KR102048177B1 - Glasses type device for blocking fine dust and neutralizing harmful gas - Google Patents

Abstract

The present invention relates to an eyeglass-type device for blocking fine dust and neutralizing harmful gas. An objective of the present invention is to allow use while wearing normally without separate carrying, remove and treat various air pollutants around respiratory organs without blocking nose and mouth portions of the human body, and remove and treat air pollutants around the eyes to block entry of air pollutants into eye portions. To achieve the objective, the eyeglass-type device for blocking fine dust and neutralizing harmful gas comprises: an eyeglass-type main body including an eyeglass frame and temples coupled to the eyeglass frame to be folded, and being wearable on a facial portion around the eyes of the human body; and a negative ion generation device which is installed on the eyeglass-type main body, and releases negative ions to portions around the eyes and the nose of a person wearing the eyeglass-type main body to remove and neutralize air pollutants distributed on the portions around the eyes and the nose of the wearing person.

Description

Glasses type fine dust shielding and harmful gas neutralizing device {GLASSES TYPE DEVICE FOR BLOCKING FINE DUST AND NEUTRALIZING HARMFUL GAS}

The present invention relates to an eyeglass type fine dust blocking device and a neutralizing gas, more specifically, it can be used in a state that is normally worn without a separate portable, and the various parts around the respirator without covering the nose and mouth of the human body The present invention relates to an eyeglass type fine dust blocking device and a harmful gas neutralizing device capable of removing air pollutants and removing air pollutants around the eyes to block air pollutants from entering the eyes.

In recent years, generation of air pollutants such as fine dust and yellow dust is frequent, and the extent thereof is gradually increasing.

Particularly, in the case of fine dust, not only natural components such as soil and pollen, but also harmful substances such as sulfur oxides and nitrogen oxides generated in the combustion process of fossil fuels are contained in large amounts, thereby Serious adverse effects on the body.

In view of this, various products capable of treating various air pollutants have been developed and used. A representative example thereof is a portable mask.

The portable mask can be worn on the nose and mouth of a human body, and is equipped with a filter, which filters various air pollutants contained in the air when the air is inhaled. Therefore, it blocks the influx of various air pollutants through the respiratory system.

However, such a conventional mask has a disadvantage in that it must be carried separately, and there is a problem in that it is inconvenient to use due to such a disadvantage.

In particular, since the portability is poor, it is not always carried, there is a problem that can not cope with this if the air pollution is serious when not carrying the mask.

In addition, the conventional mask is a structure that covers the nose and mouth of the human body, there is a disadvantage that causes intake, exhaust resistance, there is a problem in that breathing is inconvenient because of this disadvantage.

In particular, the elderly, children and respiratory patients with weak respiratory problems are very difficult to use because of very difficult to breathe.

In addition, the conventional mask is a structure that covers the nose and mouth of the human body, so that the aesthetics of the wearer is dropped, and in the case of the spectacles wearer, there is a disadvantage that the fog is generated on the glasses. In particular, when the rim occurs in the glasses of the wearer of the glasses may obstruct the wearer's view may cause an accident.

In addition, the conventional mask is a structure that blocks only the air pollutant inflow into the respirator, there is a disadvantage that it can not block the air pollutant into the eye portion.

In particular, in the case of eyes, when the air pollutants are generated unprotected, there is a problem that can not cope with this, if the eyes are exposed unprotected to the air pollutants.

In addition, the conventional mask is a structure that filters the air pollutants in the air when the human breathing, there is a disadvantage that it is easily contaminated, there is a problem that must be replaced frequently because of this disadvantage.

And because of these problems, the mask has to be purchased frequently, which is expensive.

The present invention has been made to solve the conventional problems as described above, the object is to provide an eyeglass-type fine dust blocking and harmful gas neutralizing device very easy to use without a separate portable.

 Another object of the present invention is to make it easy to use without carrying, so that when the air pollutant is generated without notice, it can actively respond to it.

Still another object of the present invention is to remove various air pollutants around the respiratory tract without covering the nose and mouth of the human body.

Still another object of the present invention is to block the influx of air pollutants through the body without causing inhalation and exhaust resistance.

Still another object of the present invention is to provide comfort for the elderly, children and respiratory patients with weak respiratory organs.

Still another object of the present invention is to not injure the aesthetics of the wearer and not to cause spectacles of the spectacles.

