CN101064912A - System and method for positioning mobile communication equipment - Google Patents
System and method for positioning mobile communication equipment Download PDFInfo
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- CN101064912A CN101064912A CNA2006100261878A CN200610026187A CN101064912A CN 101064912 A CN101064912 A CN 101064912A CN A2006100261878 A CNA2006100261878 A CN A2006100261878A CN 200610026187 A CN200610026187 A CN 200610026187A CN 101064912 A CN101064912 A CN 101064912A
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Abstract
A system used for locating movable communication device is disclosed, which includes mobile communication network, smart wireless network, public switching telephone network and locating platform. The mobile communication network has at least one base station which can provide the blanketing to support the mobile communication device. The smart wireless network has at least one seated machine which can provide the blanketing to support the mobile communication device, and the blanketing provided by the seated machine is smaller than the blanketing provided by the base station. The public switching telephone network couples with every seated phone, and provides the mobile communication device to store the registering data penetrating the seated phone. The locating platform communicates with the movable communication device via the mobile communication network, and provides the location service for the mobile communication device.
Description
Technical field
The invention relates to a kind of location of device for mobile communication, and particularly relevant for a kind of system and method that is used for positioning mobile communication equipment, it comes positioning mobile communication equipment in conjunction with mobile communication network, smart wireless network and PSTN.
Background technology
Along with PHS (Personal Handy-phone System, personal handyphone system) technology rapid development and increasingly mature in recent years, the PHS mobile phone has accounted for mobile communication (mobilecommunication) market of quite a few.With other ripe mobile communcations system such as GSM (Global System forMobile Communications, global system for mobile communications) compares, the PHS mobile phone still has only simple elementary functions such as beating the transmitting-receiving news in brief of answering the call, obviously can not satisfy user's multiple demands day by day.
Therefore, each PHS service provider begins to provide the personalized service that highlights of all kinds, for example in QBOX (Home-Box) business of China's Mainland popularization, it realizes combining of PHS and PSTN (Public SwitchedTelephone Network, PSTN).In addition, the location of mobile phone also is a very convenient and practical service.But the location of PHS mobile phone substantially all just utilizes the PHS public network to position at present, also just can't position in the place that the PHS public network does not cover.Moreover because the coverage of base station is relatively big in the PHS public network, even the positioning result of measuring in PHS public network coverage, its precision also is difficult gratifying.
Description of drawings
Fig. 1 is the system block diagrams that is used for positioning mobile communication equipment according to one embodiment of the invention illustrated.
Fig. 2 is the method flow diagram that is used for positioning mobile communication equipment according to one embodiment of the invention illustrated.
Fig. 3 is the detailed method flow diagram of step S203 shown in Figure 2.
Fig. 4 is the detailed method flow diagram of step S207 shown in Figure 2.
Fig. 5 is the detailed method flow diagram of step S210 shown in Figure 2.
The primary clustering symbol description
S201～S210, S301～S308, S401～S408: according to each step of the method that is used for positioning mobile communication equipment that one embodiment of the invention illustrated
100: the system that is used to locate the PHS mobile phone
The 110:PHS mobile phone
121,123,125: the base station
122,124,126: the coverage of base station
131,133: base
132,134: the coverage of base
140: PSTN (PSTN)
150: locating platform
Summary of the invention
In view of this, purpose of the present invention is providing a kind of system and method that is used for positioning mobile communication equipment, it comes positioning mobile communication equipment in conjunction with mobile communication network, smart wireless network and PSTN, even device for mobile communication still still can position in the coverage of smart wireless network outside the coverage of mobile communication network.
Another object of the present invention is providing a kind of system and method that is used for positioning mobile communication equipment, it carries out more comprehensively more accurate localization in conjunction with PHS public network, Home-Box private network and PSTN to the PHS mobile phone, utilize the coverage of base in the Home-Box private network to have only the characteristic of about hundred meters of circumferences, can make the PHS mobile phone under the two nets of PHS public network/Home-Box private network cover, provide accuracy higher location.
