KR20100086188A - Auxiliary apparatus for eye fatigue recovery and rhinitis ease by plane type heating element - Google Patents

Abstract

PURPOSE: An assisting apparatus for recovering eye fatigue and reliving rhinitis using a surface heater is provided to eliminate viruses, to help blood circulation, and to create a cellular tissue using the surface heater which emits far infrared rays with heat. CONSTITUTION: An assisting apparatus for recovering eye fatigue and reliving rhinitis includes a leg(40) which is foldable on both ends of a main body(20). A surface heater(30) is installed on the lower end of the main body. The surface heater generates heat by making power supply through a cable(32). The position of the surface heater is capable of being controlled. The power is supplied through a control box.

Description

AUXILIARY APPARATUS FOR EYE FATIGUE RECOVERY AND RHINITIS EASE BY PLANE TYPE HEATING ELEMENT}

The present invention relates to an eye fatigue recovery and non-inflammatory relief aid using a planar heating element, and in particular, to manufacture a brace in the form of glasses so that it can be conveniently worn on the face, using a case for easy carrying and storage In addition, the position of the planar heating element mounted on the brace is configured to be adjustable, but far-infrared rays emitted from the planar heating element with heat generation penetrate into the body tissues of the necessary area and cause thermal effects, as well as sterilization of bacteria causing the disease. In addition, by expanding the capillaries to activate blood circulation and tissues, it is possible to alleviate eye fatigue and non-inflammatory symptoms.

Environmental pollution due to the development of science and technology is an indispensable relationship, and the living environment of modern people who use computers a lot can bring various respiratory diseases and eye fatigue.

In particular, respiratory diseases such as rhinitis are increasing due to factors such as air pollution, fine dust in the air, house dust, mites, yellow dust and pollen.

The cause of rhinitis is not clear, but the most common allergic rhinitis is inflammation due to hypersensitivity to allergens. If sinusitis, otitis media, pharyngitis, etc. is accompanied by a runny nose, pus, ear deafness, hearing loss may be a variety of symptoms.

However, the symptoms of allergic rhinitis are not distinguished clinically from the symptoms of other chronic rhinitis in most patients, and in addition to exposure to the causative agent of allergy, various pollutants, dust, temperature and humidity changes in the air. Symptoms can also be caused by various general stimuli.

In the United States, this disease is not only common enough to affect about 40 million people (2007 statistics), which is 1/7 of the national population, and is increasing every year in Korea.

Common treatments for rhinitis include evasion therapy that avoids causative antigens, drug therapy using drugs, surgery to operate directly on the disease, and immunotherapy to improve the constitution if the antigen is clear. It takes a long time as well.

In addition, various methods related to the treatment of rhinitis are provided, and some of them include, for example, a runny nose inhaler treatment device, a rhinitis treatment device having an ultrafine particle spray function, an ultrasonic vibration and spray treatment device, a treatment device using a laser light emitting device, and a low frequency treatment device. There is a lack of a satisfactory therapeutic effect as well as restrictions on use and location.

In addition to the above measures, it is easy to relieve the symptoms.If your nose is clogged, you can rub your nose with your fingers, or inhale the hot steam of the tea through your nose to transfer heat to your nose. You may hear this.

In the case of the above means, the relaxation effect was insufficient, and there was also the inconvenience of having to heat the tea by boiling the tea or snorting hard whenever needed.

The present invention relates to an assistive device that can alleviate non-inflammatory symptoms and to relieve eye fatigue when necessary, in order to rectify these conventional problems. , Easy to carry and store, especially far-infrared rays emitted from the planar heating element installed in the auxiliary equipment penetrates into the body tissue of the necessary area and causes heat action to improve symptoms through blood circulation and cell activation as well as treatment To help.

