WO2012124709A1 - Système de gestion d'un temps de maintien - Google Patents

Système de gestion d'un temps de maintien Download PDF

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Publication number
WO2012124709A1
WO2012124709A1 PCT/JP2012/056461 JP2012056461W WO2012124709A1 WO 2012124709 A1 WO2012124709 A1 WO 2012124709A1 JP 2012056461 W JP2012056461 W JP 2012056461W WO 2012124709 A1 WO2012124709 A1 WO 2012124709A1
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WIPO (PCT)
Prior art keywords
communication
communication terminal
time
permission
terminal
Prior art date
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PCT/JP2012/056461
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English (en)
Japanese (ja)
Inventor
和浩 山本
Original Assignee
Yamamoto Kazuhiro
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Yamamoto Kazuhiro filed Critical Yamamoto Kazuhiro
Priority to JP2012532799A priority Critical patent/JP5267832B2/ja
Publication of WO2012124709A1 publication Critical patent/WO2012124709A1/fr

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M15/00—Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/88—Provision for limiting connection, or expenditure
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M15/00—Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/88—Provision for limiting connection, or expenditure
    • H04M15/888—Provision for limiting connection, or expenditure severing connection after predetermined time or data

Definitions

  • the present invention makes it possible for many people to use a communication network as equally as possible when a large-scale disaster occurs, when a communication network or switching center failure occurs, or when communication requests due to events or the like rapidly increase. Therefore, the present invention relates to a system and method for controlling communication performed by a communication terminal via a communication network.
  • the present invention relates to a system and method for controlling communication performed by a communication terminal via a communication network in order to ensure important communication for the communication, etc., and to use the communication network as equally as possible for non-emergency communication. It is.
  • the communication network determines the time during which a user can make a single call. Therefore, the user talks until the given talk time is used up. That is, the user does not try to end the call in as short a time as possible.
  • Patent Document 1 does not have a mechanism in which a user ends communication in as short a communication time as possible.
  • the present invention has been made paying attention to such unsolved problems of the conventional technology, and enables efficient communication when a communication network is abnormal so that many people can communicate. It is an object of the present invention to provide a communication control system, a communication control method, and a communication terminal suitable for the above.
  • the communication control system of Invention 1 is a communication control system for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or Communication permission time setting means for setting a communication permission time based on a fee paid or payable for a communication terminal related thereto, an abnormality detection means for detecting an abnormality in the communication network, and an abnormality detected by the abnormality detection means
  • the communication execution means for performing communication of the communication terminal at normal time regardless of the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto, and an abnormality in the abnormality detection means
  • a communication time calculation means for calculating a communication time during which the communication terminal communicated when an abnormality is detected, and the communication time calculation means for the communication terminal. Communication time that is, if it exceeds communication permitted time set by the communication permitted time setting means for communication terminals associated with the communication terminal or this and a communication inhibiting means for inhibiting the communication of the communication terminal.
  • the communication permission time is uniform for each communication terminal. For example, a user who has 10 parties who want to check safety and a user who has only 1 person cannot be said to be equal in the same communication permission time.
  • the communication permission time is set by the communication permission time setting means for each communication terminal based on the fee paid or payable for the communication terminal or the communication terminal related thereto.
  • the communication execution unit When the communication network is normal, communication of the communication terminal (A) is performed by the communication execution unit regardless of the communication permission time set for the communication terminal (A) or a communication terminal related thereto.
  • the abnormality detecting unit detects the abnormality of the communication network, and the communication time calculating unit calculates the communication time during which the communication terminal (A) communicated.
  • the communication terminal (A) Communication A) is prohibited.
  • the communication includes communication (outgoing) performed by the communication terminal on the outgoing side or communication (incoming) performed by the communication terminal on the incoming side.
  • the communication of the communication terminal on the transmission side is subject to restriction, if the communication time of the communication terminal on the transmission side exceeds the communication permission time, the communication is prohibited. It is also conceivable that the receiving side is burdened with communication time. In this case, when the communication time of the receiving communication terminal exceeds the communication permission time, the communication is prohibited. This can also be done when the communication network is not abnormal for the called party.
  • the communication of the incoming communication terminal is subject to restriction, the communication is prohibited when the communication time of the incoming communication terminal exceeds the communication permission time.
  • examples of the communication terminal related to the communication terminal include a communication terminal of a communication partner or a communication terminal owned by a family member, a friend, an employee, or other related parties.
  • the fee paid or payable for the communication terminal of the communication partner is the reference for the communication permission time
  • the communication permission time set for the communication terminal of the communication partner is the reference.
  • the fee paid or payable for any or all of these communication terminals becomes the reference for the communication permission time, and either of these communication terminals or The communication permission time set for all is the reference.
  • communication includes telephone calls, data communication, and other communications.
  • communication control systems of the inventions 2, 9 to 14 and the communication control methods of the inventions 17 to 24 are identical to the communication control systems of the inventions 2, 9 to 14 and the communication control methods of the inventions 17 to 24.
  • communication network abnormalities include, for example, communication network congestion, failures (including equipment and line failures), human regulation, and other abnormalities. The same applies to the communication control systems of the inventions 2, 9 to 14 and the communication control methods of the inventions 17 to 24.
  • the fee paid for the communication terminal includes, for example, a fee (communication fee, guarantee fee, or other nominal fee) paid at or before the communication subject to the regulation.
  • the fee to be paid for the communication terminal includes, for example, a fee (communication fee, guarantee fee or other nominal fee) to be paid at the time of performing communication subject to regulation or after that. The same applies to the communication control systems of the inventions 2, 9 to 14 and the communication control methods of the inventions 17 to 24.
  • the present system may be realized as a single device, terminal or other device, or may be realized as a network system in which a plurality of devices, terminals or other devices are communicably connected.
  • each component may belong to any one of a plurality of devices and the like as long as they are connected so as to communicate with each other.
  • the communication control system of Invention 2 is a communication control system for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission time setting means for setting a communication permission time based on a fee paid or to be paid, an abnormality detection means for detecting an abnormality of the communication network, and the communication at a normal time when no abnormality is detected by the abnormality detection means
  • Communication execution means for performing communication of a terminal regardless of the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto, and the communication terminal or a communication terminal related thereto
  • the communication terminal communicates when an abnormality is detected by the abnormality detection means.
  • a remaining communication time calculating means for calculating a possible remaining communication time; and a communication prohibiting means for prohibiting communication of the communication terminal when the remaining communication time calculated by the remaining communication time calculating means for the communication terminal is digested.
  • the communication permission time setting means sets the communication permission time for each communication terminal based on the fee paid or payable for the communication terminal or a communication terminal related thereto.
  • the communication network When the communication network is normal, communication of the communication terminal (A) is performed by the communication execution unit regardless of the communication permission time set for the communication terminal (A) or a communication terminal related thereto.
  • the abnormality detection means detects the abnormality of the communication network, and the remaining communication time calculation means determines the communication permission time set for the communication terminal (A) or the communication terminal related thereto. Based on this, the remaining communication time during which the communication terminal (A) can communicate at the time of abnormality is calculated. When the remaining communication time calculated for the communication terminal (A) is consumed, communication of the communication terminal (A) is prohibited by the communication prohibition means.
  • the communication control system of Invention 3 is based on the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto in the communication control system of Invention 1.
  • a remaining communication time calculating means for calculating a remaining communication time in which the communication terminal can communicate at the time of the abnormality, and a remaining communication time for notifying a user of the communication terminal of the remaining communication time calculated by the remaining communication time calculating means for the communication terminal.
  • Communication time notification means for calculating a remaining communication time in which the communication terminal can communicate at the time of the abnormality, and a remaining communication time for notifying a user of the communication terminal of the remaining communication time calculated by the remaining communication time calculating means for the communication terminal.
  • the remaining communication time calculation means calculates the remaining communication time during which the communication terminal can communicate based on the communication permission time set for the communication terminal or the communication terminal related thereto.
  • the remaining communication time notification means notifies the remaining communication time calculated for the communication terminal to the user of the communication terminal.
  • the communication control system of Invention 4 is the communication control system of Invention 2, in which the remaining communication time for the communication terminal calculated by the remaining communication time calculation means is notified to the user of the communication terminal. Time notification means is provided.
  • the remaining communication time notification means notifies the remaining communication time calculated for the communication terminal to the user of the communication terminal.
  • the communication control system according to Invention 5 is the communication control system according to any one of Inventions 1 to 4, wherein a charge required for the communication terminal to communicate at the time of the abnormality is charged prior to the abnormality.
  • Pre-charging means, and the communication permission time setting means sets the communication permission time based on the fee charged by the pre-charging means.
  • the communication permission time setting means sets the communication permission time based on the charged fee.
  • the communication control system according to Invention 6 is the communication control system according to any one of Inventions 1 to 5, wherein after the abnormality, the communication terminal charges a fee necessary for performing communication.
  • the communication permission time setting means sets the communication permission time based on the fee charged by the post-charging means.
  • the post-charging means charges a fee required for the communication terminal to perform communication in the event of an abnormality.
  • the communication permission time setting means sets the communication permission time based on the charged fee.
  • the communication control system according to Invention 7 is the communication control system according to any one of Inventions 1 to 4, wherein a charge required for the communication terminal to communicate at the time of the abnormality is charged prior to the abnormality. And a post-charging unit that charges a fee required for the communication terminal to perform communication in the event of an abnormality, and the communication permission time setting unit includes the pre-charging unit or the The communication permission time is set based on the charge charged by the post-charging means, and the charge charged by the post-charging means for the same communication permission time is set higher than the charge charged by the pre-charging means. did.
  • the communication permission time setting means sets the communication permission time based on the charged fee. At this time, for the same communication permission time, the charge charged by the post-charging means is set higher than the charge charged by the pre-charging means. Is profitable.
  • the communication control system of Invention 8 is the communication control system of any one of Inventions 6 and 7, wherein the post-charging means is charged when the communication terminal transmits to a specific communication destination. Do.
  • the post-charging means is charged.
  • the communication control system of Invention 9 is a communication control system for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission data amount setting means for setting a communication permission data amount based on a fee paid or payable, an abnormality detection means for detecting an abnormality in the communication network, and a normal state in which no abnormality is detected by the abnormality detection means
  • a communication execution unit that performs communication of the communication terminal regardless of the communication permission data amount set by the communication permission data amount setting unit for the communication terminal or a communication terminal related thereto, and an abnormality is detected by the abnormality detection unit
  • Communication data amount calculation means for calculating the communication data amount communicated by the communication terminal at the time of an abnormality, and the communication data amount calculation for the communication terminal If the communication data amount calculated by the means exceeds the communication permission data amount set by the communication permission data amount setting means for the communication terminal or a communication terminal related thereto, communication for prohibiting communication of the communication terminal And prohibiting means.
  • the communication permission data amount setting unit sets the communication permission data amount for each communication terminal based on the fee paid or payable for the communication terminal or the communication terminal related thereto.
  • the communication execution unit When the communication network is normal, communication of the communication terminal (A) is performed by the communication execution unit regardless of the communication permission data amount set for the communication terminal (A) or a communication terminal related thereto.
  • the abnormality detection unit detects the abnormality of the communication network, and the communication data amount calculation unit calculates the communication data amount communicated by the communication terminal (A) at the time of abnormality.
  • the communication prohibition means performs the communication. Communication of the terminal (A) is prohibited.
  • the communication includes communication (outgoing) performed by the communication terminal on the outgoing side or communication (incoming) performed by the communication terminal on the incoming side.
  • the communication of the communication terminal on the transmission side is subject to restriction, when the communication data amount of the communication terminal on the transmission side exceeds the communication permission data amount, the communication is prohibited.
  • the receiving side bears the communication data amount. In this case, when the communication data amount of the communication terminal on the receiving side exceeds the communication permission data amount, the communication is prohibited. This can also be done when the communication network is not abnormal for the called party.
  • the communication of the incoming communication terminal is subject to restriction, if the communication data amount of the incoming communication terminal exceeds the communication permission data amount, the communication is prohibited.
