CN1315813A - Radio mobile telephone able to transmit emergency information to base station - Google Patents
Radio mobile telephone able to transmit emergency information to base station Download PDFInfo
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- CN1315813A CN1315813A CN00105204.7A CN00105204A CN1315813A CN 1315813 A CN1315813 A CN 1315813A CN 00105204 A CN00105204 A CN 00105204A CN 1315813 A CN1315813 A CN 1315813A
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Abstract
A radio telephone with sensor, which may be GPS receiver or bio-medical sensor, is disclosed. When an emergency key or some combined keys are pressed, an emergency message can be sent to the base station. Or, it can determine if an emergency condition occurs according to the information from sensor. When an emergency condition occurs, it can sent the emergency message to the base station.
Description
The present invention provides a kind of mobile radio telephone, refer to especially a kind of can be via pushing a urgent button or according to the sensitive information of transducer, and begin emergency information is sent to the mobile radio telephone of base station.
Because various electronic components and device are compact day by day, so previous various distributed electronics spare parts are integrated into single system gradually, or even integration and making is single and powerful chip, for example, sensing technology can be incorporated into the function that reaches detection in the mobile radio telephone, and tangible example is global positioning system (the Global Positioning System in the mobile radio telephone, GPS), the integration between this different science and technology provides the user more and more various selection.
Even mobile radio telephone is more and more general at present, providing user's message context to still have its limitation, with regard to regard to the instrument of linking up with other people, mobile radio telephone really is an excellent intercourse platform so that the service of emergency information to be provided, yet providing of this kind function but is provided at present.Especially when running into very big danger and disaster, mobile radio telephone can only be given unique individual or unit by the words program of dialling of traditional standard also at present, as nine police's fire units one by one, seeks to assist.Yet situation burst sometimes to group time that words seek to assist does not all have, even have mobile radio telephone may not necessarily come in handy on hand this moment yet.
Therefore, main purpose of the present invention is to provide a kind of mobile radio telephone that can transmit emergency information, so that the timely and valuable information and the personnel that promptly help out of distress are provided.Under this kind special status and purposes, mobile radio telephone of the present invention can be pushed a urgent button or automatic sensing according to the The built-in transducer via the user, and the related emergency message is sent out, to solve the above problems.
A kind of mobile radio telephone provided by the invention is used for an emergency information is sent to a base station, and this mobile radio telephone includes: a housing; One control circuit is arranged in this housing; One keyboard includes a plurality of buttons and is arranged on this housing, and this keyboard is to be electrically connected on this control circuit; One display floater is arranged on this housing, and this display floater is to be electrically connected on this control circuit, and via the control of this control circuit with display text or image; One antenna is arranged on this housing, is used for transmitting radio signal to this base station, or this base station receives radio signals certainly; One radio circuit is arranged in this housing, and this radio circuit is to be electrically connected on this control circuit and this antenna; One location circuit is arranged in this housing, and this positioning circuit is to be electrically connected on this control circuit, to be used for producing the azimuthal coordinates of this mobile radio telephone; One microphone is electrically connected on this control circuit, is a voice signal to be used for speech conversion; And a loud speaker, be electrically connected on this control circuit, to be used for that a voice signal is converted to corresponding voice; Wherein when the user pushes at least one predetermined key of this keyboard, this control circuit can enter an emergency modes of operation, and after this positioning circuit is obtained the up-to-date azimuthal coordinates of this mobile radio telephone certainly, generation comprises an emergency information of this azimuthal coordinates, then this emergency information is sent to this base station via this radio circuit and this antenna, and this base station also can be sent to a predetermined destination via a phone networking with this emergency information.
Be described in detail with reference to the attached drawings the present invention below with reference to embodiment
Brief Description Of Drawings:
Fig. 1 is the schematic diagram of first kind of embodiment of mobile radio telephone of the present invention;
Fig. 2 is the functional-block diagram of Fig. 1 mobile radio telephone;
Fig. 3 is the schematic diagram of second kind of embodiment of mobile radio telephone of the present invention;
Fig. 4 is the functional-block diagram of Fig. 3 mobile radio telephone;
Fig. 5 is the schematic diagram of the third embodiment of mobile radio telephone of the present invention;
Fig. 6 is the functional-block diagram of Fig. 5 mobile radio telephone.