As a means for solving the above problems, the present invention is produced in the form of goggles (glasses) so that the eye fatigue and non-inflammatory relief aid can be conveniently worn on the front of the face, far infrared rays may be emitted on both sides of the front of the auxiliary device If the auxiliary heater is worn like glasses on the front of the face by installing a planar heating element made of material, the planar heating element is naturally located on the front of the eye, so that heat is transmitted along with far-infrared radiation to the eye area, and the planar heating element installed in the auxiliary device When it is pulled down, it is located in the maxillary sinus area on both sides of the nose so that heat can be transmitted along with the far-infrared radiation, and it is configured to alleviate and treat eye fatigue and non-inflammatory symptoms. Especially, it is easy to carry and store, regardless of the place such as home or work. Anytime, anywhere convenient and easy to use.

The heating of the planar heating element installed in the auxiliary device is controlled by the function of the control box configured in the heating temperature, heating time, etc., the power is charged to the internal power by the USB (USB) power and AC / DC / adapter Make this possible.

The function of the control box is a means for supplying power to the planar heating element installed in the auxiliary device to generate heat at a desired temperature and time, which can be implemented in various configurations.

The present invention is to configure the auxiliary device in the form of glasses, the temperature and time can be adjusted on the front of the auxiliary device, by installing a planar heating element that is far-infrared emission is moved to position, wearing the auxiliary device on the front of the face, such as glasses When the planar heating element is located in the eye, that is, the eye part, and when the planar heating element is pulled down, the planar heating element is located in the maxillary sinus part located on both sides of the nose. Is released and penetrates into the internal tissues of the body, causing thermal action to remove bacteria that cause disease, expand the capillaries to help blood circulation and the creation of tissues, as well as to vibrate the cells finely trigger the activation of cellular tissues It helps to prevent aging, promote metabolism, recover from chronic fatigue, and alleviate pain. Therefore, it is effective for eye fatigue recovery, rhinitis treatment and symptom relief.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of the auxiliary device 10 used for the purpose of eye fatigue recovery, non-inflammatory relief and treatment equipped with a planar heating element to be provided in the present invention, the schematic configuration of the main body 20 at both ends of the legs ( 40) foldable connection configuration, and the planar heating element 30 is configured to connect to the lower side of the front of the main body 20, the planar heating element 30 is generated by the supply of external power, the overall shape is similar to glasses As a structure, it is comprised so that it can be easily worn on a face.

The power to heat the planar heating element 30 is to be supplied by the control box 100 configured separately, the heating temperature, time, etc. of the planar heating element 30 by the function installed in the control box 100 Configure arbitrarily settable.

The function of the main body 20 constituting the auxiliary device 10 mainly performs a function of supporting the planar heating element 30 and a function of connecting and fixing the legs 40, and an auxiliary device under the central part of the main body 20. The support piece 21 is configured to support the auxiliary device 10 when the face 10 is worn on the face, and the support piece 21 is located on the back of the nose to support it.

The legs 40 connected to both sides of the main body 20 are connected to each other through the feldspar 41 as in general glasses, so that the legs 40 are foldable from the main body 20.

The planar heating element 30 is installed at the lower end of the main body 20, and then external power is supplied to the planar heating element 30 to generate heat.

The planar heating element 30 may be used to be integrally formed at the lower end of the main body 20 to be located only in the eyeball front surface or the nose maxillary sinus.

In the above case, since the application may be limited to a specific part such as the frontal eye or the maxillary sinus, the position of the planar heating element 30 can be moved so that the position can be located at the maxillary sinus part located next to the eyes or the nose. It is desirable to.

Position movement means of the planar heating element 30 which is configured at the bottom of the main body 20 can be implemented in various forms, but in the present invention was configured as follows.

In other words, the main body 20 on both ends of the fixing member 22 is projected downward, and the connecting member 23 is connected to the fixing member 22 so as to be movable by the shaft pin 24, and the connecting member 23 is connected to the end. The support frame 50 formed with the handle 51 is connected to be movable, and the planar heating element 30 is integrally connected to both sides of the lower end of the support frame 50.

