Solar ecological mosquito killer

Abstract

The utility model discloses a solar ecological mosquito killer which comprises a base, a barrel, a solar power generation panel, a battery device, a controller, a mosquito trapping lamp, a suction fan and a mosquito trapping mesh bag device. A large air and mosquito inlet side wall opening is formed in the side wall of the middle section of a barrel body, a barrel support is fixed to a barrel cavity in the barrel body at the bottom edge of the low position at the air and mosquito inlet side wall opening, a mosquito suction barrel device is fixed to the middle of the barrel support, an air and mosquito suction channel is formed in the mosquito suction barrel device, and an air suction fan is fixed to the lower portion in the air and mosquito suction channel. The bottom of the mosquito suction cylinder device is detachably connected with a mosquito trapping mesh bag device; an upper section plate and a mosquito trapping lamp are fixed in a top cylinder cavity in the cylinder body at the air and mosquito inlet side wall opening; a narrow air inlet mosquito suction narrowing opening is formed between the top of the mosquito suction cylinder device and the upper section panel. The air inlet and mosquito inlet of the street opening is more open, the noise of air suction is greatly reduced, mosquitoes are more easily guided to fly in, and the catching efficiency is improved.

Description

Technical Field

[0001] The utility model relates to a mosquito catcher, in particular to a solar energy ecological mosquito killer. Background Art

[0002] For example 1: Chinese patent document publication number: CN205611582U, discloses a multifunctional mosquito-killing lamp with mosquito-killing, mosquito-repelling and lighting functions, the mosquito-killing lamp includes a top shell, the top shell is connected with an air inlet, the air inlet is connected with an air suction component, the air suction component is connected with a mosquito recovery net frame, a circuit board for fixing lamp beads is arranged in the top shell, and a plurality of lamp beads with different functions and different luminous colors are fixed on the circuit board. The plurality of lamp beads with different functions and different luminous colors are: purple light-emitting lamp beads for killing mosquitoes, yellow light or orange light-emitting lamp beads for repelling mosquitoes, and white light-emitting lamp beads for lighting. The top of the top shell is an inclined surface, and a solar photovoltaic power generation panel is inlaid in the middle of the inclined surface, and the solar photovoltaic power generation panel is connected to a battery through wires; a controller is fixed in the top shell, and a USB connector, a multi-speed adjustable light switch and a power input plug connector are fixed on the side wall, and the controller is electrically connected to the circuit board, the battery, the USB connector, the multi-speed adjustable light switch and the power input plug connector respectively. The air suction assembly comprises a middle ring body, a motor bracket is transversely fixed to the inner bottom of the middle ring body, a suction fan is fixed on the motor bracket, and the suction fan is arranged in the middle of the ring body. A funnel net is fixed to the opening of the mosquito recovery net frame.

[0003] The above-mentioned product also belongs to a solar mosquito repellent. The above-mentioned product is small in size and has an air inlet connected to the top shell. The air inlet is used to take in air and absorb mosquitoes. The air inlet has many bars and is not spacious enough. The grille holes are a bit small, the wind resistance is large, and it will produce certain wind resistance noise, so the effect of catching mosquitoes is not so good.

[0004] Example 2: Chinese patent document publication number: CN208095799U, discloses a mosquito killer that uses a 360° refractive reflective light source to attract mosquitoes, comprising: a housing (1), wherein a fan (11) is connected and fixed inside the housing (1), an air inlet grille (12) is provided on the top, and a conical reflective head (13) is fixed in the middle of the air inlet grille (12); a mosquito storage net frame (2), wherein the mosquito storage net frame (2) is connected to the housing (1) and arranged below the housing (1); and a controller (3), wherein the controller (3) is fixed to the housing (1). The mosquito-attracting lamp (4) is fixed on a bracket of the fan (11) or on the inner wall of the housing (1) below the air inlet grille (12), and is connected to the controller (3) via electric wires; the fan (11) is connected to the controller (3) via electric wires; the light source of the mosquito-attracting lamp (4) is illuminated from the inside to the outside through the air inlet grille (12), and the illuminated light source is reflected 360 degrees by a refracting method through a conical reflective head (13), so that the periphery of the conical reflective head (13) and the interior of the housing (1) above the fan (11) are covered with light sources.

