KR20170096871A - Rechargeable device for fumigating mosquito-repellant using solar cell - Google Patents

Abstract

The present invention relates to a rechargeable vaporizer for repelling mosquitos using a solar cell, wherein the rechargeable vaporizer comprises: a solar panel which receives sunlight and converts the same into electric power; a power reception terminal which receives electric power applied from a constant voltage source through a USB cable; a capacitor which receives and stores electric power applied through the power reception terminal and electric power generated from the solar panel; a heating panel which receives electric power from the capacitor to heat; a liquid vaporization member which is disposed above the heating panel to contain a vaporization liquid to be vaporized by the heating panel; a local oscillator which receives electric power from the capacitor to generate a frequency in a certain band; and a speaker which is configured to surround the vaporization member to amplify the frequency oscillated by the local oscillator and output the same. According to the present invention, the rechargeable vaporizer is easy to carry, and can be recharged by various methods and used for a long time regardless of the place of use. Additionally, the rechargeable vaporizer of the present invention can enlarge the range of pest repulsion by outputting sound waves in a frequency band that mosquitos are averse to, and thus can increase the effect of mosquito repulsion.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a rechargeable mosquito-

The present invention relates to a fumigant for rechargeable mosquitoes using a solar cell, and is particularly convenient to carry and can be charged in various ways, so that it can be used for a long time irrespective of the place, To a rechargeable mosquito repellent fumigant using a solar cell.

Various methods have been proposed as methods for eliminating conventional mosquitoes. Particularly, spraying mosquito insecticides and mosquito repellent methods are used to fight mosquitoes with smoke.

Spray-type pesticides are highly effective in insecticidal use, but they are used indoors because they contain allethrin or transfluthrin contained in insecticides and can adversely affect people, especially pregnant women.

The mosquito repellency has been widely used because it can be used indoors or outdoors and because of its low price. However, D-Trans Allethrin, which is a main ingredient used in such mosquito repellency, shows high toxicity to fish and insects and low toxicity to human body, and thus it is widely used for mosquito eradication. However, the toxicity of alretrin is acute toxicity, which can cause skin irritation, tingling, vomiting, diarrhea and convulsions.

Therefore, in recent years, when there is an enclosed space, a pregnant woman, a child, or an infant, it is not used in many cases.

Due to such problems, a mat type electronic mosquito coil is used. However, since the main component used for the met-type electronic mimetic is also the toxic component since di-trans-allretrin and D-cis allethrin are used, the use thereof is gradually decreasing.

In order to solve such a problem, liquid fumigant is used. Electron liquid fumigation is known to be less harmful than injectable insecticides, mosquito repellents and metered electronic fumigants. This is because the electron liquid fumigation contains metofluthrin. Metoprolurin is known to be less harmful than alleetrin, but it is still a pesticide ingredient and needs attention.

The mosquito repellent insecticide can be used without any energy because it can be used without any energy. However, the use range of the insecticidal insecticide is getting narrower as the harmful component is known. However, it is still used in places that are not enclosed. However, as the mosquito repellent begins to be known to be in the fire, the use of braille is gradually decreasing

However, since the use of electricity is required, there is a problem that the use range is limited due to restriction of the use space. Especially, as the culture such as camping is popularized, it is easy to carry it outdoors, and there is an increasing need for a device that can effectively eliminate mosquitoes without using a separate power source.

In order to solve such a problem, Korean Patent Registration No. 10-0874095 (portable fume hood, hereinafter referred to as a cited invention) is submitted. The cited invention is constituted so as to be able to be charged from solar power and a power supply source, and configured to be able to use both an electronic mat type hair dye and an electronic liquid fumigation, . However, since the cited invention uses electronic liquid fumigation or electronic mats, the mosquito repelling effect can be generated only in a limited area. In order to compensate for this, the fumed insecticidal component is configured to be spread by the fan. However, since the fan has a directivity and disperses the fumigated mother liquor only in one direction, there is a problem that the range of the effect of moth-fighting is limited.

Korean Patent No. 10-0874095 (Portable Moisture Fog)

Accordingly, the present invention has been made to solve the above-mentioned problems of the prior art, and it is an object of the present invention to provide a pest control method and a pest control method which are convenient to carry and can be charged in various ways and can be used for a long time irrespective of a place, The present invention is to provide a fumigant for rechargeable mosquito repellent using a solar cell that can enhance the mosquito repelling effect by widening the range of eradication of the mosquito.

Further, the fumigant of the present invention is characterized in that a speaker in a state of housing a liquid fumed silica is formed in a pyramid shape, and at least one of the four faces of a pyramid shape is opened to easily interpose or replace the liquid fumarate. And to provide a fumigant for use with a rechargeable mosquito.

