CN205357869U - Electronic mosquito trapping lamp - Google Patents

Abstract

The utility model relates to an electronic mosquito-catching lamp, which is composed of an upper cover body, a storage frame and a collection bottom tank set. The top of the upper cover body is provided with a solar cell system with a solar panel on the upper end. The storage frame is inserted through There are multiple through holes with electric shock nets and fans inside. The replaceable LED light module allows different industries to replace LED lights with different light waves, and a lure that attracts mosquitoes is placed inside the electronic mosquito trap. , to attract different types of mosquitoes to fly into the electronic mosquito-catching lamp and be killed when they touch the electric shock net, or to be sucked into the collection bottom tank by the powerful cyclone of the fan until they are dried to death by the fan, achieving the best effect of killing mosquitoes; and The solar panel absorbs solar energy and stores the electric energy into the energy storage device. It can also store the electric energy from the mains or appropriate voltage into the energy storage device through the power input terminal. The electric energy in the energy storage device can also be stored in the energy storage device through the USB output terminal. The connection outputs electric energy to charge portable mobile devices to achieve convenience of use.

Description

Electronic mosquito lamp

technical field

The utility model relates to an electronic mosquito-catching lamp, which can be conveniently hung indoors or inserted on the outdoor ground for use, and can be charged and stored to its solar battery at any time by solar energy, commercial power and other appropriate voltages. In the power storage device of the system, the electric energy in the power storage device can not only be used by electronic mosquito lamps, but also can be used to charge various portable mobile devices at any time, and use replaceable LED light modules to use different light waves LED lights to effectively attract mosquitoes or pests that need to be hunted and killed in different farming, farming or places, and place lures inside the electronic mosquito lamp, which can lure mosquitoes or pests to fly into the electronic mosquito lamp and be killed by electric shock nets , or the strong cyclone generated by the internal fan sucks the mosquitoes or pests that have not been killed by the electric shock net into the collection bottom tank at the bottom, trapping them until they are dried to death by the wind of the fan, which really achieves the goal of killing mosquitoes, pests or The multifunctional electronic mosquito trap lamp for the best effect on insects.

Background technique

The power supply of traditional electronic mosquito catching lamps needs to use commercial power. Therefore, when mosquito catching lamps need to be used, they must be placed in a place with a power socket indoors before they can be used, and cannot be carried outdoors or other places without power supply. However, when the user is camping, picnicking, playing or doing activities outdoors, it is often the place with the most mosquitoes. If the mosquitoes cannot be killed and the mosquito bites, it will not only make the player lose fun, but also cause the infection At the same time, many different agricultural, fishery and aquaculture industries, such as aquaculture, animal husbandry or farmland farmers, in order to avoid the human body being bitten by mosquitoes in farmland or farms, resulting in symbiosis between humans and animals infected by birds or livestock diseases, such as bird flu and other major diseases, and even to prevent breeding livestock from being bitten by mosquitoes and infecting diseases with each other, or to prevent crops from being eroded by pests, it is also necessary to set up mosquito traps to kill mosquitoes or pests, so that the breeding Livestock or planted crops grow healthily and rapidly. However, these places may not have power supply available. Even if some indoor farms or livestock farms are equipped with power supply, the light waves of LED lights of traditional mosquito trap lamps are fixed. , it is impossible for users to replace LED lights with different light waves for mosquitoes or pests in this industry, so that the effect of killing mosquitoes or pests is not obvious, and it is impossible to attract various mosquitoes or pests to enter the mosquito lamp and kill them. Livestock or planted crops are bitten or gnawed by mosquitoes and pests. Not only the livestock are bitten by mosquitoes and die of disease, but also the crops are eroded by pests and cannot grow smoothly, causing farmers to suffer heavy losses. Some traditional mosquito traps Because the mosquitoes or pests flying into the mosquito lamp are small in size, they cannot be killed by the electric shock net inside. At this time, the smaller mosquitoes (such as small black mosquitoes) and pests will escape from the mosquito lamp. Don't dare to get close to the mosquito catching lamp, so that the effect of the mosquito catching lamp on killing mosquitoes and pests is greatly reduced, causing great inconvenience and distress to users; the above-mentioned shortcomings are long-term shortcomings that traditional electronic mosquito catching lamps cannot overcome; in view of Therefore, how can we develop a battery that can store electrical energy at any time, whether it is indoors using commercial power or other power sources that can provide appropriate voltage for charging, or it can also absorb sunlight and heat energy in places where there is no power supply outdoors? , using the sun's light energy to store electrical energy in the storage device for use anytime, anywhere, and the electrical energy stored in the storage device can also be connected through the USB output to provide portable mobile devices when needed It can be recharged at any time to achieve the convenience and practicability of the multi-functional electronic mosquito lamp. At the same time, the LED lamp module of the electronic mosquito lamp can be replaced with LED lamps of different light waves at any time according to the needs of different industries or places, so as to improve the efficiency of hunting. The effect of mosquitoes and pests increases the utilization value of the electronic mosquito trap lamp, and the smaller mosquitoes or pests can still be sucked and collected by the powerful cyclone generated by the internal fan when they are not killed by the electric shock net in the electronic mosquito trap lamp In the bottom tank, there is no way to escape, and eventually it is dried by the fan and dies due to lack of water. It really achieves the best effect of the electronic mosquito catching lamp on killing mosquitoes or pests, which is enough to improve the electronic mosquito catching lamp. superiority.

Utility model content

Considering that there are still many problems in the use and efficacy of the above-mentioned traditional electronic mosquito traps, the inventors set out to conduct research and actively research and develop, hoping to break through the functional limitations of the existing technology.

The main purpose of this utility model is to provide an electronic mosquito trapping lamp, which uses the nocturnal and phototaxis of mosquitoes or pests, and uses replaceable LED lamp modules to target various industries or places of use. Replace the LED lights with different light waves to attract various mosquitoes or pests to fly into the electronic mosquito lamp through the through hole of the housing frame, and touch the electric shock net to be killed, and the insects in the electronic mosquito lamp Various lures that can attract mosquitoes or pests are placed in the lure carrier. The lure can also be set as a mosquito-killing lure according to needs. When mosquitoes or pests are lured into the electronic mosquito lamp, It will be killed by the electric shock net or the strong cyclone generated by the fan will suck the small mosquitoes or pests that have not been killed by the electric shock net into the collection bottom tank at the bottom, and trap them in it until it is dried by the wind of the fan and loses moisture to death. The best effect of catching and killing mosquitoes, pests or insects can also be achieved.

Another main purpose of the present utility model is to provide an electronic mosquito catching lamp. The upper end of the electronic mosquito catching lamp is provided with a solar battery system with a solar panel. The solar battery system includes an energy storage device and an electric shock circuit. The solar panel can absorb sunlight and heat energy, and then store the electric energy in its energy storage device. It can also store the mains power or other electric energy that can provide an appropriate voltage to the storage device through the power input terminal on the functional interface of the solar battery system. In the energy storage device, it can not only provide indoor and outdoor use, but also output the electric energy in the energy storage device to various portable mobile devices for charging through the connection of its USB output port, which has the convenience of indoor and outdoor charging at any time. Provides the multi-functional utilization value of the power supply.