At this time, the connecting means of the support frame 50 supporting the connecting member 23 and the planar heating element 30 is such that the end of the support frame 50 is positioned inside the lower end of the connecting member 23 as shown in FIG. The support frame 50 composed of the planar heating element 30 was connected to the bottom of the connection 230 so as to be connected to the pin 53 so as to be movable, and the connection structure between the connection 23 and the support frame 50 is In addition to the above configuration, various means may be provided.

In general, a planar heating element is a heat generating by heating a metal electrode on both ends of a thin surface conductive heating element and then insulated with an insulating material, using a thin metal plate, using a heating paint (carbon black) or carbon fiber (carbon fiber) In the present invention, the planar heating element 30 using the carbon fiber is used, so that far-infrared rays are emitted along with heat generation when the power is supplied.

In addition, the planar heating element 30 is flexible and easy to change the shape, because the durability against external friction is vulnerable to be placed in the resin cover 31 for shape maintenance and protection.

As a means for supplying external power to the planar heating element 30, the cable 32 is connected along the outer surface of the leg 40 constituting the auxiliary device 10, and then between the fixed rod 22 and the connection 23 ) Is connected to the support frame 50 through the elastic connecting pins 53 connecting the connecting rod 23 and the support frame 50 via the shaft pin 24 for connecting the inside, and the support frame 50 inside The electric power is applied to the planar heating element 30 through the cable 32 by allowing the cable 32 and the planar heating element 30 to be electrically connected as in the usual method.

The control box 100 for supplying external power to the planar heating element 30 through the cable 32 has an external power input unit 110, an internal power supply unit 120, a microcontroller 140, and a display unit 150 as shown in FIG. 6. The external power input unit 110 is configured to enable the charging of the battery to the internal power supply unit 120 with a USB power source and an AC / DC adapter.

The function setting unit 130 is configured to set the heating temperature and time and operation functions (eyeball and maxillary sinus) of the planar heating element 30, the display unit 150 is configured to identify the current operating state .

In addition, the planar heating element 30 is provided with a temperature sensor 220 to transmit the temperature signal 310 to the micro-controller 140, the micro-controller 140 is a temperature time control signal 330 from the function setting unit 130 ) And transmits the operation signal 320 to the planar heating element 30, and receives the temperature signal 310 detected by the temperature sensor 220 in the planar heating element 30 to control the operation signal 320. To do it.

The display unit 150 transmits the display unit control signal 340 to inform the current operation state of the auxiliary device 10 through the microcontroller 140.

The control box 100 is to be applied to the planar heating element 30 through an external power supply through the cable, but can be applied if the structure satisfies the function of adjusting the heating temperature, time, operating state, etc. of the planar heating element 30. However, the present invention may be used in various configurations without being limited to the above-described structure.

Reference numeral 70 is a locking groove, 71 is a locking projection, 72 is a magnet.

The use of the auxiliary device 10 of the present invention configured as described above is as follows.

That is, the auxiliary device 10 is worn on the front of the face like glasses, and then used for each use, and the use for eye fatigue recovery is as follows.

As shown in FIG. 1, the planar heating element 30 formed at the bottom of the main body 20 constituting the auxiliary device 10 is placed on the eye, that is, the front of the eye, and then the function setting unit 120 configured in the control box 100. If the temperature control switch is set to the required temperature and at the same time the desired time is set, the surface heating element 30 generates heat at a constant temperature for a set time.

Typically, the temperature of the planar heating element 30 for fatigue of the eye is usually appropriately about 40 ℃.

In addition, if you want to use for the purpose of treating and preventing rhinitis using the auxiliary device 10 of the present invention, while holding down the handle 51 of the support frame 50 connected to the bottom of the main body 20 pull down As the connecting rod 23 connected to the lower portion 22 rotates downward, the planar heating element 30 is positioned at the lower maxillary sinus portion of the user's nose while being positioned at the lower side as shown in FIG. 2.

When the appropriate temperature and time is adjusted using the function setting unit 130 configured in the control box 100 in the above state, the planar heating element 30 generates heat for a desired temperature and time.

In general, when it is intended to use for the purpose of desalination and treatment, it is ideal to allow the surface heating element 30 to generate heat at about 70 ° C.

In the construction of the auxiliary device 10 of the present invention, when the planar heating element 30 is to be used for the purpose of eye fatigue recovery, the connecting rod 23 connected to the fixed rod 22 is rotated upward. In this case, the engaging projection 71 configured at one side of the connection 23 is elastically coupled to the locking groove 70, so that the surface heating element 30 does not flow down by its own weight even when the planar heating element 30 is located at the top. .

In addition, as described above, the planar heating element 30 is positioned on the upper side by using the magnet 72 as shown in FIG. 3 without using the locking protrusion 70 and the locking groove 70 as the support means of the planar heating element 30. It may be supported in a state.

As described above, when the planar heating element 30 is located in the frontal area of the eyeball or in the maxillary sinus region on both sides of the nose, heat is generated so that far-infrared rays emitted from carbon fiber with heat dissipation penetrate deeply into the body tissues and cause thermal action. In addition to helping circulation and the creation of cellular tissues, the cells can be vibrated finely 2,000 times a minute to induce activation of cellular tissues, thereby preventing aging, promoting metabolism, chronic fatigue recovery, and pain relief. The effect of fatigue, rhinitis treatment and symptom relief can be obtained.

After the use is completed, the auxiliary device 10 is separated from the face, and then the legs 40 are folded from the main body 20 so as to be stored in a separate storage case (not shown). Wherever you need it, you can use it conveniently.

1: perspective view of an auxiliary device to be provided in the present invention

2: a state diagram in which the planar heating element is pulled down in the state of FIG. 1

Figure 3 is a state attached to the magnet on both sides of the main body as a support means of the planar heating element in the present invention

4 is a configuration diagram of the main body and the bridge in the present invention

5 is a cross-sectional view of the planar heating element connecting portion in the present invention

6 is a cross-sectional view of the planar heating element portion in the present invention

7 is a circuit block diagram of a control box unit used in the present invention

8 is a state diagram folded the auxiliary device of the present invention

<Description of the symbols for the main parts of the drawings>

(10)-Auxiliary Devices (20)-Body

(21)-support (22)-fixed

(23)-between connections (24)-Axial pin

(30)-planar heating element (31)-resin cover

(32)-cable (40)-leg

(41)-Joinstone (50)-Zijite

(51)-Handle (53)-Elastic Connector Pin

(100)-Control Box (110)-External Power Input

(120)-Internal power supply unit (130)-Function setting unit

(140)-Microcontroller (150)-Indicator

Claims (3)

Legs 40 are foldably connected to both ends of the main body 20, and the planar heating element 30 is installed at the lower end of the main body 20, and the planar heating element 30 is powered through a cable 32. Eye fatigue recovery and non-inflammatory relief aid using a planar heating element, characterized in that the planar heating element 30 is configured to generate heat by being supplied. The method according to claim 1, wherein the planar heating element (30) installed at the bottom of the main body (20) is installed to be adjustable in position so that it can be heated in the front of the eyeball or the maxillary sinus on both sides of the nose as needed, and through the cable (32). The power applied to the planar heating element 30 allows the power to be supplied through the control box 100, and the eye fatigue using the planar heating element, characterized in that it is configured to control the heating temperature and the heating time of the planar heating element 30. Restorative and Non-Inflammatory Aids. According to claim 1 or 2, wherein the main body 20 on both ends of the fixed section 22, the connecting section 23 to the fixed section 22, the rotation between the freely connected, the connecting section 23 Connect the support frame 50 to the end, and the planar heating element 30 is configured to be connected to the support frame 50, the planar heating element 30 according to the position of the support frame 50 is the front of the eye, or nose It is configured to be located at both sides of the maxillary sinus, and the planar heating element 30 is to be installed in the resin cover 31 located at the bottom of the support frame 50, eye fatigue recovery and non-inflammatory using the planar heating element, characterized in that configured Auxiliary equipment.

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