KR101225222B1 - insects trap of automatic smokescreen type - Google Patents

Abstract

The present invention relates to an automatic smoke insecticide sterilization purifier, and more particularly, by using a photocatalyst lamp or a UV lamp which simultaneously emits ultraviolet rays and visible light as a light source, traps and collects pests while vaporizing an air freshener. The present invention relates to an automatic smoke insecticide sterilization purifier that can sterilize and purify air by spraying and can be automatically sprayed according to the size of the space in which the spray liquid is sprayed according to a user's choice.
According to the present invention, the spraying is automatically performed by the user's selective operation according to the size of the spraying space, and the liquid medicine is sprayed in the gaseous state, thereby reducing the harmfulness of the human body caused by excessive pesticides by random spraying. By providing an optimized purifier, and by having a collecting portion of the structure that can slide in and out inside the purifier, it is possible to provide a purifier having a good external appearance and a hygienic structure.
It also provides a purifier having the function of purifying the air together with the pesticide pests.

Description

Insects trap of automatic smokescreen type

The present invention relates to an automatic smoke insecticide sterilization purifier, and more particularly, by using a photocatalyst lamp or a UV lamp which simultaneously emits ultraviolet rays and visible light as a light source, traps and collects pests while vaporizing an air freshener. The present invention relates to an automatic smoke insecticide sterilization purifier that can sterilize and purify air by spraying and can be automatically sprayed according to the size of the space in which the spray liquid is sprayed according to a user's choice.

Conventionally, various methods have been proposed as a method for exterminating pests, and in particular, electric shock insect repellents using a fluorescent lamp and a low pressure transformer have been proposed, in which a user directly sprays pesticides suitable for a place and a use. In addition, pest control methods using insect repellents that attract insects and stick to the insect repellents (also known as “sticky”) without using harmful insecticides have been proposed.

However, the method of controlling pests by directly spraying insecticides has a problem in that pesticides harmful to the human body are excessively used due to arbitrary spraying of the user.

In addition, when using an electric shock repeller, by generating current and voltage through the wire exposed to the outside, there is a risk of electric shock and fire due to a short circuit, etc., and each pest is caught by a wire or the like through the high voltage current flows. Whenever the insects are killed, the noise is removed when the worm dies due to the high pressure current, and the carcass powder is scattered in the lower part of the insect repeller, causing environmental pollution. Excessive power is consumed, there is a problem such as high maintenance costs.

In addition, in the case of a pest control method using reptiles, if the reptiles to which the pests are attached are exposed to the outside and are not removed in a timely manner, they cause an unpleasant odor, are not hygienic and aesthetically unfavorable, and the means of pest ingestion are simple and the place of use of the pests. There is a problem such as not actively attracted by the size of.

In particular, when the sticky repellent having a stripe shape is installed on the ceiling of the room to capture the insects including the fly, the insect repellents such as dirt and gritty are not seen, as well as the unhygienic problem. have.

The present invention for solving the above problems attracts pests using a photocatalyst lamp or UV lamp, and has an automatic smoke screen having a function of capturing and killing insect pests attracted by having a repellent that is slidable therein and easily exchangeable therein. The purpose is to provide a pesticidal disinfecting purifier.

In addition, according to the user's choice, the automatic smokescreen has the function of spraying the cleaning agent (or disinfectant) automatically by spraying the cleaning agent (or disinfectant) to sterilize and purify the air, and controlling the pest by spraying the insecticide. Another object is to provide an insecticide sterilizer.

The present invention as a specific means for achieving the above object is a main body having an interior space; A attracting part fixedly coupled to the front surface of the main body and emitting light attracting pests; A collecting part sliding and detaching to one side of the main body and adhesively trapping a pest attracted by the attracting part; Sterilization insecticide coupled to the lower back of the main body, for disinfecting the sterile or insecticidal action by the user's selection; And a controller for controlling power and operation of the attractant and the sterilizing insecticide.

Preferably, the main body is the upper front and lower rear opening, the collecting portion insertion hole is formed on one side, the housing is formed through the control unit coupling hole on one side of the lower front; A first frame coupled through an open front upper part of the housing and fixed to the attracting part; A front cover rotatably coupled to an upper end of the housing and opening and closing a front surface of the main body; It includes; and a rear cover for coupling to open and close the lower back of the main body.

