KR101767123B1 - LED artificial wreath with a sterilizing function - Google Patents

Abstract

The present invention relates to an LED artificial wreath having a sterilization means. The LED artificial wreath comprises: a main body which has a flat plate shape and emits colorful light in a front direction by having a plurality of first LEDs installed in the front side; a plurality of artificial flowers which imitates the look of living flowers and looks beautiful by receiving light emitted from the first LEDs formed in the front side of the main body; a support which stably supports the main body by being positioned in the lower part of the main body; and a sterilization means which is formed in the upper part of the main body and spreads around by generating hydrogen peroxide, hydroxyl iron, and excess oxidation ion which sterilize harmful bacteria. The present invention has an effect of inducing harmful bacteria existing in a larger space to be sterilized by evenly and largely supplying ions generated through a sterilization means around by the wind force of an air blast fan by guiding wind supplied from the air blast fan to be evenly discharged to surrounding areas through a guidance plate. The present invention can induce the wreath to overall look beautiful through an optical decoration member and look very mysterious and beautiful by generating soft and continuous movements when the optical fiber of the optical decoration member receives the wind of the air blast fan.

Description

Technical Field [0001] The present invention relates to an LED artificial wreath with a sterilizing function,

The present invention relates to an LED artificial garland having sterilizing means, and more particularly, to UV lamp ultraviolet rays of sterilization means and attacking harmful bacteria (pathogens) through hydrolytic ionization through hydrophilic metal catalysis of a coating layer coated on a sterilization net It generates hydrogen peroxide, hydroxyl ion, and excess oxidizing ions to sterilize, spreads the produced ions to the surroundings through the wind of the blowing fan, and sterilizes the harmful bacteria remaining in the surroundings, so that many people are infected with harmful bacteria or virus The present invention relates to an LED artificial garland having a sterilizing means that can comfortably and advantageously create the surrounding environment so as to prevent dust from being generated.

Generally, wreaths are widely used in wedding ceremonies such as weddings, funerals, and other celebrations. When weddings and various celebration gatherings are held, wreaths using flowers, such as roses, tulips, We use a white chrysanthemum flower or white carnation to convey the heart of the dancer.

On the other hand, after the ceremony of congratulations and condolences, wreaths are treated as garbage with all their duties, and there are a lot of manpower, economic waste and environmental pollution in removing wreaths.

 Especially, wreaths made from flowers are usually made from the workplace as a whole, but their size is usually over 2M, which is not easy to carry and there is a risk of damage during transportation.

Also, in the case of a funeral or other ceremonial occasion, guests can come in at night. However, the wreath installed outside is not visible and the visibility is poor.

In order to solve the above problems, the applicant of the present invention has proposed an artificial wreath (hereinafter referred to as " LED artificial garland ") which can be produced by artificial wreaths instead of natural flowers and irradiating the LED light source with the artificial wreaths to ensure easy visibility and aesthetically pleasing at night Patent Registration No .: 10-0818723 ").

However, in places where wreaths are usually installed, many people come and go, so they can easily be transmitted to harmful bacteria or viruses. Since there is no means of sterilizing such harmful bacteria or viruses, many people are easily infected with germs or viruses There was a problem.

[0001] Korean Patent Registration No. 10-0818723 (Mar. 26, 2008)

Disclosure of Invention Technical Problem [8] The present invention has been proposed in order to solve all of the above problems, and its object is to provide a UV lamp ultraviolet light of a sterilizing means and harmful bacteria (pathogens) through a hydrophobic ionization through a hydrophilic metal catalysis of a coating layer coated on a sterilizing net, , And hydroxyl radicals, hydroxyl ions, and excess oxidizing ions to attack and sterilize, and the generated ions are widely diffused through the wind of the blowing fan to sterilize the harmful bacteria remaining in the surroundings, The present invention provides an LED artificial garland having sterilizing means that can comfortably and advantageously create a surrounding environment so as to prevent infection.

Furthermore, since the wind supplied from the blowing fan is guided to be evenly discharged to the periphery through the guide plate, the ions generated through the sterilizing means are widely and uniformly supplied to the surroundings by the wind force of the blowing fan to sterilize harmful bacteria remaining in a larger space And to provide an LED artificial garland having a sterilizing means for inducing the LED garland to make it possible.