Please refer to Fig. 1 and Fig. 2, Fig. 1 is the schematic diagram of first kind of embodiment of mobile radio telephone of the present invention, and Fig. 2 is the functional-block diagram of Fig. 1 mobile radio telephone 10.Mobile radio telephone 10 includes a housing 12, and housing 12 is provided with a keyboard 14, one display floaters 16, one antennas 18, one microphones 20, and a loud speaker or loudspeaker 22.Then be provided with a control circuit 30, one radio frequencies (RadioFrequency) circuit 32 in the housing 12, and a location circuit 40.
Control circuit 30 is used for controlling the operation of mobile radio telephone 10, and is electrically connected on keyboard 14, display floater 16, microphone 20, loud speaker 22, positioning circuit 40 and is connected to antenna 18 via radio circuit 32.Display floater 16 is used to provide visual information and gives the user, and these information can literal or the form of figure and present via the control of control circuit 30.14 on keyboard includes a plurality of buttons and is arranged on the housing 12, these buttons can comprise numerical key and special operating key, the user can be via numerical key with input digit and dialing, or make the numerical key also can inputting English letter even the phonetic symbol or the radical of Chinese via pressing some special keys, just can edit telephone directory or message language thus.
Microphone 20 is that being used for speech conversion is a voice signal, so that voice signal is sent to control circuit 30.On the contrary, loud speaker 20 is accepted from the voice signal of control circuit 30 and is converted into corresponding voice to dial and release.And antenna 18 is to be used for transmitting radio signal to base station (not shown) or to receive radio signals from base station, and be electrically connected on radio circuit 32,32 processing of radio circuit are sent to control circuit 30 from the radio signal of antenna 18 and with the result, or will send out via antenna 18 from the signal of control circuit 30.40 of positioning circuits are to be used for producing the present azimuthal coordinates of mobile radio telephone 10, and this azimuthal coordinates is sent to control circuit 30.In preferred embodiment of the present invention, positioning circuit 40 is via using global positioning system (GPS) to obtain the azimuthal coordinates of mobile radio telephone 10, just the receiver of global positioning system.
When emergency takes place, the user can be by the predetermined key on the lower keyboard 14, or claiming " help key " or " urgent button ", this urgent button 24 preferably has lid to cover or is arranged at recess, so that the user is unlikely false touch under the normal manipulation mode of mobile radio telephone 10.When pressing urgent button 24, mobile radio telephone 10 promptly enters emergency modes of operation, and under emergency modes of operation, mobile radio telephone 10 can continue to transmit an emergency information to base station.Emergency information can include many data with different, for example have: user's name, user's authentication (can be its ID card No. or social insurance number usually), user's talk-back (can be in its family usually or relatives emergency interconnection phone), user learn user's required may assisting at present from message language or the sound message ordered so that the reception people can know.In addition, also comprise mobile radio telephone 10 present up-to-date azimuthal coordinates in the emergency information.
For example, the medical aid demand is being arranged in emergency circumstances, user's name and user's authentication can be very helpful for emergency rescue personnel, so just can provide complete and medical aid distribution.The message that the user orders certainly then allows the user prepare as far as possible in advance or records specific problem or demand itself.Mobile radio telephone 10 present up-to-date azimuthal coordinates then can make the rescue personnel locate and find the user easily.
When including user's talk-back in the emergency information, base station can be according to this user's talk-back dialing, emergency information is sent to the individual or the computer of this talk-back representative, in this, only need set up the digital communication line and utilize simple speech synthetic device the data in the emergency information can be transferred to the individual or be stored in the computer.For example, user's talk-back can be the phone of hospital that the user often goes or the local insurance company of just protecting.If when there is no user's talk-back in the emergency information, base station then can transfer to a predetermined destination via a phone networking with this emergency information, for example is a urgent rescue liaison net.
Except mobile radio telephone 10 present up-to-date azimuthal coordinates, other data in the emergency information all can be imported by the user, user's name, user's authentication, user's talk-back and user all can be imported in the mobile radio telephones 10 by keyboard 14 from the message language of ordering, and the user then can be by microphone 20 inputs from the sound message of ordering.All data are all in prior input and be stored in the mobile radio telephone 10, and for example, control circuit 30 can comprise a flash memory (Flash memory), and above-mentioned data then can digital mode be stored in the flash memory.
