CN108450435A - Top-side double-suction double-fan mosquito killer with shared mosquito storage chamber for sucking mosquitoes in subareas - Google Patents

Abstract

The invention discloses a top-side double-suction double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage chamber. The mosquito killer of the product has partitioned mosquito suction and shared mosquito storage chamber, and suction fans are installed in partitions to achieve top and side double suction. When the double-suction fan in the mosquito killer is working, wind enters the interior from the top air inlet grille and the side air inlet between the side hollow grille tubes at the side simultaneously, and the wind sucked in from the top and the side and the mosquitoes are synchronously sucked in the mosquito storage chamber, and the wind sucked in from the top and the side enters the mosquito storage chamber and then blown out from the air outlet, and the mosquitoes are sucked in with the wind, filtered and blocked, and dried and killed in the mosquito storage chamber; no matter the mosquitoes fly over the top of the mosquito killer or fly close to the side of the mosquito killer, they will be sucked into the mosquito killer, and the mosquitoes can be quickly dried and killed, so that multi-faceted suction is achieved, the mosquito catching efficiency is greatly improved, and the wind flows of the partitioned air suction do not interfere with each other.

Description

A top-side double-suction double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage room

technical field

The invention relates to a mosquito killer, in particular to a top-side double-suction double-fan mosquito killer with partitioned mosquito suction and a shared mosquito storage room.

Background technique

At present, the mosquito killers on the market only have the air inlet on the top or the side, and only one side of the air inlet. Since the flight route of mosquitoes is irregular and uncertain, if the air inlet is installed on the top, it can only be sucked from the top, and the mosquitoes can only be sucked from the top. It can only be sucked by flying close to the top. If the style is set on the side, it can only be sucked from the side. Mosquitoes can only be sucked by flying close to the side. The mosquito catching effect is not ideal.

Contents of the invention

In order to solve the above technical problems, the present invention provides a top-side double-suction double-fan mosquito killer with simple structure, reasonable design, and improved mosquito trapping effect and efficiency.

The solution to the above-mentioned technical problems is:

A top-side double-suction and double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage room, comprising a cylindrical shell (1), the interior of the cylindrical shell (1) is fixedly connected with a liner cylindrical shell (2) The top section of the cylindrical housing (1) is provided with a top inlet air grille (11), the lower part of the interior is provided with a mosquito storage room (12), and the inner bottom or side wall of the mosquito storage room (12) is provided with an outlet. Air holes (13); between the cylindrical shell (1) and the upper section of the lined cylindrical shell (2), there are several side hollow grid tubes (14) surrounding the cylinder in the circumferential direction, and the side hollow grids Between the grid pipes (14) is a side air inlet (141); the top of the lined cylindrical shell (2) is connected and fixed with a conical wind guide cover (15), and the top of the conical wind guide cover ( 15), the upper suction fan (16) is fixed in the cylindrical shell (1) between the bottom of the top inlet grille (11); the lower section of the lined cylindrical shell (2) is fixed There is a down suction fan (17), and the down suction fan (17) is located at the inner bottom of the side hollow grille tube (14); when the up suction fan (16) sucks air, it takes in air from the top inlet grille (11), After entering the mosquito storage chamber (12) through the side hollow grid pipe (14), it is blown out from the air outlet (13), and the mosquitoes are inhaled and filtered with the wind to dry and die in the mosquito storage chamber (12); the suction fan ( 17) When sucking air, enter the mosquito storage chamber (12) from the air inlet (141) between the side hollow grid pipes (14), and then blow out from the air outlet (13), and the mosquitoes will be sucked in by the wind and filtered to block them. The mosquito storage room (12) is air-dried to death; the middle of the cylindrical housing (1) or the top air grille (11) is fixed with a light control device (3), and the light control device (3) is connected to the upper suction through the wire. The fan (16) and the suction fan (17) are connected; the light of the light control device (3) is distributed around the body to attract mosquitoes.

Further: the light control device (3) includes a conical shell (31), the side wall of the conical shell (31) is provided with a light-transmitting hole (32), and a lure lamp (33) and a controller ( 34), after the lure light (33) is energized and emits light, the light is emitted from the light hole (32) and irradiates on the top inlet grille (11) to lure mosquitoes; the controller (34) is connected to the lure light (33) respectively by wires , Up suction fan (16), down suction fan (17) and control.

Further: the controller (34) includes a main control circuit board, a key operation circuit board or a main control circuit, and a key operation integrated circuit board, which is controlled by pressing the keys of the circuit board on the top of the conical shell (31).

Further: a mosquito trap (18) is fixed on the inner top of the conical wind guide cover (15), and after the mosquito trap (18) emits light, the light passes through the air inlet (141) between the side hollow grid tubes (14) The holes emit mosquito traps.

Further: the mosquito storage chamber (12) inside the cylindrical housing (1) is fixed with a mosquito-preventing funnel net (19). Further: the bottom of the mosquito storage chamber (12) is buckled or twisted with a bottom cover of the air outlet grille (121), and the bottom cover of the air outlet grille (121) is provided with an air outlet hole (13).

Further: the cylindrical shell (1) includes an upper shell part (101) and a lower shell part (102), and the upper shell part (101) and the lower shell part (102) are connected and fixed by buckling; the shell part The lower section (102) is a mosquito storage chamber (12); the top section of the upper section of the shell (101) is provided with a top inlet grille (11); the upper section of the shell (101) is fixedly connected with a lining column Shaped shell (2), side hollow grid pipes (14) and side air inlets (141) are arranged on the shell upper section (101).

Further: a light-transmitting plate is fixed inside the conical shell (31), and the light-transmitting plate blocks the light-transmitting hole (32), and the lure lamp (33) emits light from the light-transmitting hole (32) through the light-transmitting plate irradiated.

Further: the upper air guide ring (11A) is fixed on the inner wall of the cylindrical housing (1) below the top air intake grille (11), and the upper suction fan (16) is fixed on the upper air guide ring (11A) or the column The inner wall of the shaped housing (1).

Further: the lower air guide ring (12A) is fixed on the inner wall of the lining cylindrical shell (2) below the air inlet (141), and the lower suction fan (17) is fixed on the lower air guide ring (12A) or the inner column The inner wall of the shell (2).

The beneficial effects of the top-side double-suction and double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage room of the present invention are as follows: the mosquito killer of this product has partitioned mosquito suction and shared mosquito storage room, and suction fans are installed in partitions to realize top and side double suction. Suction, when the double suction fan in the mosquito killer is working, the wind enters the interior from the side air inlet between the top air intake grille and the side hollow grille tube at the same time, and the top and side suction wind and mosquitoes are simultaneously sucked into the mosquito storage room. The wind sucked by the top and side enters the mosquito storage room and then blows out from the air outlet hole. The mosquitoes are inhaled by the wind and filtered to block and dry in the mosquito storage room to die; no matter whether the mosquito flies over the top of the mosquito killer or from the side Anyone who flies close to it will be sucked into the mosquito killer, which can quickly dry and kill the mosquitoes, realize multi-faceted suction, greatly improve the efficiency of mosquito trapping, and the wind flow of the partitioned suction will not interfere with each other.

Description of drawings

Fig. 1 is the front view of product of the present invention;

Fig. 2 is the front view of product of the present invention;

Fig. 3 is the schematic diagram of the wind flow direction of the product of the present invention;

Fig. 4 is the sectional view of product of the present invention;

Fig. 5 is the sectional view of product of the present invention;

Fig. 6 is a cross-sectional view of the connection between the cylindrical shell of the product of the present invention and the lining cylindrical shell;

Fig. 7 is the top view of circular product of the present invention;

Fig. 8 is a cross-sectional structure diagram of the side hollow grid tube of the product of the present invention;

Fig. 9 is a top view of a square product of the present invention;

Fig. 10 is a top view of a square product of the present invention;

Fig. 11 is a sectional view of the light control device of the product of the present invention;

Fig. 12 is a cross-sectional view of a light control device with a light-transmitting plate in the product of the present invention.

Detailed ways

A top-side double-suction and double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage room, comprising a cylindrical shell 1, and the interior of the cylindrical shell 1 is fixedly connected with a liner cylindrical shell 2; the cylindrical shell The top section of the body 1 is provided with a top inlet air grille 11, and the lower part of the interior is provided with a mosquito storage room 12, and the inner bottom or side wall of the mosquito storage room 12 is provided with an air outlet 13; A number of side hollow grid tubes 14 surrounding the cylinder are arranged between the upper section of the cylindrical shell 2, and side air inlets 141 are formed between the side hollow grid tubes 14; the top of the lined cylindrical shell 2 The airtight connection is fixed with a conical air guide cover top 15, and an upper suction fan 16 is fixed in the cylindrical housing 1 above the conical air guide cover top 15 and below the top intake grille 11; A lower suction fan 17 is fixed in the lower section of the lining cylindrical shell 2, and the lower suction fan 17 is located at the inner and lower side of the side hollow grid pipe 14; After entering the mosquito storage chamber 12 through the side hollow grid pipe 14, it is blown out from the air outlet 13, and the mosquitoes are inhaled and filtered by the wind to dry and die in the mosquito storage chamber 12; The air inlet 141 between the pipes 14 enters the mosquito storage chamber 12 after entering the wind, and then blows out from the air outlet 13, and the mosquitoes are inhaled and filtered with the wind to dry and die in the mosquito storage chamber 12; Light control device 3 is fixed in the middle of style grid 11, and light control device 3 is connected with upper suction fan 16, lower suction fan 17 by electric wire; The light of described light control device 3 is distributed around the body to lure mosquitoes.

The top 15 of the tapered wind guide cover makes it easier for the wind to enter the side hollow grille tube 14 and directly enter the mosquito storage chamber, thereby playing the role of quietness and smooth wind.

The light control device 3 includes a conical shell 31, the side wall of the conical shell 31 is provided with a light-transmitting hole 32, and a light-inducing lamp 33 and a controller 34 are fixed inside. Hole 32 shoots and irradiates on top inlet air grille 11 to lure mosquitoes; Controller 34 connects lure lamp 33, up suction fan 16, down suction fan 17 and controls respectively by electric wire.

The controller 34 includes a main control circuit board, a key operation circuit board or a main control circuit, and a key operation integrated circuit board, and is controlled by pressing the keys of the circuit board on the top of the conical shell 31 .

Mosquito trap lamp 18 is fixed on the inner top of described conical wind guide cover top 15, after the mosquito trap lamp 18 emits light, the light shoots out mosquito trap from the air inlet 141 hole between the side hollow grid pipes 14.

The mosquito storage room 12 in the cylindrical housing 1 is fixed with a mosquito prevention funnel net 19 .

The bottom of the mosquito storage chamber 12 is buckled or screwed with a bottom cover 121 of the air outlet grille, and the bottom cover 121 of the air outlet grille is provided with an air outlet hole 13, and the mosquitoes are disposed of by removing the bottom cover 121 of the air outlet grille.

The cylindrical housing 1 includes an upper shell part 101 and a lower shell part 102, and the upper shell part 101 and the lower shell part 102 are connected and fixed by buckling; the lower shell part 102 is a mosquito storage chamber 12; the shell part The top section of the upper section 101 is provided with a top inlet air grille 11; the interior of the upper section 101 of the shell is fixedly connected with a lined cylindrical shell 2, and the side hollow grille tube 14 and the side air inlet 141 are arranged on the upper section 101 of the shell. , by removing the lower section 102 of the case to dispose of the mosquito.

A light-transmitting plate is fixed inside the conical shell 31, and the light-transmitting plate blocks the light-transmitting hole 32, and the lure lamp 33 emits light from the light-transmitting hole 32 through the light-transmitting plate after emitting light.

An upper wind guide ring 11A is fixed on the inner wall of the cylindrical housing 1 below the top inlet grille 11 , and the upper suction fan 16 is fixed on the upper air guide ring 11A or the inner wall of the cylindrical housing 1 .

A lower air guide ring 12A is fixed on the inner wall of the lined cylindrical shell 2 below the air inlet 141 , and the lower suction fan 17 is fixed on the lower air guide ring 12A or the inner wall of the lined cylindrical shell 2 .

The structure of the side hollow grid pipe 14 includes a grid piece 104 on the side wall of the cylindrical shell 1, a grid piece 201 on the top side wall of the lining cylindrical shell part 2, and two sides of the inside of the grid piece 141 extend inwardly. The right wall 142A, 142B, the left and right wall 142A, 142B are sealed and connected with the edge of the grid sheet 201 to form the hollow grid tube 14 .

The left and right shrouds 142A, 142B can also be extended from the left and right sides of the grid piece 201 , and then sealed with the edge of the grid piece 141 to form the hollow grid tube 14 .

The side hollow grid pipe 14 can also be integrally formed with the cylindrical shell 1 , and then the cylindrical shell 2 is additionally installed inside the cylindrical shell 1 .

The cylindrical shell 1 can also be integrally formed with the lining cylindrical shell 2, and the side hollow grille tube 14 is arranged on the upper section or the middle section of the cylindrical shell 1, and the side air inlet is set between the side hollow grille tubes 14 141.

The cylindrical housing 1 is circular or square.

A ventilation duct is formed between the cylindrical shell 1 and the lower section of the inner cylindrical shell 2 .

Concrete structure example 1:

As shown in Fig. 1, Fig. 2, Fig. 9, and Fig. 10: a top-side double-suction double-fan mosquito killer with mosquito suction and shared mosquito storage room in partitions includes a cylindrical shell 1, and the interior of the cylindrical shell 1 is fixed Connected with a lined cylindrical shell 2; the top section of the cylindrical shell 1 is provided with a top inlet air grille 11, and the lower part of the interior is provided with a mosquito storage room 12, and the bottom of the mosquito storage room 12 is buckled or screwed with a The air outlet grille bottom cover 121, the outlet air grille bottom cover 121 is provided with air outlet holes 13; between the cylindrical shell 1 and the upper section of the inner cylindrical shell 2, several circumferential surrounding cylinders are arranged The side hollow grille tubes 14 are side air inlets 141 between the side hollow grille tubes 14; the top of the lined cylindrical shell 2 is sealed and fixed with a conical air guide cover top 15, and the conical air guide An upper air guide ring 11A is fixed on the inner wall of the cylindrical housing 1 above the cover top 15 and below the top inlet air grill 11, and an upper suction fan 16 is fixed on the upper air guide ring 11A; A lower air guide ring 12A is fixed on the inner wall of the lower section of the shell member 2, and a lower suction fan 17 is fixed on the lower air guide ring 12A, and the lower suction fan 17 is located at the inner bottom of the side hollow grid pipe 14; the upper suction fan 16 sucks air When entering the wind from the top air grille 11, enter the mosquito storage chamber 12 after the side hollow grille pipe 14 and blow out from the air outlet 13, and the mosquitoes are sucked and filtered with the wind to dry and die in the mosquito storage chamber 12; When the suction fan 17 sucks air, it enters the mosquito storage room 12 from the air inlet 141 between the side hollow grid tubes 14, and then blows it out from the air outlet hole 13. The mosquitoes are inhaled by the wind, filtered and blocked to dry and die in the mosquito storage room 12. A light control device 3 is fixed in the middle of the top inlet air grill 11, and the light control device 3 includes a conical shell 31, the side wall of the conical shell 31 is provided with a light-transmitting hole 32, and a light-inducing lamp 33 is fixed inside And the controller 34, after the lure light 33 is energized and emits light, the light is emitted from the light-transmitting hole 32 and irradiated on the top inlet grille 11 to lure mosquitoes; The fan 17 is also controlled; the controller 34 includes a main control circuit board, a key operation circuit board or a main control circuit, and a key operation integrated circuit board, which is controlled by pressing the keys of the circuit board on the top of the conical shell 31; the conical A mosquito trap 18 is fixed on the inner top of the air guide cover top 15. After the mosquito trap 18 emits light, the light shoots out the mosquito trap from the air inlet 141 holes between the side hollow grille tubes 14. The mosquito trap 18 is connected with the controller 34 by wires. .

Concrete structure example 2:

As shown in Fig. 3, Fig. 4, Fig. 9 and Fig. 10, a top-side double-suction and double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage room includes a cylindrical shell 1, and the cylindrical shell 1 includes the upper part of the shell 101 and the lower shell part 102, the upper shell part 101 and the lower shell part 102 are connected and fixed by buckling; the lower shell part 102 is a mosquito storage room 12, and the side wall of the mosquito storage room 12 is provided with an air outlet 13; The top section of the upper section of the shell 101 is provided with a top inlet air grille 11; between the upper section of the shell 101 and the upper section of the inner cylindrical shell 2, there are several side hollow grille tubes 14 surrounding the cylinder in the circumferential direction , between the side hollow grille tubes 14 is a side air inlet 141; the top of the lined cylindrical shell 2 is sealed and fixed with a conical wind guide cover top 15, above the conical wind guide cover top 15, located An upper wind guide ring 11A is fixed on the inner wall of the cylindrical shell 1 between the bottom of the top inlet air grill 11, and an upper suction fan 16 is fixed on the upper wind guide ring 11A; There is a lower air guide ring 12A, and a lower suction fan 17 is fixed on the lower air guide ring 12A, and the lower suction fan 17 is located at the inner and lower side of the side hollow grill tube 14; when the upper suction fan 16 sucks air, it enters the air grill from the top 11 enters the wind, enters the mosquito storage chamber 12 after the side hollow grille pipe 14 and blows out from the air outlet 13, and the mosquitoes are sucked with the wind and filtered to block and air-dry to death in the mosquito storage chamber 12; The air inlet 141 between the side hollow grid pipes 14 enters the mosquito storage chamber 12 after entering the wind, and then blows out from the air outlet 13, and the mosquitoes are inhaled and filtered with the wind to dry and die in the mosquito storage chamber 12; the jacking style A light control device 3 is fixed in the middle of the grid 11, and the light control device 3 includes a conical shell 31. The side wall of the conical shell 31 is provided with a light-transmitting hole 32, and a light-inducing lamp 33 and a controller 34 are fixed inside to lure light. After the lamp 33 is energized and emits light, the light is emitted from the light-transmitting hole 32 and irradiated on the top inlet grille 11 to lure mosquitoes; the controller 34 is connected to the lure lamp 33, the upper suction fan 16, and the lower suction fan 17 through electric wires and controlled; 34 includes a main control circuit board, a key operation circuit board or a main control circuit, and a key operation integrated circuit board, which is controlled by pressing the keys of the circuit board on the top of the conical shell 31; Mosquito trap lamp 18 is fixed, and after the mosquito trap lamp 18 emits light, the light shoots out the mosquito trap from the air inlet 141 hole between the side hollow grille tubes 14, and the mosquito trap lamp 18 is connected with the controller 34 through wires; The lower section 102 of the piece handles mosquitoes.

Claims (10)

