CN207115693U - A kind of intelligent monitored control module device - Google Patents

Abstract

A kind of intelligent monitored control module device, by power module, temperature detection circuit, water-level detecting circuit, gas leakage detection circuit, rpyroelectric infrared detection circuit, door sensor detection circuit, conversion electric power switchs, fixed magnet, wiring pile and shell are formed, power module, temperature detection circuit, water-level detecting circuit, gas leakage detection circuit, rpyroelectric infrared detection circuit, door sensor detection circuit, wiring pile is installed on circuit boards, and connected between conversion electric power switch by wire, circuit board and conversion electric power switch are arranged in shell, two fixed magnets are bonded in two grooves on rear side of shell, outside alarm buzzer and the power input of telephone dial alarm are separately mounted in the wiring hole of two wiring piles.This new user can need to be selected between multiple probes according to oneself, meets user and is subsequently conveniently monitored target conversion, and audible alarm, the conversion of dialing type of alarm.

Description

A kind of intelligent monitored control module device

Technical field

The supporting probe component field that warning device uses is the utility model is related to, particularly a kind of intelligent monitored control module dress Put.

Background technology

Among onsite alarming and dialing warning device are widely used in production and lived at home, to unit and individual The anti-theft effect brought, reduces the economic loss of people, and effectively reduces criminal phenomena.Existing warning device is only A kind of alarm monitoring can be corresponded to, such as fuel gas alarm just only has gas leakage probe, and gas leakage can only be reported It is alert；Fire-alarm only has fire probe, can only be to being alarmed during generation fire；Theft alarm just only has pyroelectricity Or infrared alarming probe, the robber's feelings for entering scope of popping one's head in can only be alarmed；Door sensor burglar alarm can only be to illegally opening The situation of door is alarmed；Water-leakage alarm can only just be alarmed when leak occurs.Limited by above-mentioned, existing alarm For equipment using single, use is dumb, after installing and using, can only carry out the monitoring alarm under a kind of state, it is impossible to meets to use The needs of person's multi-point alarm；For example user's installation is fire-alarm, subsequently also needs to conversion and carry out gas leakage prison Alarm, indoor water-leakage alarm etc. are stolen in control alarm, personnel, then, user can only just take another purchase gas leakage monitoring report Alert device, personnel steal alarm, the mode of water-leakage alarm could meet needs, so not only bring inconvenience to user, And it also result in the limitation that existing warning device uses；More also it is exactly, when existing warning device sends alert, all It is to be solidificated in the pattern that loudspeaker sends alarm sound or owner is notified by dialing, user can not facilitate as needed Progress type of alarm selection, than if any user need on-site speaker to send alarm to be alarmed, or need electricity Dialing alarm is talked about, so practical application to user will also result in inconvenience.

Utility model content

For the selection for overcoming existing warning device job note one, alarm condition can not being carried out as needed, using not Flexibly, inconvenience is brought to user, and the drawbacks of application limitation, the utility model provides to be opened with multi-path choice power supply Close, corresponding one group of probe per road power switch, user can be easily all the way or more according to selection opening oneself is actually needed Road power switch, that is, set up defences according to oneself needing to be monitored target using the one or more probes needed, moreover it is possible to Alarm buzzer finished product or telephone dial alarm finished product are connected on alarm power output end wiring pile as needed, is thus made User can facilitate to be selected between multiple probes, is met user and is subsequently conveniently monitored target conversion, Yi Jisheng Sound alarm, a kind of intelligent monitored control module device of dialing type of alarm conversion.

Technical scheme is used by the utility model solves its technical problem：

A kind of intelligent monitored control module device, it is characterised in that by power module, temperature detection circuit, water-level detecting circuit, Gas leakage detection circuit, rpyroelectric infrared detection circuit, door sensor detection circuit, conversion electric power switch, fixed magnet, wiring pile Formed with shell, water-level detecting circuit is configured with a water-level probe, and door sensor detection circuit is configured with a bar magnet, water level The supporting water-level probe of detection circuit and the supporting bar magnet of door sensor detection circuit are located at housing exterior, and wiring pile has identical Two, power module, temperature detection circuit, water-level detecting circuit, gas leakage detection circuit, rpyroelectric infrared detection circuit, On circuit boards, circuit board and conversion electric power switch are arranged in shell, the rear side of shell for door sensor detection circuit, wiring pile installation Respectively there is a groove left and right two, and fixed magnet has two, and two fixed magnets are bonded in two grooves, the rear portion four of shell Respectively there is an installation sheet with perforate week, the front lower ends of shell there are three perforates from left to right, and the upper right end of shell has One perforate, the nock of shell has an opening, before having an opening, conversion electric power to switch in the middle part of the preceding lower end of shell Portion's operation handle is located at the outside of housing front upper end open, and a power outlet is mounted with shell upper right end tapping, Two terminals of power outlet are connected by wire respectively with two signal input parts of water-level detecting circuit, water-level detecting circuit The both ends of supporting water-level probe are connected with an attaching plug, and attaching plug is inserted in power outlet, the wiring of two wiring piles Hole position on the outside of the preceding lower end intermediate openings of shell, outside alarm buzzer finished product and telephone dial alarm finished product it is positive and negative The two poles of the earth power input is separately mounted in the wiring hole of two wiring piles, and shell is pull-in on needs by fixed magnet in use In the steel object of monitored area, for shell by perforate on the surrounding stator of rear portion, being arranged on dilating screw needs monitoring section On the metope in domain, power module power input is connected by wire respectively with 220V AC powers the two poles of the earth, power module power supply The power input that output head anode switchs with conversion electric power is connected by wire, five road power output ends of conversion electric power switch Detected respectively with temperature detection circuit, water-level detecting circuit, gas leakage detection circuit, rpyroelectric infrared detection circuit, door sensor The cathode power supply input of circuit is connected by wire, and power module power output end negative pole and temperature detection circuit, water level are visited Slowdown monitoring circuit, gas leakage detection circuit, rpyroelectric infrared detection circuit, door sensor detection circuit negative power supply input and its In a wiring pile it is red by wired earth, temperature detection circuit, water-level detecting circuit, gas leakage detection circuit, pyroelectricity Outer detection circuit, the cathode power supply output end of door sensor detection circuit are connected with another wiring pile by wire.

The power module is that alternating current 220V turns direct current 5V switch power modules.

The temperature detection circuit is by adjustable resistance, negative tempperature coefficient thermistor, resistance, one-way SCR and relay Composition, is connected by circuit board wiring therebetween, adjustable resistance one end and check valve controllable silicon anode, power source for relay control input Tip side connects, and the adjustable resistance other end connects with thermistor one end, and the thermistor other end connects with resistance one end, resistance The other end connects with one-way SCR control pole, and one-way SCR negative electrode connects with relay cathode power supply input, relay Negative power supply input end grounding, the front end temperature-sensitive part of thermistor are located at housing front lower end from left to right outside first perforate Side, in favor of the outside temperature change occurred by fire of detection.

The water-level detecting electricity routing resistance, one-way SCR, NPN triode, PNP triode and relay group into its Between connected by circuit board wiring, resistance has two, first resistance one end and check valve controllable silicon anode, Control electricity Source input tip side, the connection of PNP triode emitter stage, NPN triode colelctor electrode connect with PNP triode base stage, PNP triode Colelctor electrode and second resistance one end connection, second resistance other end connect with one-way SCR control pole, one-way SCR Negative electrode connects with relay cathode power supply input, and NPN triode emitter stage connects with relay negative power supply input, water level The supporting water-level probe of detection circuit by a left and right ends there is the plastic plate of mounting hole, two copper sheets to form, and two copper sheets glue Plastic plate upper end is connected on, two copper sheets insulate, two signal input parts of two terminals of power outlet and water-level detecting circuit First the resistance other end, NPN transistor base are connected by wire respectively, two of the supporting water-level probe of water-level detecting circuit Copper sheet both ends are connected with an attaching plug, after attaching plug insertion power outlet is interior, wherein a copper sheet and first resistance The other end connects, and second copper sheet connects with NPN transistor base, and the plastic plate of water-level probe is arranged on the region for needing to monitor Ground minimum point.

The gas leakage detection circuit is by gas-sensing probe, adjustable resistance, one-way SCR, relay, electrochemical capacitor, electricity Resistance and silicon rectifier diode composition, are connected, adjustable resistance has two, and gas sensitive device model is QM- by circuit board wiring therebetween The first measurement pole, check valve controllable silicon anode, the power source for relay control input contact of N5, electrochemical capacitor positive pole and gas sensitive device End, the connection of resistance one end, electrochemical capacitor negative pole and gas sensitive device negative power supply input, silicon rectifier diode negative pole, relay The cathode power supply input of negative power supply input end grounding, the resistance other end and gas sensitive device connects, and the second of gas sensitive device surveys Amount pole connects with first adjustable resistance one end, second adjustable resistance one end, first adjustable resistance other end and silicon rectifier Diode cathode connects, and second adjustable resistance other end connect with one-way SCR control pole, one-way SCR negative electrode and after Electrical equipment cathode power supply input connects, and the front end of gas-sensing probe is located at housing front lower end from left to right on the outside of the 3rd perforate, In favor of the flammable leakage gas outside detection.

The rpyroelectric infrared detection circuit is by rpyroelectric infrared detecting module, adjustable resistance, transwitch diode, electricity Resistance, one-way SCR and relay group by circuit board wiring into being connected, rpyroelectric infrared detecting module model is therebetween It is HN911L, the pin of rpyroelectric infrared detecting module cathode power supply input 3 and power source for relay control input tip side, unidirectional controllable Silicon anode connects, and the pin of high level output end 1 of rpyroelectric infrared detecting module connects with transwitch diode cathode, transwitch two Pole pipe negative pole connects with resistance one end, and the resistance other end connects with one-way SCR control pole, one-way SCR negative electrode and relay Device cathode power supply input connects, and the pin of negative power supply input 6 and relay negative power supply of rpyroelectric infrared detecting module are defeated Entering end connection, the pin of external adjustment end 4,5 pin of rpyroelectric infrared detecting module are connected with adjustable resistance both ends by wire respectively, The probe of rpyroelectric infrared detecting module front end is located at housing front lower end from left to right on the outside of second perforate, in favor of detection The infrared signal that outside human body discharges.

