CN202711417U - Intelligent alarm control system used for power supply/utilization equipment - Google Patents
Intelligent alarm control system used for power supply/utilization equipment Download PDFInfo
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- CN202711417U CN202711417U CN 201220423853 CN201220423853U CN202711417U CN 202711417 U CN202711417 U CN 202711417U CN 201220423853 CN201220423853 CN 201220423853 CN 201220423853 U CN201220423853 U CN 201220423853U CN 202711417 U CN202711417 U CN 202711417U
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Abstract
An intelligent alarm control system used for power supply/utilization equipment comprises a heat-emission alarm control circuit I, a heat-emission alarm control circuit II, a relay coil control circuit I, a relay coil control circuit II, a wireless alarm control circuit, a power supply/utilization equipment and power distribution room camera control circuit, a plurality of high-voltage equipment temperature monitors, a plurality of anti-theft door contact switches and a remote control unit, wherein the power supply/utilization equipment and power distribution room camera control circuit comprises an alternating current contactor control circuit I, an alternating current contactor control circuit II, a residual current circuit breaker control circuit and a power distribution room camera control circuit, and each high-voltage equipment temperature monitor is composed of a temperature monitoring circuit, a signal sensing transmitting circuit and a solar panel. The intelligent alarm control system of the utility model is advantageous in that: the intelligent alarm control system can timely report dangerous situations of theft in the power distribution room and abnormal heat emission of the power supply/utilization equipment to a user through making phone calls and sending messages, and therefore, the user can take measures to prevent accidents.
Description
Technical field
The utility model relates to a kind of electricity supply and use equipment intelligent alarming control system.
Background technology
At present, when when switchgear building is stolen, in switchgear building, various electricity supply and use equipment abnormal heatings or its inner important electric component are stolen, switchgear building or electricity supply and use equipment managerial personnel can not learn dangerous situation usually in time, with the generation of prevention accident; Thereby tend to cause electricity supply and use equipment to damage, affect the normal operation of electric power system, and cause serious economic loss.
The utility model content
The purpose of this utility model is: overcome the deficiencies in the prior art, design a kind of electricity supply and use equipment intelligent alarming control system, this electricity supply and use equipment intelligent alarming control system diverse in function, can be in time by calling, send note report switchgear building theft dangerous situation and electricity supply and use equipment abnormal heating, the theft dangerous situation is to the user, so that disconnecting total supply line in the control switchgear building, user's operated from a distance leads to, the manual on-load switch of disconnected residual current circuit breaker, thereby total supply line in the disconnection switchgear building, perhaps connect anti-theft circuit in switchgear building, perhaps process as early as possible dangerous situation, to stop switchgear building generation robbery accident, electricity supply and use equipment generation spontaneous combustion or robbery accident in switchgear building.
The purpose of this utility model can realize by following technical proposals:
This electricity supply and use equipment intelligent alarming control system, comprise heat warning effect control circuit I and heat warning effect control circuit II, described heat warning effect control circuit I and heat warning effect control circuit II form by light alarm control circuit harmony alarm control circuit, light alarm control circuit in heat warning effect control circuit I and heat warning effect control circuit II is by four LED light emitting module formations in parallel, all include identical circuit component in each LED light emitting module, and the annexation between its circuit component is also identical, wherein in first LED light emitting module in heat warning effect control circuit I, include 42 input nand gate U1, thermistor RT1 and RT2, potentiometer RP1 and RP2, LED 1 and LED2, triode VT1 and VT2, diode VD1 and VD2 and relay K 1 and K2, include multistage voice recording and playback ic U5 in the acoustic alarm control circuit in heat warning effect control circuit I, in first LED light emitting module in heat warning effect control circuit II, includes 42 input nand gate U6, thermistor RT9 and RT10, potentiometer RP9 and RP10, LED 11 and LED12, triode VT10 and VT11, diode VD10 and VD11 and relay K 10 and K11, include multistage voice recording and playback ic U10 in the acoustic alarm control circuit in heat warning effect control circuit II, it is characterized in that: also comprise relay coil control circuit I, relay coil control circuit II, the radio alarming control circuit, control electricity supply and use equipment and switchgear building camera circuitry, some Temperature Monitoring of HV Apparatus monitors, some antitheft door magnetic switches and a telepilot, wherein relay coil control circuit I and heat warning effect control circuit I form heat warning effect and relay coil control circuit board I, relay coil control circuit II and heat warning effect control circuit II form heat warning effect and relay coil control circuit board II, and described control electricity supply and use equipment and switchgear building camera circuitry include controls A.C. contactor circuit I, control A.C. contactor circuit II, control the residual current circuit breaker circuit and control the switchgear building camera circuitry, each Temperature Monitoring of HV Apparatus monitor is by temperature observation circuit, induction of signal radiating circuit and solar panel form, in described relay coil control circuit I, relay K 9, diode VD9, triode VT9 and resistance R 37 are arranged, relay K 18, diode VD18, triode VT18 and resistance R 74 are arranged in relay coil control circuit II, wireless GSM safety alarm system host, relay K 19, K20, K21, K22, K23, K24, K40 and K41, triode VT19, VT20, VT21 and VT25, diode VD19, VD20, VD21, VD22, VD23, VD29 and VD30, resistance R 76, R77 and R86, passive speaker B5 and B6 and electric battery BT2 are arranged in the radio alarming control circuit, voltage stabilizer U12,42 input nand gate U13, thermistor RT17, potentiometer RP17, resistance R 88, R89 and R90, LED 22, triode VT26, diode VD31 and relay K 43 are arranged in the temperature observation circuit of each Temperature Monitoring of HV Apparatus monitor, anti-abnormal heating door status switch transmitter, diode VD32 and VD33, K switch 42 and electric battery BT3 are arranged in the induction of signal radiating circuit of each Temperature Monitoring of HV Apparatus monitor, wherein, the supporting door status switch that anti-abnormal heating door status switch transmitter is wireless GSM safety alarm system removes its magnet segment, and removes the repacking structure after its wireless signal transmitter partial interior circuit board supplying cell, the supporting door status switch that each antitheft door magnetic switch is wireless GSM safety alarm system, the matched remote controller that telepilot is wireless GSM safety alarm system,
Its annexation is: in relay coil control circuit I, the coil of relay K 9 is with after diode VD9 is in parallel, the positive pole of diode VD9 is connected to the emitter of triode VT9, negative pole connection+5V direct supply the VCC of diode VD9, the end of the base stage contact resistance R37 of triode VT9, the grounded collector of triode VT9, between relay coil control circuit I and heat warning effect control circuit I, the other end of resistance R 37 is connected to multistage voice recording and playback ic U5's
end, in relay coil control circuit II, the coil of relay K 18 is with after diode VD18 is in parallel, the positive pole of diode VD18 is connected to the emitter of triode VT18, negative pole connection+5V direct supply the VCC of diode VD18, the end of the base stage contact resistance R74 of triode VT18, the grounded collector of triode VT18, between relay coil control circuit II and heat warning effect control circuit II, the other end of resistance R 74 is connected to multistage voice recording and playback ic U10's
end, in the radio alarming control circuit, positive pole connection+12V the direct supply of the DC12V input end of wireless GSM safety alarm system host, the minus earth of its DC12V input end, the coils from parallel connection of coils of relay K 41 is between+12V direct supply and ground, one end of the normally closed contact of relay K 41 connects the earth terminal of wireless GSM safety alarm system host, the other end of the normally closed contact of relay K 41 is connected to the 9th pin of wireless GSM safety alarm system host, the alarm bell output terminal of wireless GSM safety alarm system host just, connected with passive loudspeaker B5 between negative pole, the coils from parallel connection of coils of relay K 19 is at the two ends of passive speaker B5, the NO end of wireless GSM safety alarm system host connects the negative pole of electric battery BT2, and be connected to the positive pole of diode VD20 simultaneously, the minus earth of diode VD20, the positive pole of electric battery BT2 connects coil one end of relay K 21, and be connected to the negative pole of diode VD19 simultaneously, positive pole connection+12V the direct supply of diode VD19, the coil other end of relay K 21 connects coil one end of relay K 20, and the C that simultaneously is connected to wireless GSM safety alarm system host holds, the coil other end of relay K 20 connects the positive pole of electric battery BT2, the two ends of propaganda directed to communicate loudspeaker incoming end and the earth terminal difference connected with passive loudspeaker B6 of wireless GSM safety alarm system host, the base stage of triode VT21 is connected to the loudspeaker incoming end of propagandaing directed to communicate of wireless GSM safety alarm system host by resistance R 77, the emitter of triode VT21 connects the earth terminal of wireless GSM safety alarm system host, coil one end of the collector connection relay K24 of triode VT21, and be connected to the positive pole of diode VD23 simultaneously, the negative pole of diode VD23 is connected with the coil other end of relay K 24, and connection+12V direct supply simultaneously, the emitter of triode VT19 connects coil one end of relay K 22, and be connected to the positive pole of diode VD21 simultaneously, the negative pole of diode VD21 connects the coil other end of relay K 22, the base stage of triode VT19 is connected with the base stage of triode VT20, and be connected to the 36th pin of the STC microprocessor U11 in wireless GSM safety alarm system host by resistance R 76 simultaneously, the emitter of triode VT20 connects coil one end of relay K 23, and be connected to the positive pole of