CN101257692A - Mobile phone capable of bidirectional automatic alarming and sub mobile phone thereof and bidirectional automatic alarming method - Google Patents
Mobile phone capable of bidirectional automatic alarming and sub mobile phone thereof and bidirectional automatic alarming method Download PDFInfo
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- CN101257692A CN101257692A CNA2008100906735A CN200810090673A CN101257692A CN 101257692 A CN101257692 A CN 101257692A CN A2008100906735 A CNA2008100906735 A CN A2008100906735A CN 200810090673 A CN200810090673 A CN 200810090673A CN 101257692 A CN101257692 A CN 101257692A
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Abstract
The invention discloses a mobile telephone which can carry out the bidirectional automatic alarm, as well as a sub telephone and a method of idirectional automatic alarm. The vise codes can be sent between the mobile telephone and the sub telephone at regular intervals, the mobile telephone and the sub telephone may alarm when the mobile telephone or the sub telephone can not recieve the vise codes sent by the adversary beyond regular intervals. Using the invention, when the distance between the mobile telephone and the sub telephone is beyond certain value, the mobile telephone and the sub telephone con not recieve not recieve the vise codes sent by the adversary, and then alarm to inform the user to leave or lose the mobile telephone or the sub telephone, and tell the position of the mobile telephone and the sub telephone through sound alarm. One mobile telephone is provided with a plurality of sub telephones, the sub telephones are placed in different objects, so as to achieve the anti-theft and anti-lost aim.
Description
Technical field
The invention belongs to the technical field of communication terminal, specifically a kind of mobile phone and handset thereof that can bidirectional automatic alarming, and the method that realizes bidirectional automatic alarming between mobile phone and its handset.
Background technology
Along with the maturation and the development of mobile communication technology, the function of mobile phone (claiming mobile phone again) is more and more.The user not only requires mobile phone to have the function of conversation, transmitting-receiving short message, send and receive e-mail, browsing page, playing back music, view and admire functions such as film, photograph, GPRS (General PacketRadio Service, GPRS) data service but also wish to have.These functions have been brought very big convenience to people, meet fast pace, high efficiency social demand, are subjected to user's welcome deeply.
But mobile phone is because of little, the lightweight cause of volume, and being easy to pass into silence causes losing, and also meets with easily and has things stolen, so many users wish that mobile phone has the function that can send alarm signal when mobile phone is lost or be stolen from the trend user, avoids loss with this.Simultaneously, also wish one or more article carry, for example parcel, wallet etc. perhaps need the children that look after, and away from oneself at one's side the time, mobile phone can send alarm signal automatically, the prompting user.
At present, wireless anti-loss device technology is more and more ripe, has been widely used in various occasions, for everybody has brought many facilities.The general frequency range that adopts of wireless anti-loss device is general purpose I SM (IndustrialScientific Medical) frequency range, and this frequency range is the not restriction of use authority at home and abroad, can freely use.Wireless anti-loss device can adopt the chip that has transmission, receives the digital information function, can realize transfer of data easily like this.
Summary of the invention
The technical problem to be solved in the present invention provides a kind of mobile phone and handset thereof with the alert function of anti-report lost, and when surpassing certain distance between mobile phone and the arbitrary handset, mobile phone and this handset can be sent warning, to remind the user.The present invention also provides a kind of method that realizes mobile phone and handset warning function thereof.
In order to address the above problem, the invention provides a kind of mobile phone that can bidirectional automatic alarming, comprising:
Mobile phone memory is used to store the authentication code of this mobile phone and the numbering and the authentication code of each handset;
Cell-phone microprocessor is used for reading from described mobile phone memory the authentication code and the output of this mobile phone;
The mobile phone alarm reflector is used to receive the mobile phone identification sign indicating number of described cell-phone microprocessor output, and when reaching a setting-up time, this mobile phone identification sign indicating number is launched;
The mobile phone alarm receiver is used to receive the handset authentication code that handset launches, and this handset authentication code is exported to described cell-phone microprocessor;
Handset warner is used for not receiving described mobile phone when receiving the authentication code of alarm output reaching a setting-up time cell-phone microprocessor, sends warning.