The door sensor detection circuit is by tongue tube, resistance, NPN triode, PNP triode, one-way SCR and relay Composition, is connected by circuit board wiring therebetween, and resistance has three, and door sensor detection circuit is installed on circuit boards, circuit board installation After in shell, tongue tube is located at right-hand end in shell, and tongue tube inside movable contact is located at the left part of right-hand end in shell, door sensor Detection circuit is configured with a bar magnet, is used in use, being alarmed if desired as door sensor, and shell is inhaled by fixed magnet Close and be pull-in on the left part that the shop front is located at indoor side, after the shop front is shut, bar shaped magnetic positioned at left side within doors, bar magnet in doorframe Ferromagnetism active force just acts on tongue tube, and movable contact and stationary contact are by together with magnet attraction inside tongue tube, first Resistance one end and second resistance one end, PNP triode emitter stage, one-way SCR anode, power source for relay control input are touched The connection of point end, first resistance other end connect with NPN transistor base, tongue tube one end, NPN triode colelctor electrode and second The resistance other end, the connection of PNP triode base stage, PNP triode colelctor electrode and the 3rd resistance one end connection, the 3rd resistance The other end connects with one-way SCR control pole, and one-way SCR negative electrode connects with relay cathode power supply input, tongue tube The other end and NPN triode emitter stage, relay negative power supply input end grounding.

The utility model beneficial effect is：Originally it is new suitable place indoors, energy side to be installed according to user's needs The operation handle of operation conversion electric power switch is will pass through, makes temperature detection circuit, water-level detecting circuit, gas leakage detection electricity One or more sets in road, rpyroelectric infrared detection circuit, door sensor detection circuit are in holding state of setting up defences, and can be as needed Selection terminates at the alarm buzzer finished product of outside or telephone dial alarm finished product power input the wiring of two wiring piles In hole.In use, after generation fire temperature detection circuit in monitored area detects, running water leakage occurs for monitored area by water After two copper sheets of water-level probe of position detection circuit flood, monitored area occurs combustible gas leakage gas leakage detection circuit and visited After measuring, after thering is thief to enter the rpyroelectric infrared detecting module investigative range of rpyroelectric infrared detection circuit, there is thief illegal Enter, after door sensor detection circuit detects, the power output end of foregoing circuit can out-put supply enter two wiring piles, then with The connected alarm buzzer finished product of wiring pile or telephone dial alarm finished product obtain electric work, carry out onsite alarming or dialing Owner is notified to take counter-measure, this new conversion electric power switch has multiple power supplies output control function, per road conversion electric power The corresponding one group of probe of output switching terminal, user can easily according to selection opening oneself is actually needed, one or more be visited Head, that is, set up defences according to oneself needing to be monitored target using the one or more probes needed, moreover it is possible to as needed Alarm buzzer finished product or telephone dial alarm finished product are connected on alarm power output end wiring pile, thus user can be square Just selected between multiple probes, meet user and be subsequently conveniently monitored target conversion, and audible alarm, electricity Talk about the conversion of dialing alarm mode.More than being based on, so this new application prospect having had.

Brief description of the drawings

The utility model is described further with reference to the accompanying drawings and examples.

Fig. 1 is structural representation of the present utility model.

Fig. 2 is circuit diagram of the present utility model.

Embodiment

Shown in Fig. 1, a kind of intelligent monitored control module device, by power module 1, temperature detection circuit 2, water-level detecting circuit 3rd, gas leakage detection circuit 4, rpyroelectric infrared detection circuit 5, door sensor detection circuit 6, conversion electric power switch 7, fixed magnet 8th, wiring pile 9 and shell 10 are formed, and water-level detecting circuit 3 is configured with a water-level probe 3-1, and door sensor detection circuit 6 is configured with One bar magnet 6-1, the supporting water-level probe 3-1 of water-level detecting circuit and the supporting bar magnet 6-1 of door sensor detection circuit Outside shell 10, wiring pile 9 has identical two, power module 1, temperature detection circuit 2, water-level detecting circuit 3, combustion gas Leak detection circuit 4, rpyroelectric infrared detection circuit 5, door sensor detection circuit 6, wiring pile 9 are installed on circuit boards, circuit board It is arranged on conversion electric power switch 7 in shell 10, rear side of shell 10 or so two respectively has a groove 1--1, fixed magnet 8 There are two, two fixed magnets 8 are bonded in two groove 10-1, and the rear portion surrounding of shell 10 respectively has a peace with perforate Load 10-2, the front lower ends of shell have three perforates 10-3,10-4,10-5 from left to right, and the upper right end of shell 10 has one Individual perforate 10-6, the nock of shell 10 have an opening 10-7, have an opening 10-8 in the middle part of the preceding lower end of shell 10, turn The anterior operation handle for changing power switch 7 is located at housing front upper end open 10-7 outside, in shell upper right end perforate 10- Two signal input parts point of a power outlet 11,11 two terminals of power outlet and water-level detecting circuit 3 are mounted with 6 Do not connected by wire, the supporting water-level probe 3-1 of water-level detecting circuit 3 both ends are connected with an attaching plug 12, and power supply is inserted In first 12 insertion power outlet 11, the wiring hole of two wiring piles 9 is located on the outside of the preceding lower end intermediate openings 10-8 of shell, outside The alarm buzzer finished product in portion and the positive and negative polarities power input of telephone dial alarm finished product are separately mounted to two wiring In the wiring hole of stake 9, shell 10 is pull-in in the steel object for needing monitored area by fixed magnet 8 in use, shell 10 By perforate on the surrounding stator 10-2 of rear portion, being arranged on dilating screw needs on the metope of monitored area, the electricity of power module 1 Source input is connected by wire respectively with 220V AC powers the two poles of the earth, the power output end positive pole of power module 1 and conversion electric power The power input of switch 7 is connected by wire, and five road power output ends of conversion electric power switch 7 are respectively and temperature detection circuit 2nd, water-level detecting circuit 3, gas leakage detection circuit 4, rpyroelectric infrared detection circuit 5, the positive pole electricity of door sensor detection circuit 6 Source input is connected by wire, the power output end negative pole of power module 1 and temperature detection circuit 2, water-level detecting circuit 3, combustion Gas leak detection circuit 4, rpyroelectric infrared detection circuit 5, the negative power supply input of door sensor detection circuit 6 and wherein one Wiring pile is visited by wired earth, temperature detection circuit 2, water-level detecting circuit 3, gas leakage detection circuit 4, rpyroelectric infrared Slowdown monitoring circuit 5, the cathode power supply output end of door sensor detection circuit 6 are connected with another wiring pile by wire.

Shown in Fig. 2, power module is that alternating current 220V turns direct current 5V switch power modules A1.Temperature detection circuit is by adjustable Resistance RP1, negative tempperature coefficient thermistor RT, resistance R1, one-way SCR VS1 and relay J1 compositions, pass through circuit therebetween Plate wiring connection, adjustable resistance RP1 one end and check valve controllable silicon VS1 anodes, relay J1 control power input tip sides connect Connect, the adjustable resistance RP1 other ends connect with thermistor RT one end, and the thermistor RT other ends connect with resistance R1 one end, electricity The resistance R1 other ends connect with one-way SCR VS1 control poles, one-way SCR VS1 negative electrodes and relay J1 cathode power supply inputs Connection, relay J1 negative power supply input end groundings, thermistor RT front end temperature-sensitive part are located at housing front lower end by a left side To right first perforate, in favor of the outside temperature change occurred by fire of detection.Water-level detecting electricity routing resistance R2 and R3, one-way SCR VS2, NPN triode VT1, PNP triode VT2 and relay J2 compositions, are connected by circuit board wiring therebetween Connect, resistance there are two, and first resistance R2 one end and check valve controllable silicon VS2 anodes, relay J2 control power input contact End, the connection of PNP triode VT2 emitter stages, NPN triode VT1 colelctor electrodes connect with PNP triode VT2 base stages, PNP triode VT2 colelctor electrodes and second resistance R3 one end connection, second resistance R3 other end connect with one-way SCR VS2 control poles, One-way SCR VS2 negative electrodes are connected with relay J2 cathode power supply inputs, and NPN triode VT1 emitter stages and relay J2 are born The connection of pole power input, the supporting water-level probe T of water-level detecting circuit had by a left and right ends mounting hole plastic plate, Two copper sheet compositions, two copper sheets are bonded in plastic plate upper end, and two copper sheet insulation, two terminals of power outlet and water level are visited Two signal input parts, first resistance R2 other end of slowdown monitoring circuit, NPN triode VT1 base stages are connected by wire respectively, water Two copper sheet both ends of the position supporting water-level probe of detection circuit are connected with an attaching plug, and attaching plug is inserted in power outlet Afterwards, wherein a copper sheet and first resistance R2 other ends connection, second copper sheet connect with NPN triode VT1 base stages, water level The plastic plate of probe is arranged on the localized ground minimum point for needing to monitor.Gas leakage detection circuit is by gas-sensing probe TT, adjustable Resistance RP2 and RP3, one-way SCR VS3, relay J3, electrochemical capacitor C1, resistance R4 and silicon rectifier diode VD compositions, its Between connected by circuit board wiring, adjustable resistance has two, and gas sensitive device TT models are QM-N5, and electrochemical capacitor C1 positive poles are gentle Sensing device TT the first measurement pole a, check valve controllable silicon VS3 anodes, relay J3 control power inputs tip side, resistance R4 mono- End connection, electrochemical capacitor C1 negative poles and gas sensitive device TT negative power supply inputs d, silicon rectifier diode VD negative poles, relay J3 The cathode power supply input c of negative power supply input end grounding, the resistance R4 other ends and gas sensitive device is connected, and the of gas sensitive device TT Two measurement pole b and first adjustable resistance RP3 one end, second adjustable resistance RP2 one end connection, first adjustable resistance RP3 The other end connects with silicon rectifier diode VD positive poles, and second adjustable resistance RP2 other end and one-way SCR VS control poles connect Connect, one-way SCR VS negative electrodes connect with relay J3 cathode power supply inputs, and gas-sensing probe TT front end is located at housing front On the outside of the 3rd perforate from left to right of lower end, in favor of the flammable leakage gas outside detection.Rpyroelectric infrared detection circuit by Rpyroelectric infrared detecting module A2, adjustable resistance RP4, transwitch diode VD1, resistance R5, one-way SCR VS4 and relay J4 is formed, and is connected therebetween by circuit board wiring, and rpyroelectric infrared detecting module A2 models are HN911L, and rpyroelectric infrared is visited Survey the pin of mould A2 block cathode power supplies input 3 to connect with relay J4 control power inputs tip side, one-way SCR VS anodes, heat The pin of high level output end 1 for releasing electric infrared detection module A2 connects with transwitch diode VD1 positive poles, transwitch diode VD1 Negative pole connects with resistance R5 one end, and the resistance R5 other ends connect with one-way SCR VS4 control poles, one-way SCR VS4 negative electrodes Connected with relay J4 cathode power supply inputs, rpyroelectric infrared detecting module the A2 pin of negative power supply input 6 and relay J4 negative power supplies input connects, the rpyroelectric infrared detecting module A2 pin of external adjustment end 4,5 pin respectively with adjustable resistance RP4 Both ends are connected by wire, and the probe of rpyroelectric infrared detecting module A2 front ends is located at housing front lower end second from left to right Perforate outside, the infrared signal discharged in favor of the human body outside detection.Door sensor detection circuit is by tongue tube GH, resistance R6 And R7, R8, NPN triode VT3, PNP triode VT4, one-way SCR VS5 and relay J5 compositions, pass through circuit board therebetween Wiring connection, resistance have three, and door sensor detection circuit is installed on circuit boards, after circuit board is arranged in shell, tongue tube GH The right-hand end in shell, tongue tube GH inside movable contact are located at the left part of right-hand end in shell, and door sensor detection circuit is configured with One bar magnet CT, is used in use, being alarmed if desired as door sensor, and shell is pull-in on doorframe position by fixed magnet CT In left side within doors, bar magnet CT is pull-in on the left part that the shop front is located at indoor side, after the shop front is shut, bar magnet CT magnetic Active force just acts on tongue tube GH, and movable contact and stationary contact are by together with magnet attraction inside tongue tube GH, first electricity Hinder R6 one end and second resistance R7 one end, PNP triode VT4 emitter stages, one-way SCR VS5 anodes, relay J5 controls Power input tip side connects, and first electric R6 resistances other end connects with NPN triode VT3 base stages, tongue tube GH one end, NPN Triode VT3 colelctor electrodes and second resistance R7 other end, the connection of PNP triode VT4 base stages, PNP triode VT4 colelctor electrodes Connected with the 3rd resistance R8 one end, the 3rd resistance R8 other end connects with one-way SCR VS5 control poles, one-way SCR VS5 negative electrodes connect with relay J5 cathode power supply inputs, the tongue tube GH other ends and NPN triode VT3 emitter stages, relay J5 negative power supply input end groundings.

