 (141 to 144) It comprises a drug dispenser 170 and air compressor 110, a switch unit 130, the first switch 230 and the suction unit 160, control unit 180 for controlling operation of.

As described above, the outer shape of the hair care apparatus 100 is composed of a main body 101 having a header 140, and a main body 101 having a case shape includes an air compressor 110, a pneumatic distributor 120, A switch unit 130, a first switch 230, a suction unit 160, a medicine distributor 170, and a control unit 180 can be mounted.

The medicines 1 and 2 (210 and 220) may be different kinds of medicines, and the medicines may be detached from the main body while being stored in the respective medicament containers. In a simple example, the chemical container is detachably fixed to the ringer 105, and can communicate with the first switch 230 in parallel via a hose (not shown). As another example, a plurality of compartments may be formed in the body in parallel with the first switch 230, and the container may be filled with medicines. Accordingly, the medicines 1, 2 (210, 220) will have a meaning including a medicament container or a container for containing medicines.

As shown in the above example, one or more chemical vials or compartments selected by the operation of the first switch 230 are opened in parallel with the first switch 230 while the chemical vat or compartment containing the different kinds of medicine is in parallel communication with the first switch 230, And the medicine contained in the medicine container or the compartment will be transferred to the suction unit 160 through the first switch 230.

The hair managing apparatus 100 according to the present invention will be described in detail by the constituent elements.

The air compressor 110 is configured to supply air with air pressure adjusted to inject air at a predetermined pressure through nozzles 1 to 4 (141 to 144) of the header 140 by forcibly sucking air from the outside, A check valve 112 for preventing backward flow of the sucked air, an air tank 113 for storing the sucked air, and an air tank 113 for storing the sucked air in the air tank 113. [ And a regulator 114 for exhausting the stored air to a predetermined pressure.

That is, the air compressor 110 sucks the outside air by driving the intake motor 111 driven by receiving the signal from the control unit 180, and the thus sucked air is stored in the air tank 113, and the regulator 114 Receives the air stored in the air tank 113 with a relatively large pressure and supplies the air to the air pressure distributor 120 at a constant pressure. The air compressor 110 may further include a pressure sensor 115 for confirming the internal pressure of the air tank 113. The pressure sensor 115 is connected to the control unit 180 via the air tank 113 It is possible to determine and control whether the intake motor 111 is driven or not by providing current pressure information. The check valve 112 is for maintaining the air pressure of the air tank 113 while preventing the air flowing into the air tank 113 from flowing backward and exhausting to the outside. Since it is a well-known technique, its structure and shape are not described.

The pneumatic distributor 120 receives and distributes the air moved and supplied along the fourth line L4 from the air compressor 110 so as to distribute the air discharged through the plurality of nozzles 1 through 4 Thereby uniformizing the spraying force.

The pneumatic distributor 120 according to the present invention includes a 'barrel' forming a space in which the nozzles 1 to 4 (141 to 144) are concentrated at one point for even air distribution to the nozzles 1 to 4 (141 to 144) would.

The switch unit 130 is composed of switches 1 to 5 (131 to 135) respectively arranged in the nozzles 1 to 4 (141 to 144), and each of the switches 1 to 5 (131 to 135) (L1) communicating with the nozzles 1 to 4 (141 to 144) while being in parallel communication with the control unit 180, and can be individually controlled by the control unit 180. That is, the switches 1 to 5 (131 to 135) are opened or closed in a lump or individually opened or closed according to the user's operation, so that the first to third nozzles 1 to 4 (141 to 144) Lt; RTI ID = 0.0 > L1. ≪ / RTI >

The header 140 is placed on the head, and the nozzles 1 to 4 (141 to 144) are disposed on the inner surface facing the hair and the scalp. In general, it is preferable that the header case 140a forming the outline of the header 140 forms an inner surface or a curved surface according to the shape characteristic of the head, and the nozzles 1 to 4 (141 to 144) Can be positioned at various placement intervals. At this time, the nozzles 1 to 4 (141 to 144) are installed in the cap 147 built in the header case 140a, and the medicine sprayed from the nozzles 1 to 4 (141 to 144) And the nozzles 1 to 4 (141 to 144) are installed to be exposed to the cap 147.

