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`(12)INTERNATIONAL APPLICATION PUBLISHED UNDER THE PATENT COOPERATION T REATY (PCT)
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`(19)World Intellectual Property Organization
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`llll lllll llll lllllll llll llll International Bureau I lllll 1111111111111111 IIIII IIII I II Ill lllll lllll lllll
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`(10)International Publication Number
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`(43)International Publication Date
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`19 April 2001 (19.04.2001)PCT WO 01/28270
`Al
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`G08G 1/0969
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`(51) International Patent Classification 7: H04Q 7/38,
`(74)Agent: BARTELS & PARTNER; Lange Strasse 51,
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`D-70174 Stuttgart (DE).
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`(21)International Application Number:PCT/EP00/07534
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`(81)Designated States (national): CA, CN, JP, RU, TR, US.
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`(84)Designated States (regional): European patent (AT, BE,
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`(22)International Filing Date: 3 August 2000 (03.08.2000)
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`CH, CY, DE, DK, ES, FI, FR, GB, GR, IE, IT, LU, MC,
`NL, PT, SE).
`English
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`(25)Filing Language:
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`(26)Publication Language:
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`Published:
`English
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`With international search report.
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`(30) Priority Data:
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`abbreviations, refer to the "Guid­EP For two letter codes and other
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`12 October 1999 (12.10.1999)
`99120291.2
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`EP ance N ates on Codes and Abbreviations" appearing at the begin­
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`3 February 2000 (03.02.2000)
`PCT/EP00/00852
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`ning of each regular issue of the PCT Gazette.
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`(71)Applicant and
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`(72)Inventor: SAKARYA, Taskin [TR/DE]; Stettiner Strasse
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`41, D 70825 Komtal Mtinchingen (DE).
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`iiiiiiiiiiiiii
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`- iiiiiiiiiiiiii
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`(54)T itle: DOWNLOADING GEOGRA PHICAL DATA TO A MOBILE STATION A ND DISPLAYING A MAP
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`iiiiiiiiiiiiii
`iiiiiiiiiiiiii
`iiiiiiiiiiiiii
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`28
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`22
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`25a
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`42
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`12.10.1999 14:00
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`Cinema Colossium
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`Stuttgart
`at Konig Str. 5
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`-
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`-!!!!!!!!!!!
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`-
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`-iiiiiiiiiiiiii
`iiiiiiiiiiiiii
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`iiiiiiiiiiiiii
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`(57)Abstract: A mobile station (1) of
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`a mobile communication network system
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`(2), said mobile station (1) comprising a
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`geographical position localising module
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`(3)for localising a geographical position
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`(24c) of said mobile station (1), storage
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`means for storing geographical related
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`base data, and display means (4) for
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`displaying geographical related data
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`as a map (24) and/or as a text string,
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`characterised in that said geographical
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`related data displayed on said display
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`means (4) has been at least partly provided
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`by wireless transmission from said
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`network station (2) and is limited to a
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`predetenninable extent depending on said
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`geographical position (24c) of said mobile
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`station (1), a mobile communication
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`network system (2) comprising such
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`a mobile station ( 1) and a method of
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`operating such a mobile communication
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`network system (2).
`Hotel International
`30
`GUIDANCE to:
`at Konig Str. 12
`Ludwigsburg
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`Komtal �Munch.
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`Stettiner Str.
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`!. Go there?
`2. Call?
`3. More info / Films ?
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`4. Search for another?
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`}Centre
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`Markt Platz.
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`l.lnform others ?
`2.Go to?
`3. Info?
`
`32
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`29
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`
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`Drive/Go Straight
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`I. Go there?
`2. Call?
`
`3. More info / Prise/ free?
`
`4. Search for another ?
`
`Apple Exhibit 1010
`Page 1 of 28
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`

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`WO 01/28270
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`PCT /EP00/07534
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`DOWNLOADING GEOGRAPHICAL DATA TO A MOBILE STATION AND
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`DISPLAYING A MAP
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`A mobile station comprising a GPS and/or GSM/UMTS based localising
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`information, data and related module for displaying location dependent
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`a corresponding mobile communication network system, and
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`a method of operating same.
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`a GPS and/or comprising station to a mobile The present invention relates
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`GSM/UMTS based localising module for displaying location dependent
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`data, preferably Cell or Local Area dependent data, and related information,
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`a corresponding mobile communication network system, and a method of
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`of the accompanying to the preambles 5 operating same according
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`independent claims.