To achieve the above object, there is provided a rechargeable mosquito repelling smoke generator using a solar cell, comprising: a solar battery plate for receiving solar light and converting the solar light into electric power; A power receiving terminal for receiving power applied from a constant voltage source via a USB cable; A capacitor for receiving electric power applied through the power receiving terminal and electric power generated from the solar panel; A heating plate that receives power from the capacitor and generates heat; A liquid fuming member disposed at an upper portion of the heating plate and accommodating the smoon to be fumigated by the heating plate; A local oscillator receiving power from the capacitor and generating a sound wave of a specific frequency band; And a speaker configured to surround the fuming member and amplify and output a sound wave having a frequency generated by the local oscillator.

The rechargeable mosquito repelling smoke charger using the solar cell includes a multimode for operating the heating plate and the local oscillator, a fumigation mode for operating the heating plate, a frequency mode for operating the local oscillator, and an operation of the heating plate and the local oscillator And an off-mode for stopping the operation mode.

The rechargeable mosquito repelling smoke generator using the solar cell may further include a frequency selection switch for selecting a frequency band of a sound wave to be outputted when the mode is selected as one of the multi mode and the frequency mode .

The loudspeaker comprising: an enclosure enclosing the liquid fuming member to close and open the front; A plurality of units arranged in the enclosure and amplifying a sound wave of a frequency generated from the local oscillator; And a network connected to the plurality of units and filtering the sound waves of the frequency generated from the local oscillator according to the type of the mosquito and outputting the filtered sound through the plurality of units.

Wherein the enclosure includes the heating plate at an inner lower portion thereof, and a liquid fuming member is coupled to the heating plate at an upper portion of the heating plate, and is configured in a pyramid shape to receive the heating plate and the liquid fuming member, The liquid fumigation member may be detached from the heating plate to replace or replenish the liquid.

Therefore, the rechargeable mosquito repellent fumigant using the solar cell of the present invention is convenient to carry and can be charged in various ways, and can be used for a long time regardless of the place. In addition, it can output sound waves of a frequency band that mosquitoes do not like, It is possible to increase the effect of elimination.

In addition, the rechargeable mosquito repelling smoke charger using the solar cell of the present invention is constructed such that the speaker in the state of containing the liquid smoke charger is formed in a pyramid shape, and at least one of the four pyramidal surfaces is opened, So that it can be replaced.

In addition, the rechargeable mosquito repelling smoke charger using the solar cell of the present invention outputs a sound wave of a frequency that the mosquito dislikes, thereby preventing many mosquitoes from gathering around people, and the mosquitoes gathered despite the sound waves that the mosquito dislikes So that the mosquito can be effectively eradicated.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram schematically showing the configuration of a rechargeable mosquito repelling smoke generator using a solar cell according to an embodiment of the present invention; FIG.
2 is a block diagram schematically showing the configuration of the speaker of FIG. 1 according to an embodiment of the present invention;
3 is a perspective view illustrating a fumigant for rechargeable mosquito repellent using a solar cell according to an embodiment of the present invention.
4 is a perspective view illustrating a state in which one side of an enclosure is opened in a fumigant for rechargeable mosquito repelling using a solar cell according to an embodiment of the present invention.

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

FIG. 1 is a block diagram schematically showing a configuration of a rechargeable mosquito repelling smoke generator using a solar cell according to an embodiment of the present invention. FIG. 2 is a block diagram schematically illustrating the configuration of the speaker of FIG. 1 according to an embodiment of the present invention. FIG. 3 is a perspective view illustrating a rechargeable mosquito repelling smoke generator using a solar cell according to an embodiment of the present invention. FIG. 4 is a perspective view illustrating a rechargeable mosquito repellent using a solar cell according to an embodiment of the present invention. Fig. 2 is a perspective view showing a state in which one side of the enclosure is opened in a fumigation smoke; Fig.

1 to 4, a rechargeable mosquito repelling fog generator 100 using a solar cell according to the present invention includes a solar cell 200, a power receiving terminal 300, a storage battery 400, a heating plate 500, a liquid A fumigation member 600, a local oscillator 700, and a speaker 800.

The solar panel 200 is configured to receive sunlight and convert it into electric energy. The solar panel 200 is configured on the outer surface of the enclosure 810 constituting the speaker 200. For example, the shape of the enclosure () can be configured as a pyramid or a shape with a sharp horn-shaped corner cut on top of a quadrangular pyramid. Although the enclosure 810 is recognized as a housing serving as a loudspeaker of the speaker 800, the loudspeaker 800 is an important component because the sound quality is largely different depending on the material and the shape.

