CN1333149A - Alarm for car - Google Patents
Alarm for car Download PDFInfo
- Publication number
- CN1333149A CN1333149A CN 01127344 CN01127344A CN1333149A CN 1333149 A CN1333149 A CN 1333149A CN 01127344 CN01127344 CN 01127344 CN 01127344 A CN01127344 A CN 01127344A CN 1333149 A CN1333149 A CN 1333149A
- Authority
- CN
- China
- Prior art keywords
- circuit
- resistance
- aerotron
- pin
- diode
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Alarm Systems (AREA)
Abstract
The present invention discloses an automatic alarm device for automobile, including radio alarm portion, automatic telephone dialing alarm portion, SOS indicator circuit, in which the radio alarm portion includes urgent alarm channel and general alarm channel, said urgent alarm channel includes receiving and amplification, modulation and transmitting circuits of alarm signal; and general alarm channel includes receiving and amplification, modulation and transmitting circuits of general signal, and general speech signal transmission and amplification circuits; its automatic telephone dialing alarm portion includes analog switch and dialing, transmitting and receiving and time base circuits. It is characterized by that the urgent alarm channel also includes alarm signal control processing and amplification circuit, transmitting and receiving antenna switch circuit, and automatic telephone dialing alarm portion also includes power supply control and automatic telephone dialing alarm control circuit.
Description
The cab warning that the present invention relates to belongs to warning device, is to be used for a kind of autoalarm that automobile goes out alert or dangerous situation specifically, is particularly useful for being installed in the warning device on the public taxi.
Existing taxicar annunciator is furnished with wireless intercom device, by command centre's dispatch control, can direct dialogue between the taxi driver, and have characteristics such as the group is anti-, but its distinct disadvantage is also arranged, the one, driver's personal safety is difficult to guarantee.After the robber gets on the bus, treat that the driver understands that the robber is intended to after, the taxi driver dare not maybe can't report to the police, and has incured loss through delay time of fire alarming, solves a case to the police and has brought difficulty; The 2nd, influenced by geographical environment, and can't report to the police, the taxicar case mostly is emitted in town and country and borders on the place, because of far away from the business district, lose with command centre and gets in touch, and the bandit very easily commits a crime; The 3rd, there is not obviously caution, when merit takes place, other taxicar and road surface pedestrian also are difficult for realizing, more can't report to the police; The 4th, the accident dangerous situation appears in taxicar itself, and particularly night, a situation arises, is not easy to find to meet accident very much vehicle, causes unnecessary loss for automobilist and passenger.
Purpose of the present invention is intended to improve the deficiency of above-mentioned prior art, a kind of secondary emission device is provided, Conversation Voice with the license plate number, vehicle, car body color, car owner's name, driver and the bandit that record in advance, by pressing the emergency alarm button smoothly, annunciator loudspeaker SELF CL in the while car, the bandit there is no and discovers, can idea stall for time, take measures in the hope of command centre, and can transmit mutually to other taxicar give a signal simultaneously, so that command centre learns, solve remote command centre and the same topic that can't report to the police; And have concurrently and can outwards send the distress signal that traffic accident appears in vehicle, so that command centre takes the warning device of corresponding emergency measures.
In order to achieve the above object, the present invention realizes like this, it comprises the wireless alarm part, automaton dialing alarm device part, SOS indicator light circuit 13, cab warning shell 17, wiring board 18, automaton dialing alarm device shell 20, automaton dialing alarm device shell 21, wireless alarm partly comprises the emergency alarm passage, common warning passage, it comprises the reception and the amplifying circuit 1 of alerting signal the emergency alarm passage, the modulation of alerting signal and transmission circuit 3, common warning passage comprises the reception and the amplifying circuit 4 of normal signal, the transmission amplifying circuit 5 of normal speech signal, the modulation of normal signal and transmission circuit 6, automaton dialing alarm device partly comprises simulating to be carried/on-hook circuit 9, dial-up circuit 10, send words and PAC circuit 11, time base circuit 14, be characterized in that the emergency alarm passage also comprises the control and treatment and the amplifying circuit 2 of alerting signal, it also comprises emission and receiving wire switch circuit 7, automaton dialing alarm device part also comprises automaton dialing alarm control circuit 12, power control circuit 8, emergency alarm passage and shared emission of common warning passage and receiving wire switch circuit 7, the reception of alerting signal and amplifying circuit 1 are connected the control and the amplifying circuit 2 of alerting signal successively, the modulation of alerting signal and transmission circuit 3, the negative pole of diode D6 in 3 one of capacitor C in the reception of alerting signal and the amplifying circuit 1 and emission and the receiving wire switch circuit 7, the positive pole of diode D7 joins, inductance L 7 centre taps point in the modulation of alerting signal and the transmission circuit 3 and the positive pole of the diode D9 in emission and the receiving wire switch circuit 7 join, capacitor C 30 in the reception of normal signal and the amplifying circuit 4, C31, C32, C33, the negative pole of diode D8 in the common point of inductance L 8 and emission and the receiving wire switch circuit 7 joins, the positive pole of diode D7 in the mouth of the capacitor C 54 in the modulation of normal signal and the transmission circuit 6 and emission and the receiving wire switch circuit 7, the negative pole of diode D6 joins, the control and treatment of alerting signal and amplifying circuit 2 are connected between the modulation and transmission circuit 3 of the reception of alerting signal and amplifying circuit 1 and alerting signal, the signal output control end contact E of the control and treatment of alerting signal and amplifying circuit 2, the contact E of F and SOS indicator light circuit 13, the F correspondence is connected, signal output control end contact C in the control and treatment of alerting signal and the amplifying circuit 2, the contact C of D and automaton dialing alarm control circuit 12, D, with the contact C that send words and PAC circuit 11, the D correspondence is joined, contact G, H and transmitter M3 two ends join, power control circuit 8 is carried/on-hook circuit 9 with simulation, automaton dialing alarm control circuit 12, time base circuit 14 is connected, simulation is carried/on-hook circuit 9 and dial-up circuit 10, send words to be connected with PAC circuit 11, time base circuit 14 is connected with dial-up circuit 10.
The present invention has overcome the existing problem of existing car alarm; adopted common warning passage; the emergency alarm passage combines with the automaton dialing alarm; the annunciator that common warning passage and existing taxicar are used does not have too big-difference; the emergency alarm passage adopts the particular frequencies emission and receives; except possessing auto alarm; also has record; player function; close functions such as intercommunication loudspeaker; two kinds of channels all have the signal automatic reception and with signal emission function again; can enlarge the signal extension propagation function; and there is vehicle the traffic accident function that sends an SOS to occur; also be provided with the indicator lamp warning circuit, the present invention is an a kind of more satisfactory cab warning of protecting vehicle and personal safety at present.
Description of drawings:
Fig. 1 is a line principle block scheme of the present invention;
Fig. 2 is emergency alarm passage and common warning channel circuit principle schematic;
Fig. 3 is automaton dialing alarm part and SOS indicator light circuit principle schematic;
Fig. 4 partly makes the cab warning structural representation for wireless alarm;
Fig. 5 partly makes the annunciator structural representation for the automaton dialing alarm.
The explanation of accompanying drawing drawing:
The reception of 1 alerting signal and amplifying circuit, the control and treatment of 2 alerting signals and amplifying circuit, the modulation of 3 alerting signals and transmission circuit 3, the reception of 4 normal signal and amplifying circuit, the transmission amplifying circuit of 5 normal speech signals, the modulation of 6 normal signal and transmission circuit, 7 emissions and receiving wire switch circuit, 8 power control circuits, 9 simulations are carried/the on-hook circuit, 10 dial-up circuits, 11 send words and PAC circuit, 12 automaton dialing alarm control circuits, 13 SOS indicator lamp phones, 14 time base circuits, 15,16 emission and receiving wires, 17 cab warning shells, 18 wiring boards, the 19SOS illuminator, 20 automaton dialing alarm device shells, 21 automaton dialing alarm device wiring boards.
In order to understand better and to implement, it is as follows with the accompanying drawing to be that embodiment further specifies below:
This annunciator is to be made of by number warning part, SOS indicator light circuit radio alarming part, automaton.
