PA TENTKRAV 1. Fremgangsmåde til fordeling af en begrænset ressource (7), såsom et forudbestemt antal gevinster, hvor informationer (11), der udveksles mellem en transceiverstation (10) og brugeren af en forudbestemt mobil terminal (21), omfatter: a) at en celleboks (6) via adgang til en første database (1) og en anden database (2) løbende forsyner en server (9) med informationer vedrørende hvilke forudbestemte mobile terminaler (21), der geografisk befinder sig i en af et antal udvalgte celler (20), b) at serveren (9) sammenligner disse informationer med informationer lagret i en tredje database (3) vedrørende udvalgte celler (20) og en fjerde database (4) ved¬ rørende forudbestemte terminaler (21) og efterfølgende via transceiverstationen (10) stiller brugeren af den forudbestemte mobile terminal (21) et spørgsmål i form af information (11), hvis den pågældende forudbestemte terminal (21) bevæger sig ind i dækningsområdet for en af de forudbestemte celler (20), og informationerne i den tredje database (3) og den fjerde database (4) derfor stemmer overens, kendetegnet ved, c) at brugeren af den forudbestemte mobile terminal (21) returnerer et svar i form af information (11) via transceiverstationen (10), og d) at serveren (9) sammenligner det returnerede svar med et lagret korrekt svar og efterfølgende i afhængighed af informationerne lagret i en femte database (5) ved¬ rørende den begrænsede ressource (7) tilbyder den begrænsede ressource (7) til brugeren af den pågældende forudbestemte mobile terminal (21) i form af en værdi¬ kode, der returneres til den forudbestemte mobile terminal (21) i form af informa¬ tion (11), såfremt svaret er korrekt. 2. Fremgangsmåde ifølge krav 1,kendetegnet ved, at positionsbestemmelsen for den enkelte forudbestemte terminal (21) foretages ved hjælp af et satellitbaseret positionsbestemmende system, såsom Global Positioning System (GPS). 3. System til fordeling af en begrænset ressource (7), såsom et forudbestemt antal gevinster, omfattende en celleboks (6), der har adgang til en første database (1) repræ¬ senterende samtlige celler i et cellulært radionetværk og en anden database (2) over samtlige mobile terminaler i det cellulære radionetværk, hvilken celleboks (6) er forbun¬ det til en server (9), der har adgang til en tredje database (3) omfattende repræsentatio¬ ner af et antal udvalgte celler (20) i det cellulære radionetværk, en fjerde database (4) omfattende repræsentationer af et antal forudbestemte mobile terminaler (21) og en femte database (5) repræsenterende den begrænsede ressource (7), hvilken server (9) har en forbindelse til en transceiverstation (10), der er i stand til at udveksle informationer (11) med de enkelte forudbestemte mobile terminaler 21 via cellerne i det cellulære radio¬ netværk, kendetegnet ved, at serveren (9) ved løbende forespørgsler til celle¬ boksen (6) er indrettet til at identificere de repræsentationer af positioner for forudbe¬ stemte mobile terminaler (21), der både forekommer i den fjerde database (4) og i den femte database (5), hvorved serveren (9) kan fastslå, om en forudbestemt terminal (21) befinder sig i en af de udvalgte celler (20) og er indrettet til efterfølgende via transcei- verstationen (10) at tilbyde den begrænsede ressource (7) til brugerne af de forudbe- stemte mobile terminaler (21) i afhængighed af de informationer (11), der er udveksles med den pågældende forudbestemte mobile terminal (21). 4. System ifølge krav 3, k e n d e t e g n e t ved, at radioforbindelse til en forudbe¬ stemt mobil terminal (21), når den overdrages til en bestemt udvalgt celle (20) i radio- netværket, hvis geografiske position er kendt af celleboksen (6), er indrettet til at fastslå den enkelte forudbestemte mobile terminals (21) position i radionetværket. 5. System ifølge krav 3, kendetegnet ved, at transceiverstationen (10) er indrettet til at tilbyde den begrænsede ressource (7) til brugeren af en forudbestemt mobil terminal (21) i form af en værdikode.A method for distributing a limited resource (7), such as a predetermined number of gains, the information (11) exchanged between a transceiver station (10) and the user of a predetermined mobile terminal (21) comprising: a) a cell box (6) continuously accessing a first database (1) and a second database (2) a server (9) with information regarding which predetermined mobile terminals (21) are geographically located in one of a number of selected cells (20), b) comparing this information to the server (9) with information stored in a third database (3) for selected cells (20) and a fourth database (4) for predetermined terminals (21) and subsequently via the transceiver station (10) asks the user of the predetermined mobile terminal (21) a question in the form of information (11) if that predetermined terminal (21) moves into the coverage area of one of the predetermined cells (20), and therefore, the formations in the third database (3) and the fourth database (4) correspond, characterized by, (c) the user of the predetermined mobile terminal (21) returns a response in the form of information (11) via the transceiver station (10); and d) the server (9) compares the returned response with a stored correct response and subsequently, depending on the information stored in a fifth database (5), for the limited resource (7), offers the limited resource (7) to the user of the predetermined mobile terminal (21) in question in the form of a value code returned to the predetermined mobile terminal (21) in the form of information (11), if the answer is correct. Method according to claim 1, characterized in that the positioning of the individual predetermined terminal (21) is carried out by means of a satellite-based positioning system, such as the Global Positioning System (GPS). A system for distributing a limited resource (7), such as a predetermined number of gains, comprising a cell box (6) having access to a first database (1) representing all cells of a cellular radio network and a second database ( 2) over all mobile terminals in the cellular radio network, which cell box (6) is connected to a server (9) having access to a third database (3) comprising representations of a number of selected cells (20) in the cellular radio network, a fourth database (4) comprising representations of a plurality of predetermined mobile terminals (21) and a fifth database (5) representing the limited resource (7), the server (9) having a connection to a transceiver station (10) capable of exchanging information (11) with the individual predetermined mobile terminals 21 via the cells of the cellular radio network, characterized in that the server (9) is in continuous queries to the cell box (6). designed to identify the representations of positions for predetermined mobile terminals (21) that occur both in the fourth database (4) and in the fifth database (5), whereby the server (9) can determine whether a predetermined terminal ( 21) is located in one of the selected cells (20) and is arranged to subsequently provide via the transceiver station (10) the limited resource (7) to the users of the predetermined mobile terminals (21) depending on the information (11) exchanged with the predetermined mobile terminal concerned (21). System according to claim 3, characterized in that the radio connection to a predetermined mobile terminal (21), when transmitted to a particular selected cell (20) in the radio network, the geographical position of which is known by the cell box (6), is arranged to determine the position of the individual predetermined mobile terminal (21) in the radio network. System according to claim 3, characterized in that the transceiver station (10) is arranged to offer the limited resource (7) to the user of a predetermined mobile terminal (21) in the form of a value code.