Another object of the present invention is to be able to block the air pollutant inflow into the eye portion.

Still another object of the present invention is to be able to semi-permanently remove various air pollutants around the respiratory tract without fear of contamination.

Eyeglass-type fine dust blocking and harmful gas neutralizing device of the present invention for achieving the above object, and provided with a spectacle frame, a pair of spectacles foldably connected to the spectacle frame, the spectacle body and the wearable body around the face of the human eye ; It is installed on the spectacle-shaped body, and emits anions to the eye, nose and mouth area around the wearer of the spectacle-shaped body, including an anion generator for removing and neutralizing air pollutants distributed in the eye, nose and mouth area around the wearer It is characterized by.

Preferably, the negative ion generating device, a power supply unit for supplying electricity, a power boosting unit for boosting the supplied power, an anion generating electrode unit for generating negative ions with the boosted power source, an anion for releasing the generated negative ions It characterized in that it comprises a discharge unit.

And a control unit for controlling the negative ion generating device, wherein the control unit has an on / off switch for turning on and off the negative ion generating device.

According to the spectacles-type fine dust blocking and harmful gas neutralizing device according to the present invention, since the spectacles can be worn on a regular basis, there is no need for a separate portable device, and thus it is very easy to use.

In addition, if air pollutants are generated without notice, there is an effect that can actively respond to this.

In addition, since the spectacle structure, there is an effect that can remove the various air pollutants around the respirator without covering the nose and mouth of the human body.

In addition, there is an effect that can block the influx of air pollutants through the body without causing intake, exhaust resistance.

In addition, because the breathing is comfortable, the elderly and children with respiratory weakness and respiratory patients can be used comfortably.

In addition, while not hurting the wearer's aesthetics, the wearer of the glasses, there is an effect that does not cause the rim of the glasses.

In addition, since the structure that can remove the air pollutants around the eyes, there is an effect that can block the air pollutants in the eye.

In addition, since there is a structure that removes air pollutants through the anion, there is no concern about pollution compared to the air pollutant treatment method through the filtration method.

Therefore, it is possible to semi-permanently remove and process various air pollutants around the respiratory tract without fear of contamination.

In addition, there is an effect that the economy is excellent and the use and maintenance cost is low.

1 is a front perspective view showing the configuration of the spectacles type fine dust blocking and harmful gas neutralizing device according to the present invention;
Figure 2 is a rear perspective view showing the configuration of the spectacles type fine dust blocking and harmful gas neutralizing device according to the present invention,
3 is a circuit diagram briefly showing the negative ion generating unit constituting the spectacles type fine dust blocking and harmful gas neutralizing device of the present invention,
4 is a cross-sectional view taken along line IV-IV of FIG. 1 showing the configuration of the spectacles type fine dust blocking and harmful gas neutralizing device according to the present invention;
5 is a cross-sectional view taken along the line V-V of Figure 1 showing the configuration of the spectacles type fine dust blocking and harmful gas neutralizing device according to the present invention;
6 is a cross-sectional view taken along line VI-VI of FIG. 1 showing the configuration of the spectacles type fine dust blocking and harmful gas neutralizing device according to the present invention;
7 is an operation diagram showing an operation example of the spectacles type fine dust blocking and harmful gas neutralizing device according to the present invention.

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Hereinafter, a preferred embodiment of the spectacles type fine dust blocking and harmful gas neutralizing device according to the present invention will be described in detail with reference to the accompanying drawings.
First, referring to Figures 1 and 2, the spectacles-type dust blocking and harmful gas neutralizing device of the present invention, the spectacle-shaped body 10 is provided.

The spectacle-shaped main body 10 includes a spectacle frame 12 having a lens 12a and a spectacles leg 14 that is foldably connected to the spectacle frame 12. The spectacle body 10 is configured to be worn on the face portion around the eyes of the human body.

In addition, the spectacles-type dust blocking and harmful gas neutralizing device of the present invention includes an anion generator 20 installed in the spectacles-shaped body 10.

The negative ion generating device 20 includes a power supply unit 22 for supplying electricity, a power boosting unit 24 for boosting the supplied power, and an anion generating electrode unit 26 that actually generates negative ions through the boosted power. ) And an anion discharging unit 28 for discharging the generated anion.

The power supply unit 22 includes a battery 22a embedded in the glasses leg 14 of the spectacle-shaped body 10, and the battery 22a provides power to the power boosting unit 24.

