TH65116B - The networked controlled alarm system - Google Patents

Abstract

DC60 (25/11/54) Method and system for sending alarm messages to users of mobile phones residing at a specific geographic location without overloading the network. and doing independently to the preferences of a particular user

Claims (5)

Disclaimer (all) which will not appear on the advertisement page. : ------ 26/02/2018 ------ (OCR) Page 1 of 5 pages Disclaimer 1. Methods for preventing overload and shutdown of the network. Mobile phones when sending alarm messages to a number of mobile phone users whose position Address in a specific geographic area, and doing so is independent of any user preference. On mobile phones, where this method is implemented in the component for broadcasting messages. Best suited, A-SMSC, (30), which gets connected to the cellular network, and where this method This includes the following steps: a) Receiving an alarm message, which includes information about the contents of the The message and the place where the message will be sent, which is represented as the corresponding cell, and where this will be treated as a request from an established alarm service server. on The address location, LBAS (50) to A-SMSC (30), and related Shell-related information will Have been determined by Geo-targeting module, LBAS GT (40), by converting the information of that specific geographic area into the corresponding cell ID; b) Obtaining the updated information to the current year of the mobile station's ISDN number (MSISDN) with the current year of service cells on the base station system (BSS) level, and where this information is. Obtained by searching for the input in the address-based alarm system database, LBAS Db (25), containing the updated information to the current year of the mobile phone's MSISDN number. that Has been connected to the corresponding cell, which is represented by the cell ID within the substrate Specifically requested geography; c) evaluating the received information and determining the mobile phone associated with the corresponding MSISDN number to send the alarm message to; Which has the characteristics That approach includes steps of: d) Placing a protective label for the relevant mobile phone that is assigned to it. It is listed on the MSC / VLR level, where this label indicates that the mobile phone with the corresponding MSISDN number to which the alarm message is about to be sent was not authenticated when These mobile phones attempt to initiate calls from a specific geographic area to the MSC, and further further the external calls to the associated mobile phones that are assigned to them. Bun will not get connected; Page 2 of a total of 5 pages e) Sending alarm messages from A-SMSC (30) via MSC to mobile phones at The corresponding MSISDN number has a location in that specific geographic area, and f) Navigation!) The identifier that has been placed for the respective mobile phone. After the alarm has been completed, 2. Method corresponding to claim 1, which is unique in step d) is added. Comparisons of related mobile phones that have been conducted Identify with a tag with the MSISDN number stored in the privilege database, and remove the tag from the mobile phone to which the phone's MSISDN is stored in the privilege database, so that mobile phones This will not be prevented from normal communication, entering and leaving the area. Specifically, while the alarm message is being transmitted 3. A method consistent with claim 1, which has been characterized is that A-SMSC (30) is linked. Continued to: Cell Cover Component, LBAS GT (40), containing information on The geographic area where the alarm messages are sent, the address-based alarm system database, LBAS Db (25) containing information. Adjusted to the current year of the MSISDN number with \ 'cells currently in service, and the MSC serves for the control of the cells represented by the base station group (BTS). The address is located at the geo-address position provided. Managing the mobility for mobile stations, and where the assessment of the information obtained in step c) includes the execution of the recall procedure on the relevant MSISDNs for the receipt. A service cell ID at that time for each associated MSISDN, and to verify that the ID of Is the retrieved cell within the range of cells that cover that geographic area? 4. A method consistent with claim 3, which has been characterized by LBAS GT (40) has been identified. Connected to the LBAS service (50), it was connected to the interface. For management and control over that method, and where this interface is used for Select the type of warning message and the geographic area where the message will be sent to Page 3 of Page 5. 5. Method corresponding to Clause 3, which has been characterized. Specifically, LBAS GT (40) converts information of a specific geographic area into cell IDs, by reading a list of databases containing information on the area each cell is covered, and filtering out a specific area. A cell with a location in the relevant geographic area before this information is transmitted to A-SMSC (30) 6. A method consistent with claim 3, which has been made available. The unique feature, LBAS Db (25), is dynamically tuned to the current year with the information it receives from the inspector (20) that the tribe observed the traffic circuit usage between the mobile phone switching center. (MSC) and the Visiting Position Register (VLR) within the network, maintaining current year details at 7. The method corresponding to claim 3, which is characterized by the resulting cell ID, is stored in a temporary table. That has been used for random id of Cells before the summation procedure In order to reduce the burden of the received communication circuit traffic Hepatobiliary alignment on the same cell 8. A method consistent with claim 1, which is characterized by A-SMSC (30) measures elapsed time from the delivery of an alarm message. Go to the MSISDN number through the cell that receives its connection. Until the confirmation from Zelleban, and this time has passed More than a specific limit, MDC (30) reduces the current cell load by sending a message. Continue to alarm through other cells 9. Systems for overload protection and network blocking. Mobile phones When sending an alarm message to a number of mobile phone users whose location Is in a specific geographic area, and acts independently of any user preferences. On a mobile phone where this system includes the ideal message distribution component A-SMSC, (30), which is connected to the mobile network, and includes a path for: a) receiving Warning messages containing information about the contents of the The message and the place where the message will be sent, which is represented as the corresponding cell, and where this will be done through the cell coverage component, the alarm service with page 4 of Number of 5 basic pages on the address, LBAS, GT (40), including information related to the basic Corresponding geography and cell ID; b) Obtaining updated information for the current year, from the existing alarm system database. Based on the address position, LBAS Db (25), of the mobile station's ISDN number (MSISDN) with the current year service cell on the base station system (BSS) level, c) the assessment of the information obtained and determined. Find the location of the mobile phone at Pertaining to the corresponding MSISDN number to send an alarm message, the unique system also includes a path for: d) the identification of the protection for the relevant mobile phone. Get scheduled Find a log on the MSC / VLR level, where this label indicates that the mobile phone with the corresponding MSISDN number to which the alarm message is about to be sent was not authenticated when These mobile phones attempt to initiate calls from a specific geographic area to the MSC, and further further external calls to the respective mobile phones that are assigned to them. Will not get connected; e) Sending alarm messages from A-SMSC (30) via MSC to mobile phones at Associated with the corresponding MSISDN number with its location in that specific geographic area, and f) removal of the label placed for the respective mobile phone. After the completion of the alarms 1 0. The system in accordance with claim 9, which has been characterized is that the system also incorporates a means for comparing the relevant mobile phones that are identified, in Step d), with the MSISDN number stored in the privilege database, and the method for removing the label from the mobile phone to which the phone's MSISDN is stored. In the privilege database, so that these cell phones are not protected from normal communication. Enter and exit a specific geographic area while an alarm message is being sent.1 1. A system complying with Clause 9, which is characterized by LBAS GT (40), is connected to the LBAS (50) service that has been linked to the Page 5 interface of There are 5 pages for system management and control, and where the interface is used for selection. The type of the alarm message and the geographic area that the message will be sent to. 2. A system consistent with claim 9, which is characterized as LBAS GT (40), includes a method for converting information of a specific geographic area to Is a cell ID, which includes a cell coverage database (45) containing information on the area where each The shell is covered, and the screening method is for selecting only cells that have a specific location. Is in a relevant geographic area, and the means for providing this information to A-SMSC (30) 1 3. The system corresponding to Article 9, which is characterized by LBAS Db (25), has been connected to the checker (20) for the traffic-cycle observation tribe. Communicate between the Mobile Phone Switching Center (MSC) and the Guest Location Register (VLR) located within the network, maintaining the current details about the recipient and the device used.1 4. A system complying with claim 9, which is characterized as A-SMSC (30), includes a database for temporary storage of cell IDs, and a random vaporization path. Good of cell 1 5. A system in accordance with Clause 9, which has been characterized as A-SMSC (30), includes a method for measuring elapsed time from the delivery of alert messages. Threat to a cell Until the confirmation from Zelleban, and the way for determining that time That passed was greater than a specific limit, and the path for reducing the cell load in The current alarm message is sent to another cell. ------------ 1. Methods for preventing overloading and blocking of mobile networks when transmitting. Alarm messages to a number of mobile phones that are located in a specific geographic area and act independently of the user satisfaction on mobile phones, where this method has been implemented in components for Optimal Message Distribution (A-SMSC), which is connected to the mobile network and where it includes the following steps. a) Receiving an alarm start message, which includes information about the content of the message and where it will be sent, is displayed as a related cell and where it will Processed as a request from a sales parent LBAS (50) to A-SMSC (30) and related cell information are determined by LBAS (40) by converting the information of that specific geographic area into the corresponding cell IDs. b) Obtaining updated information of the mobile station's ISDN number (MSISDN) with the current service cell on the base station system (BSS) level and where this information is obtained by searching for input in LBAS Db (25) containing the updated information of the number. The cellular MSISDN is connected to the associated cell, which is represented by the cell's ID within the specific geographic area requested. c) Evaluating the received information and assigning a mobile phone related to the corresponding MSISDN number to send alarm messages to. d) The placement of a protection label for related mobile phones is defined on the MSC / VLR level where this label indicates that the mobile phone with the corresponding MSISDN number to which the alarm message is about to. When these mobile phones attempt to initiate a call from a specific geographic area to the MSC and which further external calls are made to the mobile phones, they are not authenticated. The assigned affiliate will not be connected. e) Sending alarm messages from A-SMSC Through MSC Service to the related phone with a number The corresponding MSISDN by a location in a specific geographic area, and f) the removal of the identification tag which has been placed for the respective mobile phone after the alarm has been completed.