KR20080011878A - Head massage apparatus and driving-controlling method thereof - Google Patents

Abstract

A head massage device and a driving control method are provided to maximize the effects of massaging a user's head by massaging the user's head with nano-size bubbles and making good components contained in the bubbles. A head massage device includes a nano-bubble generating device receiving body(100), a head receiving body(200) and a control unit. The nano-bubble generating device receiving body comprises a device for generating nano-bubble. The head receiving body is installed on the upper part of the nano-bubble generating device, has a receiving space in which a user's head is placed, and performs massaging and cleansing of the user's head. The control unit controls the nano-bubble generating device. The nano-bubble generating device includes a nano-bubble generating device(110), one or more functional material receiving member(120), a connection path(130) and a discharge pipe(140).

Description

Head massage apparatus and driving-controlling method

1 is a perspective view showing a head massage device according to the present invention.

Figure 2 is a side cross-sectional view showing a head massage device according to the present invention.

Figure 3 is a front view showing the head massage device according to the present invention.

Figure 4 is a rear view showing the head massage device according to the present invention.

5 is a plan view showing the head massage device according to the present invention.

Figure 6 is a perspective view of the head massage device provided with a cover means according to an embodiment of the present invention.

Figure 7 is a side view showing the head massage device provided with a cover means according to an embodiment of the present invention.

Figure 8 is a side view showing the head massage device provided with a cover means according to another embodiment of the present invention.

9 is a view showing a state of use of the head massage apparatus according to the present invention.

* A brief description of the main drawing codes *

100: nano bubble generator receptor 110: nano bubble generator

120: functional material receiving member 130: connecting passage

140: drain pipe 150: functional latex receiving member

200: tofu receptor 210: nozzle

220: head support means 300: cover means

The present invention relates to a head massage device and a driving control method thereof, and more specifically, to exhibit a renade effect through the generation of nano-sized bubbles, and at the same time, the beneficial effects of the human body to be contained in the nano-sized bubbles to effect the massage of the head The present invention relates to a head massage apparatus capable of maximizing and simultaneously cleaning the head without the use of a detergent.

In modern society, tofu massage is being done to address the scalp or hair damage caused by environmental pollution and frequent use of detergents, headaches caused by stress, and damage to pores and skin caused by chemicals such as cosmetics in women.

However, in the case of such a conventional head massage, it was limited only to massage by the hands of others. In addition, there is no suggestion about a device that can automatically massage the head of the human body, not by others.

On the other hand, the washbasin used to clean the hair after grooming hair, such as a beauty salon, is for simple to wash the head, and also had to be cleaned using a separate cleaner such as shampoo and soap, which causes environmental pollution. .

The present invention provides a head massage device that can maximize the effect of tofu massage by automatically massaging the tofu of the human body through the nano-sized bubble exhibiting a renade effect, while allowing the beneficial components of the human body to be contained in the bubble. The purpose is.

In addition, the present invention decomposes various harmful substances or bacteria in the pores through the micro-vibration caused by the bursting of oxygen particles of the nanoparticles to the deep inside the pores without using a shampoo, soap, etc., without washing the face, scalp, hair Another object is to provide a head massage apparatus that can be performed at the same time.

The present invention for achieving the above object, Nanobubble generator device having a device for generating a nano bubble; A head receiver provided on an upper portion of the nanogenerator device receptor and having a receiving space for seating the head of the human body, the head of the human body being seated to perform massage and washing; And it provides a head massage device comprising a control unit for controlling the device for generating the nanobubble.

The nanobubble generating device receptor is a nanobubble generating device for generating the size of the water flowing into the nano-splitting; At least one functional material accommodating member provided on one side of the nanobubble generating device, and having a functional material beneficial to the human body embedded therein in a ball shape, and provided with nanobubbles generated in the nanobubble generating device; And a connection passage connecting the nanobubble generator and the functional material accommodating member; It includes a discharge pipe for discharging the water used in the head receptor.

Located at one side of the functional material receiving member, there is provided a detachable one or more functional fluid receiving member in which a liquid component of various components beneficial to the human body is accommodated therein.

The functional material accommodated in the functional material receiving member is tourmaline, germanium, ceramic ball combined with anion, sulfur ball, ocher ball, ganban stone ball, tote marine ball, germanium ball, illite ball, amethyst ball, zeolite ball, alumina ball , Herbal carbon ball, alkali ball, aqua ion ball, Songgang weak stone ball made of any.