diode VD22 simultaneously, the negative pole of diode VD22 connects the coil other end of relay K 23, coil one end of the collector connection relay K40 of triode VT25, and be connected to the positive pole of diode VD29 simultaneously, the negative pole of diode VD29 connects the coil other end of relay K 40, the base stage of triode VT25 is connected to the 40th pin of STC microprocessor U11 by resistance R 86, the collector of triode VT19, the equal ground connection of the emitter of the collector of triode VT20 and triode VT25, diode VD21, the negative pole of VD22 and VD29 all is connected to the negative pole of diode VD30, the positive pole of diode VD30 is connected to the positive pole of the pilot lamp LED21 that locks in wireless GSM safety alarm system host, the two ends of the normally opened contact of relay K 23 are connected with the two ends of the external hand switch K25 of ups power in wireless GSM safety alarm system host respectively, between radio alarming control circuit and relay coil control circuit I, one end of the normally opened contact of relay K 9 connects the earth terminal of wireless GSM safety alarm system host, and the other end of the normally opened contact of relay K 9 is connected to the 7th pin of wireless GSM safety alarm system host, between radio alarming control circuit and relay coil control circuit II, one end of the normally opened contact of relay K 18 connects the earth terminal of wireless GSM safety alarm system host, and the other end of the normally opened contact of relay K 18 is connected to the 8th pin of wireless GSM safety alarm system host, control between A.C. contactor circuit I and radio alarming control circuit, one end of the normally opened contact of relay K 20 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 20 is connected with an end of A.C. contactor KM1 coil, and the other end of A.C. contactor KM1 coil connects the zero line side of alternating current 220V power supply, control between A.C. contactor circuit II and radio alarming control circuit, one end of the normally opened contact of relay K 40 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 40 is connected with an end of A.C. contactor KM2 coil, the other end of A.C. contactor KM2 coil connects normally opened contact one end of relay K 22, the other end of the normally opened contact of relay K 22 connects the zero line side of alternating current 220V power supply, and the two ends of the normally opened contact of A.C. contactor KM2 are connected in parallel on the normally opened contact two ends of relay K 40, control between residual current circuit breaker circuit and radio alarming control circuit, one end of the normally opened contact of relay K 24 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 24 is connected with an end of the residual current circuit breaker KF1 coil of controlling the switching of the interior total supply line of switchgear building, and the other end of residual current circuit breaker KF1 coil connects the zero line side of alternating current 220V power supply, control between switchgear building camera circuitry and radio alarming control circuit, one end connection+12V direct supply of the normally opened contact of relay K 19, the power input of the video camera that the other end of the normally opened contact of relay K 19 is interior with being arranged on switchgear building is connected, the power output end ground connection of video camera, some Temperature Monitoring of HV Apparatus monitors are arranged on the electroconductive aluminium strip of the some high pressure electricity supply and use equipments that need monitor temperature or copper bar or the device clamp top, in the temperature observation circuit of each Temperature Monitoring of HV Apparatus monitor, the the 12nd and the 13rd pin short circuit of 42 input nand gate U13, and be connected to an end and the slider end of potentiometer RP17, the end of potentiometer RP17 connects the end of thermistor RT17 simultaneously, the end of the other end contact resistance R88 of potentiometer RP17, the 11st pin of 42 input nand gate U13 is connected to the base stage of triode VT26 by resistance R 90, one end of the collector connection relay K43 coil of triode VT26 and the positive pole of diode VD31, the emitter of triode VT26 is connected with the other end of thermistor RT17, and be connected to the 2nd pin of voltage stabilizer U12 simultaneously, the 10th pin of 42 input nand gate U13 is connected to the negative pole of LED 22 by resistance R 89, the the 8th and the 9th pin short circuit of 42 input nand gate U13, and be connected to its 11st pin, the 14th pin of 42 input nand gate U13 is connected to the 3rd pin of voltage stabilizer U12, and simultaneously with the other end of resistance R 88, the positive pole of LED 22, the other end of relay K 43 coils and the negative pole of diode VD31 are connected, the 7th pin of 42 input nand gates is connected to the 2nd pin of voltage stabilizer U12, in the induction of signal radiating circuit of each Temperature Monitoring of HV Apparatus monitor, the positive source incoming end of anti-abnormal heating door status switch transmitter internal circuit board connects the negative pole of diode VD32 by K switch 42, and be connected to the positive pole of electric battery BT3 simultaneously, the power cathode incoming end of anti-abnormal heating door status switch transmitter internal circuit board connects the positive pole of diode VD33, and be connected to the negative pole of electric battery BT3 simultaneously, prevent the wireless connections that are connected to of abnormal heating door status switch transmitter and wireless GSM safety alarm system host, the negative pole of the positive pole of diode VD32 and diode VD33 is connected respectively to positive pole and the negative pole of solar panel, between the temperature observation circuit of each Temperature Monitoring of HV Apparatus monitor and induction of signal radiating circuit, the 1st pin of voltage stabilizer U12 is connected with the positive source incoming end of anti-abnormal heating door status switch transmitter internal circuit board, the 2nd pin of voltage stabilizer U12 is connected with the power cathode incoming end of anti-abnormal heating door status switch transmitter internal circuit board, and the normally closed contact of relay K 43 is connected in parallel on the two ends of the inner tongue tube G1 of anti-abnormal heating door status switch transmitter, some antitheft door magnetic switches be arranged on each door of switchgear building upper and or each electricity supply and use equipment cabinet door on and on each window of switchgear building, each antitheft door magnetic switch and wireless GSM safety alarm system host be connected to wireless connections, telepilot and wireless GSM safety alarm system host be connected to wireless connections.
In relay coil control circuit I described in the utility model, the model of relay K 9 is JZC-23F-5VDC, and the model of diode VD9 is IN4001, and the model of triode VT9 is 9015; In relay coil control circuit II, the model of relay K 18 is JZC-23F-5VDC, and the model of diode VD18 is IN4001, and the model of triode VT18 is 9015; In the radio alarming control circuit, the model of relay K 19, K20, K21, K24 and K41 is JQC-3F-12VDC, the model of relay K 22, K23 and K40 is JZC-23F-5VDC, the model of triode VT19 and VT20 is 9015, the model of triode VT21 is 1815, the model of triode VT25 is 9013, and the model of diode VD19, VD20 and VD23 is IN4004, and the model of diode VD21, VD22, VD29 and VD30 is IN4001; In the temperature observation circuit of each Temperature Monitoring of HV Apparatus monitor, the model of voltage stabilizer U12 is 7805, the model of 42 input nand gate U13 is CD4011, the model of thermistor RT17 is 104GT-1, the model of triode VT26 is 9013, the model of diode VD31 is IN4001, and the model of relay K 43 is JZC-23F-5VDC; In the induction of signal radiating circuit of each Temperature Monitoring of HV Apparatus monitor, the model of diode VD32 and VD33 is respectively IN4004.
In acoustic alarm control circuit and the acoustic alarm control circuit in heat warning effect control circuit II in heat warning effect control circuit I described in the utility model, resistance R 29 between the CE end that removes multistage voice recording and playback ic U5 and earthing pole, after perhaps removing the CE end and the resistance R 66 between earthing pole of multistage voice recording and playback ic U10, the CE end of multistage voice recording and playback ic U5 is held short circuit with the CE of multistage voice recording and playback ic U10, between the CE of multistage voice recording and playback ic U5 end and+5V direct supply and the CE of multistage voice recording and playback ic U10 holds and+be connected with respectively pushbutton switch SB1 and pushbutton switch SB2 between the 5V direct supply, perhaps only have multistage voice recording and playback ic U5 CE end and+be connected with pushbutton switch SB1 between the 5V direct supply, perhaps only have multistage voice recording and playback ic U10 CE end and+be connected with pushbutton switch SB2 between the 5V direct supply.
The utility model has the advantages that: this electricity supply and use equipment intelligent alarming control system diverse in function, can prestore a plurality of phones and or phone number, when the theft dangerous situation appears in switchgear building, when in switchgear building, abnormal heating or theft dangerous situation appear in electricity supply and use equipment, can dial phone to many people in time, send note report dangerous situation, improved the warning probability of success, and it is logical to be subject to police person can also utilize mobile phone or telephone remote operation to disconnect the interior total supply line of control switchgear building, the manual on-load switch of disconnected residual current circuit breaker, thereby total supply line in the disconnection switchgear building, perhaps connect camera circuitry in switchgear building, can also open the system siren by mobile phone or phone, the fright lawless person, perhaps process as early as possible dangerous situation, to stop switchgear building generation robbery accident, electricity supply and use equipment generation spontaneous combustion or robbery accident in switchgear building.
The accompanying drawing explanation
Fig. 1 is heat warning effect and relay coil control circuit board I schematic diagram;
Fig. 2 is heat warning effect and relay coil control circuit board II schematic diagram;
Fig. 3 is radio alarming control circuit schematic diagram;
Fig. 4 controls A.C. contactor circuit I schematic diagram;
Fig. 5 controls A.C. contactor circuit II schematic diagram;
Fig. 6 controls the residual current circuit breaker circuit theory diagrams;
Fig. 7 controls switchgear building camera circuitry schematic diagram;
Fig. 8 is each Temperature Monitoring of HV Apparatus monitoring circuit schematic diagram;
Fig. 9 is the remote controller structure schematic diagram.
In figure: 23, signal lamp; 24, the button of withdrawing a garrison; 25, the key of deploying troops on garrison duty of being in; 26, urgent button; 27, the button of deploying troops on garrison duty; 28, signal emitting antenna.
Embodiment
As shown in Fig. 1-9, this electricity supply and use equipment intelligent alarming control system, comprise heat warning effect control circuit I 1 and heat warning effect control circuit II 3, described heat warning effect control circuit I 1 forms by light alarm control circuit harmony alarm control circuit with heat warning effect control circuit II 3, light alarm control circuit in heat warning effect control circuit I 1 and heat warning effect control circuit II 3 is by four LED light emitting module formations in parallel, all include identical circuit component in each LED light emitting module, and the annexation between its circuit component is also identical, wherein in first LED light emitting module in heat warning effect control circuit I 1, include 42 input nand gate U1, thermistor RT1 and RT2, potentiometer RP1 and RP2, LED 1 and LED2, triode VT1 and VT2, diode VD1 and VD2 and relay K 1 and K2, include multistage voice recording and playback ic U5 in the acoustic alarm control circuit in heat warning effect control circuit I 1, in first LED light emitting module in heat warning effect control circuit II 3, includes 42 input nand gate U6, thermistor RT9 and RT10, potentiometer RP9 and RP10, LED 11 and LED12, triode VT10 and VT11, diode VD10 and VD11 and relay K 10 and K11, include multistage voice recording and playback ic U10 in the acoustic alarm control circuit in heat warning effect control circuit II 3, it is characterized in that: also comprise relay coil control circuit I 2, relay coil control circuit II 4, radio alarming control circuit 5, control electricity supply and use equipment and switchgear building camera circuitry, some Temperature Monitoring of HV Apparatus monitors, some antitheft door magnetic switches and a telepilot, wherein relay coil control circuit I 2 forms heat warning effect and relay coil control circuit board I with heat warning effect control circuit I 1, relay coil control circuit II 4 forms heat warning effect and relay coil control circuit board II with heat warning effect control circuit II 3, and described control electricity supply and use equipment and switchgear building camera circuitry include controls A.C. contactor circuit I 6, control A.C. contactor circuit II 7, control residual current circuit breaker circuit 8 and control switchgear building camera circuitry 9, each Temperature Monitoring of HV Apparatus monitor is by temperature observation circuit 10, induction of signal radiating circuit 11 and solar panel form, in described relay coil control circuit I 2, relay K 9, diode VD9, triode VT9 and resistance R 37 are arranged, relay K 18, diode VD18, triode VT18 and resistance R 74 are arranged in relay coil control circuit II 4, wireless GSM safety alarm system host, relay K 19, K20, K21, K22, K23, K24, K40 and K41, triode VT19, VT20, VT21 and VT25, diode VD19, VD20, VD21, VD22, VD23, VD29 and VD30, resistance R 76, R77 and R86, passive speaker B5 and B6 and electric battery BT2 are arranged in radio alarming control circuit 5, voltage stabilizer U12,42 input nand gate U13, thermistor RT17, potentiometer RP17, resistance R 88, R89 and R90, LED 22, triode VT26, diode VD31 and relay K 43 are arranged in the temperature observation circuit 10 of each Temperature Monitoring of HV Apparatus monitor, anti-abnormal heating door status switch transmitter 12, diode VD32 and VD33, K switch 42 and electric battery BT3 are arranged in the induction of signal radiating circuit 11 of each Temperature Monitoring of HV Apparatus monitor, wherein, prevent that abnormal heating door status switch transmitter 12 is for the supporting door status switch of wireless GSM safety alarm system removes its magnet segment, and remove the repacking structure after its wireless signal transmitter partial interior circuit board supplying cell, the supporting door status switch that each antitheft door magnetic switch is wireless GSM safety alarm system, the matched remote controller that telepilot is wireless GSM safety alarm system,
Its annexation is: in relay coil control circuit I 2, the coil of relay K 9 is with after diode VD9 is in parallel, the positive pole of diode VD9 is connected to the emitter of triode VT9, negative pole connection+5V direct supply the VCC of diode VD9, the end of the base stage contact resistance R37 of triode VT9, the grounded collector of triode VT9, between relay coil control circuit I 2 and heat warning effect control circuit I 1, the other end of resistance R 37 is connected to multistage voice recording and playback ic U5's
end, in relay coil control circuit II 4, the coil of relay K 18 is with after diode VD18 is in parallel, the positive pole of diode VD18 is connected to the emitter of triode VT18, negative pole connection+5V direct supply the VCC of diode VD18, the end of the base stage contact resistance R74 of triode VT18, the grounded collector of triode VT18, between relay coil control circuit II 4 and heat warning effect control circuit II 3, the other end of resistance R 74 is connected to multistage voice recording and playback ic U10's
end, in radio alarming control circuit 5, positive pole connection+12V the direct supply of the DC12V input end of wireless GSM safety alarm system host, the minus earth of its DC12V input end, the coils from parallel connection of coils of relay K 41 is between+12V direct supply and ground, one end of the normally closed contact of relay K 41 connects the earth terminal of wireless GSM safety alarm system host, the other end of the normally closed contact of relay K 41 is connected to the 9th pin of wireless GSM safety alarm system host, the alarm bell output terminal of wireless GSM safety alarm system host just, connected with passive loudspeaker B5 between negative pole, the coils from parallel connection of coils of relay K 19 is at the two ends of passive speaker B5, the NO end of wireless GSM safety alarm system host connects the negative pole of electric battery BT2, and be connected to the positive pole of diode VD20 simultaneously, the minus earth of diode VD20, the positive pole of electric battery BT2 connects coil one end of relay K 21, and be connected to the negative pole of diode VD19 simultaneously, positive pole connection+12V the direct supply of diode VD19, the coil other end of relay K 21 connects coil one end of relay K 20, and the C that simultaneously is connected to wireless GSM safety alarm system host holds, the coil other end of relay K 20 connects the positive pole of electric battery BT2, the two ends of propaganda directed to communicate loudspeaker incoming end and the earth terminal difference connected with passive loudspeaker B6 of wireless GSM safety alarm system host, the base stage of triode VT21 is connected to the loudspeaker incoming end of propagandaing directed to communicate of wireless GSM safety alarm system host by resistance R 77, the emitter of triode VT21 connects the earth terminal of wireless GSM safety alarm system host, coil one end of the collector connection relay K24 of triode VT21, and be connected to the positive pole of diode VD23 simultaneously, the negative pole of diode VD23 is connected with the coil other end of relay K 24, and connection+12V direct supply simultaneously, the emitter of triode VT19 connects coil one end of relay K 22, and be connected to the positive pole of diode VD21 simultaneously, the negative pole of diode VD21 connects the coil other end of relay K 22, the base stage of triode VT19 is connected with the base stage of triode VT20, and be connected to the 36th pin of the STC microprocessor U11 in wireless GSM safety alarm system host by resistance R 76 simultaneously, the emitter of triode VT20 connects coil one end of relay K 23, and be connected to the positive pole of diode VD22 simultaneously, the negative pole of diode VD22 connects the coil other end of relay K 23, coil one end of the collector connection relay K40 of triode VT25, and be connected to the positive pole of diode VD29 simultaneously, the negative pole of diode VD29 connects the coil other end of relay K 40, the base stage of triode VT25 is connected to the 40th pin of STC microprocessor U11 by resistance R 86, the collector of triode VT19, the equal ground connection of the emitter of the collector of triode VT20 and triode VT25, diode VD21, the negative pole of VD22 and VD29 all is connected to the negative pole of diode VD30, the positive pole of diode VD30 is connected to the positive pole of the pilot lamp LED21 that locks in wireless GSM safety alarm system host, the two ends of the normally opened contact of relay K 23 are connected with the two ends of the external hand switch K25 of ups power in wireless GSM safety alarm system host respectively, between radio alarming control circuit 5 and relay coil control circuit I 2, one end of the normally opened contact of relay K 9 connects the earth terminal of wireless GSM safety alarm system host, and the other end of the normally opened contact of relay K 9 is connected to the 7th pin of wireless GSM safety alarm system host, between radio alarming control circuit 5 and relay coil control circuit II 4, one end of the normally opened contact of relay K 18 connects the earth terminal of wireless GSM safety alarm system host, and the other end of the normally opened contact of relay K 18 is connected to the 8th pin of wireless GSM safety alarm system host, control between A.C. contactor circuit I 6 and radio alarming control circuit 5, one end of the normally opened contact of relay K 20 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 20 is connected with an end of A.C. contactor KM1 coil, and the other end of A.C. contactor KM1 coil connects the zero line side of alternating current 220V power supply, control between A.C. contactor circuit II 7 and radio alarming control circuit 5, one end of the normally opened contact of relay K 40 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 40 is connected with an end of A.C. contactor KM2 coil, the other end of A.C. contactor KM2 coil connects normally opened contact one end of relay K 22, the other end of the normally opened contact of relay K 22 connects the zero line side of alternating current 220V power supply, and the two ends of the normally opened contact of A.C. contactor KM2 are connected in parallel on the normally opened contact two ends of relay K 40, control between residual current circuit breaker circuit 8 and radio alarming control circuit 5, one end of the normally opened contact of relay K 24 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 24 is connected with an end of the residual current circuit breaker KF1 coil of controlling the switching of the interior total supply line of switchgear building, and the other end of residual current circuit breaker KF1 coil connects the zero line side of alternating current 220V power supply, control between switchgear building camera circuitry 9 and radio alarming control circuit 5, one end connection+12V direct supply of the normally opened contact of relay K 19, the power input of the video camera that the other end of the normally opened contact of relay K 19 is interior with being arranged on switchgear building is connected, the power output end ground connection of video camera, some Temperature Monitoring of HV Apparatus monitors are arranged on the electroconductive aluminium strip of the some high pressure electricity supply and use equipments that need monitor temperature or copper bar or the device clamp top, in the temperature observation circuit 10 of each Temperature Monitoring of HV Apparatus monitor, the the 12nd and the 13rd pin short circuit of 42 input nand gate U13, and be connected to an end and the slider end of potentiometer RP17, the end of potentiometer RP17 connects the end of thermistor RT17 simultaneously, the end of the other end contact resistance R88 of potentiometer RP17, the 11st pin of 42 input nand gate U13 is connected to the base stage of triode VT26 by resistance R 90, one end of the collector connection relay K43 coil of triode VT26 and the positive pole of diode VD31, the emitter of triode VT26 is connected with the other end of thermistor RT17, and be connected to the 2nd pin of voltage stabilizer U12 simultaneously, the 10th pin of 42 input nand gate U13 is connected to the negative pole of LED 22 by resistance R 89, the the 8th and the 9th pin short circuit of 42 input nand gate U13, and be connected to its 11st pin, the 14th pin of 42 input nand gate U13 is connected to the 3rd pin of voltage stabilizer U12, and simultaneously with the other end of resistance R 88, the positive pole of LED 22, the other end of relay K 43 coils and the negative pole of diode VD31 are connected, the 7th pin of 42 input nand gates is connected to the 2nd pin of voltage stabilizer U12, in the induction of signal radiating circuit 11 of each Temperature Monitoring of HV Apparatus monitor, the positive source incoming end of anti-abnormal heating door status switch transmitter 12 internal circuit boards connects the negative pole of diode VD32 by K switch 42, and be connected to the positive pole of electric battery BT3 simultaneously, the power cathode incoming end of anti-abnormal heating door status switch transmitter 12 internal circuit boards connects the positive pole of diode VD33, and be connected to the negative pole of electric battery BT3 simultaneously, prevent the wireless connections that are connected to of abnormal heating door status switch transmitter 12 and wireless GSM safety alarm system host, the negative pole of the positive pole of diode VD32 and diode VD33 is connected respectively to positive pole and the negative pole of solar panel, between the temperature observation circuit 10 and induction of signal radiating circuit 11 of each Temperature Monitoring of HV Apparatus monitor, the 1st pin of voltage stabilizer U12 is connected with the positive source incoming end of anti-abnormal heating door status switch transmitter 12 internal circuit boards, the 2nd pin of voltage stabilizer U12 is connected with the power cathode incoming end of anti-abnormal heating door status switch transmitter 12 internal circuit boards, and the normally closed contact of relay K 43 is connected in parallel on the two ends of anti-abnormal heating door status switch transmitter 12 inner tongue tube G1, some antitheft door magnetic switches be arranged on each door of switchgear building upper and or each electricity supply and use equipment cabinet door on and on each window of switchgear building, each antitheft door magnetic switch and wireless GSM safety alarm system host be connected to wireless connections, telepilot and wireless GSM safety alarm system host be connected to wireless connections.
