TWM490751U - Apparatus coupled with light indicator for anti-mosquito - Google Patents

Abstract

An apparatus for anti-mosquito and killing off was provided, wherein a light source for visual communication or indication, a chemical mixtures attractant with pesticide and special smell for attracting and poisoning mosquito, a container for chemical mixture supply which was applied via capillary and diffusion of chemical mixture from the bottle of container to the range around the apparatus.

Description

Anti-mosquito device combining light number

This creation is about a kind of attracting poisoning device for mosquitoes. It mainly uses the light source of the mosquito to make it close to the light source, and distributes the poisonous bait with odor attraction around the light source to induce mosquitoes to eat and poison.

Because the physiological characteristics of mosquitoes can cause diseases common to humans and animals through blood-sucking, especially in the climate of Taiwan, there are mosquitoes in all seasons, their habitats mainly overlap with human environment, and mosquitoes have phototaxis, often Flying into the general home indoors during the evening hours, the chances of being bitten by humans and animals are increased, and diseases caused by mosquitoes, such as dengue fever, Japanese encephalitis or other infectious diseases, cannot be effectively prevented or rectified.

In the past, mosquito killing methods can be divided into pesticide spraying and poisoning or physical attracting, such as mosquito lamp or carbon dioxide. However, the way to spray insecticides is to make the chemicals that are toxic to mosquitoes spatial. Spraying, in addition to causing mosquito poisoning, can also be contaminated with the environment or other organisms. For example, food in indoor and outdoor spaces is susceptible to insecticides, and it can also have an impact on humans and animals in the environment where pesticides are used. In particular, it has great harm to the respiratory organs of the human body and the forced absorption of the skin; and it is less suitable for the use of insecticides to eliminate mosquitoes. Sub-environments, such as hospitals, restaurants, or other indoor spaces where toxic chemicals are important, are replaced by mosquito-carrying lamps, but mosquito-carrying lamps only lure and capture mosquito-specific light-induced or carbon dioxide-releasing Its efficacy is much lower than that of traditional insecticide spraying, and it is limited to mosquitoes that are inhaled or stuck by mosquito-carrying lamps. Some mosquitoes that are close to the mosquito-trapping lamp will still escape and take the opportunity to bite humans and animals.

Therefore, it is necessary to propose a simple and innovative anti-mosquito device to improve the elimination effect of mosquitoes in a simpler design manner, and at the same time avoid the space diffusion pollution caused by insecticides and the inefficiency of the mosquito lamp, thus replacing The traditional device for mosquito killing and mosquito killing can improve the effectiveness of mosquito killing.

This creation uses the superior killing effect of insecticides or pesticides on mosquitoes and the use of specific wavelengths of light to attract mosquitoes and the odor of specific chemical mixtures, combined with the lighting signals used in daily life. Provide a fast, effective and low-pollution anti-mosquito device to replace the traditional insecticide spray and the application of the mosquito lamp device.

The creative department provides a light-removing device combined with a light mark, including a visual guide and a visible light source, which has a light source power mechanism for supplying light source energy, and an image number constituting a visual guidance function. A light source and an auxiliary attracting mosquito attracting light source; and a porous adsorbent material extending at one end and immersed in an open container in which the memory attracts the odor chemical mixture insecticide, and the other end is fixed to the image number Around the lights.

This creation, on the other hand, provides a habit of targeting mosquitoes, using the phototaxis of mosquitoes. And the special odor and combined with the chemical mixture of insecticides on the mosquito's poisoning characteristics, first in the long range, by the light source of the light source to attract it, while it enters a certain range, while attracting by special wavelength range The light source and the special attracting odor through the diffusion into the space enhance the attraction and attractability of the mosquito device by the creation device. However, the volatile chemical substances used in this creation are not insecticide components, and the chemical used as a mosquito killer is utilized. Mixture insecticides are not readily volatile to the atmosphere to avoid the drawbacks of traditional spray insecticides.

In addition, this creation also includes a combination of various lighting images with visual image expression, modularized and fast-combined design, combined with lure light source, through shared or non-common power or light source. It produces light attracting ability to mosquitoes, and the combination can be carried out by means of mechanism fixing or magnetic attraction or sticking.

The insect killing device of the present invention can also utilize the modular design to quickly and effectively fix the mosquito killing device of the present invention, and the combination fixing manner can be mechanism fixing or magnetic attraction or sticking. the way.