For above-mentioned and other purpose, the present invention proposes a kind of system that is used for positioning mobile communication equipment, comprises a mobile communication network, a smart wireless network, a PSTN and a locating platform.Wherein, mobile communication network has at least one base station provides coverage to support device for mobile communication.Smart wireless network has at least one base provides coverage supporting this device for mobile communication, and the coverage that provides less than the base station of the coverage that provides of base.PSTN is couple to each base, and provides device for mobile communication to see through base log-on data is stored in wherein.Locating platform sees through mobile communication network and device for mobile communication is linked up, and the positioning service of device for mobile communication is provided.
Device for mobile communication sends a location request signal to locating platform.When locating platform is response positioning request signal when sending a position enquiring signal to device for mobile communication, the signal strength signal intensity of each base station and each base and send certain answer signal around the device for mobile communication retrieval to locating platform.When locating platform was received the location answer signal, locating platform analyzing and positioning answer signal was to position.If device for mobile communication is in the coverage of base station, then locate answer signal and comprise a base station information, this moment, locating platform can blur the location according to base station information, and wherein base station information comprises that base station that device for mobile communication retrieves sorts by the height of signal strength signal intensity and correspond to the identification code of base station.If device for mobile communication is in the coverage of base, then locate answer signal and comprise a base information, this moment, locating platform can accurately be located according to base information, and wherein base information comprises that base that device for mobile communication retrieves is by the height ordering of signal strength signal intensity and correspond to the identification code of base station.
In said system, when this location answer signal comprises a base station information, this locating platform blurs the location according to this base station information, and wherein this base station information comprises that base station that this device for mobile communication retrieves is by the height ordering of signal strength signal intensity and correspond to the identification code of base station.
In said system, when this location answer signal comprises a base information, this locating platform is accurately located according to this base information, and wherein this base information comprises that base that this device for mobile communication retrieves is by the height ordering of signal strength signal intensity and correspond to the identification code of base.
In said system, each base comprises a machine tool, when this device for mobile communication entered in the coverage of machine tool of arbitrary base, this device for mobile communication is registered as a handset and it corresponds to the machine tool of above-mentioned arbitrary base, and the log-on data of correspondence is delivered to this PSTN.
In said system, this locating platform comprises replys waiting timer in order to set a scheduled time, when this locating platform was not received this location answer signal in this scheduled time, this locating platform positioned according to the log-on data that this PSTN provides.
In said system, this mobile communication network is a PHS public network, and this device for mobile communication that it is supported is a PHS mobile phone.
For above-mentioned and other purpose, the present invention proposes a kind of method that is used for positioning mobile communication equipment in addition, is applicable to the system that comprises a mobile communication network, a smart wireless network, a PSTN and a locating platform.Wherein, mobile communication network has at least one base station provides coverage to support device for mobile communication, the coverage that at least one base provides coverage to provide less than each base station with the coverage of supporting device for mobile communication and each base to provide is provided smart wireless network, PSTN is couple to each base and provides device for mobile communication to see through each base log-on data is stored in wherein, and locating platform links up and provide the positioning service of device for mobile communication through mobile communication network and device for mobile communication.
According to the method, at first send a location request signal to locating platform, and locating platform sends a position enquiring signal to device for mobile communication for the response positioning request signal by device for mobile communication.After device for mobile communication is received the position enquiring signal, the signal strength signal intensity of each base station and each base and send certain position answer signal around beginning to retrieve to locating platform.After locating platform was received the location answer signal, beginning analyzing and positioning answer signal was to position.At last, locating platform sends a location consequential signal and gives device for mobile communication.If device for mobile communication is in the coverage of base station, then locate answer signal and comprise a base station information, this moment, locating platform can blur the location according to base station information, and wherein base station information comprises that base station that device for mobile communication retrieves sorts by the height of signal strength signal intensity and correspond to the identification code of base station.If device for mobile communication is in the coverage of base, then locate answer signal and comprise a base information, this moment, locating platform can accurately be located according to base information, and wherein base information comprises that base that device for mobile communication retrieves is by the height ordering of signal strength signal intensity and correspond to the identification code of base station.
In said method, and " signal strength signal intensity of each base station or each base around the retrieval of this device for mobile communication, and send according to this a location answer signal to this locating platform to respond this position enquiring signal " step comprise:
This device for mobile communication is received this position enquiring signal;
Each base station around this device for mobile communication retrieval;
With the base station that retrieves by the height ordering of signal strength signal intensity and be recorded as a base station information;
Each base around this device for mobile communication retrieval;
Judge whether to retrieve base; And
When not retrieving base, this base station information is seen through this location answer signal deliver to this locating platform.
In above-mentioned method, and " signal strength signal intensity of each base station or each base around the retrieval of this device for mobile communication, and send according to this a location answer signal to this locating platform to respond this position enquiring signal " step also comprise:
When retrieving base, the base that retrieves by the height ordering of signal strength signal intensity and be recorded as a base information, is seen through this location answer signal with this base information again and delivers to this locating platform.
In said method, the step of " this locating platform is received this location answer signal, and analyzes this location answer signal to position " comprising:
This locating platform is received this location answer signal;
This locating platform blurs the location according to this base station information in this location answer signal;
Judge whether this base information is arranged in this location answer signal; And
In this location answer signal not during this base information, result that will fuzzy location is as this positioning result signal.
In said method, the step of " this locating platform is received this location answer signal, and analyzes this location answer signal to position " also comprises:
When in this location answer signal this base information being arranged, to this PSTN inquiry whether log-on data is arranged according to this base information; And
When this PSTN does not have log-on data, will blur the result of location as this positioning result signal.
In described method, the step of " this locating platform is received this location answer signal, and analyzes this location answer signal to position " comprising:
When this PSTN has log-on data, according to the corresponding base of log-on data inquiry accurately locating, and with pinpoint result as this positioning result signal.
In said method, also comprise:
When this device for mobile communication sends this location answer signal, pick up counting a scheduled time;
Judge whether this locating platform receives this location answer signal in this scheduled time; And
When this locating platform is received this location answer signal in this scheduled time, finish timing.
At said method, also comprise:
When this locating platform is not received this location answer signal in this scheduled time, whether log-on data is arranged to this PSTN inquiry; And
When this PSTN does not have log-on data, location failure and with it as this positioning result signal.
At said method, also comprise:
When this PSTN has log-on data, according to the corresponding base of log-on data inquiry accurately locating, and with pinpoint result as this positioning result signal.
At said method, each base comprises a machine tool, when this device for mobile communication entered in the coverage of machine tool of arbitrary base, this device for mobile communication is registered as a handset and it corresponds to the machine tool of above-mentioned arbitrary base, and the log-on data of correspondence is delivered to this PSTN.
At said method, this mobile communication network is a PHS public network, and this device for mobile communication that it is supported is a PHS mobile phone.
The present invention is because of coming positioning mobile communication equipment in conjunction with mobile communication network, smart wireless network and PSTN, even device for mobile communication still still can position in the coverage of smart wireless network outside the coverage of mobile communication network.And, utilize in the smart wireless network coverage of the base less characteristic that compares, make device for mobile communication under the two nets of mobile communication network/smart wireless network cover, provide accuracy higher location.
For above and other objects of the present invention, feature and advantage can be become apparent, preferred embodiment cited below particularly, and conjunction with figs. are described in detail below.
Embodiment
For convenience of description, following device for mobile communication is an example with the PHS mobile phone, and mobile communication network is an example with the PHS public network, and smart wireless network is an example with the Home-Box private network.
Fig. 1 is the system that is used for positioning mobile communication equipment according to one embodiment of the invention illustrated.Please refer to Fig. 1, system 100 is used to locate PHS mobile phone 110, and it comprises a PHS public network, a Home-Box private network, a PSTN (PSTN) 140 and a locating platform 150.
Wherein, PHS public network (hereinafter to be referred as the PHS public network) has at least one base station, and for example this example has three base stations 121,123,125, and these base stations provide coverage 122,124,126 to support PHS mobile phone 110 respectively.In other words, PHS mobile phone 110 is for example played services such as answering the call, receive and dispatch news in brief or location as long as then can carry out the service that the PHS public network is provided in arbitrary coverage 122,124,126.
Home-Box private network (hereinafter to be referred as the Home-Box private network) has at least one base, and for example this example has two bases 131,133, and each base all has an identification code.These bases are the then little base stations of pstn telephone line, it is a little base station (for example base 131,133 provides coverage 132,134 respectively to support PHS mobile phone 110) for PHS mobile phone 110, and it is a telephone set for PSTN 140.After powering on, base sees through telephone wire and carries out service log-on to PSTN, and PSTN 140 had just had the log-on message corresponding with the base identification code after registration was finished, and the pstn telephone plane No. sign indicating number according to registration can match the residing position of base then.
In addition, PHS mobile phone 110 is if support the business (being designated hereinafter simply as the Home-Box business) that the Home-Box private network is provided, and then it can be registered as the handset of this base when entering the coverage of Home-Box base.The back Home-Box base that succeeds in registration can see through telephone wire to PSTN 140 registration these handset information (identification code that comprises this handset).When PHS mobile phone 110 left the coverage of Home-Box base, PHS mobile phone 110 can be nullified the handset information of PSTN 140 before to the PHS public network, and the Home-Box base also can see through telephone wire is nullified information from these handsets to PSTN 140.So the log-on message that sees through PHS mobile phone 110 correspondences on the inquiry PSTN 140 can be oriented PHS mobile phone 110 whether in the coverage of a certain Home-Box base.Because the transmitting power of Home-Box base has only 10 milliwatts, coverage has an area of hundred meters approximately, and is much smaller in comparison with the coverage of PHS public network, therefore can be used for locating more accurately PHS mobile phone 110.
Locating platform 150 sees through the PHS public network and PHS mobile phone 110 is linked up, locating platform 150 receives the positioning request signal of PHS mobile phone 110 by voice message phone, news in brief or internet modes such as (Internet), and the positioning service of PHS mobile phone 110 is provided.Base station and the resulting information of base that locating platform 150 can see through around 110 retrievals of PHS mobile phone position with certain algorithm.In addition, locating platform 150 saw through PSTN 140 and inquired the log-on data of PHS mobile phone 110 about the Home-Box private network, positioned with certain algorithm according to log-on data.
Fig. 2 is the method that is used for positioning mobile communication equipment according to one embodiment of the invention illustrated.Please be simultaneously with reference to Fig. 1 and Fig. 2, at first, at step S201, PHS mobile phone 110 sends the locating platform 150 of a location request signal to positioning service provider.Then, at step S202, after locating platform 150 is received positioning request signal, send a position enquiring signal to PHS mobile phone 110.At step S203, after PHS mobile phone 110 is received the position enquiring signal, can all retrieve out base station and base on every side, and see through and to send a location answer signal and report to locating platform 150, wherein locate answer signal and can comprise the base station that retrieves and the identification code and the signal strength signal intensity of base.But, if PHS mobile phone 110 is not in the coverage of any Home-Box base, the PHS base station information around 110 reports of PHS mobile phone and omit Home-Box base information then.
At step S204, locating platform 150 starts and waiting timer is replied in initialization one.Then, reply waiting timer and pick up counting a scheduled time, and judge at step S205 whether locating platform 150 receives the location answer signal.Receive the location answer signal in the given time if locating platform 150 has, then stop the waiting timer of replying in the timing to step S206.Then, at step S207, locating platform 150 is received the location answer signal, and the analyzing and positioning answer signal is to position.At last, at step S208, locating platform 150 sends a location consequential signal and gives PHS mobile phone 110.
Also do not receive the location during answer signal at step S205 if determine locating platform 150, then to step S209 judge reply waiting timer whether timing above the scheduled time.If reply waiting timer also not timing surpass the scheduled time, then get back to step S205 and continue to carry out.Surpass the scheduled time if reply waiting timer timing, then arrive step S210, whether locating platform 150 to PSTN 14 inquiries have log-on data, if there is log-on data then can accurately locate, if there is not then location failure.At last, to step S208, send the positioning result signal by locating platform 150 and give PHS mobile phone 110.
Fig. 3 is the detailed method flow diagram of step S203 shown in Figure 2.Please refer to Fig. 3, at step S301, PHS mobile phone 110 is received the position enquiring signal that locating platform 150 sends.At step S302, each base station around 110 retrievals of PHS mobile phone, then at step S303, the information of the ordering of the identification code of the base station that retrieves and signal strength signal intensity height is recorded as a base station information, certainly only the higher record of the number of winning the confidence intensity top gets final product.At step S304, each base around 110 retrievals of PHS mobile phone then judges whether to retrieve base to step S305.
If do not retrieve base, expression PHS mobile phone 110 is not in the coverage of Home-Box private network, and then the base station information that will only retrieve at step S306 sees through the location answer signal and delivers to locating platform 150, can only lean on this moment the base station to do fuzzy location.If retrieve base, expression PHS mobile phone 110 is in the coverage of Home-Box private network, then at step S307 the information of the ordering of the identification code of the base that retrieves and signal strength signal intensity height is recorded as a base information, certainly only the higher record of the number of winning the confidence intensity top gets final product.Then, at step S308 the base information that retrieves is seen through the location answer signal and deliver to locating platform 150, this moment, the seat machine was done accurately location.
Fig. 4 is the detailed method flow diagram of step S207 shown in Figure 2.Please refer to Fig. 4, at step S401, locating platform 150 is received the location answer signal.At step S402, locating platform 150 blurs the location according to base station information in the answer signal of location.Then, judge in the answer signal of location at step S403 whether base information is arranged.If there is not base information, expression PHS mobile phone 110 not in the coverage of Home-Box private network, then at step S404 locating platform 150 with the result of the fuzzy location of step S402 as the positioning result signal so that send PHS mobile phone 110 to.
As if judging at step S403 in the answer signal of location base information is arranged, whether expression PHS mobile phone 110 then has log-on data according to base information to PSTN 140 inquiries at step S405 in the coverage of Home-Box private network.At step S406, if do not have log-on data among the PSTN 140, then arrive step S404, will blur the result of location as the positioning result signal.At step S406, if among the PSTN 140 materials for registration is arranged, then arrive step S407, inquire about corresponding base accurately to locate according to log-on data.At last, at step S408 with pinpoint result as the positioning result signal.
Fig. 5 is the detailed method flow diagram of step S210 shown in Figure 2.Please refer to Fig. 5,, when locating platform 150 is not received the location answer signal in the given time, whether log-on data is arranged to PSTN 140 inquiries at step S501.At step S502,, will locate failure as the positioning result signal if do not have log-on data then to arrive step S503 among the PSTN 140.At step S502, if among the PSTN 140 materials for registration is arranged, then arrive step S504, inquire about corresponding base accurately to locate according to log-on data.At last, at step S505 with pinpoint result as the positioning result signal.
In sum, the present invention is because of coming positioning mobile communication equipment (for example PHS mobile phone) in conjunction with mobile communication network (for example PHS public network), smart wireless network (for example Home-Box private network) and PSTN (PSTN), even device for mobile communication still still can position in the coverage of smart wireless network outside the coverage of mobile communication network.And, utilize in the smart wireless network coverage of the base less characteristic that compares, make device for mobile communication under the two nets of mobile communication network/smart wireless network cover, provide accuracy higher location.
Though the present invention discloses as above with preferred embodiment; right its is not in order to limit the present invention; anyly be familiar with present technique field person; without departing from the spirit and scope of the present invention; when can doing a little change and retouching, so protection scope of the present invention is as the criterion when looking accompanying the claim person of defining.
Claims (17)
1. system that is used for positioning mobile communication equipment, wherein this device for mobile communication sends a location request signal, and this system comprises:
One mobile communication network, having at least one base station provides coverage to support this device for mobile communication;
One smart wireless network, having at least one base provides coverage to support this device for mobile communication, wherein the coverage that provides less than the base station of the coverage that provides of base;
One PSTN is couple to each base, provides this device for mobile communication to see through base one log-on data is stored in wherein; And
One locating platform sees through this mobile communication network and this device for mobile communication and links up, and the positioning service of this device for mobile communication is provided,
Wherein, when this locating platform send a position enquiring signal to this device for mobile communication when responding this positioning request signal, the signal strength signal intensity of each base station and each base and send certain position answer signal around the retrieval of this device for mobile communication to this locating platform, and when this locating platform was received this location answer signal, this locating platform was analyzed this location answer signal to position.
2. the system as claimed in claim 1, it is characterized in that, when this location answer signal comprises a base station information, this locating platform blurs the location according to this base station information, and wherein this base station information comprises that base station that this device for mobile communication retrieves is by the height ordering of signal strength signal intensity and correspond to the identification code of base station.
3. the system as claimed in claim 1, it is characterized in that, when this location answer signal comprises a base information, this locating platform is accurately located according to this base information, and wherein this base information comprises that base that this device for mobile communication retrieves is by the height ordering of signal strength signal intensity and correspond to the identification code of base.
4. the system as claimed in claim 1, it is characterized in that, each base comprises a machine tool, when this device for mobile communication enters in the coverage of machine tool of arbitrary base, this device for mobile communication is registered as a handset and it corresponds to the machine tool of above-mentioned arbitrary base, and the log-on data of correspondence is delivered to this PSTN.
5. system as claimed in claim 4, it is characterized in that, this locating platform comprises replys waiting timer in order to set a scheduled time, when this locating platform was not received this location answer signal in this scheduled time, this locating platform positioned according to the log-on data that this PSTN provides.
6. the system as claimed in claim 1 is characterized in that, this mobile communication network is a PHS public network, and this device for mobile communication that it is supported is a PHS mobile phone.
7. method that is used for positioning mobile communication equipment, be applicable to and comprise a mobile communication network, one smart wireless network, the system of one PSTN and a locating platform, wherein this mobile communication network has at least one base station provides coverage to support this device for mobile communication, the coverage that at least one base provides coverage to provide less than each base station with the coverage of supporting this device for mobile communication and each base to provide is provided this smart wireless network, this PSTN is couple to each base and provides this device for mobile communication to see through each base one log-on data is stored in wherein, and this locating platform sees through this mobile communication network and the communication of this device for mobile communication and the positioning service of this device for mobile communication is provided, and this method comprises:
This device for mobile communication sends a location request signal to this locating platform;
This locating platform send a position enquiring signal to this device for mobile communication to respond this positioning request signal;
The signal strength signal intensity of each base station and each base around the retrieval of this device for mobile communication, and send according to this a location answer signal to this locating platform to respond this position enquiring signal;
This locating platform is received this location answer signal, and analyzes this location answer signal to position; And
This locating platform sends a location consequential signal and gives this device for mobile communication.
8. method as claimed in claim 7 is characterized in that, and " signal strength signal intensity of each base station or each base around the retrieval of this device for mobile communication, and send according to this a location answer signal to this locating platform to respond this position enquiring signal " step comprise:
This device for mobile communication is received this position enquiring signal;
Each base station around this device for mobile communication retrieval;
With the base station that retrieves by the height ordering of signal strength signal intensity and be recorded as a base station information;
Each base around this device for mobile communication retrieval;
Judge whether to retrieve base; And
When not retrieving base, this base station information is seen through this location answer signal deliver to this locating platform.
9. method as claimed in claim 8 is characterized in that, and " signal strength signal intensity of each base station or each base around the retrieval of this device for mobile communication, and send according to this a location answer signal to this locating platform to respond this position enquiring signal " step also comprise:
When retrieving base, the base that retrieves by the height ordering of signal strength signal intensity and be recorded as a base information, is seen through this location answer signal with this base information again and delivers to this locating platform.
10. method as claimed in claim 8 is characterized in that, the step of " this locating platform is received this location answer signal, and analyzes this location answer signal to position " comprising:
This locating platform is received this location answer signal;
This locating platform blurs the location according to this base station information in this location answer signal;
Judge whether this base information is arranged in this location answer signal; And
In this location answer signal not during this base information, result that will fuzzy location is as this positioning result signal.
11. method as claimed in claim 9 is characterized in that, the step of " this locating platform is received this location answer signal, and analyzes this location answer signal to position " also comprises:
When in this location answer signal this base information being arranged, to this PSTN inquiry whether log-on data is arranged according to this base information; And
When this PSTN does not have log-on data, will blur the result of location as this positioning result signal.
12. method as claimed in claim 11 is characterized in that, the step of " this locating platform is received this location answer signal, and analyzes this location answer signal to position " comprising:
When this PSTN has log-on data, according to the corresponding base of log-on data inquiry accurately locating, and with pinpoint result as this positioning result signal.
13. method as claimed in claim 7 is characterized in that, also comprises:
When this device for mobile communication sends this location answer signal, pick up counting a scheduled time;
Judge whether this locating platform receives this location answer signal in this scheduled time; And
When this locating platform is received this location answer signal in this scheduled time, finish timing.
14. method as claimed in claim 13 is characterized in that, also comprises:
When this locating platform is not received this location answer signal in this scheduled time, whether log-on data is arranged to this PSTN inquiry; And
When this PSTN does not have log-on data, location failure and with it as this positioning result signal.
15. method as claimed in claim 14 is characterized in that, also comprises:
When this PSTN has log-on data, according to the corresponding base of log-on data inquiry accurately locating, and with pinpoint result as this positioning result signal.
16. method as claimed in claim 7, it is characterized in that, each base comprises a machine tool, when this device for mobile communication enters in the coverage of machine tool of arbitrary base, this device for mobile communication is registered as a handset and it corresponds to the machine tool of above-mentioned arbitrary base, and the log-on data of correspondence is delivered to this PSTN.
17. method as claimed in claim 7 is characterized in that, this mobile communication network is a PHS public network, and this device for mobile communication that it is supported is a PHS mobile phone.
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| CNA2006100261878A CN101064912A (en) | 2006-04-28 | 2006-04-28 | System and method for positioning mobile communication equipment |
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| CNA2006100261878A CN101064912A (en) | 2006-04-28 | 2006-04-28 | System and method for positioning mobile communication equipment |
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| CN101651854B (en) * | 2008-08-12 | 2012-03-21 | 太思科技股份有限公司 | Method for managing personnel positions |
| CN101676740A (en) * | 2008-09-19 | 2010-03-24 | 宏达国际电子股份有限公司 | Positioning information update method and system and used computer program product |
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| CN102487413B (en) * | 2009-11-03 | 2013-11-27 | 中国电信股份有限公司 | Method and system for adapting cordless landline phone to cordless telephone, and wireless telephone |
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