Message transmission arrangement in a mobile communication system
10 claims: 8 independent, 2 dependent
- 1Krtfar 1. Tæki til að senda skilabod á eamskiptaneti fyrir tai og gagnavinnslu sem er med fjölda útstööva (4, 9) sem er ráðstafað til ákveðins notanda eda unnt er að ráðstafa til ákvedins notanda med adstod gagnaflutningsteekis (22) sem unnt er ad setja i útstödina, pannig ad í þad minnsta tvær útstðdar (4, 9) geti komist ί talsamband eda gagnasamband hvor vid adra og sem earned ad minnsta kosti eina midstdd (8) til ad stjóma sendingum skilabodanna innan samskiptanetsins par sem hver skilabodasending er gagnasamskipti par sem skipst er á gagnaskeytum (35,39) sem hvert um sig inniheldur stadlada gagnayfirakrift (36,37) til ad stadfesta einkenni áskrifandans og áreiðanleika skilabodanna, og med ad minnsta kosti eina miðeiningu (10) ί samskiptanetinu, ad minnsta kosti einhveijar útstödvanna (4, 9) og miðstöðin (10) séu med búnað til ad framkalla gagnayfirskriftina (36, 37) á gagnaskeytunum (35, 39), ad gagnaskeytin (35, 39) séu send annad hvort frá mideiningunni (10) til ad minnsta kosti einnar af útstódvunum (4, 9) eda fra einni af útstodvunum til miðstödvarinnar (10), ad pad sé til stadar búnadur til ad yfiriara gagnayfirskriftina (36, 37] ί mideiningunni (10) og ί ad minnsta kosti nokkrum af nefhdum útstödvum (4, 9), semeinkennist af pvi ad gagnaskeytin geta innihaldid einkennislykil (40) sem vidkomandi pjdnustuveitandi geti skilgreint, ad mideiningin (10) og ad minnsta kosti nokkrar af útstddvunum (4, 9) séu med búnad til ad framkalla einkennislykilinn (40) og aiur (12.1, 12.2) til ad pékkja einkennislykilinn (40), par sem einkennislykillinn (40) er öryggistæki, sem vidkomandi pjdnustuveitandi geti skilgreint, til ad senda ákveðin skilabod og er iimifalinn ί gagnaskeytinu strax á eftir stddludu gagnayfirskriftmni.
- 2Búnadur ί samreemi vid krdfu 1 sem einkennist af pvi ad samskiptanetid er stafreent samskiptanet, einkum grummet farsímastöðva (1) samkveemt GSM eda DCS 1800 stadlinum.
- 3Búnadur i samraemi vid krdfu 1 eda 2 semeinkennist af pvi ad sérhver sianna (12.1, 12.2), sem tengdar eru útstödvunum (4, 9), er hugbúnaðar eining sem vardveitt er í minnisbúnaði (26) í útstddinni (4, 9) eda á gagnaflutningstsekinu (22).
- 4Búnaður x samreemi vid eina af krdfum 1 til 3 sem einkennist af p vί ad minnsta kosti nokkrar af útstöðvunum eru IS farsímastöðvar (4) sem hver um sig inniheldur búnad (21) til ad skiptast á gögnum vid gagnaflutningstækið, einkum með fldgukorti (22) son unnt er ad setja í farsimastddina.
- 5Kerfii samrsemi vid einaaf krdfum 1 til 4 semeinkennist af þvi ad gagnaskeyti (39), sem innihalda einkennislykilinn (40), eru adeins skilabodapartur sem inniheldur nokkur gagnaskeyti (39), fjdlda gagnaskeyta sem þarf til ad fullkomna skilabodin og uppLýsingar til ad stadsetja vidkomandi gagnaskeyti innan skilabodanna eru innifalin i hverju gagnaskeyti i einkennislyklinum.