  • the transmission side bears the communication data amount.
  • the communication data amount of the communication terminal on the calling side exceeds the communication permission data amount, the communication is prohibited. This can also be done when the communication network is not abnormal for the caller.
  • examples of the communication terminal related to the communication terminal include a communication terminal of a communication partner or a communication terminal owned by a family member, a friend, an employee, or other related parties.
  • the fee paid or payable for the communication partner communication terminal is the reference for the communication permission data amount
  • the communication permission data amount set for the communication partner communication terminal is the reference.
  • the fee paid or payable for any or all of these communication terminals is the standard for the communication permission data amount, and any of these communication terminals
  • the communication permission data amount set for all is a reference. The same applies to the communication control system according to the tenth aspect and the communication control methods according to the nineteenth and twentieth aspects.
  • the communication control system of Invention 10 is a communication control system for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission data amount setting means for setting a communication permission data amount based on a fee paid or payable, an abnormality detection means for detecting an abnormality in the communication network, and a normal state in which no abnormality is detected by the abnormality detection means
  • a communication execution unit configured to perform communication of the communication terminal regardless of the communication permission data amount set by the communication permission data amount setting unit for the communication terminal or a communication terminal related thereto; and the communication terminal or the related item Based on the communication permission data amount set by the communication permission data amount setting means for the communication terminal, an abnormality is detected by the abnormality detection means.
  • Communication prohibiting means for prohibiting communication of the communication terminal.
  • the communication permission data amount setting means sets the communication permission data amount for each communication terminal based on the fee paid or payable for the communication terminal or the communication terminal related thereto.
  • the communication network When the communication network is normal, communication of the communication terminal (A) is performed by the communication execution unit regardless of the communication permission data amount set for the communication terminal (A) or a communication terminal related thereto.
  • the abnormality detection means detects the communication network abnormality, and the remaining communication data amount calculation means sets the communication permission data set for the communication terminal (A) or the communication terminal related thereto. Based on the amount, the remaining communication data amount that the communication terminal (A) can communicate at the time of abnormality is calculated. When the remaining communication data amount calculated for the communication terminal (A) is consumed, communication of the communication terminal (A) is prohibited by the communication prohibiting means.
  • the communication control system is a communication control system for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission number setting means for setting a communication permission number based on a fee paid or to be paid, an abnormality detection means for detecting an abnormality in the communication network, and the communication at a normal time in which no abnormality is detected by the abnormality detection means
  • a communication execution unit that performs communication of the terminal regardless of the communication permission number set by the communication permission number setting unit for the communication terminal or a communication terminal related thereto, and when the abnormality is detected by the abnormality detection unit,
  • a communication number calculating means for calculating the number of times the communication terminal has communicated, and a communication number calculated by the communication number calculating means for the communication terminal. , If it exceeds communication permission number of times set in the communication terminal or said communication permission number setting means for communication terminal associated therewith, and a communication inhibiting means for inhibiting the communication of the communication terminal.
  • the communication permission frequency setting unit sets the communication permission frequency for each communication terminal based on the fee paid or payable for the communication terminal or the communication terminal related thereto.
  • the communication execution unit When the communication network is normal, communication of the communication terminal (A) is performed by the communication execution unit regardless of the number of permitted communications set for the communication terminal (A) or a communication terminal related thereto.
  • the abnormality detection unit detects the abnormality of the communication network, and the communication number calculation unit calculates the number of times the communication terminal (A) communicated at the time of abnormality.
  • the communication count calculated for the communication terminal (A) exceeds the communication permission count set for the communication terminal (A) or a communication terminal related thereto, the communication terminal (A) Communication A) is prohibited.
  • the communication includes communication (outgoing) performed by the communication terminal on the outgoing side or communication (incoming) performed by the communication terminal on the incoming side.
  • the communication of the communication terminal on the transmission side is subject to regulation, the communication is prohibited when the number of communication of the communication terminal on the transmission side exceeds the number of times the communication is permitted.
  • the incoming side bears the number of communications.
  • the communication is prohibited when the number of communications of the receiving communication terminal exceeds the permitted number of communications. This can also be done when the communication network is not abnormal for the called party.
  • the communication of the incoming communication terminal is subject to restriction, if the communication frequency of the incoming communication terminal exceeds the permitted communication frequency, the communication is prohibited.
  • the caller is burdened with the number of communications.
  • the communication frequency of the communication terminal on the calling side exceeds the communication permission frequency, the communication is prohibited. This can also be done when the communication network is not abnormal for the caller.
  • examples of the communication terminal related to the communication terminal include a communication terminal of a communication partner or a communication terminal owned by a family member, a friend, an employee, or other related parties.
  • the fee paid or payable for the communication terminal of the communication partner is a reference for the number of times of communication permission
  • the communication permission number set for the communication terminal of the communication partner is a reference.
  • the fee paid or payable for any or all of these communication terminals is the standard for the number of communication permission, and either of these communication terminals or The communication permission count set for all is the reference. The same applies to the communication control system according to the twelfth invention and the communication control methods according to the twenty-first and twenty-second inventions.
  • the communication control system of Invention 12 is a communication control system that controls communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission number setting means for setting a communication permission number based on a fee paid or to be paid
  • an abnormality detection means for detecting an abnormality in the communication network, and the communication at a normal time in which no abnormality is detected by the abnormality detection means
  • Communication execution means for performing communication of the terminal regardless of the communication permission number set by the communication permission number setting means for the communication terminal or a communication terminal related thereto, and the communication terminal or a communication terminal related thereto Based on the communication permission count set by the communication permission count setting means, the communication terminal concerned when an abnormality is detected by the abnormality detection means
  • a remaining communication count calculating means for calculating a remaining communication count for communication
  • a communication prohibiting means for prohibiting communication of the communication terminal when the remaining communication count calculated by the remaining communication count calculating means for the communication terminal is digested. Is provided
  • the communication permission number setting means sets the communication permission number for each communication terminal based on the fee paid or payable for the communication terminal or the communication terminal related thereto.
  • the communication execution unit When the communication network is normal, communication of the communication terminal (A) is performed by the communication execution unit regardless of the number of permitted communications set for the communication terminal (A) or a communication terminal related thereto.
  • the abnormality detection unit detects the abnormality of the communication network, and the remaining communication number calculation unit sets the communication permission number set for the communication terminal (A) or the communication terminal related thereto. Based on this, the remaining number of communications that the communication terminal (A) can communicate in the event of an abnormality is calculated. When the remaining number of communications calculated for the communication terminal (A) is consumed, communication of the communication terminal (A) is prohibited by the communication prohibiting means.
  • the communication control system of Invention 13 is a communication control system for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission fee setting means for setting a communication permission fee based on a fee paid or to be paid, an abnormality detection means for detecting an abnormality of the communication network, and the communication at a normal time when no abnormality is detected by the abnormality detection means
  • Communication execution means for performing communication of the terminal regardless of the communication permission charge set by the communication permission charge setting means for the communication terminal or a communication terminal related thereto, and when the abnormality is detected by the abnormality detection means,
  • a communication fee calculating means for calculating a communication fee generated by communication by the communication terminal, and the communication fee calculating means for the communication terminal Communication charge, if it exceeds communication permission fee set by the communication permission fee setting means for communication terminals associated with the communication terminal or this and a communication inhibiting means for inhibiting the communication of the communication terminal.
  • the communication permission fee setting means sets the communication permission fee for each communication terminal based on the fee paid or payable for the communication terminal or a communication terminal related thereto.
  • the communication execution means When the communication network is normal, communication of the communication terminal (A) is performed by the communication execution means regardless of the communication permission fee set for the communication terminal (A) or a communication terminal related thereto.
  • the abnormality detecting unit detects the abnormality of the communication network, and the communication fee calculating unit calculates the communication fee generated by the communication terminal (A) during communication. If the communication fee calculated for the communication terminal (A) exceeds the communication permission fee set for the communication terminal (A) or a communication terminal related thereto, the communication prohibition means causes the communication terminal ( Communication A) is prohibited.
  • the communication includes communication (outgoing) performed by the communication terminal on the outgoing side or communication (incoming) performed by the communication terminal on the incoming side.
  • the communication of the communication terminal on the transmission side is subject to regulation, the communication is prohibited when the communication fee of the communication terminal on the transmission side exceeds the communication permission fee.
  • the receiving side bears a communication fee.
  • the communication fee of the receiving communication terminal exceeds the communication permission fee, the communication is prohibited. This can also be done when the communication network is not abnormal for the called party.
  • the communication of the incoming communication terminal is subject to restriction, if the communication fee of the incoming communication terminal exceeds the communication permission fee, the communication is prohibited.
  • the transmission side is charged with a communication fee.
  • the communication charge of the communication terminal on the calling side exceeds the communication permission charge, the communication is prohibited. This can also be done when the communication network is not abnormal for the caller.
  • examples of the communication terminal related to the communication terminal include a communication terminal of a communication partner or a communication terminal owned by a family member, a friend, an employee, or other related parties.
  • the fee paid or payable for the communication terminal of the communication partner is the reference for the communication permission fee
  • the communication permission fee set for the communication terminal of the communication partner is the reference.
  • the fee paid or payable for any or all of these communication terminals is the basis of the communication permission fee, and either of these communication terminals or The communication permission fee set for all is the standard. The same applies to the communication control system of the invention 14 and the communication control methods of the inventions 23 and 24.
  • the communication control system of Invention 14 is a communication control system for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission fee setting means for setting a communication permission fee based on a fee paid or to be paid
  • an abnormality detection means for detecting an abnormality of the communication network, and the communication at a normal time when no abnormality is detected by the abnormality detection means
  • Communication execution means for performing communication of a terminal regardless of the communication permission fee set by the communication permission fee setting means for the communication terminal or a communication terminal related thereto, and the communication terminal or a communication terminal related thereto Based on the communication permission fee set by the communication permission fee setting means, the communication terminal when the abnormality is detected by the abnormality detection means
  • a remaining communication charge calculating means for calculating a remaining communication charge that can be communicated
  • a communication prohibiting means for prohibiting communication of the communication terminal when the remaining communication charge calculated by the remaining communication charge calculating means for the communication terminal is consumed. Is provided
  • the communication permission fee setting means sets the communication permission fee for each communication terminal based on the fee paid or payable for the communication terminal or the communication terminal related thereto.
  • the communication execution means regardless of the communication permission fee set for the communication terminal (A) or a communication terminal related thereto.
  • the abnormality detection unit detects the abnormality of the communication network, and the remaining communication fee calculation unit sets the communication permission fee set for the communication terminal (A) or the communication terminal related thereto. Based on this, the remaining communication charge with which the communication terminal (A) can communicate at the time of abnormality is calculated. When the remaining communication charge calculated for the communication terminal (A) is consumed, communication of the communication terminal (A) is prohibited by the communication prohibiting means.
  • the communication control system of the invention 15 sets a call permission time according to a call plan for each telephone number terminal, and accumulates the call time for each telephone number terminal during communication restriction. A call can be made until the call permission time.
  • the call permission time is set for each telephone number terminal according to the call plan.
  • the call time for each phone number terminal is accumulated, and the call can be made until the call permission time.
  • the communication control system of Invention 16 sets the communication permission data amount that can be communicated for each data terminal according to the communication plan, and accumulates the communication data amount for each data terminal during communication restriction. Data can be transmitted up to the communication permission data amount.
  • the communication permission data amount is set according to the communication plan for each data terminal.
  • the communication data amount for each data terminal is accumulated, and the data can be transmitted up to the communication permission data amount.
  • a communication control method of Invention 17 is a communication control method for controlling communication performed by a communication terminal via a communication network.