In order to achieve the above purpose, the utility model provides an electronic mosquito trapping lamp, which mainly includes an upper cover, a solar battery system with a solar panel installed on the upper end, an electric shock net, a housing frame, a fan and a collection bottom groove; The cover, the housing frame and the collection bottom tank are connected and assembled together; wherein, an electric shock net and a fan are arranged in the accommodation space of the housing frame; the electric shock net is arranged above or below the fan; wherein, the solar battery The system further includes a power storage device capable of storing electric energy and an electric shock circuit; the solar battery system is arranged on the top of the upper cover; it is characterized in that: the solar battery system is provided with a functional interface, and at least one USB output terminal is provided on the functional interface. It is used to provide users with connecting the USB output port to output the electric energy in the power storage device of the electronic mosquito lamp to a portable mobile device for charging; wherein, the electronic mosquito lamp further includes an LED lamp module, an LED At least one LED lamp is fixed on the electrical connection of the lamp module, and the LED lamp module is replaceably arranged under the upper cover, and different mosquitoes or pests are attracted to enter the interior of the electronic mosquito trap by replacing LED lamps with different light waves. And was killed by the electric shock net; the electronic mosquito trap further includes a lure body carrier, the lure body carrier is arranged under the upper cover body, and the lure body carrier is provided with a storage tank, which is placed in the storage tank to attract mosquitoes or kill mosquitoes. Insect traps attract mosquitoes or pests to fly into the electronic mosquito trap to be killed by the electric shock net; among them, the solar battery system is electrically connected with the LED light module, the electric shock net and the fan; among them, the power storage device is a lithium battery Or lead-acid battery; wherein, the upper cover body is recessed inward and extends downwards with a lower edge of the upper cover, and a gap is opened on the lower edge of the upper cover, so that the functional interface of the solar battery system just corresponds to the opening on the lower edge of the upper cover. gap; wherein, the accommodating frame is pierced with a plurality of through holes; wherein, the functional interface is provided with a power input terminal for the corresponding insertion of the power adapter and storage of commercial power or appropriate voltage electric energy into the power storage device; wherein , the functional interface at one end of the solar battery system is provided with a plurality of indicator lights, through the difference of the indicator lights, the user can distinguish the amount of electric energy stored in the power storage device; wherein, the upper end of the upper cover is protrudingly provided with two corresponding The hanging holes are provided for the corresponding positioning of the two ends of the hanger, forming a handle that allows the user to easily extract the electronic mosquito lamp or hang the electronic mosquito lamp; wherein, the bottom end of the collection bottom tank is protrudingly provided with feet The plug is used to allow the user to insert the electronic mosquito lamp on the outdoor ground or on the farmland in the field; wherein, the collection bottom tank is pierced with a plurality of air holes with small apertures, so that the inside of the collection bottom tank can achieve the effect of ventilation; Through the above technical means, it is known that the electronic mosquito trap lamp of the present utility model can not only attract different mosquitoes or pests by using LED lights of different light waves according to different industries or needs, but also can be placed to effectively attract mosquitoes, pests or have the ability to kill mosquitoes. The function of the lure, so that mosquitoes or pests will automatically fly into the electronic mosquito lamp due to the lure and be killed by the electric shock net. If smaller mosquitoes or pests fly into the electronic mosquito lamp, they can also be caught by the rotating mosquito The powerful cyclone generated by the fan sucks and falls into the bottom collecting bottom Trapped in the collection bottom trough, unable to escape, finally blown dry by the wind of the fan, losing moisture and dying, which is enough to improve the best effect of the electronic mosquito catching lamp on killing mosquitoes or pests, and the utility model electronic mosquito catching lamp The upper end of the upper cover is equipped with a solar battery system, and when the user carries it outdoors, the solar panel of the solar battery system can automatically absorb the light energy of sunlight, convert it into electrical energy, and store it in its power storage device to provide The electric power is used for the electric shock circuit, electric shock net, fan and LED light module to achieve the economic benefits of environmental protection and energy saving. The power adapter can also be plugged into the power input terminal on the functional interface, and the mains power or other power that can provide an appropriate voltage can be used. It is stored in the power storage device of the solar battery system for use, and the functional interface of the solar battery system is also equipped with a USB output port, which provides charging for mobile phones, iPads or various portable mobile devices, and improves electronic mosquito trapping The convenience of the multi-functional use of the lamp, when the electronic mosquito-catching lamp of the present utility model is carried outdoors, it can also be inserted on the ground or in the field through the foot plug at the bottom of the collection bottom tank, so as to facilitate the killing of mosquitoes or pests and avoid The human body or other breeding livestock are bitten by mosquitoes, which can effectively prevent the spread of diseases, and can also prevent the crops from being eroded by pests, and improve the advantages of multi-function and effective killing of mosquitoes or pests and the industrial utilization value of electronic mosquito trap lamps.