- 6Búnadur ί samrsemi vid krdfu 5 sem einkennist af þvi ad þad er búnaður til ad yfirfara (32) sem vinnur þannig ad hvert gagnaskeyti, sem tilheyrir skilabodi, er geymt í minnisbúnadmum (25, 26) ad frekari vinnsla gagnaskeytisins fer ekki fram fyrr en dll skilabodin er komin í minnisbúnadinn.
- 7Búnaður ί samrsemi vid eina af krdfum 1 til 6 sem einkennist af þvi ad einingar (14,15) til ad stjóma leyfisgdgnum einstakra áskrifenda sem hafa leyfi til ad senda skilabod (39) sem innihalda einkennislykilinn (40) og til ad reikna út, umrita á táknmál og yfirfara dryggisiykil (43) sem innifalinn er ί einkennislyklinum (40) eru tengdar mideiningunni (10).
- 8Búnadur ί samrsemi vid krdfu 7 sem einkennist af' þvi ad gildi slembitdlu (RAND) er innifalid í diyggislyklinum (43), ad slembitalan sé heist fundin út frá skilabodum eftir sldlgreiningu þjónustuveitandans.
- 9Búnadur ί samrsemi vid eina af krdfum 1 til 8 sem einkennist af því ad gagnaskeytin sem eru med einkennislyklinum (40) eru hlutar sérþjónustu sem bodin er af þjónustuveitandanum.
- 10Búnadur ί samrsemi vid eina af krdfum 1 til 9 sem einkennist af því ad gagnaskeytin (39) sem eru med einkennislyklinum (40) innihalda skilaboda uppLýsingamar (44) i táknmálsformi.
Independent claims10
68 paragraphs, as filed
The present invention relates to equipment that sends a message box to a communication network for speech and data processing having a plurality of outputs that are routed to a particular user or can be assigned to a particular user by the adstod of a data transfer device which can be installed at the terminal, at least two outlets capable of communicating data with each other and at least with one midstd to control the transmission of the message boxes within the communication network, each mobile broadcasting transmission includes data communication exchanging data messages each containing state-of-the-art data sheet to confirm the subscriber's characteristics and the prerogatives of the message boards and also at least in one of the units of the communications network,at least some of the terminals and the memory unit are provided with the capability of generating the data record on the data messages, the data messages being sent or transmitted from the memory device to at least one of the stations from one of the outlets to the memory device, at present, to review the data record in the mining unit and in at least some of the aforementioned exits.
Many residents now offer domestic mobile stations and use a wide variety of stages. Yet, differences in the network make it possible for cross-border communication. Farsima subscribers expect to be able to use their bestsellers at various locations in a number of countries, for example. throughout Europe.
With the appearance of GSM (universal system for mobile communication) of the city center, ie. Stadalsins fyrir grummet farsímaddd, has opened a lead for a coordinated network, including cross-border communication.
Figure 1 of the accompanying drawings shows which basic infrastructure of mobile devices works in accordance with the GSM system. The number 1 shows on the outline of the network. In the area there are adjacent channels 2 and overlap the interfaces that are visible in Figure 1. Each transmitter 2 is adjacent to the broadcasting station 3 (broadcasting basic support) which provides for transmission of communication to the subscriber's terminal. On any transmission date between basic support 3 and 4, all the numbers, control information, and other types of data, such as a message box, are sent in the cryptographic form.
The number 5 shows a control unit (neighboring BSC) that controls several basic tasks. For dsemis, the controller is responsible for handheld transmission technology when transferring to the subscriber's further preference
1957 <sup>2</sup> the terminal to which the subscriber is assigned, in particular the mobile phone, from one broadcaster to another partner. On the basis of automatic measurement of signal strength, the control unit determined when the transmission should be. to transfer from one broadcasting service to any adjacent broadcaster. Such delivery is a call to hand over.
The control units are alternatively classified as the primary units of the mobile support 8 <sic.> (Mobile service select center or MSC) device to send to nets via thread 7, for example, ISDN (network service network service). For example, in such a remote network, data, data and data from data processing equipment can be sent to a contemporaneous network.