The battery 22a is configured as a rechargeable battery. In this case, the rechargeable battery 22a can be charged through a charging terminal 22b installed at the distal end of the glasses leg 14.

Here, it is preferable that the charging terminal 22b provided in the spectacles 14 is constituted by a USB charging terminal. In some cases, the battery 22a may be configured as a replaceable disposable battery or a wireless charging method.

The power booster 24 includes a boost converter, and boosts the voltage of electricity applied from the battery 22a of the power supply 22 to a predetermined magnitude. In particular, it serves to boost the size suitable for the generation of negative ions.

Here, it is preferable that the power boosting unit 24 is incorporated in the spectacles leg 14 of the spectacle body 10.

The negative ion generating electrode portion 26 is embedded in the glasses legs 14 of the spectacle-shaped body 10, and as shown in FIG. 3, the ground electrodes 26a and the discharge electrodes 26b provided at regular intervals. It includes.

The negative ion generating electrode portion 26 discharges the voltage boosted by the power booster 24 from the ground electrode 26a and the discharge electrode 26b to generate negative ions. In particular, negative ions are generated by the high voltage potential difference between the ground electrode 26a and the discharge electrode 26b.

Here, the ground electrode 26a preferably has a fin structure so as to increase the amount of negative ions generated. In particular, the end portion of the ground electrode 26a is preferably configured in a pointed shape toward the discharge electrode 26b.

In addition, the discharge electrode 26b is preferably made of titanium (Titanium) material excellent in discharge performance and durability. In some cases, the discharge electrode 26b may be made of gold (Au) or graphene (Graphene) coated carbon material.

As shown in FIGS. 1 and 2, the negative ion discharging unit 28 corresponds to the eyes, nose and mouth of the wearer wearing the spectacle-shaped body 10 as the negative ions generated by the negative ion generating electrode unit 26. Anion transport passage 28a for transporting to the spectacle-shaped body 10 and a plurality of anion outlets 28b for discharging anions transported through the anion transport passage 28a toward the eyes, nose and mouth of the wearer. Include them.

The negative ion transport passage 28a is formed along the glasses leg 14 and the eyeglass frame 12 of the spectacle-shaped body 10, and the negative ion transport passage 28a thus formed is an anion generated by the negative ion generating electrode portion 26. The eyeglasses are transferred to the eyes, nose and mouth of the wearer body 10.

Here, the negative ion conveying path 28a formed on the spectacles 14 and the negative ion conveying path 28a formed on the spectacle frame 12 are connected to each other, wherein the folded part of the spectacle leg 14 and the spectacle frame 12 are connected to each other. The negative ion transport passage 28a formed is separated from each other when the eyeglass frame 14 is folded on the eyeglass frame 12, and is connected to each other when the eyeglass leg 14 is unfolded from the eyeglass frame 12.

The negative ion outlet 28b is configured to be formed in a portion corresponding to the wearer's eyes, nose, and mouth of the spectacle-shaped body 10 portion. In particular, the spectacle frame 12 of the spectacle body 10 is configured to be formed on the spectacle frame 12 corresponding to the wearer's eyes, nose and mouth.

This negative ion outlet 28b, as shown in Figure 7, emits negative ions toward the eye, nose and mouth portion of the wearer of the spectacle body 10.

Therefore, it removes various air pollutants around eyes, nose and mouth. In particular, by removing various air pollutants in the area around the nose and mouth, when the wearer of the spectacle body 10 breathes, the cleanliness of the air sucked is increased. As a result, it blocks the influx of air pollutants into the body through breathing.

In addition, by removing various air pollutants around the eyes, when the air pollutants are generated, the air is protected from the air pollutants and at the same time, the air pollutants are blocked from entering the body.

For reference, the anion is not only a sterilizing effect, but also easily coupled to various foreign matters in the air, such as dust, pollen, carbon dust, sulfur oxides, nitrogen oxides, and the like, by the principle of static electricity. After binding to the fine air pollutants, it is adsorbed to a nearby plus (+) potential, for example, to the ground.

Therefore, the various types of air pollutants around the eyes, nose, and mouth of the wearer body 10 are removed and neutralized.

Again, referring to FIGS. 1 to 6, the negative ion generating device 20 further includes a control unit 30.

