CN2292389Y

CN2292389Y - Charged mosquito trap lamp

Info

Publication number: CN2292389Y
Application number: CN 96216363
Authority: CN
Inventors: 林炳煌
Original assignee: Individual
Current assignee: Individual
Priority date: 1996-06-25
Filing date: 1996-06-25
Publication date: 1998-09-30
Anticipated expiration: 2006-06-25

Abstract

The utility model discloses a charged mosquito trap lamp, mainly comprises a seat body. The top of the seat body is provided with a plurality of recesses, the inner part of each recess is provided with two power output terminals, a voltage converter that is inserted in the seat body can be respectively connected with each terminal, the engagement between the terminals and the contact pieces at the bottom of the mosquito trap lamp ensures that voltage can be charged to the batteries of the mosquito trap lamp, and the batteries are arranged between sheet metals and the mosquito trap lamp and connected with a control circuit. The mosquito trap lamp can be placed at any place when fully charged. The lamp fitting and the control circuit that are supplied to the mosquito trap lamp by the batteries can achieve the alarming effects of trapping mosquitos with high voltage, vibration detection, dense smoke detection, etc.

Description

Rechargeable mosquito killing lamp

The utility model relates to a kind of rechargeable mosquito killing lamp.

Because infectious disease that mosquito brings, often make people suffer quite serious disaster, therefore, in recent years, various for the product of killing mosquito, constantly be developed and ask the city, wherein, a kind of mosquito killing lamp of high-voltage electric shock mosquito that utilizes is favored by the consumer most, except no mosquito-repellent incense, agrochemical easily influences outside the gas of human body, also possess splendid deinsectization effect, but general mosquito killing lamp all is main the supply with the civil power, after suitable boosting, high pressure is distributed in the intensive wire netting, and make mosquito when the luring an of fluorescent lamp, and can fly into this wire netting, catched and killed and shock by electricity by high pressure, because this mosquito killing lamp product is subject to obtaining of power supply, need my late father has the occasion of commercial power socket in the use, otherwise, the function that it is brought into normal play, very inconvenience, if meet outdoor or power free place, the form of emptier its mosquito killing lamp of tool and lack scope for their abilities, very very unfortunate.

So main purpose of the present utility model is promptly providing a kind of rechargeable mosquito killing lamp, after this mosquito killing lamp charging, can break away from power supply, move arbitrarily, where just to put indoor local official.

For reaching above-mentioned purpose, the utility model is provided with a pedestal, be provided with the groove of right quantity in this pedestal top, and in each groove, be provided with two power output terminals, the electric pressure converter that the pedestal below is inserted can be connected these terminals respectively, when supplying most mosquito killing lamps in placing groove, the process lead-out terminal is connected with mosquito killing lamp bottom contact chip, voltage is charged to the set battery of mosquito killing lamp, this battery is located between mosquito killing lamp and the sheet metal, and link to each other with control circuit with lead, when charging was saturated, this mosquito killing lamp can be put in any place, drove by battery and control circuit control, the high pressure of mosquito killing lamp wire netting and fluorescent lamp is provided, reaches the effect of mosquito-insect trapping and killing.

The utility model also is the below of mosquito killing lamp, be provided with an element for detecting vibrations and dense smoke gas, wherein, a dense smoke alarming device, by the infrared light emission diode and be subjected to luminescent crystal to detect the dense smoke signal, produce the caution sound to drive a buzzer through differential comparison circuit and amplifying circuit.One vibrations detect element, are connected in negative voltage side and a diode, and the commissure of process diode is connected in differential comparison circuit, drives buzzer by amplifying circuit.Differential comparison circuit is made up of Q2, Q3, R1, R7, R5, R6, the dense smoke signal is sent into the Q2 base stage by R1, be connected with variable between Q2 and Q3 emitter-base bandgap grading with resistance VR2, the VR2 adjustable side is through R7 ground connection, the Q2 colelctor electrode is connected into positive source through R5, and the Q3 colelctor electrode inserts positive source through resistance R 6, and amplifying circuit is made up of R8, Q4, signal is sent into the Q4 base stage by R8, amplifies rear drive LED and sends into R12.

Adopt said structure, the utility model is provided with the pedestal of charging device, can be simultaneously for most mosquito killing lamp chargings, when after this mosquito killing lamp charging is saturated, can furnish in any place, except reaching the effect of electric shock mosquito killing lamp, and possess the function of splendid mobility and detecting vibrations and dense smoke, improve the shortcoming of commonly using the supply of mosquito killing lamp limited power.

Below in conjunction with diagram and embodiment the utility model is further described.

Fig. 1 is a schematic perspective view of the present utility model;

Fig. 2 is a perspective exploded view of the present utility model;

Fig. 3 is a charging structure generalized section of the present utility model;

Fig. 4 is charging part of the present utility model and high pressure part circuit diagram;

Fig. 5 is a partly circuit diagram of detecting of the present utility model;

Fig. 6 is one of use embodiment schematic diagram of the present utility model;

Fig. 7 is two of a use embodiment schematic diagram of the present utility model;

Fig. 8 is three of a use embodiment schematic diagram of the present utility model.

See also Fig. 1,2, the utility model is provided with a pedestal 1, be provided with the groove 11 of right quantity in this pedestal top, and in groove 11, be provided with the lead-out terminal 111 of projection, this terminal 111 and be connected to set electric pressure converter 12 and the voltage control circuit 13 in bottom, after making this converter 12 through power line 121 input power supplys, by voltage control circuit 13, give suitable step-down, and the voltage after will changing is connected to each terminal 111 respectively with lead 131, and when mosquito killing lamp 2 is placed on this groove 11, its set sheet metal 21 in bottom can be connected terminal 111, and being transported to a battery 22, voltage charged, and can be after charging be saturated, driving through control circuit 23, provide fluorescent lamp 24 and wire netting 25 required high pressure, mosquito can be flown in the wire netting 25 because of the attraction of fluorescent lamp 24 is shocked by electricity, reach the effect of mosquito-insect trapping and killing, and also being provided with vibrations in this control circuit 23 detects element 231 and a dense smoke and detects the dense smoke that rocks signal and cause because of fire that element 232 can be detected earthquake respectively, driving through control circuit 23, produce the caution sound with a buzzer 233, remind the user, constitute the effect of caution.

See also Fig. 3, by finding out in graphic, when mosquito killing lamp 2 when putting the groove 11 of pedestal 1, its set sheet metal 21 in bottom touches the terminal 111 in the groove 11 respectively, make the out-put supply of electric pressure converter 12 and voltage control circuit 13 can import the set battery 22 of mosquito killing lamp 2, reach the function of charging through lead 131, terminal 111 and sheet metal 21, and the suitable weight that is had because of mosquito killing lamp 2, sheet metal 21 can fit on the terminal 111 really, to avoid charging not exclusively.

See also Fig. 4, charging circuit of the present utility model, be by the restriction of Q1 as voltage supplied, and work as current source with Q2, therefore, the base stage of Q2 is subjected to the fixing of light-emittingdiode and is confined to certain pressure and is worth, and when the voltage of output was low, the base stage of Q1 was greater than output valve, so the base stage of Q2 is fixed in default pressure value, light-emittingdiode is lighted, and when charging to full load, the emitter-base bandgap grading of Q1 is the same with base voltage high, so collector volatge descends, the base stage of Q2 also descends relatively, and light-emittingdiode is extinguished, and finishes the action of charging; And when mosquito killing lamp when using, the battery B1 supply oscillation circuit power that Q3 and R5, R6, C3 formed through charging saturated required, and can voltage be promoted to a quota value through the commissure of T2, being attached to wire netting, the shock by electricity effect of mosquito of formation.

See also Fig. 5, vibrations of the present utility model and dense smoke detect warning circuit, mainly be by infrared light emission diode D1 and be subjected to luminescent crystal Q1 to constitute a dense smoke checking device 232, when no any dense smoke enters, Q2 is an opening, Q3 then is a cut-off state, but enter D1 as dense smoke, in the time of between the Q1, the output voltage of Q1 promptly is low value, and the base bias of Q2 also can be lower than Q3, ends and the state of Q3 unlatching so form Q2, to drive Q4, Q5, buzzer BUZ233 is made a sound, and this circuit for detecting can be by VR1, VR2 suitably adjusts its sensitivity, and makes the accuracy of detecing side keep certain state; Vibrations detect element 231 and are located between the base stage of ground wire and Q1, and when earthquake caused rocking of this element, the negative voltage of ground wire promptly passed through the commissure of D2, the base bias of Q2 is reduced, Q3 is opened, buzzer is made a sound, reach the effect of caution to drive Q4, Q5.Differential comparison circuit is made up of Q2, Q3, R1, R7, R5, R6, the dense smoke signal is sent into the Q2 base stage by R1, be connected with variable between Q2 and Q3 emitter-base bandgap grading with resistance VR2, the VR2 adjustable side is through R7 ground connection, the Q2 colelctor electrode is connected into positive source through R5, and the Q3 colelctor electrode inserts positive source through resistance R 6, and amplifying circuit is made up of R8, Q4, signal is sent into the Q4 base stage by R8, amplifies rear drive LED and sends into R12.

Extremely shown in Figure 8 as Fig. 6, the utility model is after charging, can furnish on the head of a bed, the table end or any rack, the restriction that it is not supplied with by power supply, can move the ornaments position arbitrarily, and the non-transformer line trouble of impeding, in addition, the utility model also can place the open air Anywhere, fully reaches the convenience of carrying.

Claims

1, a kind of rechargeable mosquito killing lamp, mainly be provided with a pedestal, it is characterized in that: this pedestal top is provided with more than one groove (11), and is provided with the lead-out terminal (111) of projection in groove, and this terminal connects set electric pressure converter (12) and the charging circuit in pedestal bottom; This electric pressure converter (12) is connected with AC power by power line (121), mosquito killing lamp is put in the groove (11) of pedestal, its set sheet metal in bottom touches lead-out terminal, battery (22) is located between mosquito killing lamp and the sheet metal, and link to each other with control circuit (23) with lead, control circuit control drives mosquito killing lamp.

2, rechargeable mosquito killing lamp according to claim 1, it is characterized in that: be provided with a dense smoke alarming device (232) in the mosquito killing lamp, this device is by infrared light emission diode D1 and be subjected to luminescent crystal Q1 to detect the dense smoke signal, produce the caution sound through differential comparison circuit and amplifying circuit to drive a buzzer, differential comparison circuit is by Q2, Q3, R1, R7, R5, R6 forms, the dense smoke signal is sent into the Q2 base stage by R1, be connected with variable resistance VR2 between Q2 and Q3 emitter-base bandgap grading, the VR2 adjustable side is through R7 ground connection, the Q2 colelctor electrode is connected into positive source through resistance R 5, the Q3 colelctor electrode inserts positive source through resistance R 6, amplifying circuit is by R8, Q4 forms, signal is sent into the Q4 base stage by R8, amplifies rear drive LED and sends into R12.

3, rechargeable mosquito killing lamp according to claim 1, it is characterized in that: be provided with vibrations in the mosquito killing lamp again and detect element (231), and these element two ends are connected with negative voltage side and a diode, commissure through diode is connected in differential comparison circuit R1 end, drive buzzer by amplifying circuit, differential comparison circuit is by Q2, Q3, R1, R7, R5, R6 forms, vibration signal is sent into the Q2 base stage by R1, be connected with variable between Q2 and Q3 emitter-base bandgap grading with resistance VR2, the VR2 adjustable side is through R7 ground connection, the Q2 colelctor electrode is connected into positive source through R5, the Q3 colelctor electrode inserts positive source through resistance R 6, amplifying circuit is by R8, Q4 forms, and signal is sent into the Q4 base stage by R8, amplifies rear drive LED and sends into R12.