A system that extends phone charging time in case of a disaster.

Abstract

This invention relates to a system (1) that enables the extension of phone charging time in a disaster situation by analyzing the phone usage experience by analyzing signal data.

Description

1 TARIFF EXTENDING PHONE CHARGING TIME DURING DISASTER SITUATIONS A SYSTEM THAT PROVIDES Technical Area 5 This invention analyzes the phone usage experience by analyzing signal data. This feature allows for extending phone battery life during a disaster. It is related to the system. Previous Technique Today, battery temperature is a key factor in extending the service life of mobile devices. mobile methods and channel usage via S34, S36, S40, S42 The terminal is located in a weak area and the base station has received several missed calls. If the channel cannot be received, the radio frequency power is switched off while the phone remains on. There are methods that allow for increasing the duration of the signal. However, the signal received This involves interventions to be made to the application layer using data, and includes telephone radio... Even if there is no problem with the frequency power, it can be adjusted according to the user's behavior. Studies that extend service life without interruption are not very common. 20 Therefore, considering the studies and shortcomings in the current technique... When this is the case, phone usage can be analyzed by analyzing signal data. phone battery life in a disaster situation by analyzing the experience It appears that a system is needed that allows for its extension. 25 United States Regulation US20160209907A1, which is included in the known state of the art. The patent document describes switching the electronic device to power saving mode. The invention describes a system that provides an emergency response. When a disaster occurs, the battery consumption of the electronic device should be at least 30%. By switching to a power-saving mode that can be downloaded, the electronic device's driving 2 The duration is maximized. When an emergency disaster situation occurs. By minimizing the battery consumption of the electronic device, an external device can be used in a dangerous situation. The time during which contact is possible is significantly increased, thus enabling rescue and The chances of survival increase significantly. An electronic device in an emergency. If it switches to this mode, the LED lamp, siren, location transmission, earthquake guidance, and 5 functions will be activated. Essential applications, such as emergency call forms, are displayed on the main screen. is displayed. Applications remaining outside the required set of applications. is being disabled. Also among the disabled applications manual activation of a specific application by the user It is possible. 10 Brief Description of the Invention The purpose of this invention is to analyze signal data from mobile devices. By analyzing phone usage experience, phone battery life in a disaster situation is estimated to be 15. a system developed to ensure its extension to accomplish. Another purpose of this invention is to identify cellular tower IDs and timestamps. the collection of signal data related to mobile data usage in the form of 20 its position does not change, the direction of incoming calls to the phone, from the phone The aim is to determine the purpose of the outgoing packets, and with this data, to help the user cope with a disaster. to determine whether it is affected and to provide long-term charging. It is about implementing a system developed to provide this. Detailed Description of the Invention The purpose of this invention is to create a "Phone Charging System for Disasters". A system that allows for the extension of the term is shown in the attached document. Figure 30 3 Figure 1 shows a schematic view of the system that is the subject of the invention. The parts shown in the figure are individually numbered, and these numbers correspond to... The corresponding answers are given below. 1. System 2. Electronic Devices 3. Interface 4. Server 5. Processor 10 K. User Mobile Device B. Base Station By analyzing signal data, the phone usage experience is analyzed. 15 to ensure phone battery life is extended in case of a disaster. The developed invention subject system (1); - exchanging data using any remote communication protocol to carry out and at least run an application on it at least one electronic device configured (2), - to be run on electronic device (2) and reports generated 20 at least one interface configured to display (3), - using any communication protocol with electronic devices (2) to establish a connection and through this established connection electronic device (2) Communicating with the interface (3) which is run on the base stations (B) via user mobile devices (K) cellular tower IDs and 25 Accessing and recording signal data containing information in the form of timestamps. at least one server configured to receive and transmit (4), - to be run on the electronic device (2), accessed via the server (4) User mobile device (K) cellular tower IDs and time Analyzing signal data containing information in the form of stamps, 30 analysis of signal data from user mobile devices (K) 4 to perform data parsing and determine source and target locations. to determine whether the user is a disaster victim / a user with a physical disability to determine if it is not, after the user's situation assessment, a disaster Marking user status with one of four region-specific categories, Using the data obtained, the user's phone behavior 5 modeling, application-generated continuous signal transmission or continuous call area but no answer or redirect to busy or SIM Incorrect PIN or Data-APN definitions due to restricted access on the card. this refers to user behavior with and without access to the phone. Modeling, disaster response actions to be implemented, subscriber contract 10 This data modeling was created assuming that it is included in the articles. According to the results, the user phone service did not wait for the user's approval. to carry out activities aimed at increasing the duration, and to summarize the incoming data. generating reports and distributing these reports to network teams and subscribers. 15 to transmit the operations to the units that will be carried out remotely via the interface (3). It includes at least one configured processor (5). The electronic device (2) in the system (1) which is the subject of the invention, any remote communication to exchange data using the protocol and have at least one The application is configured to run. Electronic device (2), desktop 20 It is a device in the form of a computer and / or portable computer. Electronic device (2), It is configured to run the interface (3) and the processor (5) on it. Electronic device (2), any remote device in the known state of the art. to connect to the server (4) using the communication protocol It is being structured. 25 The interface (3) in the system (1) which is the subject of the invention, on the electronic device (2) It is structured to be executed. The interface (3) generates reports. It is configured to display. The server (4) in the system in question (1) is located in the known state of the art. the field connects with electronic devices (2) using any communication protocol to establish and run on the electronic device (2) through this established connection It is configured to communicate with the interface (3) and processor (5). Server (4), cellular 5 from user mobile devices (K) via base stations (B). signal data containing information in the form of tower identities and timestamps It is configured to access, record and transmit to the processor (5). The processor (5) located in the system (1) which is the subject of the invention, on the electronic device (2) It is configured to be executed. The processor (5) accesses the server (4) via 10 user mobile devices' (K) cellular tower IDs and timestamps to analyze signal data containing information in this form It is configured. The processor (5) receives the signal from the user's mobile devices (K). to analyze data, perform data parsing, and identify source and target data. It is configured to determine the locations. The processor (5) allows the user to determine the disaster 15 To determine if the user is a victim / having a physical disability, Following the user's situation assessment, the disaster area is designated as a "Red category". "Physically Restricted User", "Yellow Category - Mobile User", "Blue Category - "User Entering the Area from Outside After the Disaster" and "Green" Category - "Users Leaving the Region" - one of four categories and 20 It is configured to indicate the user status. The processor (5) is obtained Using the collected data, the application models the user's phone behavior. a source that constantly sends signals or constantly receives calls but does not answer or redirects to busy or SIM (Subscriber Identity Module) The module) has an incorrect PIN due to restricted access on the card (Personal Identification 25). Number (Identity Number) code attempts or Data (Data) - APN (Access Those who have access to the phone in the form of Point Name (Access Point Name) definitions or It is configured to model non-user behavior. The processor (5), Actions to be taken in case of disaster have been included in the subscriber contract clauses. Based on the results of this data modeling, which was created by thinking about it, user approval is required. 30 activities aimed at increasing user phone service time without delay 6 It is configured to perform the following. The processor (5) summarizes the incoming data. generating reports, MSISDN / IMSI (Mobile Station Integrated Services Digital Network - Mobile Station Integrated Services Digital Network / International Mobile Subscriber Identifier (International Mobile Subscriber Identifier) ​​and to the user It is configured to specify which action is required. Processor (5), 5 The generated report was sent to the network teams for remote subscriber processing. It is configured to transmit the information to the units to be made via the interface (3). The processor (5) immediately changes the user package and shuts off internet access. to reduce the energy consumption of background applications or from the same number If there are continuous calls and the user cannot answer them, after a certain number of calls, 10 The system sends a message to the user who was trying to contact them, without being able to reach the user affected by the disaster, saying "From the disaster..." There may be affected citizens, your calls will drain your phone battery quickly. By offering audio guides asking "Would you like to connect?", it reduces network searches. It is structured in such a way. The processor (5) is always the same because of the restricted user, restriction. If you are searching for MSISDN and the MSISDN you are searching for does not respond, then 15 making a phone call to find out the situation or contacting the rescue team The processor (5) is configured to transmit the information that there is a signal in use. users with physical limitations affected by the disaster, according to data determined by the algorithm. with the model "Actions can be taken on your phone" or "Call actions can be taken" and to include 20 categories such as "Package line feature action". It is configured. The processor (5) improves the phone's service uptime. It is structured to be extended using an algorithm. Industrial application of the invention In the system of the invention, (1) cellular tower IDs and timestamps are in the form of Collecting signal data related to mobile data usage, extracting data from this data. the location does not change, the directions of incoming calls to the phone, the calls coming from the phone Identifying the purpose of the packets, and using this data to determine whether the user has been affected by a disaster. This ensures that it is unaffected and provides long-lasting charging. 30 7 Based on these fundamental concepts, the invention's theme is "Phone Charging in Disaster Situations". There are many different things about "A System That Enables Extension of the Term (1)". It is possible to develop applications, and the invention is illustrated with the examples described here. It cannot be restricted, it is essentially as stated in the claims.

Claims

8 REQUESTS 1. Analyzing phone usage experience by analyzing signal data. extending phone battery life in a disaster situation developed to provide; 5 - exchanging data using any remote communication protocol to carry out and at least run an application on it at least one electronic device configured (2), - to be run on the electronic device (2) and the reports generated at least one interface configured to display (3), 10 - using any communication protocol with electronic devices (2) to establish a connection and through this established connection electronic device (2) Communicating with the interface (3) which is run on the base stations (B) via user mobile devices (K) cellular tower IDs and Accessing signal data containing information in the form of timestamps, record 15 including at least one server (4) configured to receive and transmit; - to be run on the electronic device (2), accessed via the server (4) User mobile device (K) cellular tower IDs and time Analyzing signal data that contains information in the form of signatures, Analysis of signal data from user mobile devices (K) 20 to perform data parsing and determine source and target locations. to determine whether the user is a disaster victim / a user with a physical disability to determine if it is not, after the user's situation assessment, a disaster Marking user status with one of four region-specific categories, Using the data obtained, the user's phone behavior 25 modeling, application-generated continuous signal transmission or continuous call area but no answer or redirect to busy or SIM Incorrect PIN or Data-APN definitions due to restricted access on the card. this refers to user behavior with and without access to the phone. Modeling, disaster response actions to be implemented, subscriber contract 30 This data modeling was created assuming that it is included in the articles. 9 According to the results, the user phone service did not wait for the user's approval. to carry out activities aimed at increasing the duration, and to summarize the incoming data. generating reports and distributing these reports to network teams and subscribers. to transmit the operations to the units that will be carried out remotely via the interface (3) A system characterized by having at least one processor (5) configured (1). 5 2. Data exchange using any remote communication protocol. to carry out and at least run an application on it configured and desktop computer and / or portable computer Claim 10 is characterized by an electronic device (2) which is a device of this type. A system like the one in 1 (1).

3. Configured to run the interface (3) and the processor (5) on it an electronic device (2) characterized by a device such as in Claim 1 or 2 system (1). 15 4. Connect to the server (4) using any remote communication protocol. characterized by an electronic device (2) configured to establish A system like the one in claim 3 (1).

5. Interface (3) configured to be run on electronic device (2) as in any of the above claims characterized by system (1).

6. Interface configured to view generated reports (3) and 25 as in any of the above characterized claims system (1).

7. Using any communication protocol with the electronic device (2) to establish a connection and through this established connection electronic device (2) 30 to communicate with the interface (3) and processor (5) that is being run on it from the above requests characterized by the configured server (4) a system like any other (1).

8. Cellular 5 from user mobile devices (K) via base stations (B). The signal contains information in the form of tower IDs and timestamps. to access, record and transmit data to the processor (5) from the above requests characterized by the configured server (4) a system like any other (1).

9. Processor (5) configured to run on electronic device (2) as in any of the above claims characterized by system (1).

10. The cellular 15 of the user mobile devices (K) accessed via the server (4). The signal contains information in the form of tower IDs and timestamps. characterized by the processor (5) configured to analyze the data. a system like any of the above-mentioned requests (1).

11. Analysis of signal data from user mobile devices (K) 20 to perform data parsing and determine source and target locations. characterized by the processor (5) configured to determine a system like any of the above requests (1).

12. Whether the user is a disaster victim / a user with a physical disability 25 to identify, after the user's situation assessment, specific to the disaster area “Red Category – Physically Restricted User”, “Yellow Category – Mobility” "User Status", "Blue Category - External Entry to the Area After a Disaster" "User Who Did It" and "Green Category - User Exiting the Region" 30 to indicate user status with one of four categories. 11 from the above requests characterized by the configured processor (5) a system like any other (1).

13. Using the collected data, analyze the user's phone behavior. modeling, application-generated continuous signal sending or continuous 5 call area but no answer or redirect to busy or SIM Incorrect PIN attempts or Data APN errors due to restricted access on the card. definitions of user behavior with and without access to the phone characterized by the processor (5) configured to model a system like any of the above requests (1). 10 14. Actions to be taken in case of disaster are included in the subscriber contract clauses. Based on the assumption that this was done, according to the results of this data modeling increasing user phone service time without waiting for user approval processor (5) and 15 configured to carry out activities for this purpose as in any of the above characterized claims system (1).

15. Generating summary reports from incoming data, MSISDN / IMSI and user. 20 with processor (5) configured to specify which action is required as in any of the above characterized claims system (1).

16. The generated report is sent to the network teams for remote subscriber processing. 25 configured to transmit to the units to be made on the interface (3) in any of the above requests characterized by processor (5) such a system (1).

17. By immediately changing the user package and turning off internet access, the background plan implementations to reduce energy consumption or 30 from the same number 12 If there are constant calls and the user cannot answer them, a specific After the number, the user who called, the user affected by the disaster, nothing at all. Unable to reach them, they said, "There may be citizens affected by the disaster, please stop your calls by phone." It will drain the battery quickly, but do you still want to connect?" by offering 5 processor (5) configured to reduce network calls as in any of the above characterized claims system (1).

18. Restricted user, due to restriction, always searches the same MSISDN. It performs the search and if the MSIDN being searched does not answer, call 10 to make a call and find out the situation or to contact a rescue team processor configured to transmit information about the signal being used (5) as in any of the above claims characterized by system (1).

19. Users with physical limitations affected by the disaster are identified by the algorithm. with the data model “Actions can be taken on your phone” or “Call actions can be taken” and “Package line feature action” characterized by the processor (5) configured to take into categories a system like any of the above requests (1). 20 20. To extend the phone's service life with the developed algorithm. from the above requests characterized by the configured processor (5) a system like any other (1). 30

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