The enclosure 810 is configured as a pyramid or quadrangular pyramid, so it is composed of five surfaces. The enclosure 810 has four surfaces except for the bottom surface among the five surfaces. The unit 820 constituting the speaker 800 is disposed on two outer surfaces of the four outer surfaces except the bottom surface of the enclosure 810 and the solar panel 200 can be formed on the two surfaces. Although the shape of the enclosure 810 is limited to a pyramid shape in the above-described embodiments, various shapes such as a polygonal pyramid, a cone, a cylinder, and a polygonal shape can be designed according to the design.

The power receiving terminal 300 receives the power supplied from the constant voltage source through the USB cable. For example, the power receiving terminal 300 can receive sub power by a commercial power of 220V / 110V and is connected to a USB adapter connected to the computer, receives a voltage from a constant voltage source in a state of being dropped to a predetermined voltage by the power source of the computer You may. The power receiving terminal 300 is configured in the form of a USB terminal to receive power according to the USB standard and to transmit power to the battery 400.

The battery 400 receives the electric power applied through the power receiving terminal 300 and the electric power generated from the solar panel 200 and stores electric energy as described above. The battery 400 provides power to the fumigant 100 according to the present invention, and the power source used for charging can be solar light, commercial power, etc., as described above. For example, power received from a computer via a USB adapter may also be viewed as a charge via a commercial power source. The battery 400 is fixed to an inner lower surface of the enclosure 810 and applies power to the heating plate 500, the local oscillator 700, and the speaker 800.

The heating plate 500 is formed on an inner lower surface of the enclosure 810 constituting the speaker 800 and is heated by a heat line formed inside the heating plate 500. Nichrome wire or Kantal wire can be used as the heat wire. The nichrome wire is an alloy wire of nickel (Ni) and chromium (Cr), and the chamfer wire means an alloy wire of iron (Fe), chromium (Cr) and aluminum (Al).

The liquid fogging member 600 is placed on or joined to the heating plate 500 to receive heat generated from the heating plate 500 to heat the liquid fogging member 600. The heated liquid fumigation member 600 fumigates the mosquito by fumigating the fumigant into the air. At this time, a natural liquid may be used as the liquid for the increase in the amount of the liquid, a liquid containing metoproloxin, or a liquid natural liquid extracted from chrysanthemums may be used. In addition, the liquid fumigation member 600 can be divided into an enhanced liquid and a receptacle for receiving the liquid. The container may use heat-resistant polypropylene.

The local oscillator 700 receives electric power from the capacitor 400 and generates a sound wave of a specific frequency band. The sound wave of a specific frequency band means a sound wave of a frequency band that a female mosquito dislikes and can generate a frequency corresponding to a wing sound of a male mosquito of the same kind or the same kind according to the habit of a female mosquito. At this time, since female mosquitoes react only to the sound of wings of male mosquitoes of the same kind (same speed), they can be divided into two frequencies. The wing sound of a male mosquito can be set to 200Hz ~ 60kHz. Therefore, the frequency mode switch 720 is divided into two modes, The first mode outputs a frequency of 200 Hz to 1.8 kHz, and the second mode outputs sound waves of a frequency of 1.8 kHz to 60 kHz. For example, when the frequency mode switch 720 is placed in the first mode, a sound wave having a frequency specific to a house mosquito living in a city or the like in the room is generated. On the other hand, mosquitoes with the greatest number of populations, which are the most damaging to humans, can be classified into house mosquito and forest mosquito. Accordingly, when the mosquito near the person is located in the house mosquito, the mosquito corresponding to the house mosquito is placed in the first mode. When the mosquito near the person is in the forest mosquito, the mosquito is located in the second mode and the mosquitoes corresponding to the forest mosquito are eliminated. That is, the local oscillator 700 outputs a sound wave having a frequency of 200 Hz to 60 kHz.

The speaker 800 amplifies the sound wave of the frequency generated by the local oscillator 700 and outputs the amplified sound wave. The speaker 800 comprises an enclosure 810 in the form of a housing, a unit 820 and a network 830 as described above.

The enclosure 810 is a part constituting the outer housing of the speaker 800. [ The enclosure 810 includes a heating plate 500 disposed at an inner lower portion thereof and a liquid fuming member 600 coupled to the heating plate 500 at an upper portion of the heating plate 500. The heating plate 500 and the liquid fumigation The liquid fogging member 600 is formed in a pyramid shape so as to receive the member 600 and is capable of opening and closing at least one of the four surfaces of the pyramid to replace the liquid fogging member 600 after it is detached from the heating plate 500, Lt; / RTI >

The enclosure 810 may be configured as a pyramid shape, a conical shape, a cylindrical shape, a polygonal columnar shape, or a polygonal pyramid shape so as to enclose the liquid fuming member 600 and to open and close the liquid fuming member 600 as described above. At least one side of the enclosure 810 is configured to be openable. For example, when the liquid in the liquid fumigation member 600 is depleted, one side of the enclosure 810 is opened. When the enclosure 810 is opened, the inside of the fumigant 100 is exposed. The liquid fuming member 600 may be taken out from the open state and the other liquid fuming member 600 may be placed on or joined to the heating plate 500. [ Alternatively, the liquid fumigation member 600 may be supplemented with the fumigant liquid and bonded again.

