CN205196785U - Indoor bionical mosquito killer of adjustable calorific capacity - Google Patents
Indoor bionical mosquito killer of adjustable calorific capacity Download PDFInfo
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- CN205196785U CN205196785U CN201521088160.2U CN201521088160U CN205196785U CN 205196785 U CN205196785 U CN 205196785U CN 201521088160 U CN201521088160 U CN 201521088160U CN 205196785 U CN205196785 U CN 205196785U
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- mosquito
- electric shock
- shock net
- indoor
- heat dissipation
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Abstract
The utility model discloses an indoor bionical mosquito killer of adjustable calorific capacity. This indoor bionical mosquito killer is including mosquito killer casing, heat dissipation dish, heating element, heating circuit, many gears switch, artifical sweat jar, artifical sweat, artifical sweat filler, plug, electric shock net and electric shock net boost circuit. This indoor bionical mosquito killer uses the multiunit to heat the heat dissipation dish by on -off control's heating element, reaches the effect of mould apery temperature, and the artifical sweat of heat dissipation dish concurrent heating makes it evaporate in the air. Through mould apery body temperature and sweat smell, lure the mosquito to the electric shock net department of heating plate top, exterminate the mosquito through high voltage shock. The user can use switching regulator heating element's circular telegram group number, and then reach the effect of adjusting heat dissipation dish temperature and the artifical sweat volume of volatilizing according to room area, room temperature, the room ventilation condition.
Description
Technical field
The utility model belongs to kill mosquito technical field, specifically, relates to one and is applicable to indoor, and adjustable calorific value is also imitated characteristics of human body and lured the indoor bionic mosquito killer with kill mosquitoes.
Background technology
Mosquito is a kind of generally acknowledged insect, and it produces health endangers and spreads disease, and in home environment, mosquito dances in the air the noise of generation night and bites the sleep quality also usually having influence on people.Therefore, mosquito repellent and kill mosquito technology receive the concern of people for a long time always.
Traditional mosquito repellent and kill mosquito method generally can be divided into the kill mosquito of chemical classes method and the large class of physics class methods kill mosquito two.
Namely the kill mosquito of chemical classes method uses special chemical agent, the method such as sprinkling, heating volatilization is adopted to drive and kill mosquitoes, as the mosquito-repellent incense, electric mosquito killing device etc. of family expenses, though these class methods can be driven or killing mosquito, but certain adverse effect can be produced to human body when indoor environment uses, and needing manual operation, effective time is also limited.
The kill mosquito of physics class methods is then lured by ad hoc approach and is used electric shock to wait physical method kill mosquitoes, mosquito lures electric shock net place to kill by the light wave sending specific wavelength by the Mosquito killer lamp as family expenses, the attractant effect of these class methods to mosquito is limited, is difficult to reach gratifying effect exterminating mosquito.
On the basis of conventional method, also occurred imitating characteristics of human body's attracting mosquitoes and to have carried out the technology killed, as used synthetic perspiration, generate carbonic acid gas etc., the effect exterminating mosquito of these methods has larger improvement than conventional method, but still the problem of depositing both ways: first, for the physical/chemical amount of attracting mosquitoes, as the volatile quantity of synthetic perspiration, the generation of carbonic acid gas and the calorific value of imitation human body temperature, can not automatic or manually regulate, and under indoor environment, reach and lure mosquito effect preferably and do not make people not feel well, need according to floor space, environmental temperature, ventilation conditions etc. lure mosquito physical/chemical amount because usually regulating, secondly, be more confined to single features to the imitation of characteristics of human body, as sweat smell or carbonic acid gas, and mosquito finds and to bite human body be according to various features, except sweat smell and carbonic acid gas, and body temperature factor in addition.
In sum, for family room's environment, design can imitate various human body characteristics and the mosquito-killing unit of adjustable generation has important value.
Summary of the invention
The purpose of this utility model is to provide one and is applicable to indoor, and adjustable calorific value is also imitated characteristics of human body and lured the indoor bionic mosquito killer with kill mosquitoes.This indoor bionic mosquito killer uses many groups by the generating elements heat heat dissipation plate of switch control rule, reaches the effect of imitating human body temperature, and heat dissipation plate simultaneously heated intraocular's sweat makes it be evaporated in air.By imitating body temperature and sweat smell, mosquito being lured the electric shock net place above heating plate, killing mosquito by high-voltage electric shock.User according to room area, room temperature, ventilation of room situation, can use the energising group number of switch-mode regulation heating element heater, and then reaches the effect regulating heat dissipation plate temperature and synthetic perspiration's evaporation discharge.
The indoor bionic mosquito killer of the designed a kind of adjustable calorific value of the utility model, this indoor bionic mosquito killer includes mosquito-killing unit housing (11), heat dissipation plate (1), heating element heater (2), heater circuit (3), many driving switch (4), artificial perspiration's flow container (5), synthetic perspiration (6), synthetic perspiration's filler (7), plug (8), electric shock net (9) and electric shock net booster circuit (10);
One end of plug (8) is diffusion end (8B), for contacting with heat dissipation plate (1); The other end of plug (8) is imbibition end (8C), for contacting with synthetic perspiration (6); Plug (8) is provided with multiple hole (8A), and hole (8A) is for transmitting synthetic perspiration (6);
The side of mosquito-killing unit housing (11) is provided with the chamber (11D) for placing artificial perspiration's flow container (5), the top of mosquito-killing unit housing (11) is provided with upper cover plate (11B), protection network (11C), and the inside of mosquito-killing unit housing (11) is provided with dividing plate (11A);
Heat dissipation plate (1) is arranged on the dividing plate (11A) of mosquito-killing unit housing (11), and the top of heat dissipation plate (1) is provided with the diffusion end (8B) of plug (8), the below of dividing plate (11A) is provided with heating element heater (2);
The imbibition end (8C) of plug (8) inserts in artificial perspiration's flow container (5), and soaked by synthetic perspiration (6), the diffusion end (8B) of plug (8) is arranged on the top of heat dissipation plate (1); Plug (8) has multiple micro-pore (8A);
Electric shock net (9) is arranged on the upper cover plate (11B) of mosquito-killing unit housing (11), and the outside of electric shock net (9) is provided with protection network (11C); The positive and negative link of electric shock net booster circuit (10) is connected with electric shock net (9); Electric shock net booster circuit (10) is arranged in mosquito-killing unit housing (11);
Artificial perspiration's flow container (5) is arranged in the chamber (11D) of mosquito-killing unit housing (11), and synthetic perspiration (6) injects through synthetic perspiration's filler (7);
The side plate of mosquito-killing unit housing (11) is provided with heater circuit (3), many driving switch (4), and heater circuit (3) and many driving switch (4) are for being electrically connected.
The advantage of the indoor bionic mosquito killer of the utility model design is:
1. the adjustable calorific value of the utility model mosquito-killing unit, better to the adaptive capacity of office work environment in imitation characteristics of human body.The utility model is by the switch control rule of multiple gear, the heater element number of adjustable energising, and then regulate heating-up temperature and the heat dissipation capacity of heat dissipation plate, make the utility model mosquito-killing unit to room area, room temperature and ventilation condition have better adaptive capacity, both can ensure that mosquito-killing unit produced enough heats to imitate human body temperature and evaporating sweat, can avoid at room area again less, when room temperature is higher or ventilation condition is poor, generation heat is too much, reduce the imitation effect of characteristics of human body, and synthetic perspiration is evaporated the too fast sweat smell overrich that causes and is made people do not feel like oneself.
2. the utility model imitates body temperature and sweat smell two kinds of characteristics of human body by a heat dissipation plate simultaneously, stronger to the attracting ability of mosquito, and structure is simple, is convenient to safeguard.
Accompanying drawing explanation
Fig. 1 is the cutaway view of the indoor bionic mosquito killer of the adjustable calorific value of the utility model.
Figure 1A is the mandrel structure cutaway view of the indoor bionic mosquito killer of the adjustable calorific value of the utility model.
Fig. 2 is the circuit diagram of heating element heater in the indoor bionic mosquito killer of the adjustable calorific value of the utility model.
Fig. 3 is the schematic diagram of net booster circuit of shocking by electricity in the indoor bionic mosquito killer of the adjustable calorific value of the utility model.
| 1. heat dissipation plate | 2. heating element heater | 3. heater circuit |
| 4. driving switch more than | 5. artificial perspiration's flow container | 6. synthetic perspiration |
| 7. synthetic perspiration's filler | 8. plug | 8A. hole |
| 8B. spreads end | 8C. imbibition end | 9. shock by electricity net |
| 10. shock by electricity net booster circuit | 11. mosquito-killing unit housings | 11A. dividing plate |
| 11B. upper cover plate | 11C. protection network | 11D. chamber |
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Shown in Figure 1, the utility model devises and is a kind ofly applicable to indoor, adjustable calorific value imitate characteristics of human body and lure the indoor bionic mosquito killer with kill mosquitoes, and this indoor bionic mosquito killer includes mosquito-killing unit housing 11, heat dissipation plate 1, heating element heater 2, heater circuit 3, many driving switch 4, artificial perspiration's flow container 5, synthetic perspiration 6, synthetic perspiration's filler 7, plug 8, electric shock net 9 and electric shock net booster circuit 10.Shown in Figure 1A, one end of plug 8 is diffusion end 8B, for contacting with heat dissipation plate 1; The other end of plug 8 is imbibition end 8C, for contacting with synthetic perspiration 6.Plug 8 is provided with multiple hole 8A, and hole 8A is for transmitting synthetic perspiration 6.Heat dissipation plate 1 is made up of the metal (as aluminium or copper) that heat-conducting effect is good.
The side of mosquito-killing unit housing 11 is provided with the chamber 11D for placing artificial perspiration's flow container 5, and the top of mosquito-killing unit housing 11 is provided with upper cover plate 11B, protection network 11C, and the inside of mosquito-killing unit housing 11 is provided with dividing plate 11A.
Heat dissipation plate 1 is arranged on the dividing plate 11A of mosquito-killing unit housing 11, and the top of heat dissipation plate 1 is provided with the diffusion end 8B of plug 8, and the below of dividing plate 11A is provided with heating element heater 2.In the utility model, heater element 2 adopts heated at constant temperature device PTC thermistor conventional in household electrical appliance, and its resistance value raises with temperature and increases, and causes electric current to reduce, and then is controlled in metastable scope by heating temp.
The imbibition end 8C of plug 8 inserts in artificial perspiration's flow container 5, and is soaked by synthetic perspiration 6, and the diffusion end 8B of plug 8 is arranged on the top of heat dissipation plate 1.Plug 8 is carbon-point material, plug 8 has multiple micro-pore 8A, as shown in Figure 1A.
Electric shock net 9 is arranged on the upper cover plate 11B of mosquito-killing unit housing 11, and the outside of electric shock net 9 is provided with protection network 11C, and protection network 11C is provided with the touching being beneficial to protection hand.The positive and negative link of electric shock net booster circuit 10 is connected with electric shock net 9.Electric shock net booster circuit 10 is arranged in mosquito-killing unit housing 11.
Artificial perspiration's flow container 5 is arranged in the chamber 11D of mosquito-killing unit housing 11, and synthetic perspiration 6 injects through synthetic perspiration's filler 7.
The side plate of mosquito-killing unit housing 11 is provided with heater circuit 3, many driving switch 4, and heater circuit 3 and many driving switch 4 are for being electrically connected.
Electric shock net 9 is made up of many exposed plain conductors, and these wires be horizontal and vertical arrangement, and formation network structure, horizontal wire is not connected mutually with longitudinal wire, and vertical interval, between 2 ~ 3mm, is connected respectively to positive pole and the negative pole of booster circuit.Cancellated mesh back gauge between 3 ~ 4mm, when mosquito by heat dissipation plate institute's distribute heat and sweat smell lure flying over electric shock net time, will touch exposed both positive and negative polarity plain conductor, under High Pressure, electric current flows through mosquito health and is killed.
