CN104270519A

CN104270519A - Mobile phone remote controller for state of automobile

Info

Publication number: CN104270519A
Application number: CN201410501770.4A
Authority: CN
Inventors: 罗海洋
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-09-27
Filing date: 2014-09-27
Publication date: 2015-01-07

Abstract

The invention relates to a mobile phone remote controller for the state of an automobile. The remote controller comprises an ignition control circuit, a switch type voltage stabilizing circuit, an automobile door lock control circuit, a GPS module and a mobile phone and is characterized in that the ignition control circuit is composed of relays from K1 to K4, triodes from T1 to T4, diodes from D1 to D4, resistors from R1 to R4, a capacitor C1, a capacitor C2, a resistor R01 and a resistor R02. The output wire of the remote controller is connected with a plug wire bank J1, the switch type voltage stabilizing circuit is composed of relays from K5 to K8, triodes from T5 to T8, diodes from D5 to D8, resistors from R5 to R8 and a resistor R03, the output wire of the switch type voltage stabilizing circuit is connected with a plug wire bank J2, the automobile door lock control circuit is composed of a relay K9, a relay K10, a triode T9, a triode T10, a diode D9, a diode D10, a resistor R9 and a resistor R10, the output wire of the automobile door lock control circuit is connected with a plug wire bank J4, the output wire of the GPS module is connected with the plug wire bank J3, a phone card is inserted in the GPS module, and the mobile phone is bound to the GPS module. Compared with the prior art, the remote controller has the advantages that the anti-theft performance is higher, remote control is achieved, and real-time monitoring is achieved, and it can be guaranteed that normal use of the original automobile is not affected after the remote controller breaks down.

Description

Vehicle condition cell phone remote control

Technical field

The present invention relates to the technical field of automobile burglar and remote control vehicle, specifically by the client of the network platform and bundled user mobile phone, in real time vehicle is carried out to the vehicle condition cell phone remote control of monitoring management.

Background technology

There are following problems in lock control system of the prior art: 1, automobile lock control system, the two-way interaction cannot set up between vehicle remote control device with lock control module connects, be only remote controller passive send radio signal, and passive the receiving radio signals of lock control module, often can not confirm the state of car, specifically, can not to car door whether locking carry out confirmation feedback, easily cause stolen property accident important in car, some driver is after pressing car locking remote controller buttons, just think the inevitable locking of vehicle, but usually due to a variety of causes, vehicle is locking not.2, the sense organ of the state of door lock for vehicle and driver or sense of touch cannot be set up and contact, due to the carelessness of driver, often cause above-mentioned stolen property, What is more, the stolen phenomenon of vehicle will occur.3, even to this day, everybody generally knows, cold start directly uses, and very large to automobile injury, especially winter, and northern China, that injury is self-evident especially, but many times with but having to when car so do; How can carry out hot car in advance, protection automobile, is necessary very much.

There are quality problems in the product commercially for remote activation, has a great impact the normal use of former car, has a strong impact on the normal use of former car.

Summary of the invention

The object of the present invention is to provide a kind of client by the network platform and bundled user mobile phone, realize the vehicle condition cell phone remote control of Long-distance Control, monitoring in real time.

Technical scheme adopted to achieve the object of the present invention is as follows:

1, a vehicle condition cell phone remote control, comprise ignition control circuit, switch-type stabilized circuit, car door lock control circuit, GPS module, mobile phone, it is characterized in that, described ignition control circuit is by relay K ₁~ K ₄, triode T ₁~ T ₄, diode D ₁~ D ₄, resistance R ₁~ R ₄with electric capacity C ₁, C ₂, resistance R ₀₁, R ₀₂composition, its output line connects power socket J ₁, described switch-type stabilized circuit is by relay K ₅~ K ₈, triode T ₅~ T ₈, diode D ₅~ D ₈, resistance R ₅~ R ₈, R ₀₃composition, its output line connects power socket J ₂, described car door lock control circuit is by relay K ₉, K ₁₀, triode T ₉, T ₁₀, diode D ₉, D ₁₀, resistance R ₉, R ₁₀composition, its output line connects power socket J ₄, the output line of described GPS module connects power socket J ₃, phonecard is inserted in GPS module, with handset binding to GPS module.

2, the vehicle condition cell phone remote control as described in technical scheme 1, wherein, the power socket J of described ignition control circuit ₁connect the ignition switch end of automotive ignition wire harness, the power socket J of described switch-type stabilized circuit ₂the engine end of tie point live wire bundle, after GPS module receives the instruction of mobile phone, can send signal and carry out control relay K ₁~ K ₄work, causes automobile engine starting or flame-out.

3, the vehicle condition cell phone remote control as described in technical scheme 1, wherein, the power socket J of described car door lock control circuit ₄connect the central controlled lock on car and parking brake line, after GPS module receives the instruction of mobile phone, signal can be sent and carry out control relay K ₉~ K ₁₀work, causes lock to open or close.

4, the vehicle condition cell phone remote control as described in technical scheme 1, wherein, described GPS module is by the client of the network platform and bundled user mobile phone, when ignition control circuit is by improper shake-up, then GPS module sends warning message to mobile phone, when needing the wheelpath of enquiring vehicle real time position and certain time period, and the information that described GPS module is regularly uploaded to mobile phone by client and the information that individual irregularly inquires about, gather, map shows.

The present invention compared with prior art, has anti-theft strong, Long-distance Control, and the advantages such as monitoring in real time, can ensure after product breaks down, the normal use of former car can not have an impact.

accompanying drawing illustrates:

Fig. 1 is controller electrical schematic diagram of the present invention,

Fig. 2 is circuit board installation diagram of the present invention,

Fig. 3 is that cell-phone customer terminal of the present invention controls interface figure.

In Fig. 1 ~ Fig. 3, relay K ₁~ K ₄, triode T ₁~ T ₄, diode D ₁~ D ₄, resistance R ₁~ R ₄, resistance R ₀₁, R ₀₂, electric capacity C ₁, C ₂, power socket J ₁~ J ₄.

embodiment:

Below in conjunction with drawings and Examples, the present invention is further described:

As shown in Figure 1 and Figure 2, a kind of vehicle condition cell phone remote control, comprises ignition control circuit, switch-type stabilized circuit, car door lock control circuit, GPS module, mobile phone, and wherein, described ignition control circuit is by relay K ₁~ K ₄, triode T ₁~ T ₄, diode D ₁~ D ₄, resistance R ₁~ R ₄with electric capacity C ₁, C ₂, resistance R ₀₁, R ₀₂composition, its output line connects power socket J ₁, described switch-type stabilized circuit is by relay K ₅~ K ₈, triode T ₅~ T ₈, diode D ₅~ D ₈, resistance R ₅~ R ₈, R ₀₃composition, its output line connects power socket J ₂, described car door lock control circuit is by relay K ₉, K ₁₀, triode T ₉, T ₁₀, diode D ₉, D ₁₀, resistance R ₉, R ₁₀composition, its output line connects power socket J ₄, the output line of described GPS module connects power socket J ₃, phonecard is inserted in GPS module, with handset binding to GPS module.

The power socket J of described ignition control circuit ₁connect the ignition switch end of automotive ignition wire harness, the power socket J of described switch-type stabilized circuit ₂the engine end of tie point live wire bundle, after GPS module receives the instruction of mobile phone, can send signal and carry out control relay K ₁~ K ₄work, causes automobile engine starting or flame-out.

The power socket J of described car door lock control circuit ₄connect the central controlled lock on car and parking brake line, after GPS module receives the instruction of mobile phone, signal can be sent and carry out control relay K ₉~ K ₁₀work, causes lock to open or close.

Described GPS module is by the client of the network platform and bundled user mobile phone, when ignition control circuit is by improper shake-up, then GPS module sends warning message to mobile phone, when needing the wheelpath of enquiring vehicle real time position and certain time period, the information that described GPS module is regularly uploaded to mobile phone by client and the information that individual irregularly inquires about, gather, map shows.

Controller housing, when using, is first opened by first time, phonecard is inserted in GPS module, the requirement of each wire harness according to instruction for mounting is operated.

On Client handset install ease all car controls client, as Fig. 3 interface, when client want start vehicle time, open client and log in after, after pressing START key, instruction is sent to GPS module by client, then GPS module sends GPS ₁and GPS ₂signal, control relay K ₁, K ₂, K ₃, K ₄, K ₅work.

After client presses STOP key, instruction is sent to GPS module by client, then GPS module sends GPS ₁and GPS ₂signal, control relay K ₁, K ₂, K ₃, K ₄, K ₅quit work.

After client presses pass locking key, instruction is sent to GPS module by client, then GPS module sends GPS ₆signal, control relay K ₉work, car door lock is fastened.

After client presses unlock key, instruction is sent to GPS module by client, then GPS module sends GPS ₇signal, control relay K ₁₀work, car door is unblanked.

After client presses the positioning key in the lower left corner, client will enter link, the position at display vehicle place.

After client presses the query key in the lower right corner, client will enter link, display vehicle the place of process.

When main frame receives J _1-3signal after, then K ₆work, disconnects relay K ₁, K ₂, K ₃, K ₄; When main frame receives J _1-1signal after, control K ₇work, GPS ₃signal feedback in GPS module, main frame will quit work; After main frame receives the signal of parking brake K, K ₈work.

Claims

1. a vehicle condition cell phone remote control, comprise ignition control circuit, switch-type stabilized circuit, car door lock control circuit, GPS module, mobile phone, it is characterized in that, described ignition control circuit is by relay K ₁~ K ₄, triode T ₁~ T ₄, diode D ₁~ D ₄, resistance R ₁~ R ₄with electric capacity C ₁, C ₂, resistance R ₀₁, R ₀₂composition, its output line connects power socket J ₁, described switch-type stabilized circuit is by relay K ₅~ K ₈, triode T ₅~ T ₈, diode D ₅~ D ₈, resistance R ₅~ R ₈, R ₀₃composition, its output line connects power socket J ₂, described car door lock control circuit is by relay K ₉, K ₁₀, triode T ₉, T ₁₀, diode D ₉, D ₁₀, resistance R ₉, R ₁₀composition, its output line connects power socket J ₄, the output line of described GPS module connects power socket J ₃, phonecard is inserted in GPS module, with handset binding to GPS module.

2. vehicle condition cell phone remote control as claimed in claim 1, is characterized in that, the power socket J of described ignition control circuit ₁connect the ignition switch end of automotive ignition wire harness, the power socket J of described switch-type stabilized circuit ₂the engine end of tie point live wire bundle, after GPS module receives the instruction of mobile phone, can send signal and carry out control relay K ₁~ K ₄work, causes automobile engine starting or flame-out.

3. vehicle condition cell phone remote control as claimed in claim 1, is characterized in that, the power socket J of described car door lock control circuit ₄connect the central controlled lock on car and parking brake line, after GPS module receives the instruction of mobile phone, signal can be sent and carry out control relay K ₉~ K ₁₀work, causes lock to open or close.

4. vehicle condition cell phone remote control as claimed in claim 1, it is characterized in that, described GPS module is by the client of the network platform and bundled user mobile phone, when ignition control circuit is by improper shake-up, then GPS module sends warning message to mobile phone, when needing the wheelpath of enquiring vehicle real time position and certain time period, and the information that described GPS module is regularly uploaded to mobile phone by client and the information that individual irregularly inquires about, gather, map shows.