Also, since the optical fiber of the optical decorative member is guided by the wind of the blowing fan so that the gentle continuous movement is generated, the wreath is guided to be very mysterious and aesthetically pleasing, And an LED artificial garland having the same.

According to an aspect of the present invention, there is provided an LED artificial wreath having sterilizing means according to the present invention. The artificial wreath has a flat plate shape, a front body is provided with a plurality of first LEDs to emit brilliant light forward, A plurality of tiles which are imitated on the front surface of the main body and are seen to receive light emitted from the first LED formed on the front surface of the main body; And sterilizing means for generating hydrogen peroxide, hydroxyl ions, and excess oxidizing ions to sterilize noxious bacteria and spreading them to the periphery,

The sterilizing means includes a UV lamp protruding forward from the upper portion of the main body and irradiating ultraviolet rays to the periphery, a sterilizing net surrounding the UV lamp and having a plurality of discharge holes formed on an outer circumferential surface thereof, A coating layer comprising titanium oxide, silver and copper and rhodium; and a blowing fan for inducing forced distribution of ions generated by supplying wind to the sterilization net,
Wherein the blowing fan is located at the rear of the sterilizing net, and the guide plate is formed at the front end of the sterilizing net to guide the wind supplied forward from the blowing fan in all directions of up, down, left and right directions, The wind supplied from the blowing fan is guided by the guide plate to be uniformly transported and discharged to the periphery,
A rotating bearing disposed at a front end of the sterilizing net and connected to the guide plate to allow the guide plate to be relatively rotatable with respect to the sterilization net; and a plurality of wings When the wind supplied from the blowing fan rubs against the wing fins of the guide plate, the guide plate rotates. Therefore, the wind supplied from the blowing fan is guided outward due to the centrifugal force of the rotating guide plate,
And a static electricity filter coupled to the blowing fan to collect fine dust remaining in the air sucked by the blowing fan to purify the air, wherein the air in the outside air is sucked through the blowing fan, Fine dust remaining in the air while passing through the electrostatic filter is collected and cleaned by the electrostatic filter, and the purified air is discharged through the blowing fan to effectively purify the surrounding air.

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The frame may include a frame having a first insertion groove formed at a lower portion thereof so that the upper portion of the body can be snugly inserted therein and a second insertion groove formed at an upper portion thereof, And a plurality of optical fibers are formed on the upper portion of the frame so that the light emitted from the second LED is transmitted and flowed into the upper portion of the frame, And an optical decorative member formed of a transparent material so that light emitted from the LED can be introduced into the optical fiber,

The light source of the second LED formed on the frame is guided into the optical fiber of the optical decorative member so that the artificial wreath can be made to be aesthetically pleasing and the optical fiber of the optical decorative member is formed to have elasticity so that it can be bent well, The wind of the blowing fan is guided by the guide plate so as to flow through the optical fiber so that the optical fiber smoothly swings by the wind force of the blowing fan,

An audio output unit including a speaker for outputting data stored in an external device when the external device is connected to the connection port, a connection port for connecting the external device to the external device, And a proximity sensor for emitting light to the first LED and the second LED of the main body when a person is detected.

As described above, according to the LED artificial garland having the sterilizing means according to the present invention, harmful bacteria (pathogens) are attacked through the UV lamp ultraviolet rays of the sterilizing means and the light water ionization through the hydrophilic metal catalysis of the coating layer coated on the sterilizing net It generates hydrogen peroxide, hydroxyl ion, and excess oxidizing ions to sterilize, spreads the produced ions to the surroundings through the wind of the blowing fan, and sterilizes the harmful bacteria remaining in the surroundings, so that many people are infected with harmful bacteria or virus So that the surrounding environment can be comfortably and advantageously created.

Furthermore, since the wind supplied from the blowing fan is guided to be evenly discharged to the periphery through the guide plate, the ions generated through the sterilizing means are widely and uniformly supplied to the surroundings by the wind force of the blowing fan to sterilize harmful bacteria remaining in a larger space To the effect of inducing.