In the utility model, synthetic perspiration stores and translator unit.Artificial perspiration's flow container in corresponding diagram 1, synthetic perspiration, synthetic perspiration's filler and plug.Artificial perspiration's flow container is positioned at heat dissipation plate side, wherein deposits the synthetic perspiration copying human sweat's composition to configure, and its main component and ratio can refer to following ratio: water 98%, sodium chloride 0.3%, urea 0.5%, lactic acid 0.7% and fatty acid 0.5%.User adds synthetic perspiration by the synthetic perspiration's filler above artificial perspiration's flow container.Plug is wooden or cotton, inner micro-pore forms capillary, plug lower end is inserted in synthetic perspiration, upper end is close on heat dissipation plate, under the evolution of heat effect of heat dissipation plate institute, the synthetic perspiration of plug upper end is heated and is evaporated in air, and the synthetic perspiration of plug inside is slowly flowed to upper end along capillary from lower end under pressure differential effect, imitates human sweat's smell by evaporation mold.
The circuit theory diagrams of heating element heater 2:
Shown in Figure 2, heater element is made up of the parallel connection of multiple PTC heater.Heater element ptc1, heater element ptc2, heater element ptc3 are connected with one end of resistance R1, another termination 220V power supply of resistance R1, the other end of heater element ptc1 is connected with the A shelves end of many driving switch 4, the other end of heater element ptc2 is connected with the B shelves end of many driving switch 4, the other end of heater element ptc3 is connected with the C shelves end of many driving switch 4, the other end of resistance R1 through indicator lamp LED1, resistance R2 be also connected with the A shelves end of many driving switch 4, the A shelves termination 220V power supply of many driving switch 4.
Heater element is close to below heat dissipation plate, comprises and organizes PTC (PositiveTemperatureCoefficient) thermistor more.PTC thermistor is heated at constant temperature device conventional in household electrical appliance, and its resistance value raises with temperature and increases, and causes electric current to reduce, and then heating temp can be controlled in metastable scope.Heater circuit connects alternating current input, heater element and many driving switch, and Fig. 2 gives the circuit structure comprising three groups of heater elements.The heater element number be energized can be controlled by many driving switch, and then regulation heating amount and heating-up temperature, the heat that heater element sends is shed by heat dissipation plate, the radiating surface of heat dissipation plate upwards, the plug that part is connected artificial perspiration's flow container covers, remainder is exposed in air, and institute's distribute heat is for imitating body temperature.
The circuit theory diagrams of electric shock net booster circuit 10:
Shown in Figure 3, electric shock net booster circuit 10 includes high-frequency oscillating circuits unit, voltage doubling rectifing circuit unit and transformer (L1, L2, L3).High-frequency oscillating circuits unit is made up of triode BG1 and inductance coil, and voltage doubling rectifing circuit unit is made up of diode D1 ~ D4 and electric capacity C2 ~ C5.In electric shock net booster circuit 10 is routine techniques digitally, in analog, therefore does not illustrate.The L1 end of transformer is connected with the colelctor electrode of triode BG1, the L1 end of transformer is connected with the base stage of triode BG1 through resistance R3, the emitter stage of triode BG1 is held with the L2 of transformer and is connected, L2 end and the resistance R4 of transformer, K switch 1 connects, the other end of resistance R4 is connected with indicator lamp LED2, the other end of indicator lamp LED2 is connected on 3V power supply, the L3 end of transformer is connected with the negative pole of electric shock net 9, the L3 end of transformer is through electric capacity C4, electric capacity C5 is connected with the positive pole of electric shock net 9, the L3 end of transformer is connected with the positive pole of electric shock net 9 through resistance R5, the L3 end of transformer is through electric capacity C2, electric capacity C3, diode D4 is connected with the positive pole of electric shock net 9, the L3 end of transformer is through diode D1, diode D2, diode D3, diode D4 is connected with the positive pole of electric shock net 9.
In the utility model, 3V DC power conversion can be the alternating current of about 18kHz by electric shock net booster circuit 10, and through transformer boost to about 400V (L3 two ends), again through voltage doubling rectifing circuit unit, under the effect of diode D1 ~ D4 and electric capacity C2 ~ C5, boost to about 1500V, be added on the both positive and negative polarity of electric shock net 9.
The operation principle of the indoor bionic mosquito killer of the utility model design:
After mosquito-killing unit energising, user can open many driving switch 4, to regulate the gear met needed for user according to conditions such as room area, room temperature and ventilations; Control the number of the heater element 2 of energising due to selected gear, and then reach regulation heating amount and heating-up temperature.In general, when room area is less, room temperature is higher, when ventilating poor, the number of the heater element 2 of energising should be reduced, and then reduce calorific value; And when room area is comparatively large, room temperature is lower, when ventilating better, the number of the heater element 2 of energising can be increased, and then increase calorific value.By this adjustment, both can ensure that mosquito-killing unit produced enough heats to imitate human body temperature and evaporating sweat, can avoid again less at room area, when room temperature is higher or ventilation condition is poor, generation heat is too much, reduce the imitation effect of characteristics of human body, and synthetic perspiration is evaporated the too fast sweat smell overrich that causes people is done not feel like oneself.
Heater element 2 evolutions of heat are shed by heat dissipation plate 1, the plug 8 that partial heat is capped on above heat dissipation plate 1 absorbs, make the synthetic perspiration 6 in plug 8 be evaporated in air, after-heat is dispersed in air by heat dissipation plate 1, forms the effect of imitating human body temperature and sweat smell.The imbibition end 8C of plug 8 inserts in the synthetic perspiration 6 stored in artificial perspiration's flow container 5, plug 8 draws the synthetic perspiration 6 in artificial perspiration's flow container 5 by micro-pore 8A, the diffusion end 8B of the plug 8 contacted with heat dissipation plate 1 is slowly transferred to the contact surface being close to heat dissipation plate 1 by internal void 8A, synthetic perspiration 6 is heated be evaporated in air to form sweat smell.
The electric shock net that operation principle and the common electric shock mosquito eradication lamp of electric shock net booster circuit 10 adopt and booster circuit similar, when mosquito by sweat smell and temperature lure arriving in electric shock net by plane time, the high-voltage electric shock of applying on the net 9 that shocked by electricity by metal is killed.
In the utility model, heating and radiator portion realize heating, calorific value regulates and heat sinking function, by realizing heating to many groups by the heater element energising of switch control rule, heater element adopts PTC (PositiveTemperatureCoefficient) thermistor, the heater element number be energized by switch controls, and then regulation heating amount and heating-up temperature, the heat that heater element sends is shed by heat dissipation plate, the radiating surface of heat dissipation plate upwards, the plug that part is connected artificial perspiration's flow container covers, and remainder is exposed in air.
In the utility model, synthetic perspiration stores and translator unit comprises artificial perspiration's flow container, is stored in synthetic perspiration in tank and plug, artificial perspiration's flow container is positioned at heat dissipation plate side, wherein deposit the synthetic perspiration copying human sweat's composition to configure, synthetic perspiration's main component comprises water, sodium chloride, urea, lactic acid and fatty acid, artificial perspiration's flow container is connected with heat dissipation plate by plug, plug is wooden or cotton, inner micro-pore forms capillary, synthetic perspiration in artificial perspiration's flow container slowly can be drawn on heat dissipation plate, be heated and be evaporated in air;
In the utility model, electric shock net and booster circuit are positioned at above heat dissipation plate, the electric shock net that its structure and common electric shock mosquito eradication lamp adopt and booster circuit similar, electric shock net is made up of exposed plain conductor and is connected with booster circuit, when mosquito by sweat smell and temperature lure flying over electric shock net time, kill by the online high-voltage electric shock applied of metal electric shock.