In described relay coil control circuit I 2, the model of relay K 9 is JZC-23F-5VDC, and the model of diode VD9 is IN4001, and the model of triode VT9 is 9015; In relay coil control circuit II 4, the model of relay K 18 is JZC-23F-5VDC, and the model of diode VD18 is IN4001, and the model of triode VT18 is 9015; In radio alarming control circuit 5, the model of relay K 19, K20, K21, K24 and K41 is JQC-3F-12VDC, the model of relay K 22, K23 and K40 is JZC-23F-5VDC, the model of triode VT19 and VT20 is 9015, the model of triode VT21 is 1815, the model of triode VT25 is 9013, and the model of diode VD19, VD20 and VD23 is IN4004, and the model of diode VD21, VD22, VD29 and VD30 is IN4001; In the temperature observation circuit 10 of each Temperature Monitoring of HV Apparatus monitor, the model of voltage stabilizer U12 is 7805, the model of 42 input nand gate U13 is CD4011, the model of thermistor RT17 is 104GT-1, the model of triode VT26 is 9013, the model of diode VD31 is IN4001, and the model of relay K 43 is JZC-23F-5VDC; In the induction of signal radiating circuit 11 of each Temperature Monitoring of HV Apparatus monitor, the model of diode VD32 and VD33 is respectively IN4004.
In acoustic alarm control circuit and the acoustic alarm control circuit in heat warning effect control circuit II 3 in described heat warning effect control circuit I 1, resistance R 29 between the CE end that removes multistage voice recording and playback ic U5 and earthing pole, after perhaps removing the CE end and the resistance R 66 between earthing pole of multistage voice recording and playback ic U10, the CE end of multistage voice recording and playback ic U5 is held short circuit with the CE of multistage voice recording and playback ic U10, between the CE of multistage voice recording and playback ic U5 end and+5V direct supply and the CE of multistage voice recording and playback ic U10 holds and+be connected with respectively pushbutton switch SB1 and pushbutton switch SB2 between the 5V direct supply, perhaps only have multistage voice recording and playback ic U5 CE end and+be connected with pushbutton switch SB1 between the 5V direct supply, perhaps only have multistage voice recording and playback ic U10 CE end and+be connected with pushbutton switch SB2 between the 5V direct supply.
The principle of work of this electricity supply and use equipment intelligent alarming control system is:
Its heat warning effect principle is: at first, in switchgear building, low pressure electricity supply and use equipment heat warning effect principle is: as shown in Fig. 1-3, according to the number of wanting Monitoring Line in certain low pressure electricity supply and use equipment, in 16 thermistor RT1～RT16 light alarm control circuit in light alarm control circuit in heat warning effect control circuit I 1 and heat warning effect control circuit II 3, choose and the thermistor of wanting the Monitoring Line equal number, on several wire stylets of wanting Monitoring Line that these thermistors are placed in respectively to this low pressure electricity supply and use equipment internal circuit, monitor respectively the temperature of each wire stylet.For example, in this low pressure electricity supply and use equipment internal circuit, there are 16 to want Monitoring Line, 16 thermistor RT1～RT8 in the light alarm control circuit in the light alarm control circuit in heat warning effect control circuit I 1 and heat warning effect control circuit II 3 and RT9～RT16 are placed in respectively on the wire stylet that 16 of this low pressure electricity supply and use equipment internal circuit want Monitoring Line, monitor respectively the temperature of each wire stylet.When this low pressure electricity supply and use equipment internal circuit normal operation, the resistance of thermistor RT1～RT16 is respectively its ratings; Now, the the 12nd and the 13rd pin and the 1st and the 2nd pin of 842 input nand gate U1～U4 and U6～U9 are input end, after regulating by the dividing potential drop of potentiometer, it is high level, the the 11st and the 3rd pin of 842 input nand gate U1～U4 and U6～U9 is output terminal, and it is low level.When heating accident appears in the monitored circuit in a certain road, for example heating accident appears in a circuit, after thermistor RT1 is heated, its resistance becomes very little, by potentiometer RP1, after the dividing potential drop of resistance R 1 and resistance R 3, the the 12nd and the 13rd pin input end of 42 input nand gate U1 becomes low level, its the 11st pin output terminal is high level, this high level inputs to the 8th and the 9th pin of 42 input nand gate U1 on the one hand, and be output as low level through its 10th pin, now the luminescent line of LED 1 forms path, line fault of the luminous indication of LED 1, on the other hand, the high level of exporting from the 11st pin of 42 input nand gate U1 also adds to the base stage of triode VT1 simultaneously, triode VT1 conducting, the coil of relay K 1 obtains electric, the normally opened contact K1 adhesive of relay K 1, the U5 of multistage voice recording and playback ic
end becomes low level,
the tinkle of bells that end prestores sends by loudspeaker B2, indicates line fault No. one.When heating accident appears in No. two circuits, the thermistor RT2 rear resistance of being heated becomes very little, by potentiometer RP2, after the dividing potential drop of resistance R 4 and resistance R 6, the the 1st and the 2nd pin input end of 42 input nand gate U1 becomes low level, its the 3rd pin output terminal is high level, this high level inputs to the 5th and the 6th pin of 42 input nand gate U1 on the one hand, and be output as low level through its 4th pin, now the luminescent line of LED 2 forms path, No. two line faults of the luminous indication of LED 2, on the other hand, the high level of exporting from the 3rd pin of 42 input nand gate U1 also adds to the base stage of triode VT2 simultaneously, triode VT2 conducting, the coil of relay K 2 obtains electric, the normally opened contact K2 adhesive of relay K 2, multistage voice recording and playback ic U5's
end becomes low level,
the tinkle of bells that end prestores sends by loudspeaker B2, indicates line fault No. two.When heating accident appears in the circuit of monitoring as thermistor RT3～RT8, sound, the light mode of operation of the indication line fault mode of operation during with one, No. two line fault of reporting to the police is identical, difference respective leds LED3, LED4, LED5, LED6, LED7 and the luminous indication corresponding line of LED8 fault, and the corresponding multistage voice recording and playback ic U5 of difference
,
,
,
,
with
the tinkle of bells that end prestores is sent by loudspeaker B2, indication corresponding line fault.When heating accident appears in the circuit of monitoring as thermistor RT9～RT16, sound, the light mode of operation of the indication line fault mode of operation during with one, No. two line fault of reporting to the police is identical, the corresponding multistage voice recording and playback ic U10's of the luminous indication corresponding line of respective leds LED11～LED18 fault, and difference respectively
~
the tinkle of bells that end prestores is sent by loudspeaker B4, indication corresponding line fault.After distinguishing which line failure, can press the pushbutton switch SB1 in the interior acoustic alarm control circuit of heat warning effect control circuit I 1, the perhaps pushbutton switch SB2 in the interior acoustic alarm control circuit of heat warning effect control circuit II 3, loudspeaker B2 or loudspeaker B4 stop pronunciation, the lumination of light emitting diode that only has corresponding line, for a more quiet environment is provided in the handling failure process, after pending fault is disposed, the temperature of corresponding line thermistor reduces, and the light emitting diode of corresponding line stops luminous.In the circuit that thermistor RT1～RT8 monitors, heating accident appears in any road, when loudspeaker B2 pronunciation is reported to the police, multistage voice recording and playback ic U5's
end becomes low level, this low level adds to the base stage of relay coil control circuit I 2 interior triode VT9 simultaneously, triode VT9 conducting, the coil of relay K 9 obtains electric, the normally opened contact adhesive of relay K 9, make the 7th pin and its earth terminal conducting of the interior wireless GSM safety alarm system host of radio alarming control circuit 5, wireless GSM safety alarm system host sends SMS alarm to the phone number that prestores, and successively to all phones that prestore and or phone number dial telephone call.In the circuit that RT9～RT16 monitors, heating accident appears in any road, when loudspeaker B4 pronunciation is reported to the police, multistage voice recording and playback ic U10's
end becomes low level, this low level adds to the base stage of relay coil control circuit II 4 interior triode VT18 simultaneously, triode VT18 conducting, the coil of relay K 18 obtains electric, the normally opened contact adhesive of relay K 18, make the 8th pin and its earth terminal conducting of the interior wireless GSM safety alarm system host of radio alarming control circuit 5, wireless GSM safety alarm system host sends SMS alarm to the phone number that prestores, and successively to all phones that prestore and or phone number dial telephone call.Above-mentioned situation, the content that wireless GSM safety alarm system host sends note to the phone number prestored can be set to " low-voltage equipment heating ", when being subject to police person to connect phone or mobile phone, written instructions are made in telephonograph, the additional alarm voice of system alarm voice+User Defined that telephonograph written instructions content is wireless GSM safety alarm system host, the additional alarm voice of User Defined can be set to " unit exception please be checked short message content ", after being subject to police person to hear the recording written instructions, in the situation that do not violate electric power system and electric power operation rules, can on phone or cell phone keyboard, press " 5 " key, open the function of propagandaing directed to communicate of wireless GSM safety alarm system host, propaganda directed to communicate loudspeaker incoming end and the earth terminal conducting of wireless GSM safety alarm system host, make triode VT21 conducting, the coil energized action of relay K 24, the normally opened contact closure of relay K 24, control in residual current circuit breaker circuit 8, making to control total supply line in switchgear building leads to, disconnected residual current circuit breaker KF1 coil energized action, the manual on-load switch of residual current circuit breaker KF1 disconnects, disconnect total supply line in switchgear building, thereby stop this low pressure electricity supply and use equipment to cause spontaneous combustion because of its internal circuit abnormal heating, after this low pressure electricity supply and use equipment internal circuit failure is excluded, then the manual on-load switch of manual closing residual current circuit breaker KF1, the switchgear building normal power supply can be recovered.Note, if being arranged in switchgear building, many cover low pressure electricity supply and use equipments need to monitor the temperature conditions of its internal circuit, and within it after section's circuit abnormal heating accident, carry out heat warning effect according to above principle, this electricity supply and use equipment intelligent alarming control system, can realize by being equipped with many heat warning effects and relay coil control circuit board I, heat warning effect and relay coil control circuit board II and radio alarming control circuit 5.