In addition, the wreath is guided so that the wreath can be seen as a whole through the optical decorative member, while the optical fiber of the optical decorative member is smoothly and continuously moved due to the wind of the blowing fan to induce the wreath to appear as a very mysterious and aesthetically pleasing have.

1 is a perspective view of an LED artificial garland having a sterilizing means according to an embodiment of the present invention;
Fig. 2 is an exploded perspective view of the LED artificial garland having the sterilizing means shown in Fig.
Fig. 3 is a view showing the state of use of the LED artificial garland having the sterilizing means shown in Fig. 1

An LED artificial garland having a sterilizing means according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. Detailed descriptions of well-known functions and constructions that may be unnecessarily obscured by the gist of the present invention will be omitted.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of an LED artificial garland having a sterilizing means according to an embodiment of the present invention, Fig. 2 is a side view of the artificial wreath with sterilizing means according to an embodiment of the present invention, Fig. 1 shows an exploded perspective view of an LED artificial garland having sterilizing means shown in Fig. 1, and Fig. 3 shows a state of use of an LED artificial garland having sterilizing means shown in Fig. 1, respectively.

The LED artificial garland 100 having the sterilizing means according to the embodiment of the present invention includes the main body 10, the harmony 20, the support 30 and the sterilizing means 40 .

As shown in FIGS. 1 and 2, the main body 10 has a flat plate shape, and a plurality of first LEDs 11 are installed in front of the main body 10 to emit brilliant light forward.

As shown in FIG. 3D, a plurality of blades 20 to be hounded are coupled and fixed in front of the main body 10, so that the first LED 11 is received in a gorgeous fashion.

As shown in FIGS. 1 and 2, the blend 20 mimics the shape of a flower, and receives light emitted from the first LED 11, which is formed in front of the main body 10, To be seen.

Here, the blend 20 is formed to be directly coupled to the main body 10, but a plurality of blades 20 are fixedly coupled to a transparent acrylic plate, and the acrylic plate is attached to the main body 10 And the above-mentioned harmony can be fixed by a structure in which it is attached.

1 and 2, the support base 30 is positioned at a lower portion of the main body 10 to stably support the main body 10 and supports the main body 10 at a predetermined height As shown in Fig.

Here, the coupling structure between the support base 30 and the main body 10 can be achieved with various structures that are currently implemented in various forms in various fields. For example, as shown in FIG. 1, The present invention can be achieved not only in a rod-shaped coupling structure but also in an easel used by painters or a portable billboard support used for street advertisement, and the structure is not limited in the present specification.

Therefore, by adopting the structure in which the support base (30) can be separated from and coupled to the main body (10), transportation and easy installation effect can be expected.

The sterilizing means 40 is formed on the upper portion of the main body 10 to generate hydrogen peroxide, hydroxyl ions, and excess oxidizing ions for sterilizing noxious bacteria,

A UV lamp 41 protruding forward from the upper portion of the main body 10 and irradiating ultraviolet rays to the periphery of the main body 10; and a UV lamp 41 surrounding the UV lamp 41, A coating layer 43 which is coated on the surface of the sterilizing net 42 and includes titanium oxide, silver and copper and rhodium, a sterilizing net 42 on which the sterilizing net 42 is formed, And a blowing fan 44 for guiding generated ions to be forcedly circulated to the surroundings.

That is, as shown in FIG. 3A, ultraviolet rays irradiated from the UV lamp 41 are irradiated with a wavelength of 150 to 280 nm. The ultraviolet rays irradiated at this time primarily eradicate harmful bacteria in the vicinity due to the characteristic of ultraviolet rays , in the molecular oxygen-decomposing oxygen atoms, and that in combination with the oxygen atoms around the oxygen molecules surrounding the ozone (O ₃₎ occurs naturally in, the removal of the surrounding odors through the ozone.

3B, the ozone decomposes again into oxygen molecules and oxygen atoms by ultraviolet rays to generate a large amount of oxygen molecules and oxygen atoms around the sterilizing net 42, and is irradiated to the sterilizing net 42 by ultraviolet hydrogen peroxide (H ₂ O ₂₎ a large amount of the large amount of generated electrons and holes around the photocatalyst of the titanium oxide of the coating layer 43 is enabled to be formed in the sterilizing network 42, and a hydroxyl group (OH ^_) ion , And excess oxidation (O ₂ ^_ ) ions.