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`Geographical position localising methods and modules are known for
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`example from the satellite based Geographical Positioning System (GPS)
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`10 standard. They are used for example in navigation systems.
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`Some map
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`information is provided by data storage means, for example CD-ROMs, or
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`can be downloaded from a database, for example via internet.
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`The problem arises that the map and other data loading via a Compact Disk
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`are notfor loading connections 15 (CD)is extensive and bulky, internet
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`CONFIRMATION
`COPY
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`Apple Exhibit 1010
`Page 2 of 28
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`

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`WO 01/28270
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`PCT /EP00/07534
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`2
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`everywhere available and are expensive since overall loading time is
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`enormous, and loading of comprehensive world date is impossible due to
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`storage or memory capacity limitations. For example the map data
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`potentially necessary for the user of the mobile station either exceeds the
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`means, such as plug-in data storage portable 5 capacity of presently available
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`cards, or results in large and heavy mobile station equipment.
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`It is an object of the present invention to provide a mobile station,
`a
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`corresponding mobile communication network system, and a method of
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`data in a geographical related the necessary 10 operating same, which provides
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`suitable
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`form at the mobile station with low costs, low weight,
`and small
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`size. It is a further object to combine GPS and other mobile based
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`localisation means with mobile communication network system in such a
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`way that loading and handling of the localisation data and local area
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`way. 15 information data are done in a very efficient
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`The object is solved by the subject matters of accompanying independent
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`claims. Some preferred embodiments of the invention are defined in the
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`accompanying dependent claims.
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`20
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`Mobile station can display a position marked out map, a position text string,
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`and/or Local Area information data at an idle mode, i.e. at a standby mode.
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`Thus there are no extra costs for the user of the mobile station, and no extra
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`work involved in trying to find the data needed, such as maps, location
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`25 surrounding or Local Area data etc., or in loading data from
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`a CD or via an
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`internet connection. Only when data of a special area is needed or normal
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`loading process is interrupted, then a service call loading can be activated.
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`Otherwise
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`the loadable data is available as network broadcasts, similar as
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`known from Video Text in the technical are of television, or loaded by
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`Apple Exhibit 1010
`Page 3 of 28
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`

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`WO0l/28270
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`PCT /EP00/07534
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`3
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`network during the Local Area Update Procedure known from the GSM
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`standard.
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`version of data at said mobile stored A check on possibly already existing
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`parts etc., can date of loadable version numbers, 5 station, e.g. by comparing
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`be performed. Loading is done only if the mobile station has an older
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`version or missing parts. In case of a Location Update Procedure loading or
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`Service Call loading, mobile station informs the network about the existing
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`data version of the Local Area and the network decides if and what to load.
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`station decides on loading mobile 10 In case of Network Broadcast Service
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`downloading
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`or not. Latest mobile available data are stored at said mobile
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`station even after power-off, the amount depending on the availability of the
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`memory capacity of the mobile station end equipment.
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`15 The invention relates in one embodiment to a mobile station of a mobile
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`communication network system, said mobile station comprising a
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`geographical position localising module for localising a geographical
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`position of said mobile station, storage means, preferably a built-in or plug­
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`in Integrated Circuit memory card, for storing geographical related base
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`data as a map geographical related 20 data, and display means for displaying
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`and/or a text string. The geographical related data displayed on said display
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`means has been at least partly provided by wireless transmission from said
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`network system and is limited to a predeterminable extent depending on
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`said geographical position of the mobile station. The geographical data has
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`25 been at least partly provided, in particular in addition to already available
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`data at the mobile station from previous loading, by a Network Broadcast
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`Service,
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`and/or by a Location Update Procedure, and/or by a Network
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`Service Cal I.
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`Apple Exhibit 1010
`Page 4 of 28
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`

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`WO 01/28270
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`PCT/EP00/07534
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`4
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`For the geographical position localising module, a global positioning system
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`(GPS) module as known in the prior art providing position information as
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`geographical co-ordinates can be used and/or a GSM/UMTS localising
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`system for mobile stations using signal strength measurements, for example
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`antenna base stations and/or eel I signal strength, 5 of own and/or neighbour
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`position information, and/or base stations to mobile stations distance
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`information, for example based on timing advance (TA) measurements,
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`and/or other position characteristic measurements as for example disclosed
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`in the parallel pending European patent application no. 99 120 291.2, filing
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`no. pending PCT-application 10 date October 12, 1999, and the parallel
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`PCT/EP00/00852, filing date February 3, 2000. Mobile station can employ
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`one or the other or both positioning modules depending to its present
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`surroundings.
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`can be performed by the mobile 15 The geographical position calculation
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`station itself, i. e. only assistance from the network system is performed by a
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`general broadcast information of normal operational and location
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`dependent information to all the mobile stations within the network system
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`cell. The position is computed in the mobile station, in particular translated
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`or building into a street 20 into localisation data as for example translated
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`name in which the mobile station is presently located, and local area
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`background data and information is added if necessary or desired, for
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`example data of restaurants, hotels or events nearby to the present location
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`of the mobile station. All this information is shown to the user on said map
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`can provide guidance information 25 or as name string. The mobile station
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`about how to reach to a desired destination, in particular the mobile station
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`can display a location dependent categorical information and combine this
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`information with the localisation system for further guidance.
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`Apple Exhibit 1010
`Page 5 of 28
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`5
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`The mobile station can load all the required information such as maps, area
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`information data etc. as local area dependent. This makes the loadable and
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`manageable size of the data relatively very smal I. It also makes the
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`processing, i.e. the programming on the mobile station side more easy.
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`5
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`can data of the mobile station The geographical position and/or localisation
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`co-ordinates, and/or geographical be send to others as location name string
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`e.g. by using short message service (SMS) and/or set-up during the active
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`call set-up phase, as presentation or restriction of calling or called mobile
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`10 station geographic position.
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`The map data is transmitted by the GSM/UMTS mobile network within a
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`GSM/UMTS cell and covers a predetermined range, normally the cell being
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`at the centre. The actual contents of the map data can be limited to the type
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`is specially map data loading 15 and position of the cell. This cell centred
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`considered in case of network broadcast data loading. If, however, Location
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`then map data is to be implemented Update Procedure related data loading
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`covers an extent where the particular location area is at the centre. The
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`loadable data can be prepared at internet sites serving to GSM/UMTS
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`20 broadcast service.
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`Previous to the loading of data a check on the possibly already existing data
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`version can be performed, for example based on version number, date of
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`data version to be loaded etc. Only the data not already available in the
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`preferably even 25 mobile station are loaded and stored in the mobile station,
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`after switch off of the mobile station. Various loading possibilities exist, for
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`Apple Exhibit 1010
`Page 6 of 28
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`WO0l/28270
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`networkmobile communication broadcast by the (a) Loading via general
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`system, for example similar to the videotext in the television system.
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`The mobile station itself decides whether loading of data is required.
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`is called in the GSM/UMTS(b)Loading during a procedure which
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`5
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`procedure as "location area update procedure", only if it is necessary.
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`For example the mobile station sends the version number and/or date
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`of data already available in the mobile station to the network system
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`as part of the location update procedure and the network system
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`decides and prompt if an update of said data already available in the
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`10 mobile station is required.
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`loading ofEither automatical of the mobile station. (c)Loading on request
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`data according to the present location and/or loading of data of a
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`location of particular interest.
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`for the mobileto specific circumstances (d)Loading of data according
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`speed etc. of theto a travel modus, travel 15 station, i. e. according
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`mobile station.
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`The information provided on the display means of the mobile station can
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`further be depending on a selective category of interest, for example hotels
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`can be marked on the hotel category 20 in general or hotels of a specific
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`displayed map, preferably together with the name or phone number of the
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`hotel and/or the distance to the present location of the mobile station.
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`Following items can be provided as loadable information:
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`25
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`(i)Local Area Maps
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`(ii)Local Area Name Strings, i.e. street, corner, building names
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`(iii)Local Area List
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`etc.cinemas hotels, such as banks, (vi)Local Area Categorical Information,
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`Apple Exhibit 1010
`Page 7 of 28
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`WO0l/28270
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`PCT /EP00/07534
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`7
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`Advertisement, etc.(vii)Local Area Active Information,
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`All the given information are either used in determining the location of the
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`mobile station, or used to guide the owner of the mobile station.
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`5
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`For Loading of the GSM/UMTS/GPS Mobile End User Equipment with Maps
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`and with Geographical Name String Tables, following options are possible:
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`Localof the present (a)Only Maps and Geographical Name String Tables
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`10 Area, which contains one or more eel Is, are loaded. Therefore the
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`loaded information size is small and manageable within short time
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`interval.