With Fig. 1, Fig. 2, Fig. 3 is the example explanation, the radio alarming part, form by emergency alarm passage and common warning passage two parts, the emergency alarm passage comprises the reception and the amplifying circuit 1 of alerting signal, the modulation of alerting signal and transmission circuit 3, be characterized in also comprising the control and treatment and the amplifying circuit 2 of alerting signal, emission and receiving wire switch circuit 7.Emergency alarm passage and shared emission of common warning passage and receiving wire switch circuit 7, the reception of alerting signal and amplifying circuit 1 are connected the control and treatment and the amplifying circuit 2 of alerting signal successively, the modulation of alerting signal and transmission circuit 3, diode D6 negative pole in 3 one of capacitor C in the reception of alerting signal and the amplifying circuit 1 and emission and the receiving wire switch circuit 7, the positive pole of diode D7 joins, inductance L 7 centre taps in the modulation of alerting signal and the transmission circuit 3 and the diode D9 positive pole in emission and the receiving wire switch circuit 7 join, the signal output control end contact E of the control and treatment of alerting signal and amplifying circuit 2, the contact E of F and SOS indicator light circuit 13, the F correspondence is connected, signal output control end contact G in the control and treatment of alerting signal and the amplifying circuit 2, H and transmitter M3 two ends join, the signal output control end contact C in the control and treatment of alerting signal and the amplifying circuit 2, the contact C of D and automaton dialing alarm control circuit 12, D is corresponding to be connected, with the contact C that send words and PAC circuit 11, D is corresponding to be connected; Common warning passage comprises the reception of normal signal and amplifying circuit 4, the transmission amplifying circuit 5 of normal speech signal, the modulation and the transmission circuit 6 of normal signal, be characterized in also comprising that an emission is shared with receiving wire switch circuit 7 and emergency alarm passage, the signal of two passages is transmitted in the air through emission and receiving wire 15,16, the signal that emission and receiving wire 15,16 receive simultaneously from distant place annunciator.The reception of the normal signal in the common warning passage is connected the transmission amplifying circuit 5 of normal speech signal, the modulation and the transmission circuit 6 of normal signal successively with amplifying circuit 4.Diode D8 negative pole in the common point of the capacitor C 30 in the reception of normal signal and the amplifying circuit 4, C31, C32, C33, inductance L 8 and emission and the receiving wire switch circuit 7 joins, the common ground end is identical, and the diode D7 positive pole in the mouth of the capacitor C 54 in the modulation of normal signal and the transmission circuit 6 and emission and the receiving wire switch circuit 7, the negative pole of diode D6 join.
The reception of alerting signal and amplifying circuit 1 are prior art, be by diode D17 * 4, capacitor C 1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, C16, inductance L 1, L2, L3, resistance R 1, R2, R3, R4, R5, R6, R7, R8, R9, R10, R11, R12, R13, R14, aerotron Q1, Q2, Q3, Q4, transport and placing device A1, A2 forms, its annexation as shown in Figure 2, one end of capacitor C 3 and the diode D6 negative pole in the transmit receive antenna switch circuit 7, the positive pole of diode D7 joins, and the control and treatment of transport and placing device A2 mouth and next stage alerting signal and resistance R 16 1 ends in the amplifying circuit 2 join.
Its principle of work is: diode D17 * 4 are bridge rectifiers, and its effect is that the external source line joint is regardless of positive-negative polarity, and mouth all is same polarity, and purpose is to avoid same polarity to connect the anti-circuit cisco unity malfunction that causes; Capacitor C 1, C2, inductance L 1 is formed the capacitive reactance circuit, be responsible for frequency-selecting, capacitor C 3 is filter capacitors, the signal that receives by emission in emission and the receiving wire switch circuit and receiving wire 16 is added to capacitor C 3 one points by diode D6, capacitor C 5 is not when having signal for frequency-selecting, be in temporary stable state, voltage equates with power line voltage, after extraneous signal is by capacitive reactance circuit gating, the voltage at capacitive reactance circuit two ends produces vibration, change in oscillation also takes place in capacitor C 5 both end voltage, the high-frequency oscillation signal that produces outputs to the base knot of aerotron Q1 through capacitor C 4, aerotron Q1 conducting, aerotron Q1 amplifies the base knot that the back high-frequency signal is added in aerotron Q2 again, carry out the high-frequency signal amplification second time, signal after the amplification is input on the capacitor C 7, be coupled to the base knot of aerotron Q3 again, utilize the characteristic of inductance L 2 logical low frequency resistance high frequencies, select sound signal, electric capacity then has the characteristic of logical high frequency resistance low frequency, by capacitor C 9, C10, C11, C12, the sound signal that inductance L 2 is selected is through resistance R 7, electric capacity 515 is input to transport and placing device A1, A2 carries out the amplification of audio alarming signal again, resistance R 1, R2, R3 is a current-limiting resistance, inductance L 3, capacitor C 8, resistance R 4 plays the stabilization signal effect, capacitor C 15 is when no signal, electric capacity is in saturation conditions, capacitor C 15 is 0 with resistance R 10 contact place current potentials, when signal is arranged, capacitor C 15 both end voltage change, the electric signal that changes is input to the negative pole end of transport and placing device A1, resistance R 8 provides cathode power supply voltage for transport and placing device A1, and transport and placing device A2 is input to amplified signal at one end of next stage resistance R 16.
The control and treatment of alerting signal and amplifying circuit 2 are characteristic, as shown in Figure 2, be by button AN1, resistance R 15, R16, R17, R18, R19, R20, R21, R22, R23, R24, R25, R26, R27, R28, R29, R30, R44, field effect transistor V1, capacitor C 17, C18, C19, C20, C21, aerotron Q5, Q6, Q7, Q8, Q9, reverser F1, F2, F3, diode D2, D3, D4, D5, D16, transmitter M1, M3, receiver Y1, toggle switch DIP, IC 1, IC 2 is formed, IC 1 can be selected timer NE555 cake core for use, IC 2 is optional with voice recording-reproducing assembly S-12A integrated chip, the termination positive pole of button AN1, the collecting electrode of the other end and aerotron Q4, one end of resistance R 15 is contact altogether, one end of resistance R 17 and the other end of resistance R 15, the grid of field effect arm V1 is altogether for a bit, one end of the drain electrode of field effect transistor V1 and resistance R 19 joins, the other end and the positive source of resistance R 19 join, one end of the source electrode of field effect transistor V1 and resistance R 18 joins, the other end and the power cathode of resistance R 18 join, 2 pin of the source electrode of field effect transistor V1 and IC 1 join, 8 of IC 1,4 pin and positive source join, 1 pin and power cathode join, one end of 5 pin and capacitor C 17 joins, the other end and the power cathode of capacitor C 17 join, 3 pin of IC 1 and the base stage of aerotron Q5 are joined, 6, behind the 7 pin short circuits, respectively with resistance R 20, one end of capacitor C 18 is contact altogether, the other end and the power cathode of circuit C18 join, the other end and the positive source of resistance R 20 join, one end of the collecting electrode of aerotron Q5 and resistance R 21, the collecting electrode of aerotron Q6 is contact altogether, the other end and the positive source of resistance R 21 join, the base stage of the emitter of aerotron Q5 and aerotron Q6 is joined, emitter and the power cathode of aerotron Q6 join, one termination power positive pole of resistance R 44, one end of the other end and resistance R 22 is contact altogether, the end of transmitter M1 and resistance R 22, capacitor C 19, the end of button AN2, the base stage of aerotron Q4 is contact altogether, the end of the other end connecting resistance R23 of capacitor C 19, one end of the other end of resistance R 23 and resistance R 24,20 pin of IC 2 are contact altogether, one end of the other end of resistance R 24 and capacitor C 20,19 pin of IC 2 are contact altogether, one end of the other end of capacitor C 20 and resistance R 25 joins, one end of the other end of resistance R 25 and resistance R 26,18 pin of IC 2 join, 17 of the other end of resistance R 26 and IC 2,16 pin are contact altogether.The emitter of the other end of transmitter M1 and aerotron Q4,21 pin of IC 2, the emitter of aerotron Q16, the base stage of aerotron Q15 is contact altogether, aerotron Q16, Q15 is in the transmission amplifying circuit 5 of ordinary language signal, 1 pin of toggle switch and 8 pin of IC 2, diode D4 is contact altogether, 2 pin power connection positive poles, 3 pin power connection positive poles, the end of 4 pin and diode D3, phase inverter F2, the anode of F3 is contact altogether, 5 pin, 8 pin of 1 pin and IC 2 are contact altogether, one end of 6 pin and resistance R 30,10 pin of integrated circuit, the base stage of the emitter of aerotron Q5 and three polar arm Q6 is contact altogether, the other end of the other end of resistance R 30 and diode D3 joins, the other end of two polar arm D4 and phase inverter F2, the anode of F3 joins, the end of the negative terminal of phase inverter F3 and diode D5 joins, inductance L 14 in the modulation of another termination normal signal and the transmission circuit 6, the termination power positive pole of button AN1, the anode of the other end and phase inverter F1, one end of resistance R 15, the base stage of aerotron Q4, the anode of phase inverter F4, contact E is contact altogether, contact F power connection positive pole, the other end of phase inverter F1, through two polar arm D2, resistance R 27 is joined with the base stage of aerotron Q9, collecting electrode and the positive source of aerotron Q9 join, emitter and receiver Y1 join, the other end of receiver Y1 and aerotron Q7, the collecting electrode of Q8, resistance R 49 in the transmission amplifying circuit 5 of normal speech signal, capacitor C 46, C47, the base stage of aerotron Q17 is contact altogether, the modulation of the other end signal taking alarm of resistance R 31 and the base stage of the aerotron Q10 in the transmission circuit 3, four phase inverter F1 above-mentioned, F2, F3, F4 adds the phase inverter F5 in the SOS indicator light circuit 13, Schmidt's hex inverter circuit of the common composition of F6, can select for a post a kind of hex inverter integrated circuit, two contact D, two contact D of C and automaton dialing alarm control circuit 12, C joins, contact E, the contact E of F and SOS indicator light circuit 13, F joins, contact G, H and transmitter M3 two ends join.
Its principle of work is, sound signal is input to the base knot of three polar arm Q7 through resistance R 16, through aerotron Q7, after the Q8 two-stage is amplified, a signal part is sounded through receiver Y1, another part is input to the modulation of next stage alerting signal and the base knot of the aerotron Q10 in the transmission circuit 3 through resistance R 31, when Push switch button AN1, resistance R 15, the R16 conducting, because resistance R 15, R16, timing ic IC1 and aerotron Q5 have formed the electronic switch type trigger circuit, the voltage pinch off that this moment, field effect transistor V1 provided because of resistance R 17, the leakage of field effect transistor V1, resistance becomes very big between the source, 2 pin current potentials of IC 1 become low level from high level, therefore its 3 pin exports high level, make aerotron Q5, the Q6 conducting, 8 pin and 10 pin of language IC 2 transfer low level to, trigger 2 work of language IC, the speech signal that the 6 pin output of language IC 2 records in advance outputs to the base knot of aerotron Q7, make compound transistor Q7, the Q8 conducting, at this moment because button AN1 presses, through phase inverter F1, the base knot of resistance R 27 to three polar arm Q9, because of having basic junction voltage, do not end aerotron Q9, receiver Y1 is sounding not, when other annunciator generation alerting signal, under the situation that button AN1 does not press, aerotron Q9 has basic junction voltage and conducting, and receiver Y1 then has sound to send.After the aerotron Q8 conducting, signal is input to the modulation of alerting signal and the base knot of the aerotron Q10 in the transmission circuit 3 through resistance R 31.After pressing the button AN1, all talks in the taxicar, all through transmitter M1, or external transmitter M3, aerotron Q4 is input to transport and placing device A1 end and carries out processing and amplifying, through transport and placing device A1, after A2 amplifies, be input to aerotron Q7 through resistance R 16, Q8 amplifies, amplified signal is input to the modulation of alerting signal and the base knot of the aerotron Q10 in the transmission circuit 3 through resistance R 31, receiver Y1 then has voice output, IC 2 inside have amplification to lift resistance, holder RAM, resistance R 22 provides working power for transmitter M1, resistance R 44 is a current-limiting resistance, play the dividing potential drop metering function, to guarantee that IC 2 is without prejudice, resistance R 28 can be used to change the length and the tonequality quality of record length, its peripheral component capacitor C 19, C20, resistance R 23, R24, R25, R26 can adopt IC 2 required standard values, when 8 pin of IC 2 add high level, be recording state, when level is a tone playing state during for low level, but certain falling edge voltage triggered must be arranged, normally its 8,10 pin short circuits, provide trigger voltage by the outside, toggle switch DIP is used for controlling " recording ", " playback ", " normally " three kinds of states, when toggle switch 1, when 2 pin are in " ON " state, when being conducting state, begin recording, after recording finishes, dial back " OFF " state, when toggle switch 3, when 4 pin are in " ON " state, by diode D3, resistance R 30 provides the playback trigger voltage, the 6 pin output recording of IC 2, check recording effect with this, if undesirablely repeat top Recording Process, feel more satisfactory, can be with 3 of toggle switch DIP, 4 pin are dialled back " OFF " state, below after hours, be also noted that toggle switch 5,6 pin will push " ON " state, this state is " normally " state, there is no the playback trigger voltage this moment, after finishing, whole recording should pack into immediately in the automobile, at short notice, under powering-off state, because of the capacitance voltage in the circuit is kept electric current for IC 2 provides, time is oversize, after capacitance voltage exhausts, IC 2 interior magazine RAM then can lose information, promptly lost recorded voice, then can only begin the beguine.But under powering-off state, the voltage foot that electric capacity provides in the circuit allows you that this equipment is installed if having time, when pressing the button AN1, the conducting of aerotron Q5 provides the playback trigger voltage for it, when at " recording " or " playback " state, the effect of phase inverter F3 is to stop to common warning passage provides power line voltage through diode D5, in order to avoid when record, playback audio emission is gone out, disturb the normal communication signal, to give rise to misunderstanding.
The modulation of alerting signal and transmission circuit 3 are prior art, form by aerotron Q10, Q11, resistance R 32, capacitor C 22, C23, C24, C25, C26, C27, C28, C29, inductance L 4, L5, L6, L7, its annexation as shown in Figure 2, resistance R 31 1 ends in the base stage of aerotron Q10 and the control and treatment of alerting signal and the amplifying circuit 2 join, and join by the center tap of inductance L 7 and the diode D9 positive pole in emission and the receiving wire switch circuit 7.
Its principle of work is, three polar arm Q10 provide the coupled oscillations sound signal for inductance L 4, capacitor C 24, C25, C26, signal after the modulation is added to the base knot of aerotron Q11 through capacitor C 27, Q11 amplifies again by aerotron, outputs to the end of two polar arm D9 in emission and the receiving wire switch circuit 7 through capacitor C 28, C29 and inductance L 7 center taps.
The reception of normal signal and amplifying circuit 4 are prior art, be by capacitor C 30, C31, C32, C33, C34, C35, C36, C37, C38, C39, C40, C41, C42, C43, C44, resistance R 33, R34, R35, R36, R37, R38, R39, R40, R41, RA2, R43, R45, R46, R47, inductance L 8, L9, L10, aerotron Q12, Q13, Q14, transport and placing device A3, A4 forms, its annexation as shown in Figure 2, join by the diode D8 negative pole in capacitor C 31 and emission and the receiving wire switch circuit 7, join by resistance R 49 ends in the transmission amplifying circuit 5 of transport and placing device A4 mouth and next stage normal speech signal.
Its principle of work is, when circuit is in stable state, electric capacity 32 both end voltage equate with power line voltage, the current potential that capacitor C 32 and inductance L are 8 is 0, capacitor C 30, C31, inductance L 8 is formed the capacitive reactance circuit, when high-frequency signal behind this capacitive reactance circuit gating, capacitor C 32 both end voltage change, be input to the base knot of aerotron Q12 through capacitor C 33 by the high-frequency signal of gating, through three polar arm Q12, Q13 amplifies after capacitor C 34 is input to the base knot of aerotron Q14, through capacitor C 37, C38, C39, C40, after inductance L 9 frequency-selectings, filter high frequency, the audio detection signal is through resistance R 38, capacitor C 42 is input to transport and placing device A3's " bearing " input end, through transport and placing device A3, after A4 amplifies, a part of signal after resistance R 49 is imported into receiver Y1 and is sounded, another part output signal enters the resistance R 49 in the transmission amplifying circuit 5 of normal speech signal, transport and placing device A3, A4 is a differential amplification circuit, except that having enlarging function, also have the functional characteristic that reduces zero creep, can suppress to disturb, improve tonequality.
The reception of normal speech signal and amplifying circuit 5 are prior art, be by resistance R 48, R49, three polar arm Q15, Q16, capacitor C 45, button AN2, phase inverter F4, diode D1 forms, its annexation as shown in Figure 2, resistance R 49 and resistance R 48, capacitor C 45, the transport and placing device A4 mouth of the common point of aerotron Q15 base stage and previous stage joins, contact E in the end of phase inverter F4 and the control and treatment of alerting signal and the amplifying circuit 2, phase inverter F1, button AN1 common point joins, the control and treatment of button AN2 one end and alerting signal and the contact H in the amplifying circuit 2 join, the other end and contact G join, and be connected across transmitter M1 two ends, by resistance R 49 and the modulation of next stage normal signal and the aerotron Q17 base stage in the transmission circuit 6, capacitor C 46, the common port of C47 joins.
Its principle of work is, when pressing the button AN2, the voice telecommunication that transmitter M1 produces is number through aerotron Q15, the Q16 two-stage is amplified, be input to transport and placing device A3 and amplify output for it, when not pressing the button AN2, the driver can only hear sound, the sound that the driver sends can not be received by annunciator, reason is, when button AN2 is not set, the Conversation Voice of all taxicares, windage sound, the chatter of car body is all unreserved together to be imported in the annunciator, the driver will can't differentiate sound because of noise, and the setting of button AN2 is promptly practical simply again, also solve the problem of noise jamming.When not pressing the button AN2, aerotron Q15, Q16 do not end because of there being basic junction voltage, and external noise can't enter annunciator.
The modulation of normal signal and transmission circuit 6 belong to prior art, be by capacitor C 46, C47, C48, C49, C50, C51, C52, C53, C54, resistance R 50, inductance L 11, L12, L13, L14, aerotron Q17, Q18 forms, its annexation as shown in Figure 2, aerotron Q17, capacitor C 46, the common point of C47 and the resistance R of previous stage 49 are joined, by an end of capacitor C 54 and the positive pole of the diode D7 in emission and the receiving wire switch circuit 7, the negative pole of diode D6 joins, the base stage of aerotron Q16, resistance R 51 in button AN2 common port and emission and the receiving wire switch circuit 7 is joined.
Its principle of work is, the sound signal that is added in aerotron Q17 base knot is amplified back coupling stack through aerotron Q17 and is advanced the high-frequency signal circuit of being made up of electric capacity G46, C48, C49, C50, inductance L 11 and carry out signal and modulate, the base knot that modulation back signal is input to aerotron Q18 through capacitor C 51 carries out signal and amplifies, signal through amplifying once more after capacitor C 54 is input to the positive input of the diode D7 in next stage emission and the receiving wire switch circuit 7.
Emission and receiving wire switch circuit 7, belong to characteristic, as shown in Figure 2, be by resistance R 51, diode D6, D7, D8, D9, capacitor C 55, emission and receiving wire 15,16 form, the base stage of aerotron Q16 in the transmission amplifying circuit 5 of one end of resistance R 51 and the normal speech signal of previous stage, the common port of button switch AN2 joins, the reverse input end of another terminating diode D6, the positive input of diode D7, diode D6, sending and receiving are penetrated and receiving wire 16 behind the D7 short circuit, the reverse input end of diode D8 connects the reception of normal signal and the capacitor C 30 in the amplifying circuit 4, C31, the anode of the capacitive reactance circuit that inductance L 8 is formed, the modulation of the positive input signal taking alarm of diode D9 and the centre tap of the inductance L 7 in the transmission circuit 3 a bit, the positive input of two polar arm D8, the reverse input end short circuit of diode D9 after capacitor C 55 sending and receiving penetrate and receiving wire 15.
Its principle of work is, because this taxicar burglar alarm adopts two-way, duplex circuit, have two groups of emissions and receive path, i.e. 4 paths, the electric wave signal of different frequency can be launched simultaneously and receives by a strip antenna, but a strip antenna can not receive and launch the same frequency electric wave signal simultaneously, because in the case, the electric wave spontaneous imbibition phenomena can take place in circuit, in fact the basic just emission of electric wave is less than in the air, use too many antenna but can not add, this circuit has adopted frequency division subchannel technology, say to be exactly its body, when pressing the button AN2, line conduction, the reverse input end of capacitor C 54 and diode D6, the positive input of D7, provide high potential by resistance R 51, diode D6 ends, can not received signal, diode D7 conducting, can transmit, diode D6 receives the emergency alarm channel signal, and diode D7 is used for launching common passage voice signal, diode D6 ends, can not receive emergency alarm, the conducting of diode D7 can be to the common passage speech signal of aerial emission, when not pressing the button AN2, the reverse input end of diode D7 becomes active potential, diode D7 conducting, and the emergency alarm automatic reception is launched again automatically.When pressing the button AN1, provide active potential by diode D1 for common passage, because come out of action power supply, whole common passage quits work, this moment, emergency alarm was launched through diode D9, when not pressing the button AN1, diode D9 conducting emission, diode D6 conducting receives emergency alarm, this shows, two emissions and receiving cable are formed in emergency alarm and common warning, totally four road signals, by two antennas through diode D6, D7, D8, the D9 forked working, the emission and the acceptance of four road signals hocket, do not disturb mutually, do not have spontaneous imbibition phenomena yet and produce.Emission is two duplex emissions with receiving wire 15,16 and accepts antenna.
Automaton dialing alarm device part, with Fig. 1, Fig. 3, Fig. 5 is the example explanation, automaton dialing alarm device part, comprise simulation carry/on-hook circuit 9, dial-up circuit 10, send words with PAC circuit 11, time base circuit 14, be characterized in that automaton dialing alarm device part also comprises power control circuit 8, automaton dialing alarm control circuit 12.Power control circuit 8 carries with simulation/and on-hook circuit 9, automaton dialing alarm circuit 12, time base circuit 14 be connected, automaton dialing alarm control circuit 12 joins with the control and treatment and the amplifying circuit 2 of alerting signal, simulation carries/and on-hook circuit 9 and dial-up circuit 10, send to talk about and be connected with PAC circuit 11, time base circuit 14 is connected with dial-up circuit 10.
