CN204579606U - Mosquito eradication device combined with light sign - Google Patents

Abstract

The utility model provides a mosquito eradication device that combines light sign, this kind of device that can attract and poison the mosquito contains one and uses the light sign light source that possesses the luminescent property as general visual transmission, one has special smell and is used for attracting the mosquito to eat and can poison the chemical mixture insecticide that kills with it, a container that loads chemical mixture, and wherein the opening of this container can stretch into poromeric material, carries out the diffusion to chemical mixture with the help of capillary phenomenon, and this container repeatedly fills the use.

Description

An anti-mosquito device combined with a light signal

technical field

The utility model relates to a mosquito-inducing and poisoning device, which mainly uses the phototaxis of mosquitoes to make them approach by means of a light source marked by lights, and arranges poisonous baits around the light source to lure mosquitoes to eat and poison them. kill.

Background technique

Due to the physiological characteristics of mosquitoes, they can infect diseases common to humans and animals through blood-sucking. Especially in the climate of Taiwan, mosquitoes exist in all seasons, and their habitats mainly overlap with human environments. In addition, mosquitoes have phototaxis, and they often live in the evening. Flying into general households at night increases the chances of people and animals being bitten, and also makes it impossible to effectively prevent or treat diseases transmitted by mosquitoes, such as dengue fever, Japanese encephalitis or other infectious diseases.

In the past, mosquito killing methods can be divided into insecticide spraying and poisoning or physical attraction, such as mosquito lamps or carbon dioxide; however, the way of spraying insecticides is to use toxic chemicals Spatial spraying, in addition to causing mosquito poisoning and death, will also contaminate the environment or other organisms. For example, food in indoor and outdoor spaces is easily contaminated with pesticides, and humans and animals in the environment where pesticides are used will also be harmful. The impact effect, especially the human respiratory organs and the forced absorption of the skin, will cause great damage; and for certain environments that are not suitable for the use of insecticides to eliminate mosquitoes, such as hospitals, restaurants or other indoor spaces where the presence of toxic chemicals is important, Mosquito traps are used to replace them, but the mosquito traps are only used to attract and capture mosquitoes by the light induction of specific wavelengths or through the release of carbon dioxide. Mosquitoes that are inhaled or stuck to the lamp, some of the mosquitoes approaching the lamp will still escape and take the opportunity to bite people and animals.

Therefore, it is necessary to propose a simple and innovative mosquito killing device, which can improve the mosquito killing effect with a relatively simple design method, and at the same time avoid the space diffusion pollution caused by insecticides and the dilemma of inefficient mosquito traps, and then It replaces the traditional device for catching and killing mosquitoes, and can improve the effectiveness of mosquito killing.

Utility model content

The utility model uses the excellent killing effect of insecticides or pesticides on mosquitoes, and uses the characteristics of attracting mosquitoes with specific wavelengths of light and the scent of specific chemical mixtures to induce, and combines the light signals used in daily life. It provides a fast, effective and low-pollution mosquito killing device, which is expected to replace the traditional insecticide spraying and the application of mosquito trapping lamps.

The utility model provides an anti-mosquito device combined with a light signal, which consists of an image signal light with a light source, a light source power mechanism fixed around the image signal light as a power supply, and an auxiliary device for attracting mosquitoes. Attracting light source; and a porous adsorption material fixed around the image signal light of the mosquito killing device, which extends and inserts into an open container fixed on one side of the mosquito killing device with a chemical mixture insecticide that attracts odor; attracting The attracting light source and the attracting smell constitute the attraction to mosquitoes at the same time, and the porous adsorption material guides the chemical mixture insecticide with attracting smell in the open container for mosquitoes to contact and eat.

Wherein, the image sign lamp with a light source is composed of a light source with a predetermined lure light source wavelength or a general visible light wavelength range, and the style of the light source includes light-emitting diodes, cold cathode tubes, fluorescent tubes, incandescent heat Bulbs, cold light sheets, discharge bulbs, flashlights, laser light sources, neon tubes and other types of light sources that are capable of emitting light.

Among them, the lure light source of the auxiliary lure is a specific lure light source wavelength covering the wavelength range of 165nm to 1300nm, and the style of the light source includes light-emitting diodes, cold cathode lamp tubes, fluorescent tubes, incandescent hot bulbs, cold light sheets , discharge bulbs, flashlights, laser light sources, neon tubes and other types of light sources with luminous conditions.

Among them, the image signal lamp is independent of other components of the mosquito killing device, and is matched with each other in a modular way, and includes the use of independent power supply or shared power supply, and provides the device with indoor and outdoor alternating current or battery power supply. required electricity.

Wherein, the porous adsorption material includes a non-flammable inorganic porous material or a flame-resistant organic material, or a flammable organic natural porous material or a chemically synthesized porous material.

Among them, the parts of the device other than the image signal lights are hung on different types of devices by means of magnet adsorption, double-sided tape sticking, screw mechanism fixing, hook gravity fixing or suction cup adsorption and other methods that can be attached to solid surfaces. Illuminated or non-illuminated picture markers for the visual guidance function.

Among them, the open container with the odor-inducing chemical mixture insecticide inside includes various types of liquid storage containers, and also includes closed containers, but the opening method that guides the liquid to be discharged by needle tube piercing or the liquid guide that is squeezed out In this way, the insecticide components of the chemical mixture with an attractive smell are released and guided to the surface of the porous adsorption material of the device.

Wherein, there is an open container with an odor-attracting chemical mixture insecticide inside, which is used in a repeated filling manner, or further includes a form of perfusion and supplementary filling.

The mosquito killing device combined with the light signal of the utility model includes a light signal mechanism for visual guidance and can emit visible light, which is equipped with a light source power mechanism for supplying light source energy, an image signal light forming a visual guidance function, and Attracting light source to assist in attracting mosquitoes; another porous absorbent material, one end of which is extended and immersed in an open container with an attractant odor chemical mixture insecticide, and the other end is fixed on the image signal light around.

On the other hand, the utility model aims at the habits of mosquitoes, utilizes the phototaxis of mosquitoes and special attractant smells and combines the poisonous properties of chemical mixture insecticides on mosquitoes, and first uses the light source of light signs to control mosquitoes in a long-distance range. Its attraction, when it enters a certain range, at the same time with the help of the luring light source of the special wavelength range and the special luring smell diffused into the space, the device of the utility model can strengthen the luring and food-attracting properties of the mosquito. The volatile chemical substances that are used to attract are not insecticide components, and the chemical mixture insecticides used to kill mosquitoes are not easy to volatilize into the atmosphere, so as to avoid the shortcomings of traditional spraying insecticides.

In addition, the utility model also includes a combination of various light signs with visual image expression functions, a modular and fast combination design, and a matching with the lure light source, which can be shared or non-shared. , to produce light-attracting ability to mosquitoes, and its combination can be carried out by means of mechanism fixation or magnetic attraction or sticking.

In the mosquito killing device of the present utility model, the odor-attracting components can also be designed in a modular manner, so as to be quickly and effectively fixed on the mosquito killing device of the present utility model, and the combined fixing method can be mechanical fixation or magnetic attraction or paste etc.

The beneficial effects of the utility model are:

The utility model uses the excellent killing effect of insecticides or pesticides on mosquitoes, and uses the characteristics of attracting mosquitoes with specific wavelengths of light and the scent of specific chemical mixtures to induce, and combines the light signals used in daily life. It provides a fast, effective and low-pollution mosquito killing device, which can replace the traditional spraying of insecticides and the application of mosquito trapping lamps.

Description of drawings

Fig. 1 is a specific implementation pattern of a mosquito killing device combined with light signs of the present invention;

Fig. 2 is a specific implementation pattern of the attracting light source and odor attracting modular components of a mosquito killing device combined with light signs of the present invention.

[Description of main component symbols]

10 Image Beacons

11 light source power mechanism

12 lure light source

13 Porous adsorption material

14 open container containing odor-attracting chemical mixture insecticide

15 Capillary Diffusion Direction of Chemical Substances

20 lure light lamp holder module

21 light stand power mechanism

22 Lure Light Garden Bulbs

23 Porous adsorption material

24 support frame on the light stand

25 support frame under the light stand

26 Fillable open containers

27 capillary absorption column

28 Auxiliary fixing unit.

Detailed ways

The foregoing and other technical contents, features and effects of the present invention will be clearly presented in the following detailed description of a preferred embodiment with reference to the drawings.

The utility model provides a mosquito killing device combined with a light signal, which includes an image signal light 10 with a light source, which includes a light source power mechanism 11 for providing electric power and a luring light source 12 for assisting in luring mosquitoes; The porous adsorption material 13 fixed around the image signal lamp 10 of the mosquito killing device of the present utility model can be extended and inserted into the internal device fixed on one side of the mosquito killing device of the present utility model to attract odor chemical mixture insecticide. Open container 14, as shown in Figure 1. Utilize the light source lighting and luminous characteristics of the existing common image signal lamp 10 in combination with the special wavelength luring light source 12 that assists in luring mosquitoes. At the same time, in order to effectively kill the attracted mosquitoes, a The bait prepared by the chemical mixture of the volatile odor and the insecticide component that the mosquito feeds on, uses the method of diffusing the attractive odor, and the open container 14 of the internally equipped odor chemical mixture insecticide will be attracted by the porous adsorption material 13. The insecticide components are guided to around the image signal light 10 of the mosquito killing device by the action of the capillary diffusion direction 15 of the chemical substance, and then with the help of the luring smell emitted by the chemical mixture, the lured mosquitoes approach and touch the utility model. The new type of mosquito killing device further eats the insecticide-containing mixture exposed on the surface 13 of the porous adsorption material, and further poisons the mosquitoes. However, the insecticide used to kill mosquitoes in the utility model has low volatility and does not It will be diffused and transmitted to the environmental space along with the chemical mixture with an attractive smell.

According to the above explanation of the design principle of the utility model, the device and implementation of the utility model will be described below. Among them, Fig. 1 is a specific implementation style of a mosquito killing device combined with light signs of the present invention. The power source is supplied to the lure light source 12 that is fixed around the image marker light 10 and can attract mosquitoes; The front ends on both sides can fix and attach the open container 14 with the odor-attracting chemical mixture insecticide in the memory, and guide the redundant part of the porous adsorption material 13 that is not fixed to the image signal lamp 10 and place it in the memory There is an open container 14 of the chemical mixture insecticide with an attractive smell, and is impregnated into the composition of the chemical mixture insecticide, so that the chemical mixture insecticide is transported to the attractant through the transport of the capillary diffusion direction 15 of the chemical substance. The porous adsorption material 13 area around the light source 12 and the image marker lamp 10 is in order to facilitate the volatilization of the chemical mixture that can attract mosquitoes. And when the insecticide composition of the chemical mixture with an attractive smell is dispersed on the surface of the porous adsorption material 13, and the mosquito is double attracted by the light and the attractive smell and stays on the surface of the porous adsorption material to feed, it can be effectively removed. Poisoned.

Yet another device and implementation case of the present utility model is shown in Fig. 2, and in the specific implementation pattern of another kind of anti-mosquito device combined with light signs, it includes a lure light lamp holder module 20, a lamp holder The upper support frame 24 and the lower support frame 25 of the light frame are fixed by the auxiliary fixing unit 28 to form a frame structure, which is used as the main body of the modular components covered or fixed on the outside of the image signal lamp 10; another one is used as a driving inducer The lamp holder power supply mechanism 21 that emits light from the led light lamp holder module 20 is fixed on the outside of the support frame 24 on the lamp holder; The upper and lower front edge positions around the frame structure formed by 25 are attached with a fixed porous adsorption material 23; in addition, on one side of the two sides around the above frame structure, the internal device can be filled with an odor-causing chemical mixture insecticide. Type open container 26 is fixed and attached, and the redundant part of porous adsorption material 23 is not fixed on one side of the above-mentioned frame-type structure on both sides is guided and connected to the filling type that is placed in the internal tool to attract the smell chemical mixture insecticide. The capillary absorption column 27 of the open container 26, and the capillary absorption column 27 is partially impregnated into the chemical mixture insecticide composition, so as to transfer the chemical mixture insecticide to the support fixed on the lamp stand through the transport of the chemical substance capillary diffusion. On the porous adsorption material 23 on the frame structure that frame 24 and the support frame 25 under the light frame form, in order to possess the volatilization of the chemical mixture that can lure mosquitoes. And when the insecticide composition of the chemical mixture with attractive smell is transported and dispersed on the surface of the porous adsorption material 13, when the mosquito is double lured by the light and the attractive smell and stays on the surface of the porous adsorption material to feed, it can effectively Kill it with poison. Through the above-mentioned implementation examples, the mosquito killing device composed of the attracting light source and the odor attracting modular components, together with the commercialized or outsourced ready-made image signal lights 10, can quickly replace the original only lighting or visual communication instructions. The functional image signal lamp 10 has the function of trapping and killing mosquitoes in addition, and does not affect the visual communication effect of the original image signal lamp 10 .

With the help of the description of the above implementation cases, it is hoped that the spirit of the device design and technical features of the present utility model can be explained in detail, and the preferred embodiments disclosed above are not intended to limit the scope of the present utility model. If there are other changes or equality Arrangements, all belong to the intended scope of protection of the utility model. Therefore, the scope of the patent application for this utility model should be interpreted in the broadest way according to the above description, and cover all possible changes and arrangements of equality.

Claims (8)

1. A mosquito killing device combined with a light signal, characterized in that: it consists of an image signal light with a light source, a light source power mechanism that is fixed around the image signal light as a power supply, and an auxiliary lure Mosquito-attracting light source; and a porous absorbent material fixed around the image marker light of the mosquito killing device, which extends and inserts into an open container fixed on one side of the mosquito killing device with an attractive odor chemical mixture insecticide The attracting light source and the attracting smell constitute the attraction to mosquitoes, and the porous adsorption material guides the chemical mixture insecticide with attracting smell in the open container for mosquitoes to contact and feed. 2. A mosquito killing device combined with a light signal as claimed in claim 1, characterized in that: the image signal light with a light source is composed of a light source with a predetermined lure light source wavelength or a general visible light wavelength range , and the style of the light source includes light-emitting diodes, cold cathode lamps, fluorescent tubes, incandescent hot bulbs, cold light sheets, discharge bulbs, flashlights, laser light sources, and neon tubes. 3. A mosquito killing device combined with a light signal as claimed in claim 1, characterized in that: the lure light source of the auxiliary lure has a specific lure light source wavelength covering the wavelength range of 165nm to 1300nm, and the light source The styles include light-emitting diodes, cold cathode lamps, fluorescent tubes, incandescent bulbs, cold light, discharge bulbs, flashlights, laser light sources, and neon tubes. 4. A mosquito killing device combined with a light signal as claimed in claim 1, characterized in that: the image signal light is independent of other components of the mosquito killing device, and is matched with each other in the form of modular components, and includes an independent The power supply or shared power supply is used to provide the power required by the device in the form of indoor and outdoor alternating current or battery power supply. 5. A mosquito killing device combined with a light signal as claimed in claim 1, wherein the porous adsorption material comprises non-combustible inorganic porous materials or flame-resistant and flame-retardant organic materials, or has flammable organic natural porous materials or chemically synthesized porous materials. 6. A mosquito killing device combined with light signs as claimed in claim 1, characterized in that: the parts of the device other than the image sign lights are absorbed by magnets, pasted with double-sided tape, fixed by screw mechanisms, and hooked. Gravity fixation or suction cup adsorption and attachment to solid surfaces, external hanging on different types of luminous or non-luminous image marker lights with visual guidance functions. 7. A mosquito killing device combined with a light signal as claimed in claim 1, characterized in that: the open container with an odor-attracting chemical mixture insecticide inside includes various types of liquid storage containers, and further includes closed containers. The container can be pierced by a needle tube to guide the liquid to be discharged or squeezed out to release the insecticide component of the chemical mixture with an attractive smell and guide it to the surface of the porous adsorption material of the device. 8. A mosquito killing device combined with a light signal as claimed in claim 1, characterized in that: there is an open container with an odor-attracting chemical mixture insecticide inside, which is refilled and used, or further includes filling Supplementary fill-in form.