More preferably, the first frame is characterized in that a through hole through which the collecting part enters and exits is formed on one side thereof, and a sliding guide part for guiding sliding of the collecting part is formed.

More preferably, the front cover is characterized in that a plurality of inlets formed to penetrate so that the pest attracted by the attracting portion is introduced.

More preferably, the rear cover comprises a first surface, a fixing frame for fixing the first surface and at the same time coupled to the lower rear of the housing, and a second surface for simultaneously coupling to the housing and the fixing frame In addition, the inside of the first surface is further provided with a drug holder, a pump holder, and a heater holder.

Preferably, the attracting portion is a second frame coupled to the inner space of the main body; A reflector formed on a front surface of the second frame and reflecting light of a light source; And a light source unit that emits light attracting pests by power supply of the controller.

More preferably, the light source unit is characterized in that the photo-catalyst lamp or UV-A lamp that emits ultraviolet light of 315 ~ 400nm.

Preferably, the collecting unit comprises a collecting frame consisting of a vertical plane, a horizontal plane formed vertically connected to the lower end of the vertical plane, and a collector insert hole cover coupled to one side of the vertical plane and the horizontal plane; And a repellent coupled to each of the vertical plane and the horizontal plane, and adhesively trapping the attracted pests.

Preferably, the sterilizing insecticidal portion is a plurality of drug reservoirs built in the lower back of the main body; A plurality of pumps each connected to the medicine container and pumping drugs stored in the medicine container; A plurality of check valves connected to the pump and preventing a backflow of the medicine flowing; An extrusion nozzle connected to the check valve and the pipe; A heater which is connected to the extrusion nozzle and heats the introduced medicine; And a spray nozzle for spraying the drug to the outside while the drug is discharged from the heater is changed from the liquid phase to the gas phase by the expansion pressure.

Preferably, the control unit is coupled to one side of the front lower portion of the main body and a plurality of operation buttons to adjust the power and operating state of the attracting and sterilizing pesticides, and the sterilization or pesticide of the drug stored in the sterilization pesticides An operation panel having a capacity gauge capable of checking the remaining capacity; And a control panel for performing a control command selected by the operation panel.

More preferably, the operation button is a power button for turning on / off the power; A sterilization spray button for selecting / injecting the sterilizing agent; Insecticidal spray button to select / spray the drug acting pesticidal; A time adjustment button for arbitrarily adjusting the injection time of the medicine; And a plurality of time selection buttons provided to select an injection interval of the medicine according to the size of the space in which the medicine is injected.

According to the present invention, the spraying is automatically performed by the user's selective operation according to the size of the spraying space, and the liquid medicine is sprayed in the gaseous state, thereby reducing the harmfulness of the human body caused by excessive pesticides by random spraying. To provide an optimized purifier.

In addition, by providing a collecting part having a structure that can slide in and out inside the purifier, it is possible to provide a purifier having a good external appearance and a hygienic structure.

It also provides a purifier having the function of purifying the air together with the pesticide pests.

1 is a combined perspective view of an automatic smoke insecticide sterilization purifier according to an embodiment of the present invention;
Figure 2 is an exploded front perspective view of the automatic smoke insecticide sterilization purifier according to an embodiment of the present invention;
3 is a rear exploded perspective view of an automatic smoke insecticide sterilizer according to an embodiment of the present invention;
4 is a view showing a collecting state of the automatic smoke insecticide sterilization purifier according to an embodiment of the present invention; And
5 is an operational state diagram of the automatic smoke insecticide sterilization purifier according to an embodiment of the present invention.

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

1 is a combined perspective view of an automatic smoke insecticide sterilizer purifier according to an embodiment of the present invention, Figure 2 is a front exploded perspective view of an automatic smoke insecticide sterilization purifier according to an embodiment of the present invention, Figure 3 is an embodiment of the present invention Rear exploded perspective view of an automatic smoke insecticide sterilizer according to.