  • a communication permission time setting step for setting a communication permission time based on a fee paid or payable for a terminal or a communication terminal related thereto, an abnormality detection step for detecting an abnormality in the communication network, and an abnormality in the abnormality detection step A communication execution step for performing communication of the communication terminal at a normal time without detecting the communication regardless of the communication permission time set in the communication permission time setting step for the communication terminal or a communication terminal related thereto, and the abnormality detection step
  • the communication control method of Invention 18 is a communication control method for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission time setting step for setting a communication permission time based on a fee paid or to be paid, an abnormality detection step for detecting an abnormality in the communication network, and the communication at a normal time in which no abnormality is detected in the abnormality detection step
  • a communication execution step for performing communication of the terminal regardless of the communication permission time set in the communication permission time setting step for the communication terminal or a communication terminal related thereto, and the communication terminal or a communication terminal related thereto Based on the communication permission time set in the communication permission time setting step, an abnormality was detected in the abnormality detection step.
  • the remaining communication time calculation step for calculating the remaining communication time that the communication terminal can always communicate with and the remaining communication time calculated in the remaining communication time calculation step for the communication terminal are digested, communication of the communication terminal is performed.
  • a communication prohibition step to be prohibited.
  • the communication control method of the invention 19 is a communication control method for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission data amount setting step for setting a communication permission data amount based on a fee paid or payable, an abnormality detection step for detecting an abnormality in the communication network, and a normal time in which no abnormality is detected in the abnormality detection step
  • a communication execution step in which communication of the communication terminal is performed regardless of the communication permission data amount set in the communication permission data amount setting step for the communication terminal or a communication terminal related thereto, and an abnormality is detected in the abnormality detection step
  • a communication data amount calculating step for calculating a communication data amount communicated by the communication terminal in the event of an abnormality, and If the communication data amount calculated in the communication data amount calculation step exceeds the communication permission data amount set in the communication permission data amount setting step for the communication terminal or a communication terminal related thereto, the communication terminal A communication prohibiting step for prohibiting the communication.
  • the communication control method of Invention 20 is a communication control method for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission data amount setting step for setting a communication permission data amount based on a fee paid or payable, an abnormality detection step for detecting an abnormality in the communication network, and a normal time in which no abnormality is detected in the abnormality detection step
  • the remaining communication data amount calculating step for calculating the remaining communication data amount that can be communicated by the communication terminal when an abnormality is detected in the step, and the remaining communication data amount calculated in the remaining communication data amount calculating step for the communication terminal are digested.
  • a communication prohibiting step for prohibiting communication of the
  • the communication control method of the invention 21 is a communication control method for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission number setting step for setting a communication permission number based on a fee paid or payable, an abnormality detection step for detecting an abnormality in the communication network, and the communication at a normal time in which no abnormality is detected in the abnormality detection step
  • a communication frequency calculating step for calculating the communication frequency of communication performed by the communication terminal; and the communication frequency calculating step for the communication terminal.
  • the communication prohibiting step for prohibiting communication of the communication terminal when the communication frequency calculated in the step exceeds the communication permission frequency set in the communication permission frequency setting step for the communication terminal or a communication terminal related thereto.
  • the communication control method of Invention 22 is a communication control method for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission number setting step for setting a communication permission number based on a fee paid or payable, an abnormality detection step for detecting an abnormality in the communication network, and the communication at a normal time in which no abnormality is detected in the abnormality detection step
  • a communication execution step for performing communication of the terminal regardless of the communication permission number set in the communication permission number setting step for the communication terminal or a communication terminal related thereto, and the communication terminal or a communication terminal related thereto An abnormality was detected in the abnormality detection step based on the communication permission number set in the communication permission number setting step. If the remaining communication count calculation step for calculating the remaining communication count that the communication terminal can always communicate with and the remaining communication count calculated in the remaining communication count calculation step for the communication terminal are digested, the communication terminal A communication prohibition step to be prohibited.
  • the communication control method of Invention 23 is a communication control method for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission fee setting step for setting a communication permission fee based on a fee paid or to be paid, an abnormality detection step for detecting an abnormality in the communication network, and the communication at a normal time in which no abnormality is detected in the abnormality detection step
  • a communication fee calculating step for calculating a communication fee generated by communication by the communication terminal; and the communication for the communication terminal If the communication fee calculated in the gold calculation step exceeds the communication permission fee set in the communication permission fee setting step for the communication terminal or a communication terminal related thereto, communication prohibition for prohibiting communication of the communication terminal Steps.
  • the communication control method of the invention 24 is a communication control method for controlling communication performed by a communication terminal via a communication network, and for each communication terminal, the communication terminal or a communication terminal related thereto.
  • a communication permission fee setting step for setting a communication permission fee based on a fee paid or to be paid, an abnormality detection step for detecting an abnormality in the communication network, and the communication at a normal time in which no abnormality is detected in the abnormality detection step
  • a communication execution step for performing communication of the terminal regardless of the communication permission fee set in the communication permission fee setting step for the communication terminal or a communication terminal related thereto, and the communication terminal or a communication terminal related thereto Based on the communication permission fee set in the communication permission fee setting step, an abnormality was detected in the abnormality detection step. If the remaining communication charge calculation step for calculating the remaining communication charge that the communication terminal can always communicate with and the remaining communication charge calculated in the remaining communication charge calculation step for the communication terminal are digested, the communication of the communication terminal is A communication prohibition step to be prohibited.
  • the communication terminal of Invention 25 includes communication permission time setting means, abnormality detection means, communication execution means, communication time calculation means, communication prohibition means, and Invention 3 of Invention 1.
  • the communication terminal of Invention 26 is a communication terminal using a communication control system comprising communication permission time setting means, abnormality detection means, communication execution means, remaining communication time calculation means and communication prohibition means of Invention 2. And a remaining communication time notifying means for notifying the remaining communication time calculated by the remaining communication time calculating means.
  • the call system of the invention 27 sets a time during which communication is restricted for each telephone number terminal during communication restriction, and accumulates the call time for each telephone number terminal, You can talk to a predetermined limit.
  • the call system of the invention 29 is the same as the call system of any one of the inventions 27 and 28, but has a predetermined call time limit depending on the call plan.
  • the telephone number terminal notifies the user of the remaining call time by voice, display, and chime. It has a function.
  • the communication time restriction control method of the invention 31 includes the step of monitoring the number of communication requests and the number of call loss of at least one exchange or base station, A step of detecting a congestion state in the base station, a step of calculating a remaining amount of call time in the exchange station or the base station in the congestion state of the exchange station or the base station, and a remaining amount of the calculated call time Disconnecting the call when no longer available.
  • the data communication system of Invention 32 sets the data amount that can be communicated for each data terminal during communication restriction, and accumulates the communication data amount for each data terminal. Data can be transmitted up to a predetermined limit.
  • the data communication system of Invention 33 sets the amount of data that can be communicated for each data terminal during communication restriction in order to reduce the amount of data when the exchange or base station is in a congested state.
  • the amount of communication data for each data terminal can be accumulated, and data can be transmitted up to a predetermined limit.
  • the communication system of Invention 34 is different from the communication system of any one of Inventions 32 and 33 in that a predetermined data amount limit differs depending on the communication plan.
  • the data communication system according to Invention 35 is the data communication system according to any one of Inventions 32 to 34, wherein the data terminal uses a voice to indicate the remaining amount of data that can be communicated. It has a function to notify the user by display, chime.
  • the data amount restriction control method of Invention 36 includes the step of monitoring the number of data communication requests and the number of call losses of at least one exchange or base station, and Or detecting a congestion state in the base station; calculating a remaining amount of data in the switching station or base station in the congestion state of the switching station or base station; and remaining amount of the calculated data amount Disconnecting the data communication when there is no more data.
  • a communication control system of Invention A1 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, A communication permission time setting means for setting a communication permission time based on a fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An abnormality detecting means for detecting an abnormality of the communication network; Communication execution means for performing communication of the communication terminal at a normal time in which no abnormality is detected by the abnormality detection means regardless of the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto When, A communication time calculating means for calculating a communication time during which the communication terminal communicated when an abnormality is detected by the abnormality detecting means; If the communication time calculated by the communication time calculation means for the communication terminal exceeds the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto, the communication terminal A communication control system comprising communication prohibiting means for prohibiting communication
  • the communication control system of Invention A2 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, A communication permission time setting means for setting a communication permission time based on a fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An abnormality detecting means for detecting an abnormality of the communication network; Communication execution means for performing communication of the communication terminal at a normal time in which no abnormality is detected by the abnormality detection means regardless of the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto When, Based on the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto, the remaining communication time in which the communication terminal can communicate at the time of abnormality detected by the abnormality detection means A remaining communication time calculating means for calculating; When the remaining communication time calculated by the remaining communication time calculating means for the communication terminal is consumed, the communication control system includes a communication prohibiting means for prohibiting communication of the communication terminal.
  • the communication control system of Invention A3 includes: In the communication control system of the invention A1, Based on the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto, a remaining communication time calculation means for calculating a remaining communication time in which the communication terminal can communicate at the time of the abnormality, , A communication control system comprising: a remaining communication time notifying unit for notifying a user of the communication terminal of the remaining communication time calculated by the remaining communication time calculating unit for the communication terminal.
  • the communication control system of Invention A4 includes: In the communication control system of the invention A2, A communication control system comprising: a remaining communication time notifying unit for notifying a user of the communication terminal of the remaining communication time calculated by the remaining communication time calculating unit for the communication terminal.
  • the communication control system of Invention A5 includes: In the communication control system according to any one of Inventions A1 to A4, Pre-charging means for charging a fee required for the communication terminal to perform communication at the time of the abnormality prior to the time of the abnormality,
  • the communication permission time setting means is a communication control system characterized in that the communication permission time is set based on the fee charged by the advance charging means.
  • the communication control system of Invention A6 includes: In the communication control system according to any one of Inventions A1 to A5, A post-charging means for charging a fee required for the communication terminal to perform communication at the time of the abnormality, at the time of the abnormality, The communication permission time setting means sets the communication permission time based on a fee charged by the post-charging means.
  • the communication control system of Invention A7 includes: In the communication control system according to any one of Inventions A1 to A4, A pre-charging means for charging a fee required for the communication terminal to perform communication at the time of the abnormality prior to the time of the abnormality; A post-accounting means for charging a fee required for the communication terminal to perform communication at the time of the abnormality, at the time of the abnormality,
  • the communication permission time setting means sets the communication permission time based on the fee charged by the pre-charging means or the post-charging means,
  • the communication control system is characterized in that, for the same communication permission time, a charge charged by the post-charging means is set higher than a charge charged by the pre-charging means.
  • the communication control system of Invention A8 includes: In the communication control system according to any one of Inventions A6 and A7, the post-accounting means is a communication control system characterized in that charging is performed by the communication terminal calling a specific communication destination.
