CN2643664Y - Safe and highly effective anti-theft alarm electronic cat - Google Patents
Safe and highly effective anti-theft alarm electronic cat Download PDFInfo
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- CN2643664Y CN2643664Y CN 03284652 CN03284652U CN2643664Y CN 2643664 Y CN2643664 Y CN 2643664Y CN 03284652 CN03284652 CN 03284652 CN 03284652 U CN03284652 U CN 03284652U CN 2643664 Y CN2643664 Y CN 2643664Y
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Abstract
The utility model discloses a safe and efficient anti-theft electronic mouse repeller, which comprises a three-dimensional trap line, a circuit part which is composed of a high-voltage generator, a pyroelectric infrared sensor circuit, a switching delayer and a live wire localizer; the electrical source is connected with the high-voltage generator; the working power supply of the pyroelectric infrared sensor circuit is fetched from a live wire and a zero line; the input signals are the signals of human body activities, and are respectively transmitted to a fourth contact which is arranged in the high-voltage generator and an eighth contact of normally open state in the switching delayer; a third relay of the switching delayer is connected with a fifth contact of normally open state, a sixth contact and a seventh contact of normally close state; the working power supply is transmitted to the two ends of an automatic alarm indicator; the live wire localizer is shared the live wire with the high-voltage generator and has an independent earth wire; the input signals of the live wire localizer are transmitted to a first relay through a first rectifier. The utility model has the advantages of safe and reliable application.
Description
Technical field
The utility model relates to mouse trap, is specially a kind of safe and efficient burglar alarm electronic cat.
Background technology
At present, known type mouse trapping method is varied, along with science and technology development, the equipment that is used for killing mouse also turns to electron type by original mechanical type, also improved mousing efficient when increasing equipment and technology content, electronic mousetrap is generally promoted soon very much, be subjected to the serious regional people's of mouse calamity welcome deeply.But existing electronic mousetrap, its design focus on and improve mousing efficient and ignored the personal safety problem, though perhaps taked security measure, poor effect once had because of using electronic mousetrap that the report that people, livestock, small animal are shocked by electricity takes place.Existing a kind of electronic mousetrap, constitute voltage-multiplying circuit by electric capacity and diode, high-voltage output end at voltage-multiplying circuit is connected to the mousing clip, insulated aerial is arranged overhead naked metal wire high about 1 centimetre in the mouse zone of action, after contacting naked metal wire, mouse constitutes the loop with ground, alarm lamp is bright, shows that high-tension electricity knocks down mouse.Though this electronic mousetrap deratization effect is fine, has potential safety hazard.
The utility model content
For solve person poultry safety's problem of bringing when using electronic mousetrap, the purpose of this utility model provides a kind of safe and efficient burglar alarm electronic cat.
The technical solution adopted in the utility model is: comprise alarm lamp, the solid mousing line that constitutes by conductor that is arranged in the mousing place that is installed on the circuit part in the box body and draws by box body, circuit part is by high pressure generator, the pyroelectric infrared sensor circuit, the switch delayer, the live wire positioner is formed, wherein: the power firestreak serial connection is by normal ON state the 2nd contact of the control of the 1st relay in the live wire positioner, alarm lamp, zero line is connected to the end by normal ON state the 1st contact of the control of the 1st relay in the live wire positioner, at least 2 zero lines are drawn in the other end parallel connection of the 1st contact, one normal ON state the 3rd contact by the control of the 1st relay in the live wire positioner is set between the node of 2 zero lines and the 1st contact, and in the alarm lamp other end and the 1st contact, normal ON state the 4th contact by the control of the 2nd relay in the pyroelectric infrared sensor circuit in parallel successively between the node of the 3rd contact, the 6th electric capacity and by normal ON state the 5th contact of the 3rd relay in switch delayer control, at two ends, the 5th contact respectively through