The functional material accommodating member is composed of a first accommodating member and a second accommodating member in which each of the other functional balls are accommodated, and is provided to be shielded in a connection passage connecting the respective functional accommodating members and the nanobubble generating device. And shielding means driven by the control unit to control the member and the nanobubble generator in communication.

The functional latex receiving member is made of any one of aroma, herbal extracts, herbaceous extract, herbal extracts, plant extracts, fermentation broth, culture fluid as a functional emulsion contained therein.

The functional latex accommodating member is composed of a plurality of each functional latex is provided, the shielding means is provided in the connection passage connecting the latex accommodating member and the functional material accommodating member, and further comprises a shielding means driven by the control unit Include.

The head receptor is connected to one end of the connecting passage provided in the nano-generation means receptor, one or more injection holes provided in communication with the inner surface of the head receptor; And a drain provided at the center of the accommodation space of the head receiver.

The head receiver is provided with a head support means which is provided to be opened and closed in the drain, the head support means is a seating plate that can be mounted to the head of the human body; And a guide rod extending downward from the seating plate and having an opening / closing disk which moves up and down to open or open and close the drain port of the head receiver. Here, the seating plate includes a protrusion on the upper surface to provide acupressure effect on the head.

The head support means may further include an elastic member capable of opening the drain hole by moving the guide rod upward.

The control unit includes a control for selecting the functional latex receiving member, a volume control of the aqueous solution contained in the functional latex receiving member, a strength and weakness control, a massage time input, a speed control, a program including a start, and a plurality of operations for operating the program. It includes a button and a display unit for displaying the control content and progress, and the like. In the figure is shown as a control box 400 provided with various buttons and a display unit on one side of the head receptor (200).

Preferably, the head receptor further includes a cover means for covering the opening, and the cover means includes a moving lever vertically moved to one side of the head receptor; A connection link connected to one side of the moving lever; And a cover connected to the other end of the connection link.

In addition, the head massage drive control method according to the present invention, in the head massage drive control method for controlling the head massage apparatus, generating nano bubbles through the nanobubble generating device: tourmaline, germanium, ceramic ball combined with anion, Sulfur ball, ocher ball, ganban stone ball, tote marine ball, germanium ball, illite ball, amethyst ball, zeolite ball, alumina ball, herbal carbon ball, alkaline ball, aqua ion ball, Songgang weak stone ball Providing the nanobubble so that the nanobubble contains components of the functional mineral; And supplying nanobubbles containing the components of the functional mineral to the head of the human body.

Here, the functional mineral further comprises the step of including a functional emulsion consisting of aroma, herbal extracts, herb extract, herbal extracts, plant extracts, fermentation broth, culture medium.

The functional mineral or functional latex is also controlled to be selected by the user.

Hereinafter, a head massage device according to the present invention will be described in detail with reference to the accompanying drawings. 1 to 5 are a perspective view, a side sectional view, a front view, a rear view, and a plan view showing a head massage device according to the present invention, respectively.

As shown in Figures 1 to 5, the head massage device of the present invention is largely equipped with a nanobubble generator 100 and the nano-bubble generating device receptor is provided with various means for generating a nano-bubble containing a beneficial component to the human body described later It is provided on the top of the bubble generating device receptor 100, has a receiving space for seating the head of the human body, and includes a head receptor 200 that the head of the human body is seated to be massaged and washed.

The nanobubble generator 100 and the head receptor 200 will be described in detail.

First, the nanobubble generator 100 is provided in the interior of the receptor 100, the nanobubble generator 110 for generating the size of the incoming water to the nano (nm) size split, the nanobubble generator 110 One or more functional material accommodating member 120 provided on one side thereof, and provided with a functional material beneficial to the human body therein, wherein the nanobubble generated by the nanobubble generator 110 contains a component of the material. ; A connection passage 130 connecting the nanobubble generator 110 and the functional material accommodating member 120; It includes a discharge pipe 140 for discharging the water used in the head receptor 200 and a control unit for controlling each of the components and various operations.

In addition, the nano-generating means receptor 100 is located on one side of the functional material receiving member 120, removable one or more functional fluid receiving member 150, each of which contains a liquid component of various components beneficial to the human body therein It may be provided. The functional latex receiving member 150 will be described in detail below, but can be selectively exchanged according to a user's taste or skin condition by being detachably provided with a receiving member selectively provided with a predetermined latex.

In addition, the nanobubble generating device container 100 may be provided with a water supply supply pipe 160. The tap water supply pipe 160 is connected to the shower provided in the head receptor 200, the tap water supply pipe 160 is preferably connected to the branch connection passage is branched.