The number 9 shows other stations, such as personal computer (PC), which together with ddrum objects such as data sharing software can send messages to mobile 4. This feature is known in the art as SMS (short message service). However, as long as you can send a message box from one space to another. The SMS is always supported by SMS-C. 8. SMS is a telecommunications service that allows you to send a message from a short message service support to a GSM subscriber (SMS mobile phone / fixed connection, MT / PP) or from a GSM subscriber to short message service support (SMS mobile origin / fixed relationship with MO / PP).
This behavior, which is defined by GSM station 3.40, is kdllud 2.
generation GSM. It allows the transmission of all kinds of bitstream in a transparent manner. For example, a short message box such as "Please call XYZ subscriber" can for example be sent from subscriber A through the short message center to subscriber B. The message box will be displayed to the recipient, for example, an on screen.
The 2nd generation GSM is the same as the second class message box. In the space of your ddrum extensions intended for processing class 2 skilaboda, based on the existence of storage, subscribed to subscriber unit (SIM card) in the form of fldg card. 1 storage is a medal of other useful information for the identification of the user. If you have a processor card, you must install it in the required version. One advantage of this type of service is to use a mobile subscriber, do not have to take your own backup, just have your own flashcard
A two-way message board or their further development can consist of one or more more message boards that are registered as a message board in a data storage. Immediately after registration, confirmation is sent to the short message service center.
Thereby, the mogule flip opens to send or receive out-of-stock storage of data and executable commands.
The purpose of this invention is therefore to further enhance the efficiency of class 2 and not to transmit transparent bitstream but rather to provide network services for Contributed Subscribers through SMS services.
According to the present invention, it is provided with a device which sends a message box to a communication network for speech and data communication that automatically distinguishes because data messages contain private keys separated by the service provider, thus the central unit, and at least some of the perpetual outputs have a device for generating a personal message and indicating Identifying the privacy statements, identifiers are a security kit defined by the relevant service provider to send a specific message because they are in the data box next to the data file.
European patent application EP 0 562 890 consists of a mobile network according to the GSM system, equipped with SIM units and short message service support. At the front of the unit, the SIM units appear on the short message service date, ie. by overwriting an established memory state in the SIM module. For this purpose, the filter is located on the SIM unit, but it also distinguishes an ordinary short message from the message boards with information about tasks. A top-of-the-range dial-up code is the first message box (first command, confirmation of command), which includes a source tag linked to the SIM unit's signal. The second message box, which contains update information, is marked as a remote from the SIM Update Server (RSU). The actual filing of the application form is not discussed. It is also possible for a person to be able to come to the end of the journey. One of the above-mentioned applications is a single data communication in one direction (mobile end-of-text).
With the uniqueness of inventions, which may be included in the message data message in addition to a standard data sheet, it is indicated that the data in the message is data that should be associated with a particular behavior. The patent certificate shall be located next to the standard data copy, whether made by a mid-unit or by a device prepared for that purpose, and transmitted by data message to remote stations, either to the terminal or to the memory unit. The Bsdi unit and the terminal, designed for this purpose, check upon receipt of each data message, whether the message also contains a private key, as shown in the current data sheet. If this is not the case, the message message content is all the way to the normal public message according to the SMS Stadalinum. On the other hand, if the sender knows that the sender of the message is sending information that is intended for network services, which in other respects is not accessible to you for specific purposes. The release also knows, in this case, that the data message has a known personal key and consists of data that provide and / or display information about dedicated network services that were announced in advance. Data messages with personal keys make it possible to send data and executable commands to your terminal, specifically designed to identify such data messages, and to receive them from such devices in the device as it also consists of the most out of the box. Accordingly, it is now possible to define the protocols for services between the extracts prepared for this and the unit, which is so-called "service support"; protocols are for synchronization of the message for selected outputs, data source with the presence of distortion and the formation of the keypad. On the basis of protocols, the Service Provider may define a new one for the subscriber, which can be viewed as a replacement service provider, provided by the Video Player, and Service Provider. As a provider of such network services, it is possible to design a network that is used by city councils. Thus, a medal is otherwise possible to bid for city emergency number of emergency services such as hello, cure, apothecary, etc .. where the service can be considered as a replacement between devices that come with video users and service providers. As a provider of such network services, it is possible to design a network that is used by city councils. Thus, a medal is otherwise possible to bid for city emergency number of emergency services such as hello, cure, apothecary, etc .. where the service can be considered as a replacement between devices that come with video users and service providers. As a provider of such network services, it is possible to design a network that is used by city councils. Thus, a medal is otherwise possible to bid for city emergency number of emergency services such as hello, cure, apothecary, etc ..