  • the communication control system of Invention A9 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, Communication permission data amount setting means for setting a communication permission data amount for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto, An abnormality detecting means for detecting an abnormality of the communication network; Communication that performs communication of the communication terminal in a normal state in which no abnormality is detected by the abnormality detection unit regardless of the communication permission data amount set by the communication permission data amount setting unit for the communication terminal or a communication terminal related thereto Implementation means; A communication data amount calculating means for calculating a communication data amount communicated by the communication terminal at the time of an abnormality detected by the abnormality detecting means; When the communication data amount calculated by the communication data amount calculation unit for the communication terminal exceeds the communication permission data amount set by the communication permission data amount setting unit for the communication terminal or a communication terminal related thereto, A communication control system comprising: a communication prohibiting unit that prohibits communication of
  • the communication control system of Invention A10 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, Communication permission data amount setting means for setting a communication permission data amount for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto, An abnormality detecting means for detecting an abnormality of the communication network; Communication that performs communication of the communication terminal in a normal state in which no abnormality is detected by the abnormality detection unit regardless of the communication permission data amount set by the communication permission data amount setting unit for the communication terminal or a communication terminal related thereto Implementation means; Based on the communication permission data amount set by the communication permission data amount setting means for the communication terminal or a communication terminal related thereto, the remaining communication with which the communication terminal can communicate when an abnormality is detected by the abnormality detection means A remaining communication data amount calculating means for calculating the data amount; When the remaining communication data amount calculated by the remaining communication data amount calculation unit for the communication terminal is consumed, the communication control system includes a communication prohibition unit that prohibits
  • the communication control system of Invention A11 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, For each communication terminal, a communication permission number setting means for setting the communication permission number based on the fee paid or payable for the communication terminal or a communication terminal related thereto, An abnormality detecting means for detecting an abnormality of the communication network; Communication execution means for performing communication of the communication terminal in a normal state in which no abnormality is detected by the abnormality detection means regardless of the communication permission number set by the communication permission number setting means for the communication terminal or a communication terminal related thereto When, A communication number calculating means for calculating the number of times the communication terminal has communicated when an abnormality is detected by the abnormality detecting means; When the communication frequency calculated by the communication frequency calculation means for the communication terminal exceeds the communication permission frequency set by the communication permission frequency setting means for the communication terminal or a communication terminal related thereto, the communication terminal A communication prohibition means for prohibiting communication; A pre-charging means for charging a fee required for the communication terminal to perform
  • the communication control system of Invention A12 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, For each communication terminal, a communication permission number setting means for setting the communication permission number based on the fee paid or payable for the communication terminal or a communication terminal related thereto, An abnormality detecting means for detecting an abnormality of the communication network; Communication execution means for performing communication of the communication terminal in a normal state in which no abnormality is detected by the abnormality detection means regardless of the communication permission number set by the communication permission number setting means for the communication terminal or a communication terminal related thereto When, Based on the communication permission number set by the communication permission number setting unit for the communication terminal or a communication terminal related thereto, the remaining communication number that the communication terminal can communicate at the time of abnormality detected by the abnormality detection unit.
  • a remaining communication frequency calculating means for calculating; If the remaining communication count calculated by the remaining communication count calculation means for the communication terminal is digested, communication prohibiting means for prohibiting communication of the communication terminal; A pre-charging means for charging a fee required for the communication terminal to perform communication at the time of the abnormality prior to the time of the abnormality; A post-accounting means for charging a fee required for the communication terminal to perform communication at the time of the abnormality, at the time of the abnormality, The communication permission number setting means sets the communication permission number based on the fee charged by the pre-charging means or the post-charging means,
  • the communication control system is characterized in that, for the same number of times the communication is permitted, a charge charged by the post-charging means is set higher than a charge charged by the pre-charging means.
  • the communication control system of Invention A13 includes: In the communication control system of the invention A11, A remaining communication number calculating means for calculating a remaining communication number that the communication terminal can communicate in the case of abnormality based on the communication permission number set by the communication permission number setting means for the communication terminal or a communication terminal related thereto; , A communication control system comprising: a remaining communication number notifying unit for notifying a user of the communication terminal of the remaining communication number calculated by the remaining communication number calculating unit for the communication terminal.
  • the communication control system of Invention A14 includes: In the communication control system of the invention A12, A communication control system comprising: a remaining communication number notifying unit for notifying a user of the communication terminal of the remaining communication number calculated by the remaining communication number calculating unit for the communication terminal.
  • the communication control system of Invention A15 includes: In the communication control system according to any one of Inventions A11 to A14, the post-accounting means is a communication control system characterized in that charging is performed by the communication terminal calling a specific communication destination.
  • the communication control system of Invention A16 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, Communication permission fee setting means for setting a communication permission fee based on the fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An abnormality detecting means for detecting an abnormality of the communication network; Communication execution means for performing communication of the communication terminal at a normal time in which no abnormality is detected by the abnormality detection means regardless of the communication permission fee set by the communication permission fee setting means for the communication terminal or a communication terminal related thereto When, A communication fee calculating means for calculating a communication fee generated by communication by the communication terminal when an abnormality is detected by the abnormality detecting means; If the communication fee calculated by the communication fee calculation means for the communication terminal exceeds the communication permission fee set by the communication permission fee setting means for the communication terminal or a communication terminal related thereto, the communication terminal A communication control system comprising communication prohibiting means for prohibiting communication.
  • the communication control system of Invention A17 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, Communication permission fee setting means for setting a communication permission fee based on the fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An abnormality detecting means for detecting an abnormality of the communication network; Communication execution means for performing communication of the communication terminal at a normal time in which no abnormality is detected by the abnormality detection means regardless of the communication permission fee set by the communication permission fee setting means for the communication terminal or a communication terminal related thereto When, Based on the communication permission fee set by the communication permission fee setting unit for the communication terminal or a communication terminal related thereto, the remaining communication fee that the communication terminal can communicate at the time of abnormality detected by the abnormality detection unit A remaining communication charge calculating means for calculating; A communication control system comprising: a communication prohibiting unit that prohibits communication of the communication terminal when the remaining communication fee calculated by the remaining communication fee calculating unit is consumed for the communication terminal.
  • the communication control system of Invention A18 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, A communication permission time setting means for setting a communication permission time based on a fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An abnormality detecting means for detecting an abnormality of the communication network; A communication time calculating means for calculating a communication time during which the communication terminal communicated when an abnormality is detected by the abnormality detecting means; If the communication time calculated by the communication time calculation means for the communication terminal exceeds the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto, the communication terminal A communication control system comprising communication prohibiting means for prohibiting communication.
  • the communication control system of Invention A19 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, A communication permission time setting means for setting a communication permission time based on a fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An abnormality detecting means for detecting an abnormality of the communication network; Based on the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto, the remaining communication time in which the communication terminal can communicate at the time of abnormality detected by the abnormality detection means A remaining communication time calculating means for calculating; When the remaining communication time calculated by the remaining communication time calculating means for the communication terminal is consumed, the communication control system includes a communication prohibiting means for prohibiting communication of the communication terminal.
  • the communication control system of Invention A20 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, Communication permission data amount setting means for setting a communication permission data amount for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto, An abnormality detecting means for detecting an abnormality of the communication network; A communication data amount calculating means for calculating a communication data amount communicated by the communication terminal at the time of an abnormality detected by the abnormality detecting means; When the communication data amount calculated by the communication data amount calculation unit for the communication terminal exceeds the communication permission data amount set by the communication permission data amount setting unit for the communication terminal or a communication terminal related thereto, A communication control system comprising: a communication prohibiting unit that prohibits communication of the communication terminal.
  • the communication control system of Invention A21 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, Communication permission data amount setting means for setting a communication permission data amount for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto, An abnormality detecting means for detecting an abnormality of the communication network; Based on the communication permission data amount set by the communication permission data amount setting means for the communication terminal or a communication terminal related thereto, the remaining communication with which the communication terminal can communicate when an abnormality is detected by the abnormality detection means A remaining communication data amount calculating means for calculating the data amount; When the remaining communication data amount calculated by the remaining communication data amount calculation unit for the communication terminal is consumed, the communication control system includes a communication prohibition unit that prohibits communication of the communication terminal.
  • the communication control system of Invention A22 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, For each communication terminal, a communication permission number setting means for setting the communication permission number based on the fee paid or payable for the communication terminal or a communication terminal related thereto, An abnormality detecting means for detecting an abnormality of the communication network; A communication number calculating means for calculating the number of times the communication terminal has communicated when an abnormality is detected by the abnormality detecting means; When the communication frequency calculated by the communication frequency calculation means for the communication terminal exceeds the communication permission frequency set by the communication permission frequency setting means for the communication terminal or a communication terminal related thereto, the communication terminal A communication prohibition means for prohibiting communication; A pre-charging means for charging a fee required for the communication terminal to perform communication at the time of the abnormality prior to the time of the abnormality; A post-accounting means for charging a fee required for the communication terminal to perform communication at the time of the abnormality, at the time of the abnormality, The communication
  • the communication control system of Invention A23 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, For each communication terminal, a communication permission number setting means for setting the communication permission number based on the fee paid or payable for the communication terminal or a communication terminal related thereto, An abnormality detecting means for detecting an abnormality of the communication network; Based on the communication permission number set by the communication permission number setting unit for the communication terminal or a communication terminal related thereto, the remaining communication number that the communication terminal can communicate at the time of abnormality detected by the abnormality detection unit.
  • a remaining communication frequency calculating means for calculating; If the remaining communication count calculated by the remaining communication count calculation means for the communication terminal is digested, communication prohibiting means for prohibiting communication of the communication terminal; A pre-charging means for charging a fee required for the communication terminal to perform communication at the time of the abnormality prior to the time of the abnormality; A post-accounting means for charging a fee required for the communication terminal to perform communication at the time of the abnormality, at the time of the abnormality, The communication permission number setting means sets the communication permission number based on the fee charged by the pre-charging means or the post-charging means,
  • the communication control system is characterized in that, for the same number of times the communication is permitted, a charge charged by the post-charging means is set higher than a charge charged by the pre-charging means.
  • the communication control system of Invention A24 includes: In the communication control system of the invention A22, A remaining communication number calculating means for calculating a remaining communication number that the communication terminal can communicate in the case of abnormality based on the communication permission number set by the communication permission number setting means for the communication terminal or a communication terminal related thereto; , A communication control system comprising: a remaining communication number notifying unit for notifying a user of the communication terminal of the remaining communication number calculated by the remaining communication number calculating unit for the communication terminal.
  • the communication control system of Invention A25 includes: In the communication control system of the invention A23, A communication control system comprising: a remaining communication number notifying unit for notifying a user of the communication terminal of the remaining communication number calculated by the remaining communication number calculating unit for the communication terminal.
  • the communication control system of Invention A26 includes: In the communication control system according to any one of Inventions A22 to A25,
  • the post-accounting means is a communication control system characterized in that charging is performed by the communication terminal calling a specific communication destination.
  • the communication control system of Invention A27 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, Communication permission fee setting means for setting a communication permission fee based on the fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An abnormality detecting means for detecting an abnormality of the communication network; A communication fee calculating means for calculating a communication fee generated by communication by the communication terminal when an abnormality is detected by the abnormality detecting means; If the communication fee calculated by the communication fee calculation means for the communication terminal exceeds the communication permission fee set by the communication permission fee setting means for the communication terminal or a communication terminal related thereto, the communication terminal A communication control system comprising communication prohibiting means for prohibiting communication.
  • the communication control system of Invention A28 includes: A communication control system for controlling communication performed by a communication terminal via a communication network, Communication permission fee setting means for setting a communication permission fee based on the fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An abnormality detecting means for detecting an abnormality of the communication network; Based on the communication permission fee set by the communication permission fee setting unit for the communication terminal or a communication terminal related thereto, the remaining communication fee that the communication terminal can communicate at the time of abnormality detected by the abnormality detection unit A remaining communication charge calculating means for calculating; A communication control system comprising: a communication prohibiting unit that prohibits communication of the communication terminal when the remaining communication fee calculated by the remaining communication fee calculating unit is consumed for the communication terminal.
  • the communication control method of Invention A29 is: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission time setting step in which the communication permission time setting means sets a communication permission time for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto, An anomaly detecting means for detecting an anomaly in the communication network; The communication execution means performs communication of the communication terminal at a normal time in which no abnormality is detected in the abnormality detection step, regardless of the communication permission time set in the communication permission time setting step for the communication terminal or a communication terminal related thereto.
  • a communication execution step to be performed A communication time calculating step for calculating a communication time in which the communication terminal has communicated at the time of an abnormality when the communication time calculating means detects an abnormality in the abnormality detecting step;
  • the communication prohibition means exceeds the communication permission time set in the communication permission time setting step for the communication terminal or a communication terminal related thereto, when the communication time calculated in the communication time calculation step for the communication terminal And a communication prohibiting step for prohibiting communication of the communication terminal.
  • the communication control method of Invention A30 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission time setting step in which the communication permission time setting means sets a communication permission time for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto, An anomaly detecting means for detecting an anomaly in the communication network; The communication execution means performs communication of the communication terminal at a normal time in which no abnormality is detected in the abnormality detection step, regardless of the communication permission time set in the communication permission time setting step for the communication terminal or a communication terminal related thereto.