In addition, utilize keyboard 14, the user also can freely determine will comprise or get rid of which data item in the emergency information.For example, the part that the user may want to keep user's name still but wants to get rid of the part of user's authentication in emergency information ... Deng, Xiang Guan setting can be finished when user's setting wireless electric hand machine 10 in the lump therewith.
When mobile radio telephone 10 enters emergency modes of operation, can repeat to transmit emergency information to base station, comprise the selected data item of user in the emergency information, and obtained interrelated data in the self-align circuit 40.Transmitting emergency information to base station via radio circuit 32 and antenna 8, going again behind one section preset time of mobile radio telephone 10 meeting waits and transmit message next time.Need the time how long of between twice message transmits, the waiting for setting of then can when mobile radio telephone dispatches from the factory, going ahead of the rest as for mobile radio telephone 10, or set up on their own by the user more afterwards.
When mobile radio telephone 10 is in emergency modes of operation, two kinds of different states can be arranged: silent state and sonance.
When being in sound emergency modes of operation, control circuit 30 can control display floater 16 be to be in emergency modes of operation with display radio mobile phone 10.For example, display floater 16 can show the printed words of " emergency ", and demonstrate mobile radio telephone 10 present up-to-date azimuthal coordinates, how long mobile radio telephone 10 is in emergency modes of operation has passed through, transmitted emergency information several times, must push which button on the keyboard 14 and just can make mobile radio telephone 10 get back to normal manipulation mode by emergency modes of operation.In addition, mobile radio telephone 10 also can send loud sound constantly with the usefulness as prompting.At this moment, the user still can set mobile radio telephone 10, is not influencing under the situation that urgent signal transmits even can carry out number dialing telephone call, and whether this must can support this function to decide on the networking of being responsible for leading to certainly.
When being in noiseless emergency modes of operation, the display floater 16 of mobile radio telephone 10 can present blank, and loud speaker 22 can not sounded, and power knob also can't normal operation, just like the power supply of its battery uses up.Mobile radio telephone 10 can continue to transmit emergency information, after some predetermined key is pressed on the keyboard 14, just can make mobile radio telephone 10 get back to normal manipulation mode by emergency modes of operation, for example after the user was via keyboard 14 inputs one password, mobile radio telephone 10 just can be got back to normal manipulation mode.And password can be under the normal manipulation mode at mobile radio telephone 10 by the user and be set.
As for how selecting these two kinds of different emergency modes of operation then a variety of designs can be arranged.For example, can just have only single urgent button 24, and decide mobile radio telephone 10 to be in which kind of emergency modes of operation with the length of pushing these single urgent 24 times of button as the shown person of Fig. 1.For example, urgent button 24 pushed fast can make that mobile radio telephone 10 enters noiseless emergency modes of operation for twice, once can make mobile radio telephone 10 enter sound emergency modes of operation and urgent button 24 pushed with the long period.Certainly, two urgent buttons also can be set on housing 12 distinguish two kinds of emergency modes of operation, perhaps directly design different combinations with corresponding to different emergency modes of operation with regard to the existing button that provides on the keyboard 14.
Please refer to Fig. 3 and Fig. 4, Fig. 3 is the schematic diagram of second kind of embodiment of mobile radio telephone of the present invention, and Fig. 4 is the functional-block diagram of Fig. 3 mobile radio telephone 50.Mobile radio telephone 50 of the present invention and mobile radio telephone 10 differences are that mobile radio telephone 50 includes a biological medical monitoring unit 53.Biomedical monitoring unit 53 can insert via a connector 54 and be electrically connected on mobile radio telephone 50 or pull out separation from mobile radio telephone 50, and also be provided with corresponding connector 52 on the housing 12 of mobile radio telephone 50, when connector 54 inserted corresponding connector 52,56 of biomedical transducers can be electrically connected on mobile radio telephone 50 and set up the line of signal transmission with control circuit 30.
Mobile radio telephone 50 is identical with mobile radio telephone 10 substantially on outward appearance and function, and difference is that it has comprised corresponding additional function in biomedical transducer 56, connector 52,54 and the biomedical transducer 56 in addition.Biomedical transducer 56 is used for monitoring user's physiological status, for example can monitor user's heartbeat, breathing, body temperature etc., perhaps also can be used as with other interface of supervising device in the subcutaneous or body.After biomedical transducer 56 is collected relevant user's biomedical message, biomedical message can be converted to a biological medical signals, and this biomedicine signals is sent to control circuit 30, thus, after mobile radio telephone 50 enters emergency modes of operation, will include biomedical transducer 56 collected relevant users' up-to-date biomedical message in the emergency information.
