TWM499767U - Electronic mosquito zapper - Google Patents

Description

Electronic mosquito lamp

The present invention relates to an electronic mosquito trap, in particular, which can be conveniently suspended indoors or placed on an outdoor ground, and can be charged and stored at any time by solar energy or commercial power and other suitable voltages to store its solar battery system. In the power storage device, the electric energy in the electricity storage device can be used not only for the electronic mosquito lamp, but also for providing various portable mobile devices for charging at any time, and using the replaceable LED light module, using different light wave LED lights In order to effectively attract mosquitoes or pests that need to be bred in different cultures, cultivated agriculture or places, and to place the traps inside the electronic mosquito traps, they can induce mosquitoes or pests to fly into the electronic mosquito traps and be hit by electric shock nets, or be The powerful air cyclone produced by the internal fan sucks the mosquitoes or pests that have not been hit by the electric shock net into the bottom collecting trough, so that it is trapped in it until it is blown to death by the wind of the fan, and it is the best to kill mosquitoes, pests or insects. A multi-functional electronic mosquito trap with excellent effects.

However, the power supply of traditional electronic mosquito traps requires the use of utility power. Therefore, when a mosquito trap is required, the mosquito trap must be placed in a place where there is a power outlet in the room, so that it cannot be carried outdoors or other without a power source. It is used in places, but when users are camping outdoors, picnicking, playing or doing activities, it is often the place with the most mosquitoes. If you can't kill mosquitoes and suffer from mosquito bites, it will not only make the players lose their fun, but also because of this. Contagious diseases, regrets; at the same time, many different aquaculture, such as aquaculture, animal husbandry or farming farmland, must be exempted The body is bitten by mosquitoes in farms or farms, causing diseases such as avian flu caused by birds or livestock to infect humans and animals, and even preventing livestock from being infected by mosquitoes and biting each other, or preventing crops from being infected by pests. Erosion also requires mosquito traps to kill mosquitoes or pests in order to grow healthy or fast-growing livestock or planted crops. However, these sites may not have power available, even if some indoor farms or livestock The field is equipped with a power supply, but the light waves of the LED lights of the traditional mosquito-trapping lamps are fixed, and it is impossible for the user to replace the LED lights of different light waves with the mosquitoes or pests of the industry, so that the effect of killing mosquitoes or pests is not Zhang, can not attract a variety of mosquitoes or pests to enter the mosquito lamp and kill it, so that the farmed animals or planted crops suffer from the bites or foraging of mosquitoes and pests, not only the animals are killed by mosquito bites, but also the crops. Because of the erosion of pests, it is impossible to grow smoothly, and farmers suffer heavy losses, while some traditions Mosquito lamps are small in size and cannot be killed by internal electric shock nets because of the small size of mosquitoes or pests flying into the mosquito lamp. At this time, smaller mosquitoes (such as black mosquitoes) and pests will escape from the mosquito lamp. I dare not approach the mosquito lamp again, so that the effectiveness of the mosquito lamp to kill mosquitoes and pests is greatly reduced, causing great inconvenience and trouble to the users; these shortcomings are the long-term shortcomings that traditional electronic mosquito traps cannot break through; In view of this, how can we develop a kind of power that can be stored at any time, whether it is used indoors or other power supply that can provide appropriate voltage for charging, or can absorb solar light energy and heat energy where there is no power supply outdoors? The use of the sun's light can store electrical energy in the electrical storage device for use with the electronic mosquito lamp anytime and anywhere, and the electrical energy stored in the electrical storage device can also provide a portable mobile device by connecting the USB output terminal. When charging, the convenience and practicability of the electronic mosquito lamp can be achieved. At the same time, the LED lamp module of the electronic mosquito lamp can be replaced at any time according to the needs of different industries or places. Light wave LED Lights enhance the effectiveness of killing mosquitoes and pests and increase the value of electronic mosquito traps. Smaller mosquitoes or pests can still be generated by internal fans after being hit by electric shock nets in electronic mosquito traps. The cyclone is sucked into the bottom trough and can't escape. It is finally killed by the fan drying out of water. It really achieves the best effect of killing mosquitoes or pests by electronic mosquito traps. It is enough to enhance the superiority of electronic mosquito traps. The technology and topics that light users and related companies are eager to develop.

In view of the above-mentioned traditional electronic mosquito traps, there are still many problems in the use and efficacy of the above-mentioned creators. The creator has started research and active research and development and creation, in order to break through the limitations of existing technical functions. After years of researching the professional experience and experience of this industry, I created the creation of this case.