[0005] The above product is small in size, and an air intake grille (12) and a mosquito attracting lamp (4) are provided on the top of the shell (1). The air intake grille (12) is used for intake of air and attracting mosquitoes. The air intake grille (12) has many bars and is not spacious enough. The grille holes are a bit small, resulting in large wind resistance and generating certain wind resistance noise, which makes the mosquito catching effect not so good. Utility Model Content

[0006] In order to solve the above technical problems, the utility model provides a solar ecological mosquito killer with simple design, reasonable structure, larger side wall openings for air inlet and mosquito inlet, and narrower air inlet and mosquito suction openings to improve the efficiency of catching mosquitoes.

[0007] A solar ecological mosquito killer comprises a base, a cylinder, a solar power generation panel, a battery device, a controller, a mosquito trap, a suction fan, and a mosquito net bag device. The base is fixedly connected to the bottom of the cylinder, the top of the cylinder is fixedly connected to the solar power generation panel, the upper section of the cylinder has a battery device and a controller fixed to the cylinder cavity, the solar power generation panel, the battery device, and the mosquito trap are respectively connected to the controller through wires; the lower section of the cylinder has a mosquito net bag device; the bottom section of the cylinder has a plurality of air outlets on its side wall; the lower section of the cylinder is connected to an openable small door; the middle section of the cylinder has a larger side wall The mosquito suction fan is fixed to the top of the mosquito suction tube and is provided with a mosquito suction fan.

[0008] The advantages of the solar-powered ecological mosquito killer of the utility model are as follows: 1. A larger air inlet and mosquito inlet side wall opening is provided on the middle side wall of the cylinder of the product, and the air inlet and mosquito inlet opening is more spacious, which greatly reduces the noise of air suction, makes it easier to guide mosquitoes to fly in, and improves the capture efficiency; 2. A narrow air inlet and mosquito suction narrowing opening is formed between the top of the mosquito suction cylinder device and the upper section plate, and the circumferential air intake and mosquito suction, and the air inlet and mosquito suction narrowing opening make the incoming wind form a rapid flow, preventing mosquitoes from flying back and escaping; 3. The specific layout structure of the mosquito suction cylinder device is divided into two layers, upper and lower layers, and two sections of the cylinder, which is easy to produce and assemble; 4. The cylinder support The frame is a mesh plate bracket, and the mesh holes of the mesh plate bracket are connected to the inner lower cylinder cavity and the air outlet of the cylinder; when the suction fan is working, only a small part of the wind flows out from the air outlet, and the other part of the wind flows to the upper part of the cylinder cavity due to the high internal air pressure, and then flows upward from the mesh holes of the mesh plate bracket to the open space area surrounding the air inlet, and is sucked into the air suction and mosquito suction channel by the suction fan, so as to achieve internal circulation of wind flow and recycle part of the wind flow. Since the exhaust air flowing out carries the volatile smell of mosquito attractant, it will overlap with the original volatile smell in the mosquito attractant box, thereby increasing the concentration of the surrounding odor of this product and improving the capture efficiency and effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 , Figure 2 , Figure 3 A three-dimensional diagram of the product of the utility model;

[0010] Figure 4 It is a cross-sectional view of the product of the utility model;

[0011] Figure 5 This is the front view of the product of the utility model;

[0012] Figure 6 This is a rear view of the utility model product;

[0013] Figure 7 It is a left view of the product of the utility model;

[0014] Figure 8 It is a right side view of the product of the utility model;

[0015] Fig. 9 A three-dimensional diagram of the utility model product with the small door opened;

[0016] Fig.10 This is a disassembled diagram of the utility model product;

[0017] Fig.11 This is a disassembled diagram of the mosquito suction tube device and the mosquito catching net bag device of the utility model product;

[0018] Fig.12 A three-dimensional diagram of the product of the utility model;

[0019] Fig.13 It is a three-dimensional diagram of the upper cross-section plate, mosquito trap lamp, mosquito suction tube device, and mosquito catching net bag device of the utility model product;

[0020] Fig.14 It is a three-dimensional diagram of the upper half of the cylinder of the utility model product.

