CN110742038A

CN110742038A - Mosquito trapper

Info

Publication number: CN110742038A
Application number: CN201810808222.4A
Authority: CN
Inventors: 张朝元
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-07-22
Filing date: 2018-07-22
Publication date: 2020-02-04

Abstract

The invention discloses a mosquito trap which comprises a shell (1), a light trapping unit (2), a sound trapping unit (3), a biological trapping unit (4), a capturing unit (5), a killing unit (6), an energy supply unit (7) and a control circuit unit (8), wherein the energy supply unit (7) and the control circuit unit (8) provide power, the light trapping unit (2) is positioned on the upper part of the shell (1) and comprises a slow motor (201) hung on the top of the shell (1), a circular rotating disk (202) connected with the slow motor (201) and lamp tubes (203), and the lamp tubes (203) are hung and distributed at intervals of 30 degrees along the circumferential direction of the rotating disk (202). This mosquito trapper lures unit, sound through the reasonable layout of whole device, lures unit, biology to lure the unit to concentrate in a trapping device with light, forms the complementation of multiple trapping mode to can set for different catching parameters as required, realize the trapping to different kinds of mosquito, the adaptation place is extensive.

Description

Mosquito trapper

Technical Field

The invention relates to an epidemic prevention and killing device, in particular to a mosquito trap.

Background

Mosquitoes are used as main pathogenic bacteria infection media, and bite the skin of a person to be itchy and difficult to endure, and the person cannot sleep peacefully and is used as a pathogenic bacteria medium such as dengue fever, so the mosquito killing in summer and autumn is used as the key point of epidemic prevention.

Disclosure of Invention

The invention provides a mosquito trapper which has a reasonable design structure and can kill mosquitoes in various trapping modes.

The technical scheme of the invention comprises a shell 1, wherein strip-shaped barriers 101 are distributed on the periphery of the upper part of the shell 1, a light induction unit 2, a sound induction unit 3, a biological induction unit 4, a capture unit 5 and a killing unit 6 are arranged in the shell 1, the mosquito trap also comprises an energy supply unit 7 and a control circuit unit 8 which provide power, the light induction unit 2 is positioned on the upper part of the shell 1 and comprises a slow motor 201 hung on the top of the shell 1, a circular rotating disk 202 connected with the slow motor 201 and a lamp tube 203, the lamp tube 203 is hung and distributed along the circumferential direction of the rotating disk 202 at intervals of 30 degrees, the sound induction unit 3 comprises a multi-sound-section audio generator 301, the audio generator 301 is arranged at the center of the rotating disk 202, the biological induction unit 4 is positioned on the lower part of the shell 1 and comprises an induction channel 401, a carbon dioxide generator 402 and a humidity regulator 403, the lower peripheral surface of the induction channel 401 is distributed with air diffusion holes 404, the catching unit 5 comprises a suction channel 501, a catching chamber 502, a suction fan 503 and a discharge channel 504 which are connected with the light induction unit 2, the sound induction unit 3 and the biological induction unit 4, the sterilizing unit 6 comprises a sterilizing chamber 601, a removable insect storage box 602 positioned in the sterilizing chamber 601, sterilizing medicines 603 and a ventilation isolation net 604, the sterilizing chamber 601 is parallel with the biological induction unit 4, one end of the sterilizing chamber is connected with the discharge channel 504, the other end of the sterilizing chamber is connected with the ventilation isolation net 604, and the side wall of the insect storage box 602 is provided with an insect sticking plate 605.

The lamp tube 203 is a purple light lamp tube and/or a blue light lamp tube.

The tube 203 hung on the rotating disk 202 is covered with a tubular electric shock metal net 9.

The tone generator 301 is a 580-780 hz tone generator.

Energy supply unit 6 for solar cell energy supply system, energy supply unit 6 in solar cell panel pass through the angle modulation frame and fix at casing 1 outer end top.

An escape-proof net 505 is arranged in the discharge passage 504.

The discharge channel 504 is a flared channel having a smallest diameter at the end connected to the sterilization chamber 601.

The control circuit unit 8 is connected with the photosensitive sensor.

The suction channel 501 connecting the light induction unit 2 and the sound induction unit 3 is an L-shaped channel, the input port of the L-shaped channel is located at the right lower end of the lamp tube 203, and the diameter of the input port is smaller than that of the output port of the L-shaped channel.

The invention has the advantages that the light-induced unit, the sound-induced unit and the biological-induced unit are integrated into one trapping device for reasonable layout, so that various trapping modes are formed for mutual complementation, different trapping parameters can be set in the three units according to requirements, the trapping of different types of mosquitoes is realized, and the application place is wide; the light trapping unit is provided with a plurality of light tubes which rotate at a low speed, so that a dynamic light trapping mode is realized, and a better trapping effect is achieved; through the solar energy supply system, in autumn and spring, the solar energy system is more suitable for outdoor epidemic prevention and killing.

Drawings

The invention is further described with reference to the accompanying drawings in which:

fig. 1 is a schematic structural view of the present invention.

In the figure: 1. the device comprises a shell, 101, a strip-shaped barrier, 2, a light induction unit, 201, a slow motor, 202, a rotating disk, 203, a lamp tube, 3, a sound induction unit, 301, an audio generator, 4, a biological induction unit, 401, an induction channel, 402, a carbon dioxide generator, 403, a humidity regulator, 404, an air dispersion hole, 5, a capture unit, 501, an inhalation channel, 502, a capture chamber, 503, a suction fan, 504, an exhaust channel, 505, an escape prevention net, 6, a disinfection unit, 601, a disinfection chamber, 602, an insect storage box, 603, a disinfection medicine, 604, a ventilation isolation net, 605, an insect sticking plate, 7, an energy supply unit, 8, a control circuit unit, 9, an electric shock metal net, 10 and universal wheels.

Detailed Description

As shown in figure 1, the invention comprises a shell 1, strip-shaped barriers 101 are distributed on the periphery of the upper part of the shell 1, a light induction unit 2, a sound induction unit 3, a biological induction unit 4, a capture unit 5 and a killing unit 6 are arranged in the shell 1, the mosquito trap also comprises an energy supply unit 7 and a control circuit unit 8 which provide power, the light induction unit 2 is positioned on the upper part of the shell 1 and comprises a slow motor 201 hung on the top of the shell 1, a circular rotating disk 202 connected with the slow motor 201 and lamp tubes 203, the lamp tubes 203 are hung and distributed at intervals of 30 degrees along the circumferential direction of the rotating disk 202, when the light induction unit 2 is electrified and works, the slow motor 201 drives the circular rotating disk 202 to rotate slowly, the lamp tubes 203 hung on the circumferential direction of the rotating disk 202 rotate along with the rotating, the rotating speed and interval rotation of the slow motor 201 are controlled by the control circuit unit 8, and the dynamic light trapping function of the light induction unit 2 is realized, the sound inducing unit 3 comprises a multi-sound-segment audio generator 301, the audio generator 301 is arranged at the center of the rotating disc 202, the sound frequency of the audio generator 301 at different times is controlled by a control circuit unit 8, so as to realize the sound trapping function aiming at different time intervals, the biological inducing unit 4 is arranged at the lower part of the shell 1 and comprises an inducing channel 401, a carbon dioxide generator 402 and a humidity regulator 403, the air dispersing holes 404 are distributed on the lower peripheral surface of the inducing channel 401, the capturing unit 5 comprises an inhaling channel 501, a capturing chamber 502, a suction fan 503 and an exhaust channel 504 which are connected with the light inducing unit 2, the sound inducing unit 3 and the biological inducing unit 4, the sterilizing unit 6 comprises a sterilizing chamber 601, a removable insect storage box 602, a sterilizing medicine 603 and a ventilation isolation net which are arranged in the sterilizing chamber 601 and the biological inducing unit 4 in parallel, one end of the sterilizing chamber 601 is connected with the exhaust channel 504, the other end is connected with a ventilation isolation net 604, and a pest sticking plate 605 is arranged on the side wall of the pest storage box 602.

The tube 203 is a violet light tube and/or a blue light tube, preferably: the purple light lamp tubes and the blue light lamp tubes are alternately arranged and controlled in a time-sharing manner.

The lamp tube 203 hung on the rotary disk 202 is covered with a tubular electric shock metal net 9.

Tone generator 301 is a 580-780 hz tone generator.

The energy supply unit 6 is a solar battery energy supply system, and a solar battery panel in the energy supply unit 6 is fixed at the top of the outer end of the shell 1 through an angle adjusting frame.

An escape prevention net 505 is provided in the discharge passage 504.

The lower end of the shell 1 is provided with a universal wheel 10.

The control circuit unit 8 is connected to the photo sensor, and controls the operation period of the photo inducing unit 2 according to the sensitivity of the photo sensor.

As shown in fig. 1, the inhalation channel 501 to which the biosensing unit 4 is connected is preferably an independent channel. The suction channel 501 connecting the light induction unit 2 and the sound induction unit 3 is an L-shaped channel, the input port of the L-shaped channel is located at the right lower end of the lamp tube 203, and the diameter of the input port is smaller than that of the output port of the L-shaped channel.

Claims

1. The utility model provides a mosquito trapper, includes casing (1), casing (1) upper portion periphery distribute bar barrier (101), its characterized in that: set up light in casing (1) and lure unit (2), sound and lure unit (3), living beings and lure unit (4), catch unit (5) and kill unit (6), this mosquito trapper still includes energy supply unit (7) and control circuit unit (8) that provide power, light lure unit (2) to be located the upper portion of casing (1), including hanging slow motor (201) at casing (1) top, circular rotary disk (202) and fluorescent tube (203) of connecting slow motor (201), fluorescent tube (203) along carousel (202) circumference every 30 degrees hang and distribute, sound lure unit (3) including many sound sections audio generator (301), audio generator (301) set up in the center department of rotary disk (202), living beings lure unit (4) to be located the lower part of casing (1), comprises a luring channel (401), a carbon dioxide generator (402) and a humidity regulator (403), wherein the lower peripheral surface of the luring channel (401) is distributed with dispersed air holes (404), the catching unit (5) comprises a suction channel (501), a catching chamber (502), a suction fan (503) and a discharge channel (504) which are connected with the light luring unit (2), the sound luring unit (3) and the biological luring unit (4), the killing unit (6) comprises a killing chamber (601), a removable insect storage box (602) positioned in the killing chamber (601), a killing medicine (603) and a ventilation isolation net (604), the killing chamber (601) is parallel to the biological luring unit (4), one end of the killing chamber is connected with the discharge channel (504), the other end of the killing chamber is connected with the ventilation isolation net (604), and an insect sticking plate (605) is arranged on the side wall of the insect storage box (602), fluorescent tube (203) be purple light fluorescent tube and/or blue light fluorescent tube, fluorescent tube (203) that rotary disk (202) hung be covered with tube-shape electric shock metal mesh (9), energy supply unit (6) be solar cell energy supply system, energy supply unit (6) in solar cell panel pass through the angle modulation frame and fix at casing (1) outer end top.

2. The mosquito trap of claim 1, wherein: the tone generator (301) is a 580-780 Hz tone generator.

3. The mosquito trap of claim 1, wherein: an escape-proof net (505) is arranged in the discharge channel (504).

4. The mosquito trap of claim 1, wherein: the discharge channel (504) is a horn-shaped channel, and the caliber of the end of the discharge channel connected with the sterilizing chamber (601) is the smallest.

5. The mosquito trap of claim 1, wherein: the lower end of the shell (1) is provided with a universal wheel (10).

6. The mosquito trap of any one of claims 1 to 5, wherein: the control circuit unit (8) is connected with the photosensitive sensor.

7. The mosquito trap of claim 6, wherein: the suction channel (501) connecting the light induction unit (2) and the sound induction unit (3) is an L-shaped channel, the input port of the suction channel is positioned at the right lower end of the lamp tube (203), and the diameter of the input port is smaller than that of the output port of the suction channel.