JP2001330657A - System for grasping position of phs or portable telephone - Google Patents

System for grasping position of phs or portable telephone

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Publication number
JP2001330657A
JP2001330657A JP2000149108A JP2000149108A JP2001330657A JP 2001330657 A JP2001330657 A JP 2001330657A JP 2000149108 A JP2000149108 A JP 2000149108A JP 2000149108 A JP2000149108 A JP 2000149108A JP 2001330657 A JP2001330657 A JP 2001330657A
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Japan
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radio
point
phs
receiver
time
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JP2000149108A
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Japanese (ja)
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Futoshi Uenishi
太 上西
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Futoshi Uenishi
太 上西
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Priority to JP2000149108A priority Critical patent/JP2001330657A/en
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Abstract

PROBLEM TO BE SOLVED: To make a system graspable the position of a PHS or a portable telephone.
SOLUTION: The difference of distance is calculated on the basis of the difference between radio-wave arrival times from a transmitter 104 in two receiving points 101, 102 of receivers A, B. The position of the transmitter 104 is found on hyperbolic lines 105, 106 which have the two receiving points 101, 102 as focuses. Regarding the receiving point 103 of a third receiver C, similar hyperbolic lines 107, 108, 109, 110 are found between the receivers A, B. The point of intersection of the three hyperbolic lines is found. Thereby, the position of the PHS or the portable telephone is grasped. Information on the grasped position can be collated as character information or image information by a personal computer or the portable telephone through the Internet.
COPYRIGHT: (C)2001,JPO

Description

【発明の詳細な説明】 DETAILED DESCRIPTION OF THE INVENTION

【0001】 [0001]

【発明の属する技術分野】本発明は、PHS,携帯電話の位置を検知するシステムに関するものである。 BACKGROUND OF THE INVENTION The present invention relates to a system for detecting the PHS, mobile phone location.

【0002】 [0002]

【従来の技術】PHS,携帯電話が所在する基地局を把握し,その基地局のカバーするエリアを情報提供する方法がある。 BACKGROUND ART PHS, mobile phone to know the base station located, there is a method of providing an area covered by that base station information.

【0003】また、PHS,携帯電話にGPS機能を持たせ、衛星からの電波により、自局の緯度、経度を把握する方法がある。 [0003], PHS, to have a GPS function to the cellular phone, the radio waves from the satellite, there is a method to grasp the latitude, the longitude of the own station. 既知の衛星からの電波の伝達遅延時間を測定し、電波の伝達速度より、距離に換算する。 Measuring the radio wave propagation delay time from a known satellite, from radio wave transmission speed is converted into a distance. 衛星より一定の距離の地点が球面として連続的に捉えられる。 Point a certain distance from the satellite can be continuously viewed as spherical.
同様にあと二個の衛星よりの距離を求め、3つの球面の交点が自局の所在地と計算する。 Similarly obtains distances than after two satellites, the intersection of three spherical calculates the location of the own station.

【0004】尚、PHS,携帯電話の位置を検知するシステムではないが、関連する技術として次のものがある。 [0004], PHS, but not the system senses the position of the mobile phone, there are the following ones as the related art. 電波航法としての双曲線航法である。 It is a hyperbolic navigation as a radio navigation. 場所が既知である2 Location is known 2
つの発信点からの電波の到達時間差を測定する。 One of measuring the arrival time difference of the radio wave from the transmitter point. 到達時間差が一定の位置は、2つの発信点を焦点とする双曲線となる。 Constant position arrival time difference is a hyperbola two outgoing point and focal. もう一組の電波源からも同様に放射する電波の到達時間差を測定し、2つの発信点を焦点とする双曲線を計算する。 Measuring the arrival time difference of the radio wave radiated similarly from another set of radio sources, the two outgoing point to calculate the hyperbola focus. この2組の双曲線の交点が電波受信点の位置を示す。 The two sets of hyperbolas the intersection indicates the position of the radio wave reception points.

【0005】また、移動局の位置を双曲線航法を用いて標定する技術がある(特開平6-3428)。 Further, there is a technique for locating using the hyperbolic navigation position of the mobile station (JP 6-3428). 1つの移動局からの第1の測定用信号を親局と複数の中継局で受信するとともに、各中継局は重複しない固有の遅延時間後に第2の測定用信号を同一周波数で送信し、親局が移動局からの第1の測定用信号と中継局からの第2の測定用信号とを受信してその到達時間差または位相差を測定することにより、第1の測定用信号を親局が受信した時刻と各中継局が受信した時刻との相対時間差を算出して双曲線航法により、移動局の位置を算出する。 Which receives the first measurement signal from one mobile station in the parent station and a plurality of relay stations, the relay station transmits at the same frequency the second measurement signal after delay time specific non-overlapping, parent by station measures the first second of the arrival time difference or phase difference by receiving the measurement signal from the measurement signal and the relay station from the mobile station, the first measurement signal is a master station the hyperbolic navigation received time and the relay station to calculate the relative time difference between the time received, it calculates the position of the mobile station.