  • the communication control method of Invention A31 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission data amount setting step in which a communication permission data amount setting unit sets a communication permission data amount for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto; An anomaly detecting means for detecting an anomaly in the communication network; The communication execution means performs communication of the communication terminal at a normal time in which no abnormality is detected in the abnormality detection step, the communication permission data amount set in the communication permission data amount setting step for the communication terminal or a communication terminal related thereto Communication implementation steps to be performed regardless of A communication data amount calculating step for calculating a communication data amount communicated by the communication terminal at the time of an abnormality in which an abnormality is detected in the abnormality detection step; The communication prohibition means calculates the communication permission data amount set in the communication permission data amount setting step for the communication terminal or a communication terminal related thereto as the communication data amount calculated in the communication data amount calculation
  • the communication control method of Invention A32 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission data amount setting step in which a communication permission data amount setting unit sets a communication permission data amount for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto; An anomaly detecting means for detecting an anomaly in the communication network;
  • the communication execution means performs communication of the communication terminal at a normal time in which no abnormality is detected in the abnormality detection step, the communication permission data amount set in the communication permission data amount setting step for the communication terminal or a communication terminal related thereto Communication implementation steps to be performed regardless of Based on the communication permission data amount set in the communication permission data amount setting step for the communication terminal or a communication terminal related thereto, the remaining communication data amount calculation means is concerned when an abnormality is detected in the abnormality detection step.
  • the communication control method of Invention A33 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission count setting step for setting a communication permission count based on a fee paid or payable for the communication terminal or a communication terminal related thereto, for each communication terminal.
  • An anomaly detecting means for detecting an anomaly in the communication network;
  • the communication execution means performs communication of the communication terminal at a normal time in which no abnormality is detected in the abnormality detection step, regardless of the communication permission number set in the communication permission number setting step for the communication terminal or a communication terminal related thereto.
  • a communication execution step to be performed A communication frequency calculating means for calculating the communication frequency of communication performed by the communication terminal at the time of abnormality in which abnormality is detected in the abnormality detection step;
  • the communication prohibition means when the communication count calculated in the communication count calculation step for the communication terminal exceeds the communication permission count set in the communication permission count setting step for the communication terminal or a communication terminal related thereto A communication prohibition step for prohibiting communication of the communication terminal;
  • a pre-billing step in which a pre-charging means charges a fee required for the communication terminal to perform communication at the time of the abnormality prior to the abnormality; and
  • a post-accounting step wherein the post-charging means includes a post-charging step of charging a fee required for the communication terminal to perform communication at the time of the abnormality,
  • the communication permission count setting step sets the communication permission count based on the fee charged in the pre-charging step or the post-charging step,
  • the communication control method is characterized in that, for the same number of times of allowed communication, the fee charged
  • the communication control method of Invention A34 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission number setting step in which the communication permission number setting unit sets the communication permission number based on a fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An anomaly detecting means for detecting an anomaly in the communication network; The communication execution means performs communication of the communication terminal at a normal time in which no abnormality is detected in the abnormality detection step, regardless of the communication permission number set in the communication permission number setting step for the communication terminal or a communication terminal related thereto.
  • a post-accounting step wherein the post-charging means includes a post-charging step of charging a fee required for the communication terminal to perform communication at the time of the abnormality,
  • the communication permission count setting step sets the communication permission count based on the fee charged in the pre-charging step or the post-charging step,
  • the communication control method is characterized in that, for the same number of times of allowed communication
  • the communication control method of Invention A35 includes: In the communication control method of the invention A33, The remaining communication number calculating means calculates the remaining communication number that the communication terminal can communicate in the event of the abnormality based on the communication permission number set in the communication permission number setting step for the communication terminal or a communication terminal related thereto. A remaining communication count calculating step, A communication control method characterized in that the remaining communication frequency notification means includes a remaining communication frequency notification step of notifying a user of the communication terminal of the remaining communication frequency calculated in the remaining communication frequency calculation step for the communication terminal. is there.
  • the communication control method of Invention A36 includes: In the communication control method of the invention A34, The remaining communication number notifying means includes a remaining communication number notifying step of notifying the user of the communication terminal of the remaining communication number calculated in the remaining communication number calculating step for the communication terminal. .
  • the communication control method of Invention A37 includes: In the communication control method according to any one of Inventions A33 to A36, the post-accounting step is a communication control method characterized in that charging is performed by the communication terminal calling a specific communication destination.
  • the communication control method of Invention A38 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission fee setting step for setting a communication permission fee based on a fee paid or payable for the communication terminal or a communication terminal related thereto, for each communication terminal; An anomaly detecting means for detecting an anomaly in the communication network; The communication execution means performs communication of the communication terminal at a normal time in which no abnormality is detected in the abnormality detection step, regardless of the communication permission fee set in the communication permission fee setting step for the communication terminal or a communication terminal related thereto.
  • a communication execution step to be performed A communication fee calculating step for calculating a communication fee generated by communication by the communication terminal when an abnormality is detected in the abnormality detection step; If the communication prohibition means has calculated the communication fee calculated in the communication fee calculation step for the communication terminal exceeds the communication permission fee set in the communication permission fee setting step for the communication terminal or a communication terminal related thereto And a communication prohibiting step for prohibiting communication of the communication terminal.
  • the communication control method of Invention A39 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission fee setting step for setting a communication permission fee based on a fee paid or payable for the communication terminal or a communication terminal related thereto, for each communication terminal; An anomaly detecting means for detecting an anomaly in the communication network; The communication execution means performs communication of the communication terminal at a normal time in which no abnormality is detected in the abnormality detection step, regardless of the communication permission fee set in the communication permission fee setting step for the communication terminal or a communication terminal related thereto.
  • a communication control method comprising: a communication prohibiting step for prohibiting communication of the communication terminal when the communication prohibiting means has consumed the remaining communication charge calculated in the remaining communication charge calculating step for the communication terminal. is there.
  • the communication control method of Invention A40 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission time setting step in which the communication permission time setting means sets a communication permission time for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto, An anomaly detecting means for detecting an anomaly in the communication network; A communication time calculating step for calculating a communication time in which the communication terminal has communicated at the time of an abnormality when the communication time calculating means detects an abnormality in the abnormality detecting step; When the communication prohibition means exceeds the communication permission time set in the communication permission time setting step for the communication terminal or a communication terminal related thereto, when the communication time calculated in the communication time calculation step for the communication terminal And a communication prohibiting step for prohibiting communication of the communication terminal.
  • the communication control method of Invention A41 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission time setting step in which the communication permission time setting means sets a communication permission time for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto, An anomaly detecting means for detecting an anomaly in the communication network; Based on the communication permission time set in the communication permission time setting step for the communication terminal or a communication terminal related thereto, the remaining communication time calculating means detects the abnormality in the abnormality detection step, and the communication terminal A remaining communication time calculating step for calculating a remaining communication time capable of communication; A communication prohibiting step including a communication prohibiting step of prohibiting communication of the communication terminal when the communication prohibiting means digests the remaining communication time calculated in the remaining communication time calculating step for the communication terminal; is there.
  • the communication control method of Invention A42 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission data amount setting step in which a communication permission data amount setting unit sets a communication permission data amount for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto; An anomaly detecting means for detecting an anomaly in the communication network; A communication data amount calculating step for calculating a communication data amount communicated by the communication terminal at the time of an abnormality in which an abnormality is detected in the abnormality detection step; The communication prohibition means calculates the communication permission data amount set in the communication permission data amount setting step for the communication terminal or a communication terminal related thereto as the communication data amount calculated in the communication data amount calculation step for the communication terminal. And a communication prohibiting step for prohibiting communication of the communication terminal when exceeding.
  • the communication control method of Invention A43 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission data amount setting step in which a communication permission data amount setting unit sets a communication permission data amount for each communication terminal based on a fee paid or payable for the communication terminal or a communication terminal related thereto; An anomaly detecting means for detecting an anomaly in the communication network; Based on the communication permission data amount set in the communication permission data amount setting step for the communication terminal or a communication terminal related thereto, the remaining communication data amount calculation means is concerned when an abnormality is detected in the abnormality detection step.
  • the communication control method of Invention A44 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission number setting step in which the communication permission number setting unit sets the communication permission number based on a fee paid or payable for the communication terminal or a communication terminal related thereto for each communication terminal; An anomaly detecting means for detecting an anomaly in the communication network; A communication frequency calculating means for calculating the communication frequency of communication performed by the communication terminal at the time of abnormality in which abnormality is detected in the abnormality detection step; The communication prohibition means, when the communication count calculated in the communication count calculation step for the communication terminal exceeds the communication permission count set in the communication permission count setting step for the communication terminal or a communication terminal related thereto A communication prohibition step for prohibiting communication of the communication terminal; A pre-billing step in which a pre-charging means charges a fee required for the communication terminal to perform communication at the time of the abnormality prior to the abnormality; and A post-accounting step, wherein the post-charging means
  • the communication control method of Invention A45 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission count setting step for setting a communication permission count based on a fee paid or payable for the communication terminal or a communication terminal related thereto, for each communication terminal.
  • An anomaly detecting means for detecting an anomaly in the communication network; Based on the communication permission count set in the communication permission count setting step for the communication terminal or a communication terminal related thereto, the remaining communication count calculating means detects the abnormality in the abnormality detection step.
  • the communication permission count setting step sets the communication permission count based on the fee charged in the pre-charging step or the post-charging step,
  • the communication control method is characterized in that, for the same number of times of allowed communication, the fee charged in the post-charging step is set higher than the fee charged in the pre-charging step.
  • the communication control method of Invention A46 includes: In the communication control method of the invention A44, The remaining communication number calculating means calculates the remaining communication number that the communication terminal can communicate in the event of the abnormality based on the communication permission number set in the communication permission number setting step for the communication terminal or a communication terminal related thereto. A remaining communication count calculating step, A communication control method characterized in that the remaining communication frequency notification means includes a remaining communication frequency notification step of notifying a user of the communication terminal of the remaining communication frequency calculated in the remaining communication frequency calculation step for the communication terminal. is there.
  • the communication control method of Invention A47 includes: In the communication control method of the invention A45, The remaining communication number notifying means includes a remaining communication number notifying step of notifying the user of the communication terminal of the remaining communication number calculated in the remaining communication number calculating step for the communication terminal. .
  • the communication control method of Invention A48 includes: In the communication control method according to any one of Inventions A44 to A47, The post-accounting step is a communication control method characterized in that charging is performed by the communication terminal calling a specific communication destination.
  • the communication control method of Invention A49 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission fee setting step for setting a communication permission fee based on a fee paid or payable for the communication terminal or a communication terminal related thereto, for each communication terminal; An anomaly detecting means for detecting an anomaly in the communication network; A communication fee calculating step for calculating a communication fee generated by communication by the communication terminal when an abnormality is detected in the abnormality detection step; If the communication prohibition means has calculated the communication fee calculated in the communication fee calculation step for the communication terminal exceeds the communication permission fee set in the communication permission fee setting step for the communication terminal or a communication terminal related thereto And a communication prohibiting step for prohibiting communication of the communication terminal.
  • the communication control method of Invention A50 includes: A communication control method for controlling communication performed by a communication terminal via a communication network, A communication permission fee setting step for setting a communication permission fee based on a fee paid or payable for the communication terminal or a communication terminal related thereto, for each communication terminal; An anomaly detecting means for detecting an anomaly in the communication network; Based on the communication permission fee set in the communication permission fee setting step for the communication terminal or a communication terminal related thereto, the remaining communication fee calculation means detects the abnormality in the abnormality detection step, and the communication terminal A remaining communication charge calculating step for calculating a remaining communication charge available for communication; A communication control method, comprising: a communication prohibiting step for prohibiting communication of the communication terminal when the communication prohibiting means has consumed the remaining communication charge calculated in the remaining communication charge calculating step for the communication terminal. is there.
  • the communication terminal of Invention A51 A communication terminal using a communication control system comprising the communication permission time setting means, the abnormality detection means, the communication execution means, the communication time calculation means and the communication prohibition means of the invention A1, and the remaining communication time calculation means of the invention A3, A communication terminal comprising: a remaining communication time notifying unit that notifies the remaining communication time calculated by the remaining communication time calculating unit.