normally closed attitude 6th contact of series connection by the control of the 3rd relay in the switch delayer, in parallel behind the 7th contact with high pressure generator; The working power of Thermoelectric Infrared Sensor circuit is drawn from live wire and zero line, the input signal of its thermal release electric infra-red ray probe is detected human activity signal, and what output signal was delivered to the control of the 2nd relay respectively is arranged at the 4th contact in the high pressure generator and normal ON state the 8th contact in the switch delayer; The 3rd relay in the switch delayer is connected in normal ON state the 5th contact in the high pressure generator, normally closed attitude the 6th, 7 contacts, and working power is drawn the two ends from alarm lamp; The working power of live wire positioner is and shared live wire of high pressure generator and ground wire independently, by the 1st rectifier the output signal of live wire positioner delivered to the 1st～3 contact by the control of the 1st relay;
Wherein: described high pressure generator is the voltage-multiplying circuit of being made up of electric capacity, diode, at the discharge resistance of each electric capacity two ends high impedance in parallel; Described pyroelectric infrared sensor circuit mainly is made up of the 2nd rectifier, the 2nd relay, rpyroelectric infrared controller, thermal release electric infra-red ray probe, wherein, the output signal of thermal release electric infra-red ray probe is delivered to the rpyroelectric infrared controller, the output of rpyroelectric infrared controller is connected to the base stage of the 1st amplifier through the 4th resistance, and the colelctor electrode of the 1st amplifier is connected to the 2nd relay; Described switch delayer is mainly by the 3rd rectifier, the 3rd relay, buzzer, the 2nd amplifier, dual input device NAND gate constitutes, wherein the output of the 3rd rectifier is connected with the 3rd relay coil, the colelctor electrode of the 2nd amplifier is connected with the 3rd relay, base stage is connected with the 2nd control module, the 8th contact in parallel between the colelctor electrode of the 2nd amplifier and emitter stage; Buzzer is parallel to the 3rd relay coil two ends; Described high-voltage output line and the zero line that is arranged in the mousing place is naked metal wire, and high-voltage output line is above insulated aerial on ground, being positioned at least two zero lines that high-voltage line can be protected in the inboard of parallel laying above the high-voltage line, constitutes three-dimensional mousing line.
The beneficial effects of the utility model are:
1, the easy odd jobs of arranging net, safe and reliable, existing mechanical protection (as has laid three-dimensional mousing line, on the plane above about 3 centimetres of the distance high-voltage lines, lay at least two zero lines, high-voltage line is protected in the inboard by zero line, not only made the someone run into zero line and also be difficult for running into high-voltage line) but also electronic monitoring (as being provided with of the setting of the setting of Thermoelectric Infrared Sensor in the circuit, sounding and lighting alarm, live wire detector etc.) is arranged, the people can not be come to harm, increased function of safety protection.
2, mousing efficient height.Owing to adopt at least two zero lines, make high-voltage line no matter to ground wire, still can both make mouse become short-circuit conductor to any zero line, both having made on the ground that ground resistance increases in concrete floor, sand ground or winter can not influence mousing efficient.
3, long service life.Owing to adopt switch delayer (alarm), make electric capacity avoid the long-time impact of big short circuit current and influence service life as holding circuit; The 6th electric capacity in parallel is struck sparks in the time of can preventing grid short circuit in high pressure generator, and the protection diode is not breakdown, and can increase anti-interference of the present utility model.
4, powerful, be widely used, collecting mouse, warning, antitheft in one are applicable to grow seedlings in grain depot, market, botanical garden, rice field, plant, hotels and other places.
Description of drawings
Fig. 1 is the Thermoelectric Infrared Sensor circuit theory diagrams.
Fig. 2 is high-voltage generator circuit principle and circuit control section wiring diagram.
Fig. 3 is switch delayer (alarm) circuit theory diagrams.
Fig. 4 is live wire positioner circuit theory diagrams.
Fig. 5 is the utility model structural representation.
Embodiment
Shown in Fig. 1～5, the utility model comprises alarm lamp H, the solid mousing line that constitutes by conductor that is arranged in the mousing place that is installed on the circuit part in the box body and draws by box body, circuit part is by high pressure generator, the pyroelectric infrared sensor circuit, the switch delayer, the live wire positioner is formed, wherein: the power firestreak serial connection is by normal ON state the 2nd contact K2 of the 1st relay J 1 control in the live wire positioner, alarm lamp H, zero line connects the end by normal ON state the 1st contact K1 of the 1st relay J 1 control in the live wire positioner, at least 2 zero lines are drawn in other end parallel connection, one normal ON state the 3rd contact K3 by the 1st relay J 1 control in the live wire positioner is set between the node of zero line and the 1st contact K1, and at the alarm lamp H other end and the 1st contact K1, normal ON state the 4th contact K4 by the control of the 2nd electrical equipment J2 in the high-performance pyroelectric infrared sensor in parallel successively between the node of the 3rd contact K3, the 6th capacitor C 6 and normal ON state the 5th contact K5 that controls by the 3rd relay J 3 in the switch delayer, normally closed attitude the 6th contact K6 that controls by the 3rd relay J 3 in the switch delayer through series connection respectively at K5 two ends, the 5th contact, in parallel behind the 7th contact K7 with high pressure generator (being voltage-multiplying circuit); The working power of Thermoelectric Infrared Sensor circuit is drawn from live wire and zero line, the input signal of its thermal release electric infra-red ray probe PIR is detected human activity signal, and what output signal was delivered to 2 controls of the 2nd relay J respectively is arranged at the 4th contact K4 in the high pressure generator and normal ON state the 8th contact K8 in the switch delayer; The 3rd relay J 3 in the switch delayer is connected in normal ON state the 5th contact K5 in the high pressure generator, normally closed attitude the 6th, 7 contact K6, K7, and working power is drawn the two ends from alarm lamp H; The working power of live wire positioner is and shared live wire of high pressure generator and ground wire independently, by the 1st rectifier Z1 the output signal of live wire positioner delivered to the 1st～3 contact K1～K3 by 1 control of the 1st relay J.
As shown in Figure 2; high pressure generator is the voltage-multiplying circuit of being made up of electric capacity, diode, at the discharge resistance of each electric capacity two ends high impedance in parallel, strikes sparks when the setting of the 6th capacitor C 6 can prevent grid short circuit; the protection diode is not breakdown, and makes and the utlity model has anti-interference.
As shown in Figure 1, the pyroelectric infrared sensor circuit mainly is made up of the 2nd rectifier Z2, the 2nd relay J 2, rpyroelectric infrared controller IC 1, thermal release electric infra-red ray probe PIR, wherein, the output signal of thermal release electric infra-red ray probe PIR is delivered to rpyroelectric infrared control circuit IC1, the output of rpyroelectric infrared controller IC 1 is connected to the base stage of the 1st amplifier T1 through the 4th resistance R 4, and the colelctor electrode of the 1st amplifier T1 is connected to the 2nd relay J 2.
As shown in Figure 3, the switch delayer is mainly by the 3rd rectifier Z3, the 3rd relay J 3, buzzer, the 2nd amplifier T), IC2 constitutes, wherein the output of the 3rd rectifier Z3 is connected with the 3rd relay J 3 coils, the 3rd relay J 3 and buzzer parallel connection, the colelctor electrode of the 2nd amplifier T2 is connected with the 3rd relay J 3, base stage is connected with dual input device NAND gate IC2, the 8th contact K8 in parallel between the colelctor electrode of the 2nd amplifier T2 and emitter stage.
The course of work of the present utility model is: high-voltage output line and the zero line of arranging the mousing place are naked metal wire, high-voltage output line is at 1 centimetre of left and right sides, distance ground eminence insulated aerial, on distance ground about 4 centimetres, be positioned at least two zero lines that high-voltage line can be protected of high-voltage line top parallel laying in the inboard, constitute three-dimensional mousing line, make the people, livestock or domestic small animal are difficult for running into, as long as and mouse contacts high-voltage line, will or spill the good ground of salt solution conduction with wetland and form the loop, perhaps at concrete floor, sand ground, forming the loop with any zero line in high-voltage line top on the ground that winter, ground resistance increased gets an electric shock and dies.