Description of drawings

Fig. 1 is a three-dimensional schematic diagram (1) of a preferred embodiment of the present utility model.

Fig. 2 is a three-dimensional exploded schematic view of a preferred embodiment of the present invention.

Fig. 3 is a partial three-dimensional exploded schematic view (1) of a preferred embodiment of the present invention.

Fig. 4 is a partial schematic diagram of a preferred embodiment of the present invention.

Fig. 5 is a partial three-dimensional exploded schematic diagram (2) of a preferred embodiment of the present invention.

Fig. 6 is a partial three-dimensional exploded schematic diagram (3) of a preferred embodiment of the utility model.

Fig. 7 is a perspective view (2) of a preferred embodiment of the utility model.

Explanation of reference signs

1 electronic mosquito lamp

10 upper cover body

11 storage slots

12 hangers

13 hanging holes

15 lower edge of upper cover

16 gaps

20 solar cell system

21 solar panels

22 function interfaces

23USB output port

230 power adapter

25 power input

26 indicator lights

30LED light module

31 LED lights

50 decoy vehicles

60 shock net

70 storage frame

700 accommodation space

71 through holes

72 fixed piece

80 fans

90 collection bottom tank

900 accommodation space

91 hook

92 ventilation holes

93 pin plug

detailed description

In order to further understand the structure, features and functions of the present utility model, preferred embodiments are attached and detailed description is as follows with reference to the accompanying drawings.

Please refer to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6 and Fig. 7, the electronic mosquito lamp 1 of the present utility model mainly includes an upper cover body 10, and a solar energy source with a solar panel 21 installed on the upper end. The battery system 20, the electric shock net 60, the housing frame 70, the fan 80, and the collection bottom tank 90 are connected together by the upper cover, the housing frame and the collection bottom tank, and the electronic mosquito lamp 1 The overall appearance is not limited to a circular shape, and the overall appearance of the electronic mosquito lamp 1 can also be designed as any other three-dimensional geometric shape; the housing frame 70 is hollow, and the hollow interior has a housing space 700, which accommodates The shock net 60 and the fan 80 are arranged in the storage space 700, and a plurality of through holes 71 are also pierced in the housing frame 70; wherein, the solar battery system 20 further includes a power storage device 200 capable of storing electric energy and a shock circuit 2000, The upper cover 10 is recessed inwardly and extends downwards with a lower edge 15 of the upper cover. The lower edge 15 of the upper cover is provided with a gap 16 at an appropriate place, and the center of the top of the upper cover 10 is recessed with an accommodation groove 11 for solar energy. The battery system 20 is correspondingly accommodated in the groove so that the solar panel 21 at the upper end is located at the uppermost end, and at the same time, the functional interface 22 at one end just corresponds to the gap 16 provided by the upper cover lower edge 15 of the upper cover body 10 . When the mosquito catching lamp 1 is placed outdoors or in farmland, the solar panel 21 on its upper end can directly absorb the light energy and heat energy of sunlight, and then store the electric energy in the power storage device 200, which can be used as required. Lithium battery or lead-acid battery. The functional interface 22 is provided with a power supply adapter 230 that can be plugged in correspondingly and store the mains or appropriate voltage electric energy in the power input terminal 25 in 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 electric energy, the user can clearly identify the electric energy stored in the power storage device 200 through the different light signals of the plurality of indicator lights 26 provided on the functional interface 22. and the functional interface 22 is provided with at least one USB output port 23, which can provide the user with the connection of the USB output port 23 to output the electric energy in the power storage device 200 of the electronic mosquito lamp 1 to Mobile phones, iPads, or other various portable mobile devices achieve the special function of being convenient to charge and use at any time, and the upper end of the upper cover body 10 is provided with two corresponding hanging holes 13 for the two ends of the hanger 12. Corresponding to the penetration positioning, it forms a handle that allows users to conveniently extract the electronic mosquito catching lamp 1 or hang the electronic mosquito catching lamp 1 on chairs, trees, or even railings to avoid mosquito bites; wherein, the upper cover body 10 and cover it downwardly on the top of the housing frame 70, so that the upper cover lower edge 15 of the upper cover 10 is inserted into the housing frame 70, and they are connected and fixed as a whole, and the housing space 700 of the housing frame 70 A fixed piece 72 is extended, through which the fan 80 is placed in the housing frame 70, the electric shock net 60 can be set above or below the fan 80, and the bottom end of the housing frame 70 is provided with a hook With the hook that is fixed on the upper end of the collection bottom tank 90 correspondingly 91, so that the collection bottom tank 90 is connected and fixed under the housing frame 70 and connected to each other as a whole. The through hole 71 of the electronic mosquito trap enters the mosquitoes, pests or insects inside the electronic mosquito lamp 1, and the collection bottom tank 90 is perforated with a plurality of air holes 92 with small apertures, which cannot allow mosquitoes or pests to escape. The air holes 92 allow the electronic The interior of the mosquito catching lamp 1 achieves the effect of ventilation, and a foot plug 93 is protruding from the center of the bottom end of the collection bottom tank 90. When the user carries the electronic mosquito catching lamp 1 outdoors, the electronic mosquito catching lamp 1 can be conveniently removed through the foot plug 93. The lamp 1 is inserted on the ground for picnics, camping, playing or engaging in various activities or on the farmland cultivated by farmers, which not only effectively prevents mosquitoes or insects from being bitten, avoids infectious diseases, but also kills pests or insects that erode crops, making the crops Smooth and rapid growth; the utility model electronic mosquito lamp 1 further includes an LED lamp module 30, the LED lamp module 30 is electrically connected and fixed with at least one LED lamp 31, and is replaceably arranged on the upper cover 10, the LED lights 31 of the LED light module 30 can be set as LED lights 31 with different light waves according to requirements, and the nocturnal and phototropic properties of mosquitoes or pests can be used to attract different pests or mosquitoes. The through hole 71 of 70 flies into the electronic mosquito trapping lamp 1 and is killed when it touches the electric shock net 60. Therefore, when the electronic mosquito trapping lamp 1 of the present utility model is used in various In different industries, the LED lamp module 30 with LED lamps 31 of different light waves can be replaced according to the needs of the industry to improve the effect of killing mosquitoes or pests. When the LED lamp 31 of the LED lamp module 30 is set to a general LED When the light is 31, it can also be used for lighting, night light or garden light, which improves the multiple utilization value of the electronic mosquito catching lamp 1. If smaller mosquitoes or pests fly into the electronic mosquito catching lamp 1 and are not killed by the electric shock net 60, The mosquitoes or pests will still be sucked into the collection bottom tank 90 at the bottom by the powerful cyclone generated by the fan 80, because the ventilation holes 92 of the collection bottom tank 90 are quite small, so that the mosquitoes or pests are sucked into the collection bottom tank 90 Or the pests cannot escape from the outside of the electronic mosquito trapping lamp 1, so that they are trapped in it until they are dried by the wind force of the fan 8, and lose moisture to death, so as to achieve the best effect of killing mosquitoes, pests or insects; the utility model solar battery system 20 It is electrically connected with the LED lamp module 30, the electric shock net 60 and the fan 80, and the electronic mosquito lamp 1 further includes a lure carrier 50, and the lure carrier 50 is also arranged under the upper cover 10, the lure The carrier 50 is provided with a storage tank, which can effectively attract mosquitoes, insects or pests. The lure can even be set to have the effect of killing insects. The lure can be food or hormones according to needs. Various biological lures and plant lures improve the specific efficacy of the electronic mosquito trapping lamp 1 of the present utility model to accurately trap mosquitoes or pests.

The above are only the preferred embodiments of the present utility model, and are not used to limit the implementation scope of the present utility model. Others make any changes, modifications or equivalents under the same spirit of the utility model and the scope of the patent. Arrangements are all covered by the scope of protection of the utility model and the patent scope.

Claims (9)

1. An electronic mosquito catching lamp, mainly comprising an upper cover, a solar cell system with a solar panel installed on the upper end, an electric shock net, an accommodating frame, a fan and a collection bottom groove; the upper cover, the accommodating frame The body and the collection bottom tank are interconnected and set as one; wherein, an electric shock net and a fan are arranged in the accommodation space of the accommodating frame; the electric shock net is arranged above or below the fan; wherein, the solar battery system includes Electric energy storage device and electric shock circuit; the solar cell system is arranged on the top of the upper cover; It is characterized by: The solar battery system is provided with a functional interface, and the functional interface is provided with at least one USB output terminal, which is used to provide the user with the ability to connect the USB output terminal to output the electric energy in the power storage device of the electronic mosquito trap lamp to the portable mobile device for charging; Among them, the electronic mosquito lamp further includes an LED light module, at least one LED light is fixedly connected to the LED light module, and the LED light module is replaceably arranged under the upper cover. The LED lamp is used to attract different mosquitoes or pests into the electronic mosquito lamp and is killed by the electric shock net; The electronic mosquito trapping lamp further includes a lure carrier, the lure carrier is arranged under the upper cover, and a storage tank is provided inside the lure carrier, and the lure body with the effect of attracting mosquitoes or killing insects is placed in the storage tank , and then attract mosquitoes or pests to fly into the electronic mosquito lamp to be killed by the electric shock net; Wherein, the solar battery system is electrically connected with the LED lamp module, the shock grid and the fan. 2. The electronic mosquito catching lamp according to claim 1, wherein the power storage device is a lithium battery or a lead-acid battery. 3. The electronic mosquito catching lamp as claimed in claim 1, wherein the upper cover body is recessed inward and extends downward with a lower edge of the upper cover, and a gap is provided at the lower edge of the upper cover, so that the functional interface of the solar battery system It just corresponds to the gap provided by the lower edge of the upper cover. 4. The electronic mosquito catching lamp according to claim 1, wherein a plurality of through holes are perforated in the accommodating frame. 5. The electronic mosquito trap according to claim 1, characterized in that, the functional interface is provided with a power input terminal for corresponding insertion of a power adapter and storing commercial power or appropriate voltage electric energy in the power storage device. 6. The electronic mosquito catching lamp as claimed in claim 1, characterized in that the functional interface at one end of the solar battery system is provided with a plurality of indicator lights, and the user can identify the mosquitoes stored in the power storage device through the difference of the indicator lights. How much power. 7. The electronic mosquito catching lamp as claimed in claim 1, wherein two corresponding hanging holes are protruded from the upper end of the upper cover, so that the two ends of a hanger can be inserted and positioned correspondingly, forming a shape that allows the user to It is convenient to take out the electronic mosquito lamp or hang the electronic mosquito lamp on the handle. 8 . The electronic mosquito catching lamp according to claim 1 , wherein a foot socket is protruding from the bottom end of the collection bottom tank for allowing users to insert the electronic mosquito catching lamp outdoors on the ground or in the field. 9. The electronic mosquito catching lamp according to claim 1, characterized in that the collection bottom tank is perforated with a plurality of air holes with smaller apertures, so that the inside of the collection bottom tank can achieve the effect of ventilation.