Here, the silver and copper act as a catalyst to maximize the role of the titanium oxide as a photocatalyst.

As shown in FIG. 3C, the ions (hydrogen peroxide, receiver ions, excess oxidizing ions) generated as described above are forcibly diffused widely due to the force of wind supplied from the blowing fan 44, (Pathogens) harmful to the environment by attacking and sterilizing the environment to create a comfortable environment for the body.

As shown in FIGS. 1 and 2, the blowing fan 44 is positioned behind the sterilizing net 42 to effectively use the wind power of the blowing fan 44,

The sterilization net 42 is further provided with a round guide plate 50 for guiding the wind supplied forward from the blowing fan 44 in the up, down, left, and right directions.

3C, the air supplied from the air blowing fan 44 is guided by the guide plate 50 and is uniformly transported to and discharged from the surroundings. Therefore, It is possible to widely diffuse it in a wide range.

However, a part of the wind supplied from the blowing fan 44 may be reversed (reversed) while riding on the inner inclination of the guide plate 50 to prevent the movement of the wind guided by the guide plate 50 to the periphery Therefore, in order to effectively prevent wind from being blown by the blowing fan 44 and to guide the blowing fan 44 evenly around the blowing fan 44,

1 and 2, the sterilization net 42 is located at the front end of the sterilization net 42 and is connected to the guide plate 50. The guide plate 50 is relatively rotatable with respect to the sterilization net 42 And a plurality of wings 62 formed at equal intervals on the inner surface of the guide plate 50. The wing fins 62 are formed on the guide plate 50,

3C, when the wind supplied from the blowing fan 44 is rubbed against the wing 62 of the guide plate 50, the guide plate 50 is rotated. Therefore, the blowing fan 44 Is guided outward along the inner inclination of the guide plate 50 due to the centrifugal force of the rotating guide plate 50 to more effectively utilize the wind force supplied from the blowing fan 44, To induce the ions to spread widely around.

1 and 2, an electrostatic filter 70, which is coupled to the blowing fan 44 and collects fine dust remaining in the air sucked into the blowing fan 44 to purify the air, Further,

3C, when external air is sucked through the blowing fan 44, external air passes through the electrostatic filter 70 and fine dust remaining in the air flows through the electrostatic filter 70, And the purified air is discharged through the blowing fan 44 to effectively purify the surrounding air.

The electrostatic filter 70 is connected to the rear of the blowing fan 44 through the screw coupling 1 so that the electrostatic filter 70 can be easily detached from the blowing fan 44, Of course.

As shown in FIGS. 1 and 2, a first insertion groove 81a is formed in a lower portion of the main body 10 so that the upper portion of the main body 10 can be detached, and a second insertion groove 81b is formed in an upper portion thereof A plurality of second LEDs 82 formed on a bottom surface of the second insertion groove 81b of the frame to emit light upward; The light emitted from the second LED 82 is transmitted to the upper portion of the optical fiber 83a and the light emitted from the second LED 82 is reflected by the second LED 82, And an optical decorative member 83 formed of a transparent material so as to be introduced into the optical fiber 83a,

The light source of the second LED 82 formed on the frame 81 is caused to flow into the optical fiber 83a of the optical decorative member 83 so that the synthetic wreath The optical fiber 83a of the optical decorative member 83 is formed to have elasticity so that the optical fiber 83a of the optical decorative member 83 can be bent easily. The wind of the blowing fan 44 is guided by the guide plate 50, So that the optical fiber 83a is smoothly swung by the wind force of the blowing fan 44, and can be guided so as to be more aesthetically pleasing.

As shown in FIGS. 1 and 2, a connection port 91 can be connected to an external device for storing data. When an external device is connected to the connection port 91, Further comprising: a sound output unit (90) including a speaker (92)

3D, USB is connected to the connection port 91 of the sound output unit 90 after storing music data suitable for a place where a wreath is placed on an external device such as a USB, So that the atmosphere suitable for the place where the wreath is placed can be further strengthened,

A proximity sensor 110 for detecting the presence of a person around the main body 10 and emitting a first LED 11 and a second LED 82 of the main body 10 when a person is sensed, Further comprising:

3D, the first LED 11 and the second LED 82 of the main body 10 are operated when there is a person in the vicinity through the proximity sensor 110, The operation of the first LED 11 and the second LED 82 is emphasized so that the first LED 11 and the second LED 82 are operated to prevent energy from being wasted when there is no person in the periphery Do.

The LED artificial garland 100 having the sterilizing means of the present invention having the above-described components can be used as a sterilizing means for sterilizing the ultraviolet rays 41 of the UV lamp 41 of the sterilizing means 40 and the hydrophilic metal catalyst 43 of the coating layer 43 coated on the sterilizing net 42 Hydrogen peroxide, hydroxyl ion, and excess oxide ions attack and kill harmful bacteria (pathogens) through the action of light water ionization through action, and the generated ions are widely diffused to the surroundings through the wind of the blowing fan, By sterilizing germs, there is an effect that a surrounding environment can be comfortably and advantageously created to prevent many people from being infected with harmful bacteria or viruses.

Further, since the wind supplied from the blowing fan 44 is guided to be evenly discharged through the guide plate 50, the ions generated through the sterilizing means 40 by the wind force of the blowing fan 44 So that harmful bacteria remaining in a larger space can be sterilized.

The optical fiber of the optical decorative member 83 is smoothly and continuously moved by the wind of the blowing fan 44, It has the effect of inducing it to look very mysterious and beautiful.

The LED artificial garland 100 having the sterilizing means according to the embodiment of the present invention as described above is used as follows.

First, when the sterilizing means 40 installed in the LED artificial garland 100 having the sterilizing means of the present invention is operated, ultraviolet rays of 150 to 280 nm wavelength irradiated from the UV lamp 41 are irradiated At this time, the ultraviolet rays irradiated at this time primarily eradicate harmful bacteria in the vicinity due to the characteristic of ultraviolet rays, and at the same time, ozone is generated around them to remove odors from the surrounding area.

At the same time, as shown in FIG. 3B, the ozone is decomposed again into oxygen molecules and oxygen atoms by ultraviolet rays to generate a large amount of oxygen molecules and oxygen atoms around the sterilizing net 42, and ultraviolet rays the sterile mesh (42) of hydrogen peroxide (H ₂ O ₂₎ attacking sterilizing harmful bacteria (pathogens) through the light receiving minutes ionized with a hydrophilic metal catalytic action of the coating layer 43 formed on by a hydroxyl group (OH ^_) ion It exceeds (O ^_ _2), there is generated an ion oxide, the ions are spread widely with the wind to be supplied from the blowing fan (44) is a sterilization around the harmful bacteria.

As shown in FIG. 3C, the guide plate 50, which is in contact with the wind of the blowing fan 44, rotates due to friction with the wind. By the centrifugal force of the guide plate 50, Is guided by the guide plate 50 and smoothly pushed outward so as to be effectively diffused so that harmful bacteria present in a large space can be sterilized by ions.

At the same time, since the surrounding air is sucked to the operation of the blowing fan 44 and is supplied to the sterilization net 42 at the upper part, the fine dust remaining in the air passes through the electrostatic filter 70, 70 so that the surrounding air is effectively purified.

3D, when a person is detected by sensing the proximity sensor 110, the first LED 11 and the second LED 82 formed on the main body 10 emit light, A plurality of blades 20 formed at the front of the first LED 11 are guided to be gorgeously seen by the light of the first LED 11 and the optical fibers of the optical decorative member 83 irradiated with the light of the second LED 82 83a) glows brilliantly to make the artificial garland look very firework and mysterious.

The wind of the blowing fan 44 of the sterilizing means 40 is guided by the guide plate 50 and passes through the optical fiber 83a so that the optical fiber 83a smoothly flows into the wind force of the blowing fan 44 Shake and induce the artificial wreath to look more mysterious and gorgeous.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be construed as limiting the scope of the invention as defined by the appended claims. You will understand the point. It goes without saying that variations can be made by those skilled in the art without departing from the spirit of the present invention. Accordingly, the scope of claim of the present invention is not limited within the scope of the detailed description, but will be defined by the following claims and technical ideas thereof.