The service provider can define a unique password. There is no need for harmonization at all stages of the world, and it can consist of evolving equipment that is developed in a hurry, so it is possible to exclude interruptive calls on network services from non-subscribers. Suitably, the filter is in the form of software modules. The software module must be saved when your original data is defined as an outsource permanently assigned to the subscriber, such as data storage, hot flash card, permanently assigned to subscriber, and can be placed in a fleet of unauthorized broadcasts.
Since no network communication network is used, a dedicated digital networking network, but especially a mobile phone network, which is defined according to the GSM standard of the DCS 1800, is calculated with the limit as the terminal. Such sims are more commonly designed as they contain read / write gadgets, especially for floppy cards (subscribers characterize your device or SIM). Yet, as much as possible, data processing can be done as well as to the personal data of your laptop computer. Furthermore, it is possible that such data can be used in the future to provide data read / write devices for a flashcard, although not generally available today. The computer data of a user is, after all, by placing on a variety of data processing equipment with the presence of mobile data storage such as diskettes, hard drives, storage devices,
Adumphiide Flow Control is a diagnostic device that provides a message box that does not contain a unique key to the first output and delivers a message box pair with a unique key attached to another output. Sian, who is a software component of the Flow Card, is always eager when the terminal, especially the space, is echoing the map with the updated SMS command, to save the message box to the short message board on the flyer. A message box, delivered to another output on the basis of the correct emoticon, is checked by a page for the synchronization. If this is not done, it is not taken at the desk. If the syntax sync is correct, check the box to see if your message is a shared message.
It can be used as a suitable device for identifying and / or deleting data packs containing a unique key.
According to the invention, a variety of message formats are provided throughout the message and information about the location of the relevant message board, before the message is stored in the personal message. 1 storage device of the board card is a unique message board stored in a peerri pole received, at least a pair of full message boards have been received.
First of all, the processing of individual messages in the correct order does not have to be in the same order as they were received. 1 center, which means that the Mideini network for network services consists of a control center, the so-called SIM service point (SSC). For each network service, a rocker (service provider or SVL) may be connected to a SIM service center. Individual smoke units are functionally related to the SIM center. Furthermore, a database is connected to the SIM service support, which is otherwise intended for managing subscribers' personalities that are authorized to send a message box with a personal key. An entity to check the origin (Mid-Point AUC) is equally starfraent linked to SIM service support. This is a unit that calculates, symbolizes and checks the security code contained in the unique key, dultaatid.
Here below, the weather is highlighted with the hint of the authenticity. Here's just an indication of the random number, the hint is that the random number had the message boxes that the network operator can define.
Herein, the present invention of the invention is now described in detail with reference in the accompanying drawings, in which:
Figure 1 is a diagram of the basic structure of the previous mobile phone network, which operates according to the GSM station,
Figure 2 is a diagram of a mobile station operating according to the GSM system, further detailed according to the invention,
Figure 3 is a summary diagram of the mobile phone with a smartcard cardboard card according to Figures 1 and 2,
Figure 4 is a previous flow chart explaining the role of the present invention,
Figure 5 is a later flow chart, as the main behavior of the mechanism is obvious,
Figure 6 is a diagram illustrating the construction of a data message SMS message box according to the GSM station,
Figure 7 is a diagram illustrating the construction of a data block in an acronym with a private key for network services, and
Figure 8 is a diagram of mobile phone support in Figure 2, which is published with ddrum to explain the process during dispatch.
Auxiliary network of mobile stations according to Figure 1, which. heist works as a character and is defined according to the GSM state of the art DCS Statement, comprising a system ID, which is available for sending a message of vidbdt to the network as indicated & Figure 2.
In order to send and receive a message of message boards containing a unique key of the inventive data messages, exits 4 and 9 are provided for page 12.1. Sian, who is a software engineer, is either stored in the terminal itself or on a flash card that is used to read / write a bit as described in Title 4.
Short message service (SMS-C) 8 sends forward data messages sent from terminals 4 and 9 to the control of multiple service providers (SSC) service provider 10. Sia 12.2, connected in a similar manner to the control of the center 10, returns data messages as requires a private key directly to SMS-C 8, and only works with a dialer with a personal ID. Smoke unit (SVL 1, SVL n, service argument) 11.1 to ll.n is assigned to the control unit 10 for each network service, the function of the power that has a check value at least briefly. The smoker unit for first-line service enhances initial use is marked as 11.1 and the code for the most specific numbers. N Use the number n marked as ll.n. The number of network service enhancements is not critical and depends on the service provider's idea.
The SIM Service Provider 10 works with units 14 and 15, including the credentials of individual subscribers who have authority to send messages that have a private key and force, it calculates, identifies, and checks a security tag that is in a personal key. The first unit is actually database 14, which identifies subscribers authorized to use network services. In the second unit, stacking of the number 15 is a special symbol, which is the unique key, the check power in the received message boxes, and the number of times and the number of letters that are sent by force. The result of this can be found here below.
Voice Response Unit (Voice Response Unit) 13 is equally connected to the SIM service support 10, in particular, to the power of access to the desired network service with a network of subscribers calling for power to receive network services. In special cases, the VRU 13 may also verify service support where the voice text is transferred personally.
The embodiment described herein by mobile phone as it is commonly used with the intelligent message of the transmitter is shown in Figure 3. The mobile phone comprises a control panel for amplifying 16, a display, especially the LCD 17, antenna 18, a cross-section 19 but a rear view It is a recipient to send voice communication and listen up to 20 but through the sound signal to a microphone. The phone 4 is further supported by the 21 to insert a flash card. 1 opi eda rauf 21 is a read / write folder, but with its adstod, it is possible to exchange data between peripherals and flip charts. To work with a network service, flip chart 22 must have at least one memory with 8-bit EEPROM memory, reminded of fldgu 23 and is shown in the thumbnail on the drawing. Flags 23 can be connected to the mobile phone via a port 24, which is stored in a mobile phone. The 25-bit license number 25 indicates a memory card consisting of a short operating system (COS). Reference number 25 indicates a memory card that is intelligently designed to be 12.1. There are just as many memory discs that are not necessarily visible on the drawings, especially in the case of a number of messages from a complete messagebox, temporarily.
A picture 4 and 5 shows what kind of intelligence 12.1, which identifies the identification code, is a starfraent hdnnud, and which is installed in the operating system on page 23 of the chart. Here, the short operating system 25 is divided into the first part of 25.1, which is specifically because of the identification of whether the data flow, which is available to the outsider, is a data message with a static data declaration defined according to GSM 4.08 or GSM
3:40. If such a short message is confirmed, the first part 25.1 of COS 25 will be sent to that data message. With the advent of the intelligent soul 12.1, every confirmed data message is now scanned to check if the 12.1 key is present. <> C.> As previously explained, a sia programud is an analysis of a radar that has input and tvd output, a data message without a private key is delivered directly to the first output connected to block 25.2, another part of the operating system. According to the current technique, such a data message is now stored on the flycard. This is usually done by building on the commands that can be stored by the 25.2 operating system. Depending on the identification key, the corresponding message box is delivered through an external output to unit 27 for processing network services. Medal of other information, indicating whether or not the message board is a full message box, whether or not a further message box will be sent to the full message board, provided by the private message key. In any case, the information is given on the part of the message.
This is a good pair of messages that are sent within the communication network according to the determined priority, which is not a matter of concern here, because the number of message maps may come in the receiving device in any order that does not necessarily match the correct order. To avoid difficulties, there is a memory area 28 on the flank where all message boards are stored until the message has been sent. First, the processing of the message begins. If you only have a message box in one part, processing starts immediately.
Figure 5 illustrates another approach that explains the fundamental activities of the intelligent soul. About the rent and data message in accordance with the GSM system is known as a message box (block 29), the first search box check
30 whether the data source contains the correct unique key. If not, the message box is forwarded on the first output of the pad to blocks 25.2. 1 case of correct characteristic, which can be calculated by recalculating the resulting coded and comparing by sending cipher time, further check on another search block 31 checks whether the synchronization is correct. About the crash and cipher will be cached more in thumb counts below. If the synchronization is incorrect, the data message is rotated directly to blocks 25.2. If the synchronization is correct in the thrown search box 32, if the received message box is a full message box, only a message board. Here below, we also describe what you can do. If the message is complete, they are delivered directly to units 27 for immediate processing. However, if the message board is an appropriate message board, it can not be processed for long-term reasons until a complete message board is available. In this case, the message is stored 28, intended for use, at least until all message boards have returned and processing can begin. in block 34 is monitored.
The SIA 12.2, which is the same as a software unit, is stored in a dedicated memory device in the center support for network services (SSC), seems like the one described earlier.
A data message that sends a short message after a short press message service (SMS) is shown in Figure 6. Data call time 35 is defined according to the GSM station with 176 bit length. composed of data header 36, 37 consisting of first block 36, 13 for a length of time, containing defined subscriber address, as previously stated, according to GSM 4.08. in the header, following the first first block, is an unblocked block of 37 which is 23 in length and contains certain short message service data, defined according to
GSM standard 3.40. Individual blocks do not need to be described further in this context, as the relevant information can be found in the above-mentioned versions.
After the data header, your 140 has a standard data message, which contains all the information you need.
unlike the data message correctly described, comprises data message 39 on Figure 7 of the intelligent personal key 40, referred to as the transmission of a data protocol protocol (TP-DU). In accordance with the GSM system, data message 39 also has 176 bytes in length and contains the same data header comprising blocks 36, 37. Known adjacent there is a unique key 40 composed of blocks 41, 42, 43. These blocks, which are necessary for error-free data flow of messages as an era of network services, consist of the first block 41 with signals relating to the number of message maps in whole messages and a signal representing the total number of messages received from the initial time t0. Block 42 consists of data relating to the synchronization of the message and is discussed in detail in the following. The same applies to Block 43, which is a security code that is calculated from the data in block 42 and the secret data stored at both ends at the sender and the recipient. In the mobile phone, the hidden data is stored on the smart card and your SIM service support time is stored in the connected database. More detailed discussion on this topic is given below in the explanation of the message delivery process.
Such a process of sending messages is shown in Figure 8. There is the mobile support on Figure 2, until you explain this process better. 1 select the embodiment of the transmission 2, basic support 3, control unit 5 for multiple basic supports, mobile transmission 6 and the connected telephone 7, connected to one another. Out of this season, especially mobile phones 4, both have a flash card 22, which is allocated to subscriber A on the one hand and on the other hand to subscriber B. Outside the same area of the area, there is also a short message service service (SMS-C) 8. Employed by SMS- C 8, according to the invention, is the control center for network services (SIM service support or SSC) 10 having siu 12.2. The steering wheel supports, as previously described, services 11.1 to 11, n, each for network services. Also shown in Figure 8 outside the unified area is the number 14 and 15, i.e. database unit 14 and unit to check origin 15. Also, the unit for a spoken response, numerical unit (VRU) 13, is visible.
Subscriber A, who has put his personal flip chart 22 in farsima 4 and is paired with marked and confirmed, calls a service number with the buttons on the board. This can, for example, be a toll free phone number. Call for voice call unit 13 via mobile phone support (not shown). With sound-written message boards, the number 13 subscriber unit has a number of options.
After the service is selected in the same way as the subscriber A uses the buttons of the control panel, the speech unit 13 signals to the SIM service center 10 for the subscriber A has to daemis valid service SVL 1. Here, the number of unit 13 can be used to determine whether the subscriber's subscribed caller is calling , auto (dial-up number of characters), ask the subscriber for a password. This data flow is shown in the figure with a, b.
SIM service support 10 now checks with the help of the database 14 whether a switchboard is known and authorized to use SVL 1 service. If no spam is rejected with the appropriate notification from the voice tag unit. If the client is in charge and with the help of the customer, the first message will be sent to the service provider SVL 1; and due to call 14, the security mark and cryptogram are formed. Such ciphering of words translated into cryptographic terms according to the established rules may, at the same time, be formed according to the DES DESIGN.
That's enough for daemis jdfnu
SRES = A3 (ki, RAND) pair as:
SRES stands for registered svdr, pe message reply,
A3 is a secret algorithm that is stored in midstdd 15 and on chipcard 22, ki is a secret code that is also stored in midstdd 15 and on card 22 of the subscriber, and
RAND stands for random access to an observation number which, according to the invention, is obtained from the contents of the first message boards as shown here:
RAND = f (skilabod).
Adferdina, who takes note of the random number of the observation number, can subscribe to the Dsemie while the auditing process takes place at the first time of use of a shortcut card, but it is not necessary to consider this ferE in small-format army. This can be done as a result of dsemis in some way linked to the length of the message boards. The random number of the scoring amount of RAND, and the amount calculated to calculate the number, is stored on the chart 22 and in the confirmation center 15 and is calculated in each case on the city.
The encrypted SRES, which is calculated according to the above-mentioned equation, is stored in block 43 of the first letter message. The current synchronization counter for the map card 22 subscriber A is determined by database 14. The content of the synchronization counter is the Echo part of the character key and is stored in block 42. In block 41, the private key identifies how many message batches form the message board called and sent to Subscribers A and the desired part within the course of the PTT process are always working with. Pessar adgerd are marked with character c in figure 8.
SIM service support 10 sends the message path, which is eliminated in this way, and can consist of one or more additional data messages to subscribers A, ie. to flogukorts 22, the stungid is in support
4. As previously discussed, you will find a message box sent as a 2-digit GSM message board. The sending of the message is marked with the letter d. About a rent and a message board that have fulfilled the condition of the filter on the subscriber's Flip chart and are stored there, generates a flip chart and sends back to the SIM service confirmation site, marked with e.
In accordance with the GSM system, you will be prompted to send and receive via short message center (SMS-C) 8.
Obviously, sian 12.1, which is a living space in a memory area of subscriber A's 22, identifies an incoming message board, collects the message caption on the shortcut stack 28, and runs the map adwords when all message boards have arrived. A pad can be determined from a unique key 40 with a request block 32.
As a result of the message board, the short-term dsemis can produce a new message box for broadcasting and send them as SMS MO / PP short message box (see initial description of Figure 1) to SMS-C 8, which sends the message box to SSC 10 depending on the private key . Such a message box is marked with character f in Figure 8.