In addition, the cap 147 is made of a transparent or translucent material, so that the hair managing apparatus 100 according to the present invention has a massage function using light. For this, the header 140 is provided with a launching unit 150 capable of emitting light such as a laser or a far-infrared ray, and the cap 147 is made of transparent or semitransparent (preferably transparent) To be the back surface of the cap 147. [ This is possible because the light emitted from the launching unit 150 (laser or far-infrared ray) can pass through the transparent or semitransparent cap 147, and because of this technical characteristic, the launching unit 150 can move from the nozzle 1 to the nozzle 4 It is not contaminated or corroded by chemicals sprayed from the nozzles 141 to 144, so that various functions such as chemical spraying and physical massage can be realized through one header 140. [

In the embodiment of the present invention, the cap 147 is made wholly translucent as a whole, and one point where the firing unit 150 is positioned is made transparent so that even when viewed from the bottom surface of the header 140, And the drug delivery lines of the nozzles 1 to 4 (141 to 144) are not exposed.

Next, the corrugated tube 148 and the finishing base 149 are sequentially connected to the lower end of the cap 147. The corrugated tube 148 is made of a synthetic resin material having flexibility and elasticity and is formed with corrugation as shown in the figure so that the finishing table 149 connected to the corrugated tube 148 can freely move, Can be maximized. In addition, even in the state where the headers 140 are worn, the operator can move based on the fixed headers 140 without leakage of the medicine, thereby improving convenience during the procedure (see FIG. 5).

Meanwhile, the finishing base 149 is connected to the lower end of the corrugated tube 148 and tightly surrounds the head circumference of the subject. The header 140 according to the present invention is made of a transparent material and has a convex lens-shaped cross section as shown in the figure, so that the inside of the header 140 worn on the head of the person to be treated is visually As a matter of course, the operator can observe the inside of the header 140 by enlarging the image due to the sectional shape of the lens shape. As a result, the practitioner can confirm in detail whether or not the supply of medicines and the like to the fine hair is appropriately performed, so that a more efficient operation can be performed.

The unexplained lead-out code "148a" indicates "ring", enabling a tight and stable bonding between the cap 147 and the corrugated tube 148.

Since the medicine injected through the nozzles 1 to 4 (141 to 144) is in a fluid or gel state having fluidity, when it is sufficiently injected into the head, it flows downward along the scalp due to gravity. Accordingly, the header 140 according to the present invention may further include a band 146 closing the boundary between the header 140 and the head.

As described above, since the header 140 is covered on the head, a gap is necessarily formed between the head and the header 140, and the medicine can flow through the gap. In order to prevent such a gap, the band 146 surrounds the upper end of the band membrane 146a of the waterproof or cloth material around the tip of the header 140, and the lower end covers the circumference of the head. On the other hand, elastic ropes 146b and 146b such as rubber bands are formed on the upper and lower ends of the band membrane 146a along the longitudinal direction of the band membrane 146a so that the upper and lower ends of the band membrane 146a can be closely adhered to the headers 140 and the head, respectively. 146c can be fastened. As a result, the stretchable band 146 tightly closes the gap between the header 140 and the head, thereby eliminating the problem that the medicine sprayed on the head flows down and contaminates the clothes of the client or flows out to other places .

As described above, the first switch 230 controls the opening and closing of the first switch 230 while the second switch 230 is in parallel communication with the partitioned passageways, And may be operated manually by a practitioner.

The suction unit 160 forcibly pulls the medicine and generates power for forced injection through the nozzles 1 to 4 (141 to 144), and the power is supplied from the air compressor 110.

The suction unit 160 communicates with the regulator 114 or the fourth line L4 through the third line L3 to receive the air that is discharged from the regulator 114 and moves to the switch unit 130, (161) controls the inflow of air discharged from the regulator (114) by opening and closing the third line (L3). When the second switch 161 is opened and air flows along the third line L3, the valve 162 operated by the influence of the air is opened and the medicine 1 , 2 (210, 220) are introduced into the valve 162 (Bernoulli's theorem).

The chemical dispenser 170 distributes the mixed air mixed with the chemicals from the valve 162 to the nozzles 1 through 4 through the second line L2 to be evenly distributed. 120).

The second line L2 is disposed integrally with the first line L1 in the first to fourth nozzles 141 to 144 and is connected to the first line L1 through the outlet of the first to fourth nozzles 141 to 144, The air discharged from the first line L1 and the mixed air discharged from the second line L2 are discharged together. Here, the output of the air discharged from the first line (L1) is a power source for sufficiently spraying the medicine to the hair and scalp of the client, and the output of the mixed air discharged from the second line (L2) will be insignificant. That is, the atmospheric pressure flowing from the air compressor 110 through the third and fourth lines L3 and L2 draws the drugs 1,2 and 210 from the valve 162, L2 to the nozzles 1 to 4 (141 to 144).

The control unit 180 is for controlling the operation of the air compressor 110, the switch unit 130, the first switch 230 and the suction unit 160 and includes a switch for operating the operator and various operation means A control module 182 for receiving the control signal through the input module 181 and controlling the operation of the corresponding configuration (air compressor, switch unit, first switch, suction unit, etc.) The control module 182, and the output module 183 for outputting the operation status of the configuration so that the operator can check the control status. Here, the output module 183 can be applied to any means that a practitioner can perceive visually or audibly. For example, a display unit such as a monitor, a lamp, and a speaker can be applied.

The operation units 184 and 185 constituted by the input module 181 and the output module 183 can be disposed in the main body 101 and the header 140 in consideration of convenience of use by the operator, 101 or the header 140, as shown in FIG.

FIG. 3 is a block diagram showing another embodiment of a hair managing device according to the present invention, and will be described with reference to FIG.

The hair care device 100 'according to the present invention includes a launching unit 150 for applying heat to the hair or scalp for the purpose of treatment or beauty, an oxygen compressor (not shown) for supplying oxygen to the hair or scalp for treatment, 190).

The launching unit 150 is installed on the inner surface of the header 140 so as to be able to directly act on the hair or scalp, and is controlled by the control unit 180. That is, when the practitioner operates the input module 181 to drive the launch unit 150, the launch unit 150 may heat or heat the appointed temperature and / or point according to the signal inputted by the operator, Function.

For example, a structure for applying heat to materials of far-infrared rays, such as jade, germanium, zeolite, and elvan, can be applied to the launching unit 150. A resistive conductor such as a nickel wire coil for simply generating heat And a laser for heating or light irradiation of only a specific point may be applied. Other means for luminescence or heat generation are very diverse and well-known, so practical examples are omitted.

The oxygen compressor 190 includes an oxygen filter 191 for filtering only oxygen from the outside air, a filter 191 for filtering the air from the outside through the oxygen filter 191, An intake motor 192 which is controlled by the control unit 180 so as to be injected at a constant pressure through the nozzles 4 (141 to 144), a check valve 193 for preventing reverse flow of the intake oxygen, And a third switch 196 for controlling the discharge of oxygen by controlling the opening and closing of the oxygen tank 194 under the control of the control unit 180. The oxygen storage tank 194 is connected to the oxygen tank 194, 194 to control the driving state of the oxygen compressor 190. The pressure sensor 195 may be a pressure sensor, Wherein the pressure sensor 195 communicates with the control module 180 and provides information for the control module 180 to control the operation of the oxygen compressor 190. [

On the other hand, the oxygen compressor 190 directly communicates with the nozzles 1 to 4 through the fifth line L5 or switches 1 to 5 of the switch unit 130 via the sixth line L6 (S) 131 to 135, respectively, or may communicate with the pneumatic distributor 120 through seventh line L7. That is, when the third switch 196 is opened under the control of the control unit 180, oxygen is transferred to the header 140 via the selected one of the fifth to seventh lines L5, L6 and L7, And the nozzles 4 (141 to 144).

Here, the discharge of oxygen may be injected through the nozzles 1 to 4 (141 to 144) together with the mixed air mixed with the drugs 1, 2 (210, 220) under the control of the control unit 180, Only the oxygen may be injected through the nozzles 1 to 4 (141 to 144) in a state in which the operation of the fuel cell 110 is stopped.

FIG. 1 is a view showing the entire configuration of a hair managing apparatus according to the present invention,

FIG. 2 is a cross-sectional view illustrating the structure of a header configured in the hair management apparatus according to the present invention,

FIG. 3 is a block diagram showing an embodiment of a hair managing apparatus according to the present invention,

FIG. 4 is a block diagram showing another embodiment of a hair care apparatus according to the present invention,

5 is a perspective view explaining a header of a hair care apparatus according to the present invention.

- Description of the main parts of the accompanying drawings -

100, 100 '; A hair manager 110; Air compressors

120; Pneumatic distributor 130; Switch unit

140; Header 150; Launch unit

160; Suction unit 170; Drug dispenser

180; A control unit 190; Oxygen compressor

Claims (6)

A body 101; A header 140 on which a nozzle for spraying medicines 1,2 and 210 is disposed and fixedly supported on the main body 101 so as to cover the head of the patient; A firing unit 150 installed on the inner surface of the header 140 to irradiate light to the head of the person to be treated; 1. A hair care device comprising a control unit (180) for controlling the spraying of medicines (1,2, 210, 220) through a nozzle and the driving of a firing unit (150) The head 140 further includes a cap 147 formed to be transparent or translucent and configured to surround the subject's head, the nozzle being exposed and fixed to the head of the subject along the curved surface of the cap 147, Wherein the unit (150) is arranged to face the head of the subject with respect to the cap (147). The method according to claim 1, A corrugated tube 148 made of a flexible and elastic material connected to the lower end of the cap 147 and a finishing belt 149 connected to the lower end of the corrugated tube 148 and surrounding the head of the treated person Wherein the hair-removing device comprises: 3. The method of claim 2, Wherein the finishing base (149) is made of a transparent material having a convex lens cross-sectional shape. 4. The method according to any one of claims 1 to 3, The nozzle communicates with the first line (L1) An air compressor 110 which is installed in the main body 101 and which draws in air, a pneumatic distributor (not shown) for branching the air conveyed from the air compressor 110 through the fourth line L4 to a plurality of first lines L1 A switch 130 for opening and closing the first line L1, a first switch 230 for selectively opening and closing a plurality of medicines 1 and 210 (210 and 220) (210, 220) through the first switch (230) by the force of air flowing along the third line (L3) by connecting the third line (L3) communicating with the first switch The sucking unit 160 sucks the mixed air mixed with the air conveyed from the suction unit 160 along the third line L3 and the medicines 1,2 through the first switch 230 into the nozzle Further comprising a drug dispenser (170) branching to a plurality of second lines (L2), respectively, The control unit 180 includes a control module 182 for controlling the driving of the air compressor 110, the switch unit 130, the first switch 230 and the suction unit 160, An input module (181), and an output module (183) for outputting the control status of the control module (182). 5. The method of claim 4, Further comprising an oxygen compressor 190 for supplying oxygen to a selected one of the nozzle, the switch unit 130 or the pneumatic distributor 120. The oxygen compressor 190 includes an oxygen filter 191 for filtering oxygen in the air, And a third switch 196 that is driven under the control of the control unit 180 while opening and closing the oxygen tank 194 and an oxygen tank 194 for storing the filtered oxygen, Wherein the hair-removing device comprises: 5. The compressor of claim 4, wherein the air compressor (110) And a regulator 114 for supplying air at a constant pressure to the air pressure distributor 120 while opening and closing the air tank 113 and the air tank 113 for storing the intake air, Wherein the hair-removing device comprises:

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