  • the communication terminal of Invention A52 is: A communication terminal using a communication control system comprising the communication permission time setting means, the abnormality detection means, the communication execution means, the remaining communication time calculation means, and the communication prohibition means of the invention A2, A communication terminal comprising: a remaining communication time notifying unit that notifies the remaining communication time calculated by the remaining communication time calculating unit.
  • the communication terminal of Invention A53 includes: The communication permission data amount setting means, the abnormality detection means, the communication execution means, the communication data amount calculation means, and the communication prohibition means of the invention A9 are set by the communication permission data amount setting means for the communication terminal or a communication terminal related thereto.
  • a communication terminal using a communication control system comprising a remaining communication data amount calculating means for calculating a remaining communication data amount communicable by the communication terminal at the time of abnormality based on the communication permission data amount,
  • a communication terminal comprising: a remaining communication data amount notifying unit that notifies the remaining communication data amount calculated by the remaining communication data amount calculating unit.
  • the communication terminal of Invention A54 is: A communication terminal using a communication control system comprising the communication permission data amount setting means, the abnormality detection means, the communication execution means, the remaining communication data amount calculation means and the communication prohibition means of the invention A10, A communication terminal comprising: a remaining communication data amount notifying unit that notifies the remaining communication data amount calculated by the remaining communication data amount calculating unit.
  • the communication terminal of Invention A55 is: A communication control system comprising the communication permission count setting means, the abnormality detection means, the communication execution means, the communication count calculation means, the communication prohibition means, the pre-charging means and the post-charging means of the invention A11, and the remaining communication count calculation means of the invention A13.
  • a communication terminal to be used A communication terminal comprising a remaining communication number notifying unit for notifying the remaining communication number calculated by the remaining communication number calculating unit.
  • the communication terminal of Invention A56 is: A communication terminal using a communication control system comprising the communication permission number setting means, the abnormality detection means, the communication execution means, the remaining communication number calculation means, the communication prohibition means, the pre-charging means and the post-charging means of the invention A12, A communication terminal comprising a remaining communication number notifying unit for notifying the remaining communication number calculated by the remaining communication number calculating unit.
  • the communication terminal of Invention A57 includes: In the communication control method of any one of inventions A55 and A56, the post-accounting means is a communication terminal characterized in that the communication terminal performs charging by making a call to a specific communication destination.
  • the communication terminal of Invention A58 includes: Communication permission fee setting means, abnormality detection means, communication execution means, communication charge calculation means and communication prohibition means of invention A16, and communication permission set by the communication permission charge setting means for the communication terminal or a communication terminal related thereto
  • a communication terminal using a communication control system comprising a remaining communication charge calculating means for calculating a remaining communication charge that the communication terminal can communicate with when the abnormality is based on a charge,
  • a communication terminal comprising a remaining communication charge notification means for notifying the remaining communication charge calculated by the remaining communication charge calculation means.
  • the communication terminal of Invention A59 is: A communication terminal using a communication control system comprising the communication permission charge setting means, the abnormality detection means, the communication execution means, the remaining communication charge calculation means and the communication prohibition means of the invention A17, A communication terminal comprising a remaining communication charge notification means for notifying the remaining communication charge calculated by the remaining communication charge calculation means.
  • the communication terminal of Invention A60 includes: Based on the communication permission time set by the communication permission time setting means for the communication terminal or a communication terminal related thereto, and the communication permission time setting means, abnormality detection means, communication time calculation means, and communication prohibition means of the invention A18.
  • a communication terminal using a communication control system comprising a remaining communication time calculating means for calculating a remaining communication time in which the communication terminal can communicate at the time of the abnormality,
  • a communication terminal comprising: a remaining communication time notifying unit that notifies the remaining communication time calculated by the remaining communication time calculating unit.
  • the communication terminal of Invention A61 includes: A communication terminal using a communication control system comprising the communication permission time setting means, the abnormality detection means, the remaining communication time calculation means and the communication prohibition means of the invention A19, A communication terminal comprising: a remaining communication time notifying unit that notifies the remaining communication time calculated by the remaining communication time calculating unit.
  • the communication terminal of Invention A62 includes: Communication permission data set by the communication permission data amount setting means for the communication terminal or a communication terminal related thereto, and the communication permission data amount setting means, abnormality detection means, communication data amount calculation means, and communication prohibition means of the invention A20
  • a communication terminal using a communication control system comprising a remaining communication data amount calculating means for calculating a remaining communication data amount that can be communicated by the communication terminal at the time of abnormality based on an amount
  • a communication terminal comprising: a remaining communication data amount notifying unit that notifies the remaining communication data amount calculated by the remaining communication data amount calculating unit.
  • the communication terminal of Invention A63 includes: A communication terminal using a communication control system comprising the communication permission data amount setting means, the abnormality detection means, the remaining communication data amount calculation means and the communication prohibition means of the invention A21, A communication terminal comprising: a remaining communication data amount notifying unit that notifies the remaining communication data amount calculated by the remaining communication data amount calculating unit.
  • the communication terminal of Invention A64 includes: A communication terminal using a communication control system comprising the communication permission count setting means, the abnormality detection means, the communication count calculation means, the communication prohibition means, the pre-charging means and the post-charging means of the invention A22, and the remaining communication count calculation means of the invention A24 Because A communication terminal comprising a remaining communication number notifying unit for notifying the remaining communication number calculated by the remaining communication number calculating unit.
  • the communication terminal of Invention A65 is: A communication terminal using a communication control system comprising the communication permission number setting means, the abnormality detection means, the remaining communication number calculation means, the communication prohibition means, the pre-charging means and the post-charging means of the invention A23, A communication terminal comprising a remaining communication number notifying unit for notifying the remaining communication number calculated by the remaining communication number calculating unit.
  • the communication terminal of Invention A66 is: In the communication control method of any one of inventions A64 and A65,
  • the post-accounting means is a communication terminal characterized in that the communication terminal performs charging by making a call to a specific communication destination.
  • the communication terminal of Invention A67 includes: Based on the communication permission fee set by the communication permission fee setting unit for the communication terminal or a communication terminal related thereto, and the communication permission fee setting unit, the abnormality detection unit, the communication fee calculation unit, and the communication prohibition unit of the invention A27.
  • a communication terminal using a communication control system comprising a remaining communication charge calculating means for calculating a remaining communication charge that can be communicated by the communication terminal at the time of the abnormality,
  • a communication terminal comprising a remaining communication charge notification means for notifying the remaining communication charge calculated by the remaining communication charge calculation means.
  • the communication terminal of Invention A68 includes: A communication terminal using a communication control system comprising the communication permission charge setting means, the abnormality detection means, the remaining communication charge calculation means and the communication prohibition means of the invention A28, A communication terminal comprising a remaining communication charge notification means for notifying the remaining communication charge calculated by the remaining communication charge calculation means.
  • the user of the communication terminal tries to use the communication permission time effectively when the communication network is abnormal. This is because it is impossible to communicate with many other parties unless the communication time is shortened as much as possible. Therefore, it can be expected that communication is efficiently performed when a communication network is abnormal and that many people can communicate. Further, since the communication permission time is set based on the paid or payable fee, the user can secure a lot of communication time when the communication network is abnormal by paying the fee.
  • the communication control system of the invention 3 or 4 since the user of the communication terminal can grasp the remaining communication time that can be communicated when the communication network is abnormal, it tries to use the communication permission time more effectively. . Therefore, it can be expected that communication is performed more efficiently when a communication network is abnormal and more people can communicate.
  • the communication permission time is set based on the fee charged by the advance charging means, the user of the communication terminal pays the fee in advance to A lot of communication time can be secured at the time of abnormality.
  • the communication permission time is set based on the fee charged by the post-charging means, the user of the communication terminal can pay the fee when the communication network is abnormal. A lot of communication time can be secured when the communication network is abnormal.
  • the telecommunications carrier can use the funds for capital investment or the like.
  • charging is performed simply by making a call to a specific communication destination, thereby facilitating charging procedures.
  • the user of the communication terminal tries to use the communication permission data amount effectively when the communication network is abnormal. This is because it is impossible to communicate with many other parties unless the amount of communication data is reduced as much as possible. Therefore, it can be expected that communication is efficiently performed when a communication network is abnormal and that many people can communicate. Further, since the communication permission data amount is set based on the paid or payable fee, the user can secure a large amount of communication data when the communication network is abnormal by paying the fee.
  • the user of the communication terminal tries to use the number of permitted communications when the communication network is abnormal. This is because it is impossible to communicate with many partners unless the number of communications is reduced as much as possible. Therefore, it can be expected that communication is efficiently performed when a communication network is abnormal and that many people can communicate. Moreover, since the number of times of communication permission is set based on the fee paid or to be paid, the user can ensure a large number of times of communication when the communication network is abnormal by paying the fee.
  • the user of the communication terminal tries to use the communication permission fee effectively when the communication network is abnormal. This is because it is impossible to communicate with many other parties unless the communication charge is reduced as much as possible. Therefore, it can be expected that communication is efficiently performed when a communication network is abnormal and that many people can communicate. Further, since the communication permission fee is set based on the paid or payable fee, the user can secure a large communication fee when the communication network is abnormal by paying the fee.
  • the user of the telephone number terminal tries to use the given call permission time effectively. This is because it is impossible to talk to many parties unless the talk time is shortened. Therefore, it can be expected that calls are made efficiently during communication regulation, and many people can talk. Further, since the communication permission time is set according to the call plan, the user can secure a lot of communication time when the communication network is abnormal by appropriately selecting the call plan.
  • the user of the data terminal tries to use the given communication permission data amount effectively. This is because data communication cannot be performed with many partners unless the communication data amount is reduced. Therefore, it can be expected that data communication is efficiently performed during communication regulation and that many people can perform data communication. Further, since the communication permission data amount is set according to the communication plan, the user can secure a large amount of communication data when the communication network is abnormal by appropriately selecting the communication plan.
  • the user of the telephone number terminal tries to use the given short time effectively. This is because it is impossible to talk to many parties unless the talk time is shortened. Therefore, it can be expected that calls are made efficiently during communication regulation, and many people can talk.
  • the user of the data terminal tries to use the given small amount of data effectively. This is because data communication cannot be performed with many partners unless the communication data amount is reduced. Therefore, it can be expected that data communication is efficiently performed during communication regulation and that many people can perform data communication.
  • FIG. 1 is a diagram illustrating a configuration of a communication control system 100.
  • FIG. 3 is a diagram illustrating a data structure of communication control information 20.
  • FIG. It is a sequence diagram which shows the download process of the communication control information 20.
  • It is a flowchart which shows transmission control processing.
  • It is a flowchart which shows a normal time transmission control process.
  • It is a flowchart which shows the transmission control process at the time of congestion.
  • the communication terminal in this specification includes any of a fixed telephone, a public telephone, an IP telephone, an IP mail terminal, a mobile phone, and a mobile mail terminal.
  • a public telephone line is simply referred to as a telephone line, and is distinguished from a dedicated telephone line.
  • the telephone line user who makes a call via the switching station or base station in a congested state will have the time set by the switching station or base station. You can make a call within. You can call and talk as many times as you have time, that is, when there is remaining call time. If there is no time left, the communication terminal cannot make a call or talk.
  • the accumulated call time for each number in the call remaining amount management table is cleared to zero.
  • the holding time given by the exchange or base station is, for example, 180 [s].
  • 090-9999-9999 made the first call and made a 90 [s] call.
  • the accumulated call time is 90 [s].
  • 090-9999-9999 makes a second call and makes a 90 [s] call, the accumulated call time becomes 180 [s] and is disconnected.
  • the exchange time or the base station can be changed. If the exchange or base station adds time and changes 180 [s] to 360 [s], it becomes possible to make a call.
  • the congestion base station / switching station detection means of the operation center detects congestion, the user of the communication line that performs data communication via the switching station or the base station in a congested state, the data set by the switching station or the base station Within the amount, data communication can be performed. As long as the amount of personal communication data, that is, the remaining amount of communication data is present, data communication can be performed by sending any number of times. When the amount of possessed communication data is exhausted, the communication terminal cannot perform data communication.