The unit 820 is constituted in the enclosure 810 of the speaker 800 and amplifies the sound wave of the frequency generated from the local oscillator 700. The unit 820 amplifies the sound wave of the frequency generated by the voice coil, As shown in Fig. In the embodiment of the present invention, the output sound wave is divided into two frequency regions. Since the sound waves are amplified, a plurality of units 820 are used to output sound waves corresponding to the respective frequencies. That is, the unit 820 divides the first mode and the second mode by the network 830 to output the sound waves of the filtered frequencies.

As described above, the network 830 filters the sound waves according to the sound waves generated by the local oscillator 500, and controls the sound waves of the corresponding frequencies to be output by connecting them to the plurality of units 820 . Thus, the network 830 can be designed to filter the range of sound waves of 200 Hz to 60 kHz.

On the other hand, the use mode switch 710 is configured to selectively use the above-described electronic liquid fumigant to combat the mosquito and to eliminate the mosquito using radio waves. The use mode switch 710 is configured at the lower outer side of the fog generator 100 so that the user can select one of the four modes. The use mode switch 710 is divided into four modes: a multi-mode, a fumigation mode, a frequency mode, and an off mode. When the use mode switch 710 is placed in the multimode mode, the local oscillator 700 is operated to output a sound wave for exterminating the mosquito through the speaker 800. At the same time, the liquid fuming member 600 is heated The fumes are fumed and diffused by the applied heat. When the use mode switch 710 is placed in the frequency mode, the local oscillator 700 is operated to output a sound wave for eliminating the mosquito through the speaker 800. When the use mode switch 710 is placed in the fuming mode, heat is applied to the liquid fuming member 600 through the heating plate 500, and the fumigation liquid is fumed and diffused by the applied heat. Finally, when the use mode switch 710 is placed in the off mode, the power applied to the local oscillator 700 and the heating plate 500 is cut off and the local oscillator 700 and the heating plate 500 are dynamically stopped. On the other hand, in the case of the multimode and frequency modes, the frequency selection switch 720 which can select the first mode and the second mode can be selected. As described above, the frequency selection switch 720 is a switch that can select one of two modes in which the frequency of the output sound wave can be selected. The first mode outputs a sound wave having a frequency of 200 Hz to 1.8 kHz, 2 mode outputs a sound wave having a frequency of 1.8 KHz to 60 KHz.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. will be. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

100: Fumigation 200: Solar panel
300: Power receiving terminal 400: Battery
500: heating plate 600: liquid fuming member
700: Local oscillator 710: Use mode switch
720: Frequency selection switch 800: Speaker
810: Enclosure 820: Unit
830: Network

Claims (5)

A solar panel that receives solar light and converts it into electric power;
A power receiving terminal for receiving power applied from a constant voltage source via a USB cable;
A capacitor for receiving electric power applied through the power receiving terminal and electric power generated from the solar panel;
A heating plate that receives power from the capacitor and generates heat;
A liquid fuming member disposed at an upper portion of the heating plate and accommodating the smoon to be fumigated by the heating plate;
A local oscillator receiving power from the capacitor and generating a frequency of a specific band; And
And a speaker configured to enclose the fumigation member and amplify and output a frequency generated by the local oscillator. The method according to claim 1,
A mode for operating the heating plate and the local oscillator, a fumigation mode for operating the heating plate, a frequency mode for operating the local oscillator, and an off mode for stopping the operation of the heating plate and the local oscillator. Further comprising a switch, wherein the fumace is a rechargeable mosquito repellent using a solar cell. 3. The method of claim 2,
Further comprising a frequency selection switch for selecting a negative frequency band to be output when the mode is selected as either the multi-mode or the frequency mode. The speaker according to claim 1,
An enclosure configured to enclose the liquid fumigation member and to open and close the front side;
A plurality of units arranged in the enclosure and amplifying a sound wave of a frequency generated from the local oscillator; And
And a network connected to the plurality of units to filter the sound waves of the frequency generated from the local oscillator according to the type of the mosquito and to output the filtered sound through the plurality of units. The method according to claim 1,
The enclosure includes:
And the liquid fuming member is configured to be able to be coupled to the heating plate, and is configured in a pyramid shape to receive the heating plate and the liquid fuming member, wherein at least one of the four faces of the pyramid Wherein the liquid fumigation member is configured to be opened or closed on one side so that the liquid fumigation member is detached from the heating plate and replaced or replenished with the liquid.

Images