Further, described alarm comprises loud speaker and display screen, and described loud speaker is used to reach a setting-up time cell-phone microprocessor and does not receive described mobile phone when receiving the authentication code of alarm output, sends audible alarm signal; Described display screen is used for not receiving described mobile phone when receiving the authentication code of alarm output reaching a setting-up time cell-phone microprocessor, shows the numbering of corresponding handset.
The present invention also provides a kind of mobile phone handset that can bidirectional automatic alarming, comprising:
The handset memory is used to store the authentication code of corresponding mobile phone and the numbering and the authentication code of this handset;
The handset microprocessor is used for reading from described handset memory the authentication code and the output of this handset;
Handset alarm transmission device is used to receive the handset authentication code of described handset microprocessor output, and when reaching a setting-up time, this handset authentication code is launched;
The handset alarm receiver is used to receive the mobile phone identification sign indicating number that mobile phone launches, and this authentication code is exported to described handset microprocessor;
The handset alarm is used for not receiving described handset when receiving the authentication code of alarm output reaching a setting-up time handset microprocessor, sends warning.
Further, described alarm comprises loud speaker and display screen, and described loud speaker is used for not receiving described handset when receiving the authentication code of alarm output reaching a setting-up time handset microprocessor, sends audible alarm signal; Described display screen is used for not receiving described handset when receiving the authentication code of alarm output, the display alarm signal reaching a setting-up time handset microprocessor.
The present invention also provides a kind of method that realizes bidirectional automatic alarming between mobile phone and its handset, may further comprise the steps:
Mobile phone and its handset are carried out initialization respectively, enter holding state;
Mobile phone sends to handset every a setting-up time with its mobile phone identification sign indicating number, and handset sends to mobile phone every a setting-up time with its handset authentication code;
When mobile phone is received the handset authentication code of handset transmission, be that a mobile phone receives the timer assignment, mobile phone receives timer and carry out timing on this assignment basis; When handset is received the mobile phone identification sign indicating number of mobile phone transmission, be that a handset receives the timer assignment, handset receives timer and carry out timing on this assignment basis;
When mobile phone receives timer and reaches a setting-up time not by assignment again, send warning; At machine when receiving timer and reaching a setting-up time, send warning not by assignment again.
Further, described mobile phone carries out initialized flow process and comprises:
The user imports the numbering of each handset that needs use;
Each handset that cell-phone microprocessor give to need uses is distributed a timer, be numbered, and the handset authentication code and the timer of each handset that needs are used is set up one-to-one relationship;
Initialization mobile phone reflector, cell-phone microprocessor reads the mobile phone identification sign indicating number from mobile phone memory, and the mobile phone identification sign indicating number is sent to the mobile phone reflector;
Cell-phone microprocessor reads mobile phone launch time regularly from mobile phone memory, and mobile phone is regularly sent to the mobile phone reflector launch time;
The initialization handset receiver, all timers of initialization;
Cell-phone microprocessor reads regularly time of reception of mobile phone from mobile phone memory, and gives timer with mobile phone timing time of reception assignment;
Start handset receiver and mobile phone reflector, and start all timers, pick up counting, mobile phone carries out standby mode.
Further, described mobile phone carries out initialized flow process and comprises:
The handset microprocessor distributes a timer to give the handset alarm receiver;
Initialization handset alarm transmission device, the handset microprocessor reads the handset authentication code from the handset memory, and authentication code is sent to handset alarm transmission device;
The handset microprocessor reads handset launch time regularly from the handset memory, and handset is regularly sent to handset alarm transmission device launch time;
Initialization handset alarm receiver;
Initialization timing device, handset microprocessor read regularly time of reception of handset from the handset memory, and give timer with handset timing time of reception assignment;
Start handset alarm receiver and handset alarm transmission device;
Start timer, pick up counting, handset is carried out standby mode.