The nanobubble generating device 110 is a known device, a detailed description thereof will be omitted. The outlined functions and operations of the other components and related parts described above will be described.

In the nanobubble generating device, bubbles having a diameter of 0.5 μm repeat a chain reaction of compression and destruction in a short time of 1 microsecond (1 millionth of a second). This is due to the magnetic pressing effect of the ultra-fine bubbles. The self-pressing effect is caused by the force of compressing the gas in the surface tension inside the bubble having a spherical interface, the temperature in the bubble instantaneously occurs up to 5500 ℃. In addition, when the microbubble bursts, a shock wave including the ultrasonic waves comes out at a speed of 400 km per hour. When ultra-fine bubbles are clarified by the self-pressing effect, free radicals such as hydroxy radicals (OH) are generated. This free radical breaks down various harmful chemicals and bacteria in the water vapor. The surface of each ultrafine bubble is negatively charged. Minus (-) and minus (-) repulse each other, so even in a dense state of bubbles, they never combine to form a larger bubble. It is completed from water (H ₂ O) and some of the conventional hydrogen radicals (H +) and hydroxyl radicals (-OH). The nanobubble generator produces bonds, bursts, and splitting motions, and generates ultrasonic waves in the process. When water droplets divide, the water droplets have an electrical nature, which is called the renade effect.

Next, the functional material receiving member 120 will be described. Prior to the description, the functional material receiving member 120 is shown as two (121, 122) in FIG. 2, but this can be made of more than one receiving member 120 as described above as an example.

The functional material accommodated in the functional material receiving member 120 is a tourmaline, germanium, anion combined ceramic ball, sulfur ball, ocher ball, ganban stone ball, tote marine ball, germanium ball, illite ball, amethyst ball, zeolite It is a mineral, such as a ball, alumina ball, herbal carbon ball, alkali ball, aqua ion ball, Songgang weak stone ball, and if the functional minerals beneficial to the human body is not limited to this, and anything. It is preferable to have a ball form as the form.

2 illustrates an example in which the functional material accommodating member 120 includes a first accommodating member 121 and a second accommodating member 122 in which different functional balls are accommodated, and according to a user's taste or head state. The receiving member may be selected by the control of the control unit. This is provided through a shielding means which is provided in the connection passage connecting the respective functional receiving members 120 (121, 122) and the nanobubble generating device 110, and driven by the control unit. Such shielding means may be implemented through a check valve or a solenoid valve as an example.

The functional latex receiving member 150 accommodates a functional fluid beneficial to the human body therein, and supplies the functional fluid to the functional receiving member 120. Functional fluids include aromas, herbal extracts, herb extracts, herbal extracts, plant extracts, fermentation broths, and culture fluids. In the example shown in Figure 2 shows a functional latex receiving member 150 is provided with four (151, 152, 153, 154), also under the control of the control unit according to the user's taste or scalp, hair condition The latex accommodating members 150 may be selected. This is provided through a shielding means which is provided in the connecting passage for connecting each of the latex receiving member 150 and the functional material receiving member (120: 121, 122), and driven by the control unit. Such shielding means may be configured as a check valve or a solenoid valve as an example. In addition, the emulsion receiving member 150 is detachably provided so that various functional fluids may be provided by exchanging the receiving fluid containing not only the above-described fluid but also other fluids.

The connection passage 130 is a first connection passage connecting the nanobubble generating device 110 and the functional material receiving member 120, and connects the functional material receiving member 120 and the functional latex receiving member 150. A second connection passage, and a third connection passage for connecting the injection port 210 of the head receptor 200 to be described later and the outlet of the functional material receiving member 120.

When the tap water supply pipe 160 is provided in the nanobubble generating device receiver 100, it is preferable to include a fourth connection path which is branched from the third connection path and connects the water supply supply pipe 160.

Subsequently, the head receptor 200 is preferably formed in a shape in which a predetermined portion of the front side can be seated behind the neck of the human body.

The head receptor 200 has one end of the connection passage 130 provided in the nano-generation device receptor 100, that is, the nano-bubble side through which the nanobubble generation device and the functional material accommodating member are discharged. One or more injection holes 210 connected to one end and provided in communication with the inner surface of the head receiver 200 are provided.

The injection port 210 is preferably formed on at least both sides, the bottom surface, the surface of the side facing the head of the head.

In the center of the receiving space of the head container 200, a drain hole (not shown) in communication with the drain pipe 140 of the nano-bubble device container 100 is formed.