Shown in Fig. 2, the positive and negative polarities power input of outside alarm buzzer finished product and telephone dial alarm finished product End is separately mounted in two wiring pile JX wiring hole, and shell is pull-in on by fixed magnet in use needs monitored area In steel object, by perforate on the surrounding stator of rear portion, be arranged on dilating screw needs on the metope of monitored area shell, Switch of the power supply module power module A1 power inputs are connected by wire respectively with 220V AC powers the two poles of the earth, power module electricity Source output terminal positive switch power module A1 3 pin are connected with the power input that conversion electric power switchs by wire, conversion electricity Five road power output end S1, S2, S3, S4, S5 of source switch are unidirectionally controllable with temperature detection circuit cathode power supply input respectively Silicon VS1 anodes, water-level detecting circuit anode power input one-way SCR VS2 anodes, gas leakage detection circuit positive pole electricity Source input one-way SCR VS3 anodes, rpyroelectric infrared detection circuit cathode power supply input one-way SCR VS4 anodes, Door sensor detection circuit cathode power supply input one-way SCR VS5 anodes are connected by wire, and power module power output end is born Pole switch power module A1 4 pin and temperature detection circuit negative power supply input relay J1 negative power supplies input, water level Detection circuit negative power supply input relay J2 negative power supplies input, gas leakage detection circuit negative power supply input after Electrical equipment J3 negative power supplies input, rpyroelectric infrared detection circuit negative power supply input relay J4 negative power supplies input, Door sensor detection circuit negative power supply input relay J5 negative power supplies input and wherein a wiring pile JX passes through wire Ground connection, temperature detection circuit cathode power supply output end relay J1 normally opened contacts end, water-level detecting circuit relay J2 are normally opened tactile Point end, gas leakage detection circuit relay J3 normally opened contacts end, rpyroelectric infrared detection circuit relay J4 normally opened contacts end, Door sensor detection circuit cathode power supply output end relay J5 normally opened contacts end is connected with another wiring pile JX by wire.

Shown in Fig. 2,220V AC powers are inputted to the switch power module A1 pin of 1 pin 2, switch power module A1's 3 pin, 4 pin can export 5V dc sources, and 5V DC power anodes enter the power input of conversion electric power switch.Sheet is new can root Needed according to user, the convenient operation handle switched by operating conversion electric power, the first via power supply output of conversion electric power switch After holding S1 to open, temperature detection circuit obtains electric work；After second road power output end S2 is opened, water-level detecting circuit obtains electrician Make；After three-way power output end S3 is opened, gas leakage detection circuit obtains electric work；Four-way power supply output end S4 is opened Afterwards, rpyroelectric infrared detection circuit obtains electric work；After 5th road power output end S5 is opened, door sensor detection circuit obtains electric work. User terminates the alarm buzzer finished product of outside or telephone dial alarm finished product power input previously according to needing to select In two wiring pile JX wiring hole.In temperature detection circuit；When fire temperature rise occurs for monitored area, negative temperature system Number thermistor RT resistance value can drastically diminish, then, the negative temperature that 5V dc sources diminish through adjustable resistance RP1, resistance Coefficient resistance RT, resistance R1 enter one-way SCR VS1 control poles, then, one-way SCR VS1 be triggered conducting, after Electrical equipment J1 obtains electric adhesive, and it controls power input tip side and normally opened contact end closure, due to, relay J1 normally opened contacts end and Another wiring pile JX is connected by wire, wherein a wiring pile JX ground connection, so when fire occurs in monitored area, it is external Alarm buzzer finished product or telephone dial alarm finished product can obtain electric work, carry out onsite alarming or dialing notice use Person.In water-level detecting circuit：When two copper sheet T of water-level probe are not flooded in monitored area ground, NPN triode VT1 Base stage is in cut-off state without suitable bias current, and leak, when water floods two copper sheet T, NPN triodes VT1 occur at monitoring Base stage by two copper sheets of water submerged, resistance R2 through being obtained suitable bias current from 5V power supplys and being turned on, and then, PNP triodes VT2 is led Logical, PNP triode VT2 colelctor electrodes output high level triggers one-way SCR VS2 control poles through resistance R3 current limlitings, then, unidirectionally Be triggered conducting, relay J2 of controllable silicon VS2 obtains electric adhesive it controls power input tip side and normally opened contact end closure, by In, relay J2 normally opened contacts end is connected with another wiring pile JX by wire, wherein a wiring pile JX ground connection, so When leak occurs for monitored area, external alarm buzzer finished product or telephone dial alarm finished product can obtain electric work, be showed Field alarm or dialing notify user.In gas leakage detection circuit：When there is no combustible gas leakage usually, gas-sensing probe Resistance value is very big between TT the first measurement pole a and the second measurement pole b, when gas leakage occurs, the first of gas-sensing probe TT Resistance value diminishes between the measurements of measurement pole a and second pole b, the second measurement pole b voltage-to-grounds rise, when gas leakage, through adjustable When the magnitude of voltage of resistance RP2 outputs is more than 0.7V, one-way SCR VS3 control poles can be triggered, then, one-way SCR VS3 Be triggered conducting, relay J3 obtains electric adhesive it controls power input tip side and normally opened contact end closure, due to relay J3 Normally opened contact end is connected with another wiring pile JX by wire, wherein a wiring pile JX ground connection, so being sent out in monitored area During raw gas leakage, external alarm buzzer finished product or telephone dial alarm finished product can obtain electric work, carry out onsite alarming Or dialing notifies user, resistance R4, adjustable resistance RP3, silicon rectifier diode VD are matching somebody with somebody for gas leakage detection circuit Cover circuit.In rpyroelectric infrared detection circuit：When around monitoring without the human body signal of activity, rpyroelectric infrared detecting module A2 1 pin is without output, and when monitoring the human body signal of surrounding appearance activity, rpyroelectric infrared detecting module A2 probe detection arrives Afterwards, under the effect of rpyroelectric infrared detecting module A2 internal circuits, the rpyroelectric infrared detecting module A2 high electricity of 1 pin output Flat, the high level of output enters one-way SCR VS4 control poles through transwitch diode VD one-way conductions through resistance R5 current limlitings, after And be triggered conducting, relay J4 of one-way SCR VS4 obtains electric adhesive it controls power input tip side and normally opened contact end to close Close, due to, relay J4 normally opened contacts end is connected with another wiring pile JX by wire, wherein a wiring pile JX ground connection, Got in so someone occurs in monitored area when being stolen, external alarm buzzer finished product or telephone dial alarm Finished product can obtain electric work, carry out onsite alarming or dialing notifies user.In door sensor detection circuit：Due to tongue tube GH Internal movable contact is located at the left part of right-hand end in shell, and door sensor detection circuit is configured with a bar magnet CT, if in use, Originally new to need to use as door sensor alarm, shell is pull-in on doorframe positioned at left side within doors, bar magnet by fixed magnet CT is pull-in on the left part that the shop front is located at indoor side, and after the shop front is shut, bar magnet CT magnetic actions power just acts on dry spring Movable contact and stationary contact are pulled together by magnet CT inside pipe GH, tongue tube GH, so, NPN triode VT3 base stage and Emitter stage is shorted, and NPN triode VT3 is in cut-off state, after someone, which will get in, to carry out theft and push the door open, bar shaped magnetic Iron CT and tongue tube GH are spaced out, and movable contact and stationary contact are off inside tongue tube GH, then, NPN triode VT3 and PNP triode VT4 successive conductives, PNP triode colelctor electrode output high level enter unidirectional controllable through resistance R8 current limlitings Silicon VS5 control poles, then, be triggered conducting, relay J5 of one-way SCR VS5 obtain electric adhesive it control power input tip side Closed with normally opened contact end, because relay J5 normally opened contacts end is connected with another wiring pile JX by wire, wherein one Wiring pile JX is grounded, and is got in so someone occurs in monitored area and pushes when being stolen, external alarm buzzer into Product or telephone dial alarm finished product can obtain electric work, carry out onsite alarming or dialing notifies user；In actual use, Two fixed magnets are bonded in two grooves, and groove is located at left and right two, two fixed magnets and tongue tube GH on rear side of shell Spacing is remote, so, the magnetic action power of two fixed magnets will not cause tongue tube GH inner contacts to connect.

This new conversion electric power switch has multiple-output electric power control function, corresponding one group per road power switch output end Probe, user can easily according to oneself be actually needed selection open one or more power switch, that is, according to from Oneself, which needs to be monitored target using the one or more probes needed, sets up defences, moreover it is possible to as needed in alarm power output end Alarm buzzer finished product or telephone dial alarm finished product are connected on wiring pile, thus user can facilitate between multiple probes Selected, meet user and be subsequently conveniently monitored target conversion, and audible alarm, dialing type of alarm Conversion.More than being based on, so this new application prospect having had.

Fig. 2, switch power module A1 brands are MEAN WELL.In temperature detection circuit：Adjustable resistance RP1 specifications are 20K；Negative tempperature coefficient thermistor RT models are NTC130D；Resistance R1 resistances are 1K；One-way SCR VS1 is MCR100-1 Shape seals one-way SCR；Relay J1 is 4100/DC5V miniature relays.In water-level detecting circuit：Resistance R2 resistances are 10K；Resistance R3 resistances are 1K；One-way SCR VS2 is MCR100-1 shapes envelope one-way SCR；NPN triode VT1 models It is 9014；PNP triode VT2 models are 9012；Relay J2 is 4100/DC5V miniature relays.Gas leakage detection circuit In：Adjustable resistance RP2 models are 4.7K；Adjustable resistance RP3 models are 20K；One-way SCR VS3 is that MCR100-1 shapes envelope is single To controllable silicon；Relay J3 is 4100/DC5V miniature relays；Electrochemical capacitor C1 models are 100 μ F/25V；Resistance R4 resistances It is 1K；Silicon rectifier diode VD models are 1N4001.In rpyroelectric infrared detection circuit：Adjustable resistance RP4 models are 1M；Silicon is opened It is 1N4148 to close diode VD1 models；Resistance R5 resistances are 1K；One-way SCR VS4 is that MCR100-1 shapes envelope is unidirectional controllable Silicon；Relay J4 is 4100/DC5V miniature relays.In door sensor detection circuit：Tongue tube GH is that glass shell normally opened contact is done Reed pipe, model are JAG-3；Resistance R6 resistances are 330K；Resistance R7 resistances are 10K；Resistance R8 resistances are 1K；NPN triode VT3 models are 9014；PNP triode VT4 models are 9012；One-way SCR VS5 is MCR100-1 shapes envelope one-way SCR； Relay J5 is 4100/DC5V miniature relays.

The present embodiment is the utility model preferred embodiments, all in the present embodiment principle not to limit the utility model In the range of do any modification, equivalent substitution and improvements etc., should be included within the scope of protection of the utility model.

Claims (7)

1. a kind of intelligent monitored control module device, it is characterised in that by power module, temperature detection circuit, water-level detecting circuit, combustion Gas leak detection circuit, rpyroelectric infrared detection circuit, door sensor detection circuit, conversion electric power switch, fixed magnet, wiring pile and Shell is formed, and water-level detecting circuit is configured with a water-level probe, and door sensor detection circuit is configured with a bar magnet, and water level is visited The supporting water-level probe of slowdown monitoring circuit and the supporting bar magnet of door sensor detection circuit are located at housing exterior, and wiring pile has identical two Only, power module, temperature detection circuit, water-level detecting circuit, gas leakage detection circuit, rpyroelectric infrared detection circuit, door On circuit boards, circuit board and conversion electric power switch are arranged in shell, and the rear side of shell is left for magnetic spy slowdown monitoring circuit, wiring pile installation Right two respectively have a groove, and fixed magnet has two, and two fixed magnets are bonded in two grooves, the rear portion surrounding of shell Respectively there is an installation sheet with perforate, the front lower ends of shell there are three perforates from left to right, and the upper right end of shell has one Individual perforate, the nock of shell have an opening, there is an opening, the front portion of conversion electric power switch in the middle part of the preceding lower end of shell Operation handle is located at the outside of housing front upper end open, and a power outlet is mounted with shell upper right end tapping, electricity Two terminals of supply socket are connected by wire respectively with two signal input parts of water-level detecting circuit, and water-level detecting circuit is matched somebody with somebody The both ends of set water-level probe are connected with an attaching plug, and attaching plug is inserted in power outlet, the wiring hole of two wiring piles On the outside of the preceding lower end intermediate openings of shell, positive and negative the two of outside alarm buzzer finished product and telephone dial alarm finished product Pole power input is separately mounted in the wiring hole of two wiring piles, and shell is pull-in on by fixed magnet in use needs to supervise Survey in the steel object in region, for shell by perforate on the surrounding stator of rear portion, being arranged on dilating screw needs monitored area Metope on, power module power input is connected by wire respectively with 220V AC powers the two poles of the earth, and power module power supply is defeated Go out proper pole and connected with the power input that conversion electric power switchs by wire, the five road power output ends point of conversion electric power switch Not and temperature detection circuit, water-level detecting circuit, gas leakage detection circuit, rpyroelectric infrared detection circuit, door sensor detect electricity The cathode power supply input on road is connected by wire, power module power output end negative pole and temperature detection circuit, water-level detecting Circuit, gas leakage detection circuit, rpyroelectric infrared detection circuit, the negative power supply input of door sensor detection circuit and wherein One wiring pile passes through wired earth, temperature detection circuit, water-level detecting circuit, gas leakage detection circuit, rpyroelectric infrared Detection circuit, the cathode power supply output end of door sensor detection circuit are connected with another wiring pile by wire.

2. a kind of intelligent monitored control module device according to claim 1, it is characterised in that power module is that alternating current 220V turns Direct current 5V switch power modules.