【0006】 [0006]

【発明が解決しようとする課題】PHS,携帯電話が所在する基地局の情報より、PHS,携帯電話の位置を検知する方法は、基地局がカバーするエリアの情報提供機能しか無く、ピンポイントでの位置情報の提供ができないデメリットがある。 [0005] PHS, from the information of the base station which the mobile phone is located, PHS, a method for detecting the position of the mobile phone, no only information providing function of the area covered by a base station, pinpoint there is a disadvantage that can not provide the location information of.

【0007】PHS,携帯電話にGPS機能を組込む方式については、GPS機能を携帯装置に組込むことにより、 [0007] PHS, for the system to incorporate GPS function to a mobile phone is, by incorporating the GPS function to a portable device,
機器が重く、大きくなり、価格も高くなるデメリットがある。 The equipment is heavy, large, there is a price even higher demerit. またPHS,携帯電話の所持者以外の第3者が、 The PHS, a third party other than the owner of the mobile phone,
電波の発信場所を知るためには、再度GPS受信装置より、第3者宛て位置情報を転送する必要が生じるデメリットがある。 To know the originating location of the radio waves, there is a disadvantage that from the GPS receiver again, is necessary to transfer the third party addressed location information occurs.

【0008】双曲線航法は、受信機に電波源の電波を把握する専用装置と受信位置を計算する演算装置が必要であり、通常のPHS,携帯電話そのものでは対応できない。 [0008] hyperbolic navigation, it is necessary arithmetic unit for calculating a dedicated device and a receiving position to grasp the radio wave of the radio wave source to the receiver, conventional PHS, can not cope with the mobile phone itself. また、場所が既知の電波発信源のあるエリアのみでしか使用できない。 In addition, location can only be used only in the area with a known radio source. さらに、受信者以外の第3者に位置情報を伝達するためには、再度受信装置より、情報の転送が必要となる。 Furthermore, in order to transmit location information to a third party other than the recipient, from the reception apparatus again, it is necessary to transfer information.

【0009】移動局の位置を双曲線法を用いて標定する方法については、既存のPHS,携帯電話の基地局の資源を活用する場合、中継局から親局への信号の転送の必要があり、基地局システムの修正負荷が高い。 [0009] a method for locating the position of a mobile station using a hyperbolic method, existing PHS, when to utilize the resources of mobile phone base station, there is a need for transmission of signals to the master station from the relay station, Fixed load of the base station system is high. また、基地局が多数集結する既存のPHS,携帯電話システムの場合、どの基地局を親局とするかが明確でなく、移動局より、受信した電波を周囲の全ての基地局あて転送せざるを得なくなる。 Also, existing PHS base station gathered many, if the mobile phone system, which base station or a master station is not clear, from the mobile station, forced to the received radio waves of forwarding all base stations addressed around the not obtained.

【0010】 [0010]

【課題を解決するための手段】あらかじめ3つの受信機間で時計の時刻を同期させた計時部と、PHS,携帯電話の電波を受信する電波受信部より、電波の受信時刻を把握する受信時刻把握部を備えた受信機を3台設置し、 A timekeeping unit that synchronizes the time of the clock in between [SUMMARY OF] advance three receivers, PHS, from the radio receiver for receiving radio waves of the mobile phone, the reception time to grasp the reception time of the radio wave grasping unit installed to three receiver with,
同一のPHS,携帯電話より発信された電波の受信時刻を各々演算部に伝達し、一組の受信機から求めた受信時刻の差に電波の伝達速度を乗算することにより、距離を求め、2つの受信地点からの距離の差が一定の値である電波発信地点を、2つの受信地点を焦点とする双曲線上に求め、同様に残る2つの組合せの受信機から同様の手順で電波発信地点を異なる2組の双曲線上に把握し、この3組の双曲線が1箇所で交差する交点を求めることで電波発信地点を把握する演算部と、電波発信地点を表示装置に表示する送信位置表示部より構成され、PHS, Same PHS, by transmitting the reception time of radio wave transmitted from the mobile phone each arithmetic unit multiplies the radio wave transmission speed difference between the reception time obtained from a set of receivers, determine the distance, 2 one of the radio transmission point difference is a constant value the distance from the receiving point to obtain the two reception point on the hyperbola of focus, the radio transmission point by the same procedure from the two combinations of receiver remains in the same manner grasped on two different sets of hyperbolic, a calculation section that the three sets of hyperbolic to grasp the radio transmission point by finding an intersection that intersect at one point, from the transmission position display unit for displaying the radio signal transmitting point to the display device configured, PHS,
携帯電話の位置情報を把握することを特徴としている。 It is characterized in that to grasp the position information of the mobile phone.

【0011】電波受信部、計時部、受信時刻把握部を既存のPHS,携帯電話システムの基地局の1機能として備えることを特徴としている。 [0011] radio receiver, timer unit, reception time grasping section existing PHS, is characterized in that it comprises as a function of the base station of a cellular telephone system.