1. A top-side double-suction double-fan mosquito killer with shared mosquito storage chambers for mosquito suction in partitions is characterized in that: it comprises a cylindrical housing (1), and the interior of the cylindrical housing (1) is fixedly connected with a liner column shaped shell (2); the top section of the cylindrical housing (1) is provided with a top inlet air grille (11), the lower part of the interior is provided with a mosquito storage room (12), and the inner bottom of the mosquito storage room (12) Or the side wall is provided with an air outlet (13); between the cylindrical shell (1) and the upper section of the lined cylindrical shell (2), a number of side hollow grille tubes ( 14), the side air inlets (141) are between the side hollow grille tubes (14); the top of the lined cylindrical shell (2) is sealed and fixed with a conical wind guide cover top (15), the cone The upper suction fan (16) is fixed in the cylindrical shell (1) between the top of the air guide cover (15) and the bottom of the air intake grille (11); the liner cylindrical shell ( 2) A lower suction fan (17) is fixed in the lower section, and the lower suction fan (17) is located under the side hollow grille tube (14); the upper suction fan (16) enters the air grille from the top when sucking (11) enters the wind, enters the mosquito storage chamber (12) after the side hollow grid pipe (14) and blows out from the air outlet (13), and the mosquito is inhaled and filtered with the wind to dry and die in the mosquito storage chamber (12); When the suction fan (17) sucks air, it enters the mosquito storage chamber (12) from the air inlet (141) between the side hollow grid pipes (14), and blows out from the air outlet (13) again, so that the mosquitoes Inhale and filter with the wind to dry and die in the mosquito storage room (12); the light control device (3) is fixed in the middle of the cylindrical housing (1) or the top inlet air grille (11), and the light control device (3 ) is connected with the upper suction fan (16) and the lower suction fan (17) by electric wires; the light of the light control device (3) is distributed around the body to attract mosquitoes. 2. A top-side double-suction and double-fan mosquito killer with shared mosquito storage room for mosquito sucking in partitions according to claim 1, characterized in that: the light control device (3) includes a conical shell (31), The side wall of the conical shell (31) is provided with a light-transmitting hole (32), and a lure lamp (33) and a controller (34) are fixed inside. ) shoots and irradiates on the top air grille (11) to lure mosquitoes; the controller (34) is connected to the lure light (33), the upper suction fan (16), and the lower suction fan (17) by electric wires and controls. 3. The top-side double-suction and double-fan mosquito killer with a shared mosquito storage room for mosquito sucking in partitions according to claim 3, characterized in that: the controller (34) includes a main control circuit board and a key operation circuit board Or the main control circuit and key operation integrated circuit board are controlled by pressing the key on the circuit board on the top of the conical shell (31). 4. The top-side double-suction and double-fan mosquito killer of a shared mosquito storage room for partition sucking mosquitoes according to claim 1, characterized in that: the inner top of the conical wind guide cover (15) is fixed with a mosquito trap Lamp (18), after the mosquito trap lamp (18) emits light, the light shoots out the mosquito trap from the air inlet (141) hole between the side hollow grid pipes (14). 5. The top-side double-suction and double-fan mosquito killer with a shared mosquito storage room for mosquito sucking in partitions according to claim 1, characterized in that: the mosquito storage room (12) in the cylindrical housing (1) Mosquito anti-escape funnel net (19) is fixedly arranged. 6. The top-side double-suction and double-fan mosquito killer with a shared mosquito storage room for partitioned mosquito suction according to claim 1, characterized in that: the bottom of the mosquito storage room (12) is buckled or screwed with a The air grill bottom cover (121), the air outlet grill bottom cover (121) is provided with air outlet holes (13). 7. A top-side double-suction and double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage room according to claim 1, characterized in that: the cylindrical housing (1) includes the upper section (101) of the housing and The lower section of the shell (102), the upper section of the shell (101) and the lower section of the shell (102) are connected and fixed by buckling; the lower section of the shell (102) is a mosquito storage chamber (12); the upper section of the shell (101 ) is provided with a top inlet air grille (11); the interior of the upper section of the shell (101) is fixedly connected with a lined cylindrical shell (2), a side hollow grille pipe (14) and a side air inlet (141) is arranged on the shell upper section (101). 8. The top-side double-suction and double-fan mosquito killer of a shared mosquito storage room for partitioned mosquito suction according to claim 2, characterized in that: a light-transmitting plate is fixed inside the conical shell (31), through which The light plate blocks the light-transmitting hole (32), and the lure lamp (33) emits light from the light-transmitting hole (32) through the light-transmitting plate after emitting light. 9. A top-side double-suction and double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage room according to claim 1, characterized in that: the top-inlet air grille (11) has a cylindrical shell below it (1) The upper air guide ring (11A) is fixed on the inner wall, and the upper suction fan (16) is fixed on the upper air guide ring (11A) or the inner wall of the cylindrical housing (1). 10. A top-side double-suction and double-fan mosquito killer with partitioned mosquito suction and shared mosquito storage room according to claim 1, characterized in that: the lining cylindrical shell ( 2) The inner wall is fixed with a lower air guide ring (12A), and the lower suction fan (17) is fixed on the lower air guide ring (12A) or the inner wall of the lined cylindrical shell (2).