Secondly, switchgear building inner high voltage electricity supply and use equipment heat warning effect principle is: as shown in Fig. 3,8, installation high-voltage device temperature monitor, in each Temperature Monitoring of HV Apparatus monitor, temperature observation circuit 10 and induction of signal radiating circuit 11 form the monitoring circuit plate, and the monitoring circuit plate is contained in the monitor shell of sealing, and solar panel is fixed on the top of monitor shell, the lower middle position of monitor shell has an aperture, just in time exposes the thermistor RT17 in temperature observation circuit 10; During installation, be coated with one deck heat-conducting silicone grease around the thermistor RT17 of each Temperature Monitoring of HV Apparatus monitor, by its thermistor RT17, be close on the electroconductive aluminium strip of each the high pressure electricity supply and use equipment that is placed in needs monitorings or copper bar or the device clamp top, and with the clip be equipped with or screw, each Temperature Monitoring of HV Apparatus monitor is fixed and got final product, note each solar panel is faced up.Some like this Temperature Monitoring of HV Apparatus monitors just have been arranged on respectively on the electroconductive aluminium strip of the some high pressure electricity supply and use equipments that need monitor temperature or copper bar or the device clamp top, can start the temperature monitoring work of these high pressure electricity supply and use equipments.In each Temperature Monitoring of HV Apparatus monitor, about 80mm * the 120mm of solar panel area, when being arranged, sunlight can produce the 12V direct current, and charge to saturated 12V to electric battery BT3, so that at night or cloudy day while there is no sunlight, electric battery BT3 can continue to 11 power supplies of temperature observation circuit 10 and induction of signal radiating circuit, and due to the one-way conduction effect of the interior diode VD32 of induction of signal radiating circuit 11 and VD33, therefore can not fall charging to solar panel; When K switch 42 during in closure state, electric battery BT3 powers to anti-abnormal heating door status switch transmitter 12 and the interior voltage stabilizer U12 of temperature observation circuit 10 in induction of signal radiating circuit 11, the rated operational voltage of anti-abnormal heating door status switch transmitter 12 is the 12V DC voltage, by electric battery, BT3 directly powers, in temperature observation circuit 10 except voltage stabilizer U12 rated operational voltage partly be the 5V DC voltage, power after by voltage stabilizer U12, the 12V DC voltage of electric battery BT3 being become to the 5V DC voltage.In certain Temperature Monitoring of HV Apparatus monitor, thermistor RT17 is heated while reaching design temperature, its resistance becomes very little, by potentiometer RP17, after the dividing potential drop of resistance R 88 and resistance R 90, the the 12nd and the 13rd pin input end of 42 input nand gate U13 becomes low level, its the 11st pin output terminal is high level, this high level inputs to the 8th and the 9th pin of 42 input nand gate U13 on the one hand, and be output as low level through its 10th pin, now the luminescent line of LED 22 forms path, this correspondence high pressure electricity supply and use equipment heating accident of the luminous indication of LED 22, on the other hand, the high level of exporting from the 11st pin of 42 input nand gate U13 also adds to the base stage of triode VT26 simultaneously, triode VT26 conducting, the coil of relay K 43 obtains electric, the normally closed contact of relay K 43 disconnects, make in induction of signal radiating circuit 11, the two ends of anti-abnormal heating door status switch transmitter 12 inner tongue tube G1 become off-state by on-state, anti-abnormal heating door status switch transmitter 12 triggers, to wireless GSM safety alarm system host wireless signal emission, now need only native system in the energising duty, no matter native system is under the state of deploying troops on garrison duty or disarming state, wireless GSM safety alarm system host can receive in this Temperature Monitoring of HV Apparatus monitor, the wireless signal that anti-abnormal heating door status switch transmitter 12 is sent, then send note to the phone number prestored, and successively to prestore all receive a crime report phone and or phone number dial telephone call, in other Temperature Monitoring of HV Apparatus monitor, corresponding thermistor RT17 is heated while reaching design temperature, the corresponding high pressure electricity supply and use equipment of the luminous indication of respective leds LED22 heating accident, and triggered by the anti-abnormal heating door status switch transmitter 12 of correspondence, to wireless GSM safety alarm system host wireless signal emission, now need only native system in the energising duty, no matter native system is under the state of deploying troops on garrison duty or disarming state, wireless GSM safety alarm system host can receive in above other Temperature Monitoring of HV Apparatus monitor, the wireless signal that corresponding anti-abnormal heating door status switch transmitter 12 is sent, then send note to the phone number prestored, and successively to prestore all receive a crime report phone and or phone number dial telephone call.Above-mentioned situation, the content that wireless GSM safety alarm system host sends note to the phone number prestored can be set to " high-tension apparatus heating ", when being subject to police person to connect phone or mobile phone, written instructions are made in telephonograph, the additional alarm voice of system alarm voice+User Defined that telephonograph written instructions content is wireless GSM safety alarm system host, the additional alarm voice of User Defined can be set to " unit exception please be checked short message content ", after being subject to police person to hear the recording written instructions, in the situation that do not violate electric power system and electric power operation rules, can on phone or cell phone keyboard, press " 5 " key, open the function of propagandaing directed to communicate of wireless GSM safety alarm system host, propaganda directed to communicate loudspeaker incoming end and the earth terminal conducting of wireless GSM safety alarm system host, make triode VT21 conducting, the coil energized action of relay K 24, the normally opened contact closure of relay K 24, control in residual current circuit breaker circuit 8, making to control total supply line in switchgear building leads to, disconnected residual current circuit breaker KF1 coil energized action, the manual on-load switch of residual current circuit breaker KF1 disconnects, disconnect total supply line in switchgear building, thereby stop certain high pressure electricity supply and use equipment to cause spontaneous combustion because of its internal circuit abnormal heating, after this high pressure electricity supply and use equipment internal circuit failure is excluded, then the manual on-load switch of manual closing residual current circuit breaker KF1, the switchgear building normal power supply can be recovered.
Its switchgear building is antitheft and electricity supply and use equipment that switchgear building is interior is antitheft, anti-spontaneous combustion and control electricity supply and use equipment principle in switchgear building and be: after switchgear building and interior electricity supply and use equipment thereof come into operation, pressing the button 27 of deploying troops on garrison duty of telepilot locks, perhaps the user is by the SIM Mobile phone card number of installing in the wireless GSM safety alarm of mobile phone dialing system host, after 1 ringing cycle, the voice suggestion of user mobile phone receiver " please be inputted password ", the user inputs password by mobile phone key, and (operated from a distance password factory-said value is: 1234, the user can revise and enter user's operator password that wireless GSM safety alarm system host arranges by sending short message by mobile phone), wireless GSM safety alarm system host can be pointed out " password is correct ", then pressing " 1 " key on cell phone keyboard deploys troops on garrison duty, because be arranged on switchgear building each upper and or each electricity supply and use equipment cabinet door on and the some antitheft door magnetic switches on each window of switchgear building, by its internal cell power supply, in running order all the time, and be arranged on the electroconductive aluminium strip of some high pressure electricity supply and use equipments or copper bar or the anti-abnormal heating door status switch transmitter 12 of some Temperature Monitoring of HV Apparatus monitors of device clamp top respectively by the power supply of the electric battery BT3 in respective signal induced emission circuit 11, K switch 42 in respective signal induced emission circuit 11 is during in closure state, all in running order, so now, some antitheft door magnetic switches start to monitor switchgear building and or each electricity supply and use equipment theft dangerous situation, and prepare to wireless GSM safety alarm system host wireless signal emission, some Temperature Monitoring of HV Apparatus monitors start to monitor the abnormal heating dangerous situation of some high pressure electricity supply and use equipments, and prepare to wireless GSM safety alarm system host wireless signal emission.In addition, the 36th pin of the STC microprocessor U11 in wireless GSM safety alarm system host becomes low level, and the pilot lamp LED21 that locks of wireless GSM safety alarm system host is bright simultaneously, in radio alarming control circuit 5, triode VT19 and VT20 conducting simultaneously, make the coil energized action of relay K 22 after triode VT19 conducting, control in A.C. contactor circuit II 7, the normally opened contact closure of relay K 22, make to control A.C. contactor circuit II 7 in preparing on-state, make the coil energized action of relay K 23 after triode VT20 conducting, the normally opened contact closure of relay K 23, by the shorted on both ends of the external hand switch K25 of inside ups power of wireless GSM safety alarm system host (the external hand switch K25 of ups power is under normal conditions in off-state), the ups power loop, inside of wireless GSM safety alarm system host is connected, by the DC12V input end of wireless GSM safety alarm system host just, the external 12V direct supply of negative pole access starts the inside ups power charging to wireless GSM safety alarm system host, and charge to rated voltage, after disconnecting in order to external 12V direct supply, by the inside ups power of wireless GSM safety alarm system host, support radio alarming control circuit 5 to continue normal operation, and send SMS alarm by wireless GSM safety alarm system host to the phone number prestored, when wireless GSM safety alarm system host loses external 12V direct supply, by it, inner ups power supports wireless GSM safety alarm system host to continue normal operation, the coil losing electricity of relay K 41, the normally closed contact closure of relay K 41, the 9th pin of wireless GSM safety alarm system host and its earth terminal conducting, wireless GSM safety alarm system host sends SMS alarm to the phone number prestored, and successively to all phones that prestore and or phone number dial telephone call, short message content can be set to " external power supply disconnection ", the additional alarm voice of system alarm voice+User Defined that telephonograph written instructions content is wireless GSM safety alarm system host, the additional alarm voice of User Defined can be set to " unit exception, please check short message content ".So far, by the action of above operation and each circuit component, switchgear building is in the anti-theft state of deploying troops on garrison duty, antitheft in deploying troops on garrison duty, the anti-spontaneous combustion state of each electricity supply and use equipment in switchgear building, and A.C. contactor KM1, the KM2 in switchgear building is in preparing on-state.
Be arranged on switchgear building each upper and or each electricity supply and use equipment cabinet door on some antitheft door magnetic switches can be set to the 1st wireless defence area of wireless GSM safety alarm system host, be arranged on the 2nd wireless defence area that some antitheft door magnetic switches on each window of switchgear building can be set to wireless GSM safety alarm system host, be arranged on the electroconductive aluminium strip of some high pressure electricity supply and use equipments or copper bar or some Temperature Monitoring of HV Apparatus monitors of device clamp top can be divided into 4 groups, include right quantity and the identical several Temperature Monitoring of HV Apparatus monitors of group # in each group Temperature Monitoring of HV Apparatus monitor, the general distance of several high pressure electricity supply and use equipments that several Temperature Monitoring of HV Apparatus monitors in each group Temperature Monitoring of HV Apparatus monitor are monitored is not far, therefore can see the LED 22 of each Temperature Monitoring of HV Apparatus monitor, each LED 22 is colourless or white when normal, when luminous, be red, can obviously find out the particular location of trouble spot, the LED 22 of which Temperature Monitoring of HV Apparatus monitor is bright, be exactly that the abnormal heating fault appears in which Temperature Monitoring of HV Apparatus monitor high pressure electricity supply and use equipment of monitoring, like this, these 4 groups of Temperature Monitoring of HV Apparatus monitors just can be set to respectively 3rd～6 wireless defence areas of wireless GSM safety alarm system host, monitor the heating situation of 4 groups of high pressure electricity supply and use equipments, so far, be arranged in switchgear building and each electricity supply and use equipment on these antitheft door magnetic switch and the Temperature Monitoring of HV Apparatus monitor at 6 positions just take respectively 6 wireless defence areas of wireless GSM safety alarm system host, the alarm content in 6 wireless defence areas can be enrolled alarming short message and the additional alarm voice of typing User Defined.When the pilot lamp LED21 that locks of wireless GSM safety alarm system host bright, be that wireless GSM safety alarm system host is when deploying troops on garrison duty state, if the K switch 42 of each Temperature Monitoring of HV Apparatus monitor is all in closure state, these antitheft door magnetic switches in 6 wireless defence areas, the Temperature Monitoring of HV Apparatus monitor all works, preparation after triggering to wireless GSM safety alarm system host wireless signal emission, so that after wireless GSM safety alarm system host receives signal, in time to the mobile phone prestored or telephone number dialing phone or transmission SMS alarm.When switchgear building and or certain electricity supply and use equipment generation theft dangerous situation, certain door of switchgear building and or certain electricity supply and use equipment cabinet door while being opened, be arranged on this switchgear building door and or electricity supply and use equipment cabinet door on the antitheft door magnetic switch trigger, to wireless GSM safety alarm system host wireless signal emission, wireless GSM safety alarm system host sends note to the phone number prestored after receiving signal, and dials telephone call to all phones and or phone number of receiving a crime report that prestore successively, when certain window of switchgear building is opened, the antitheft door magnetic switch be arranged on this switchgear building window triggers, to wireless GSM safety alarm system host wireless signal emission, wireless GSM safety alarm system host sends note to the phone number prestored after receiving signal, and dials telephone call to all phones and or phone number of receiving a crime report that prestore successively, in 4 groups of high pressure electricity supply and use equipments, when each group all has certain high pressure electricity supply and use equipment abnormal heating, be arranged on the electroconductive aluminium strip of 4 groups of high pressure electricity supply and use equipments or copper bar or 4 groups of Temperature Monitoring of HV Apparatus monitors of device clamp top in, each group all has certain corresponding Temperature Monitoring of HV Apparatus monitors trigger, and respectively to wireless GSM safety alarm system host wireless signal emission, wireless GSM safety alarm system host sends note to the phone number prestored after receiving signal, and successively to prestore all receive a crime report phone and or phone number dial telephone call.Above several situation, the wireless defence area of 1-6, the content that wireless GSM safety alarm system host sends note to the phone number that prestores can be set to respectively " unlatching of switchgear building door " and or " equipment cabinet door unlatching ", " unlatching of switchgear building window ", " 1 group of equipment heating ", " 2 groups of equipment heatings ", " 3 groups of equipment heatings ", " 4 groups of equipment heatings ", when being subject to police person to connect phone or mobile phone, written instructions are made in telephonograph, the additional alarm voice of system alarm voice+User Defined that telephonograph written instructions content is wireless GSM safety alarm system host, the system alarm voice of wireless GSM safety alarm system host are respectively " the 1st Defence areas alarm ", " the 2nd Defence areas alarm ", " the 3rd Defence areas alarm ", " the 4th Defence areas alarm ", " the 5th Defence areas alarm ", " the 6th Defence areas alarm ", the additional alarm voice of User Defined can be set to " unit exception please be checked short message content ", after being subject to police person to hear the recording written instructions, if the 1st or the 2nd wireless Defence areas alarm, can on phone or cell phone keyboard, press " 7 " key, open the siren function of wireless GSM safety alarm system host, now wireless GSM safety alarm system host alarm bell output terminal just, the passive speaker B5 sounding connected between negative pole, the fright lawless person, the coil energized action of while relay K 19, the normally opened contact closure of relay K 19, making to control in switchgear building camera circuitry 9 video camera be arranged in switchgear building opens, video camera starts to gather lawless person's image document, if 3rd～6 wireless Defence areas alarms can be dialed 24 hours electric power first-aid phones " 95598 ", in time in order to process as early as possible dangerous situation.
Under normal circumstances, be that switchgear building and each electricity supply and use equipment be not while noting abnormalities situation, the user can use the SIM Mobile phone card number of installing in the wireless GSM safety alarm of mobile phone dialing system host outside, after 1 ringing cycle, the voice suggestion of user mobile phone receiver " please be inputted password ", the user inputs password by mobile phone key, and (operated from a distance password factory-said value is: 1234, the user can revise and enter user's operator password that wireless GSM safety alarm system host arranges by sending short message by mobile phone), wireless GSM safety alarm system host can be pointed out " password is correct ", then press " 9 " key on cell phone keyboard, relay in closed wireless GSM safety alarm system host, make NO end and the conducting of C end of wireless GSM safety alarm system host, the coil of relay K 20 and K21 is energized action simultaneously, the normally opened contact closure of relay K 20, controlling A.C. contactor circuit I 6 connects, the coil energized action of A.C. contactor KM1, the main contacts adhesive of A.C. contactor KM1, can make supply line or the consumer controlled by A.C. contactor KM1 put into operation, if after hearing that wireless GSM safety alarm system host can be pointed out " password is correct ", press " 3 " key on cell phone keyboard, open the monitor function of wireless GSM safety alarm system host, the 40th pin of STC microprocessor U11 in wireless GSM safety alarm system host becomes high level, triode VT25 conducting, make the coil energized action of relay K 40, control in A.C. contactor circuit II 7, the normally opened contact closure of relay K 40, and due to native system under the state of deploying troops on garrison duty of locking, the normally opened contact of relay K 22 is closed, therefore controlling A.C. contactor circuit II 7 connects, the coil energized action of A.C. contactor KM2, the main contacts adhesive of A.C. contactor KM2, the normally opened contact of A.C. contactor KM2 is also closed, can make supply line or the consumer controlled by A.C. contactor KM2 put into operation, note, it is 20 seconds that the monitor function of wireless GSM safety alarm system host is held time, after monitor function finishes, in radio alarming control circuit 5, the 40th pin of STC microprocessor U11 in wireless GSM safety alarm system host becomes low level, the cut-off of triode VT25 dead electricity, make the coil losing electricity of relay K 40, the normally opened contact of relay K 40 disconnects, and because the normally opened contact of A.C. contactor KM2 now is still closure state, therefore the coil of A.C. contactor KM2 continues admittance, the normally opened contact of A.C. contactor KM2 maintains closure state, making to control A.C. contactor circuit II 7 continues to connect, the supply line controlled by A.C. contactor KM2 or consumer keep operation.
In sum, native system is after locking and deploying troops on garrison duty, not only can prevent switchgear building and or switchgear building in electricity supply and use equipment stolen, prevent the electricity supply and use equipment spontaneous combustion in switchgear building, but also can control in switchgear building the break-make of controlling A.C. contactor circuit I 6 and controlling A.C. contactor circuit II 7, reached the intellectuality of power system management.
Its operating principle of withdrawing a garrison is: when the user presses withdrawing a garrison during button 24 release of telepilot, perhaps the user is by the SIM card phone number of installing in the wireless GSM safety alarm of mobile phone dialing system host, after 1 ringing cycle, the voice suggestion of user mobile phone receiver " please be inputted password ", the user inputs password by mobile phone key, and (operated from a distance password factory-said value is: 1234, the user can revise and enter user's operator password that wireless GSM safety alarm system host arranges by sending short message by mobile phone), wireless GSM safety alarm system host can be pointed out " password is correct ", when then on cell phone keyboard, pressing " 2 " key and withdrawing a garrison, the 36th pin of STC microprocessor U11 in wireless GSM safety alarm system host becomes high level, the pilot lamp LED21 that locks of wireless GSM safety alarm system host goes out simultaneously, in radio alarming control circuit 5, triode VT19 and VT20 end without biasing, make the coil losing electricity of relay K 22 after triode VT19 cut-off, the normally opened contact of relay K 22 disconnects, make to control in A.C. contactor circuit II 7, the coil losing electricity of A.C. contactor KM2, the normally opened contact of A.C. contactor KM2 disconnects, control A.C. contactor circuit II 7 and disconnect, supply line or the consumer by A.C. contactor KM2, controlled are out of service.In addition, be arranged on switchgear building each upper and or each electricity supply and use equipment cabinet door on some antitheft door magnetic switches and be arranged on the some antitheft door magnetic switches on each window of switchgear building, by its internal cell power supply, all the time in running order, but wireless GSM safety alarm system host is all no longer outwards reported to the police after receiving the wireless signal of some antitheft door magnetic switch emission in the 1st, the 2 wireless defence areas that are made as common defence area; Be arranged on the electroconductive aluminium strip of some high pressure electricity supply and use equipments or copper bar or 4 groups of Temperature Monitoring of HV Apparatus monitors of device clamp top, during the K switch 42 of each the Temperature Monitoring of HV Apparatus monitor in not disconnecting 4 groups of Temperature Monitoring of HV Apparatus monitors, all the time in running order, after wireless GSM safety alarm system host receives the wireless signal of certain group Temperature Monitoring of HV Apparatus monitor emission in 3rd～6 wireless defence areas that are made as urgent defence area, still normally outwards report to the police.
This electricity supply and use equipment intelligent alarming control system, described wireless GSM safety alarm system is a GSM guard against theft and alarm system that Jia, Shenzhen City peace Science and Technology Ltd. produces, its inner installation SIM Mobile phone card that needs is to realize radio warning function, and it is comprised of wireless GSM safety alarm system host, pyroscan, door status switch, telepilot, external passive speaker and DC12V transformer.GSM safety alarm system that this is wireless can be carried out the system setting to wireless GSM safety alarm system host by phone, mobile phone or note are long-range, and compatible China Mobile Fetion function; GSM safety alarm system that this is wireless can arrange the 4 wireless defence areas in wired defence area, tunnel and 6 roads, totally 10 defence areas, wherein, 6 wireless defence area, roads are the 1-6 defence area, 4 wired defence area, tunnels are the 7-10 defence area, each wireless defence area can increase a plurality of wireless detector accessories, and the wireless detector accessory of 32 different codings can be set up altogether in 6 wireless defence areas; The 6 groups of audio alert numbers that can prestore, 3 groups of notes number of receiving a crime report, ISD automatic message-recording recording in 10 seconds; Often open signal output for 1 group, but the output of external connection electrical apparatus interlink warning; 10 defence areas altogether can built-in 10 kinds of system alarm voices, respectively " the 1st Defence areas alarm, the 2nd Defence areas alarm ... the 10th Defence areas alarm ", allow the person of receiving a crime report know the definite orientation of alert occurs, the user can self-definedly record the additional alarm voice content of a kind of 10 seconds time spans in addition, and additional alarm voice content user can be revised; 10 defence areas altogether can built-in 10 kinds of alarming short message contents, and 10 kinds of alarming short message content users can be revised; Can send short messages or Fetion is inquired about the state of wireless GSM safety alarm system host.In the 4 wireless defence areas in wired defence area, tunnel and 6 roads of GSM safety alarm system that this is wireless, each defence area can be arranged to separately common defence area, the defence area of being in, intelligent defence area, urgent defence area and close a kind of in the form defence area of deploying troops on garrison duty, these five kinds, defence area; Wherein, common defence area refers to that wireless GSM safety alarm system host is only under the state of deploying troops on garrison duty, and detector triggers, and is just reported to the police, and wireless GSM safety alarm system host is under disarming state, and the detector triggering, do not report to the police; The defence area of being in refers to and can close separately some defence area by telepilot, make a part of defence area when detector triggers, wireless GSM safety alarm system host is reported to the police, another part defence area is when detector triggers, wireless GSM safety alarm system host is not reported to the police, and avoids in the situation that do not need warning to report by mistake; The intelligence defence area refers to when detector triggers for the first time, and wireless GSM safety alarm system host is not reported to the police, and only at detector, triggers for the first time in latter 30 seconds while again triggering, and wireless GSM safety alarm system host is just reported to the police; Though urgent defence area refer to wireless GSM safety alarm system host be deploy troops on garrison duty or disarming state under, as long as detector triggers, just report to the police; Though close defence area refer to wireless GSM safety alarm system host be deploy troops on garrison duty or disarming state under, when detector triggers, all do not report to the police.
This electricity supply and use equipment intelligent alarming control system, in radio alarming control circuit 5, between the 7th pin of wireless GSM safety alarm system host and its earth terminal, between the 8th pin of wireless GSM safety alarm system host and its earth terminal and the circuit be connected between the 9th pin of wireless GSM safety alarm system host and its earth terminal be respectively the 7th, the 8th and the 9th defence area, be 3 wired defence areas, tunnel, all be set to urgent defence area; Be arranged on switchgear building each upper and or each electricity supply and use equipment cabinet door on some antitheft door magnetic switches, be arranged on the some antitheft door magnetic switches on each window of switchgear building and be arranged on the electroconductive aluminium strip of some high pressure electricity supply and use equipments or copper bar on or 4 groups of Temperature Monitoring of HV Apparatus monitors of device clamp top, respectively and the wireless connections circuit between wireless GSM safety alarm system host be the 1-6 defence area, be 6 wireless defence areas, road, wherein the 1st, 2 defence areas are set to common defence area, and 3rd～6 defence areas are set to urgent defence area.When this electricity supply and use equipment intelligent alarming control system is reported to the police, wireless GSM safety alarm system host automatically dial successively all default phones and or phone number, when being subject to police person to carry machine to answer, phone or earpiece broadcast alarm voice immediately, the alarm voice content is: the additional alarm voice that the system alarm voice+User Defined in corresponding defence area is recorded, allow and be subject to police person to obtain warning message, after phone or mobile phone are answered, only listen alarm voice, do not carry out directly on-hook of Remote, wireless GSM safety alarm system host continues to dial the telephone call of back, as the ring unanswered, after wireless GSM safety alarm system host can circulate and dial all phones three times, automatic hand-up, if answer, can carry out Long-distance Control to wireless GSM safety alarm system host by the keyboard of phone or mobile phone, now the implication of the button representative on phone or cell phone keyboard is: [1] key: deploy troops on garrison duty, [2] key: withdraw a garrison, [3] key: open monitoring, [4] key: close monitoring, [5] key: open and propaganda directed to communicate, [6] key: close and propaganda directed to communicate, [7] key: ring siren, [8] key: close siren, [9] key: open relay, [0] key: close relay, [*] key: exit and on-hook, system can not pulled up one group of number of receiving a crime report again, when the user initiatively dials the SIM card phone number of installing in wireless GSM safety alarm system host by phone or mobile phone, after 1 ringing cycle, the voice suggestion of user mobile phone receiver " please be inputted password ", the user inputs password by phone or mobile phone key, and (operated from a distance password factory-said value is: 1234, the user can revise and enter user's operator password that wireless GSM safety alarm system host arranges by sending short message by mobile phone), wireless GSM safety alarm system host can be pointed out " password is correct ", then can carry out Long-distance Control to wireless GSM safety alarm system host by the keyboard of phone or mobile phone, now the implication of the button representative on phone or cell phone keyboard is: [1] key: deploy troops on garrison duty, [2] key: withdraw a garrison, [3] key: open monitoring, [4] key: close monitoring, [5] key: open and propaganda directed to communicate, [6] key: close and propaganda directed to communicate, [7] key: ring siren, [8] key: close siren, [9] key: open relay, [0] key: close relay, [*] key: exit status on-hook, [#] key: enter the setting of telephone remote system, enter after the state of setting and can pacify instruction in " telephone remote arranges instruction list " of the wireless GSM safety alarm system that Science and Technology Ltd. produces by Jia, Shenzhen City some states of wireless GSM safety alarm system host are arranged, as do not carry out any operation, after 20 seconds, wireless GSM safety alarm system host can exit by automatic hand-up.
Claims (3)
1. an electricity supply and use equipment intelligent alarming control system, comprise heat warning effect control circuit I (1) and heat warning effect control circuit II (3), described heat warning effect control circuit I (1) forms by light alarm control circuit harmony alarm control circuit with heat warning effect control circuit II (3), light alarm control circuit in heat warning effect control circuit I (1) and heat warning effect control circuit II (3) is by four LED light emitting module formations in parallel, all include identical circuit component in each LED light emitting module, and the annexation between its circuit component is also identical, wherein in first LED light emitting module in heat warning effect control circuit I (1), include 42 input nand gate U1, thermistor RT1 and RT2, potentiometer RP1 and RP2, LED 1 and LED2, triode VT1 and VT2, diode VD1 and VD2 and relay K 1 and K2, include multistage voice recording and playback ic U5 in acoustic alarm control circuit in heat warning effect control circuit I (1), in first LED light emitting module in heat warning effect control circuit II (3), include 42 input nand gate U6, thermistor RT9 and RT10, potentiometer RP9 and RP10, LED 11 and LED12, triode VT10 and VT11, diode VD10 and VD11 and relay K 10 and K11, include multistage voice recording and playback ic U10 in the acoustic alarm control circuit in heat warning effect control circuit II (3), it is characterized in that: also comprise relay coil control circuit I (2), relay coil control circuit II (4), radio alarming control circuit (5), control electricity supply and use equipment and switchgear building camera circuitry, some Temperature Monitoring of HV Apparatus monitors, some antitheft door magnetic switches and a telepilot, wherein relay coil control circuit I (2) forms heat warning effect and relay coil control circuit board I with heat warning effect control circuit I (1), relay coil control circuit II (4) forms heat warning effect and relay coil control circuit board II with heat warning effect control circuit II (3), and described control electricity supply and use equipment and switchgear building camera circuitry include controls A.C. contactor circuit I (6), control A.C. contactor circuit II (7), control residual current circuit breaker circuit (8) and control switchgear building camera circuitry (9), each Temperature Monitoring of HV Apparatus monitor is by temperature observation circuit (10), induction of signal radiating circuit (11) and solar panel form, relay K 9, diode VD9, triode VT9 and resistance R 37 are arranged in described relay coil control circuit I (2), relay K 18, diode VD18, triode VT18 and resistance R 74 are arranged in relay coil control circuit II (4), wireless GSM safety alarm system host, relay K 19, K20, K21, K22, K23, K24, K40 and K41, triode VT19, VT20, VT21 and VT25, diode VD19, VD20, VD21, VD22, VD23, VD29 and VD30, resistance R 76, R77 and R86, passive speaker B5 and B6 and electric battery BT2 are arranged in radio alarming control circuit (5), voltage stabilizer U12,42 input nand gate U13, thermistor RT17, potentiometer RP17, resistance R 88, R89 and R90, LED 22, triode VT26, diode VD31 and relay K 43 are arranged in the temperature observation circuit of each Temperature Monitoring of HV Apparatus monitor (10), in the induction of signal radiating circuit (11) of each Temperature Monitoring of HV Apparatus monitor, anti-abnormal heating door status switch transmitter (12), diode VD32 and VD33, K switch 42 and electric battery BT3 are arranged, wherein, prevent that abnormal heating door status switch transmitter (12) is for the supporting door status switch of wireless GSM safety alarm system removes its magnet segment, and remove the repacking structure after its wireless signal transmitter partial interior circuit board supplying cell, the supporting door status switch that each antitheft door magnetic switch is wireless GSM safety alarm system, the matched remote controller that telepilot is wireless GSM safety alarm system,
Its annexation is: in relay coil control circuit I (2), the coil of relay K 9 is with after diode VD9 is in parallel, the positive pole of diode VD9 is connected to the emitter stage of triode VT9, negative pole connection+5V dc source the VCC of diode VD9, the end of the base stage contact resistance R37 of triode VT9, the grounded collector of triode VT9, between relay coil control circuit I (2) and heat warning effect control circuit I (1), the other end of resistance R 37 is connected to multistage voice recording and playback ic U5's
end, in relay coil control circuit II (4), the coil of relay K 18 is with after diode VD18 is in parallel, the positive pole of diode VD18 is connected to the emitter stage of triode VT18, negative pole connection+5V dc source the VCC of diode VD18, the end of the base stage contact resistance R74 of triode VT18, the grounded collector of triode VT18, between relay coil control circuit II (4) and heat warning effect control circuit II (3), the other end of resistance R 74 is connected to multistage voice recording and playback ic U10's
end, in radio alarming control circuit (5), positive pole connection+12V the dc source of the DC12V input of wireless GSM safety alarm system host, the minus earth of its DC12V input, the coils from parallel connection of coils of relay K 41 is between+12V dc source and ground, one end of the normally-closed contact of relay K 41 connects the earth terminal of wireless GSM safety alarm system host, the other end of the normally-closed contact of relay K 41 is connected to the 9th pin of wireless GSM safety alarm system host, the alarm bell output of wireless GSM safety alarm system host just, connected with passive loudspeaker B5 between negative pole, the coils from parallel connection of coils of relay K 19 is at the two ends of passive speaker B5, the NO end of wireless GSM safety alarm system host connects the negative pole of battery pack BT2, and be connected to the positive pole of diode VD20 simultaneously, the minus earth of diode VD20, the positive pole of battery pack BT2 connects coil one end of relay K 21, and be connected to the negative pole of diode VD19 simultaneously, positive pole connection+12V the dc source of diode VD19, the coil other end of relay K 21 connects coil one end of relay K 20, and the C that simultaneously is connected to wireless GSM safety alarm system host holds, the coil other end of relay K 20 connects the positive pole of battery pack BT2, the two ends of propaganda directed to communicate loudspeaker incoming end and the earth terminal difference connected with passive loudspeaker B6 of wireless GSM safety alarm system host, the base stage of triode VT21 is connected to the loudspeaker incoming end of propagandaing directed to communicate of wireless GSM safety alarm system host by resistance R 77, the emitter stage of triode VT21 connects the earth terminal of wireless GSM safety alarm system host, coil one end of the collector connection relay K24 of triode VT21, and be connected to the positive pole of diode VD23 simultaneously, the negative pole of diode VD23 is connected with the coil other end of relay K 24, and connection+12V dc source simultaneously, the emitter stage of triode VT19 connects coil one end of relay K 22, and be connected to the positive pole of diode VD21 simultaneously, the negative pole of diode VD21 connects the coil other end of relay K 22, the base stage of triode VT19 is connected with the base stage of triode VT20, and be connected to the 36th pin of the STC microprocessor U11 in wireless GSM safety alarm system host by resistance R 76 simultaneously, the emitter stage of triode VT20 connects coil one end of relay K 23, and be connected to the positive pole of diode VD22 simultaneously, the negative pole of diode VD22 connects the coil other end of relay K 23, coil one end of the collector connection relay K40 of triode VT25, and be connected to the positive pole of diode VD29 simultaneously, the negative pole of diode VD29 connects the coil other end of relay K 40, the base stage of triode VT25 is connected to the 40th pin of STC microprocessor U11 by resistance R 86, the colelctor electrode of triode VT19, the equal ground connection of the emitter stage of the colelctor electrode of triode VT20 and triode VT25, diode VD21, the negative pole of VD22 and VD29 all is connected to the negative pole of diode VD30, the positive pole of diode VD30 is connected to the positive pole of the indicator lamp LED21 that locks in wireless GSM safety alarm system host, the two ends of the normally opened contact of relay K 23 are connected with the two ends of the external hand switch K25 of ups power in wireless GSM safety alarm system host respectively, between radio alarming control circuit (5) and relay coil control circuit I (2), one end of the normally opened contact of relay K 9 connects the earth terminal of wireless GSM safety alarm system host, and the other end of the normally opened contact of relay K 9 is connected to the 7th pin of wireless GSM safety alarm system host, between radio alarming control circuit (5) and relay coil control circuit II (4), one end of the normally opened contact of relay K 18 connects the earth terminal of wireless GSM safety alarm system host, and the other end of the normally opened contact of relay K 18 is connected to the 8th pin of wireless GSM safety alarm system host, control between A.C. contactor circuit I (6) and radio alarming control circuit (5), one end of the normally opened contact of relay K 20 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 20 is connected with an end of A.C. contactor KM1 coil, and the other end of A.C. contactor KM1 coil connects the zero line side of alternating current 220V power supply, control between A.C. contactor circuit II (7) and radio alarming control circuit (5), one end of the normally opened contact of relay K 40 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 40 is connected with an end of A.C. contactor KM2 coil, the other end of A.C. contactor KM2 coil connects normally opened contact one end of relay K 22, the other end of the normally opened contact of relay K 22 connects the zero line side of alternating current 220V power supply, and the two ends of the normally opened contact of A.C. contactor KM2 are connected in parallel on the normally opened contact two ends of relay K 40, control between RCCB circuit (8) and radio alarming control circuit (5), one end of the normally opened contact of relay K 24 connects the live wire end of alternating current 220V power supply, the other end of the normally opened contact of relay K 24 is connected with an end of the RCCB KF1 coil of controlling the switching of the interior total supply line of switchgear house, and the other end of RCCB KF1 coil connects the zero line side of alternating current 220V power supply, control between switchgear house camera circuitry (9) and radio alarming control circuit (5), one end connection+12V dc source of the normally opened contact of relay K 19, the power input of the video camera that the other end of the normally opened contact of relay K 19 is interior with being arranged on switchgear house is connected, the power output end ground connection of video camera, some Temperature Monitoring of HV Apparatus monitors are arranged on the electroconductive aluminium strip of the some high pressure electricity supply and use equipments that need monitor temperature or copper bar or the device clamp top, in the temperature observation circuit (10) of each Temperature Monitoring of HV Apparatus monitor, the the 12nd and the 13rd pin short circuit of 42 input nand gate U13, and be connected to an end and the slider end of potentiometer RP17, the end of potentiometer RP17 connects the end of thermistor RT17 simultaneously, the end of the other end contact resistance R88 of potentiometer RP17, the 11st pin of 42 input nand gate U13 is connected to the base stage of triode VT26 by resistance R 90, one end of the collector connection relay K43 coil of triode VT26 and the positive pole of diode VD31, the emitter stage of triode VT26 is connected with the other end of thermistor RT17, and be connected to the 2nd pin of voltage-stablizer U12 simultaneously, the 10th pin of 42 input nand gate U13 is connected to the negative pole of LED 22 by resistance R 89, the the 8th and the 9th pin short circuit of 42 input nand gate U13, and be connected to its 11st pin, the 14th pin of 42 input nand gate U13 is connected to the 3rd pin of voltage-stablizer U12, and simultaneously with the other end of resistance R 88, the positive pole of LED 22, the other end of relay K 43 coils and the negative pole of diode VD31 are connected, the 7th pin of 42 input nand gates is connected to the 2nd pin of voltage-stablizer U12, in the induction of signal radiating circuit (11) of each Temperature Monitoring of HV Apparatus monitor, the positive source incoming end of anti-abnormal heating door status switch transmitter (12) internal circuit board connects the negative pole of diode VD32 by K switch 42, and be connected to the positive pole of battery pack BT3 simultaneously, the power cathode incoming end of anti-abnormal heating door status switch transmitter (12) internal circuit board connects the positive pole of diode VD33, and be connected to the negative pole of battery pack BT3 simultaneously, prevent the wireless connections that are connected to of abnormal heating door status switch transmitter (12) and wireless GSM safety alarm system host, the negative pole of the positive pole of diode VD32 and diode VD33 is connected respectively to positive pole and the negative pole of solar panel, between the temperature observation circuit of each Temperature Monitoring of HV Apparatus monitor (10) and induction of signal radiating circuit (11), the 1st pin of voltage-stablizer U12 is connected with the positive source incoming end of anti-abnormal heating door status switch transmitter (12) internal circuit board, the 2nd pin of voltage-stablizer U12 is connected with the power cathode incoming end of anti-abnormal heating door status switch transmitter (12) internal circuit board, and the normally-closed contact of relay K 43 is connected in parallel on the two ends of the anti-inner tongue tube G1 of abnormal heating door status switch transmitter (12), some antitheft door magnetic switches be arranged on each door of switchgear house upper and or each electricity supply and use equipment cabinet door on and on each window of switchgear house, each antitheft door magnetic switch and wireless GSM safety alarm system host be connected to wireless connections, remote controller and wireless GSM safety alarm system host be connected to wireless connections.
2. electricity supply and use equipment intelligent alarming control system according to claim 1, it is characterized in that: in described relay coil control circuit I (2), the model of relay K 9 is JZC-23F-5VDC, and the model of diode VD9 is IN4001, and the model of triode VT9 is 9015; In relay coil control circuit II (4), the model of relay K 18 is JZC-23F-5VDC, and the model of diode VD18 is IN4001, and the model of triode VT18 is 9015; In radio alarming control circuit (5), the model of relay K 19, K20, K21, K24 and K41 is JQC-3F-12VDC, the model of relay K 22, K23 and K40 is JZC-23F-5VDC, the model of triode VT19 and VT20 is 9015, the model of triode VT21 is 1815, the model of triode VT25 is 9013, and the model of diode VD19, VD20 and VD23 is IN4004, and the model of diode VD21, VD22, VD29 and VD30 is IN4001; In the temperature observation circuit of each Temperature Monitoring of HV Apparatus monitor (10), the model of voltage stabilizer U12 is 7805, the model of 42 input nand gate U13 is CD4011, the model of thermistor RT17 is 104GT-1, the model of triode VT26 is 9013, the model of diode VD31 is IN4001, and the model of relay K 43 is JZC-23F-5VDC; In the induction of signal radiating circuit (11) of each Temperature Monitoring of HV Apparatus monitor, the model of diode VD32 and VD33 is respectively IN4004.
3. electricity supply and use equipment intelligent alarming control system according to claim 1, it is characterized in that: in acoustic alarm control circuit and the acoustic alarm control circuit in heat warning effect control circuit II (3) in described heat warning effect control circuit I (1), resistance R 29 between the CE end that removes multistage voice recording and playback ic U5 and earthing pole, after perhaps removing the CE end and the resistance R 66 between earthing pole of multistage voice recording and playback ic U10, the CE end of multistage voice recording and playback ic U5 is held short circuit with the CE of multistage voice recording and playback ic U10, between the CE of multistage voice recording and playback ic U5 end and+5V direct supply and the CE of multistage voice recording and playback ic U10 holds and+be connected with respectively pushbutton switch SB1 and pushbutton switch SB2 between the 5V direct supply, perhaps only have multistage voice recording and playback ic U5 CE end and+be connected with pushbutton switch SB1 between the 5V direct supply, perhaps only have multistage voice recording and playback ic U10 CE end and+be connected with pushbutton switch SB2 between the 5V direct supply.
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201220423853 CN202711417U (en) | 2012-08-24 | 2012-08-24 | Intelligent alarm control system used for power supply/utilization equipment |
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| CN107680317A (en) * | 2017-09-19 | 2018-02-09 | 河钢股份有限公司邯郸分公司 | A kind of calculator room equipment overtemperature alarm |
| CN113905489A (en) * | 2021-09-08 | 2022-01-07 | 沈阳宏宇光电子科技有限公司 | Evacuation lighting system with quick coordinated control function |
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2012
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103337118A (en) * | 2013-07-11 | 2013-10-02 | 国家电网公司 | Early warning system for preventing power transmission line from external force damage |
| CN103616606A (en) * | 2013-11-29 | 2014-03-05 | 国家电网公司 | JP cabinet electric leakage alarm apparatus |
| CN103616606B (en) * | 2013-11-29 | 2016-06-08 | 国家电网公司 | Jp cabinet leakage alarm |
| CN107680317A (en) * | 2017-09-19 | 2018-02-09 | 河钢股份有限公司邯郸分公司 | A kind of calculator room equipment overtemperature alarm |
| CN113905489A (en) * | 2021-09-08 | 2022-01-07 | 沈阳宏宇光电子科技有限公司 | Evacuation lighting system with quick coordinated control function |
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