Further, the described method of sending warning is: send audible alarm signal by loud speaker, perhaps send light alarm by display screen, perhaps send vibration alarming by vibrator; Perhaps with advancing to adopt three kinds of modes or the wherein combination of dual mode arbitrarily.
Further, send when reporting to the police at mobile phone, demonstrate on the described display screen can not receive the numbering of the handset of handset authentication code.
When arbitrary handset of the present invention during away from mobile phone, because mobile phone and this handset can not receive the authentication code that the other side sends, when reaching setting-up time, mobile phone and handset all can be sent warning.On the one hand, can remind the user to have forgotten article or article are stolen, on the other hand, can also point out the user to forget or the position at the article place that is stolen by chimes of doom.
Description of drawings
Fig. 1 is the system block diagram of mobile phone of the present invention and handset thereof;
Fig. 2 is the theory diagram of mobile phone part of the present invention;
Fig. 3 is the theory diagram of handset part of the present invention;
Fig. 4 is the initialization flowchart that mobile phone of the present invention partly starts an embodiment of bidirectional automatic alarming function;
Fig. 5 is the workflow diagram that mobile phone of the present invention is partly realized an embodiment of bidirectional automatic alarming function;
Fig. 6 is the initialization flowchart that handset of the present invention starts an embodiment of bidirectional automatic alarming function;
Fig. 7 is the workflow diagram that handset of the present invention realizes an embodiment of bidirectional automatic alarming function.
Embodiment
The invention will be further described below in conjunction with the drawings and specific embodiments, can be implemented so that those skilled in the art can better understand the present invention also, but illustrated embodiment is not as a limitation of the invention.
But the mobile phone of bidirectional automatic alarming of the present invention can dispose a plurality of handsets, and mobile phone and each handset thereof have unique authentication code respectively.As shown in Figure 1, among this embodiment, mobile phone has been equipped with five handsets.
As shown in Figure 2, an embodiment that can realize the mobile phone of bidirectional automatic alarming of the present invention, this mobile phone comprises mobile phone memory, cell-phone microprocessor, mobile phone alarm reflector, mobile phone alarm receiver and handset warner, wherein:
Mobile phone memory is used to store the authentication code of this mobile phone and the numbering and the authentication code of each handset; This mobile phone memory can be provided with separately, also can with the shared memory of other functions of mobile phone;
Cell-phone microprocessor is used for reading the authentication code of this mobile phone and exporting to the mobile phone alarm reflector from mobile phone memory; This cell-phone microprocessor can be provided with separately, also can use the microprocessor on the cell phone mainboard;
The mobile phone alarm reflector is used to receive the mobile phone identification sign indicating number of described cell-phone microprocessor output, and when reaching a setting-up time, this mobile phone identification sign indicating number is launched;
The mobile phone alarm receiver is used to receive the handset authentication code that handset launches, and this handset authentication code is exported to described cell-phone microprocessor; Mobile phone alarm reflector and mobile phone alarm receiver can be provided with separately, also can use the antenna of mobile phone;
Handset warner is used for not receiving described mobile phone when receiving the authentication code of alarm output reaching a setting-up time cell-phone microprocessor, sends warning.
Wherein, mobile phone memory can also be used for memory mobile phone regularly launch time and timing time of reception, and cell-phone microprocessor reads regularly launch time from mobile phone memory, and exports to the mobile phone alarm reflector.For the mobile phone alarm reflector is provided with a timer, whenever this timer arrives the timing set during launch time, the mobile phone alarm reflector is launched the authentication code of mobile phone; For each handset is provided with a reception timer, cell-phone microprocessor reads regularly time of reception and gives reception timer assignment from mobile phone memory, and when receiving the handset authentication code of mobile phone alarm receiver output, be the reception timer assignment of this handset again.The timing time of reception that reaches setting when the reception timer of a certain handset is then controlled handset warner and is sent alarm signal during not by assignment again.This alarm signal can be the voice signal that is sent by loud speaker, also can be the light signal that is sent by display screen, can also be the vibration signal that is sent by vibrator.Certainly, these three kinds of modes also can adopt simultaneously, perhaps adopt wherein any two kinds simultaneously.Display screen can also be used to showing the numbering of out of touch handset.
As shown in Figure 3, with first handset is example, the structure that can realize the handset of bidirectional automatic alarming of the present invention is described, this first handset comprises the first handset memory, the first handset microprocessor, the first handset alarm transmission device, the first handset alarm receiver and the first handset alarm, wherein:
The first handset memory is used to store the numbering of this first handset and the authentication code of authentication code and mobile phone;
The first handset microprocessor is used for reading the authentication code of this first handset and exporting to the first handset alarm transmission device from the first handset memory;
The first handset alarm transmission device is used to receive the first handset authentication code of described first handset microprocessor output, and when reaching a setting-up time, this first handset authentication code is launched;
The first handset alarm receiver is used to receive the mobile phone identification sign indicating number that mobile phone launches, and this mobile phone identification sign indicating number is exported to the described first handset microprocessor;
The first handset alarm is used for not receiving described first handset when receiving the mobile phone identification sign indicating number of alarm output reaching a setting-up time first handset microprocessor, sends warning.
Wherein, the first handset memory can also be used to store first handset regularly launch time and timing time of reception, and the first handset microprocessor reads regularly launch time from the first handset memory, and exports to the first handset alarm transmission device.Be that the first handset alarm transmission device is provided with a timer, whenever this timer arrives the timing set during launch time, the first handset alarm transmission device is launched the authentication code of first handset; Be that first handset is provided with a reception timer, the first handset microprocessor reads regularly time of reception and gives reception timer assignment from the first handset memory, and when receiving the mobile phone identification sign indicating number of first handset alarm receiver output, receive the timer assignment for this again.The timing time of reception that reaches setting when this reception timer is then controlled the first handset alarm and is sent alarm signal during not by assignment again.This alarm signal can be the voice signal that is sent by loud speaker, also can be the light signal that is sent by display screen, can also be the vibration signal that is sent by vibrator.Certainly, these three kinds of modes also can adopt simultaneously, perhaps adopt wherein any two kinds simultaneously.
In above-mentioned mobile phone and handset, the timing time of reception of the mobile phone that sets should be less than the timing launch time of son, and the timing time of reception of each son should not to avoid wrong report less than the timing launch time of mobile phone.
The method of carrying out bidirectional automatic alarming between realization mobile phone of the present invention and the handset thereof is:
At first, when producing the mobile phone part with handset, need to give each handset be numbered, for example first handset is numbered the 1, the 4th handset and is numbered the 4, the 5th handset and is numbered 5 etc.The user uses for convenience, preferably number information is indicated in the user visible part, for example housing of handset.Simultaneously, the memory of each handset needs the handset authentication code of memory mobile phone authentication code and this handset self, and handset time of reception, handset launch time regularly regularly; The mobile phone memory of mobile phone part needs the handset authentication code of memory mobile phone authentication code and all handsets, and mobile phone time of reception, mobile phone timing launch time regularly.And handset regularly time of reception can not be less than mobile phone launch time regularly, and mobile phone regularly time of reception can not be less than handset launch time regularly.And between mobile phone identification sign indicating number and the handset authentication code, between handset authentication code and the handset authentication code identical authentication code can not be arranged.In the software systems of mobile phone part, need make the handset authentication code of each handset and handset numbering set up one-to-one relationship, for example first handset is numbered 1, corresponding handset authentication code 1; The 4th handset is numbered 4, corresponding handset authentication code 4; The 5th handset is numbered 5, corresponding handset authentication code 5 etc.
As shown in Figure 4, the initialization flow process of the startup bidirectional alarming function of one embodiment of the invention is:
Step 401: after the bidirectional automatic alarming function that is equipped with many handsets that starts the mobile phone part, the user imports the numbering (user can obtain numbering from handset) of each handset that needs use;
Step 402: cell-phone microprocessor utilizes the software systems of mobile phone then, distributes a software timer for each handset that needs to use, and is numbered, for example software timer 1, software timer 4, software timer 5 etc.;
Step 403: software systems are set up one-to-one relationship to the handset authentication code and the software timer of each handset that needs use, and for example set up following corresponding relation:
The corresponding software timer 1 of the handset authentication code of first handset,
The corresponding software timer 4 of the handset authentication code of the 4th handset,
The corresponding software timer 5 of the handset authentication code of the 5th handset;
Step 404: initialization mobile phone reflector;
Step 405: from mobile phone memory, read the mobile phone identification sign indicating number, and the mobile phone identification sign indicating number is sent to the mobile phone reflector;
Step 406: from mobile phone memory, read mobile phone launch time regularly, and mobile phone is regularly sent to the mobile phone reflector launch time;
Step 407: initialization handset receiver;
Step 408: all software timers of initialization;
Step 409: from mobile phone memory, read regularly time of reception of mobile phone, and give software timer with mobile phone timing time of reception assignment;
Step 410: start handset receiver, mobile phone reflector;
Step 411: start all software timers, pick up counting;
Step 412: mobile phone partly enters standby mode.
Like this, the mobile phone part has just been finished the initial work that starts the bidirectional automatic alarming function.Because the mobile phone reflector self has timer, so cell-phone microprocessor regularly sends to the mobile phone reflector launch time with mobile phone identification sign indicating number and mobile phone, and after starting the mobile phone reflector, the communication information that will contain the mobile phone identification sign indicating number that the mobile phone reflector just can self-timing sends.The mobile phone timer also can adopt hardware timer.
As shown in Figure 5, mobile phone realizes that partly the workflow of bidirectional automatic alarming function is:
Step 501: mobile phone enters standby mode;
Step 502: judge whether the user needs to close the bidirectional automatic alarming function, if desired, execution in step 503; Otherwise, execution in step 504;
Step 503: the power supply of handset receiver, mobile phone transmitter, process ends are closed in the little processing of mobile phone.
Step 504: the little processing of mobile phone checks whether all software timers arrive regularly time of reception of mobile phone, if there is one or more software timer to arrive execution in step 505; Otherwise, execution in step 506;
Step 505: send alarm signal, enter standby mode then once again;
Step 506: the interruption that whether has handset receiver to send over is checked in the little processing of mobile phone, if interruption is arranged, and execution in step 507; Otherwise, continue standby mode;
Step 507: read the handset authentication code in the handset receiver;
Step 508: the handset authentication code that the authentication code that reads and mobile phone memory store is compared;
Step 509: judge in the handset authentication code that mobile phone memory stores whether have the authentication code identical, if there is execution in step 510 with this authentication code that reads; Otherwise, continue standby mode;
Step 510: the software timer of handset authentication code correspondence is carried out the timing assignment, and pick up counting again; Enter standby mode once more.
According to above flow process, when one or more handsets away from the mobile phone part, when surpassing the range of receiving of handset receiver, handset receiver comes to contain the communication information of handset authentication code owing to can't regularly receive these handset timed sending, just can not send and interrupt to cell-phone microprocessor, because cell-phone microprocessor is not received interruption, then software systems just can't carry out assignment regularly for the software timer of these handset correspondences, after these software timers surpass regularly time of reception, will send software interrupt to software systems, after software systems are received software interrupt, then report to the police.Like this, mobile phone partly can be realized the function of reporting to the police.Certainly, in other embodiments, also can adopt hardware timer to carry out timing.
