CN101695093A - Oscillatory type burglarproof method based on GPS global locating cellphone - Google Patents
Oscillatory type burglarproof method based on GPS global locating cellphone Download PDFInfo
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- CN101695093A CN101695093A CN200910308785A CN200910308785A CN101695093A CN 101695093 A CN101695093 A CN 101695093A CN 200910308785 A CN200910308785 A CN 200910308785A CN 200910308785 A CN200910308785 A CN 200910308785A CN 101695093 A CN101695093 A CN 101695093A
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Abstract
The invention relates to a cellphone, in particular to an oscillatory type burglarproof method based on a GPS global locating cellphone, the oscillatory type burglarproof method based on the GPS global locating cellphone is characterized in that when the cellphone is in a burglarproof mode, a cellphone applying and processing circuit detects the change of the vehicles through a vibration transducer inside the cellphone, when the vibration transducer changes, the cellphone applying and processing circuit outputs prompt information to the communicating terminals of numbers according to the group of numbers set in the storage unit of the cellphone.
Description
Technical field
The present invention relates to a kind of mobile phone, particularly based on the oscillatory type burglarproof method of GPS global locating cellphone.
Background technology
Existing automobile anti-theft alarm has employing vibrating sensor structure, provides output alarm signal as the vibration that detects vehicle by vibrating sensor.Because it is a lot of that the vehicle of this alarm is installed, alarm can't be distinguished the vibration vehicle again, affects the result of use of this product greatly.
For this reason, the collection vibrating sensing of up-to-date appearance, GPS location, GSM, GPRS module and the wireless public network automobile anti-theft alarm that is transmitted as one arises at the historic moment.This alarm can not only solve the identification problem of stolen vehicle, can also send the locating information that GPS obtains to car owner by GSM, GPRS module simultaneously.
Yet this automobile anti-theft alarm price is higher, can only be used for automobile anti-theft alarm, has limited the popularization of this product.This product is installed in addition needs the professional to carry out, and maintenance and repair is very inconvenient.
Summary of the invention
The purpose of this invention is to provide a kind of working service convenient, not only can be antitheft but also can be used as the oscillatory type burglarproof method that mobile phone uses based on the GPS global locating cellphone.
The object of the present invention is achieved like this, oscillatory type burglarproof method based on the GPS global locating cellphone, it is characterized in that: when mobile phone is in anti-theft modes, mobile phone is used treatment circuit and is detected the vehicle variation by the vibrating sensor in the mobile phone, when vibrating sensor changed, mobile phone was used treatment circuit according to exporting information in the given sets of numbers of mobile phone EMS memory storage unit to the communication terminal of this number.
Described mobile phone is used treatment circuit after communication terminal output information, mobile phone is used the order that treatment circuit is used for the received communication terminal, and sending controlled in wireless information to automotive control circuit according to the bluetooth communication circuit of order control mobile phone, automotive control circuit receives control information and finishes vehicle parking is controlled.
Described mobile phone be used for the received communication terminal pull out into phone, the electromagnetic radiation that produces during by the mobile phone received signal realizes the control of automobile.
Description of drawings
The invention will be further described below in conjunction with the embodiment accompanying drawing.
Fig. 1 provides the block diagram of embodiments of the invention mobile phone circuit;
Fig. 2 provides a main menu of mobile telephone schematic diagram that increases anti-theft modes;
Fig. 3 is an anti-theft modes submenu schematic diagram;
Fig. 4 is the mobile phone embodiment circuit block diagram that increases vibrating sensor and have GPS global location receiving circuit in mobile phone;
Fig. 5 provides the enforcement circuit block diagram schematic diagram of automotive control circuit 14;
Fig. 6 provides the another kind of automotive control circuit 14 and implements the circuit block diagram schematic diagram.
Among the figure: 1, mobile phone emission, received signal treatment circuit; 2, display; 3, keyboard; 4, mobile phone is used treatment circuit; 5, Bluetooth of mobile phone telecommunication circuit; 6, GPS global location receiving circuit; 7, Flash memory; 8, USB interface; 9, sensing unit; 10, automobile control bluetooth communication circuit; 11, automobile control processing circuit; 12, output driving circuit; 13, control output end; 14, automotive control circuit; 15, vibrating sensor.
Embodiment
As shown in Figure 1, provide the block diagram of embodiments of the invention mobile phone circuit, basic identical the comprising of mobile phone of it and existing band Bluetooth of mobile phone telecommunication circuit, mobile phone emission, received signal treatment circuit 1, display 2, keyboard 3, mobile phone are used treatment circuit 4, Bluetooth of mobile phone telecommunication circuit 5; Flash memory 7 and USB interface 8.Distinguishing with existing mobile phone is to have increased sensing unit 9, and when sensing unit 9 is GPS global location receiving circuit 6, identical from the mobile phone of mobile phone hardware structure and navigation of existing band global location and bluetooth communication circuit; And when sensing unit 9 is vibrating sensor 15, changes screen and have the mobile phone of bluetooth communication circuit identical from mobile phone hardware structure and existing band telekinesis.Different with existing mobile phone is, mobile phone comprises in the anti-theft modes (at mobile phone menu or shortcut), when mobile phone enters anti-theft modes, be placed on simultaneously in the car (various motor vehicle), it promptly is that vibrating sensor 15 constantly detects the vehicle variation by the sensing unit in the mobile phone 9 that mobile phone in the mobile phone is used treatment circuit 4, when vibrating sensor 15 changed, the mobile phone in the mobile phone was used treatment circuit according to exporting information in the given sets of numbers of mobile phone EMS memory storage unit to the communication terminal of this number.The sets of numbers that the mobile phone EMS memory storage unit is given can be stored in the Flash memory 7 of mobile phone by set one or more telephone numbers under editing mode.When sensing unit 9 detected the variation of vehicle, the telephone number that the mobile phone application treatment circuit in the mobile phone reads in the Flash memory 7 immediately sent information to the mobile phone terminal of telephone number correspondence, the car owner of notice mobile phone terminal machine master or vehicle.The car owner of mobile phone terminal machine master or vehicle by return information or transmission note or make a phone call and give an order and use treatment circuit 4 to mobile phone by phone, mobile phone is used treatment circuit 4 and is received the note of the return information of communication terminal or transmission or make a phone call and send controlled in wireless information by the give an order Bluetooth circuit of control mobile phone of phone to automotive control circuit 14, and automotive control circuit 14 receives control information and finishes parking control to vehicle.Certainly mobile phone is used the Bluetooth circuit 5 that treatment circuit 4 also can control in the mobile phone immediately and is sent controlled in wireless information to vehicle control device 14, and vehicle control device receives control information and finishes parking control to vehicle.Which kind of mode of the selection of arriving may be determined by setting in advance in the menu of mobile phone.And mobile phone is when anti-theft modes withdraws from, mobile phone is used treatment circuit 4 needs the bluetooth communication circuit 5 in the control mobile phone to send the wireless control information that resets to automotive control circuit 14, automotive control circuit 14 makes vehicle be in normal condition after receiving the control information that resets, and can travel normally.
Fig. 2 and Fig. 3 provide a mobile phone menu schematic diagram that increases anti-theft modes, so that more detailed description thought of the present invention.As shown in Figures 2 and 3, make mobile phone enter anti-theft modes in the main menu of mobile telephone, enter submenu Fig. 3 of anti-theft modes then by keyboard 3 or stylus.In Fig. 3, comprise state, notify phone, password is set, control mode and help information.Wherein, can select after getting the hang of and enter anti-theft modes or withdraw from anti-theft modes.Notice in the phone the exportable mobile communication phone number number that receives short message one or more.In being set, password can input password, after mobile phone receives password, and can be by the bluetooth communication circuit 5 in the mobile phone to automotive control circuit 14 output control informations.Password is set can be revised at any time.Stop after in control mode, can selecting the Long-distance Control parking or detecting sensing unit 9 signals.Detailed operation instruction is arranged in help information.
Below in conjunction with submenu Fig. 3 of anti-theft modes according to the format description of the submenu course of work of the present invention: as shown in Figure 1, mobile phone enters anti-theft state when mobile phone is made as out the submenu state in the anti-theft modes, and at this moment mobile phone can be placed on the position of safety in the car (various motor vehicle).When the submenu state in anti-theft modes is made as out, mobile phone is used treatment circuit 4 will a delay time, so that the signal that is caused by the mobile phone sensing unit in delay time does not produce effect.Help calm mobile phone being placed on home.Delay time generally can be located at 1-10 minute.After the delay time, mobile phone is used treatment circuit 4 and is changed by the 15 continuous vehicles that detect of the vibrating sensor in the mobile phone, when vibrating sensor 15 changes, the telephone number that mobile phone application treatment circuit 4 reads in the Flash memory 7 immediately sends information to the mobile phone terminal of telephone number correspondence, the car owner of notice mobile phone terminal machine master or vehicle; Simultaneously, mobile phone use treatment circuit 4 read status word in the control mode be set at Long-distance Control stop or detect sensing unit 9 signals after stop, as be set at and stop after detecting the sensing unit signal, mobile phone in the mobile phone is used treatment circuit and is controlled mobile phone immediately and send control information to vehicle control device 14, and vehicle control device receives control information and finishes parking control to vehicle.Being set at Long-distance Control as status word stops, the car owner of mobile phone terminal machine master or vehicle by return information or transmission note or make a phone call and give an order and use treatment circuit to the mobile phone in the mobile phone by phone, mobile phone is used treatment circuit 4 and is received the note of the return information of communication terminal or transmission or make a phone call and send control information by the phone control mobile phone of giving an order to automotive control circuit 14, and automotive control circuit 14 receives control information and finishes parking control to vehicle.
Fig. 4 increases vibrating sensor in mobile phone, also have GPS global location receiving circuit 6 simultaneously, and embodiment 2 can finish Vehicular vibration simultaneously and report to the police and the vehicle mobile alarm; When mobile phone is made as out the submenu state in the anti-theft modes, mobile phone enters anti-theft state, mobile phone is placed on the position of safety in the car (various motor vehicle), after delay time finishes, when vibrating sensor 15 has signal to change, the telephone number that mobile phone application treatment circuit 4 reads in the Flash memory 7 immediately sends information to the mobile phone terminal of telephone number correspondence, the car owner of notice mobile phone terminal machine master or vehicle; Mobile phone is used the geographical location information variation that treatment circuit 4 constantly detects GPS global location receiving circuit 6 then, after vehicle has geographical position more than 14 meters to change, the telephone number that mobile phone application treatment circuit 4 reads in the Flash memory 7 immediately sends geographical location information change information or more specific location information to the mobile phone terminal of telephone number correspondence, the car owner of notice mobile phone terminal machine master or vehicle.Ensuing processing procedure can be identical with Fig. 4.
Because mobile phone has GPS global location receiving circuit 6, though function and anti-theft effect all put in place very much, this obtains performance with price.
Fig. 5 provides the enforcement circuit block diagram schematic diagram of automotive control circuit 14, and automotive control circuit 14 comprises automobile control bluetooth communication circuit 10, automobile control processing circuit 11, output driving circuit 12 and control output end 13.Automobile control bluetooth communication circuit 10 is electrically connected with automobile control processing circuit 11, automobile control processing circuit 11 reads the control command information that automobile control bluetooth communication circuit 10 receives, state according to control command information decision output driving circuit 12, when control command information is parking order, the A of control output end 13, B disconnect, when control command information is reset command, the A of control output end 13, B short circuit.
Certainly, automotive control circuit 14 also can adopt other circuit form, the vibration signal that sends as mobile phone, ELECTROMAGNETIC RADIATION SIGNATURE when ELECTROMAGNETIC RADIATION SIGNATURE under the mobile phone accepting state or mobile phone transmit, the ELECTROMAGNETIC RADIATION SIGNATURE under the mobile phone accepting state are the ELECTROMAGNETIC RADIATION SIGNATURE that sends the mobile phone generation by the car owner of mobile phone terminal machine master or vehicle to mobile phone by the time interval and number of times to.Open a way or short circuits by the time interval and number of times decision control output end 13 that ELECTROMAGNETIC RADIATION SIGNATURE produces.
Fig. 6 is another kind of automotive control circuit 14 embodiment, and sort circuit is the control that the electromagnetic radiation that produces when utilizing the mobile phone received signal realizes automobile.The I/O mouth of automobile control processing circuit 11 connects a resistance R under tri-state state, resistance R can be chosen between 0.4-10M.When mobile phone in received signal with when transmitting, the electromagnetic radiation of generation can be disturbed the I/O mouth state under the tri-state state, the time interval and number of times are realized the control of automobile when detecting I/O mouth state variation.Generally speaking, mobile phone is receiving emittance maximum when being made a phone call to be in receiving course, and as R during at 2M, automotive control circuit 14 has 10-20cm can make I/O mouth state variation apart from mobile phone.The phone number of times that automobile control processing circuit 11 can select to need insert by toggle switch, automobile control processing circuit 11 are set in 1 fen kind or have several times phone squeeze in 30 seconds, realize the control to automobile.Reset and to adopt manual circuit to reset or 1 fen kind or have several times phone squeeze in 30 seconds.
The difference of Fig. 5 and Fig. 6 maximum is that Figure 10 power consumption is little, and circuit cost is low, simplicity of design.Deficiency is that control is inconvenient, and reliability is not as Fig. 6.Because mobile phone only when anti-theft modes, is just put into the place near automotive control circuit 14, therefore, can not cause the driving influence at ordinary times.
In fact automotive control circuit 14 also can adopt mobile phone emission, received signal treatment circuit 1, automobile control processing circuit 11, output driving circuit 12 and the control output end 13 of mobile phone circuit.In this mode, as long as automobile control processing circuit 11 detects mobile phone emission, the received signal treatment circuit 1 of mobile phone circuit when control parking order information is arranged, the A of control output end 13, B disconnect, when control command information is reset command, and the A of control output end 13, B short circuit.
Claims (3)
1. based on the oscillatory type burglarproof method of GPS global locating cellphone, it is characterized in that: when mobile phone is in anti-theft modes, mobile phone is used treatment circuit and is detected the vehicle variation by the vibrating sensor in the mobile phone, when vibrating sensor changed, mobile phone was used treatment circuit according to exporting information in the given sets of numbers of mobile phone EMS memory storage unit to the communication terminal of this number.
2. the oscillatory type burglarproof method based on the GPS global locating cellphone according to claim 1, it is characterized in that: described mobile phone is used treatment circuit after communication terminal output information, mobile phone is used the order that treatment circuit is used for the received communication terminal, and sending controlled in wireless information to automotive control circuit according to the bluetooth communication circuit of order control mobile phone, automotive control circuit receives control information and finishes vehicle parking is controlled.
3. the oscillatory type burglarproof method based on the GPS global locating cellphone according to claim 1 is characterized in that: described mobile phone be used for the received communication terminal pull out into phone, the electromagnetic radiation that produces during by the mobile phone received signal realizes the control of automobile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910308785A CN101695093A (en) | 2009-10-26 | 2009-10-26 | Oscillatory type burglarproof method based on GPS global locating cellphone |
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| Application Number | Priority Date | Filing Date | Title |
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| CN200910308785A CN101695093A (en) | 2009-10-26 | 2009-10-26 | Oscillatory type burglarproof method based on GPS global locating cellphone |
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| CN101695093A true CN101695093A (en) | 2010-04-14 |
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| CN200910308785A Pending CN101695093A (en) | 2009-10-26 | 2009-10-26 | Oscillatory type burglarproof method based on GPS global locating cellphone |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105270322A (en) * | 2015-09-17 | 2016-01-27 | 北京奇虎科技有限公司 | Safety state identifying and alarming method and system for intelligent terminal and intelligent terminal |
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2009
- 2009-10-26 CN CN200910308785A patent/CN101695093A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105270322A (en) * | 2015-09-17 | 2016-01-27 | 北京奇虎科技有限公司 | Safety state identifying and alarming method and system for intelligent terminal and intelligent terminal |
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Application publication date: 20100414 |