【0012】請求項1において、3種類の双曲線より求めた交点が複数存在する場合、3つの受信機の中で最も電界の強い受信機に最も近い交点を求めることにより、電波発信地点を決定する演算部を持つことを特徴としている。 [0012] In claim 1, the intersection determined from three hyperbolic if there are multiple, by finding the closest intersection to the greatest electric field strong receiver among the three receivers to determine the radio transmission point It is characterized by having an operation unit.

【0013】1組の受信機より、等距離の地点から、PH [0013] than a set of receivers, from the equidistant point, PH
S,携帯電話の電波を発信させ、請求項1に示す手順にて電波発信地点を求める際に、演算部にて受信時刻把握部より、送られた時刻を照合し、時刻の不一致がある場合にそれ以降の演算において双曲線計算をする際に、不一致時刻分の時刻補正を行うことにより、位置情報の精度を確保することを特徴としている。 S, then transmits radio waves of the mobile phone, when determining the radio transmission point in the procedure shown in claim 1, from the reception time grasping unit by the computing unit, it collates the sent time, if there is a discrepancy time when the hyperbola compute in subsequent operations to, by performing a time correction of the discrepancy time component, is characterized in that to ensure the accuracy of the position information.

【0014】電波発信地点の情報を電波発信地点からの方向と距離、又は地図情報を取り込むことにより判別する地名、地番情報及び地図のイメージ情報をデータベースとし、インターネットのWebサイトより提供する送信位置表示部を持つことを特徴としている。 [0014] Telecommunications direction and distance information originating from point radio transmission point, or place names to determine by incorporating map information, lot number information and the image information of the map database, transmission position display to provide from Web sites on the Internet It is characterized by having a part.

【0015】 [0015]

【発明の実施の形態】位置情報を把握する対象のPH DETAILED DESCRIPTION OF THE INVENTION The subject to grasp the position information PH
S,携帯電話あて、電話番号を入力し、発呼を行う。 S, mobile phone addressed, enter the phone number, makes a call. この際、最寄の基地局より、PHS,携帯電話あて呼出しの電波が発信され、これへの応答として図1に示すPH At this time, from the nearest base station, PHS, radio phone addressed call is originated, PH shown in FIG. 1 as a response to this
S,携帯電話の送信機D104より、電波が発射される。 S, of the mobile phone from the transmitter D104, radio waves are fired.
この電波に含まれる電話番号を受信機A101,B102,C Receiver A101 telephone number contained in the radio waves, B 102, C
103が図5に示す電波受信部502、506、510にて受信する。 103 received by radio receiver 502,506,510 shown in Fig. この際、送信機Dより、直線上を伝達された直接波のみを受信することとし、反射波は対象としない。 At this time, from the transmitter D, and to receive only the direct wave transmitted in a straight line, the reflected wave is not intended.

【0016】図5に示す計時部503、507、511の時計は、図1に示す受信機A101,B102,C103間で時刻の同期がはかられている。 The watch timer unit 503,507,511 shown in FIG. 5 is a time synchronization is worn between the receiver A101, B 102, C103 shown in FIG. これにより、送信機D104より、発射された電波の伝達速度の、受信機A,B,C間における差を正確に把握できる。 Thus, from the transmitter D104, can accurately grasp the transmission speed of the emitted radio waves, the receiver A, B, the difference between the C.

【0017】図5の受信時刻把握部504、508、512では、電波受信部にて受信した電話番号と受信時刻を把握し,演算部513に伝達する。 [0017] At reception time grasping portion 504,508,512 in Figure 5, to grasp the reception time and the telephone number received by the radio receiver, and transmits to the arithmetic unit 513. 電波受信部502、506、510及び計時部503、507、511及び受信時刻把握部504、508、512は各々既存のPHS,携帯電話システムの基地局システム内の1機能として組込む場合と、専用の受信機として基地局システムとは独立して設ける場合がある。 Existing each radio receiver 502,506,510 and the time measuring unit 503,507,511 and reception time grasping section 504,508,512 PHS, and when incorporated as a function in the base station system of a mobile telephone system, dedicated it may be provided independently of the base station system as a receiver. 1つの基地局がカバーするエリアの面積は、携帯電話よりもPHS Area of ​​the area in which one base station covers, PHS than mobile phone
の方が狭く、移動局から発信される電波の届く範囲もP Narrow towards, within reach of radio waves transmitted from the mobile station also P
HSの方が携帯電話よりも狭い。 If the HS is narrower than a mobile phone. よって、1つの送信機の電波を複数の受信機(基地局)で補足する可能性が最も高い組合せは、移動局が携帯電話で、基地局がPHS Therefore, the highest combination may supplement the radio wave of one transmitter with multiple receivers (base station), the mobile station is a mobile phone, the base station PHS
システムを活用する組合せである。 It is a combination to take advantage of the system. PHS基地局の受信部分に携帯電話の受信部を付加する組合せとなる。 The combination of adding reception section of the mobile phone to receive part of the PHS base stations. &nbs & Nbs
p; p;