[0021] Base 1, cylinder body 2, air outlet 21, small door 22, air inlet and mosquito inlet side wall opening 23, cylinder bracket 24, upper section plate 25, open space surrounding air inlet 26, lead tube 27, solar panel 3, L-shaped corner piece 31, battery device 4, Z-shaped bracket 41, controller 5, mosquito attracting lamp 6, suction fan 7, mosquito catching net bag device 8, mosquito bag fixing ring 81, mosquito catching net bag 82, mesh anti-falling funnel 83, mosquito suction cylinder device 9, upper half cylinder piece 91, safety grille 911, bracket through hole 92, lower half cylinder piece 93, air suction and mosquito suction channel 9A, air inlet and mosquito suction narrowing opening 10, mosquito attractant box 11. DETAILED DESCRIPTION

[0022] A solar ecological mosquito killer, a solar ecological mosquito killer also belongs to a solar outdoor mosquito killer, ecology refers to the outdoor natural environment; the overall height of this product is less than 1.5 meters, including a base 1, a cylinder 2, a solar power generation panel 3, a battery device 4, a controller 5, a mosquito trap 6, a suction fan 7, and a mosquito net bag device 8; the base 1 is a metal bottom plate, square, used to install and fix this product to the ground through bolts, and a number of bolt holes are opened on the metal bottom plate; the cylinder 2 is made of iron metal, and the surface is sprayed with anti-rust paint; the body of the cylinder 2 is a three-dimensional square or round; the middle of the base 1 is welded and fixedly connected to the bottom of the cylinder 2 and seals the bottom of the cylinder 2, and the top of the cylinder 2 is fixedly connected with screws A solar panel 3, the length and width of the solar panel 3 are less than 80 cm, a battery device 4 and a controller 5 are fixed to the inner cylinder cavity of the upper section of the cylinder 2 by a screw assembly, and the solar panel 3, the battery device 4, and the mosquito trap 6 are respectively connected to the controller 5 through wires; when there is sunshine during the day, electricity is generated by the solar panel 3, and then the electricity is stored in the battery device 4 through the controller 5, and at night the electricity is transmitted to the mosquito trap 6 through the controller 5 to make it emit light; the top cylinder mouth of the cylinder 2 is tilted to one side, and the solar panel 3 is installed tilted in the same direction, and the reverse side of the solar panel 3 is fixedly connected to the top edge of the cylinder 2 by screws and / or screws and mounting parts, and the mounting parts include a plurality of L-shaped corner pieces 31, which are connected by L-shaped corner pieces. The components can adjust the installation error, and after adjusting to determine the appropriate installation position, tighten the connection with screws; the battery device 4 is a rechargeable battery composed of one or more blocks; the controller 5 includes a main control circuit board, a power indicator light, an electric switch, and a light sensor, and several power indicator lights, electric switches, and light sensors are connected to the main control circuit board through wires; the electric switch is used to control whether the product is turned on; a number of indicator light holes are opened on the upper side wall of the cylinder 2, and several power indicator lights are respectively fixed at the indicator light holes. From the outside, the power can be judged by observing the number of indicator lights that are on; the solar power generation panel 3, the battery device 4, and the mosquito trap 6 are respectively connected to the main control circuit board through wires; the upper side wall of the cylinder 2 or the external passage on the back of the solar power generation panel 3 An electric switch is fixedly installed by screws for controlling the main power supply and adjusting the light; a mosquito net bag device 8 is arranged in the inner cylinder cavity of the lower section of the cylinder 2 for catching mosquitoes; a plurality of air outlet holes 21 are opened on the side wall of the bottom section of the cylinder 2, and the plurality of air outlet holes 21 are arranged around the cylinder 2; the solar power generation panel 3, the battery device 4, the mosquito trap 6, the controller 5, the mosquito net bag device 8, and the air outlet holes 21 are products of the prior art structure; an openable small door 22 is movably connected to the side of the lower section of the cylinder 2, and a door is formed on the side wall of the lower section of the cylinder 2. The mosquito net bag device 8 can be taken out by opening the small door 22 to process the captured mosquitoes. After processing, the mosquito net bag device 8 is placed and connected to the inner cylinder cavity of the lower section of the cylinder 2 to capture and collect mosquitoes;The main technical improvement of this product is that: a larger air inlet and mosquito inlet side wall opening 23 is opened on the middle side wall of the cylinder 2, and the air inlet and mosquito inlet opening is more spacious, which greatly reduces the noise of air suction, makes it easier to guide mosquitoes to fly in, and improves the capture efficiency. There is at least one air inlet and mosquito inlet side wall opening 23, and a cylinder bracket 24 is welded or screwed to the inner cylinder cavity of the cylinder 2 at the inner low bottom edge of the air inlet and mosquito inlet side wall opening 23. A mosquito suction cylinder device 9 is welded or screwed to the middle of the cylinder bracket 24. The mosquito suction cylinder device 9 is located inside the cylinder 2. The interior of the mosquito suction cylinder device 9 is a vertical air suction and mosquito suction channel 9A, which has smooth ventilation. A suction fan 7 is fixed to the inner lower part of the air suction and mosquito suction channel 9A by screws, and the suction fan 7 is controlled by direct current; the bottom of the mosquito suction cylinder device 9 is detachably connected There is a mosquito net bag device 8, which is convenient for disassembling and processing the captured mosquitoes; the top cylinder cavity of the cylinder body 2 at the air inlet and mosquito inlet side wall opening 23 is fixed with an upper section plate 25 by screws or welding, and the circumferential edge of the upper section plate 25 is welded to the inner wall edge of the cylinder cavity, and the upper section plate 25 is fixed with a mosquito attracting lamp 6 by screws, and the mosquito attracting lamp 6 emits light downward, and the mosquito attracting lamp 6 is located just above the top opening of the air suction and mosquito suction channel 9A, which attracts mosquitoes to the air inlet and mosquito suction narrowing opening 10; a narrower air inlet and mosquito suction narrowing opening 10 is formed between the top of the mosquito suction cylinder device 9 and the upper section plate 25, and the air inlet and mosquito suction narrowing opening 10 is arranged circumferentially, and the air inlet and mosquito suction narrowing opening 10 forms a rapid flow of the incoming wind; the height of the air inlet and mosquito suction narrowing opening 10 is more suitable to be 2 cm to 5 cm. The upper section plate 25 is used to fix the mosquito attracting lamp 6 and is also used to set a narrower air inlet and mosquito suction narrowing opening 10. Working process: When the suction fan 7 is working, the external wind enters from the larger air inlet and mosquito inlet side wall opening 23. Since the air inlet and mosquito inlet side wall opening 23 is large, the wind is relatively gentle; since the air inlet and mosquito inlet narrowing opening 10 is narrow, during the wind entering, the wind gradually becomes a torrent and is rapid, preventing mosquitoes from flying back and escaping; at night, when the controller 5 controls the mosquito attracting lamp 6 to light up, mosquitoes fly in due to the attraction of the light, and when they reach the air inlet and mosquito inlet side wall opening 23, they are sucked in along with the wind, and the mosquitoes and wind enter from the air inlet and mosquito inlet side wall opening 23, and then pass through the air inlet and mosquito inlet narrowing opening 10, and then enter the air and mosquito inlet channel 9A, whereby the mosquitoes are sucked into the mosquito catching net bag device 8, and the mosquito catching net bag device 8 collects the mosquitoes, and the wind is discharged, completing the mosquito catching. ;