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`information,keeps all the loaded (b)Mobile End User Equipment
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`power iseven when the devices 15 depending on its memory capacities,
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`turned off.
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`soinformation items, are used on the loaded (c)Version or Date stamps
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`that an old version or an old dated information data can be replaced
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`20 or the additional updates can be loaded.
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`enters into a new Local(d)Whenever a Mobile End User Equipment
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`Area, it is required to inform its new location to the Network via an
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`automatic signalling connection, which is called "Local Area Update
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`25 Procedures" in GSM terminology. Mobile End User Equipment can
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`send the version number or date of the already loaded information of
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`the area, during these automatic local area update procedures to the
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`network.
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`Apple Exhibit 1010
`Page 8 of 28
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`WO 01/28270
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`PCT /EP00/07534
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`8
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`(e) Mobile End User Equipment
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`can set-up a new connect procedure
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`upon user request, to load the local area dependent information or the
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`updates.
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`required localisation5 (f) Since only the most required and/or additional
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`information is loaded to the mobile end user equipment, the
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`translation of the GPS co-ordinates into maps and also assignment of
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`street names, building names, and/or area names become an easier
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`task.
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`to maps andof GPS co-ordinates (g) Localisation process, i.e. translation
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`streets
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`names, are done at the mobile without any intervention from
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`15 The geographical related base data can be loaded into said mobile station
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`during a location update procedure and/or using a local area specific
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`network system broadcast service. Thus, no telephone calls are necessary
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`and corresponding costs are avoided. The received geographical related
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`base data can be stored for example in a plug-in memory module. In
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`can be related base data download 20 addition, any time a geographical
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`performed on request by the mobile station. Geographical related base data
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`can be provided by the network system, for example by a dedicated
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`information centre.
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`data as a map and/or as a geographical related 25 Mobile Station can display
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`text string. The text string can be categorised, for example in categories
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`"streets", "hotels", "restaurants", etc., and can provide guidance to new
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`locations, information about events in the surrounding of the present
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`geographical position of the mobile station, etc. without any direct active
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`Apple Exhibit 1010
`Page 9 of 28
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`WO0l/28270
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`PCT /EP00/07534
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`9
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`call to the network but in an idle mode of the mobile station with regard to
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`the mobile communication network system.
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`The scale and/or the resolution of the map data and correspondingly of said
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`by the mobile means, can be adapted 5 map, displayed on said display
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`station or adapt automatically to a travel I ing velocity and/or a present
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`surrounding of said mobile station. For example in an urban environment
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`the resolution of the map data should usually be higher than in a thinly
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`populated country. Furthermore the travelling velocity can be calculated
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`10 using the change in the geographical positions in time and can be used to
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`decide automatically whether the mobile station is travelling by car, by
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`railway, by plane or on foot. When the travelling speed is high the scale of
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`said map displayed on said mobile station can be selected "high", whereas
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`when the travelling speed is low, for example because the mobile station
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`"low" and be selected 15 travels on foot, the scale of said map should
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`preferably the resolution should be selected high.
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`On the basis of the result of the travelling modus a type of map data and
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`background information can be selected automatically by the mobile
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`only the railways modus is by railway, 20 station. For example if the travelling
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`and railway stations can be displayed on the map and for the background
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`information
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`railway timetables of the nearby railway stations can be
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`requested from the network system or selected out of the data provided by
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`the network system broadcast service. If it can be decided that the mobile
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`25 station is travelling by car, for example as background information traffic
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`information and/or locations of petrol stations can be provided. Particularly
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`when travelling with high speed the mobile station can predict, particularly
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`using travelling modus and/or travelling direction, map data required in the
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`near future, for example data of the forthcoming Local Area, if such data is
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`Apple Exhibit 1010
`Page 10 of 28
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`WO0l/28270
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`PCT/EP00/07534
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`10
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`not already available in said mobile station. Furthermore the travelling
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`distance, average and top speed, etc. can be calculated and displayed by
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`the mobile station.
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`it's clock or timer and scans periodically 5 The mobile station has an internal
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`geographical position changes both in terms of distance and direction and
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`registers the distance per given time unit, e. g. seconds, minutes or hours. If
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`the mobile station comprises a GPS module, these calculations are easy to
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`perform. If the position of the mobile station is calculated using GSM/UMTS
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`into have to be translated 10 based measurements, the results of the calculation
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`geographical co-ordinates. This can be performed easily in those cases, in
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`which the base station antennas of the network systems provide
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`geographical position information as a broadcast service. In other cases, an
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`extra information table with geographical positions of different locations
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`into the local area needs to be loaded cell or present 15 within the present
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`the present geographical mobile station too, in order to be able to calculate
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`position of the mobile station. Using the information calculated by the
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`mobile station present, top and average speed can be determined, travelled
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`distance for a starting position or point in time, estimation of arrival time to
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`etc.
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`If the mobile station is operated in a vehicle, it can be used to limit the
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`speed of the vehicle according to the present traffic conditions. Many
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`accidents are caused by excessive speed particularly in motor traffic.
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`25 Although for certain motorways there might be no need for a speed limit in
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`principle, depending
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`on present traffic and/or weather conditions
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`such a
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`speed limit is necessary, for example in the case of an accident, road repair,
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`mist, rain etc. On receiving the corresponding information from the network
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`system the mobile station can control the vehicle in which it is used by
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`Apple Exhibit 1010
`Page 11 of 28
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`WO 01/28270
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`PCT /EP00/07534
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`11
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`wired or wireless connection in order to adapt the speed of the vehicle to
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`the given traffic and/or weather conditions. For example the mobile station
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`can be coupled to engine speed control of the vehicle in such a way that it
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`does not allow any faster driving than according to the information
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`station at its present by the mobile 5 concerning allowed speed received
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`position by the network system. For the determination of the speed of the
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`vehicle either the speedometer of the vehicle itself or the calculation
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`performed by the mobile station can be used, which ever is more accurate
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`and reliable. Mobile station can also be used as for remotely controlling
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`such as the movement 10 further functions of the vehicles and other machines,
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`direction, in addition to speed control. With increased localising precision,
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`this would achieve a better control of the traffic and higher standards of
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`living and quality of life.
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`15 The mobile station according to the present invention is able to give
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`directional information based on destination information and information
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`concerning its present location. The mobile station can provide the best
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`possible route since the needed information is loaded per location and the
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`traffic information can be attached to the local area information. From the
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`station can the mobile etc., jam, reroutes 20 broadcasted information of traffic
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`filter and display only such information that is relevant for the mobile
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`station according its present location, present travel direction, present travel
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`speed, and/or given destination. This filtering of information is performed at
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`the mobile station only and thus the user of the mobile station receives only
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`25 the relevant traffic information and is particularly not bothered with
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`irrelevant general traffic information.
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`The geographical co-ordinates and location name strings are made available
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`to be sent in SMS messages and/or to the called parties during the call set-
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`Apple Exhibit 1010
`Page 12 of 28
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`WO 01/28270
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`PCT /EP00/07534
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`12
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`up, if not restricted by the user. This is called the "presentation of calling
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`party location". If restricted, then it is called "restriction of calling party
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`location". Further depending on the location information being geographic
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`co-ordinates or name string, following naming conventions are used:
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`Presentation/Restriction of Calling Party Location Name
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`Presentation/Restriction of Calling Party Location Co-ordinates
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`Callers SETUP message contains either calling party location name string or
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`party. Mobile end user 10 co ordinates or both, before it is sent to the called
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`can disable this feature if wanted. Additionally Mobile End User can be
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`required to register these as network features, either to send the location
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`info or to block it. These are similar features to the existing
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`"presentation/restriction of calling/called numbers" and handled also
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`15 similarly.
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`Similarly if the called party SETUP-ACK contains the called party location
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`info, this could be displayed too if not restricted/blocked at the mobile end
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`equipment. This presentation/restriction of cal led party location information
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`If so, the features at the network. 20 may also be handled as registered
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`presentation maybe allowed or blocked already at the network side.
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`Within this application the following abbreviations are used:
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`25 CD Compact Disk
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`GSM Global System for Mobile communications
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`GPS Global Positioning System
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`MS Mobile Subscriber (person) or Mobile End User Equipment
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`(equipment)
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`Apple Exhibit 1010
`Page 13 of 28
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`WO0l/28270
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`PCT/EP00/07534
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`13
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`SMS Short Message Service
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`Systems UMTS Universal Mobile Telecommunication
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`Only for the purpose of easy understanding the present standards of mobile
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`5 communication GSM and UMTS are used which does not limit the scope of
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`the present invention.
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`Embodiments of the invention can be seen in the accompanying figures,
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`wherein
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`fig. 1 shows a mobile communication network system with a mobile
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`station according to the present invention,
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`of a city map, and fig. 2 shows the mobile station displaying an extract
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`on the mobile options displayed fig. 3 shows a schematic view of various
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`15
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`station, and
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`fig. 4 shows the mobile station operated in a vehicle.