The head receiver 200 is preferably provided with a head support means 220 that is provided to be opened and closed in the drain.

The head support means 220 not only functions as a seating part on which the user's head is seated, but also when the pressing force of the head is removed after use, the water used in the head receiver 200 is drained from the drain pipe 140. It has a function to allow drainage through.

Looking specifically, the head support means 220 extends downward from the seating plate 221, the seating plate 221 to which the head of the human body can be seated, and is moved up and down to drain the outlet of the head receiver 200. It consists of a guide rod 223 having an opening and closing disc 222 to open or close. The seating plate 221 preferably includes a protrusion on the top surface to provide acupressure effect on the head.

Here, the head support means 220 may be operated automatically or manually, and is configured to manually move the guide rod 223 upward after use to open the drain hole. On the other hand, the guide rod 223 may be configured to be opened automatically. In other words. When the head of the user is removed, the guide rod 223 may further include an elastic member capable of moving upward.

The control unit has a control unit equipped with a control program, the control for selecting the functional latex receiving member 150, the volume control of the aqueous solution contained in the functional latex receiving member, the intensity control of the bubble generation, the massage time input, the speed control And a program including a start and the like, an operation button for selecting the control contents and the progress status, and a display unit for displaying the control status.

Next, FIGS. 6 to 8 show an embodiment formed independently of the embodiment in which the cover means 300 is integrally formed on the head receiver 200, as shown in FIGS. 6 and 7. An example is formed that the head receptor 200 is provided with a moving lever 310 is moved up and down on one side, the connecting link 320 is connected to one side of the moving lever 310, the connecting link 320 The cover 330 is connected to the other end of the. Here, one side of the connection link 320 is screwed to the moving lever 310 is provided to loosen and tighten for opening and closing of the cover 330.

In the case of Figure 8, the cover means 300 is the head receptor 200 is configured to be independent, the support rod 310, the movement rod 320 is connected to the support rod 310 to move up and down, Locking member (not shown) for fixing or releasing one end of the moving rod 320, the connecting rod 330 is connected to the other end of the moving rod 320, the connecting rod 330 is connected to the other end The cover 340 is made. Here, one end of the connecting rod 330 is screwed to the moving rod 320 is provided to loosen and tighten to open and close the cover 340.

Such cover means 300 is preferably made of a resin material in consideration of mobility and weight.

In the figure, reference numeral 111 is a driving source for driving the nanobubble generator 110. In addition, reference numeral 112 denotes a shower connected to the water supply pipe 160, and reference numeral 113 denotes a lever for operating the shower 112.

The operation of the head massage device according to the present invention configured as described above will be described.

First, the functional latex receiving member 150 is selected in consideration of the user's taste and the head state through the control unit, various control conditions such as the corresponding control amount are selected, and then the start button is pressed. At this time, the head of the user is placed on the head support means 220, the drain is closed at this time.

When the operation of the nanobubble generator is performed, the particles of the introduced water split and rupture to generate nano-sized bubbles. As such, the bubble provided through the connection passage in the process of forming the nano-sized bubble is provided to the functional material accommodating member 120 and collides with the functional ball accommodated in the accommodating member 120 at a speed of about 400 km / h, and a high quality It generates a large amount (100,000 to 1,000,000 pieces / cm ² ) of oxy radicals (OH-) anions and directly converts into water which is very beneficial to the human body while continuously hitting the ball, which is a natural mineral.

At this time, the functional latex receiving member 150 selected before the operation is selected, and the functional latex is introduced in the process where the nanobubble hits the ball. The functional fluid injected in this way is bubbled by generating instantaneous high heat of more than 4,000 degrees to 6,000 degrees while vibrating by nanobubbles rupture and micro sound waves of 40khz to 400khz and high sound pressure of 140db to 150db, rather than spraying or applying directly. As the size of 10nm just before the explosion, the bubble coming out through the head receptor 200 is safely and harmlessly penetrated to the depth of the hair (4cm) together with the ultrasonic wave, and bubbles are exploded in the skin and pores, maximizing the massage effect. It also provides cleansing of pores and face.

According to the present invention, the nano anion bubble contains herbal extracts and various components beneficial to the human body so that various components penetrate deep into the skin, thereby providing a maximum massage and cleansing effect.

In addition, the present invention is to make a state for breaking down the body fat accumulated in the skin, the simple decomposition is not only effective (washing), but also helps in prevention and treatment, and promotes the circulation of blood and lymph fluids, which helps to enhance immunity. It works.