  • the accumulated communication data amount for each terminal in the communication data remaining amount management table is cleared to zero.
  • the amount of communication data provided by the exchange or base station is 1000 [KB].
  • 123.123.123.123 made the first transmission and communicated 500 [KB] data.
  • the accumulated communication data amount is 500 [KB].
  • the accumulated communication data amount becomes 1000 [KB] and is disconnected.
  • the communication data remaining amount management table is a count-up method for each terminal, it is possible to change the amount of communication data held by the exchange or base station. If the exchange station or the base station adds the communication data amount and changes 1000 [KB] to 2000 [KB], it can be transmitted.
  • the system of the present invention may function alone or may function as a part of a conventional call restriction system.
  • the exchange station or base station sets the time, it can be set for each communication terminal (phone number terminal or data terminal).
  • the remaining time that is, the remaining amount of the call time is 180 [s], but if you pay an additional fee every month, you can increase the remaining time. For example, it is possible to increase the time for 60 [s] per 100 yen added fee.
  • the communication control system is used when the communication network becomes congested when a large-scale disaster occurs, when a communication network or switching center failure occurs, or when communication requests due to events increase rapidly.
  • it is a system that regulates telephone calls and data communications performed by a mobile phone via a communication network.
  • telephone calls and data communications performed by a mobile phone via a communication network.
  • when calling and data communication are collectively referred to, they are simply expressed as “communication”.
  • FIG. 5 is a diagram illustrating a configuration of the communication control system 100.
  • the communication control system 100 provides a communication service to the user of the mobile phone 2, and a wireless base station device (BTS: Base Transceiver Station) 3 that is wirelessly connected to the mobile phone 2.
  • BTS Base Transceiver Station
  • RNC radio network controller
  • a subscriber switch 5 connected to the radio network controller 4
  • a relay switch 6 It has an operation center 7 connected to the subscriber exchange 5.
  • the communication control system 100 is a system that regulates communication of the mobile phone 2 based on communication control information set for each mobile phone 2 when the communication network is congested.
  • a single operation center 7 and relay exchange 6 and two subscriber exchanges 5 are shown.
  • the present invention is not limited to this configuration. The number of is arbitrary.
  • the communication control system 100 adopts a zone method and has a large number of wireless zones arranged in a service area, as in the cellular system (PDC: Personal Digital Cellular telecommunication system) which is a mobile communication system in Japan.
  • Communication control in each radio zone is performed by the radio base station apparatus 3.
  • the mobile phone 2 belonging to the wireless zone A1 communicates with other communication terminals
  • the mobile phone 2 is connected to the subscriber switch 5 via the wireless base station device 3 that performs communication control of the wireless zone A1, and the subscriber switch 5 Connected to relay exchange 6.
  • the mobile phone 2 is movable, when it moves out of the zone from the wireless zone A1, it belongs to the adjacent wireless zone A2.
  • the mobile phone 2 When the mobile phone 2 belonging to the wireless zone A2 communicates with another communication terminal, the mobile phone 2 is connected to the subscriber switch 5 via the wireless base station device 3 that controls the communication of the wireless zone A2, and is relayed from the subscriber switch 5 Connected to the exchange 6. As described above, the mobile phone 2 can communicate with other communication terminals by being connected to the radio base station apparatus 3 that performs communication control of the radio zone to which the mobile phone 2 belongs via the radio line.
  • a logical channel composed of an information channel and a control channel is prepared in order to control communication and a wireless line.
  • the information channel is for the mobile phone 2 to transmit and receive audio signals and data signals.
  • the information channel is assigned to a specific mobile phone 2, the information channel is occupied by the mobile phone 2 until communication is completed.
  • the control channel is a channel that transfers a control signal necessary for connection control, and is a broadcast channel that is a downlink only one-way channel for transferring information that is commonly broadcast to all mobile phones 2 in the wireless zone.
  • BCCH Broadcasting Control CHannel
  • CCCH Broadcasting ⁇ ⁇ Control CHannel
  • a notification of an incoming call to the mobile phone 2 or a location registration request, a call request, or a data transmission request issued randomly from the mobile phone 2 It consists of channels such as Common Control CHannel.
  • the mobile phone 2 belongs to the wireless zone A1, for example, by making a location registration request to the wireless base station device 3 using the common control channel.
  • the mobile phone 2 communicates with another mobile phone 2, the mobile phone 2 transmits a call signal including the telephone number information of the communication partner to the radio base station apparatus 3 using the common control channel.
  • the radio base station apparatus 3 receives the call signal, the call signal is transmitted to the relay switch 6 via the subscriber switch 5.
  • the relay exchange 6 transmits an incoming call signal to the communication partner via the other subscriber switch 5, and sets a line between the communication partner and the mobile phone 2.
  • the wireless base station device 3 assigns an empty channel of information channel in the wireless zone A1 to the mobile phone 2. Thereby, the mobile phone 2 can communicate with the communication partner.
  • the radio network control device 4 monitors the radio line between the mobile phone 2 and the radio base station device 3 and performs radio control such as allocating a radio channel between the mobile phone 2 and the like.
  • the wireless network control device 4 is connected to the voice switch 51 and the packet switch 52.
  • the wireless network control device 4 transmits a call signal received from the mobile phone 2 to the voice switch 51 and transmits a data signal received from the mobile phone 2 to the packet switch 52.
  • the subscriber switch 5 includes a voice switch 51 and a packet switch (LS / SGSN: Serving GPRS Support Node) 52.
  • LS / SGSN Serving GPRS Support Node
  • the voice switch 51 relays the call signal received from the radio network controller 4 to the radio base station apparatus 3 to which the destination mobile phone 2 belongs, and also receives the call signal received from the operation center 7 via the relay voice switch 61. Is relayed to the wireless network control device 4.
  • the packet switch 52 relays the data signal received from the wireless network control device 4 to the wireless base station device 3 to which the destination mobile phone 2 belongs, and also receives the data signal received from the operation center 7 via the relay packet switch 62. Is relayed to the wireless network control device 4.
  • the subscriber exchange 5 is connected to a visitor location register (VLR) 53.
  • VLR visitor location register
  • the visitor location register 53 is a database that stores location registration information of the mobile phone 2 for managing the mobile phone 2 in the area where the subscriber exchange 5 has jurisdiction, and also stores communication control information of the mobile phone 2. is there.
  • the visitor location register 53 may be provided outside or inside the subscriber exchange 5 as long as the subscriber exchange 5 is accessible.
  • the subscriber exchange 5 downloads communication control information from the home location register (HLR) 71 together with the location registration information of the mobile phone 2 and visitor location
  • the information is stored in the register 53, and a location registration process is performed based on the location registration information, and a transmission control process and a data transmission control process of the mobile phone 2 are performed based on the communication control information.
  • HLR home location register
  • the relay exchange 6 is connected to a subscriber exchange 5, a gateway exchange 9, and a gateway (GW) 10.
  • the gateway exchange 9 is connected to another gateway exchange 13 via a POI (Point Of Interface) 12, and the gateway 10 is connected to the Internet.
  • POI Point Of Interface
  • the relay switch 6 includes a relay voice switch 61 and a relay packet switch (GS / GGSN: Gateway GPRS Support Node) 62.
  • GS / GGSN Gateway GPRS Support Node
  • the relay voice switch 61 relays the call signal received from the voice switch 51 to the operation center 7 and relays the call signal received from the operation center 7 to the voice switch 51.
  • the relay packet switch 62 relays the data signal received from the packet switch 52 to the operation center 7 and relays the data signal received from the operation center 7 to the packet switch 52.
  • the operation center 7 has a server function for providing communication services, a use restriction service for restricting the use of communication, and various services contracted by each mobile phone 2 to all the mobile phones 2.
  • the operation center 7 is connected to the home location register 71.
  • the home location register 71 includes user information (telephone number, IP address, authentication information, etc.), contract service information, location registration information (location registration area, location information, etc.) of all mobile phones 2 in the area where the operation center 7 has jurisdiction.
  • This is a database that stores communication control information of the mobile phone 2 in addition to storing information necessary for setting the communication path of the location registration area exchange and the mobile phone 2.
  • the home location register 71 can be provided outside or inside the operation center 7 as long as the operation center 7 is accessible.
  • FIG. 6 is a diagram illustrating a data structure of the communication control information 20.
  • the home location register 71 stores communication control information 20 of all mobile phones 2 in the area where the operation center 7 has jurisdiction.
  • the communication control information 20 one record is registered for each mobile phone 2.
  • Each record includes a field in which the telephone number of the mobile phone 2 is registered, a field in which the IP address of the mobile phone 2 is registered, a field in which a charge plan subscribed to by the user of the mobile phone 2 is registered, and a call at the time of congestion
  • a field for registering a call permission time indicating the maximum time allowed for data communication a field for registering a communication permission data amount indicating the maximum data amount permitted for data communication at the time of congestion, and a cumulative time for calling at the time of congestion.
  • a field in which accumulated call time is registered, and a field in which accumulated communication data amount indicating data amount accumulated during congestion is registered.
  • the call permission time and the call permission data amount are set according to the charge plan by the setting process (communication permission time setting means and communication permission data amount setting means) of the operation center 7.
  • the call permission time and the call permission data amount are set to 180 [s] and 1000 [KB], respectively. This indicates that a call can be made for 180 [s] and data communication can be made for 1000 [KB] during congestion.
  • the call permission time and the call permission data amount are set to 360 [s] and 2000 [KB], respectively.
  • the call permission time and the call permission data amount are set to 540 [s] and 3000 [KB], respectively.
  • the charge plan can be set by the telecommunications carrier at the operation center 7 in response to the request of the user of the mobile phone 2 or by the user of the mobile phone 2 with his / her mobile phone 2.
  • Charges related to the charge plan are charged by a pre-charging process (pre-charging means) of the operation center 7 at a predetermined timing (for example, 25th of every month) prior to the time of congestion.
  • a known method such as bank transfer, account withdrawal, credit card settlement, electronic money settlement, or convenience store payment can be employed.
  • FIG. 7 is a sequence diagram illustrating a download process of the communication control information 20.
  • the download process of the communication control information 20 is a process executed when the subscriber exchange 5 receives a location registration request from the mobile phone 2.
  • the radio base station apparatus 3, the radio network control apparatus 4, and the relay switch 6 are omitted for the sake of simplicity.
  • step S100 When the subscriber exchange 5 receives a location registration request from the mobile phone 2 via the wireless base station device 3 and the wireless network control device 4 (step S100), as shown in FIG.
  • the original mobile phone 2 is authenticated (step S102).
  • the subscriber exchange 5 transmits a location registration request to the operation center 7 (step S104).
  • the operation center 7 reads the communication control information 20 corresponding to the mobile phone 2 stored in the home location register 71 based on the telephone number of the requesting mobile phone 2 (step S106), and the read communication control information 20 is transmitted to the requesting subscriber exchange 5 together with the location registration information (step S108).
  • the subscriber exchange 5 stores the communication control information 20 together with the received location registration information in the visitor location register 53 (step S110), and stores it in the requesting mobile phone 2 via the radio base station device 3 and the radio network control device 4.
  • a location registration response is transmitted (step S112).
  • FIG. 8 is a flowchart showing the outgoing call control process.
  • the outgoing call control process is a process executed when a call request is received from the mobile phone 2, and when it is executed by the subscriber exchange 5, as shown in FIG. 8, first, the process proceeds to step S200.
  • step S200 when the operation center 7 detects a congestion state of the communication network, it transmits a congestion detection signal to the subscriber switch 5, and determines whether or not a congestion state has been detected by receiving the congestion detection signal. If it is determined that the congestion state is not detected (NO), the process proceeds to step S202.
  • step S202 a normal time transmission control process for controlling outgoing calls of the mobile phone 2 at the normal time (during non-congestion) is executed, and the series of processes is terminated.