1. Screw connection
10. Body 11. First LED
20. Blend 30. Support
40. Disinfection means 41. UV lamp
42. Sterilization net 43. Coating layer
44. Fan 50. Guide plate
61. Rotating bearings 62. Wing flesh
70. Static electricity filter 81. Frame
81a. First insertion groove 81b. The second insertion groove
82. Second LED 83. Optical decorative member
83a. Optical fiber 90. Acoustic output section
91. Connection port 92. Speaker
110. Proximity sensor
100. LED artificial garland with sterilization means

Claims (3)

In artificial garlands,
A main body 10 having a flat plate shape and provided with a plurality of first LEDs 11 at a front side and emitting a brilliant light forward;
A plurality of blendings (20) imitating the shape of the flowers, which are formed in front of the main body (10) and receive light emitted from the first LED (11);
A support table 30 positioned below the main body 10 to stably support the main body 10; And
And sterilizing means (40) formed on the main body (10) for generating hydrogen peroxide, hydroxyl ions and excess oxidizing ions for sterilizing noxious bacteria and diffusing them to the surroundings,
The sterilization means (40)
A UV lamp 41 protruding forward from the upper portion of the main body 10 to irradiate ultraviolet rays to the periphery,
A sterilization net 42 surrounding the UV lamp 41 and having a plurality of emission holes 42a formed on the outer circumference thereof,
A coating layer 43 which is coated on the surface of the sterilization net 42 and includes titanium oxide, silver copper and rhodium,
And a blowing fan (44) for guiding ions generated by supplying air to the sterilization net (42) to be forced to circulate around the sterilization net (42)
The blowing fan 44 is positioned behind the sterilizing net 42 and guides the wind supplied from the blowing fan 44 to the forward end of the sterilization net 42 in the forward, A guide plate 50 having a round bar shape is further formed to guide the wind supplied from the blowing fan 44 to be guided by the guide plate 50 to be uniformly transported to and discharged from the guide plate 50,
A rotating bearing 61 disposed at a front end of the sterilizing net 42 and connected to the guide plate 50 to allow the guide plate 50 to rotate relative to the sterilizing net 42, (62) formed at equal intervals on the inner surface of the guide plate (50), so that when the wind supplied from the blowing fan (44) is in contact with the wings (62) of the guide plate Since the guide plate 50 is rotated, the wind supplied from the blowing fan 44 is guided and discharged to the outside due to the centrifugal force of the rotating guide plate 50,
And a static electricity filter 70 coupled to the blowing fan 44 and collecting fine dust remaining in the air sucked into the blowing fan 44 to purify the air, The external air passes through the electrostatic filter 70 and fine dust remaining in the air is collected in the electrostatic filter 70 to be purified, (44) so that the surrounding air is effectively cleaned. ≪ Desc / Clms Page number 13 >
delete The method according to claim 1,
A frame 81 in which a first insertion groove 81a is formed so that the upper portion of the main body 10 can be snugly inserted and a second insertion groove 81b is formed in an upper portion, A plurality of second LEDs 82 formed on the bottom surface of the groove 81b to emit light upward and a second insertion hole 81b located at the top of the frame 81 to close the second insertion groove 81b, A plurality of optical fibers 83a are formed so that the light emitted from the second LED 82 is transmitted and received so that the light emitted from the second LED 82 is transmitted to the optical fiber 83a, And an optical decorative member (83) formed thereon,
The light source of the second LED 82 formed on the frame 81 is guided into the optical fiber 83a of the optical decorative member 83 to induce the artificial wreath to appear as a beautiful,
The wind of the blowing fan 44 is guided by the guide plate 50 and passes through the optical fiber 83a to be flowed through the optical fiber 83a, So that the optical fiber 83a is smoothly oscillated by the wind force of the blowing fan 44,
And a speaker 92 for outputting sound data stored in the external device when the external device is connected to the connection port 91. In this case, A proximity sensor 110 for detecting the presence of a person around the main body 10 and for emitting a first LED 11 and a second LED 82 of the main body 10 when a person is sensed And further comprising a sterilizing means.

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