【0018】図2に示す、受信機A201,B202の位置と受信時刻把握部より求めた受信機A201,B202と送信機D20 [0018] 2, receiver A 201, and the position of the B202 reception time grasping section than the determined receiver A 201, B202 transmitter D20
4との距離の差(|DA−DB|)を受信機A201,B20 Difference in distance between the 4 (| DA-DB |) receiver A 201, B20
2の受信時刻把握部504、508より受信した受信時刻の差に電波伝達速度を乗算して算出する。 Calculated by multiplying the radio wave transmission speed difference between the reception time received from the second reception time grasping section 504, 508. この際、送信機D In this case, the transmitter D
204は、受信機A201,及びB202を焦点とする双曲線a 204, hyperbola a to receiver A 201, and the B202 and focus
b205、206上のいずれかに存在することとなる。 Will be present in any of the on b205,206. 同様に図3において、受信機B302,C303の位置と送信機D30 Similarly, in FIG. 3, the receiver B302, the positions of the C303 transmitter D30
4との間で、同様の処理を行い、送信機D304は受信機B Between 4 performs the same processing, the transmitter D304 receiver B
302及びC303を焦点とする双曲線bc305、306上のいずれかに存在することとなる。 302 and C303 will be present either on hyperbolic bc305,306 to focus. 更に同様に図4において、 Further Similarly in FIG. 4,
受信機A,Cの位置と送信機Dとの間で、同様の処理を行い、送信機D404は受信機A401及びC403を焦点とする双曲線ac405、406上のいずれかに存在することとなる。 The receiver A, between the position and the transmitter D and C, performs the same processing, the transmitter D404 becomes to exist either on hyperbolic ac405,406 to focus the receiver A401 and C403. 以上の3組の双曲線が、1箇所で交わる地点が発信機Dの位置を示す情報となり、図1の例では、双曲線a Or three pairs of hyperbolas becomes the information point intersect at one point indicate the position of the transmitter D, in the example of FIG. 1, hyperbola a
b106,bc108,ac110の交わる交点Zが、送信機D1 b106, bc108, ac110 intersection of the intersection Z is, the transmitter D1
04の所在地と判定できる。 It can be determined that 04 of the location.

【0019】尚、3組の双曲線の交点を計算した結果、複数存在する場合は、受信機A,B,Cの内、送信機Dから発する電波の電界が最も強い受信機を割り出し,その受信機に最も近い交点を送信機Dの所在地と判定する。 [0019] Incidentally, three sets of results of calculating the hyperbolic intersection, if there are two or more, the receiver A, B, among and C, the electric field of the radio waves emanating from the transmitter D is indexing the strongest receiver, the received determining intersection closest to the machine and location of the transmitter D.

【0020】受信機A,Bより等距離にある地点より、PH [0020] The receiver A, from a certain point than B equidistant, PH
S,携帯電話にて試験データとして電波を発信し、受信機A,Bの電波受信部502、506、510において電波をキャッチする。 S, a radio wave sent as test data at the mobile phone, to catch radio receiver A, the radio receiver 502,506,510 of B. このタイミングで計時部503、507、511において計時されている時刻は同時刻となっているはずであるが、演算部513にて時刻の照合を行い、ズレが有る場合に各受信機から受取る時刻の補正を行う。 Although time measured in clock unit 503,507,511 at this timing is supposed to be the same time, it collates the time by the computing unit 513 receives from the receiver when a deviation there is time do the correction. たとえば、受信機Aの時刻が受信機Bよりtだけ大きい場合は、受信機Aの時計が、受信機Bの時計に較べてtだけ進んでいることとなり、それ以降のA,Bを焦点とした双曲線計算時には、Aに関する時刻をtだけ、減算して使用する。 For example, if the time of the receiver A is than only t large receiver B can watch receiver A becomes the fact that advanced by t compared to the clock of the receiver B, and the focus of the subsequent A, B It was at the time of hyperbola compute the time about a t only, use is subtracted. 同様に、受信機A,C及びB,Cについても補正を行う。 Similarly, the receiver A, C and B, corrects also C.

【0021】演算部にて算定された送信機Dの位置情報について、図5の表示装置上に受信機A,B,Cよりの方向と距離を表示する。 The location information of the transmitter D, which is calculated by the calculation unit, the receiver A on the display device of FIG. 5, B, and displays the direction and distance from C. また、地図情報を取り込むことにより、受信機A,B,Cの位置を地図上に確定させ、そこからの方向、距離を計算することにより、地図上で送信機Dの位置を確定する。 Further, by incorporating map information, the receiver A, B, to confirm the position of C on the map, by calculating the direction, the distance from it, to determine the position of the transmitter D on the map. このようにして求めた送信機D Transmitter D thus determined
の位置を、地図情報より地名・地番情報に変換し、文字情報として提供する方法と、送信機Dの所在地周辺の地図情報をイメージ情報にて提供し、送信機Dの位置情報を提供する方法がある。 How the position, into a place name, lot number information from the map information, a method of providing a character information, the map information around the location of the transmitter D is provided in the image information, to provide location information of the transmitter D there is. この表示機能を専用の表示装置で提供するだけでなく、インターネットを使用し、パソコン及び、Iモード等の携帯電話より、図6のインターネットの入力画面、図7の出力画面に示す様に、Web In addition to providing a dedicated display device of this display function, using the Internet, personal computer and from the cellular telephones, such as I-mode Internet input screen of FIG. 6, as shown in the output screen in FIG. 7, Web
サイトを通じて、情報提供できる。 Through the site, it is possible to provide information. この際、図8に示すデータベースを一旦、当システムで作成し、インターネットで閲覧することとなる。 In this case, once the database shown in FIG. 8, created in this system, so that the browsing on the Internet. Webサイトで情報提供する場合は、セキュリティーの観点より、対象の電話番号とパスワードの入力を要求することにより、第3者による閲覧の防止の対応を図る。 When providing information on the Web site, from the viewpoint of security, by requiring input of a telephone number and password of the target, improve the response of the anti-viewing by a third party.

【0022】当システムの活用領域の例としては、以下の事例が考えられる。 [0022] Examples of the use area of ​​this system can be considered the following cases. 徘徊老人にPHS,携帯電話を所持してもらうことにより、必要な時に、そのPHS,携帯電話に電話を発信することにより、老人の位置情報を割り出すことができる。 PHS to wandering old man, by getting in possession of a mobile phone, when needed, the PHS, by calling a phone call to a mobile phone, it is possible to determine the position information of the old man. また、Iモード等の携帯電話所持者が、自分の現在位置を知りたい時に、特定の電話番号あて呼出の発信を行い、当システムで割り出した位置情報について、携帯電話を通じたWebサイトより、文字情報又は、地図等のイメージ情報として受け取ることができる。 In addition, mobile phone holders, such as I-mode is, when you want to know the current position of their own, make a call of a particular phone number addressed to call, for the location information indexed in this system, from the Web site through a mobile phone, character information or may be received as image information such as a map. 尚、当システムは、個人の所在地を把握することになるため、プライバシー保護の観点により、個人の同意を前提にした運営を行うこととなる。 In addition, this system is, because that will determine the location of the individual, by the point of view of privacy protection, and carrying out the operation, which was to assume the consent of the individual.

【効果】PHS,携帯電話の位置を把握する際、PH [Effect] PHS, when you know the location of the mobile phone, PH
S,携帯電話にGPS等の特別な装置を付加する必要が無く、またPHS,携帯電話所持者以外の第3者が位置情報を知る際、PHS,携帯電話より位置情報を転送することを要しない。 Essential S, mobile phones special equipment is not necessary to add a GPS or the like, also PHS, when a third party other than the mobile phone holder to know position information, PHS, the transfer of location information from the mobile phone do not do.

【図面の簡単な説明】 BRIEF DESCRIPTION OF THE DRAWINGS

【図1】受信機A,B、Cより送信機Dの位置を把握する仕組みを示す全体図である。 [1] the receiver A, B, is an overall view showing a mechanism to grasp the position of the transmitter D from C.

【図2】受信機A,Bより送信機Dの位置を把握する仕組みを示す図である。 [Figure 2] receiver A, a diagram showing a more mechanism to grasp the position of the transmitter D B.

【図3】受信機B,Cより送信機Dの位置を把握する仕組みを示す図である。 [3] the receiver B, and shows a mechanism to grasp the position of the transmitter D from C.

【図4】受信機A,Cより送信機Dの位置を把握する仕組みを示す図である。 [4] the receiver A, is a diagram illustrating a mechanism to grasp the position of the transmitter D from C.

【図5】本発明の実施例の機能構成を示す全体概略図である。 5 is a schematic overall view showing a functional construction of the embodiment of the present invention.

【図6】送信位置を表示するインターネット入力画面を示す図である。 6 is a diagram showing an Internet input screen displaying the transmission position.

【図7】送信位置を表示するインターネット出力画面を示す図である。 7 is a diagram showing an Internet output screen for displaying the transmission position.

【図8】送信位置表示データベースを示す図である。 8 is a diagram showing a transmission position display database.

【符号の説明】 DESCRIPTION OF SYMBOLS

101受信機A 102受信機B 103受信機C 104送信機D 105双曲線ab 106双曲線ab 107双曲線bc 108双曲線bc 109双曲線ac 110双曲線ac 201受信機A 202受信機B 203受信機C 204送信機D 205双曲線ab 206双曲線ab 301受信機A 302受信機B 303受信機C 304送信機D 305双曲線bc 306双曲線bc 401受信機A 402受信機B 403受信機C 404送信機D 405双曲線ac 406双曲線ac 501アンテナ 502電波受信部 503計時部 504受信時刻把握部 505アンテナ 506電波受信部 507計時部 508受信時刻把握部 509アンテナ 510電波受信部 511計時部 512受信時刻把握部 513演算部 514送信位置表示部 101 receiver A 102 receiver B 103 receiver C 104 transmitter D 105 hyperbola ab 106 hyperbola ab 107 hyperbolic bc 108 hyperbolic bc 109 hyperbolic ac 110 hyperbolic ac 201 receiver A 202 receiver B 203 receiver C 204 transmitter D 205 hyperbola ab 206 hyperbola ab 301 receiver A 302 receiver B 303 receiver C 304 transmitter D 305 hyperbolic bc 306 hyperbolic bc 401 receiver A 402 receiver B 403 receiver C 404 transmitter D 405 hyperbolic ac 406 hyperbolic ac 501 antenna 502 radio receiver 503 clock unit 504 receives time grasping section 505 antenna 506 radio receiver 507 clock unit 508 receives time grasping section 509 antenna 510 radio receiver 511 clock unit 512 receives time grasping unit 513 calculating unit 514 sends the position display unit

───────────────────────────────────────────────────── フロントページの続き Fターム(参考) 2F029 AA07 AC01 AC02 AC04 AC06 AC14 5J062 AA08 AA13 BB05 CC12 CC18 FF01 HH07 5K027 AA11 AA12 BB01 BB09 BB14 CC08 EE01 EE15 FF01 FF22 GG08 HH00 MM17 5K067 BB03 BB04 DD20 DD44 EE02 EE10 EE24 FF03 FF06 FF23 GG11 ────────────────────────────────────────────────── ─── front page of continued F-term (reference) 2F029 AA07 AC01 AC02 AC04 AC06 AC14 5J062 AA08 AA13 BB05 CC12 CC18 FF01 HH07 5K027 AA11 AA12 BB01 BB09 BB14 CC08 EE01 EE15 FF01 FF22 GG08 HH00 MM17 5K067 BB03 BB04 DD20 DD44 EE02 EE10 EE24 FF03 FF06 FF23 GG11

Claims (7)