According to the technical scheme that the utility model provides, the process prescription of indoor bionic mosquito killer energising kill mosquitoes is as follows:
(A). mosquito-killing unit is energized.
(B). user adjusts heating driving switch 4.User, according to room area, room temperature and ventilation condition by-pass cock gear, controls the number of heater element 2 of energising, and then regulation heating amount and heating-up temperature.In general, when room area is less, room temperature is higher, when ventilating poor, the heater element number of energising should be reduced, and then reduce calorific value; And when room area is comparatively large, room temperature is lower, when ventilating better, the heater element number of energising can be increased, and then increase calorific value.By this adjustment, both can ensure that mosquito-killing unit produced enough heats to imitate human body temperature and evaporating sweat, can avoid again less at room area, when room temperature is higher or ventilation condition is poor, generation heat is too much, reduce the imitation effect of characteristics of human body, and synthetic perspiration is evaporated the too fast sweat smell overrich that causes people is done not feel like oneself.
(C). heater element 2 evolutions of heat are shed by heat dissipation plate, the plug that partial heat is capped on above heat dissipation plate absorbs, make the synthetic perspiration in plug be evaporated in air, after-heat sheds in air by heat dissipation plate, forms the effect of imitating human body temperature and sweat smell.
(D). under temperature and sweat smell are lured, arrive in mosquito-killing unit by plane when mosquito and through electric shock net mesh, be electrically shocked the online high voltage applied and kill.
Claims (7)
1. an indoor bionic mosquito killer for adjustable calorific value, is characterized in that: this indoor bionic mosquito killer includes mosquito-killing unit housing (11), heat dissipation plate (1), heating element heater (2), heater circuit (3), many driving switch (4), artificial perspiration's flow container (5), synthetic perspiration (6), synthetic perspiration's filler (7), plug (8), electric shock net (9) and electric shock net booster circuit (10);
One end of plug (8) is diffusion end (8B), for contacting with heat dissipation plate (1); The other end of plug (8) is imbibition end (8C), for contacting with synthetic perspiration (6); Plug (8) is provided with multiple hole (8A), and hole (8A) is for transmitting synthetic perspiration (6);
The side of mosquito-killing unit housing (11) is provided with the chamber (11D) for placing artificial perspiration's flow container (5), the top of mosquito-killing unit housing (11) is provided with upper cover plate (11B), protection network (11C), and the inside of mosquito-killing unit housing (11) is provided with dividing plate (11A);
Heat dissipation plate (1) is arranged on the dividing plate (11A) of mosquito-killing unit housing (11), and the top of heat dissipation plate (1) is provided with the diffusion end (8B) of plug (8), the below of dividing plate (11A) is provided with heating element heater (2);
The imbibition end (8C) of plug (8) inserts in artificial perspiration's flow container (5), and soaked by synthetic perspiration (6), the diffusion end (8B) of plug (8) is arranged on the top of heat dissipation plate (1); Plug (8) has multiple micro-pore (8A);
Electric shock net (9) is arranged on the upper cover plate (11B) of mosquito-killing unit housing (11), and the outside of electric shock net (9) is provided with protection network (11C); The positive and negative link of electric shock net booster circuit (10) is connected with electric shock net (9); Electric shock net booster circuit (10) is arranged in mosquito-killing unit housing (11);
Artificial perspiration's flow container (5) is arranged in the chamber (11D) of mosquito-killing unit housing (11), and synthetic perspiration (6) injects through synthetic perspiration's filler (7);
The side plate of mosquito-killing unit housing (11) is provided with heater circuit (3), many driving switch (4), and heater circuit (3) and many driving switch (4) are for being electrically connected.
2. the indoor bionic mosquito killer of a kind of adjustable calorific value according to claim 1, it is characterized in that: heater element ptc1, heater element ptc2, heater element ptc3 is connected with one end of resistance R1, another termination 220V power supply of resistance R1, the other end of heater element ptc1 is connected with the A shelves end of many driving switch 4, the other end of heater element ptc2 is connected with the B shelves end of many driving switch 4, the other end of heater element ptc3 is connected with the C shelves end of many driving switch 4, the other end of resistance R1 is through indicator lamp LED1, resistance R2 be also connected with the A shelves end of many driving switch 4, the A shelves termination 220V power supply of many driving switch 4.