10‧‧‧Image Lights

11‧‧‧Light source power agency

12‧‧‧Inducing light source

13‧‧‧Porosive adsorption material

14‧‧‧Opening container for inducing odor chemical mixture insecticide

15‧‧‧Direction of capillary diffusion of chemical substances

20‧‧‧Induced light base module

21‧‧‧Light stand power mechanism

22‧‧‧引引光园灯泡

23‧‧‧Porosive adsorption material

24‧‧‧Light stand support

25‧‧‧ under the lamp holder

26‧‧‧Filled open container

27‧‧‧Capillary absorption column

28‧‧‧Auxiliary fixing unit

The first picture is a specific implementation style of the mosquito killing device combined with the light mark.

The second picture shows the specific implementation style of the induced light source and the odor attracting modular component of the creation.

The above and other technical contents, features and effects of this creation are coordinated below. A detailed description of a preferred embodiment of the drawings will be apparent.

The present invention provides a mosquito killing device incorporating a light source, comprising an image light source 10 having a light source, comprising a light source power mechanism 11 for supplying power and a lure light source 12 for assisting attracting mosquitoes; The porous adsorption material 13 around the image of the mosquito killing device of the present invention can be extended and inserted into the open container 14 of the memory odor chemical mixture insecticide fixed on the side of the creative mosquito killing device. As shown in Figure 1. The light source illumination illuminating characteristic of the commonly used figure number lamp 10 is combined with the special wavelength attracting light source 12 of the auxiliary attracting mosquito, and at the same time, in order to effectively poison the entangled mosquito, the mosquito is fed by the attracting mosquito. The chemical mixture of the volatile odor and the bait prepared by the insecticide component diffuse the odor to diffuse the insecticide component in the open container 14 of the odor chemical mixture insecticide through the porous adsorption material 13 The role of the capillary diffusion direction of the chemical substance is guided to the image around the image of the mosquito lamp 10, and the induced odor is emitted by the chemical mixture, so that the attracted mosquito approaches and contacts the mosquito device of the creation. Further feeding the insecticide-containing mixture exposed on the surface 13 of the porous adsorbent material further poisons the mosquito, but the insecticide used to poison the mosquito has low volatility and does not follow the chemical mixture having the attracting odor Spread together into the environmental space.

According to the above original understanding of the design of the present creation, the apparatus and embodiment of the present creation will be described below. Among them, the first figure is a specific implementation style of the mosquito killing device combined with the light mark, and the mosquito killing device is composed of an image light lamp 10 connected with the light source electric power mechanism 11 for supplying electric power, and Supply of the same power source to the solid The light source 12 can be induced around the image light 10; the lower side of the light body is attached with a porous adsorbing material 13; and the front side of the image around the image light 10 The open container 14 for inducing the odor chemical mixture insecticide can be fixedly attached, and the porous adsorption material 13 is not fixed to the excess portion of the image number lamp 10 and is placed in the memory to induce odor chemistry. Mixing the insecticide into the open container 14 and impregnating it into the chemical mixture pesticide component, thereby transferring the chemical mixture insecticide to the attracting light source 12 and the image number through the transport of the chemical substance in the capillary diffusion direction 15 The porous adsorption material 13 area around the lamp 10 is used to facilitate the volatilization of a chemical mixture that can attract mosquitoes. When the insecticidal chemical mixture is dispersed on the surface of the porous adsorbent material 13, and the mosquito is exposed to the light and the induced odor, and stays on the surface of the porous adsorbent material, it can be effectively poisoned.

Another device and embodiment of the present invention, as shown in FIG. 2, shows another embodiment of the mosquito killing device combined with the light symbol, including a light-receiving light module module 20 on the light stand. The support frame 24 and the lower frame support frame 25 are fixed by the auxiliary fixing unit 28 to form a frame structure for covering or fixing the modular component body outside the image number lamp 10; The lamp holder power supply mechanism 21 for illuminating the lamp holder module 20 is fixed on the outer side of the support frame 24 of the lamp holder; and further supported by the lure lamp holder module 20, the support frame 24 on the lamp holder and the lamp holder a porous adsorbent material 23 attached to the lower front edge of the frame structure formed by the frame 25; and another side of the frame structure can be used to fill the memory with an odor chemical mixture of pesticides Open The mouth container 26 is fixedly attached, and the excess portion of the porous adsorbent material 23 not fixed to one side of the circumference of the frame structure is guided and connected to the filled open container placed in the memory with the attracting odor chemical mixture insecticide. The capillary of 26 absorbs the column 27, and the capillary absorption column 27 is partially impregnated into the chemical mixture pesticide component, thereby transferring the chemical mixture pesticide to the support frame 24 fixed to the lamp holder through the transport of the chemical substance capillary diffusion. And a porous adsorption material 23 on the frame structure composed of the lower frame 25 of the lamp holder, in order to have a volatilization of a chemical mixture capable of attracting mosquitoes. When the insecticide component with the odor chemical mixture is transported and dispersed on the surface of the porous adsorbent material 13, when the mosquito is exposed to the light and the odor, and stays on the surface of the porous adsorbent material, it can be effectively poisoned. . Through the above-mentioned implementation case, the mosquito killing device consisting of the lure light source and the odor attracting modular component, together with the ready-made image of the ready-made image number 10, can quickly convey the original illumination or visual indication. The function image number light 10 is additionally provided with the function of trapping mosquitoes, and does not affect the visual communication effect of the original image number lamp 10.