    【特許請求の範囲】 [The claims]
  1. 【請求項1】あらかじめ3つの受信機間で時計の時刻を同期させた計時部と、PHS,携帯電話の電波を受信する電波受信部より、電波の受信時刻を把握する受信時刻把握部を備えた受信機を3台設置し、同一のPHS,携帯電話より発信された電波の受信時刻を各々演算部に伝達し、一組の受信機から求めた受信時刻の差に電波の伝達速度を乗算することにより、距離を求め、2つの受信地点からの距離の差が一定の値である電波発信地点を、 And 1. A timer unit that synchronizes the time of the clock in between pre three receivers, PHS, from the radio receiver for receiving radio waves of a mobile phone, a reception time detector detecting the reception time of the radio wave the receiver was placed three were identical PHS, transmits the reception time of radio wave transmitted from the mobile phone each calculation unit, multiplied by the radio wave transmission speed difference between the reception time obtained from a set of receivers by obtains the distance, the radio transmission point difference in distance from two reception point is a constant value,
    2つの受信地点を焦点とする双曲線上に求め、同様に残る2つの組合せの受信機から同様の手順で電波発信地点を異なる2組の双曲線上に把握し、この3組の双曲線が1箇所で交差する交点を求めることで電波発信地点を把握する演算部と、電波発信地点を表示装置に表示する送信位置表示部より構成されるPHS,携帯電話の位置把握システム。 Two reception point determined on hyperbola focus, grasp the radio transmission point of two different sets of hyperbolic the same procedure from the two combinations of receiver remains in the same manner, the three sets of hyperbola in one place a calculation unit to grasp the radio transmission point by finding an intersection crossing, PHS composed of transmission position display unit for displaying the radio signal transmitting point to the display device, positioning system of the mobile phone.
  2. 【請求項2】電波受信部、計時部、受信時刻把握部を既存のPHS,携帯電話システムの基地局の1機能として備えることを特徴とする請求項1に記載のPHS,携帯電話の位置把握システム。 Wherein the radio receiver, timer unit, reception time grasping section existing PHS, according to claim 1, characterized in that it comprises as a function of the base station of a cellular telephone system PHS, mobile phones locating system.
  3. 【請求項3】請求項1において、3種類の双曲線より求めた交点が複数存在する場合、3つの受信機の中で最も電界の強い受信機に最も近い交点を求めることにより、 3. The method of claim 1, if the intersection point determined from three hyperbolic there are multiple, by finding the closest intersection to the greatest electric field strong receiver of the three receivers,
    電波発信地点を決定する演算部を持つことを特徴とする請求項1に記載のPHS,携帯電話の位置把握システム。 PHS, mobile phone positioning system according to claim 1, characterized by having a calculation unit for determining a radio transmission point.
  4. 【請求項4】1組の受信機より、等距離の地点から、P Than 4. A pair of receivers, the equidistant points, P
    HS,携帯電話の電波を発信させ、請求項1に示す手順にて電波発信地点を求める際に、演算部にて受信時刻把握部より、送られた時刻を照合し、時刻の不一致がある場合にそれ以降の演算において双曲線計算をする際に、 HS, to transmit a radio wave of the cellular phone, when determining the radio transmission point in the procedure shown in claim 1, from the reception time grasping unit by the computing unit, it collates the sent time, if there is a discrepancy time when the hyperbola compute in subsequent operations, the
    不一致時刻分の時刻補正を行うことにより、位置情報の精度を確保することを特徴とする請求項1に記載のPH By performing the time correction of the discrepancy time content, PH according to claim 1, characterized in that to ensure the accuracy of the location information
    S,携帯電話の位置把握システム。 S, the mobile phone positioning system.
  5. 【請求項5】電波発信地点の情報を電波発信地点からの方向と距離、又は地図情報を取り込むことにより判別する地名、地番情報及び地図のイメージ情報をデータベースとし、インターネットのWebサイトより提供する送信位置表示部を持つことを特徴とする請求項1に記載のPHS,携帯電話の位置把握システム。 5. A direction and distance information of radio transmission from point radio transmission point, or place names to determine by incorporating map information, and database lot number information and image information of the map, the transmission to provide from Web sites on the Internet PHS, mobile phone positioning system according to claim 1, characterized by having a position display unit.
  6. 【請求項6】あらかじめ3つの受信機間で時計の時刻を同期させた計時部と、PHS,携帯電話の電波を受信する電波受信部より、電波の受信時刻を把握する受信時刻把握部を備えた受信機を3台設置し、同一のPHS,携帯電話より発信された電波の受信時刻を各々演算部に伝達し、一組の受信機から求めた受信時刻の差に電波の伝達速度を乗算することにより、距離を求め、2つの受信地点からの距離の差が一定の値である電波発信地点を、 6. A timing unit that synchronizes the time of the clock in between pre three receivers, PHS, from the radio receiver for receiving radio waves of a mobile phone, a reception time detector detecting the reception time of the radio wave the receiver was placed three were identical PHS, transmits the reception time of radio wave transmitted from the mobile phone each calculation unit, multiplied by the radio wave transmission speed difference between the reception time obtained from a set of receivers by obtains the distance, the radio transmission point difference in distance from two reception point is a constant value,
    2つの受信地点を焦点とする双曲線上に求め、同様に残る2つの組合せの受信機から同様の手順で電波発信地点を異なる2組の双曲線上に把握し、この3組の双曲線が1箇所で交差する交点を求めることで電波発信地点を把握する演算部と、電波発信地点を表示装置に表示する送信位置表示部より構成されるPHS,携帯電話の位置を把握する方法。 Two reception point determined on hyperbola focus, grasp the radio transmission point of two different sets of hyperbolic the same procedure from the two combinations of receiver remains in the same manner, the three sets of hyperbola in one place how to understand the operation unit to grasp the radio transmission point by finding an intersection crossing, PHS composed of transmission position display unit for displaying the radio signal transmitting point to the display device, the position of the portable phone.
  7. 【請求項7】あらかじめ3つの受信機間で時計の時刻を同期させた計時部と、PHS,携帯電話の電波を受信する電波受信部より、電波の受信時刻を把握する受信時刻把握部を備えた受信機を3台設置し、同一のPHS,携帯電話より発信された電波の受信時刻を各々演算部に伝達し、一組の受信機から求めた受信時刻の差に電波の伝達速度を乗算することにより、距離を求め、2つの受信地点からの距離の差が一定の値である電波発信地点を2 7. A time measuring unit that synchronizes the time of the clock in between pre three receivers, PHS, from the radio receiver for receiving radio waves of a mobile phone, a reception time detector detecting the reception time of the radio wave the receiver was placed three were identical PHS, transmits the reception time of radio wave transmitted from the mobile phone each calculation unit, multiplied by the radio wave transmission speed difference between the reception time obtained from a set of receivers by obtains a distance, difference in the distance from the two reception point is a radio wave transmission point is a fixed value 2
    つの受信地点を焦点とする双曲線上に求め、同様に残る2つの組合せの受信機から同様の手順で電波発信地点を異なる2組の双曲線上に把握し、この3組の双曲線が1 One of the calculated reception point hyperbolic on the focus, to grasp the radio transmission point on two different sets of hyperbolic the same procedure from the two combinations of receiver remains in the same manner, the three sets of hyperbola 1
    箇所で交差する交点を求めることで電波発信地点を把握し、記憶装置に格納する演算部と、電波発信地点を表示装置に表示する送信位置表示部より構成されるPHS, Grasp the radio transmission point by finding an intersection intersecting at a point, a calculating unit to be stored in the storage device, PHS composed of transmission position display unit for displaying the radio signal transmitting point to the display device,
    携帯電話の位置把握を行わせるためのプログラムを記録したことを特徴とするコンピューター読み取り可能な記録媒体。 Computer readable recording medium characterized by recording a program for causing locating of the mobile phone.
JP2000149108A 2000-05-19 2000-05-19 System for grasping position of phs or portable telephone Pending JP2001330657A (en)