3. the indoor bionic mosquito killer of a kind of adjustable calorific value according to claim 1, is characterized in that: electric shock net booster circuit (10) includes high-frequency oscillating circuits unit, voltage doubling rectifing circuit unit and transformer (L1, L2, L3), high-frequency oscillating circuits unit is made up of triode BG1 and inductance coil, and voltage doubling rectifing circuit unit is made up of diode D1 ~ D4 and electric capacity C2 ~ C5, the L1 end of transformer is connected with the colelctor electrode of triode BG1, the L1 end of transformer is connected with the base stage of triode BG1 through resistance R3, the emitter stage of triode BG1 is held with the L2 of transformer and is connected, L2 end and the resistance R4 of transformer, K switch 1 connects, the other end of resistance R4 is connected with indicator lamp LED2, the other end of indicator lamp LED2 is connected on 3V power supply, the L3 end of transformer is connected with the negative pole of electric shock net 9, the L3 end of transformer is through electric capacity C4, electric capacity C5 is connected with the positive pole of electric shock net 9, the L3 end of transformer is connected with the positive pole of electric shock net 9 through resistance R5, the L3 end of transformer is through electric capacity C2, electric capacity C3, diode D4 is connected with the positive pole of electric shock net 9, the L3 end of transformer is through diode D1, diode D2, diode D3, diode D4 is connected with the positive pole of electric shock net 9.
4. the indoor bionic mosquito killer of a kind of adjustable calorific value according to claim 1, it is characterized in that: electric shock net (9) is horizontal and vertical arrangement by many exposed plain conductors, form network structure, horizontal wire is not connected mutually with longitudinal wire, vertical interval, between 2 ~ 3mm, is connected respectively to positive pole and the negative pole of booster circuit; Cancellated mesh back gauge is between 3 ~ 4mm.
5. the indoor bionic mosquito killer of a kind of adjustable calorific value according to claim 1, is characterized in that: synthetic perspiration's composition is: water 98%, sodium chloride 0.3%, urea 0.5%, lactic acid 0.7% and fatty acid 0.5%.
6. the indoor bionic mosquito killer of a kind of adjustable calorific value according to claim 1, is characterized in that: heat dissipation plate (1) is made up of the good aluminum metal of heat-conducting effect or copper metal.
7. the indoor bionic mosquito killer of a kind of adjustable calorific value according to claim 1, is characterized in that: plug (8) is carbon-point material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521088160.2U CN205196785U (en) | 2015-12-25 | 2015-12-25 | Indoor bionical mosquito killer of adjustable calorific capacity |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521088160.2U CN205196785U (en) | 2015-12-25 | 2015-12-25 | Indoor bionical mosquito killer of adjustable calorific capacity |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205196785U true CN205196785U (en) | 2016-05-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521088160.2U Withdrawn - After Issue CN205196785U (en) | 2015-12-25 | 2015-12-25 | Indoor bionical mosquito killer of adjustable calorific capacity |
Country Status (1)
| Country | Link |
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| CN (1) | CN205196785U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105454181A (en) * | 2015-12-25 | 2016-04-06 | 刘若瑾 | Indoor bionic mosquito killer capable of adjusting calorific value |
-
2015
- 2015-12-25 CN CN201521088160.2U patent/CN205196785U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105454181A (en) * | 2015-12-25 | 2016-04-06 | 刘若瑾 | Indoor bionic mosquito killer capable of adjusting calorific value |
| CN105454181B (en) * | 2015-12-25 | 2018-01-09 | 刘若瑾 | A kind of indoor bionic mosquito killer of adjustable caloric value |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160504 Effective date of abandoning: 20180109 |
|
| AV01 | Patent right actively abandoned |