The mousing gauze laid finish, will confirm high-voltage output line earlier over the ground, have or not short circuit to zero, and can connect power supply after connecting ground wire.When powering on, people often can't judge which jack is a live wire, which jack is a zero line, if direction that the working power plug of high pressure generator is anti-inserted, the 2nd contact K2 and alarm lamp H are received on the zero line and the 1st contact K1 receives on the live wire, the output no-output electric current of the 1st rectifier Z1 in the live wire positioner, the coil of the 1st relay J 1 can not get, the 1st～3 contact K1～K3 that then inserts on the high pressure generator does not have adhesive, this moment the utility model cisco unity malfunction, need attaching plug is changed insertion in the other direction, then the 1st rectifier Z1 output of live wire positioner has electric current output, the 1st relay J 1 coil is got, the 1st～3 contact K1～K3 adhesive that it is connected in the high-voltage generator circuit makes high pressure generator connect power supply, and at this moment alarm lamp H lights, delay time and extinguished automatically in 30 seconds, after this utility model is in holding state.The function of live wire positioner can guarantee that exactly alarm lamp H must be connected on the live wire, and charge to high voltage generating circuit by alarm lamp H with this live wire, and when alarm lamp H lights, obtain voltage between its ends A, B at 2, make the work of switch delayer.As shown in Figure 2, when the high pressure generator operate as normal, have the voltage about 1500V at least between high-voltage line and ground wire or the zero line, after the voltage-multiplying circuit discharge, the voltage at electric capacity two ends reduces, and has guaranteed personal safety.When the people is regional near mousing; thermal release electric infra-red ray probe PIR delivers to signal the pin two of rpyroelectric infrared controller IC 1 (model that present embodiment adopts is CS9803GP); 4; by pin one 1 output high level; through the 4th resistance R 4; the 1st amplifier T1 drives the 2nd relay J 2; make the 4th contact K4 adhesive among Fig. 2; the 8th contact K8 adhesive in the switch delayer; then alarm lamp H lights; buzzer sends caution sound; make the A of switch delayer; the B point-to-point transmission obtains voltage; by the 3rd rectifier Z3 the 3rd relay J 3 is got; make the 6th among Fig. 2; 7 contact K6; K7 disconnects, and the energy storage of all electric capacity discharges by high-impedance resistors in parallel separately in the high pressure generator, guarantees that high pressure generator voltage reduces; quit work, play the safeguard protection effect.When mouse contacts electrical network; the voltage-multiplying circuit discharge; shoot mouse dead; alarm lamp H lights; make its two ends obtain voltage; the 3rd rectifier Z3 output in the switch time delayer circuit provides working power for dual input device NAND gate IC2; dual input device NAND gate IC2 (it is 4093 that the utility model adopts model) enters time status; drive the 3rd relay J 3 by pin one 0 output signal through the 2nd amplifier T2 after 10 seconds and get electric and buzzer warning; make normal ON state the 5th contact K5 closure in the high pressure generator; normally closed attitude the 6th; 7 contact K6; K7 disconnects; formation is by the 2nd contact K2; alarm lamp H; the 5th; 1 contact K5; the loop that K1 forms; because of the 6th; 7 contact K6; the disconnection of K7; make the high pressure generator voltage-multiplying circuit cut off working power; thereby protection electric capacity can not be subjected to the impact of short circuit current for a long time, has prolonged service life of the present utility model.
Claims (5)
1. safe and efficient burglar alarm electronic cat, it is characterized in that: comprise alarm lamp (H), the solid mousing line that constitutes by conductor that is arranged in the mousing place that is installed on the circuit part in the box body and draws by box body, circuit part is by high pressure generator, the pyroelectric infrared sensor circuit, the switch delayer, the live wire positioner is formed, wherein: the power firestreak serial connection is by normal ON state the 2nd contact (K2) of the control of the 1st relay (J1) in the live wire positioner, alarm lamp (H), zero line is connected to the end by normal ON state the 1st contact (K1) of the control of the 1st relay (J1) in the live wire positioner, at least 2 zero lines are drawn in the other end parallel connection of the 1st contact (K1), one normal ON state the 3rd contact (K3) by the control of the 1st relay (J1) in the live wire positioner is set between the node of 2 zero lines and the 1st contact (K1), and at alarm lamp (H) other end and the 1st contact (K1), normal ON state the 4th contact (K4) by the control of the 2nd relay (J2) in the pyroelectric infrared sensor circuit in parallel successively between the node of the 3rd contact (K3), the 6th electric capacity (C6) and by normal ON state the 5th contact (K5) of the 3rd relay (J3) in switch delayer control, at two ends, the 5th contact (K5) respectively through normally closed attitude 6th contact (K6) of series connection by the control of the 3rd relay (J3) in the switch delayer, back, the 7th contact (K7) is in parallel with high pressure generator; The working power of Thermoelectric Infrared Sensor circuit is drawn from live wire and zero line, the input signal of its thermal release electric infra-red ray probe (PIR) is detected human activity signal, and what output signal was delivered to the 2nd relay (J2) control respectively is arranged at the 4th contact (K4) in the high pressure generator and normal ON state the 8th contact (K8) in the switch delayer; The 3rd relay (J3) in the switch delayer is connected in normal ON state the 5th contact (K5) in the high pressure generator, normally closed attitude the 6th, 7 contacts (K6), (K7), and working power is drawn the two ends from alarm lamp (H); The working power of live wire positioner is and shared live wire of high pressure generator and ground wire independently, by the 1st rectifier (Z1) output signal of live wire positioner delivered to by the 1st～3 contact of the 1st relay (J1) control (K1～K3).
2. by the described safe and efficient burglar alarm electronic cat of claim 1, it is characterized in that: the voltage-multiplying circuit of described high pressure generator for forming by electric capacity, diode, at the discharge resistance of each electric capacity two ends high impedance in parallel.
3. by the described safe and efficient burglar alarm electronic cat of claim 1, it is characterized in that: described pyroelectric infrared sensor circuit mainly is made up of the 2nd rectifier (Z2), the 2nd relay (J2), rpyroelectric infrared controller (IC1), thermal release electric infra-red ray probe (PIR), wherein, the output signal of thermal release electric infra-red ray probe (PIR) is delivered to rpyroelectric infrared controller (IC1), the output of rpyroelectric infrared controller (IC1) is connected to the base stage of the 1st amplifier (T1) through the 4th resistance (R4), and the colelctor electrode of the 1st amplifier (T1) is connected to the 2nd relay (J2).
4. by the described safe and efficient burglar alarm electronic cat of claim 1, it is characterized in that: described switch delayer mainly is made of the 3rd rectifier (Z3), the 3rd relay (J3), buzzer, the 2nd amplifier (T2), dual input device NAND gate (IC2), wherein the output of the 3rd rectifier (Z3) is connected with the 3rd relay (J3) coil, the colelctor electrode of the 2nd amplifier (T2) is connected with the 3rd relay (J3), base stage is connected with the 2nd control module (IC2), the 8th contact in parallel (K8) between the colelctor electrode of the 2nd amplifier (T2) and emitter stage; Buzzer is parallel to the 3rd relay (J3) coil two ends.
5. by the described safe and efficient burglar alarm electronic cat of claim 1, it is characterized in that: described high-voltage output line and the zero line that is arranged in the mousing place is naked metal wire, high-voltage output line is above insulated aerial on ground, being positioned at least two zero lines that high-voltage line can be protected of parallel laying above the high-voltage line, constitute three-dimensional mousing line in the inboard.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03284652 CN2643664Y (en) | 2003-09-26 | 2003-09-26 | Safe and highly effective anti-theft alarm electronic cat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03284652 CN2643664Y (en) | 2003-09-26 | 2003-09-26 | Safe and highly effective anti-theft alarm electronic cat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2643664Y true CN2643664Y (en) | 2004-09-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03284652 Expired - Fee Related CN2643664Y (en) | 2003-09-26 | 2003-09-26 | Safe and highly effective anti-theft alarm electronic cat |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2643664Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105340869A (en) * | 2015-11-20 | 2016-02-24 | 裴士纯 | Novel mousetrap |
-
2003
- 2003-09-26 CN CN 03284652 patent/CN2643664Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105340869A (en) * | 2015-11-20 | 2016-02-24 | 裴士纯 | Novel mousetrap |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |