CN201967549U - Outdoor acousto-optic electronic mosquito killer - Google Patents

Abstract

The utility model discloses an outdoor acousto-optic electronic mosquito killer. The power grid and the insulating protective net are cylindrical bodies whose busbars are convex arcs; the arc-shaped electric brush is fixedly connected to the electric brush shaft through a cross bar; The lower ends of both are installed on the base; the motor is set in the cavity of the base, and the motor is connected with the timer used to control the working state of the motor; the upper end of the power grid and the insulation protection net are fixedly connected on the top cover; Inside, a male mosquito flight sound simulator is arranged on the base; a neon lamp is hung on the lower surface of the top cover; a storage battery for providing power for the motor, the grid, the neon lamp and the timer is also arranged in the cavity of the base. The electronic mosquito killer of the utility model has the advantages of effectively attracting and killing female mosquitoes, attracting male mosquitoes through light, simple structure, convenient and effective mosquito killing, and the like.

Description

Outdoor sound and light electronic mosquito killer

technical field

The utility model relates to a mosquito killer, in particular to an outdoor acousto-optic electronic mosquito killer.

Background technique

Mosquitoes are pests that transmit a variety of deadly diseases including encephalitis and dengue fever. People often use mosquito coils, sprays, etc. to kill mosquitoes. This method of killing mosquitoes is not only ineffective, but also harmful to people's health and pollutes the environment.

In the prior art, people have also invented the method of killing mosquitoes by electric shock. The Chinese utility model patent with the application number of 200820003662 provides an improved electric mosquito killing racket, including a handle, a racket net, a booster circuit board, a charging circuit board, a battery, a switch, and the handle is divided into an upper handle rod and a lower handle Rod, the upper handle rod is integrated with the racket net, and the butt ends of the upper and lower two handle rods are provided with joints to connect the two handle rods into one body. The shape of this electric mosquito killing racket is similar to that of a tennis racket, and it needs to be held by a human hand to actively slap the mosquitoes to kill the mosquitoes, but cannot actively lure and kill the mosquitoes. The Chinese utility model patent with the application number of 96219786 provides a mosquito larva trapping device, which includes the upper cover of the main machine and a container body. A motor and a control circuit are arranged inside the container body, and the lifting of the pressure net is controlled by a sling; the container body Both the inside and the outside are black. There are black stones and water in the container. There is a clasp on the inner wall, which can attract mosquitoes to fly in through the mosquito trap, and make mosquitoes lay eggs on the water surface. Mosquito larvae die due to lack of water and oxygen. This technical solution can only kill mosquito larvae but not female mosquitoes, and has a complicated structure and high manufacturing cost.

Utility model content

The utility model provides an outdoor acousto-optic electronic mosquito killer to avoid the disadvantages of the above-mentioned prior art, so as to lure mosquitoes to actively approach and kill them, so as to realize the purpose of killing mosquitoes.

The utility model adopts the following technical solutions for solving technical problems.

The outdoor acousto-optic electronic mosquito killer is characterized in that it includes an insulating protection net, a power grid and an electric brush. The power grid and the insulation protection net are cylindrical bodies whose busbars are convex arcs, and the power grid is located in the inner cavity of the insulation protection net. Middle; the electric brush located in the grid cavity is fixedly connected to the electric brush shaft through a cross bar; one end of the electric brush shaft is connected to the motor shaft of the motor; the other end of the electric brush shaft is connected to the top cover through a bearing; the The lower ends of the insulation protection net and the grid are installed on the base, and the base seals the lower port of the insulation protection net and the grid; the motor is arranged in the cavity of the base, and the motor is connected with the timer for controlling the working state of the motor connection; the upper end of the power grid and the insulation protection net are fixedly connected on the top cover; in the grid cavity, a male mosquito flight sound simulator is provided on the base; a neon lamp is suspended on the lower surface of the top cover; There is also a storage battery for providing power for the motor, the grid, the neon lamp and the timer in the cavity.

The structural characteristics of the outdoor acousto-optic electronic mosquito killer of the present utility model also lie in:

The upper end of the top cover is fixedly connected with a hook.

The electric brush is two arc rods.

The lower part of the base is provided with a plurality of legs; the central part of the lower end surface of the base is provided with a light hole, and a power indicator light is provided in the light hole.