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JP2006509423A (en) * 2002-12-04 2006-03-16 レイセオン・カンパニーRaytheon Company Positioning and tracking method for a communication apparatus for synchronizing in a wireless communication system
WO2006026816A2 (en) * 2004-09-07 2006-03-16 Seeker Wireless Pty Limited Radio mobile unit location system
JP2009092566A (en) * 2007-10-10 2009-04-30 Sumitomo Electric Ind Ltd Vehicle position specifying system, onboard machine, and transmitter
JP2010156580A (en) * 2008-12-26 2010-07-15 Mitsubishi Electric Corp Positioning device and positioning method
US8244236B2 (en) 2010-04-29 2012-08-14 Wavemarket, Inc. System and method for aggregating and disseminating mobile device tag data
US8355737B2 (en) 2005-03-18 2013-01-15 Wavemarket, Inc. Enhanced mobile location
US8359044B2 (en) 2005-03-18 2013-01-22 Wavemarket, Inc. Enhanced mobile location method and system
US8504077B2 (en) 2010-12-04 2013-08-06 Wavemarket, Inc. System and method for monitoring and disseminating mobile device location information
US8700069B2 (en) 2005-04-08 2014-04-15 Wavemarket, Inc. Systems and methods for mobile terminal location determination using radio signal parameter measurements
US8737985B2 (en) 2007-11-26 2014-05-27 Wavemarket, Inc. Methods and systems for zone creation and adaption
US8787171B2 (en) 2008-04-07 2014-07-22 Wavemarket, Inc. Efficient collection of wireless transmitter characteristics
US8798613B2 (en) 2007-09-17 2014-08-05 Wavemarket, Inc. Systems and method for triggering location based voice and/or data communications to or from mobile ratio terminals
JP2015114899A (en) * 2013-12-12 2015-06-22 三菱電機株式会社 Rescue and survival assist system, positioning terminal, and rescue and survival assist method and program
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Cited By (17)

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JP2006509423A (en) * 2002-12-04 2006-03-16 レイセオン・カンパニーRaytheon Company Positioning and tracking method for a communication apparatus for synchronizing in a wireless communication system
WO2006026816A2 (en) * 2004-09-07 2006-03-16 Seeker Wireless Pty Limited Radio mobile unit location system
WO2006026816A3 (en) * 2004-09-07 2007-10-11 Seeker Wireless Pty Ltd Radio mobile unit location system
US8355737B2 (en) 2005-03-18 2013-01-15 Wavemarket, Inc. Enhanced mobile location
US8359044B2 (en) 2005-03-18 2013-01-22 Wavemarket, Inc. Enhanced mobile location method and system
US8700069B2 (en) 2005-04-08 2014-04-15 Wavemarket, Inc. Systems and methods for mobile terminal location determination using radio signal parameter measurements
US8798613B2 (en) 2007-09-17 2014-08-05 Wavemarket, Inc. Systems and method for triggering location based voice and/or data communications to or from mobile ratio terminals
JP4661852B2 (en) * 2007-10-10 2011-03-30 住友電気工業株式会社 Vehicle location system
JP2009092566A (en) * 2007-10-10 2009-04-30 Sumitomo Electric Ind Ltd Vehicle position specifying system, onboard machine, and transmitter
US8737985B2 (en) 2007-11-26 2014-05-27 Wavemarket, Inc. Methods and systems for zone creation and adaption
US8787171B2 (en) 2008-04-07 2014-07-22 Wavemarket, Inc. Efficient collection of wireless transmitter characteristics
JP2010156580A (en) * 2008-12-26 2010-07-15 Mitsubishi Electric Corp Positioning device and positioning method
US8457626B2 (en) 2010-04-29 2013-06-04 Wavemarket, Inc. System and method for aggregating and disseminating mobile device tag data
US8244236B2 (en) 2010-04-29 2012-08-14 Wavemarket, Inc. System and method for aggregating and disseminating mobile device tag data
US8504077B2 (en) 2010-12-04 2013-08-06 Wavemarket, Inc. System and method for monitoring and disseminating mobile device location information
JP2015114899A (en) * 2013-12-12 2015-06-22 三菱電機株式会社 Rescue and survival assist system, positioning terminal, and rescue and survival assist method and program
JP2017224306A (en) * 2017-06-29 2017-12-21 三菱電機株式会社 Positioning terminal, mobile phone search system, mobile phone search method, program, and server

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