Referring to the drawings, according to an embodiment of the automatic smoke insecticide sterilization purifier (100, hereinafter referred to as "purifier") is fixed to the main body 110 and the front of the main body 110 to attract pests The attracting part 120 for emitting light, the collecting part 130 is provided to slide detachable to one side of the main body 110, the collecting part 130 for adhesively trapping the pest attracted by the attracting part 120, and the main body 110 of the A control unit 150 for controlling the power and operation of the sterilization insecticide unit 140, and the attracting unit 120 and the sterilization insecticide unit 140 is coupled to the lower back and spraying the drug to sterilize or insecticide action by the user's selection It consists of.

Purifier 100 according to the present invention attracts pests such as flies and mosquitoes using a light source such as a photocatalyst lamp or a UV-A lamp, and removes the insect pests attracted by using the repellent paper 132, insecticides or fungicides. Smoke spray has the function of eliminating pests or purifying the air. Insecticides or fungicides are automatically smoked at regular intervals when the button is operated to suit the size of the space sprayed by the user.

Body 110

Inside the main body 110, the attracting part 120, the collecting part 130, the sterilizing insecticide 140 and the control unit 150 are provided, respectively, corresponding to the frame forming the frame of the purifier (100). The main body 110 is composed of a housing 111, a first frame 112, a front cover 113, and a rear cover 114, the attracting portion 120 and the collecting portion ( 130 is coupled, the lower rear portion has a structure in which the sterilization insecticide 140 and the controller 150 are coupled to each other.

A collecting part insertion hole 111a is formed in one side of the main body housing 111 so that the collecting part 130 including the collecting frame 131 and the repellent paper 132, which will be described later, may be detached. The control unit coupling hole (111b) is formed through the side is coupled to be exposed to the operation panel 151 to be described later.

Reference numeral 111d denotes a nozzle holder on which the injection nozzle 147 to be described later is mounted, and the nozzle insertion hole 111d is disposed in the housing 111 so that the injection nozzle 147 can be exposed to the outside at the same position as the nozzle holder. Is formed through. In addition, reference numeral 111e is a bracket for allowing the collecting unit 130 to be described later to be coupled to and fixed to the collecting unit insertion hole 111a of the housing 111.

The first frame 112 is a frame in which the attracting part 120 is fixedly coupled to the first frame 112 and coupled to the upper front surface of the housing 111. In addition, a through hole 112a is formed at one side of the first frame 112 so that the collecting unit 130 to be described later is inserted and coupled.

On the other hand, a sliding guide 112b for guiding the collection frame 131 to slide in and out is formed on the inner surface of the first frame 112, and when the life of the repellent paper 132 is reached, the collection frame 131 is taken out. The reptile 132 is made of a structure that allows to exchange.

The front cover 113 is rotatably coupled to the upper portion of the housing 111, a plurality of inlets 113a are formed through the front cover 113 so that pests attracted by the light source of the attracting part 120 can enter. It is. The inlet 113a may be formed in a predetermined pattern for appearance design, and may be formed through various shapes.

In addition, since the front surface occupies a great importance in appearance design of the entire purifier 100, it is preferable to design the color to meet the needs of the user. In addition, it is also possible to have a suitable locking device (not shown) so as not to open and close too easily by any external force.

The rear cover 114 is to open and close the lower rear of the housing 111, which is composed of a first surface 131a, a fixing frame 131c and a second surface 131b, the first surface 131a The inside of the drug holder 115 and pump holder 116 and the heater holder (not shown) is to be described later, the fixing frame 131c is to allow the first surface 131a to be fixed to the housing 111 It serves as a frame.

In addition, the second surface 131b serves as a cover covering the lower rear surface of the housing 111, and the second surface 131b is screwed to the housing 111 simultaneously with the fixing frame 131c. Therefore, when an abnormality occurs in the sterilizing insecticide 140 and the control unit 150 provided therein, or when it is necessary to fill the medicine container 141 to be described later, the structure that can open the rear cover 114 Will have

Although not shown in the accompanying drawings, a heater holder (not shown) may be provided according to the structure of the heater 143, and the heater 143 shown as an example in the accompanying drawings is directly fixed to the first surface 131a. Structure.

Reference numeral 117 is a holder for fixing the heater 142 does not move.

Attractors (120)

The attracting part 120 includes a second frame 121 coupled to the front surface of the first frame 112, a reflector 122 installed on the front surface of the second frame 121 to reflect light, and It is installed on the front of the reflector 122 includes a light source unit 123 for emitting light attracting pests.