3. a kind of intelligent monitored control module device according to claim 1, it is characterised in that temperature detection circuit is by adjustable electric Resistance, negative tempperature coefficient thermistor, resistance, one-way SCR and relay group into, connected therebetween by circuit board wiring, it is adjustable Resistance one end connects with check valve controllable silicon anode, power source for relay control input tip side, the adjustable resistance other end and temperature-sensitive Resistance one end connects, and the thermistor other end connects with resistance one end, and the resistance other end connects with one-way SCR control pole, single Connected to controllable silicon negative electrode with relay cathode power supply input, relay negative power supply input end grounding, before thermistor End temperature-sensitive part is located at housing front lower end from left to right on the outside of first perforate, in favor of the outside temperature occurred by fire of detection Degree change.

4. a kind of intelligent monitored control module device according to claim 1, it is characterised in that water-level detecting electricity routing resistance, list To controllable silicon, NPN triode, PNP triode and relay group into, connected therebetween by circuit board wiring, resistance has two, One resistance one end connects with check valve controllable silicon anode, power source for relay control input tip side, PNP triode emitter stage, NPN triode colelctor electrode connects with PNP triode base stage, PNP triode colelctor electrode and second resistance one end connection, second The resistance other end connects with one-way SCR control pole, and one-way SCR negative electrode connects with relay cathode power supply input, NPN Transistor emitter connects with relay negative power supply input, and the supporting water-level probe of water-level detecting circuit is by a left and right ends Plastic plate with mounting hole, two copper sheet compositions, two copper sheets are bonded in plastic plate upper end, two copper sheet insulation, and power supply is inserted Two signal input parts, first resistance other end of two terminals of seat and water-level detecting circuit, NPN transistor base difference Connected by wire, two copper sheet both ends of the supporting water-level probe of water-level detecting circuit are connected with an attaching plug, and power supply is inserted After in head insertion power outlet, wherein a copper sheet and first resistance other end connection, second copper sheet and NPN triode base Pole connects, and the plastic plate of water-level probe is arranged on the localized ground minimum point for needing to monitor.

5. a kind of intelligent monitored control module device according to claim 1, it is characterised in that gas leakage detection circuit is by gas Quick probe, adjustable resistance, one-way SCR, relay, electrochemical capacitor, resistance and silicon rectifier diode composition, pass through electricity therebetween The wiring connection of road plate, adjustable resistance have two, and gas sensitive device model is QM-N5, and the first of electrochemical capacitor positive pole and gas sensitive device Measure pole, check valve controllable silicon anode, power source for relay control input tip side, resistance one end connection, electrochemical capacitor negative pole and Gas sensitive device negative power supply input, silicon rectifier diode negative pole, relay negative power supply input end grounding, the resistance other end and Gas sensitive device cathode power supply input connection, gas sensitive device second measurement pole and first adjustable resistance one end, second Adjustable resistance one end connects, and first adjustable resistance other end connects with silicon rectifier diode positive pole, and second adjustable resistance is another One end connects with one-way SCR control pole, and one-way SCR negative electrode connects with relay cathode power supply input, gas-sensing probe Front end be located on the outside of the 3rd perforate from left to right of housing front lower end, in favor of the flammable leakage gas outside detection.

A kind of 6. intelligent monitored control module device according to claim 1, it is characterised in that rpyroelectric infrared detection circuit by Rpyroelectric infrared detecting module, adjustable resistance, transwitch diode, resistance, one-way SCR and relay group into passing through therebetween Circuit board wiring connects, and rpyroelectric infrared detecting module model is HN911L, and rpyroelectric infrared detecting module cathode power supply inputs 3 pin are held to be connected with power source for relay control input tip side, one-way SCR anode, the high level of rpyroelectric infrared detecting module The pin of output end 1 connects with transwitch diode cathode, and transwitch diode cathode connects with resistance one end, the resistance other end and list Connected to SCR control pole, one-way SCR negative electrode connects with relay cathode power supply input, rpyroelectric infrared detection mould The pin of negative power supply input 6 of block connects with relay negative power supply input, the external adjustment of rpyroelectric infrared detecting module 4 pin, 5 pin are held to be connected respectively with adjustable resistance both ends by wire, the probe of rpyroelectric infrared detecting module front end is located at shell On the outside of front lower ends second perforate from left to right, the infrared signal that is discharged in favor of the human body outside detection.

A kind of 7. intelligent monitored control module device according to claim 1, it is characterised in that door sensor detection circuit by tongue tube, Resistance, NPN triode, PNP triode, one-way SCR and relay group by circuit board wiring into being connected, resistance has therebetween Three, door sensor detection circuit is installed on circuit boards, and after circuit board is arranged in shell, tongue tube is located at right-hand end in shell, Movable contact is located at the left part of right-hand end in shell inside tongue tube, and door sensor detection circuit is configured with a bar magnet, in use, Alarm and use if desired as door sensor, shell is pull-in on doorframe by fixed magnet and inhaled positioned at left side within doors, bar magnet The left part for being located at indoor side in the shop front is closed, after the shop front is shut, bar magnet magnetic action power just acts on tongue tube, dry spring Movable contact and stationary contact are by together with magnet attraction inside pipe, first resistance one end and second resistance one end, PNP triode Emitter stage, one-way SCR anode, power source for relay control input tip side connection, first resistance other end and the poles of NPN tri- Pipe base stage, the connection of tongue tube one end, NPN triode colelctor electrode and second resistance other end, the connection of PNP triode base stage, PNP Transistor collector and the 3rd resistance one end connection, the 3rd resistance other end connect with one-way SCR control pole, unidirectionally Controllable silicon negative electrode connects with relay cathode power supply input, the tongue tube other end and NPN triode emitter stage, relay negative pole Power input is grounded.