Compared with the prior art, the beneficial effects of the utility model are reflected in:

The electronic mosquito killer of the utility model is provided with an insulating protective net, a power grid, a male mosquito flying sound simulator and a neon lamp, and the male mosquito flying sound simulator can emit a buzzing sound similar to a male mosquito to attract female mosquitoes and act as a female mosquito. When passing through the protective net and touching the power grid, you will be killed by electric shock. The timer starts the motor every period of time, and the motor controls the rotation of the electric brush, and the bristles of the electric brush sweep away the dead mosquitoes stuck to the grid. Since the grid is in a convex arc shape, most mosquitoes will land on the table or the ground outside the mosquito killer when they fall, which will not cause accumulation of dead mosquitoes in the mosquito killer. Neon lamps are suspended on the lower surface of the top cover, so that the mosquito killer can not only attract female mosquitoes through sound simulators, but also attract and kill female mosquitoes and male mosquitoes through light, making the mosquito killer more comprehensive. . The upper end of the top cover is fixedly connected with a suspension hook, so that the mosquito killer can be hung up very conveniently. The electric brush is two arc rods, and the arc of the arc rod matches the arc of the grid. When the timer starts the motor, the insulating bristles will sweep off the mosquito corpses on the grid without manual cleaning. The lower part of the base is provided with a plurality of legs, so that the mosquito killer can be placed on the ground or on the desktop. The power indicator light on the base can indicate the working status of the mosquito killer. The electronic mosquito killer of the utility model can be placed indoors or outdoors to kill mosquitoes; when placed outdoors, it can kill a large number of female mosquitoes and effectively reduce the number of mosquitoes within a certain range. The electronic mosquito killer of the utility model can effectively attract female mosquitoes and kill them, and can also attract male mosquitoes through light, so that the purpose of mosquito killing can be realized conveniently, and the structure is simple and easy to use.

Description of drawings

Fig. 1 is the structural representation of the electronic mosquito killer of the present utility model.

Labels in accompanying drawing 1: 1 insulating protective net, 2 grid, 3 electric brush, 4 cross bar, 5 electric brush shaft, 6 motor, 7 top cover, 8 base, 9 timer, 10 male mosquito flight sound simulator, 11 Battery, 12 hooks, 13 legs, 14 power indicator lights, 15 speakers, 16 neon lamps.

The utility model will be further described below through specific embodiments in conjunction with the accompanying drawings.

Detailed ways

Referring to FIG. 1 , the outdoor acousto-optic electronic mosquito killer includes an insulating protective net 1 , a power grid 2 and an electric brush 3 . The power grid 2 and the insulation protection net 1 are cylindrical bodies whose busbars are convex arcs. The power grid 2 is set in the inner cavity of the insulation protection net 1, that is, the insulation protection net 1 is set outside the power grid 2 and there is a gap between them. 5mm ~ 8mm interval, and the axes of the two coincide. The electric brush 3 located in the grid cavity is fixedly connected to the electric brush shaft 5 through the cross bar 4; one end of the electric brush shaft 5 is connected to the motor shaft of the motor 6; the other end of the electric brush shaft 5 is connected to the top through a bearing. Cover 7; the motor can drive the electric brush shaft to rotate, and then drive the electric brush so that the insulating bristles can clean the mosquito corpses stuck on the grid; because the grid is in a convex arc shape, the mosquito corpses will fall behind the mosquito killer after being swept away Plus, no buildup will form inside the zapper. Both the lower ends of the insulation protection net 1 and the grid 2 are installed on the base 8 , and the base 8 seals the lower ports of the insulation protection net 1 and the grid 2 . Motor 6 is located in the cavity of base 8, and motor 6 is connected with the timer 9 that is used to control the working state of the motor; the timer will start the motor at regular intervals to clean the mosquitoes that are stuck on the grid. The upper ends of the grid 2 and the insulation protection net 1 are fixedly connected to the top cover 7, and the top cover 7 closes the upper openings of the grid 2 and the insulation protection net 1. In the cavity of the power grid 2, a male mosquito flight sound simulator 10 is provided on the base 8; when the male mosquito flight sound simulator 10 is working, it emits 530Hz sound waves to imitate the vibrating sound of male mosquito wings to attract female mosquitoes. A neon lamp 16 is suspended on the lower surface of the top cover, which utilizes the phototaxis of mosquitoes to trap and kill mosquitoes. A storage battery 11 for providing power for the motor 6 , the grid 2 , the neon lamp 16 and the timer 9 is also provided in the cavity of the base 8 . The upper end of the top cover 7 is fixedly connected with a suspension hook 12, which can easily hang the mosquito killer. The electric brush 3 is two arc rods; the radian of the arc rod matches the radian of the power grid, and the part facing the power grid on the arc rod is provided with insulating bristles; Mosquito corpses swept away. The lower part of the base 8 is provided with a plurality of legs 13, so that the mosquito killer can be placed on the desktop or the bottom surface. The central part of the lower end surface of the base 8 is provided with a light hole, and a power indicator light 14 is arranged in the light hole, so as to understand the working state of the mosquito killer.

The base of the mosquito killer is provided with a charging interface for charging the storage battery. At night, the mosquito killer can be hung on the wall or on a rope through a hook, and the mosquito killer can also be placed on the table or the ground. After turning on the switch of the mosquito killer, the storage battery starts to supply power to the grid, the male mosquito flight sound simulator and the neon lamp, and the grid has direct current. The male mosquito flying sound simulator sends 530Hz sound waves through the loudspeaker 15 to imitate the vibrating sound of the male mosquito wings to attract the female mosquitoes to approach. At the same time, the neon lamps hanging on the top cover also emit light to attract mosquitoes. The size of the holes of the insulating protective net is about 1.2 to 1.5 times the size of ordinary mosquitoes, so that mosquitoes can easily pass through. The size of the holes of the grid is about 0.5 to 0.8 times the size of ordinary mosquitoes, so that mosquitoes cannot easily pass through; when mosquitoes hit the grid, they will be shocked to death. Every certain time, the timer will start the motor, so that the electric brush shaft drives the electric brush to rotate, and the bristles of the electric brush will sweep off the dead mosquitoes. Since the grid is in a convex arc shape, most mosquitoes will land on the table or the ground outside the mosquito killer when they fall, which will not cause accumulation of dead mosquitoes in the mosquito killer.

The electronic mosquito killer of the utility model can effectively attract female mosquitoes and kill them, and can also attract male mosquitoes through light, so that the purpose of mosquito killing can be easily realized. The structure is simple and easy to use, that is, it is suitable for outdoors To kill mosquitoes, it can also be placed indoors to kill mosquitoes, and the effect of killing mosquitoes is good.

Claims (4)

1. outdoor acousto-optic electronic mosquito killer, it is characterized in that, comprise insulating protection net (1), electrical network (2) and powered brush (3), described electrical network (2) and insulating protection net (1) are that bus is the cylindrical body of evagination circular arc, and electrical network (2) is located in the internal cavities of insulating protection net (1); The powered brush (3) that is positioned within the electrical network cavity is fixedly connected on the powered brush axle (5) by cross bar (4); One end of powered brush axle (5) is connected with the motor shaft of motor (6); The other end of powered brush axle (5) is connected on the top cover (7) by bearing; The lower end of described insulating protection net (1) and electrical network (2) all is installed on the base (8), and base (8) is with the lower port sealing of insulating protection net (1) and electrical network (2); Described motor (6) is located in the cavity of base (8), and motor (6) is connected with the timer that is used to control electric machine operation state (9); The upper end of electrical network (2) and insulating protection net (1) is fixedly connected on the top cover (7); Within electrical network (2) cavity, on base (8), be provided with male mosquito flight speech simulation device (10); Be hung with neon lamp (16) on the lower surface of described top cover; Also be provided with the accumulator (11) that is used to motor (6), electrical network (2), neon lamp (16) and timer (9) that power supply is provided in the cavity of base (8).

2. mosquito-killing unit according to claim 1 is characterized in that, the upper end of described top cover (7) is fixedly connected with suspension hook (12).

3. mosquito-killing unit according to claim 1 is characterized in that, described powered brush (3) is two bows.

4. mosquito-killing unit according to claim 1 is characterized in that, the bottom of described base (8) is provided with a plurality of supporting legs (13); The centre of described base (8) lower surface is provided with lamp hole, is provided with power supply indicator (14) in the lamp hole.

Images