It is recommended that you repeat the calls as often as desired for a specific service that is connected to the selected smoke unit 11.1 to 11.n. 5 SSC 10 hacks the page at every message board synchronization counter on each map and forms for each message box the corresponding cipher so that the subscriber's A-card card can check the origin of the data. In summary, the answers from subscriber A to SSC 10 are similar to those of the foregoing.
Rod blocks 41, 42, 43 are not relevant to the invention and can last in the desired range.
6 sheets
Sheet 1 Sheet 2 Sheet 3 Sheet 4 Sheet 5 Sheet 6
48 members in 30 offices
Priority claims8
| Document | Office | Kind | Date |
|---|---|---|---|
| 94810363 | European Patent Office (EPO) | A | |
| 94810363 | European Patent Office (EPO) | A | |
| 9500137 | Switzerland | W | |
| 9500137 | Switzerland | W | |
| EP19940810363 | – | – | – |
| EP948103635A | – | – | – |
| PCTCH9500137 | – | – | – |
| WO1995CH00137 | – | – | – |
Members48
| Document | Office | Kind | |
|---|---|---|---|
| CA2152215A1 | Canada | A1 | |
| EP0689368A1 | European Patent Office (EPO) | A1 | |
| WO9535635A1 | World Intellectual Property Organization (WIPO) | A1 | |
| AU2174595A | Australia | A | |
| KR960003144A | Republic of Korea | A | |
| ZA955091B | South Africa | B | |
| CN1128476A | China | A | |
| JPH08265843A | Japan | A | |
| SG34235A1 | Singapore | A1 | |
| NO965315D0 | Norway | D0 | |
| FI965078A | Finland | A | |
| FI965078A0 | Finland | A0 | |
| FI965078A7 | Finland | A7 | |
| IS4391A | Iceland | A | |
| NO965315L | Norway | L | |
| HU9603290D0 | Hungary | D0 | |
| PL317643A1 | Poland | A1 | |
| SI9520064A | Slovenia | A | |
| CZ351396A3 | Czechia | A3 | |
| EP0689368B1 | European Patent Office (EPO) | B1 | |
| AT153206T | Austria | T | |
| ATE153206T1 | Austria | T1 | |
| DE59402759D1 | Germany | D1 | |
| BR9508091A | Brazil | A | |
| HUT76397A | Hungary | A | |
| ES2103557T3 | Spain | T3 | |
| GR3023908T3 | Greece | T3 | |
| SK161396A3 | Slovakia | A3 | |
| DK0689368T3 | Denmark | T3 | |
| NZ287390A | New Zealand | A | |
| MX9700074A | Mexico | A | |
| AU691271B2 | Australia | B2 | |
| HK1003587A | Hong Kong, China | A | |
| HK1003587A1 | Hong Kong, China | A1 | |
| HU216561B | Hungary | B | |
| TW369748B | Taiwan Province of China | B | |
| PL177570B1 | Poland | B1 | |
| RU2147794C1 | Russian Federation | C1 | |
| CZ286559B6 | Czechia | B6 | |
| US6085099A | United States of America | A | |
| CN1080071C | China | C | |
| MY113387A | Malaysia | A | |
| CA2152215C | Canada | C | |
| SK284124B6 | Slovakia | B6 | |
| FI114529B | Finland | B | |
| IS1957BThis record | Iceland | B | |
| NO319588B1 | Norway | B1 | |
| JP3749284B2 | Japan | B2 |
Numbers
- Publication, DOCDB
- 1957
- Publication, EPODOC
- IS1957B
- Application
- 4391
- Application, DOCDB
- 4391
- Application, EPODOC
- IS19960004391
Titles2
- Icelandic
- Búnaður til að senda út boð í hreyfanlegu fjarskiptanetkerfi
- English
- Equipment for sending messages in a mobile telecommunications network
Classification
- CPC, 5
- H04W4/12
- H04B7/00
- H04W4/14
- H04W88/02
- H04W88/184
- IPC, 4
- H04W4 12
- H04W4 14
- H04W88 02
- H04W88 18