Its principle of work is, telephone line joint A, B is connected with arbitrary telephone wire, diode D10 * 4, four diodes are formed bridge rectifier, because telephone line voltages has the branch of both positive and negative polarity, the user is when wiring, polarity is connect instead easily, whole circuit can not connect cisco unity malfunction on the contrary because of polarity if do not establish rectifier, the setting of bridge rectifier, can be concerned about the positive-negative polarity of circuitry lines joint, telephone line joint A, B inserts telephone wire in any case, bridge rectifier all can be output as reversing same positive-negative polarity, at ordinary times in the telephone wire voltage about 48V, but short-time pulse voltage can reach 100V, the setting of stabilivolt DW1 is in order to stablize the voltage of circuit, resistance R 53 is current-limiting resistances, controllable silicon SCR 2 provides switching voltage by 3 pin of IC 4 in the automaton alarm control circuit 12, in fact this power control circuit mainly is made up of three parts, the one, talked about IC 3 power control circuits with telecommunication circuit 11, the 2nd, for the IC in the dial-up circuit 10 7 provides power control circuit, the 3rd, for the IC6 in the time base circuit 14 provides power supply control.When simulation carry/aerotron Q20 in the on-hook circuit 9 is during because of saturation conduction, voltage in the circuitry lines provides operating voltage through aerotron Q20, resistance R 59, the IC 7 of LED 1 in dial-up circuit 10, the electric current that is provided can reach several milliamperes, when aerotron Q20 ends, the voltage that provides by telephone wire through resistance R 58, stabilivolt DW2, supply with IC 7 in the dial-up circuit 10 minimum keep electric current, under these two kinds of situations, because of the effect of stabilivolt DW2 is arranged, the UDD pin voltage of IC 7 all is no more than 5.6V.The conducting of aerotron Q20 and button AN3 press and the conducting situation of aerotron Q19 the same, three polar arm Q20 by and aerotron Q19 by and button AN3 do not have closed situation too.Monostable circuit is meant that the IC 6 in the time base circuit 14 provides the monostable power supply.The power supply of IC 6 also comes from two kinds of approach, a kind of approach is, as aerotron Q19, when the saturation conduction of Q20 or button AN3 are pressed, because of telephone line joint A, the voltage that B is 2 is by resistance R 82, diode D13, stabilivolt DW3, the UDD end of the IC 6 of controllable silicon SCR 1 in time base circuit 14 provides operating voltage, another kind of approach is, when 3 pin of the IC 4 in the automatic dialing control circuit 12 have high level to produce, trigger the control utmost point of controllable silicon SCR 2, make the moon of controllable silicon SCR 2, the anode conducting, the anode of voltage in the telephone line behind bridge rectifier is through resistance R 53, controllable silicon SCR 2, diode D11, positive pole to capacitor C 58, capacitor C 58 is in process of charging, can make capacitor C 58, the contact place of resistance R 55, produce a positive pulse in short-term, this pulse is extremely important, can make power control circuit produce following several situations, the one, process resistance R 55 provides the base current of short time from aerotron Q21, cause aerotron Q21 conducting at short notice, aerotron Q20 is saturated at short notice, like this, the voltage anode of telephone line after rectification, by aerotron Q21, resistance R 82, diode D13 is added in the anode of controllable silicon SCR 1, force controllable silicon SCR 2 conductings, for the UDD pin of the IC6 in the time base circuit 14 provides power supply.The 2nd, the positive pulse that capacitor C 58 and resistance R are 55 has triggered the control utmost point of controllable silicon SCR 1 through diode D12, resistance R 78, make the silicon control conducting, 14 pin (UDD) of the IC 6 in the time base circuit 14 have obtained working power, the 3rd, the positive pulse that capacitor C 58 and resistance R are 55 provides the base tension of moment to aerotron Q26 through the resistance R 89 in the time base circuit 14, make aerotron Q26 moment saturated, its collecting electrode transfers active potential to, triggered 1 pin in the IC 6 in the time base circuit 14, made its 5 pin output high level; Simultaneously, provide enough base currents by resistance R 55, R83, diode D14, resistance R 84 to aerotron Q24, make three polar arm Q24 saturated, the base stage of aerotron Q23 is pulled to active potential, aerotron Q23 ends, but controllable silicon SCR 1 this moment normal operation still, on the other hand, the high level of 5 pin of IC 6 output makes aerotron Q21, Q20 keep conducting state through resistance R 83, provide base current to aerotron Q21, until 5 pin of IC 6, till the output low level.5 pin of IC 6 are exported temporary stable state high level, by the 76 charging turn on process of the capacitor C in the dial-up circuit 10, make the saturated and conducting of aerotron Q27, be equivalent to click keypad KB redial key " R ", so, IC 7 in the dial-up circuit 10, with exporting of one one of the telephone number that presets from the TONE pin, serve telephone line through resistance R 85, aerotron Q25 after amplifying, forward warning command centre to through telephone office, after IC 6 had experienced a temporary stable state, 5 pin redirects were low level, and aerotron Q21, Q20 end.The 4th,, to this moment, as if circuit entered on hook, but actual conditions are not like this, because aerotron Q19 still is in conducting state, this moment aerotron Q21, Q20 by the conducting that does not influence telephone line, the HK pin in the IC 7 is still kept low level state, this moment, alarm circuit was put through, and traffic control center or taxicar command centre can utilize the receiver, transmitter and the warning command centre that send in words and the PAC circuit 11 to get in touch.Simultaneously the taxi driver's of distant place emergency alarm alarm sound comprises that recording sound all served telephone line, and command centre also can hear driver's alarm sound simultaneously.When 3 pin of the IC 4 in the automaton dialing alarm control circuit stop the output high level, aerotron Q19 loses base current and ends, aerotron Q20, Q21 end already, aerotron Q25 quits work, and causes controllable silicon SCR 1 to be ended because of the interruption of circuit, causes three polar arm Q23 to end, thereby cause aerotron Q26 to lose power supply again and quit work, no longer conducting of controllable silicon SCR 2, whole circuit quits work, and is in standby and keeps state.
Simulation is carried/on-hook circuit 9, belong to prior art, form by aerotron Q20, Q21, button AN3, resistance R 57, R63, its annexation as shown in Figure 3, one end of the base stage of aerotron Q21 and the resistance R of previous stage 55 joins, and the collecting electrode of aerotron Q25 joins in the common point of the end of the collecting electrode of aerotron Q20, button AN3, the emitter of aerotron Q19 and the dial-up circuit 10 of next stage.
Its principle of work is, Fig. 3, A among Fig. 5, in 2 access telephone wires of B, voltage in the telephone wire is about 48V at ordinary times, when aerotron Q21 conducting, for aerotron Q20 provides enough base currents, cause aerotron Q20 saturation conduction, at this moment, voltage on the telephone wire is reduced to about 12V through the dividing potential drop of resistance R 63, aerotron Q19 also plays the same function with aerotron Q20, both conductings all can make circuit produce the microphone that is equivalent to mention in the phone, therefore can be aerotron Q19, the conducting of Q20 is called simulation and carries machine, both differences are that aerotron Q20 is by aerotron Q21 triggering and conducting, and aerotron Q19 is by 3 pin triggering and conducting of the IC 4 of automaton dialing alarm control circuit 12.
Dial-up circuit 10 belongs to prior art, form by resistance R 59, R60, R61, R62, R85, R86, R91, capacitor C 75, C76, three polar arm Q22, Q25, Q27, LED 1, LED2, IC 7, keypad KB, external crystal oscillator XT, its annexation as shown in Figure 3, the collecting electrode of the collecting electrode of aerotron Q25 and previous stage aerotron Q20 joins, and 5 pin of the IC 6 in the positive pole of capacitor C 76 and the time base circuit 14 join.
Its principle of work is, AN3 presses when button, aerotron Q19, during the Q20 conducting, 1 of LED is luminous, the indication circuit in working order, otherwise LED 1 does not work, and indication dialing alarm device is at readiness for action, when the TONE of IC 7 pin output dialing information, XWUTE becomes low-potential state by high impedance status, LED 2 is glittering, shows that equipment dials, and IC 7 is a kind of dialing integrated circuit that produce dtmf signal that are specifically designed to, model and producer are all more, function is the same substantially, can choose model wantonly, and it is UM91210 that this example is selected model.DTMF is the abbreviation of English multiple-frequency signal, is a kind of signal that is formed by the audio mix of two kinds of frequencies, is exclusively used in to transmit remote command information.When pressing the button AN3 artificially, the voltage of telephone line just provides operating voltage by button AN3, resistance R 59, LED 1 for the UDD pin of IC 7, because the effect of stabilivolt DW2 makes the voltage of the UDD pin of IC 7 remain on 5.6V.Simultaneously, aerotron Q22 provides enough saturation voltages by resistance R 60, the HK end of its collector potential and integrated circuit 1C7 is about 0, the HK pin is when high potential, be equivalent to on-hook, be equivalent to carry machine during active potential, be in high potential at ordinary times, at this moment, available keypad KB is provided with dialed number, as " 110 " or other alarm call, the TONE of integrated circuit 1C7 end will send the sequence double-audio signal, release button AN3 rapidly, and institute's telephone number of press is just automatic to be remembered in IC 7, when release button AN3, aerotron Q22 ends because of losing basic junction voltage, and the HK end of IC 7 reverts to high level and enters dormant state, keeps voltage but the UDD of IC 7 end is still provided by resistance R 58, resistance R 58 selects for use resistance very big usually, and the existence of keeping voltage can not make the preset signal in the IC 7 lose.After, when 5 pin in the IC 6 in the basic at that time circuit 14 have high level output, capacitor C 76 forces the saturation conduction of aerotron Q27 short time because of charging, this turn on process is equivalent to click " R " key among the keypad KB, the telephone number that is preset in IC 7 connects a ground with regard to one and transfers to, and delivers to telephone office, forwards alarm center again to, must guarantee the capable wire size K4 of IC 7 and the collecting electrode short circuit of aerotron Q27, could really push telephone office to phone.Detailed process is that by the TONE end output dialing information of IC 7, amplification, aerotron Q20 or the Q19 of process resistance R 85, aerotron Q25 serve telephone line.
Send words and PAC circuit 11 to belong to prior art, form by resistance R 64, R65, R66, R67, R68, R70, R71, capacitor C 61, C62, C63, C64, receiver Y2, transmitter M2, IC 3, its annexation as shown in Figure 3, by 13 pin common ports in resistance R 64, capacitor C 62, the IC 3 and simulation carry/on-hook circuit 9 in the collecting electrode of aerotron Q20 join, 9,10 pin of integrated circuit IC3 contact C, the D of the end by resistance R 68, R70 and automaton dialing alarm control circuit 12 are respectively held and are joined.
Its principle of work is, receiver Y2 is used for the sound that receives calls, transmitter M2 carries aud. snl. to telephone wire, the point of connection place of the point of connection place of resistance R 68 and capacitor C 63 and resistance R 70 and capacitor C 64 meets the C of automaton dialing alarm control circuit, the D end, purpose is that alarm voice signal with the strange land taxi driver is through IC 3, telephone line, telephone office delivers to warning command centre, IC 3 is telephone set conversation special ICs, its inside includes the voltage adjustment, send, circuit such as receiving amplifier, it is a kind of 14 pin dual inline type types envelope integrated package, 1 pin is talked about amplifier out, 2 pin are the line impedance adjustable side, 3 pin are power supply negative terminals, 4 pin are direct current adjustment ends, 5 pin are internal voltage regulator offset sides, 6 pin are to exchange the bypass end, the noise of elimination effect is arranged, 7,8 pin are that empty pin need not, 9,10 pin are the transmitter input end, 11,12 pin are for being talked about amplifier in, 13 pin power connection anodes, 14 pin are talked about amplifier out, the optional LS285A of its model.
Automaton dialing alarm control circuit 12 belongs to characteristic, as shown in Figure 3, is made up of resistance R 72, R73, R74, field effect transistor V2, capacitor C 65, C66, IC 4, contact C, D.Its annexation is, contact C connects the control utmost point of field effect transistor V2, send the end of words with the transmitter M2 of PAC circuit 11, contact C in the control and treatment of alerting signal and the amplifying circuit 2, the contact D line power negative terminal of answering the call, send the other end of the transmitter M2 in words and the PAC circuit 11, contact D in the control and treatment of alerting signal and the amplifying circuit 2, one end of the drain electrode of field effect transistor V2 and resistance R 72 joins, 4 of the other end of resistance R 72 and IC 4,8 pin, power positive end in the telephone line, one end of resistance R 74 is a contact altogether, 6 of IC 4, the other end of 7 pin and resistance R 74, one end of capacitor C 66 is a contact altogether, the 1 pin line power supply negative terminal of answering the call, the 5 foot meridian capacitor C65 line power supply negative terminal of answering the call, the source electrode of resistance R 73 1 termination field effect transistor V2, the other end answer the call line after rectification negative terminal so that power supply negative terminal to be provided.
Its principle of work is, when contact C, D place have alerting signal to produce, resistance becomes very big between the leakage of field effect transistor V2, source, 2 pin current potentials of IC 4 become low level from high level, the high level that the output of 3 pin continues for some time, when not having alerting signal to produce for a long time, then redirect is a low level automatically, time length can change by the resistance size of adjusting resistance R 74, the high level of 3 pin output can trigger controllable silicon SCR 2 conductings in the power control circuit 8, and the base of aerotron Q19 knot obtains voltage and conducting simultaneously.The arbitrary time base circuit of IC 4 optional 555 types.
Its principle of work is, when the silicon control SOR2 conducting in the power control circuit 8, while aerotron Q19 saturation conduction, IC 6 obtains operating voltage, because the voltage in the telephone line is through resistance R 82, diode D13 is added in the anode of controllable silicon SCR 1, and the contact place moment positive pulse of capacitor C 58 and resistance R 55, through diode D12, resistance R 78 triggers controllable silicon SCR 1 conducting, for IC 6 provides working power, this, positive pulse was added in the base knot of aerotron Q26 through resistance R 89 moment, make its saturation conduction, 1 pin redirect of IC 6 is a low level, 5 pin of IC 6 enter temporary stable state, the lasting high level of output a period of time, capacitor C 76 in the dial-up circuit 10 produces a short-time pulse electric current, forces aerotron Q27 conducting, triggers keypad KB redial key " R " and redials the memory telephone number that is located in advance in the IC 7.
SOS indicator light circuit 13, belong to prior art, form by phase inverter F5, F6, resistance R 75, R76, R77, capacitor C 67, its annexation as shown in Figure 3, contact E, F join by control and treatment and the contact E in the amplifying circuit 2, the F contact of line and alerting signal, contact E and SOS indicator lamp 19 1 ends join, and the collecting electrode of SOS indicator lamp 19 other ends and aerotron Q28 joins.
Its principle of work is, as long as contact E, F have power line voltage to provide, the base knot of aerotron Q28 will obtain being interrupted the voltage generation of vibration, change the capacity of capacitor C 67, making its oscillation frequency is that time gap is about 1 second, the conducting of three polar arm Q28 with by hocketing, make 19 flickers of SOS indicator lamp luminous, to remind passerby to note, SOS indicator lamp 19 is light-emitting blocks, inside can be formed with light-emitting diode, also can directly connect a small bulb, and " SOS " type Red lightscreening plate is done on the surface again.Obtain operating voltage at the control and treatment of the signal that pushes for emergency and this circuit of button AN1 in the amplifying circuit 2 and SOS indicator lamp 19 and begin to start, the flicker of " SOS " indicator lamp is luminous.
With Fig. 1, Fig. 2, Fig. 3, Fig. 4 is the example explanation: the emergency alarm passage and the common warning passage of cab warning part are connected, at first with the reception and the amplifying circuit 1 of alerting signal, the control and treatment of alerting signal and amplifying circuit 2, the modulation of alerting signal and transmission circuit 3, the reception of normal signal and amplifying circuit 4, the transmission amplifying circuit 5 of normal speech signal, the modulation of normal signal and transmission circuit 6, emission and receiving wire switch circuit 7, by connecting shown in the figure and being welded on the wiring board 18, SOS indicator light circuit 13 is welded on the wiring board 18 equally, after each electrical part welded, insulating mounting is on cab warning shell 17, also will be with external transmitter M3, button AN1, AN2, power supply, contact C, D, the lead-in wire of SOS indicator lamp 19 is drawn after welding on the wiring board 18 is good, to launch and receiving wire 15,16 connect with wiring board 18, will launchs and receiving wire 15,16 are installed on the cab warning shell 17.After all install, " recording " among the toggle switch DIP, " playback " are positioned over " off " state, " normally " is positioned over " ON " state, during recording, " recording " is positioned over " ON " state, and " playback ", " normally " are positioned over " off ", dial back again after recording again.Behind the recorded sound, be installed in a certain concealed location of automobile, the power lead lead-in wire is connect on the automobile distribution bottle, button AN1, AN2 are placed on the exposed to contact position of hand, and near bearing circle, SOS indicator lamp 19 is installed in Che Houshen outside car, after all assemble, just can use.Wherein button AN1 is used for emergency alarm, in order to avoid wrong report can suitably design the button shell, switch will be lower than the shell plane, adds protective film in the shift knob outside, and in Fig. 4, dotted line is represented the protective film position.All the other outward appearances do not have specific (special) requirements.
With Fig. 1, Fig. 3, Fig. 5 is the example explanation, press among Fig. 1 automaton dialing alarm part successively with power control circuit 8, simulation is carried/on-hook circuit 9, dial-up circuit 10, send words and PAC circuit 11, automaton dialing alarm control circuit 12, time base circuit 14 connects, by Fig. 3 a plurality of components and parts are welded on the automaton dialing alarm device wiring board 21, and with automaton dialing alarm device wiring board 21 insulating mounting on automaton dialing alarm device shell 20, with telephone wire A, the B connector lug connects, with C, D connector lug and cab warning contact C, the D connector lug connects, with transmitter M2, receiver Y2, button AN3, LED 1, LED2, the surface that keypad KB is installed in automaton dialing alarm device shell 20 gets final product.The automatic dialing alarm device partly is placed on taxicar command centre to get final product.Cab warning part in taxicar command centre can not installed SOS indicator lamp 19, alarm button AN1.
The present invention is used in the particularly a kind of more satisfactory cab warning of taxicar of automobile at present.
Claims (2)
1, a kind of cab warning, it comprises the wireless alarm part, automaton dialing alarm device part, SOS indicator light circuit (13), cab warning shell (17), wiring board (18), automaton dialing alarm device shell (20), automaton dialing alarm device shell (21), wireless alarm partly comprises the emergency alarm passage, common warning passage, it comprises the reception and the amplifying circuit (1) of alerting signal the emergency alarm passage, the modulation of alerting signal and transmission circuit (3), common warning passage comprises the reception and the amplifying circuit (4) of normal signal, the transmission amplifying circuit (5) of normal speech signal, the modulation of normal signal and transmission circuit (6), automaton dialing alarm device partly comprises simulating to be carried/on-hook circuit (9), dial-up circuit (10), send words and PAC circuit (11), time base circuit (14), it is characterized in that the emergency alarm passage also comprises the control and treatment and the amplifying circuit (2) of alerting signal, it also comprises emission and receiving wire switch circuit (7), automaton dialing alarm device part also comprises automaton dialing alarm control circuit (12), power control circuit (8), emergency alarm passage and the shared emission of common warning passage and receiving wire switch circuit (7), the reception of alerting signal and amplifying circuit (1) are connected the control and the amplifying circuit (2) of alerting signal successively, the modulation of alerting signal and transmission circuit (3), electric capacity (C3) in the reception of alerting signal and the amplifying circuit (1) a bit with emission and receiving wire switch circuit (7) in the negative pole of diode (D6), the positive pole of diode (D7) joins, inductance (L7) the centre tap point in the modulation of alerting signal and the transmission circuit (3) and the positive pole of the diode (D9) in emission and the receiving wire switch circuit (7) join, electric capacity (C30 in the reception of normal signal and the amplifying circuit (4), C31, C32, C33), the negative pole of two polar arms (D8) in the common point of inductance (L8) and emission and the receiving wire switch circuit (7) joins, the positive pole of the diode (D7) in the mouth of the electric capacity (C54) in the modulation of normal signal and the transmission circuit (6) and emission and the receiving wire switch circuit (7), the negative pole of diode (D6) joins, the control and treatment of alerting signal and amplifying circuit (2) are connected between the modulation and transmission circuit (3) of the reception of alerting signal and amplifying circuit (1) and alerting signal, the signal output control end contact (E of the control and treatment of alerting signal and amplifying circuit (2), F) with the contact (E of SOS indicator light circuit (13), F) correspondence is connected, signal output control end contact (C in the control and treatment of alerting signal and the amplifying circuit (2), D) with the contact (C of automaton dialing alarm control circuit (12), D), with the contact (C that send words and PAC circuit (11), D) correspondence is joined, contact (G, H) join with transmitter (M3) two ends, power control circuit (8) is carried/on-hook circuit (9) with simulation, automaton dialing alarm control circuit (12), time base circuit (14) is connected, simulation is carried/on-hook circuit (9) and dial-up circuit (10), send words to be connected with PAC circuit (11), time base circuit (14) is connected with dial-up circuit (10).
2, by the described cab warning of claim 1, it is characterized in that:
The control of alerting signal and amplifying circuit (2) are by button (AN1), resistance (R15, R16, R17, R18, R19, R20, R21, R22, R23, R24, R25, R26, R27, R28, R29, R30, R44), field effect transistor (V1), electric capacity (C17, C18, C19, C20, C21), aerotron (Q5, Q6, Q7, Q8, Q9), reverser (F1, F2, F3), diode (D2, D3, D4, D5, D16), transmitter (M1, M3), receiver (Y1), toggle switch (DIP), integrated circuit (IC1), integrated circuit (IC2) is formed, one termination positive pole of button (AN1), the collecting electrode of the other end and three polar arms (Q4), one end of resistance (R15) is contact altogether, the other end of one end of resistance (R17) and resistance (R15), the grid of field effect transistor (V1) is altogether for a bit, one end of the drain electrode of field effect transistor (V1) and resistance (R19) joins, the other end and the positive source of resistance (R19) join, one end of the source electrode of field effect transistor (V1) and resistance (R18) joins, the other end and the power cathode of resistance (R18) join, 2 pin of the source electrode of field effect transistor (V1) and integrated circuit (IC1) join, 8 of integrated circuit (IC1), 4 pin and positive source join, 1 pin and power cathode join, one end of 5 pin and electric capacity (C17) joins, the other end and the power cathode of electric capacity (C17) join, the base stage of 3 pin of integrated circuit (IC1) and aerotron (Q5) is joined, 6, behind the 7 pin short circuits, respectively with resistance (R20), one end of electric capacity (C18) is contact altogether, the other end and the power cathode of circuit (C18) join, the other end and the positive source of resistance (R20) join, one end of the collecting electrode of aerotron (Q5) and resistance (R21), the collecting electrode of aerotron (Q6) is contact altogether, the other end and the positive source of resistance (R21) join, the base stage of the emitter of aerotron (Q5) and aerotron (Q6) is joined, the emitter and the power cathode of aerotron (Q6) join, one termination power positive pole of resistance (R44), one end of the other end and resistance (R22) is contact altogether, one end of transmitter (M1) and resistance (R22), electric capacity (C19), one end of button (AN2), the base stage of aerotron (Q4) is contact altogether, one end of the other end connecting resistance (R23) of electric capacity (C19), one end of the other end of resistance (R23) and resistance (R24), 20 pin of integrated circuit (IC2) are contact altogether, one end of the other end of resistance (R24) and electric capacity (C20), 19 pin of integrated circuit (IC2) are contact altogether, one end of the other end of electric capacity (C20) and resistance (R25) joins, one end of the other end of resistance (R25) and resistance (R26), 18 pin of integrated circuit (IC2) join, 17 of the other end of resistance (R26) and integrated circuit (IC2), 16 pin are contact altogether, the emitter of the other end of transmitter (M1) and aerotron (Q4), 21 pin of integrated circuit (IC2), the emitter of aerotron (Q16), the base stage of aerotron (Q15) is contact altogether, aerotron (Q16, Q15) in the transmission amplifying circuit 5 of ordinary language signal, 8 pin of 1 pin of toggle switch and integrated circuit (IC2), diode (D4) is contact altogether, 2 pin power connection positive poles, 3 pin power connection positive poles, one end of 4 pin and diode (D3), phase inverter (F2, F3) anode is contact altogether, 5 pin, 8 pin of 1 pin and integrated circuit (IC2) are contact altogether, one end of 6 pin and resistance (R30), 10 pin of integrated circuit, the base stage of the emitter of aerotron (Q5) and aerotron (Q6) is contact altogether, the other end of the other end of resistance (R30) and diode (D3) joins, the other end of diode (D4) and phase inverter (F2, F3) anode joins, one end of the negative terminal of phase inverter (F3) and diode (D5) joins, inductance (L14) in the modulation of another termination normal signal and the transmission circuit (6), one termination power positive pole of button (AN1), the anode of the other end and phase inverter (F1), one end of resistance (R15), the base stage of aerotron (Q4), the anode of phase inverter (F4), contact (E) is contact altogether, contact (F) power connection positive pole, the other end of phase inverter (F1), through diode (D2), resistance (R27) joins with the base stage of aerotron (Q9), the collecting electrode and the positive source of aerotron (Q9) join, emitter and receiver (Y1) join, the other end of receiver (Y1) and aerotron (Q7, Q8) collecting electrode, resistance (R49) in the transmission amplifying circuit (5) of normal speech signal, electric capacity (C46, C47), the base stage of aerotron (Q17) is contact altogether, the base stage of the aerotron (Q10) in the modulation of the other end signal taking alarm of resistance (R31) and the transmission circuit (3), two contact (D, C) with two contact (D of automaton dialing alarm control circuit (12), C) join, contact (E, F) with the contact (E of SOS indicator light circuit (13), F) join contact (G, H) join with transmitter (M3) two ends;
Emission and receiving wire switch circuit (7), be by resistance (R51), diode (D6, D7, D8, D9), electric capacity (C55), emission and receiving wire (15,16) form, the base stage of the aerotron (Q16) in the transmission amplifying circuit (5) of one end of resistance (R51) and the normal speech signal of previous stage, the common port of button (AN2) joins, the reverse input end of another terminating diode (D6), the positive input of diode (D7), diode (D6, D7) sending and receiving are penetrated and receiving wire (16) behind the short circuit, the reverse input end of diode (D8) meets the reception of normal signal and the electric capacity (C30 in the amplifying circuit (4), C31), the anode of the capacitive reactance circuit that inductance (L8) is formed, the centre tap of the inductance (L7) in the modulation of the positive input signal taking alarm of diode (D9) and the transmission circuit (3) a bit, the positive input of diode (D8), the reverse input end short circuit of diode (D9) is after electric capacity (C55) sending and receiving are penetrated and receiving wire (15);
Power control circuit (8) is made up of diode (D10 * 4, D11, D12, D13, D14, D15), resistance (R53, R55, R58, R78, R79, R82, R83, R84), electric capacity (C56, C57, C58, C59, C68), aerotron (Q19, Q23, Q24), silicon control (SCR1, SCR2), stabilivolt (DW1, DW2, DW3, DW4), telephone wire coupling (A, B).Annexation is, (D10 * 4) form bridge rectifier, an end is a positive source after the rectification, the other end is a power cathode, stabilivolt (DW1) termination power anode, other end power connection negative terminal, electric capacity (C56) termination power anode, other end power connection negative terminal, one termination power anode of resistance (R53), another termination silicon control (SCR2) anode, 3 pin of (IC4) in the control utmost point of silicon control (SCR2) and the automaton dialing alarm control circuit (12), the base stage of aerotron (Q19) is joined, the negative electrode of the positive pole of diode (D11) and silicon control (SCR2) joins, negative pole and electric capacity (C57), end after stabilivolt (DW4) parallel connection, the positive terminal of electric capacity (C58) joins, the two ends of button (AN3), the emitter of one termination aerotron (Q20), the collecting electrode of another termination aerotron (Q20), the emitter of the collector connecting transistor (Q20) of aerotron (Q19), the collecting electrode of its emitter and aerotron (Q20) joins, one end of the negative pole of electric capacity (C58) and resistance (R55) joins, the other end and simulation carry/and the base stage of aerotron (Q21) in the on-hook circuit (9) joins, the negative pole of the positive input termination electric capacity (C58) of diode (D12), negative input end is through the collecting electrode of resistance (R78) serial connection back and aerotron (Q23), the control utmost point of silicon control (SCR1) joins, the grounded emitter of aerotron (Q23), the anode of base stage and electric capacity (C68), one end of resistance (R79), the collecting electrode of aerotron (Q24) joins, the negative earth of electric capacity (C68), the other end of the negative electrode of silicon control (SCR1) and resistance (R79), the power positive end of time base circuit (14) joins, its anode connects the negative input end of diode (D13), the anode of its positive input termination stabilivolt (DW3), one end of resistance (R82), resistance (R82) connects the collecting electrode of the aerotron (Q25) in the dial-up circuit (10), the base stage of one termination aerotron (Q21) of resistance (R83), the positive input terminal of the other end and diode (D14), (D15) positive input terminal, 5 pin of (IC6) in the time base circuit (14) join, the base stage of one termination aerotron (Q24) of resistance (R84), another terminating diode (D14, D15) negative input end, the emitter of one termination aerotron (Q20) of resistance (R58), the other end is through stabilivolt (DW2), electric capacity (C59) back in parallel power connection negative terminal, stabilivolt (DW2), light-emitting diode (LED1) in the anode of electric capacity (C59) and the dial-up circuit (10), resistance (R61), the UDD pin of integrated circuit (IC7) joins;
Automaton dialing alarm control circuit (12), be by resistance (R72, R73, R74), field effect transistor (V2), electric capacity (C65, C66), integrated circuit (IC4), contact C, D forms, its annexation is, contact (C) connects the control utmost point of field effect transistor (V2), send the end of words with the transmitter (M2) of PAC circuit (11), contact (C) in the control and treatment of alerting signal and the amplifying circuit (2), contact (D) the line power negative terminal of answering the call, send the other end of (M2) in words and the PAC circuit (11), contact (D) in the control and treatment of alerting signal and the amplifying circuit (2), one end of the drain electrode of field effect transistor (V2) and resistance (R72) joins, 4 of the other end of resistance (R72) and integrated circuit (IC4), 8 pin, power positive end in the telephone line, one end of resistance (R74) is a contact altogether, 6 of integrated circuit (IC4), the other end of 7 pin and resistance (R74), one end of electric capacity (C66) is a contact altogether, the 1 pin line power supply negative terminal of answering the call, 5 foot meridian capacitors (C65) the line power supply negative terminal of answering the call, the source electrode of resistance (R73) termination field effect transistor (V2), the other end line negative terminal after rectification of answering the call goes out end so that power supply negative terminal to be provided.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01127344 CN1333149A (en) | 2001-08-22 | 2001-08-22 | Alarm for car |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01127344 CN1333149A (en) | 2001-08-22 | 2001-08-22 | Alarm for car |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1333149A true CN1333149A (en) | 2002-01-30 |
Family
ID=4667309
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01127344 Pending CN1333149A (en) | 2001-08-22 | 2001-08-22 | Alarm for car |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1333149A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112188160A (en) * | 2020-09-28 | 2021-01-05 | 重庆巧虎科技有限公司 | Intelligent security system with face recognition function |
-
2001
- 2001-08-22 CN CN 01127344 patent/CN1333149A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112188160A (en) * | 2020-09-28 | 2021-01-05 | 重庆巧虎科技有限公司 | Intelligent security system with face recognition function |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US5191602A (en) | Cellular telephone headset | |
| JPH0666839B2 (en) | Telephone station equipment | |
| CA2009554A1 (en) | Telephone terminal device having speech recognition unit | |
| SE515361C2 (en) | Transmission of spoken messages | |
| CA2014634A1 (en) | Cordless telephone system | |
| CN201066842Y (en) | Onboard Bluetooth handfree device | |
| CN1122557A (en) | Dual fixed/mobile communications system | |
| CN2496727Y (en) | Automobile alarm | |
| CA2006140A1 (en) | Communication device connected to telephone line together with telephone set | |
| US4468538A (en) | Wireless telephone system with high level dial pulse signalling | |
| CN1333149A (en) | Alarm for car | |
| US4471167A (en) | Wireless extension telephone | |
| CN201374744Y (en) | Vehicle mobile terminal | |
| CN112020011B (en) | Remote real-time voice paging system | |
| CN2427934Y (en) | Non holding receiver infrared transmission device in vehicle for mobile telephone | |
| CN213186566U (en) | Dispatching telephone compatible with MOTO dispatching desk and air passenger dispatching desk | |
| CN2500041Y (en) | Hand-free receiver of mobile phone | |
| JPH07307975A (en) | Portable information terminal connection method | |
| CN2276691Y (en) | Telophone safety distributing box | |
| CN2347315Y (en) | Multifunctional a. c. line carrier telephone | |
| Vella Gera | Gozo calling | |
| JPS62196444U (en) | ||
| CN2378778Y (en) | Automatic transmitting sound and audio frequency alarmer | |
| JPS5838672Y2 (en) | portable radio | |
| CN2867745Y (en) | Wired and wireless receiving and refuting device making intercom phone |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |