CN2505351Y

CN2505351Y - Remote-control alarm

Info

Publication number: CN2505351Y
Application number: CN01235954U
Authority: CN
Inventors: 吴孙盛; 吴永健
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-05-23
Filing date: 2001-05-23
Publication date: 2002-08-14
Anticipated expiration: 2011-05-23

Abstract

The utility model provides a remote-control alarm, comprising a machine tool A and a slave B, wherein, the machine tool A comprising a power supply, an electronic programmer, a power supply for a vehicle lock switch, a sensing switch for vehicle doors, an interface of an ignition power supply, an alarm, a wireless receiver, a wireless emitter, a code receiver; the slave B comprises of a code emitter, a wireless receiver, a wireless emitter. The electronic programmer is connected with the power supply, the power supply for the vehicle lock switch, the sensing switch for vehicle doors, the interface of an ignition power supply and the alarm through wire; the electronic programmer is connected with the wireless receiver and the wireless emitter through power wire and signal wire; the mutually corresponding remote signal transmission between the wireless receiver and wireless emitter of the machine tool A and the wireless receiver and the wireless emitter of the slave B is realized through the network of communication network; the code receiver is connected with the electronic programmer through power wire and signal wire; the code receiver and the code emitter have the same tuning frequency. The utility model ensures the machine tool arranged on an anti-theft object makes super-far-distance alarming signals and synonymously cuts off the ignition power supply of a vehicle and that the slave taken along with the owner of the vehicle receives the stealing signal for the owner to carry out effective measure to catch the theft. The utility model can be operated thousands of miles away.

Description

A kind of control warning device that shakes at a distance

The utility model is a kind of antitheft alarm system that is used for places such as self-propelled vehicle, bank, warehouse, household, strong box, belongs to the renovation technique of antitheft alarm system.

Existing antitheft alarm system is of a great variety, but because a lot of device all has structure unreasonable, alarm range is limited, so really can play the few of antitheft effect, and robber's stealing ability more and more " brilliant ", the pilferage technology is also more and more advanced, and a lot of users feel to have no way out owing to article are stolen.

The purpose of this utility model is to overcome above-mentioned shortcoming and provides a kind of safe and reliable, really can play the anti-theft alarm effect, and can cooperate public security department to play to solve a case rapidly a kind of control warning device that shakes at a distance of effect.

Functional block diagram of the present utility model as shown in drawings, include machine tool A and handset B, wherein machine tool A includes power supply (10), electronic program device (1), lock electric switch power supply (2), car door sensitive switch (3), priming supply interface (4), annunciator (5), wireless signal receives, projector (6), coding receptor (7), handset B includes coded transmitter (8), wireless signal receives, projector (9), electronic program device (1) by line respectively with power supply (10), lock electric switch power supply (2), car door sensitive switch (3), priming supply interface (4), annunciator (5) connects, and the electronic program device is by power supply line and signal link and wireless signal reception, projector (6) connects, wireless signal receives, projector (6) and wireless signal receive, projector (9) is by electronic communications network (ECN) networking realization distance signal transmission in correspondence with each other, coding receptor (7) is connected with electronic program device (1) with signal link by the power supply line, and coding receptor (7) is identical with the tuning frequency of coded transmitter (8).

Describe concrete structure of the present utility model in detail below in conjunction with embodiment:

Fig. 1 is a functional block diagram of the present utility model;

Fig. 2 is the functional block diagram of electronic program device (1);

Fig. 3 is the schematic diagram of the utility model embodiment.

Embodiment:

Functional block diagram of the present utility model as shown in Figure 1, include machine tool A and handset B, wherein machine tool A includes power supply (10), electronic program device (1), lock electric switch power supply (2), car door sensitive switch (3), priming supply interface (4), annunciator (5), wireless signal receives, projector (6), coding receptor (7), handset B includes coded transmitter (8), wireless signal receives, projector (9), electronic program device (1) by line respectively with power supply (10), lock electric switch power supply (2), car door sensitive switch (3), priming supply interface (4), annunciator (5) connects, and the electronic program device is by power supply line and signal link and wireless signal reception, projector (6) connects, wireless signal receives, projector (6) and wireless signal receive, projector (9) is by electronic communications network (ECN) networking realization distance signal transmission in correspondence with each other, coding receptor (7) is connected with electronic program device (1) with signal link by the power supply line, and coding receptor (7) is identical with the tuning frequency of coded transmitter (8).

For controlling conveniently, also can be connected with source switch (10A) between above-mentioned power supply (10) and the electronic program device (1).Also can be connected with car switch plug (2A) between above-mentioned lock electric switch power supply (2) and the electronic program device (1).

Above-mentioned electronic program device (1) includes to remove and reports to the police and connection ignition system circuit (11), automatically wait to warn and automatic alarm circuit (12), warning and delaying circuit (13), the input end of wherein removing warning and connection ignition system circuit (11) is connected with coding receptor (7), mouth respectively with wait automatically to warn, the input end of automatic alarm circuit (12) and priming supply interface (4) connects, automatically wait to warn, the mouth of automatic alarm circuit (12) is connected with the input end of warning and delaying circuit (13) respectively and receives with wireless signal, projector (6) connects, as shown in Figure 2.

The schematic diagram of the utility model embodiment as shown in Figure 3, lock electric switch power supply (2) among Fig. 1 is the B point among Fig. 3, car door sensitive switch (3) among Fig. 1 is the H point among Fig. 3, priming supply interface (4) among Fig. 1 is the W among Fig. 3, annunciator among Fig. 1 (5) is that the A point among Fig. 3 inserts, wireless signal among Fig. 1 receives, projector (6) is the P2 among Fig. 3, coding receptor (7) among Fig. 1 is the P1 among Fig. 3, power supply among Fig. 1 (10) is the E power supply point among Fig. 3, annunciator among Fig. 1 (5) is connected with A point among Fig. 3, the remote-controlled launcher that coded transmitter among Fig. 1 (8) is carried for user's configuration, wireless signal receives among Fig. 1, projector (9) is specified the mobile communication device (mobile phone or pager etc.) of use for the user, A is a machine tool among above-mentioned Fig. 1, machine tool A installs onboard during use, and handset B is carried by the user.Above-mentioned releasing is reported to the police and is connected ignition system circuit (11) and includes relay J 1, J2, aerotron V1, V2, diode D1, D2, three-terminal voltage-stabilizing pipe VTC1, cond C1～C3 and resistor R 1, R2, automatically wait to warn and automatic alarm circuit (12) includes relay J 6, aerotron V9～V13, diode D14～D19, three-terminal voltage-stabilizing pipe VTC2, cond C13, C14 and resistor R 10, R11, R14～R17, R19, warning and delaying circuit (13) includes relay J 3～J5, aerotron V3～V8, diode D3～D13, time-delay ic chip 1～IC3, cond C4～C12 and resistor R 3～R9, R12, R13, R18, wherein relay J 1 is by the open contact K2B ground connection of relay J 2, normally closed point by relay J 1 contact K1B is connected with the collecting electrode of aerotron V1, normally closed point by relay J 3 contact K3C is connected with lock electric switch power supply (2) (the B point among Fig. 3), normal battle and diode D1 by relay J 3 contact K3C are connected with annunciator (5) (the A point among Fig. 3), and the open contact K1C of relay J 1 is connected with priming supply interface (4) (the W point among Fig. 3); Relay J 2 is by normal battle of the ground connection of relay J 3 contact K3A, and open contact K1A and power supply (10) the E point by relay J 1 is connected, and relay J 2 is passed through aerotron V2, diode D2 and is connected with the receptor (7) (P1 among Fig. 3) of encoding; Relay J 3 is connected with time-delay ic chip 1 by its open contact K3B, and relay J 3 is connected with wireless signal reception, projector (6) (P2 among Fig. 3) by aerotron V3, V4, diode D3, D4; Relay J 4 is connected with time-delay ic chip 1 by cond C10; Relay J 5 is connected with wireless signal reception, projector (6) (P2 among Fig. 3) by aerotron V7; Relay J 6 is connected with car door sensitive switch (3) (H among Fig. 3) by diode D14, aerotron V12, V11, is connected with the normally closed point of relay J 3 contact K3A by its open contact K6A.

During the utility model work, when in a single day the robber pries open car door or headstock protecgulum and boot lid, H switch among Fig. 3 (being car door sensitive switch (3) among Fig. 1) is connected ground wire, be communicated with the V9 transistor base through R19, make V9 be in conducting state, the constant voltage power suspply that provides from UTC2 is through D15, V9 delivers to the V10 base stage, make V10 conducting over the ground, the adhesive of J6 relay, the J6 relay contact K6A closure of often making war, make the J6 self-locking, the normal closure simultaneously of making war also of K6B, the E power supply is delivered to V6 by D17, the V6 conducting, tripod had voltage output through D9 after IC2 added voltage, R12 is to the V7 base stage, V7 connects over the ground, the J5 adhesive, the K5A closing of contact, making the P2 system (is that wireless signal receives among Fig. 1, projector (6)) the extraction storage assembly keyed jointing in is logical, the adhesive of J5 since the time-lag action of IC2 discharge after only keeping the several seconds, IC3 also enters mode of operation after about 2 seconds, the IC3 tripod also has voltage output through R13, and D10 delivers to the V7 base stage, makes J5 adhesive for the second time, emission function among the P2 is started, the code signal that extracts gone out thereby reach with wireless signal to spatial emission by communication network receive, the signal transfer function of projector (9) reaches the purpose of warning, during the transmission of this alerting signal with, because the effect of R16 and C14, delay time V13 conducting after about 2 minutes, the emitter of V13 have the voltage output of 12V, and V12 is ended, J6 discharges, and complete machine recovers to treat alert state.If the robber crawls into operator's compartment from vehicle window, open the car electric switch with the key of stealing, joining, because the car ignition system is to be in power-off condition, car not only can't start, and because the car electric switch is opened, the on of electric switch power supply, power supply have entered B point shown in Figure 3, power to V1 from the K1B normally closed contact through the J1 relay coil, V1 conducting after several seconds, to the V11 base stage, V11 is conducting over the ground through R17, D19, and J6 and J5 repeat to realize above-mentioned All Alerts function in the program process of IC2 and IC3.If vehicle is driven away car by force by the robber in the way of travelling, the owner can be immediately with vehicular telephone or look for call box to put through nearby the password that annunciator sets is installed on the car, (be that wireless signal receives among Fig. 1 then by P2 shown in Figure 3 system, projector (6)) receive this code signal after, output voltage signal is imported through D3 to the V3 base stage from the X point, the V3 conducting, the adhesive of J3 relay, the K3A closing of contact, the J3 self-locking, the K3C contact separation disconnects B-source simultaneously, and the J1 relay discharges, and the W priming supply disconnects, vehicle is flame-out, the while K3B closing of contact, the E power supply enters the alert program system through D13, repeats above-mentioned alert program.When needing oneself to open the car door driving as the owner, can use earlier with handset (coded transmitter (8)) press the decoded signal key on the projector, the car owner just opens car door at any time and stamps the electric switch key and can not enter alarm condition, when the car owner presses remote control transmitter decoding key, the B1 (antenna) of this signal from P1 enters received code device (7), after decoding output voltage signal from the N point through D2 to the V2 base stage, V2 is conducting over the ground, the adhesive of J2 relay, the K2A closing of contact, the J2 self-locking, the K2B contact is also closed simultaneously, when the car owner stamps car electric switch power supply, power supply enters J1 from the B point, the J1 village device adhesive that continues, the K1B contact is also closed simultaneously with the J1 self-locking, and at this moment W ignition system power supply is through the K1C closing of contact and conducting, vehicle can start, because the K2A closing of contact, the ground wire that will be connected in normally closed some alert program circuit of this contact disconnects, thereby the warning phenomenon of can not reporting to the police when driving.The utility model in use, car owner's switch-off shuts behind the car door about about two minutes, this warning enters the alert state for the treatment of automatically.

The utility model is owing to adopt the structure that is provided with machine tool and handset, it both can make the machine tool work that is installed on the antitheft thing send the priming supply of the alerting signal and the while cutting off machine motor vehicle of overlength distance, the machine of giving that the owner is carried receives stolen signal again, to take the actv. measure that catches a thief, therefore, the utility model can guarantee really to play theft-proof effect from the measure of two aspects; The utility model is a kind of rational in infrastructure, designs ingenious, convenient and practical, that anti-theft effect is good a kind of control warning device that shakes at a distance, and this device is controlled distance and can be reached more than thousands of kilometers.

Claims

1, a kind of control warning device that shakes at a distance, it is characterized in that including machine tool A and handset B, wherein machine tool A includes power supply (10), electronic program device (1), lock electric switch power supply (2), car door sensitive switch (3), priming supply interface (4), annunciator (5), wireless signal receives, projector (6), coding receptor (7), handset B includes coded transmitter (8), wireless signal receives, projector (9), electronic program device (1) by line respectively with power supply (10), lock electric switch power supply (2), car door sensitive switch (3), priming supply interface (4), annunciator (5) connects, and the electronic program device is by power supply line and signal link and wireless signal reception, projector (6) connects, wireless signal receives, projector (6) and wireless signal receive, projector (9) is by electronic communications network (ECN) networking realization distance signal transmission in correspondence with each other, coding receptor (7) is connected with electronic program device (1) with signal link by the power supply line, and coding receptor (7) is identical with the tuning frequency of coded transmitter (8).

2, the control warning device that shakes at a distance according to claim 1 is characterized in that also can being connected with source switch (10A) between above-mentioned power supply (10) and the electronic program device (1).

3, the control warning device that shakes at a distance according to claim 1 is characterized in that also can being connected with car switch plug (2A) between above-mentioned lock electric switch power supply (2) and the electronic program device (1).

4, according to claim 1 or the 2 or 3 described control warning devices that shake at a distance, it is characterized in that above-mentioned electronic program device (1) includes the releasing warning and connects ignition system circuit (11), automatically wait to warn and automatic alarm circuit (12), warning and delaying circuit (13), the input end of wherein removing warning and connection ignition system circuit (11) is connected with coding receptor (7), mouth respectively with wait automatically to warn, the input end of automatic alarm circuit (12) and priming supply interface (4) connects, and waits automatically to warn, the mouth of automatic alarm circuit (12) is connected with the input end of warning and delaying circuit (13) respectively and receives with wireless signal, projector (6) connects.

5, the control warning device that shakes at a distance according to claim 4, it is characterized in that above-mentioned releasing is reported to the police and connection ignition system circuit (11) includes relay J 1, J2, aerotron V1, V2, diode D1, D2, three-terminal voltage-stabilizing pipe VTC1, cond C1～C3 and resistor R 1, R2, automatically wait to warn and automatic alarm circuit (12) includes relay J 6, aerotron V9～V13, diode D14～D19, three-terminal voltage-stabilizing pipe VTC2, cond C13, C14 and resistor R 10, R11, R14～R17, R19, warning and delaying circuit (13) includes relay J 3～J5, aerotron V3～V8, diode D3～D13, time-delay ic chip 1～IC3, cond C4～C12 and resistor R 3～R9, R12, R13, R18, wherein relay J 1 is by the open contact K2B ground connection of relay J 2, normally closed point by relay J 1 contact K1B is connected with the collecting electrode of aerotron V1, normally closed point by relay J 3 contact K3C is connected with lock electric switch power supply (2) B point, normal battle and diode D1 by relay J 3 contact K3C are connected with annunciator (5) A point, and the open contact K1C of relay J 1 is connected with priming supply interface (4) W point; Relay J 2 is by normal battle of the ground connection of relay J 3 contact K3A, and open contact K1A and power supply (10) the E point by relay J 1 is connected, and relay J 2 is passed through aerotron V2, diode D2 and is connected with receptor (7) P1 that encodes; Relay J 3 is connected with time-delay ic chip 1 by its open contact K3B, and relay J 3 is connected with wireless signal reception, projector (6) P2 by aerotron V3, V4, diode D3, D4; Relay J 4 is connected with time-delay ic chip 1 by cond C10; Relay J 5 is connected with wireless signal reception, projector (6) P2 by aerotron V7; Relay J 6 is connected with car door sensitive switch (3) H by diode D14, aerotron V12, V11, is connected with the normally closed point of relay J 3 contact K3A by its open contact K6A.