The description of the above embodiments can explain the spirit of the device design and technical features of the present invention in detail, and the preferred embodiments disclosed above are not intended to limit the scope of the present invention, and if there are other changes or equalities. The arrangements are all within the scope of this creative work. Therefore, the scope of patents applied for by this creation should be interpreted broadly in accordance with the above description and cover all possible changes and equivalence arrangements.

10‧‧‧Image Lights

11‧‧‧Light source power agency

12‧‧‧Inducing light source

13‧‧‧Porosive adsorption material

14‧‧‧Opening container for inducing odor chemical mixture insecticide

15‧‧‧Direction of capillary diffusion of chemical substances

Claims (9)

An anti-mosquito device combining the light symbol, the composition comprising an image signal light having a light source, a light source power mechanism fixed around the image light lamp as a light source for providing power and an auxiliary light source for assisting the mosquito; and a porous adsorbing material fixed around the image of the mosquito killing device, which can be extended and inserted into an open container of the odor chemical mixture insecticide fixed on the side of the mosquito killing device; The temptation attracts mosquitoes, exposes them to mosquito killing devices and is poisoned by feeding. The mosquito killing device according to claim 1, wherein the image signal light having the light source is formed by a light source having a specific attracting light source wavelength or a general visible light wavelength range, and the light source is The style may further include a light-emitting diode, a cold cathode lamp, a fluorescent tube, a white light bulb, a cold light sheet, a discharge bulb, a flash lamp, a laser light source, a neon tube, and other light source types having a lighting condition. An anti-mosquito device according to claim 1, wherein the auxiliary attracting light source has a specific attracting light source wavelength covering a wavelength range of 165 nm to 1300 nm, and the light source pattern may further include a light emitting diode. Body, cold cathode lamp, fluorescent tube, daylight bulb, luminescent sheet, discharge bulb, flash lamp, laser source, neon tube and other light source types with illuminating conditions. The mosquito killing device combined with the light symbol according to claim 1, wherein the image signal light can be matched with other components of the mosquito killing device in a modular manner, and can further comprise an independent power source. Or the way the shared power is used, the power required by the device is provided by means of indoor and outdoor alternating current or battery power supply. An anti-mosquito device according to claim 1, wherein the composition of the odor-inducing chemical mixture comprises a volatile odor-inducing chemical component and a low volatility or may be non-volatile Insecticide ingredients, and the above mixture is only lure The chemical constituents can diffuse into the space, while the pesticide component is confined to the porous adsorbent surface of the device. An anti-mosquito device according to claim 1, wherein the porous adsorbent material comprises an inorganic porous material having no flammability or an organic material resistant to flame retardancy or an organic natural porous material having flammability. Material or chemically synthesized porous material. The mosquito killing device combined with the light symbol, as claimed in claim 1, wherein the device part other than the image number lamp can be magnetized, double-sided tape, screw mechanism fixed, hook gravity fixed or Suction cup adsorption and other methods that can be attached to a solid surface are attached to different types of illuminating or non-illuminating image lights with visual guidance functions as modular additional functions. An anti-mosquito device according to claim 1, wherein the open container of the memory odor chemical mixture insecticide comprises a container type of various liquid storage, and may further comprise a closed container but may be The needle piercing introduces the opening method of the liquid discharge or the liquid guiding method of the extrusion discharge, and releases the insecticidal chemical mixture insecticide component to the surface of the porous adsorption material of the device. An anti-mosquito device according to claim 1, wherein the memory has an open container for attracting an odor chemical mixture of insecticide, which may be a method of repeated filling, or may further comprise a form of filling and filling. .