Please refer to Fig. 5 and Fig. 6, Fig. 5 is the schematic diagram of the third embodiment of mobile radio telephone of the present invention, and Fig. 6 is the functional-block diagram of Fig. 5 mobile radio telephone 60.As mobile radio telephone 10, mobile radio telephone 60 also includes housing 12, keyboard 14, and display floater 16, antenna 18, microphone 20 and loud speaker 22, its function is also with noted earlier identical, and all is electrically connected on control circuit 31.Control circuit 31 includes processor 34, and memory 36 is electrically connected on processor 34, and monitoring program 38 is stored in the memory 36 and is carried out by processor 34.
In addition, mobile radio telephone 60 also has a biological medical monitoring unit 63, and relevant connector 62,64 and biomedical transducer 66 are arranged.Biomedical monitoring unit 63 can insert and be electrically connected on mobile radio telephone 60 or pull out separation from mobile radio telephone 60, when connector 64 inserted corresponding connector 62,66 of biomedical transducers can be electrically connected on mobile radio telephone 60 and set up the line of signal transmission with control circuit 31.Control circuit 31 can detect present biomedical transducer 66 and whether insert mobile radio telephone 60 and set up line with it, and biomedical monitoring unit 63 is similar with the biomedical monitoring unit 53 of second embodiment substantially on function.
When biomedical monitoring unit 63 lines with after setting all ready and being started by the user, processor 34 just begins to automatically perform monitoring program 38, and monitoring program 38 can continue to collect and analysiss of data from biological medical sensor 66.When biomedical transducer 66 normally is connected in control circuit 31 and normal running, and monitoring program 38 is found some abnormal physiology situation of user when analysis, and this moment, mobile radio telephone 60 promptly can enter emergency modes of operation.At this, the relative emergency information of emergency modes of operation is similar with emergency modes of operation sound described in first embodiment substantially, and unique difference is that the azimuthal coordinates data among first embodiment is replaced by user's biomedical data now.Comprised in the biomedical data biomedical transducer 66 measure relevant user's up-to-date physiological data, also can comprise monitoring program 38 resultant preliminary judgement and suggestion after data analysis, also can comprise the sampling time point of user's up-to-date physiological data in addition in the emergency information.
Even when monitoring program 38 analyzes the user when having physically different situation, mobile radio telephone 60 also needn't enter emergency modes of operation at once, and the person of replacing can be introduced into so-called alert stage.The sustainable one default period of alert stage, during this period, can give a warning sound or present the warning picture of mobile radio telephone 60, expression has detected the abnormal physiology situation, and the user can utilize keyboard 14 inputs so that mobile radio telephone 60 does not enter emergency modes of operation, or monitoring program 38 is temporarily stopped monitoring function.If the user is without any indication or input, mobile radio telephone 60 then enters emergency modes of operation automatically after having crossed this section Preset Time.Take the setting of how long then can when mobile radio telephone dispatches from the factory, going ahead of the rest as for alert stage, or set up on their own by the user more afterwards.
Identical with first embodiment, also can comprise an exclusive urgent button 24 in the keyboard 14 of mobile radio telephone 60, push urgent button 24 after, mobile radio telephone 60 can enter emergency modes of operation at once.Can certainly directly do different combinations to replace an exclusive urgent button with regard to the existing button that provides on the keyboard 14.The function of mobile radio telephone 60 is similar with first embodiment substantially, and difference is the setting that biomedical transducer 66 is relevant and the function of correction, and this part then needs the specification, kenel of view sensor and decides.
Compared to known technology, mobile radio telephone of the present invention has urgent button, biomedical transducer and monitoring program, the function that can make the existing radio mobile phone further have automatic monitoring, urgent call and conveniently seek help.No matter be the function that starts urgent call by the user, or whether produced the abnormal physiology situation and further externally sent the message that misfortune is sought help to study and judge the user via the automatic monitoring of mobile radio telephone, mobile radio telephone of the present invention not only can make required misfortune relief arrive in the very nick of time as early as possible, simultaneously also because of having comprised up-to-date azimuthal coordinates or physiological data in the emergency information, and make the rescue personnel can grasp user's latest development in advance and correct and required assistance are provided when arriving in.
The above only is preferred embodiment of the present invention, and all equalizations of doing according to claim of the present invention change and modify, and all should belong to the covering scope of patent of the present invention.
Claims (12)
1. a mobile radio telephone is used for an emergency information is sent to a base station, it is characterized in that this mobile radio telephone includes:
One housing;
One control circuit is arranged in this housing;
One keyboard includes a plurality of buttons and is arranged on this housing, and this keyboard is to be electrically connected on this control circuit;
One display floater is arranged on this housing, and this display floater is to be electrically connected on this control circuit, and via the control of this control circuit with display text or image;
One antenna is arranged on this housing, is used for transmitting radio signal to this base station, or this base station receives radio signals certainly;
One radio circuit is arranged in this housing, and this radio circuit is to be electrically connected on this control circuit and this antenna;
One location circuit is arranged in this housing, and this positioning circuit is to be electrically connected on this control circuit, to be used for producing the azimuthal coordinates of this mobile radio telephone;
One microphone is electrically connected on this control circuit, is a voice signal to be used for speech conversion; And
One loud speaker is electrically connected on this control circuit, to be used for that a voice signal is converted to corresponding voice;
Wherein when the user pushes at least one predetermined key of this keyboard, this control circuit can enter an emergency modes of operation, and after this positioning circuit is obtained the up-to-date azimuthal coordinates of this mobile radio telephone certainly, generation comprises an emergency information of this azimuthal coordinates, then this emergency information is sent to this base station via this radio circuit and this antenna, and this base station also can be sent to a predetermined destination via a phone networking with this emergency information.
2. mobile radio telephone as claimed in claim 1 is characterized in that this positioning circuit is via using global positioning system to obtain the azimuthal coordinates of this mobile radio telephone.
3. mobile radio telephone as claimed in claim 1 is characterized in that this emergency information includes following data in addition: user's name, user's authentication, user's talk-back, a user are from message language or the sound message ordered.
4. mobile radio telephone as claimed in claim 3 is characterized in that when this emergency information includes user's talk-back, and this base station can be according to this user's talk-back to be sent to this emergency information this predetermined destination.
5. mobile radio telephone as claimed in claim 3 is characterized in that after this mobile radio telephone entered this emergency modes of operation, this control circuit can repeat the following step, got back to a normal manipulation mode up to this mobile radio telephone by this emergency modes of operation:
Obtain the up-to-date azimuthal coordinates of this mobile radio telephone from this positioning circuit;
Generation comprises the emergency information of this azimuthal coordinates;
This emergency information is sent to this radio circuit, so that this radio circuit is able to this emergency information is sent to this base station; And
Wait for one section preset time.
6. mobile radio telephone as claimed in claim 5 is characterized in that can making this mobile radio telephone get back to this normal manipulation mode by this emergency modes of operation via after at least one predetermined key of pushing this keyboard.
7. mobile radio telephone as claimed in claim 1, it is characterized in that when this mobile radio telephone is in this emergency modes of operation, this control circuit can be controlled this display floater showing that this mobile radio telephone is to be in this emergency modes of operation, and shows the data that is comprised in this emergency information.
8. mobile radio telephone as claimed in claim 1 is characterized in that when this mobile radio telephone is in this emergency modes of operation this control circuit can be controlled this display floater and not show, to represent this mobile radio telephone non-normal manipulation mode that is at present.
9. mobile radio telephone as claimed in claim 1, it is characterized in that this mobile radio telephone comprises one in addition and can insert electrical connection or pull out the biomedical monitoring unit of separation, this biomedicine monitoring unit is in order to collect relevant user's biomedical message, should the biomedicine message be converted to a biological medical signals, and this biomedicine signals is sent to this control circuit, and when this control circuit enters this emergency modes of operation, this biomedicine signals can be included in this emergency information and be sent to this base station.
10. a mobile radio telephone is used for an emergency information is sent to a base station, it is characterized in that this mobile radio telephone includes:
One housing;
One control circuit is arranged in this housing, and this control circuit includes:
One processor;
One memory is electrically connected on this processor; And a monitoring program, being stored in this memory, this processor can be used to carry out this monitoring program;
One keyboard includes a plurality of buttons and is arranged on this housing, and this keyboard is to be electrically connected on this control circuit;
One display floater is arranged on this housing, and this display floater is to be electrically connected on this control circuit, and via the control of this control circuit with display text or image;
One antenna is arranged on this housing, is used for transmitting radio signal to this base station, or this base station receives radio signals certainly;
One radio circuit is arranged in this housing, and this radio circuit is to be electrically connected on this control circuit and this antenna;
One biological medical monitoring unit, be can insert be electrically connected on this mobile radio telephone or certainly this mobile radio telephone pull out separation, and be used for collecting relevant user's biomedical message, should the biomedicine message be converted to a biological medical signals, and this biomedicine signals will be sent to this control circuit;
One microphone is electrically connected on this control circuit, is a voice signal to be used for speech conversion; And
One loud speaker is electrically connected on this control circuit, to be used for that a voice signal is converted to corresponding voice;
Wherein when this monitoring program after this biomedicine monitoring unit receives and handles this biomedicine signals, can judge whether to have produced an emergency, when this emergency produces, this emergency information of the corresponding generation of this monitoring program meeting, then this emergency information is sent to this base station via this radio circuit and this antenna, and this base station also can be sent to a predetermined destination via a phone networking with this emergency information.
11. mobile radio telephone as claimed in claim 10 is characterized in that this emergency information includes following data in addition: user's name, user's authentication, user's talk-back, a user are from the message language of ordering or sound message, time and this monitoring program be according to message language that this emergency produced at present.
12. mobile radio telephone as claimed in claim 11 is characterized in that after this mobile radio telephone entered this emergency modes of operation, this control circuit can repeat the following step, got back to a normal manipulation mode up to this mobile radio telephone by this emergency modes of operation:
Obtain a up-to-date biomedicine signals from this biomedicine monitoring unit;
This up-to-date biomedicine signals of foundation is to produce this emergency information;
Via this radio circuit and this antenna so that this emergency information is sent to this base station; And
Wait for one section preset time.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB001052047A CN1147185C (en) | 2000-03-29 | 2000-03-29 | Radio mobile telephone able to transmit emergency information to base station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB001052047A CN1147185C (en) | 2000-03-29 | 2000-03-29 | Radio mobile telephone able to transmit emergency information to base station |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1315813A true CN1315813A (en) | 2001-10-03 |
| CN1147185C CN1147185C (en) | 2004-04-21 |
Family
ID=4577602
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB001052047A Expired - Fee Related CN1147185C (en) | 2000-03-29 | 2000-03-29 | Radio mobile telephone able to transmit emergency information to base station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1147185C (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2419773A (en) * | 2004-10-26 | 2006-05-03 | Nec Technologies | Transmission of a previously stored emergency message from a mobile device |
| CN100369494C (en) * | 2004-07-21 | 2008-02-13 | 株式会社日立制作所 | Method of communication and base station |
| CN100459615C (en) * | 2005-03-30 | 2009-02-04 | 英华达（南京）科技有限公司 | Radiophone capable of automatic alarm |
| CN1665261B (en) * | 2004-03-05 | 2010-09-01 | 三星电子株式会社 | Mobile terminal for transmitting emergency message and method thereof |
| CN1947029B (en) * | 2003-11-19 | 2011-07-06 | SiRF技术公司 | Method and system for multi-function satellite positioning system receivers |
| CN104833985A (en) * | 2008-03-07 | 2015-08-12 | 沈玮仑 | Equipment and method for communicating with GPS equipment |
-
2000
- 2000-03-29 CN CNB001052047A patent/CN1147185C/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1947029B (en) * | 2003-11-19 | 2011-07-06 | SiRF技术公司 | Method and system for multi-function satellite positioning system receivers |
| CN1665261B (en) * | 2004-03-05 | 2010-09-01 | 三星电子株式会社 | Mobile terminal for transmitting emergency message and method thereof |
| CN100369494C (en) * | 2004-07-21 | 2008-02-13 | 株式会社日立制作所 | Method of communication and base station |
| GB2419773A (en) * | 2004-10-26 | 2006-05-03 | Nec Technologies | Transmission of a previously stored emergency message from a mobile device |
| CN100459615C (en) * | 2005-03-30 | 2009-02-04 | 英华达（南京）科技有限公司 | Radiophone capable of automatic alarm |
| CN104833985A (en) * | 2008-03-07 | 2015-08-12 | 沈玮仑 | Equipment and method for communicating with GPS equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1147185C (en) | 2004-04-21 |
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