CN201039283Y

CN201039283Y - Intelligent start device for phone alarm

Info

Publication number: CN201039283Y
Application number: CNU2007200208630U
Authority: CN
Inventors: 时亚非; 张丽丽
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-04-17
Filing date: 2007-04-17
Publication date: 2008-03-19
Anticipated expiration: 2017-04-17

Abstract

The utility model provides an intelligent starting device for phone alarming, which comprises a triggering mechanism and a phone dialing starting circuit connected with the triggering mechanism, and a time control circuit; wherein, the phone dialing starting circuit includes a switch circuit for sensing, delaying and relay driving, and a relay which is connected with and driven by the switch circuit and controls the phone handsfree and the switch of the dialing circuit. By the circuit, the utility model can realize the handsfree switch on the phone and dialing the preset telephone number so as to ensure the preset number to receive the alarming signal. The utility model has advantages of monitoring the house or the office or other places by use of the phone and realizing alarm by dialing the preset phone through the phone network when stealing happens, thereby realizing remote monitoring.

Description

Phone warning intelligent starting device

Technical field

The utility model is a kind of phone warning intelligent starting device.

Background technology

EnvironmentAL safety is the stable guarantees of people's lives, and for this reason, many people have designed various warning devices to realize this purpose, generally adopt the method for onsite alarming at present for the supervision of family or office.When people away from, just can't monitor or obtain relevant information effectively.

Summary of the invention

The purpose of this utility model is, designs a kind of warning device of realizing remote alarms by telephone network.

The utility model comprises trigger mechanism and the phone that is connected with trigger mechanism dialing start-up circuit and control time circuit thereof, and phone dialing start-up circuit comprises sensing, time-delay, relay driving switch circuit and is connected with it and the relay of and dial-up circuit switch hands-free by the control phone of its driving.The utility model can be realized hands-free switch on the telephone set and the dialing of the telephone number that prestores by foregoing circuit, makes predetermined number can receive alarm signal.

Dialing can be set during warning, can be only once, also can continuous dial, when carrying out continuous dial, can adopt following circuit, this circuit comprises two-stage phone dialing start-up circuit at least, is parallel with by the relay commutator in the previous stage phone dialing start-up circuit between the two-stage phone dialing start-up circuit to be connected with the series circuit of accumulate electric capacity, commutator can make accumulate electric capacity in parallel with front and back stages phone dialing start-up circuit respectively, and has hands-free switching circuit to be connected with it.

Above-mentioned continuous dial circuit can be dialled with regard to jack per line and cry, comprise six sensings in the physical circuit, time-delay, relay driving switch circuit, each sensing, time-delay, relay driving switch circuit with connect by this sensing, time-delay, path of commutator that the relay J 3 of relay driving switch circuit control triggers is with the series circuit parallel connection of accumulate capacitor C 13, another closing point of commutator is second and the 4th sensing, time-delay, the switch of relay driving switch circuit, the 4th sensing, time-delay, the relay J 7 of relay driving switch circuit control delay circuit, J8, these two relays are again respectively by delay circuit and the relay J 9 of directly controlling hands-free start of phone and dial-up circuit, J10 connects; Second sensing, time-delay, relay driving switch circuit connect control and start relay J 4, the J5 that the 3rd sensing, time-delay, relay driving switch circuit and power supply disconnect, relay J 4, J5 two ends shunt capacitance; The series circuit that is made of commutator and an electric capacity and second sensing, time-delay, relay driving switch circuit are in parallel, and by the control of one of them relay, commutator makes this electric capacity respectively can be in parallel with second sensing, time-delay, relay driving switch circuit and the 3rd sensing, time-delay, relay driving switch circuit; The relay J 6 that the control phone handfree circuit that is connected with the 3rd sensing, time-delay, relay driving switch circuit is closed.

Above-mentioned continuous dial circuit also can be dialled with regard to the jack per station that prestores in the phone and cry, in the physical circuit, the dialing start-up circuit of each number comprises four sensings, time-delay, relay driving switch circuit: the relay 0J1 that is connected with first sensing, time-delay, relay driving switch circuit is by electric capacity 0C5 and this electric capacity is connected with the commutator of first sensing, time-delay, relay driving switch circuit and second and the 3rd sensing, time-delay, the parallel connection of relay driving switch circuit respectively, and this commutator is controlled by relay 0J1; Second sensing, time-delay, relay driving switch circuit and be used for conducting phone memory function circuit and be connected relay 0J2 and connect; The 3rd sensing, time-delay, relay driving switch circuit connect the relay 0J3 of the 4th sensing of conducting, time-delay, relay driving switch circuit, the commutator of its control is connected with electric capacity 0C6, and this commutator can make electric capacity 0C6 in parallel with the 3rd and the 4th sensing, time-delay, relay driving switch circuit respectively; The 4th sensing, time-delay, relay driving switch circuit connect phone to be exempted to connect switch control relay 0J4 and is connected with mains switch control relay 0J5, and relay 0J5 controls next switch of organizing first sensing in dial-up circuit, time-delay, relay driving switch circuit simultaneously.

Sensing in above-mentioned each circuit, time-delay, relay driving switch circuit can use following circuit, and it comprises module T, and integrated package LM358 is arranged among the module T, and its 4th pin is module T the 1st pin; Be connected to resistance between the 3rd pin of LM358 and the 4th pin, and the 3rd pin also by electric capacity and with it the serial connection another resistance connect the 4th pin, the node between this electric capacity and the resistance is the 2nd pin of module T; The 7th pin of LM358 connects the base stage of triode, and the grounded collector of triode is launched very the 3rd pin of module T; The 5th pin of LM358 is the 4th pin of module T, and the 4th pin of this pin and LM358 connects the negative pole of diode, and the 1st pin of LM358 connects the positive pole of this diode; The 8th pin of LM358 is the 5th pin of module T, and the 8th pin is by the resistance and diode the 4th pin that meets LM358 of serial connection, and the negative pole of diode connects the 4th pin of this LM358, and the node between this resistance and the diode connects the 2nd pin of LM358; The 2nd pin of LM358 and the 6th pin directly are connected to the 6th pin of module T.The 1st pin ground connection of module T, the 2nd pin connect mains switch point, the 3rd pin relay one end, the 4th pin by resistance and connect positive source by capacity earth, the 5th pin and constitute sensing, time-delay, relay driving switch circuit.

In addition, for conveniently installing and using, in same warning device, its phone dialing start-up circuit can be installed simultaneously by the jack per line continuous dial start-up circuit and the start-up circuit that dials successively for many numbers, between two circuit change over switch is housed, the user can select to use according to the concrete condition of used phone and the situation of needs like this.

Trigger mechanism can directly be connected with warning circuit in the utility model, also can remote control connect, and promptly trigger mechanism is connected with receiving circuit by remote-control transmitting with phone dialing start-up circuit and control time circuit thereof.Its physical circuit can adopt following structure:

The operating time of warning circuit of the present utility model can not limit, and can set behind closing of the circuit yet and close, and perhaps utilizes delay circuit to determine its operating time, at this moment just need be in the utility model the delay circuit of installation and control power work time.

The utility model has the advantages that: can utilize phone that places such as family or office are monitored, can when theft takes place, put through default telephone call, thereby realize telemonitoring by telephone network.

Description of drawings

Fig. 1 is the utility model user mode schematic diagram;

Fig. 2 is the structure chart of wiring theft-proof sensor among the embodiment;

Fig. 3 is the structure chart of button magnetic theft-proof sensor among the embodiment;

Fig. 4 is the circuit diagram of module T;

Fig. 5 is the line map of the remote controlled transmitting circuit that is connected with theft-proof sensor;

Fig. 6 has the phone dialing start-up circuit of remote-control receiving circuit and the remote control switching circuit (remote control switching circuit of withdrawing a garrison of promptly deploying troops on garrison duty) of control time circuit and this circuit thereof

Wherein, 1, feeler lever, 2, sliding plug salient point, 3, sliding plug concave point, 4, spring, 5, the wiring pull bar, 6, nut, 7, micropositioning stage, 8, trigger backguy, 9, the location pulley, 10, commutator, 11, housing, 12, change over switch, 13, line, 14, reflector, 15, line, 16, housing, 17, trigger switch, 18, magnetic inductive film, 19, button magnetic, 20, tightrope, 21, reflector.

Embodiment

Present embodiment comprises trigger mechanism and the remote controlled transmitting circuit that is connected with trigger mechanism, has the phone dialing start-up circuit of remote-control receiving circuit and its remote control switch that is mated of remote control switching circuit (remote control switching circuit of withdrawing a garrison of promptly deploying troops on garrison duty) of control time circuit and this circuit thereof.

One, trigger mechanism can adopt wherein at least a according to field condition:

1, wiring theft-proof sensor

As shown in Figure 2, the housing 11 among the wiring sensor construction figure, it comprises that reflector 14 that self mechanism is connected with wired 13 conductings formed the complete wireless anti-theft alarm mechanism that connects up.(be that the trigger point of wiring pull bar, sliding plug concave point 3 (being the trigger point of feeler lever function) and wiring pull bar 5 are one, shell 11 is provided with the spring 4 that matches between pull bar 5 ends with connecting up for feeler lever 1 among the figure and sliding plug salient point 2; Nut 6 among the figure is that wiring " broken string " setscrew nut of the sliding plug of control concave point 3 and the screw portion location of wiring pull bar 5 ends spin; Also have a micropositioning stage 7 (being to regulate the state standby that triggering salient point that the wiring pull bar makes commutator 10 in deploying troops on garrison duty is in unsettled concave point) and trigger backguy 8 and is connected at the screw portion of wiring pull bar 5 ends, trigger backguy 8 and the end fixed between have the turning to locate pulley 9; Double-throw trigger switch 10 among the figure is two trigger points of feeler lever function and wiring function, and two trigger points and sliding plug salient point 2 concave points 3 make two trigger points be in the vacant state standby through change over switch 12 in deploying troops on garrison duty.

Have two kinds of anti-theft features, one end is a caution wiring sensing anti-theft function, connect up in the forefront of defence area circumference with 0.3～0.5mm stainless steel wire, as: in wiring of enclosure wall upper end or floor windowsill place wiring outside window, do not have and plough under within the walls or climb the chance that window is entered the room, carry out antitheft flexibly and effectively exposed outside instrument and equipment (as: outdoor machine of air-conditioner or the vehicle parked etc.) to the robber.Caution wiring is not subjected to boisterous the influence, can filter out the signal that wind and rain, fallen leaves etc. slightly touch, the people for touching or when breaking, can accurately reporting to the police.The other end is the feeler lever sensing function, can be installed in door places such as retail shop, storeroom, garage.

2, button magnetic theft-proof sensor

As shown in Figure 3, housing 16 among the button magnetic sensing mechanism figure, it comprises self mechanism and the reflector 21 that wired 15 conductings are connected, and has formed a complete no cableties magnetic burglar alarm mechanism.Have magnetic inductive film 18 adhesives of tightrope 20 and surface of shell on the button magnetic 19 among the figure, the normally closed magnetic induction trigger switch 17 that is provided with in the housing is adsorbed simultaneously, makes unsettled being in trigger point of switch 3 often open holding state.When the button magnetic 19 that is pull-in on surface of shell was drawn back dialysis magnetic inductive film 18 by tightrope 20, the magnetic induction trigger switch closure in the housing had triggered the reflector 21 of wired 15 conductings connection immediately and has launched.

It is fit to be installed on door, window, and antitheft place such as various vehicles, and it is special especially spacing antitheft the and external storage battery of truck that draws the window ventilating opening antitheft to be played a part.Its volume is little easy to carry, can single or multiple transducers be connected in parallel on the reflector with moving to receive main frame and use synchronously, can also utilize its distinctive backguy anti-theft feature, safety is carried out in the place of interim appointment deploy to ensure effective monitoring and control of illegal activities.

Above-mentioned two kinds of transducers are prior art, and their lead two ends are used for being connected with the information input terminal of remote controlled transmitting circuit.

The elementary cell of the remote controlled transmitting circuit of present embodiment, the phone dialing start-up circuit that has remote-control receiving circuit and control time circuit thereof is that sensing, time-delay, driving are the module T of one, as shown in Figure 4, the core of this module is integrated package LM358, and the 4th pin of integrated package LM358 is module T the 1st pin; Be connected to resistance between the 3rd pin of LM358 and the 4th pin, and the 3rd pin also by electric capacity and with it the serial connection another resistance connect the 4th pin, the node between this electric capacity and the resistance is the 2nd pin of module T; The 7th pin of LM358 connects the base stage of triode, and the grounded collector of triode is launched very the 3rd pin of module T; The 5th pin of LM358 is the 4th pin of module T, and the 4th pin of this pin and LM358 connects the negative pole of diode, and the 1st pin of LM358 connects the positive pole of this diode; The 8th pin of LM358 is the 5th pin of module T, and the 8th pin is by the resistance and diode the 4th pin that meets LM358 of serial connection, and the negative pole of diode connects the 4th pin of this LM358, and the node between this resistance and the diode connects the 2nd pin of LM358; The 2nd pin of LM358 and the 6th pin directly are connected to the 6th pin of module T.The 1st pin ground connection of module T, the 2nd pin connect mains switch point, the 3rd pin relay one end, the 4th pin by resistance and connect positive source by capacity earth, the 5th pin and constitute sensing, time-delay, relay driving switch circuit.Six pin functions of module T are as follows: 1 pin connects the negative pole of power supply, and 5 pin connect the positive pole of power supply, 4 pin ground connection delay capacitor C positive poles.2 pin are connected with the R sense resistance that receiver S data current potential output pin or other current potential touch, and 6 pin are unsettled, annotate: as using the once triggering driving switch function of T that 4 pin are unsettled, 6 pin are connected with power cathode and get final product.3 pin are the negative pole conductings that current potential (or the 6 pin earthing potentials) output of C time-delay will be connected in relay, buzzer or other load of positive source.

Two, the remote controlled transmitting circuit that is connected with the lead of trigger mechanism

As shown in Figure 5, contain warning circuit and radiating circuit in the remote controlled transmitting circuit, its warning circuit is by button magnetic, wiring, triggering transducer; Detect optical diode; Module T; Relay J; The 9V button cell; Radiating circuit is reflector FSK.Its working power is by the power supply of 9V button cell, and the anodal K1 that triggers transducer with the J1K1 and the wiring of J one end with reflector FSK of the positive pole of power supply is connected.The negative pole that detects optical diode is connected with the resistance R 2 of ground serial connection, and the positive pole of diode is connected with module T5 pin.Module T1 pin connects the negative pole of power supply, and the sense resistance of T2 pin R1 and T5 pin are connected to J1K3 and wiring triggers transducer K0, and the current potential output of will delay time of the C electric capacity that T4 pin ground connection negative pole was delayed time for 4 seconds, T3 pin is with the J negative pole conducting of the positive source of contacting.

Its operation principle is that wiring is when triggering transducer K0 and K1 and being triggered, conducting module T the 5th pin power input and module T the 2nd pin R1 sense resistance, T4 pin C electric capacity is delayed time the evoked potential of weakness, by T3 pin will delay time current potential output will the contact J and the conducting of reflector FSK negative pole of positive source, the working power that makes the T5 pin drives J by the negative supply of the time-delay control of Electric potentials of T self-insurance again, make relay switch JK1, the closed conducting of JK3, make the working power of T5 pin secondary conducting through the time-delay control of Electric potentials, when the negative supply of T time-delay control of Electric potentials stops, meet the J relay switch JK1 of positive source, JK3 disconnects, make the output zero load of power supply, this circuit has entered often opens holding state.

After K0, the K1 that need to prove the cloth line sensor is triggered, the conducting closure in case normally open is not got back in the trigger point, module T still stops the driving to J and reflector FSK negative pole on time.Detect optical diode and lighted this moment, looks owner wiring sensor-triggered point is adjusted.Though the T5 pin has power turn-on before adjusting, also needn't worry, because of the static current of lcd of T is minimum for the loss of electric current.

Three, have the phone dialing start-up circuit of remote-control receiving circuit and the remote control switching circuit (remote control switching circuit of withdrawing a garrison of promptly deploying troops on garrison duty) (as shown in Figure 6) of control time circuit and this circuit thereof

The power supply that the control system circuit is called in this reception is set to DC 6V operating voltage.When the J1AC-DC in the circuit diagram is mains failure and the relay switch that automatically exchanges of electromagnetism power supply DC, the termination rectifier power source AC-DC of J1 and battery supply DC negative pole; The other end of J1 is connected the positive pole that meets rectifier power source AC-DC with J1K3; J1K2 connects battery supply DC positive pole.LED1 is anodal to connect J1K1 power output end positive pole with the R10 earth resistance that is connected in negative pole, lights the indication green light of testing power supply output.

Wireless receiving warning circuit in the circuit diagram: be by 3V three utmost point voltage-stabiliser tube T0; Filter capacitor C10; Power control switch J4K1.J4K2.J2K1.J2K2; Receiver VT current potential pin; Diode D0; Module T1; The buzzer that continues is formed.The operating voltage of receiver requires at DC 3V.The input pin of T0 3V voltage-stabiliser tube is connected with power supply J1K1 output.The input of receiver operation power supply is that the negative pole of receiver connects power cathode by the J4K1.J4K2 of the ground connection filter capacitor C10 positive terminal that is connected in T0 3V stabilized voltage power supply output pin and the control of J2K1.J2K2 relay switch, and receiver gets electric work standby.Annotate: system receives warning circuit and comprises the mobile reception host circuit of being made up of " receiver, module T1 ", uses with the transmitter synchronization standby in deploying troops on garrison duty.Receiver has S0, S1, S2, S3 four data current potentials pin and a VT current potential output pin to deploy troops on garrison duty, withdraw a garrison and the function code use in the defence area altogether.1 pin of module T1 connects power cathode, and 5 pin connect positive source, 4 pin ground connection delay capacitor C1 positive poles.2 pin connect the R1 sense resistance and are connected with the diode D0 negative pole of receiver VT current potential output pin serial connection, 2 pin R1 sense resistance get delays time very brief (warning) electric potential signal 10 seconds via 4 pin C1 electric capacity after electric, through of the current potential output of 3 pin, report to the police again being connected in the buzzer of positive source and the negative pole conducting of other warning signal with time-delay.

The radio remote control switch circuit of deploying troops on garrison duty, withdraw a garrison in the circuit diagram: be after the control system remote control was withdrawn a garrison 10 minutes, the power switch circuit of the standby that automatically recovers to deploy troops on garrison duty.It is by receiver data S1 pin; Diode D1; (comprising synchronous handle data source); Module T9; R9; C9; Relay J 11; Mains switch J11K1.J11K2 forms.The J1lK1.J11K2 of 6V power series is the remote-controlled power switch of deploying troops on garrison duty, withdraw a garrison that circuit supply is called in conducting automatically among the figure.The 2 pin R9 sense resistance of module T9 are connected with the D1 diode cathode of receiver data S1 pin serial connection, when receiver receives the signal of withdrawing a garrison, data S1 pin has a current potential to be output in the 2 pin R9 sense resistance of T9 through diode, the R9 sense resistance is triggered, through 4 pin ground capacity C9 time-delay 10 minutes, to be serially connected in the J11 negative pole conducting of positive source by will the delay time current potential output of 3 pin of T9, the J11K1 that is serially connected on the 6V power supply is disconnected with the closed J11K2 switch of exporting, cut-out is connected the T2 on the J11K2 power output end, J2-T6, the 6V power supply of J10 makes the system program circuit be in 10 minutes the holding state of withdrawing a garrison.When T9 stops to drive to the negative electricity of J11, be serially connected in switch J11K1 and J11K2 output switch closure on the 6V power supply, conducting T2 5 pin reach T3, J3-T8, the J10 6V power supply of calling circuit automatically, make the system program circuit be in the holding state of deploying troops on garrison duty.

Circuit when calling the master control of automatic hand-up: be by 3V voltage-stabiliser tube T0; Filter capacitor C10; J11 6V mains switch J11K1.J11K2; J4 3V mains switch J4K1.J4K2; J2 power supply commutator J2K1.J2K3.J2K2; Receiver S3 pin; Diode D3; Module T2; R2; C2 forms.The 1 pin ground connection of T2,5 pin are connected with J11K2 on being serially connected in power output end.Operation principle is to receive alarm signal by receiver, the conversion of signals current potential is output in the diode D3 positive pole of data S3 pin serial connection, the T2 2 pin R2 sense resistance that are serially connected in diode D3 negative pole have been triggered, capacitor C 2 by 4 pin is delayed time very brief (warning) electric potential signal 180 seconds, through 3 pin the current potential of time-delay is exported the J2 negative pole conducting that will be connected in positive source again, commutator J2K1 and J2K2 disconnect the output to receiver power supply immediately, make the J4K1.J4K2 and J2K1 and the J2K3 function switch K1 that are serially connected on the 3V power supply, delay circuit conducting is at interval dialed in the T3 circulation that K3 connects.

Automatic Cycle is dialed the on-hook delay control circuit: in the circuit diagram by K1, K3; T3, T4, T5, T6, T7, T8; C3, C4, C5, C6, C7, C8, C13, C14, C15, C16; The circuit that R3, R4, R5, R6, R7, R8:J3, J4, J5, J6, J7, J8, J9, J10 form is to the phone that has Hands-free key, redial key function, one group of number that prestores is carried out the delay circuit that Auto Power On on-hook and Automatic Cycle are dialed.K1, K3, T3, J3, R3, C13, R4, J3K1.J3K2 trigger ON cycle to dial delay circuit at interval.The J11K2 of the positive pole one termination 6V power output end of T3 5 pin and J3, T3 1 pin connects the negative pole of power supply, T3 2 pin R3 sense resistance meet current potential change over switch K3, after T3 2 pin R3 sense resistance are triggered by the K3 current potential, delayed time for 2 seconds by 4 pin C3 electric capacity, through 3 pin the current potential of time-delay is exported the J3 negative terminal conducting that will be serially connected in positive source again, make the ground capacity C13 and the J3K3 switch conduction that connects positive source of J3K1 end polyphone, make capacitor C 13 begin charging.When T3 stops the J3 negative electricity exported, the ground capacity C13 of J3K1 end is touched discharge simultaneously with T4 2 pin of J3K2 end and R4, the R6 sense resistance of T6 2 pin, and that triggers immediately that the J7 that has started T6 control triggers once that the start of phone Hands-free key and J8 start calls the program circuit of being shut down by the J6 secondary triggering phone Hands-free key of T5 control in circuit and T4 time-delay back.

T4, T5, T6, T7, T8; C4, C5, C6, C7, C8, C14, C15, C16; R4, R6, R5, R7, R8; Circuit is dialed in the on-hook circulation during Auto Power On control that J4, J5, J6, J7, J8, J9, J10 form.R4, the R6 sense resistance that is connected T4 2 pin of J3K2 end and T6 2 pin get electric after, electric potential signal is delayed time by T4 4 pin C4, T6 4 pin C6 electric capacity, C4 electric capacity was delayed time for 30 seconds, C6 electric capacity was delayed time for 3 seconds, through T4 3 pin, T6 3 pin the current potential of time-delay is exported J4, the J5 that will be serially connected in positive source and J7, the conducting of J8 negative pole respectively again, the J4 that T4 drives is the output switch of control T0 positive pole of stabilized voltage supply; J5 is the shutdown control switch after the J6 dialogue machine circuit Hands-free key start of startup T5 control is delayed time.When J4 was driven time-delay in the time of 30 seconds, be serially connected in the J4K1 of T0 positive pole of stabilized voltage supply and the J4K2 of output and disconnect, the R3 sense resistance of change over switch K1, the K3 that the commutator J2K1 that cut-out J4K2 connects is connected with J2K3 and T3 2 pin of connection.(J6K1 of control phone Hands-free key switching circuit with and the J7K1 that connects and J6K3 and and the J7K3 that connects all and be connected on the contact of the hands-free switching circuit of phone).When the capacitor discharge of being held by J3K2 when the R6 sense resistance of T6 2 pin triggers, T6 4 pin capacitor C 6 are delayed time evoked potential 3 seconds, to be connected on J7, the conducting of J8 negative terminal of positive source by will the delay time current potential output of T6 3 pin, the J7K1, the J7K3 that are connected in parallel on phone Hands-free key switch ends immediately touch conducting, trigger for the first time the start of phone Hands-free key, make delay time for the 30 seconds J6 J6K1 of the T5 control after stopping and J6K3 of T4 carry out triggering the second time phone Hands-free key and shut down.

J8 is subjected to T6 made, makes ground capacity C15 that is connected in the J8K1 end and the J8K3 switch conduction that connects positive source, begins to charge 2 seconds.When T6 stopped the J8 negative electricity exported, the ground capacity C15 that is serially connected in the J8K1 end touched discharge with the R7 sense resistance that is connected J8K2 end T7 2 pin, immediately the control circuit of dialing phone redial key switch formed of conducting T7, J9, T8, J10.When T7 2 pin R7 sense resistance are triggered, 7 time-delays of T7 4 pin capacitor C were established for 2 seconds, to be connected on the relay J 9 negative terminal conductings of positive source by will the delay time current potential output of 3 pin, make the J9K3 switch conduction that is connected in J9K1 ground capacity C16 and connects positive source, make C16 begin to charge 2 seconds, just J7 opens phone Hands-free key start back and J10 and dials arranged 2 seconds blanking time that redial key dials, when T7 stops the J9 negative electricity driven, the ground capacity C16 that is serially connected in the J9K1 end touches discharge with the R8 sense resistance that is connected J9K2 end T8 2 pin, when the R8 of T82 pin sense resistance get electric after, 4 pin capacitor C 8 were delayed time for 2 seconds, to be connected in the negative terminal conducting of the J10 of positive source by will the delay time current potential output of T83 pin, make the J10K1 that is connected in parallel on the make and break contact of phone redial key circuit two ends, J10K3 touches, and opens redial key immediately a sets of numbers that prestores is dialed warning in 30 seconds.

The capacitor discharge of being held by J3K2 triggers T4 2 pin R4 sense resistance simultaneously, by 4 pin C4 electric capacity evoked potential was delayed time for 30 seconds, at this moment, the J4K1 and the J4K2 switch that are serially connected on the T0 positive pole of stabilized voltage supply disconnect, make commutator J2K1, J2K3 and the K3 in closed 180 seconds not have current potential output, the ground capacity C14 and the J5K3 conducting that is connected positive source of the J5K1 end of T4 control simultaneously, capacitor C 14 begins charging (30 second).When T4 stops J4, the output of J5 negative electricity, the J4K1 and the J4K2 switch that are serially connected on the T0 positive pole of stabilized voltage supply are switched on, make commutator J2K1, J2K3 and the K3 in closed 180 seconds that a current potential output be arranged, trigger the T3 2 pin R3 sense resistance that are connected K3 current potential output once more, carry out the auto-programming that next step circulation is called.The J5K3 end of the capacitor C 14 disengagement chargings of J5K1 end touches discharge with the T5 2 pin sense resistance that the J5K2 end is connected simultaneously, T5 4 pin capacitor C 5 were delayed time for 2 seconds, to be connected in the negative terminal conducting of the J6 of positive source by will the delay time current potential output of T5 3 pin, the J6K1, the J6K3 secondary that are connected in parallel on immediately on the hands-free line switching contact of phone touch, trigger the auto-programming of closing the Hands-free key on-hook second time of having finished after J7K1, J7K3 trigger the start of phone Hands-free key for the first time, enters the state of standby.

When the J4 time-delay stops to drive, be serially connected in the J4K1 on the T0 stabilized voltage power supply and the switch closure of J4K2 output, conducting J4K2 is connected with commutator J2K1's, commutator J2K1 and J2K2 J2K3 are subjected to T2 (180 second) time-delay drive controlling, J2K1, J2K2 closure when T2 stops to drive to J2, the power supply 3V stabilized voltage power supply of conducting receiver.On the contrary, J2K1, J2K3 closure when T2 drives, the T32 pin R3 sense resistance that connection K1, K2, K3 function switch are connected with K3 output potential end, disconnect simultaneously the stabilized voltage power supply of receiver again, in T2 delays time 180 seconds control, finishing that repeatedly circulation is called automatically and the control program of automatic hand-up.Cl1 among Fig. 7, C12 are the discharge capacities that is attempted by J2, J4.J5 relay switch two ends.Because of T2, the sensitivity of T4 internal integrated circuit are very high, the capacity of C2, C4 is very big, and aftercurrent output is arranged after the time-delay, and relay switch has the double hit phenomenon.

Automatically dial many sets of numbers delay control circuit continuously:

Automatically dialing many sets of numbers delay control circuit continuously, is to having Hands-free key, have the phones of organizing the memory button (2 keys-10 key) of the number that prestores more, carrying out the delay circuit that Auto Power On is dialed automatic hand-up in order.Its circuit is made up of K1, K2,0T1,0T2,0T3,0T4,0J1,0J2,0J3,0J4,0J5, the 0C1-0C7 of (Fig. 7 accompanying drawing 1) among the figure, is that one group of plug-in unit carries out the circuit that Auto Power On is dialed automatic time delay on-hook continued access to one group of number that prestores.Calling the T2 that always is subjected to for a long time in the circuit continuously delays time and controls for 180 seconds.K1, K2,0T1,0J1,0C1,0C5 trigger to open to dial delay circuit at interval.Operation principle is by the J4K1.J4K2 and the commutator J2K1 that are serially connected on the stabilized voltage power supply, the J2K3 conducting is in function switch K1, K2, triggering is connected the 0T12 pin sense resistance 0R1 of K2, and (module T 1 pin in the circuit connects power cathode, 5 pin connect positive source, no longer set forth in the circuit afterwards), 4 pin electric capacity 0C1 through 0T1 delay time output potential 2 seconds, to be connected on the relay 0J1 negative terminal conducting of positive source by will the delay time current potential output of 3 pin, order about 0J1K1 that contacts with ground capacity 0C5 and the 0J1K3 relay commutator conducting that connects positive source, make the ground capacity 0C5 that is serially connected in the 0J1K1 end begin charging.When 0T1 stops the 0J1 negative electricity exported, be serially connected in the ground capacity 0C5 and 0T2 2 pin that are attempted by the 0J1K2 end and the 0R2 of 0T3 2 pin of 0J1K1 end, the 0R3 sense resistance touches discharge, the 0R2 of 0T2 2 pin and 0T3 2 pin, the 0R3 sense resistance get electric after, with electric potential signal via 0T2 4 pin 0C2, the time-delay of 0T34 pin 0C3 electric capacity, the time-delay of 0C2 electric capacity was 3 seconds, the time-delay of 0C3 electric capacity was 30 seconds, again through 0T2 3 pin, the 0T33 pin is exported the 0J2 and the conducting of 0J3 negative pole that will be serially connected in positive source respectively with the current potential of time-delay, and the 0J2 that 0T2 drives is the relay switch 0J2K1 that conducting is connected with phone memory function circuit, 0J2K3.The 0J3 that 0T3 drives makes 0J3K1 that contacts with ground capacity 0C3 and the 0J3K3 relay commutator conducting that connects positive source, makes the ground capacity 0C3 that is serially connected in the 0J3K1 end begin charging.When 0T3 stops the 0J3 negative electricity exported (0J2 start is just called and stopped for 30 seconds), the ground capacity 0C3 that is serially connected in the 0J3K1 end touches discharge with the 0T4 2 pin R4 sense resistance that are connected the 0J3K2 end, when the sense resistance of 0T4,2 pin 0R4 is triggered, 0T4 4 pin 0C4 capacitor discharges were delayed time for 2 seconds, will be connected in the negative terminal conducting of the relay 0J4 and the 0J5 of positive source by will the delay time current potential output of 0T4 3 pin.Relay switch 0J4K1,0J4K3 conducting that 0T4 connects the 0J4 control phone Hands-free key function circuit that drives, conducting immediately the shutdown of phone hand-free function switch, finish one group of plug-in unit dialing to a sets of numbers.

Even be subjected to simultaneously 0J5 that 0T4 drives, with the 0J5K1 and the 0J5K3 relay commutator conducting that connects positive source of ground capacity 0C5 polyphone, make the ground capacity that is serially connected in the 0J5K1 end begin charging.When 0T4 stops the 0J5 negative electricity exported, be serially connected in the ground capacity of 0J5K1 end and touching of another group T 2 pin R sense resistance that are connected the 0J5K2 end, another group number that prestores carried out the continued access that Auto Power On is dialed the automatic time delay on-hook thereby start another group plug-in unit.

Claims

1. phone warning intelligent starting device, it is characterized in that: it comprises trigger mechanism and the phone that is connected with trigger mechanism dialing start-up circuit and control time circuit thereof, and phone dialing start-up circuit comprises sensing, time-delay, relay driving switch circuit and is connected with it and the relay of and dial-up circuit switch hands-free by the control phone of its driving.

2. phone warning intelligent starting device according to claim 1, it is characterized in that: it comprises two-stage phone dialing start-up circuit at least, be parallel with by the relay commutator in the previous stage phone dialing start-up circuit between the two-stage phone dialing start-up circuit and be connected with the series circuit of accumulate electric capacity, commutator can make accumulate electric capacity in parallel with front and back stages phone dialing start-up circuit respectively, and has hands-free switching circuit to be connected with it.

3. phone warning intelligent starting device according to claim 1, it is characterized in that: described phone dialing start-up circuit is a jack per line continuous dial start-up circuit, it comprises six sensings, time-delay, relay driving switch circuit, each sensing, time-delay, relay driving switch circuit with connect by this sensing, time-delay, path of commutator that the relay J 3 of relay driving switch circuit control triggers is with the series circuit parallel connection of accumulate capacitor C 13, another closing point of commutator is second and the 4th sensing, time-delay, the switch of relay driving switch circuit, the 4th sensing, time-delay, the relay J 7 of relay driving switch circuit control delay circuit, J8, these two relays are again respectively by delay circuit and the relay J 9 of directly controlling hands-free start of phone and dial-up circuit, J10 connects; Second sensing, time-delay, relay driving switch circuit connect control and start relay J 4, the J5 that the 3rd sensing, time-delay, relay driving switch circuit and power supply disconnect, relay J 4, J5 two ends shunt capacitance; The series circuit that is made of commutator and an electric capacity and second sensing, time-delay, relay driving switch circuit are in parallel, and by the control of one of them relay, commutator makes this electric capacity respectively can be in parallel with second sensing, time-delay, relay driving switch circuit and the 3rd sensing, time-delay, relay driving switch circuit; The relay J 6 that the control phone handfree circuit that is connected with the 3rd sensing, time-delay, relay driving switch circuit is closed.

4. phone warning intelligent starting device according to claim 1, it is characterized in that: described phone dialing start-up circuit is the many numbers start-up circuits that dial successively, the dialing start-up circuit of each number comprises four sensings, time-delay, relay driving switch circuit: with first sensing, time-delay, the relay 0J1 that relay driving switch circuit connects by electric capacity 0C5 and can make this electric capacity respectively with first sensing, time-delay, relay driving switch circuit and second and the 3rd sensing, time-delay, the commutator series connection of relay driving switch circuit parallel connection, this commutator is controlled by relay 0J1; Second sensing, time-delay, relay driving switch circuit and be used for conducting phone memory function circuit and be connected relay 0J2 and connect; The 3rd sensing, time-delay, relay driving switch circuit connect the relay 0J3 of the 4th sensing of conducting, time-delay, relay driving switch circuit, the commutator of its control is connected with electric capacity 0C6, and this commutator can make electric capacity 0C6 in parallel with the 3rd and the 4th sensing, time-delay, relay driving switch circuit respectively; The 4th sensing, time-delay, relay driving switch circuit connect phone to be exempted to connect switch control relay 0J4 and is connected with mains switch control relay 0J5, and relay 0J5 controls next switch of organizing first sensing in dial-up circuit, time-delay, relay driving switch circuit simultaneously.

5. according to claim 1 or 2 or 3 or 4 described phone warning intelligent starting devices, it is characterized in that: described sensing, time-delay, relay driving switch circuit comprise module T, and integrated package LM358 is arranged among the module T, and its 4th pin is module T the 1st pin; Be connected to resistance between the 3rd pin of LM358 and the 4th pin, and the 3rd pin also by electric capacity and with it the serial connection another resistance connect the 4th pin, the node between this electric capacity and the resistance is the 2nd pin of module T; The 7th pin of LM358 connects the base stage of triode, and the grounded collector of triode is launched very the 3rd pin of module T; The 5th pin of LM358 is the 4th pin of module T, and the 4th pin of this pin and LM358 connects the negative pole of diode, and the 1st pin of LM358 connects the positive pole of this diode; The 8th pin of LM358 is the 5th pin of module T, and the 8th pin is by the resistance and diode the 4th pin that meets LM358 of serial connection, and the negative pole of diode connects the 4th pin of this LM358, and the node between this resistance and the diode connects the 2nd pin of LM358; The 2nd pin of LM358 and the 6th pin directly are connected to the 6th pin of module T.

6. according to claim 3 or 4 described phone warning intelligent starting devices, it is characterized in that: its phone dialing start-up circuit is made up of the jack per line continuous dial start-up circuit and the start-up circuit that dials successively for many numbers, between two circuit change over switch is housed.

7. according to claim 1 or 2 or 3 or 4 described phone warning intelligent starting devices, it is characterized in that: trigger mechanism is connected with receiving circuit by remote-control transmitting with phone dialing start-up circuit and control time circuit thereof.

8. phone warning intelligent starting device according to claim 7, it is characterized in that: warning circuit is arranged in the remote controlled transmitting circuit, this circuit comprises sensing, time-delay, relay driving switch circuit, the relay J that is connected with it, the mains switch of relay J control sensing, time-delay, relay driving switch circuit.