Here, the light source unit 123 is preferably composed of two lamps, the light source unit 123 is composed of a photocatalyst lamp or a UV-A lamp.

Photocatalyst lamp is a catalyst that causes chemical reaction by the energy of light. Titanium dioxide (TiO ₂ ) coated on the lamp's outer wall causes chemical reaction with very small amount of near-ultraviolet rays generated from the lamp to sterilize and deodorize polluted air. It has a function that makes it comfortable. In other words, when the air contaminated by convection occurs on the surface of the lamp, it becomes clean air through sterilization and deodorization.

UV-A lamp (also called 'BL lamp') is a lamp that emits ultraviolet light of about 315 ~ 400nm, and emits visible light using glass like lighting fluorescent lamp, and it is light source for insect attraction, pest control or photochemical reaction It is a lamp that is mounted on insecticides and the like a lot.

 The reflector 122 serves to increase light divergence efficiency by allowing light emitted through the light source unit 123 to be reflected to the front surface.

Reference numeral 124 is a ballast for the stable operation of the lamp, which is known in the art and a detailed description thereof will be omitted.

The light emitted by the light source unit 123 will attract pests, and the attracted pests will be killed by the pesticide sprayed by the sterilizing insecticide unit 140 to be described later, or constitute the collecting unit 130 to be described later. To be adhered / captured by the repellent paper 132 is to die.

Collector 130

4 is a view showing a collecting state of the automatic smoke insecticide sterilization purifier according to an embodiment of the present invention.

Referring to the drawings, the collecting unit 130 is coupled to the vertical plane 131a and the horizontal plane 131b and the vertical plane 131a and the horizontal plane 131b which are vertically connected to the lower end of the vertical plane 131a. And a collecting frame 131 made of a collecting part insertion hole cover 131c and a repellent paper 132 for adhesively capturing the attracted pests.

The insect repellent paper 132 is also called stickiness, and this insect repellent paper 132 is applied simultaneously with the horizontal surface 131b and the vertical surface 131a of the collection frame 131. The pests captured by the reptiles 132 are pesticides over time, and when a sufficient amount of pests are captured in the reptiles 132, the capture frame 131 is separated from the housing 111 to repel the reptiles 132. After replacing only or cleaning the collection frame 131, the sliding coupling again. As described above, the sliding guide portion 112b is formed on the inner surface of the first frame 112 so that the collection frame 131 is easily detached from the slide frame.

-Sterilization Insect Killer (140)

The sterilization insecticide 140 includes a medicine reservoir 141, a pump 142, a heater 143, a check valve 144, an extrusion nozzle 145, and an injection nozzle 147, which will be described later. The drug stored in the medicine container 141 is selectively smoke-sprayed through the injection nozzle 147 by the controller 150.

The medication container 141 is installed on the medication holder 115 coupled to the rear cover 114, preferably the medication reservoir 141 is provided with a plurality. One container holds pesticides for killing pests, and the other container holds clean agents (sterilizers) for sterilizing / purifying air. Smoke spray.

Here, it is preferable to use phytoncide as a cleaning agent, which is a natural antimicrobial substance that trees send to the air to protect themselves from pests and microorganisms. The main component of this phytoncide is mainly composed of highly volatile terpenes, and contains many components other than fragrances.

On the other hand, the pesticide can be mounted in various ways according to the user wants to use. For example, fly insecticide, mosquito insecticide, cockroach insecticide, etc. correspond to an example.

The pump 142 pumps the pesticide drug or the clean drug from the drug reservoir 141, and the drug pumped by the pump 142 is supplied to the heater 143, which will be described later.

The heater 143 is a place where the medicine pumped from the pump 142 is introduced and heated, and preferably has a capacity of about 600W to 1300W. Therefore, the introduced drug is heated to increase the pressure, and when injected to atmospheric pressure through the injection nozzle 147, which will be described later, the injection of the liquid medicine is instantaneously vaporized by the expansion pressure. This prevents the injected drug to be directly injected into the human body, it can be naturally incorporated into the atmosphere.