The control unit 30 is equipped with a microprocessor and various driving circuits, and is built in the eyeglass leg 14 portion of the spectacle-shaped body 10 to control the power supply unit 22, the power booster unit 24, and the like. .

In particular, the power supply unit 22 is controlled to allow or block the power supply to the power booster 24, and to turn on or off the operation of the power booster 24.

On the other hand, the control unit 30 is provided with an on, off switch (On, Off Switch) 32 that can turn the negative ion generator 20 on and off.

The on / off switch 32 is preferably provided at the spectacles 14 of the spectacle body 10.

Since the spectacles-type fine dust blocking device and the harmful gas neutralizing device of the present invention having such a structure are spectacles-type structures that can be worn as usual, there is no need to carry them separately, and thus they are very easy to use.

In addition, because of the spectacle structure, it is possible to remove various air pollutants around the respirator without covering the nose and mouth of the human body.

In addition, since it can remove various air pollutants around the respiratory tract without inducing inhalation and exhaust resistance, it is comfortable to breathe. .

In addition, since the structure that can remove and neutralize the air pollutants around the eyes, it is possible to block the air pollutants introduced into the eyes.

Although the preferred embodiments of the present invention have been described above by way of example, the scope of the present invention is not limited to these specific embodiments, and may be appropriately changed within the scope of the claims.

10: glasses type body 12: glasses frame
14: glasses bridge 20: negative ion generating device
22: power supply 22a: battery (Battery)
22b: charging terminal 24: power boost
26: anion generating electrode portion 26a: ground electrode
26b: discharge electrode 28: negative ion emitting portion
28a: negative ion transport passage 28b: negative ion outlet
30: control unit 32: on, off switch (On, Off Switch)

Claims (10)

An eyeglass frame 12 and an eyeglass leg 14 foldably connected to the eyeglass frame 12, the eyeglass body 10 being wearable on a face portion around the eyes of the human body;
It is installed on the spectacle-shaped body 10, and releases negative ions to the eyes, nose and mouth surrounding the wearer of the spectacle body 10, to remove and neutralize air pollutants distributed around the eyes, nose and mouth of the wearer Including an anion generator 20 for processing,
The negative ion generating device 20,
A power supply 22 for supplying electricity, a power booster 24 for boosting the supplied power, an anion generating electrode portion 26 for generating anions with the boosted power, and an anion discharge for releasing the generated anions A portion 28,
The battery 22a of the power supply unit 22 can be charged through the charging terminal 22b installed in the eyeglass leg 14,
The power boosting unit 24 and the negative ion generating electrode unit 26 is provided on one side of the glasses leg 14,
The battery 22a and the charging terminal 22b are provided on the other side of the glasses leg 14,
The power boosting unit 24,
It is built in the spectacles 14 of the spectacle body 10, and has a boost converter for boosting electricity,
The negative ion generating electrode portion 26,
The ground electrode 26a, which is embedded in the eyeglasses 14 of the spectacle-shaped body 10, is disposed at a predetermined interval so as to generate negative ions by discharging the voltage boosted by the power booster 24 to each other. And a discharge electrode 26b,
An end portion of the ground electrode 26a has a pointed shape toward the discharge electrode 26b,
The discharge electrode 26b,
It is composed of carbon coated carbon material or graphene coated carbon material,
The negative ion emitting portion 28,
An anion transfer passage 28a for transferring the anions generated by the anion generating electrode part 26 to a part of the eyeglass body 10 corresponding to the eyes, nose and mouth of the wearer wearing the eyeglass body 10;
It includes a plurality of negative ion discharge port 28b for discharging the negative ions transferred through the negative ion transport passage 28a toward the eyes, nose and mouth of the wearer,
The anion transport passage 28a is configured to be separated from each other when the eyeglass frame 14 is folded on the eyeglass frame 12, and to be connected to each other when the eyeglass leg 14 is unfolded from the eyeglass frame 12,
The negative ion outlet 28b,
Of the spectacle body 10, the upper and lower portions of the spectacle frame 12 are formed to emit negative ions toward the eyes, nose and mouth of the wearer,
Further comprising a control unit 30 for controlling the negative ion generating device 20,
Eyeglass-type fine dust blocking and harmful, characterized in that the on, off switch (On, Off Switch) 32 to turn on, off the negative ion generating device 20 at one end of the pair of glasses 14 Gas neutralizer. delete delete delete delete delete delete delete delete delete

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