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`Fig. 1 shows a mobile station 1 of a mobile communication network system
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`2, said mobile station 1 comprising a geographical position localising
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`map data as a map 24 (fig. 2) 20 module 3 and display means 4 for displaying
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`and a geographical position 24c of said mobile station 1 on said map 24.
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`Always the same blocks of data assigned to the cell at the time, are
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`transmitted to all the mobile stations within the cell. Blocks of this base data
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`25 are grouped for example in 4 or more categories:
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`(a)Map data blocks,
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`(b)Localisation related text string data blocks,
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`(c)Area Information data blocks,
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`Apple Exhibit 1010
`Page 14 of 28
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`PCT /EP00/07534
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`14
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`data, ande.g. advertisement data blocks, (d) Dynamic (often changing)
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`(e) Others.
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`Therefore, all mobile stations within one cell receive the same geographical
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`and for can filter out the individual 5 related base data. Each mobile station
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`example user profile or travel modus specific geographical related data.
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`In the shown embodiment the map 24 corresponds essentially to the
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`network cell 5 or a part of it. Network cell 5 and further network cells 6, 7
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`assigned to the cells 5, antennas 9 10 are forming a local area 8. The network
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`6, 7 are served by a Base Station Subsystem 10 which is part of the
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`backbone network 11 which is structured essentially as known from the
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`prior art. A second Base Station Subsystem 12 serves second network
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`antennas 13 assigned to network cell 14, 15, respectively, forming a second
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`15 local area 16.
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`When the mobile station 1 travels from the first local area 8 to the second
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`local area 16, according to the prior art a location update procedure takes
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`place in order to provide connectivity of mobile station 1 with the mobile
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`this location update or following 20 communication network system 2. During
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`procedure, i. e. without any active cal I from the mobile station 1, the
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`14 of the second antenna 13 of cell mobile station 1 receives from network
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`local area 16 an update for map data. The map data including localisation
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`data as street names, building names etc. and local area background data as
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`25 for example hotels, restaurants, events etc. can be provided by the network
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`system 2 as a broadcast service and the mobile station 1 selects the required
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`information out of the broadcasted information.
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`Apple Exhibit 1010
`Page 15 of 28
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`WO0l/28270
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`PCT /EP00/07534
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`15
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`In addition or as an alternative, during or following this location update
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`procedure the mobile station 1 can inform the network antenna 13 whether
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`it has already stored map data information of cell 14 and/or second local
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`area 16. If yes, the date and/or version number of the map data is checked.
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`5 If not or if the version number or date of the map data in the mobile station
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`1 indicates that the map data in the mobile station 1 is obsolete, i. e. a new
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`version for the map data exists, the network antenna 13 transmits 17 map
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`data or updated map data. In the case of an update, only changed data have
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`with the network 1 can communicate to be transmitted 17. Mobile station
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`about preferences can provide information 10 antenna 13 and particularly
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`concerning the information to be loaded during location update procedure.
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`modus that the travel For example if the localising module 3 has calculated
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`of mobile station 1 is "by car" with high velocity, mobile station 1 requires
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`from network antenna 13 with high priority a street map of large scale and
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`traffic according to the present information 15 low resolution but with traffic
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`situation.
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`Fig. 2 shows the display 25 of the mobile station 1 displaying an extract of
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`the city map 24 and additionally names and locations of streets and
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`on a LCD-display 20 characteristic buildings. The city map 24 can be displayed
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`equidistant grid comprising 25 of the mobile station 1 with an overlying
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`orthogonal lines 24a, 24b. A field comprising the geographical position 24c
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`of the Mobile Station 1 can be marked on the display 25 in any appropriate
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`manner. In addition or in substitution, the geographical position 24c can be
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`25 displayed
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`and one or various options can be offered to the user of the
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`Mobile Station 1. The options can be selected for example by a touch
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`sensitive means or by a rocker switch 26. The selected option can be
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`activated for example by a further touch sensitive means or a button 27.
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`Apple Exhibit 1010
`Page 16 of 28
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`WO0l/28270
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`PCT /EP00/07534
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`16
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`Fig. 3 shows a schematic view of various options displayed on the Mobile
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`Station 1 according to the present invention. In the upper right corner is
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`shown a display 25a comprising date and time as well as information 42