As shown in Figure 6, the initialization flow process of the handset of one embodiment of the present of invention startup bidirectional automatic alarming function is:
Step 601: microprocessor distributes a timer to give the handset alarm receiver;
Step 602: initialization handset alarm transmission device;
Step 603: from the handset memory, read the handset authentication code, and authentication code is sent to handset alarm transmission device;
Step 604: from the handset memory, read handset launch time regularly, and handset is regularly sent to handset alarm transmission device launch time;
Step 605: initialization handset alarm receiver;
Step 606: initialization timing device;
Step 607: from the handset memory, read regularly time of reception of handset, and give timer with handset timing time of reception assignment;
Step 608: start handset alarm receiver, handset alarm transmission device;
Step 609: start timer, pick up counting;
Step 610: handset enters standby mode.
Like this, handset has just been finished the initial work that starts the bidirectional automatic alarming function.Because handset alarm transmission device self has timer, so the handset microprocessor regularly sends to the mobile phone reflector launch time with handset authentication code and handset, and after starting handset alarm transmission device, the communication information that will contain authentication code that handset alarm transmission device just can self-timing sends.In other embodiments, can provide timer for handset by microprocessor.
As shown in Figure 7, the handset of one embodiment of the present of invention realizes that the workflow of bidirectional automatic alarming function is:
Step 701: handset enters standby mode;
Step 702: judge whether the user needs to close handset bidirectional automatic alarming function, if not, execution in step 703; If, process ends;
Step 703: check whether timer arrives regularly time of reception of handset, if arrive regularly time of reception of handset, execution in step 704; Otherwise, execution in step 705;
Step 704: send alarm signal, enter standby mode then once again;
Step 705: check the interruption that whether has the handset alarm receiver to send over, if interruption is arranged, execution in step 706; Otherwise, continue to treat state;
Step 706: read the authentication code in the handset alarm receiver;
Step 707: the authentication code that reads and the mobile phone identification sign indicating number of handset memory storage are compared;
Step 708: judge whether this authentication code that reads is identical with the mobile phone identification sign indicating number of handset memory storage, if identical, execution in step 709; Otherwise, continue holding state;
Step 709: timer is carried out the timing assignment, and pick up counting again; Enter standby mode once more.
According to above flow process, when mobile phone part away from handset, when surpassing the range of receiving of handset alarm receiver, handset comes to contain the communication information of mobile phone identification sign indicating number owing to can't regularly receive the timed sending of mobile phone part, just can not send interruption to the handset microprocessor, handset just can't regularly be carried out assignment to timer, after timer surpasses regularly time of reception, will start alarm module and then report to the police.Like this, handset can realize the function of reporting to the police.
According to the execution mode of above embodiment, when mobile phone part during with one or more handset apart from each other, it is alert just can to carry out two-way anti-report lost, reaches prompting user's purpose.When using, handset can be placed other article of carrying, wallet, portable etc. for example, when the user forgets the machine of taking or the article of arbitrary handset is housed, when perhaps a certain article (comprising mobile phone) are had things stolen, mobile phone and this handset will be reported to the police, and on the one hand, can remind the user to forget or are stolen; On the other hand, can also judge the position at the article place of forgeing or having things stolen by chimes of doom.In addition, also handset can be placed on children's the body, as children during away from the user, mobile phone can send warning, reminds the user to nurse lambling.
The above embodiment is the preferred embodiment that proves absolutely that the present invention lifts, and protection scope of the present invention is not limited thereto.Being equal to that those skilled in the art are done on basis of the present invention substitutes or conversion, all within protection scope of the present invention.Protection scope of the present invention is as the criterion with claims.
Claims (9)
1, a kind of mobile phone that can bidirectional automatic alarming is characterized in that, comprising:
Mobile phone memory is used to store the authentication code of this mobile phone and the numbering and the authentication code of each handset;
Cell-phone microprocessor is used for reading from described mobile phone memory the authentication code and the output of this mobile phone;
The mobile phone alarm reflector is used to receive the mobile phone identification sign indicating number of described cell-phone microprocessor output, and when reaching a setting-up time, this mobile phone identification sign indicating number is launched;
The mobile phone alarm receiver is used to receive the handset authentication code that handset launches, and this handset authentication code is exported to described cell-phone microprocessor;
Handset warner is used for not receiving described mobile phone when receiving the authentication code of alarm output reaching a setting-up time cell-phone microprocessor, sends warning.
2, mobile phone as claimed in claim 1, it is characterized in that, described alarm comprises loud speaker and display screen, and described loud speaker is used to reach a setting-up time cell-phone microprocessor and does not receive described mobile phone when receiving the authentication code of alarm output, sends audible alarm signal; Described display screen is used for not receiving described mobile phone when receiving the authentication code of alarm output reaching a setting-up time cell-phone microprocessor, shows the numbering of corresponding handset.
3, a kind of mobile phone handset that can bidirectional automatic alarming is characterized in that, comprising:
The handset memory is used to store the authentication code of corresponding mobile phone and the numbering and the authentication code of this handset;
The handset microprocessor is used for reading from described handset memory the authentication code and the output of this handset;
Handset alarm transmission device is used to receive the handset authentication code of described handset microprocessor output, and when reaching a setting-up time, this handset authentication code is launched;
The handset alarm receiver is used to receive the mobile phone identification sign indicating number that mobile phone launches, and this authentication code is exported to described handset microprocessor;
The handset alarm is used for not receiving described handset when receiving the authentication code of alarm output reaching a setting-up time handset microprocessor, sends warning.
4, mobile phone handset as claimed in claim 3, it is characterized in that, described alarm comprises loud speaker and display screen, and described loud speaker is used for not receiving described handset when receiving the authentication code of alarm output reaching a setting-up time handset microprocessor, sends audible alarm signal; Described display screen is used for not receiving described handset when receiving the authentication code of alarm output, the display alarm signal reaching a setting-up time handset microprocessor.
5, a kind of method that realizes bidirectional automatic alarming between mobile phone and its handset is characterized in that, may further comprise the steps:
Mobile phone and its handset are carried out initialization respectively, enter holding state;
Mobile phone sends to handset every a setting-up time with its mobile phone identification sign indicating number, and handset sends to mobile phone every a setting-up time with its handset authentication code;
When mobile phone is received the handset authentication code of handset transmission, be that a mobile phone receives the timer assignment, mobile phone receives timer and carry out timing on this assignment basis; When handset is received the mobile phone identification sign indicating number of mobile phone transmission, be that a handset receives the timer assignment, handset receives timer and carry out timing on this assignment basis;
When mobile phone receives timer and reaches a setting-up time not by assignment again, send warning; At machine when receiving timer and reaching a setting-up time, send warning not by assignment again.
6, method as claimed in claim 5 is characterized in that, described mobile phone carries out initialized flow process and comprises:
The user imports the numbering of each handset that needs use;
Each handset that cell-phone microprocessor give to need uses is distributed a timer, be numbered, and the handset authentication code and the timer of each handset that needs are used is set up one-to-one relationship;
Initialization mobile phone reflector, cell-phone microprocessor reads the mobile phone identification sign indicating number from mobile phone memory, and the mobile phone identification sign indicating number is sent to the mobile phone reflector;
Cell-phone microprocessor reads mobile phone launch time regularly from mobile phone memory, and mobile phone is regularly sent to the mobile phone reflector launch time;
The initialization handset receiver, all timers of initialization;
Cell-phone microprocessor reads regularly time of reception of mobile phone from mobile phone memory, and gives timer with mobile phone timing time of reception assignment;
Start handset receiver and mobile phone reflector, and start all timers, pick up counting, mobile phone carries out standby mode.
As claim 5 or 6 described methods, it is characterized in that 7, described mobile phone carries out initialized flow process and comprises:
The handset microprocessor distributes a timer to give the handset alarm receiver;
Initialization handset alarm transmission device, the handset microprocessor reads the handset authentication code from the handset memory, and authentication code is sent to handset alarm transmission device;
The handset microprocessor reads handset launch time regularly from the handset memory, and handset is regularly sent to handset alarm transmission device launch time;
Initialization handset alarm receiver;
Initialization timing device, handset microprocessor read regularly time of reception of handset from the handset memory, and give timer with handset timing time of reception assignment;
Start handset alarm receiver and handset alarm transmission device;
Start timer, pick up counting, handset is carried out standby mode.
8, method as claimed in claim 5 is characterized in that, the described method of sending warning is: send audible alarm signal by loud speaker, perhaps send light alarm by display screen, perhaps send vibration alarming by vibrator; Perhaps with advancing to adopt three kinds of modes or the wherein combination of dual mode arbitrarily.
9, method as claimed in claim 8 is characterized in that, sends when reporting to the police at mobile phone, demonstrate on the described display screen can not receive the numbering of the handset of handset authentication code.
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| CNA2008100906735A CN101257692A (en) | 2008-04-09 | 2008-04-09 | Mobile phone capable of bidirectional automatic alarming and sub mobile phone thereof and bidirectional automatic alarming method |
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| CN101931719A (en) * | 2010-08-13 | 2010-12-29 | 东莞怡信磁碟有限公司 | Mobile phone capable of carrying out bidirectional monitoring with sub phones thereof and monitoring method thereof |
| WO2012142801A1 (en) * | 2011-04-18 | 2012-10-26 | 中兴通讯股份有限公司 | Method and device for realizing nursing and alarming using mobile terminals |
| CN105050042A (en) * | 2015-06-25 | 2015-11-11 | 邱兰 | Intelligent mobile phone management method |
| WO2016165423A1 (en) * | 2015-09-01 | 2016-10-20 | 中兴通讯股份有限公司 | Theft prevention method, antitheft device, and computer storage medium |
| WO2018157338A1 (en) * | 2017-03-01 | 2018-09-07 | 深圳市壹萌生活科技有限公司 | Dual-medium complementary communication method, and wireless communication apparatus and system |
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2008
- 2008-04-09 CN CNA2008100906735A patent/CN101257692A/en active Pending
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| CN101931719A (en) * | 2010-08-13 | 2010-12-29 | 东莞怡信磁碟有限公司 | Mobile phone capable of carrying out bidirectional monitoring with sub phones thereof and monitoring method thereof |
| CN101931719B (en) * | 2010-08-13 | 2014-12-24 | 东莞怡信磁碟有限公司 | Mobile phone capable of carrying out bidirectional monitoring with sub phones thereof and monitoring method thereof |
| WO2012142801A1 (en) * | 2011-04-18 | 2012-10-26 | 中兴通讯股份有限公司 | Method and device for realizing nursing and alarming using mobile terminals |
| CN105050042A (en) * | 2015-06-25 | 2015-11-11 | 邱兰 | Intelligent mobile phone management method |
| WO2016165423A1 (en) * | 2015-09-01 | 2016-10-20 | 中兴通讯股份有限公司 | Theft prevention method, antitheft device, and computer storage medium |
| CN106487999A (en) * | 2015-09-01 | 2017-03-08 | 中兴通讯股份有限公司 | A kind of theft preventing method and device |
| WO2018157338A1 (en) * | 2017-03-01 | 2018-09-07 | 深圳市壹萌生活科技有限公司 | Dual-medium complementary communication method, and wireless communication apparatus and system |
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Application publication date: 20080903 |