The main purpose of this creation is to provide an electronic mosquito trap that utilizes the nocturnal and phototaxis of mosquitoes or pests, and replaces the LED light module with a removable type for various industries or places of use. LED lights of different light waves are used to attract various mosquitoes or pests to fly into the electronic mosquito lamp through the through holes of the housing frame, and are hit by the electric shock net and are trapped inside the electronic mosquito lamp. The vehicle is placed with a variety of different insects that can attract mosquitoes or pests. The insects can be set as insecticides as needed. When mosquitoes or pests are attracted into the electronic mosquito trap, they are The electric shock net is hit or subjected to a powerful cyclone generated by the fan to suck the small mosquitoes or pests that have not been hit by the electric shock net into the bottom collecting trough, so that it is trapped in it until it is dried by the wind of the fan, losing water and causing death. Achieve the best results in killing mosquitoes, pests or insects.

Another main purpose of the present invention is to provide an electronic mosquito trap which is provided with a solar panel with solar panels at its upper end. The pool system, the solar cell system comprises an energy storage device and a shock circuit, and the solar panel at the upper end absorbs solar energy and heat energy, thereby storing the electric energy in the energy storage device thereof, and also through the functional interface of the solar battery system The power input terminal stores the utility power or other electric energy that can supply an appropriate voltage into the energy storage device, which can provide indoor and outdoor use, and can output the electric energy in the energy storage device to various kinds through the connection of the USB output end. The portable mobile device is used for charging, and has the convenience of both indoor and outdoor charging and the multifunctional use value of providing power.

In order to achieve the above objective, the present invention provides an electronic mosquito trap, which mainly comprises an upper cover body, a solar battery system with a solar panel mounted on the upper end, a shock net, a housing frame, a fan and a collecting bottom slot; the upper cover body, The accommodating frame and the collecting bottom groove are connected to each other; wherein the accommodating space of the accommodating frame is provided with a shock net and a fan; the electric shock net is disposed above or below the fan; wherein, the solar battery system The utility model further comprises a power storage device and a shock circuit capable of storing electrical energy; the solar battery system is disposed on the top of the upper cover body; wherein the solar battery system is provided with a function interface, and at least one USB output end is provided on the function interface, Providing a user to connect the USB output terminal to output the electrical energy in the electrical storage device of the electronic mosquito trap to the portable mobile device for charging; wherein the electronic mosquito trap further comprises an LED light module, the LED light The module is electrically connected to the at least one LED lamp, and the LED lamp module is replaceably disposed under the upper cover body, and the LED lamp is replaced by different light waves. Attracting different mosquitoes or pests into the interior of the electronic mosquito trap and being killed by the electric shock net; the electronic mosquito trap further includes an inducer carrier, the trap carrier is disposed under the upper cover body, and the trap carrier is stored therein In the trough, the storage tank is provided with a lure that attracts mosquitoes or insecticidal effects, thereby attracting mosquitoes or pests to fly into the interior of the electronic mosquito trap to be hit by the electric shock net; wherein, the solar cell system and the LED light module, The electric shock net and the fan are electrically connected; wherein the electric storage device is a lithium battery or a lead acid battery; wherein the upper cover body is recessed inwardly and extends downward with a lower edge of the upper cover, and a lower edge of the upper cover is provided with a notch, so that the solar energy is made The functional interface of the battery system corresponds to the notch formed by the lower edge of the upper cover; wherein the receiving frame is provided with a plurality of through holes; wherein the functional interface is provided with a corresponding power supply adapter for insertion and power supply or appropriate voltage The electric energy is stored to the power input end of the power storage device; wherein the function interface on one end of the solar cell system is provided with a plurality of indicator lights, and the indicator light allows the user to distinguish the amount of electric energy stored in the power storage device; Wherein, two corresponding hanging holes are protruded from the upper end of the upper cover body, so that the two ends of the hanger are correspondingly inserted into the positioning, so as to facilitate the user to conveniently extract the electronic mosquito lamp or hang the electronic mosquito lamp. a handle; wherein the bottom end of the collecting bottom groove is provided with a foot plug for providing a user to insert an electronic mosquito trap on an outdoor ground or a field farmland; wherein the collecting bottom slot is provided The venting hole with a small number of apertures can achieve the effect of ventilation inside the collecting bottom groove; by the above technical means, the electronic mosquito lamp of the present invention can not only be attracted by LED lights of different light waves according to different industries or needs. Different mosquitoes or pests enter, and can also be placed to effectively attract mosquitoes, pests or insecticides, so that mosquitoes or pests can automatically fly into the interior of electronic traps and be hit by electric shock nets. If a small mosquito or pest flies into the electronic mosquito lamp, it can be sucked in by the powerful cyclone generated by the rotating fan and fall into the bottom collecting trough. It is trapped in the collecting trough and cannot escape. The fan's wind blows dry and loses moisture, which is enough to improve the best effect of the electronic mosquito trap to kill mosquitoes or pests. The upper part of the upper cover of the electronic trap is equipped with a solar cell system, which can be carried by the user. When it is outdoors, the solar panel of the solar cell system can automatically absorb the solar energy and convert it into electrical energy, store it in its storage device, and provide electricity to the electric shock. Roads, electricity Use the net, fan and LED light module to achieve the economic benefits of environmental protection and energy saving. You can also plug the power adapter into the power input terminal of the function interface to store the mains or other power that can supply the appropriate voltage to the solar cell system. The power storage device is used for use, and the function interface of the solar battery system is also provided with a USD output terminal, which provides charging for mobile phones, iPads or various portable mobile devices, and improves the multifunctional use of the electronic mosquito traps. Sex, when the electronic mosquito lamp of this creation is carried outdoors, it can also be inserted into the ground or farmland by collecting the bottom of the bottom groove to facilitate the killing of mosquitoes or pests, avoiding the human body or other breeding industries. Animals are bitten by mosquitoes, effectively preventing the spread of diseases, preventing the erosion of crops by pests, improving the versatility of electronic mosquito traps and the superiority of effectively killing mosquitoes or pests and the value of industrial use. It is indeed a special innovative design.

(1)‧‧‧Electronic mosquito trap

(10) ‧ ‧ upper cover

(11) ‧‧‧ accommodating slots

(12)‧‧‧ hangers

(13)‧‧‧ hanging holes

(15) ‧‧‧The lower edge of the upper cover

(16) ‧ ‧ gap

(20) ‧‧‧Solar battery system

(21)‧‧‧ solar panels

(22)‧‧‧ functional interface

(23)‧‧‧USB output

(230)‧‧‧Power adapter

(25)‧‧‧Power input

(26)‧‧‧ indicator lights

(30)‧‧‧LED light module

(31)‧‧‧LED lights

(50) ‧‧‧Inducing vehicles

(60)‧‧‧Electric shock net

(70) ‧‧‧ housing frame

(700) ‧‧‧ accommodating space

(71)‧‧‧through holes

(72) ‧‧‧Fixed tablets

(80) ‧‧‧fan

(90) ‧‧‧ collecting trough

(900) ‧‧‧ accommodating space

(91)‧‧‧

(92)‧‧‧ venting holes

(93) ‧ ‧ feet

Figure 1 is a perspective view of a preferred embodiment of the present invention (1).

Figure 2 is a perspective exploded view of a preferred embodiment of the present invention.

Figure 3 is a partial perspective exploded view of the preferred embodiment of the present invention (1).

Figure 4 is a partial schematic view of a preferred embodiment of the present invention.

Figure 5 is a partial perspective exploded view of the preferred embodiment of the present invention (2).

Figure 6 is a partial perspective exploded view of the preferred embodiment of the present invention (3).

Figure 7 is a perspective view of a preferred embodiment of the present invention (2).

In order to enable the review board to further understand the structure, features and functions of the present work, the preferred embodiment is described in detail with reference to the drawings.

Please refer to Figure 1, Figure 2, Figure 3, Figure 4, Figure 5, and Figure 6. As shown in Fig. 7 and Fig. 7, the electronic mosquito trap (1) mainly comprises an upper cover body (10), a solar battery system (20) equipped with a solar panel (21) at the upper end, an electric shock net (60), and a capacity. The frame body (70), the fan (80), and the collecting bottom groove (90) are integrally formed by the upper cover body, the accommodating frame body and the collecting bottom groove, and the electronic mosquito lamp (1) is integrated as a whole. The type is not limited to a circular shape, and the overall shape of the electronic mosquito lamp (1) can be designed to be any other three-dimensional geometric shape; the housing frame (70) is hollow, and the hollow interior has an accommodation. The space (700), the accommodating space (700) is provided with a shock net (60) and a fan (80), and the accommodating frame (70) is also provided with a plurality of through holes (71); wherein, the solar cell system (20) The utility model further comprises an electric storage device (200) and an electric shock circuit (2000) capable of storing electric energy, wherein the upper cover body (10) is recessed inwardly and extends downward with an upper cover lower edge (15), and the upper cover lower edge (15) is appropriate A notch (16) is opened, and a receiving groove (11) is recessed in the center of the top of the upper cover body (10), so that the solar cell system (20) is correspondingly accommodated in the groove, and the upper end of the solar panel is 21) at the top At the same time, the functional interface (22) at one end corresponds to the notch (16) opened by the lower edge (15) of the upper cover (10), when the electronic mosquito lamp (1) is placed outdoors or on the farmland, The solar panel (21) at the upper end can directly absorb the light energy and heat energy of the sunlight, and then store the electric energy into the electricity storage device (200). The electricity storage device (200) can be a lithium battery or a lead acid battery according to needs. The function interface (22) is provided with a power input (25) for corresponding insertion of the power adapter (230) and storing the commercial power or appropriate voltage electrical energy into the power storage device (200), when the electronic mosquito lamp (1) When the power is turned on or the power storage device (200) is storing power, the user can clearly recognize the difference between the lights of the plurality of indicators (26) set on the function interface (22). The amount of electrical energy stored in the electrical storage device (200), and at least one USB output is also provided on the functional interface (22) The terminal (23), the USB output terminal (23) can provide the user to output the electrical energy in the electrical storage device (200) of the electronic mosquito lamp (1) to the mobile phone, the iPad, and the USB output terminal (23). Or other portable mobile devices that can be used for convenient charging at any time, and two corresponding hanging holes (13) are protruded from the upper end of the upper cover body (10) for a hanger (12) The two ends are correspondingly inserted into the position to form a handle for allowing the user to conveniently extract the electronic mosquito lamp (1) or to hang the electronic mosquito lamp (1) on a chair, a tree, or even a railing to avoid mosquitoes. The upper cover body (10) is placed over the accommodating frame body (70), and the upper cover edge (15) of the upper cover body (10) is inserted into the accommodating frame body (70) and connected to each other. The fixing piece (72) is extended in the accommodating space (700) of the accommodating frame (70), and the fan (80) is disposed on the accommodating frame by the fixing piece (72). The electric shock net (60) may be disposed above or below the fan (80), and a hook body is protruded from the bottom end of the receiving frame body (70) to correspondingly engage the hook of the upper end of the collecting bottom groove (90). (91), the collection of the bottom groove (90) The connection bottom groove (90) is also fixed under the accommodating frame body (70), and the collection bottom groove (90) also has an accommodating space (900) for collecting the hit by the electric shock net (60) or by the accommodating frame. The through hole (71) of (70) enters the mosquito, pest or insect inside the electronic mosquito lamp (1), and the collecting bottom groove (90) is provided with a vent hole having a small number of small apertures and which cannot escape the mosquito or the pest. (92), the venting hole (92) can make the inside of the electronic mosquito lamp (1) achieve the effect of ventilation, and the bottom of the bottom end of the collecting bottom groove (90) is provided with a foot plug (93), when the user captures the electron When the mosquito lamp (1) is carried outdoors, the electronic mosquito lamp (1) can be conveniently inserted into the picnic, camping, play or various activities on the ground or farmer's farmland by means of the foot plug (93). Effectively prevent the bites of mosquitoes or insects, avoid infectious diseases, and kill pests or insects that attack crops, so that crops can grow smoothly and quickly; The mosquito lamp (1) further includes an LED lamp module (30). The LED lamp module (30) is electrically connected with at least one LED lamp (31), and is replaceably disposed on the upper cover body (10). Below, the LED lamp (31) of the LED lamp module (30) can be set to LED light (31) with different light waves according to requirements, utilizing the nocturnal and phototaxis of mosquitoes or pests to attract different pests or mosquitoes. The through hole (71) of the housing frame (70) flies into the interior of the electronic mosquito lamp (1) and is hit by the electric shock net (60). Therefore, when the electronic mosquito lamp of the present creation (1) When used in various industries such as animal husbandry, aquaculture or planting, etc., LED light modules (30) with different light wave LED lamps (31) can be replaced according to the needs of the industry to improve the killing of mosquitoes or pests. The effect is that when the LED lamp (31) of the LED lamp module (30) is set as a general LED lamp (31), it can also be used for illumination, night light or garden lamp to improve the multiple of the electronic mosquito lamp (1). The value of use, if smaller mosquitoes or pests fly into the electronic mosquito trap (1) and are not killed by the electric shock net (60), the mosquito or pest will still be strongly spurred by the fan (80). Inhaling mosquitoes or pests into the bottom collection trough (90), the venting holes (92) of the collecting trough (90) are so small that mosquitoes or pests that are sucked into the collecting trough (90) cannot escape the electrons. The outside of the mosquito lamp (1), so that it is trapped in it until it is dried by the wind of the fan (8), losing water and killing to achieve the best effect of killing mosquitoes, pests or insects; the solar cell system of the creation (20) The system is electrically connected to the LED lamp module (30), the electric shock net (60) and the fan (80), and the electronic mosquito trap (1) further comprises an inducing vehicle (50) and an inducing vehicle ( 50) is also disposed under the upper cover body (10). The trap carrier (50) is provided with a storage tank, and the storage tank is placed to attract insects, insects or pests, and even the attractant It is set to have the effect of killing insects, and the insects can be improved according to the needs of various biological attractants and planting inducements such as food or hormones, and the electronic mosquito lamp (1) is improved. The specific efficacy of quasi-trapping mosquitoes or pests.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of implementation of the present invention, and any other changes and modifications or equalities in the same spirit and scope of the present invention. All are covered by the scope of the creative protection and the scope of patents.