[0023] Further preferred technical solution: the upper part of the cylinder body of the mosquito suction tube device 9 is set in the middle of the cylinder bracket 24, and its diameter or width is smaller than the diameter or width of the cylinder body 2, thereby reducing the setting height of the air inlet mosquito suction narrowing mouth 10, making it easy to form a rapid wind flow from the air inlet mosquito suction narrowing mouth 10 to enter the air suction and mosquito suction channel 9A, so that a surrounding air inlet open space 26 is formed between the upper part of the mosquito suction tube device 9 and the inner wall of the cylinder body 2, which plays a role of circumferential air inlet, guiding the wind to gradually form a rapid flow upward, and the opposite position of the surrounding air inlet open space 26 is the air inlet and mosquito side wall opening 23; the external wind enters the surrounding air inlet open space 26 through the air inlet and mosquito side wall opening 23, and then is drained to the air inlet and mosquito suction narrowing mouth 10, and then enters the air suction and mosquito suction channel 9A from the top of the mosquito suction tube device 9.

[0024] Further improvement of the preferred technical solution: the diameter of the air suction and mosquito suction channel 9A is large in the middle section and small at the upper and lower ends, and the suction fan 7 is arranged at the larger diameter position in the middle section; that is: the diameter of the air suction and mosquito suction channel 9A is large in the middle section and gradually becomes smaller towards the upper and lower ends; the large middle section can be installed with a suction fan 7 with greater power to improve the suction capacity, make the suction stronger, make the external air intake of the top passage of the air suction and mosquito suction channel 9A faster, and improve the effect of catching mosquitoes; at the same time, it has a certain effect of reducing the suction noise; at the same time, the air suction and mosquito suction channel 9A will generate suction vortex to improve the suction capacity.

[0025] Further preferred technical solution: the mosquito suction tube device 9 includes an upper half cylinder 91, a bracket through hole 92, and a lower half cylinder 93; a bracket through hole 92 is opened in the middle of the tube bracket 24; the upper half cylinder 91 and the lower half cylinder 93 are made of iron metal; the heights of the upper half cylinder 91 and the lower half cylinder 93 are both less than 20 cm; the upper half cylinder 91 is welded or screwed to the middle of the top of the vertical tube bracket 24, covering the top edge connected to the bracket through hole 92; the lower half cylinder 93 is welded or screwed to the middle of the bottom of the tube bracket 24, and the upper side covers the bottom edge connected to the bracket through hole 92 Along; the suction fan 7 is fixed to the inner upper part of the lower semi-cylinder 93; the interior of the upper semi-cylinder 91, the bracket through hole 92, and the interior of the lower semi-cylinder 93 form a wind and mosquito suction channel 9A; the bottom of the lower semi-cylinder 93 is detachably connected with a mosquito net bag device 8; a narrow air inlet and mosquito suction narrowing opening 10 is formed between the top of the upper semi-cylinder 91 and the upper cross-sectional plate 25; the upper semi-cylinder 91 is raised at the top of the cylinder bracket 24, and is located at the position where the air inlet and mosquito inlet side wall opening 23 enters; the above is the specific layout structure of the mosquito suction cylinder device 9, which is divided into upper and lower layers, and two sections of the cylinder 2, which is easy to produce and assemble, and easy to set the raised upper semi-cylinder 91. The diameter of the bracket through hole 92 is equal to or basically the same as the bottom cylinder opening of the upper semi-cylinder 91. The diameter of the bracket through hole 92 is equal to or basically the same as the top cylinder opening of the lower semi-cylinder 93.

[0026] Further preferred technical solution: the diameter of the upper semi-cylindrical member is smaller in the upper section and larger in the lower section; the diameter of the lower semi-cylindrical member is larger in the upper section and smaller in the lower section.

[0027] Further preferred technical solution: the mosquito catching net bag device 8 includes a mosquito bag fixing ring 81 and a mosquito catching net bag 82, the mosquito catching net bag 82 is a soft net bag, the mosquito bag fixing ring 81 is clamped or hooped or bound and fixedly connected to the bag opening of the mosquito catching net bag 82; the mosquito bag fixing ring 81 is detachably connected to the bottom of the lower half cylinder 93; the above is the specific structure of the mosquito catching net bag device 8, which has a simple design, low cost, and is easy to assemble and use.

[0028] Further preferred technical solution: a mesh anti-slip funnel 83 is connected to the inner bottom of the mosquito bag fixing ring 81 or the lower half cylinder 93, the mesh anti-slip funnel 83 reduces the width / diameter of the bag, and there is a small hole in the middle of the mesh anti-slip funnel 83 for sucking mosquitoes to enter. When the suction fan 7 is not working, the mesh anti-slip funnel 83 prevents mosquitoes from escaping in the reverse direction to the air suction and mosquito suction channel 9A.

[0029] Further preferred technical solution: the bottom of the wall of the mosquito bag fixing ring 81 and / or the lower half cylinder 93 is fixedly connected with a magnet by screws or inlays, and the mosquito bag fixing ring 81 and the bottom of the lower half cylinder 93 are detachably connected by magnets, which is convenient for quickly removing the mosquito net bag device 8, and convenient for quickly installing the mosquito net bag device 8, and convenient for use. When the mosquito bag fixing ring 81 is made of plastic, several magnets are fixed to the mosquito bag fixing ring 81 by injection molding, and are used in conjunction with the lower half cylinder 93 made of iron metal. When the mosquito bag fixing ring 81 is made of iron metal, several magnets are fixed to the lower half cylinder 93 by injection molding, and are used in conjunction with the mosquito bag fixing ring 81 made of iron metal. When the mosquito bag fixing ring 81 and the lower half cylinder 93 are made of plastic, the mosquito bag fixing ring 81 and the lower half cylinder 93 are respectively integrally injected and fixed with several magnets, and the upper and lower magnets are used in conjunction with each other by magnetic attraction.

[0030] Further preferred technical solution: the cylinder 2 is a square or columnar body, and the shape is set as needed. Each side wall of the middle section is provided with a side wall opening 23 for air and mosquitoes. There are four side wall openings 23 for air and mosquitoes, which are arranged at the same height. Air can enter from all sides and mosquitoes can be attracted to enter the interior to be captured, thereby improving the capture efficiency and effect. The cylinder 2 can also be cylindrical.

[0031] Further preferred technical solution: each side wall of the bottom section of the cylinder 2 is provided with a plurality of air outlet holes 21 to reduce wind resistance.

[0032] Further preferred technical solution: the tube bracket 24 is detachably connected with a mosquito attractant box 11, which is convenient for setting and placing the mosquito attractant box 11. There are two mosquito attractant boxes 11, which are set in the open space 26 surrounding the air inlet, and are used to place volatile mosquito attractants. When the suction fan 7 is working, air flow is generated around the product to attract more mosquitoes to be captured. That is, a box installation hole is opened on the tube bracket 24, and the mosquito attractant box 11 is inserted into the box installation hole. When mosquito attractants are to be added, the mosquito attractant box 11 is taken out and added, and then inserted back into the box installation hole after adding. The mosquito attractant box 11 is opened with a number of volatile small holes; of course, an open box mouth can also be used.

[0033] Further preferred technical solution: the tube bracket 24 is a mesh plate bracket, and the mesh holes of the mesh plate bracket are connected to the inner lower tube cavity and the air outlet 21 of the tube body 2; when the suction fan 7 is working, only a small part of the wind flows out from the air outlet 21, and the other part of the wind is affected by the high internal air pressure and flows to the upper part of the tube cavity, and then flows upward from the mesh holes of the mesh plate bracket to the open space 26 surrounding the air inlet, and is sucked into the air suction and mosquito suction channel 9A by the suction fan 7, so as to achieve internal circulation of wind flow and recover part of the wind flow. Since the exhaust air flowing out carries the volatile smell of the mosquito attractant, it will overlap with the original volatile smell in the mosquito attractant box 11, thereby increasing the concentration of the surrounding odor of the product and improving the capture efficiency and effect.

[0034] Further preferred technical solution: the mosquito attracting lamp 6 is a purple light lamp to improve the capture efficiency and effect.

[0035] Further preferred technical solution: the rechargeable battery is fixedly connected to the upper top of the upper section plate 25 by one or more Z-shaped brackets 41 and / or screw assemblies, and its fixation is better to prevent vibration and fall off during transportation.

[0036] Further preferred technical solution: a lead tube 27 is fixed to the inner corner wall between the tube bracket 24 and the upper section plate 25, and the wires from the controller to the suction fan pass through the lead tube and are hidden in the tube to prevent human damage to the wires.

[0037] Further preferred technical solution: a safety grille 911 is fixed to the inner bottom of the upper semi-cylinder 91, and the safety grille 911 is used to prevent large debris from falling into the upper semi-cylinder 91 to prevent damage to the suction fan; at the same time, it prevents children's hands from reaching into the upper semi-cylinder 91 from the top to prevent damage by the suction fan.

[0038] Further preferred technical solution: a mosquito sticky sticker can be placed at the bottom of the mosquito catching net bag 82. After the mosquitoes are sucked in, they fall on the surface of the mosquito sticky sticker and are glued by the glue and cannot move. By observing the mosquito sticky sticker, the number of mosquitoes caught can be monitored, the mosquito catching effect can be judged, and the effect of accelerating the death of mosquitoes can be improved.

Claims

1. A solar ecological mosquito killer, comprising a base, a cylinder, a solar power generation panel, a battery device, a controller, a mosquito trap, a suction fan, and a mosquito net bag device. The base is fixedly connected to the bottom of the cylinder, the top of the cylinder is fixedly connected to the solar power generation panel, the upper section of the cylinder is fixed with a battery device and a controller, the solar power generation panel, the battery device, and the mosquito trap are respectively connected to the controller through wires; the lower section of the cylinder is provided with a mosquito net bag device; the side wall of the bottom section of the cylinder is provided with a plurality of air outlets; the lower section of the cylinder is connected to an openable small door; Features: A larger air inlet and mosquito inlet side wall opening is opened on the middle side wall of the cylinder body, a cylinder bracket is fixed to the inner cylinder cavity of the low bottom cylinder body at the air inlet and mosquito inlet side wall opening, a mosquito suction cylinder device is fixed in the middle of the cylinder bracket, the interior of the mosquito suction cylinder device is an air suction and mosquito suction channel, and a suction fan is fixed to the inner lower part of the air suction and mosquito suction channel; a mosquito catching net bag device is detachably connected to the bottom of the mosquito suction cylinder device; an upper section plate is fixed to the top cylinder cavity of the cylinder body at the air inlet and mosquito inlet side wall opening, a mosquito attracting lamp is fixed to the upper section plate, the mosquito attracting lamp emits light downwards, and the mosquito attracting lamp is directly above the top opening of the air suction and mosquito suction channel; a narrow air inlet and mosquito suction narrowing opening is formed between the top of the mosquito suction cylinder device and the upper section plate.

2. A solar powered ecological mosquito killer according to claim 1, Features: The upper part of the cylinder body of the mosquito suction cylinder device is protruded in the middle of the cylinder bracket, and an open space surrounding the air inlet is formed between the upper part of the mosquito suction cylinder device and the inner wall of the cylinder body, and the position opposite to the open space surrounding the air inlet is the air inlet and mosquito inlet side wall opening.

3. A solar powered ecological mosquito killer according to claim 1, Features: The diameter of the air and mosquito suction channel is large in the middle section and small at the upper and lower ends, and the suction fan is arranged in the middle section.

4. A solar powered ecological mosquito killer according to claim 1, 2 or 3, Features: The mosquito suction tube device comprises an upper semi-cylindrical member, a bracket through hole, and a lower semi-cylindrical member; a bracket through hole is provided in the middle of the tube bracket; the upper semi-cylindrical member is fixed in the middle of the top of the tube bracket, covering the top edge connected to the bracket through hole; the lower semi-cylindrical member is fixedly suspended in the middle of the bottom of the tube bracket, covering the bottom edge connected to the bracket through hole; a suction fan is fixed to the inner upper part of the lower semi-cylindrical member; the interior of the upper semi-cylindrical member, the bracket through hole, and the interior of the lower semi-cylindrical member form an air suction and mosquito suction channel; a mosquito catching net bag device is detachably connected to the bottom of the lower semi-cylindrical member; a narrower air inlet and mosquito suction narrowing opening is formed between the top of the upper semi-cylindrical member and the upper cross-sectional plate; the upper semi-cylindrical member is protruding at the top of the tube bracket, and is located at a position opposite to the air inlet and mosquito suction side wall opening.

5. A solar powered ecological mosquito killer according to claim 4, Features: The mosquito catching net bag device comprises a mosquito bag fixing ring and a mosquito catching net bag. The mosquito bag fixing ring is fixedly connected to the bag opening of the mosquito catching net bag; and the mosquito bag fixing ring is detachably connected to the bottom of the lower half cylinder.

6. A solar powered ecological mosquito killer according to claim 5, Features: The inner bottom of the mosquito bag fixing ring or the lower half cylinder is connected with a mesh anti-falling funnel.

7. A solar powered ecological mosquito killer according to claim 1, 2 or 3, Features: The cylinder is a square, columnar body, and each side wall of the middle section is provided with an air inlet and mosquito inlet side wall opening. There are four air inlet and mosquito inlet side wall openings in total, which are evenly arranged at the same height; the height of the air inlet and mosquito suction narrowing opening is 2 cm to 5 cm; and each side wall of the bottom section of the cylinder is provided with a plurality of air outlet holes.

8. A solar powered ecological mosquito killer according to claim 4, Features: A safety grille is fixed on the inner bottom of the upper half cylinder.

9. A solar-powered ecological mosquito killer according to claim 1 or 2, Features: The tube bracket is connected with a mosquito attractant box.

10. A solar powered ecological mosquito killer according to any one of claims 1 or 2, Features: The cylinder bracket is a mesh plate bracket, and the mesh holes of the mesh plate bracket are connected to the inner lower cylinder cavity and the air outlet of the cylinder body.

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