The check valve 144 serves to prevent the reverse flow of the drug flowing in the pipe, the configuration thereof is well known and detailed description thereof will be omitted.

The extrusion nozzle 145 is a nozzle for introducing the medicine introduced through the check valve 144 toward the heater 143, and the injection nozzle 147 is a nozzle for injecting the medicine heated by the heater 143 to the outside.

Referring to the piping configuration of the sterilization insecticide 140 configured as described above, the upper portion of the drug reservoir 141 and the lower portion of the pump 142 are connected to the pipe 146, respectively, the upper portion of the pump 142 and Check valves 144 are connected to the pipe 146, respectively. In addition, the extrusion nozzle 145 connected to the check valve 144 is connected to the heater 143, the heater 143 and the injection nozzle 147 is combined to finally discharge the chemical of the gas phase.

The drug is discharged from the drug reservoir 141 connected in this way flows into the pump 142 side, and flows from the pump 142 to the heater 143 side, the liquid medicament is changed to the gas phase by the heater 143, the atmosphere Smoke sprayed into.

The drug sprayed into the atmosphere allows the drug to reach the corner of the injection space in the gaseous state.

Controller 150

The control unit includes an operation panel 151 and a control panel 152, the operation panel 151 has a plurality of operation buttons that can adjust the power and operating state of the attracting unit 120 and the sterilizing insecticide 140 ( 151a to 151e and a capacity gauge 151h are provided.

The operation buttons 151a to 151e may select / spray a power button 151a for turning on / off power, a sterilization spray button 151b for selecting / injecting a sterilizing agent, and a pesticide-acting agent. Insecticidal spray button 151c, time adjustment button 151d for arbitrarily adjusting the injection time of the drug, and a plurality of time selection provided to select the injection interval of the drug according to the size of the space to be injected Button 151e.

Here, the time selection button 151e is a button that can be operated by the user selects a pre-calculated injection interval according to the size of the space in which the drug is injected, for example, to the size of the space to be sprayed, such as 10 seconds intervals or 1 minute intervals Accordingly, the injection interval may be provided in a preset state.

The arrangement order of the operation buttons 151a to 151e is arbitrarily configured, and the LED lamp 151g together with the operation buttons 151a to 151e so that the user can easily know the operation state of each operation button 151a to 151e. It may be provided.

The dose gauge 151h makes it possible to easily check the remaining dose of the drug remaining in the medicine container 141 from the outside, and when the drug in the medicine container 141 is exhausted, the user exchanges the medicine container 141. Will be.

Unexplained reference numeral 151f is a remote control receiver when the user performs a remote control to receive a signal by the remote control to operate each operation button (151a ~ 151e).

The arrangement positions of the operation buttons 151a to 151e and the remote controller receiving unit 151f shown in the drawings are only shown as an example, and the arrangement positions may vary according to design or design selection.

On the other hand, the control board 152 is a PCB substrate, the converter 153 or a capacitor 154 may be further added.

Hereinafter, the operating state of the automatic smoke insecticide sterilization purifier according to the present invention configured as described above will be described. 5 is an operational state diagram of the automatic smoke insecticide sterilization purifier according to an embodiment of the present invention.

When the power is turned on by the user's operation, the lamp 123 of the attracting part 120 is turned on, and the pest is attracted by the lamp light. When the pest is attracted, the pest is stuck to the reptile 132 of the collecting unit 130 to die.

In addition, when the insecticidal injection button 151C is pressed by the user's selection, the heater 143 is heated to heat the liquid insecticide, and the injection is performed in the gas state through the injection nozzle 147.

In addition, when the sterilization spray button 151b is pressed by the user's selection, the heater 143 is heated to heat the liquid cleaning agent (for example, phytoncide, etc.), and then into the gas state through the spray nozzle 147. Injection is made.

The injection time can be used by the user selecting and pressing the time adjustment button 151d appropriately according to the size of the injection space, or by adjusting the injection interval with the time selection button 151e.

After the spraying of the insecticide or the cleaning agent is completed, a circuit design is made so that the power supplied to the heater 143 is turned off to prevent overheating of the heater 143. Is supplied to activate only the lamp. That is, a power saving function and a safety function of the purifier 100 are added to reduce unnecessary waste of power.

100: automatic smoke insecticide sterilizer purifier 110: main body
111: housing 112: first frame
113: front cover 114: back cover
120: decoy 121: second frame
122: reflector 123: light source
130: collecting unit 131: collecting frame
132: insect repellent 140: sterile insecticide
141: pharmaceutical container 142: pump
143: heater 144: check valve
145: extrusion nozzle 147: spray nozzle
150: control unit 151: operation panel
151a ~ 151e: operation button 152: control panel

Claims (11)

A main body having an inner space;
A attracting part fixedly coupled to the front surface of the main body and emitting light attracting pests;
A collecting part sliding and detaching to one side of the main body and adhesively trapping a pest attracted by the attracting part;
Sterilization insecticide coupled to the lower back of the main body, for disinfecting the sterile or insecticidal action by the user's selection; And
And a controller for controlling power and operation of the attractant and the sterilizing insecticide.
The main body is the upper front and lower rear opening, the collecting portion insertion hole is formed in one side, the housing is formed through the control unit coupling hole in one side of the lower front; A first frame coupled through an open front upper part of the housing and fixed to the attracting part; A front cover rotatably coupled to an upper end of the housing and opening and closing a front surface of the main body; And a rear cover configured to couple the rear lower portion of the main body so as to be openable and closed. delete The method of claim 1, wherein the first frame
A through hole through which the collecting part enters and exits is formed on one side, and an automatic smoke insecticide sterilizing purifier, characterized in that a sliding guide for guiding the sliding of the collecting part is formed. The method of claim 1, wherein the front cover
The automatic smoke insecticide sterilization purifier, characterized in that a plurality of inlets are formed so that the pests attracted by the decoy is introduced. The method of claim 1, wherein the rear cover
It comprises a first surface, a fixing frame for fixing the first surface and at the same time coupled to the lower rear of the housing, and a second surface for simultaneously coupling to the housing and the fixed frame,
An automatic smoke insecticide sterilizer and purifier further provided with a drug holder, a pump holder, and a heater holder inside the first surface. The method of claim 1, wherein the attracting portion
A second frame coupled to an inner space of the main body;
A reflector formed on a front surface of the second frame and reflecting light of a light source; And
And a light source unit for emitting light attracting pests by power supply of the control unit. The method of claim 6, wherein the light source unit
Photocatalyst lamp or UV-A lamp that emits ultraviolet rays of 315-400nm wavelength, automatic smoke insecticide sterilizer. The method of claim 1, wherein the collecting unit
A collecting frame including a vertical plane, a horizontal plane formed vertically connected to a lower end of the vertical plane, and a collecting unit insertion hole cover coupled to one side of the vertical plane and the horizontal plane; And
Automatic insecticide sterilization purifier comprising a; insect repellents coupled to the vertical plane and the horizontal plane, respectively, and captures the attracted pests. The method of claim 1, wherein the sterilizing insecticide is
A plurality of drug storage containers embedded in the lower back of the main body;
A plurality of pumps each connected to the medicine container and pumping drugs stored in the medicine container;
A plurality of check valves connected to the pump and preventing a backflow of the medicine flowing;
An extrusion nozzle connected to the check valve and the pipe;
A heater which is connected to the extrusion nozzle and heats the introduced medicine; And
Automated smoke insecticide sterilization purifier comprising a; spraying the drug is discharged from the heater to the drug is changed from the liquid phase to the gas phase by the expansion pressure. The apparatus of claim 1, wherein the control unit
A plurality of operation buttons coupled to one side of the front lower portion of the main body and capable of adjusting the power and operating states of the attracting and sterilizing insecticides, and a capacity capable of confirming the remaining capacity of the sterilizing or insecticidal drug stored in the sterilizing insecticides An operation panel having a gauge; And
A control panel for performing a control command selected by the operation panel; automatic smoke insecticide sterilization purifier comprising a. The method of claim 10, wherein the operation button
A power button for turning on / off the power;
A sterilization spray button for selecting / injecting the sterilizing agent;
Insecticidal spray button to select / spray the drug acting pesticidal;
A time adjustment button for arbitrarily adjusting the injection time of the medicine; And
And a plurality of time selection buttons provided to select an injection interval of the medicine according to the size of the space in which the medicine is injected.

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