This creation is based on the above characteristics and is a very outstanding and excellent design; it is not found in the publication or public use, and is suitable for the application requirements of the new patent, and is submitted in accordance with the law.

(1)‧‧‧Electronic mosquito trap

(10) ‧ ‧ upper cover

(12)‧‧‧ hangers

(13)‧‧‧ hanging holes

(20) ‧‧‧Solar battery system

(21)‧‧‧ solar panels

(230)‧‧‧Power adapter

(70) ‧‧‧ housing frame

(71)‧‧‧through holes

(90) ‧‧‧ collecting trough

(92)‧‧‧ venting holes

(93) ‧ ‧ feet

Claims (9)

An electronic mosquito trap lamp mainly comprises an upper cover body, a solar battery system with a solar panel mounted on the upper end, an electric shock net, a housing frame, a fan and a collecting bottom slot; the upper cover body, the receiving frame body and the collecting bottom groove system The interconnecting group is integrated; wherein the accommodating space of the accommodating frame is provided with a shock net and a fan; the electric shock net is disposed above or below the fan; wherein the solar battery system further comprises a storage device capable of storing electric energy The device and the electric shock circuit; the solar cell system is disposed on the top of the upper cover; wherein the solar cell system is provided with a function interface, and the function interface is provided with at least one USB output terminal for providing a user to connect the USB output end The electric energy in the electrical storage device of the electronic mosquito lamp is output to the portable mobile device for charging; wherein the electronic mosquito lamp further comprises an LED light module, and the LED light module is electrically connected At least one LED lamp, and the LED lamp die is replaceably disposed under the upper cover body, by replacing LED lights of different light waves to attract different mosquitoes or pests into the electronic device The mosquito lamp is internally hit by an electric shock net; the electronic mosquito lamp further includes a lure carrier, the lure carrier is disposed under the upper cover body, and the trap carrier is provided with a storage tank, and the storage tank is placed therein. A lure that induces mosquitoes or insecticidal effects, thereby attracting mosquitoes or pests to fly into the interior of the electronic mosquito trap to be hit by an electric shock net; wherein the solar cell system is electrically connected to the LED light module, the electric shock net and the fan. The electronic mosquito lamp according to claim 1, wherein the electricity storage device is a lithium battery or Lead-acid batteries. The electronic mosquito lamp of claim 1, wherein the upper cover body is recessed inwardly and extends downwardly with a lower edge of the upper cover, and a lower edge of the upper cover is provided with a notch, so that the functional interface of the solar battery system corresponds to the lower cover body. The gap opened by the edge. The electronic mosquito lamp of claim 1, wherein the receiving frame is provided with a plurality of through holes. The electronic mosquito lamp of claim 1, wherein the functional interface is provided with a power input for the power adapter to be inserted and the utility power or appropriate voltage electrical energy to be stored in the power storage device. The electronic mosquito lamp of claim 1, wherein the functional interface on one end of the solar cell system is provided with a plurality of indicator lights, and the indicator light allows the user to distinguish the amount of electrical energy stored in the power storage device. The electronic mosquito trap according to claim 1, wherein two corresponding hanging holes are protruded from the upper end of the upper cover body, so that the two ends of the hanger are correspondingly inserted and positioned to form a convenient electronic extraction for the user. A mosquito lamp or a handle that hangs an electronic mosquito lamp. The electronic mosquito lamp of claim 1, wherein the bottom end of the collecting bottom groove is provided with a foot plug for providing a user to insert the electronic mosquito trap on an outdoor ground or a field farmland. The electronic mosquito lamp according to claim 1, wherein the collecting bottom groove is provided with a plurality of vent holes having a small number of apertures, so that the inside of the collecting bottom groove is ventilated.