Claims (18)

A nanobubble generator receiver having a device for generating nanobubbles; A head receptor provided on an upper portion of the nanobubble generating device receptor, having a receiving space for seating the head of the human body, and having a head seated on the human body to perform massage and washing; And Control unit for controlling the nanobubble generating device Tofu massage device comprising a. The method of claim 1, The nanobubble generator receptor Nanobubble generating device for generating the size of the water flowing into the nano-splitting; One or more functionalities provided on one side of the nanobubble generating device, the functional material beneficial to the human body is embedded therein, and contacting the nanobubble generated in the nanobubble generating device to provide a nanobubble containing a component of the internal material. Material receiving member; And A connection passage connecting the nanobubble generator and the functional material accommodating member; Discharge pipe for discharging the water used in the tofu receptor Tofu massage device comprising a. The method of claim 2, Located at one side of the functional material receiving member, there is detachably provided with at least one functional fluid receiving member for receiving a liquid component of various components beneficial to the human body therein Tofu massage device. The method of claim 2, The functional material accommodated in the functional material receiving member Tourmaline, germanium, ceramic ball combined with anion, sulfur ball, ocher ball, ganban stone ball, tote marine ball, germanium ball, illite ball, amethyst ball, zeolite ball, alumina ball, herbal carbon ball, alkali ball, aqua ion Ball, made of any one Tofu massage device. The method of claim 4, wherein The functional material receiving member is composed of a first receiving member and a second receiving member for receiving each of the different functional balls, A shielding means provided in a connection passage connecting the respective functional accommodating members and the nanobubble generator to be driven by the control unit to control the accommodating member and the nanobubble generator in communication; Tofu massage device. The method of claim 3, The functional latex receiving member The functional emulsion contained therein is composed of any one of aroma, herbal extract, wood vinegar, herb extract, plant extract, fermentation broth, and culture solution. Tofu massage device. The method of claim 6, The functional latex receiving member is composed of a plurality of each functional latex is provided, It further comprises a shielding means provided in the connecting passage for connecting the fluid receiving member and the functional material receiving member, the shielding means driven by the control unit Tofu massage device. The method of claim 1, The tofu receptor One or more injection holes connected to one end of the connection passage provided in the nano-generating means receptor and provided to communicate with an inner surface of the head receptor; And Drainage port provided in the center of the receiving space of the head receiver Tofu massage device comprising a. The method of claim 8, The tofu receptor The head support means which is provided to open and close at the drain port is provided Tofu massage device. The method of claim 9, The head support means A seating plate on which the head of the human body may be seated; And It extends downward from the seating plate, and is moved up and down, consisting of a guide rod having an opening and closing disk for opening or closing the drain port of the head receptor Tofu massage device. The method of claim 10, The seating plate includes a protrusion on the top surface to provide acupressure effect on the head. Tofu massage device. The method of claim 11, The head support means Further comprising an elastic member for moving the guide rod upwards to open the drain hole Tofu massage device. The method of claim 1, The control unit A program for controlling the selection of the functional latex receiving member, the volume control of the aqueous solution contained in the functional latex receiving member, the strength and weakness control, the input of the massage time, the speed adjustment, the start, and the control contents and the progress thereof. Containing wealth Tofu massage device. The method of claim 1, The head receiver further includes a cover means for covering the opening portion. Tofu massage device. The method of claim 14, The cover means A moving lever vertically moved to one side of the head receptor; A connection link connected to one side of the moving lever; And Comprising a cover connected to the other end of the link Tofu massage device. In the head massage drive control method for driving control of the head massage device, Generating nano bubbles through the nanobubble generator: Tourmaline, germanium, ceramic ball combined with anion, sulfur ball, ocher ball, ganban stone ball, tote marine ball, germanium ball, illite ball, amethyst ball, zeolite ball, alumina ball, herbal carbon ball, alkali ball, aqua ion Providing the nanobubble to a functional mineral made of any one of a ball and a pebble stone so that the nanobubble contains components of the functional mineral; And Supplying nanobubbles containing the components of the functional mineral to the head of the human body Head massage drive control method comprising a. The method of claim 16, The functional mineral further comprises the step of including a functional emulsion made of any of aroma, herbal extracts, wood vinegar, herbal extracts, plant extracts, fermentation broth, culture solution Head massage device driving control method. The method according to claim 16 or 17, The functional mineral or functional latex is controlled to be selected by the user Head massage device driving control method.

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