  • step S200 determines whether a congestion state has been detected (YES). If it is determined in step S200 that a congestion state has been detected (YES), the process proceeds to step S204, where a call control process at the time of congestion for controlling the call of the mobile phone 2 at the time of congestion is executed, and a series of processes Exit.
  • FIG. 9 is a flowchart showing normal time transmission control processing.
  • step S300 When the normal transmission control process is executed by the subscriber exchange 5, as shown in FIG. 9, first, the process proceeds to step S300.
  • step S300 the accumulated call time of the communication control information 20 (hereinafter referred to as target communication control information) corresponding to the call request source mobile phone 2 stored in the visitor location register 53 is initialized to “0”. The process proceeds to step S302.
  • step S302 it is determined whether or not there is a free line. If it is determined that there is a free line (YES), the process proceeds to step S304, and the communication partner is based on the telephone number information included in the call request. And the process proceeds to step S306 to execute a calling process for making a call with the communication partner, and the process proceeds to step S308.
  • step S308 it is determined whether or not a congestion state is detected by receiving a congestion detection signal from the operation center 7. If it is determined that no congestion state is detected (NO), the process proceeds to step S310.
  • step S310 it is determined whether or not the call with the communication partner has been terminated. If it is determined that the call with the communication partner has been terminated (YES), the process proceeds to step S312 to establish a communication with the communication partner. The line is disconnected, a series of processing is terminated, and the original processing is restored.
  • step S310 determines whether the call with the communication partner has ended (NO) or not ended (NO). If it is determined in step S310 that the call with the communication partner has not ended (NO), the process proceeds to step S306.
  • step S308 determines whether a congestion state has been detected (YES). If it is determined in step S308 that a congestion state has been detected (YES), the process proceeds to step S406.
  • step S302 determines whether there is no free line (NO)
  • the process proceeds to step S314, and a notification that the line with the communication partner cannot be set is sent to the mobile phone 2 that is the call request source.
  • the call loss process is executed, the series of processes is terminated, and the original process is restored.
  • FIG. 10 is a flowchart showing the transmission control process at the time of congestion.
  • step S400 When the congestion transmission control process is executed by the subscriber exchange 5, as shown in FIG. 10, first, the process proceeds to step S400.
  • step S400 a priority dial indicating an important communication partner (for example, 110) for rescue, transportation, communication, ensuring power supply, maintaining order, etc. based on the telephone number information included in the call request If YES in step S402, the process proceeds to step S402.
  • an important communication partner for example, 110
  • step S402 it is determined whether or not there is a free line. If it is determined that there is a free line (YES), the process proceeds to step S404 and the communication partner is determined based on the telephone number information included in the call request. Is set, and the process proceeds to step S406, where the transmission process similar to step S306 is executed, and the process proceeds to step S408.
  • step S408 it is determined whether it is a priority dial based on the telephone number information included in the call request, and if it is determined that it is a priority dial (YES), the process proceeds to step S414.
  • step S414 it is determined whether or not the call with the communication partner has been terminated. If it is determined that the call with the communication partner has been terminated (YES), the process proceeds to step S416 and the communication with the communication partner is terminated. The line is disconnected, the process proceeds to step S418, the target communication control information is transmitted to the operation center 7, the series of processes is terminated, and the original process is restored.
  • the operation center 7 updates the communication control information 20 corresponding to the call request source mobile phone 2 stored in the home location register 71 based on the communication control information 20 received from the subscriber exchange 5.
  • step S414 determines whether the call with the communication partner has ended (NO). If it is determined in step S414 that the call with the communication partner has not ended (NO), the process proceeds to step S406.
  • step S408 determines whether it is a priority dial (NO)
  • the process proceeds to step S410, the accumulated call time of the target communication control information is added, and the process proceeds to step S412 to accumulate the target communication control information. It is determined whether or not the call time has exceeded the call permission time of the target communication control information. If it is determined that the call permission time has not been exceeded (NO), the process proceeds to step S414.
  • step S412 determines whether the accumulated call time has exceeded the call permission time (YES). If it is determined in step S412 that the accumulated call time has exceeded the call permission time (YES), the process proceeds to step S416.
  • step S402 determines whether there is no free line (NO) or not. If it is determined in step S402 that there is no free line (NO), the process proceeds to step S420, the call loss process similar to that in step S314 is executed, the series of processes is terminated, and the original process is restored.
  • step S400 determines whether or not a priority dial (NO)
  • step S422 it is determined whether or not the accumulated call time of the target communication control information exceeds the call permission time of the target communication control information. If it is determined that the call permission time has been exceeded (YES), the process proceeds to step S424.
  • step S424 post-accounting processing is executed.
  • the call request source mobile phone 2 is inquired as to whether or not the call request source mobile phone 2 pays a charge necessary for making a call at the time of congestion.
  • a post-billing inquiry screen for notifying the time desired for the call, the fee required for the call, and guidance on whether or not to pay the fee is displayed.
  • This fee is set higher (for example, 10,000 yen per minute) than the fee according to the fee plan in order to prompt the user to make a pre-charge.
  • the user may select a time when the call is desired and input a response to pay the fee.
  • the operation center 7 In the post-accounting process, if there is a response to pay the desired time and fee, the operation center 7 is notified that the fee is to be charged, and the call permission time of the target communication control information is added, Communication control information is transmitted to the operation center 7.
  • the operation center 7 charges the user of the call request source mobile phone 2 by the post-accounting process, and based on the communication control information 20 received from the subscriber switch 5 by the communication control information update process.
  • the communication control information 20 corresponding to the call request source mobile phone 2 stored in the home location register 71 is updated.
  • step S424 ends, the process proceeds to step S420.
  • step S422 determines whether the accumulated call time does not exceed the call permission time (NO).
  • FIG. 11 is a flowchart showing the data transmission control process.
  • the data transmission control process is a process executed when a data transmission request is received from the mobile phone 2.
  • the data transmission control process is executed by the subscriber exchange 5, as shown in FIG. 11, first, the process proceeds to step S500. .
  • step S500 it is determined whether or not a congestion state is detected by receiving a congestion detection signal from the operation center 7. If it is determined that no congestion state is detected (NO), the process proceeds to step S502.
  • step S502 normal data transmission control processing for controlling data transmission of the mobile phone 2 at normal time (non-congestion) is executed, and a series of processing ends.
  • step S500 determines whether a congestion state has been detected (YES). If it is determined in step S500 that a congestion state has been detected (YES), the process proceeds to step S504, where the congestion data transmission control process for controlling the data transmission of the mobile phone 2 at the time of congestion is executed. The process ends.
  • FIG. 12 is a flowchart showing normal data transmission control processing.
  • step S600 When the normal data transmission control process is executed in the subscriber exchange 5, as shown in FIG. 12, first, the process proceeds to step S600.
  • step S600 the accumulated communication data amount of the target communication control information is initialized to “0”, the process proceeds to step S602, a data transmission process for performing data communication with the communication partner is executed, and the process proceeds to step S604.
  • step S604 it is determined whether or not a congestion state is detected by receiving a congestion detection signal from the operation center 7. If it is determined that no congestion state is detected (NO), the process proceeds to step S606.
  • step S606 it is determined whether or not the data communication with the communication partner has been completed. If it is determined that the data communication with the communication partner has been completed (YES), the series of processes is terminated and the original process is completed. Return to.
  • step S606 determines whether the data communication with the communication partner has been completed (NO). If it is determined in step S606 that the data communication with the communication partner has not been completed (NO), the process proceeds to step S602.
  • step S604 determines whether a congestion state has been detected (YES). If it is determined in step S604 that a congestion state has been detected (YES), the process proceeds to step S702.
  • FIG. 13 is a flowchart showing data transmission control processing during congestion.
  • step S700 When the congestion data transmission control process is executed in the subscriber exchange 5, as shown in FIG. 13, first, the process proceeds to step S700.
  • step S700 it is determined whether or not the accumulated communication data amount of the target communication control information exceeds the communication permission data amount of the target communication control information. If it is determined that the communication permission data amount does not exceed (NO), The process proceeds to S702.
  • step S702 data transmission processing similar to that in step S602 is executed, the process proceeds to step S704, the accumulated communication data amount of the target communication control information is added, the process proceeds to step S706, and the accumulated communication of the target communication control information is performed. It is determined whether the data amount exceeds the communication permission data amount of the target communication control information. If it is determined that the data amount does not exceed the communication permission data amount (NO), the process proceeds to step S708.
  • step S708 it is determined whether or not data communication with the communication partner has been completed. If it is determined that data communication with the communication partner has been completed (YES), the process proceeds to step S710, and the target communication control is performed. Information is transmitted to the operation center 7, and a series of processing is terminated and the original processing is restored. Based on the communication control information 20 received from the subscriber exchange 5, the operation center 7 updates the communication control information 20 corresponding to the data transmission requesting mobile phone 2 stored in the home location register 71.
  • step S708 determines whether the data communication with the communication partner has been completed (NO). If it is determined in step S708 that the data communication with the communication partner has not been completed (NO), the process proceeds to step S702.
  • step S706 determines whether the accumulated communication data amount exceeds the communication permission data amount (YES). If it is determined in step S706 that the accumulated communication data amount exceeds the communication permission data amount (YES), the process proceeds to step S710.
  • step S700 when it is determined in step S700 that the accumulated communication data amount exceeds the communication permission data amount (YES), the process proceeds to step S712.
  • step S712 post-accounting processing is executed.
  • the mobile phone 2 that is the data transmission request source inquires of the mobile phone 2 that is the data transmission request source whether or not the mobile phone 2 that is the data transmission request source pays a fee necessary for data communication.
  • a post-accounting inquiry screen for notifying the amount of data desired for data communication, the fee required for this, and whether or not to pay the fee is displayed.
  • This fee is set higher than the fee according to the fee plan (for example, 10,000 yen per 1000 [KB]) in order to prompt the user to make a pre-charge.
  • the user may select a communication data amount desired for data communication and input a response to pay a fee.
  • the operation center 7 is notified that the fee is charged and the data communication permission data amount of the target communication control information And the target communication control information is transmitted to the operation center 7.
  • the operation center 7 charges the user of the cellular phone 2 that is the data transmission request source by the post-accounting process, and based on the communication control information 20 received from the subscriber switch 5 by the communication control information update process.
  • the communication control information 20 corresponding to the mobile phone 2 of the data transmission request source stored in the home location register 71 is updated.
  • step S712 When the process of step S712 is completed, the series of processes is terminated and the original process is restored. Next, the operation of the present embodiment will be described.
  • the user of the mobile phone 2 can perform a procedure for paying a charge prior to congestion. Specifically, one of rate plans A to C is selected. In this case, the pre-charging process of the operation center 7 charges a fee required for the mobile phone 2 to perform a call and data communication at the time of congestion prior to the time of congestion. Then, by the setting process of the operation center 7, the call permission time and the communication permission data amount are set for each mobile phone 2 based on the charged fee.
  • the subscriber exchange 5 passes the step S306, and in response to the call request from the mobile phone 2, the call of the mobile phone 2 is related to the call permission time set for the mobile phone 2. Done.
  • a congestion detection signal is transmitted to the subscriber exchange 5.
  • the subscriber switch 5 receives the congestion detection signal, it is determined that a congestion state has been detected, so that the user can make a call within the call permission time set for the mobile phone 2 at the time of congestion. Until the accumulated call time exceeds the call permission time, the user can make and call any number of times. However, when the accumulated call time exceeds the call permission time, the call cannot be made.
  • the call permission time is set to 180 [s].
  • the user made a first call on the mobile phone 2 and made a 90 [s] call.
  • the accumulated call time is 90 [s].
  • the user made a second call with the mobile phone 2 and made a 90 [s] call.
  • the accumulated call time is 180 [s] and is disconnected.
  • the cumulative call time exceeds the call permission time.
  • the user cannot make a call until the congestion state is resolved.
  • the user can also perform a procedure for paying a charge at the time of congestion.
  • the post-billing process of the operation center 7 charges a fee necessary for the mobile phone 2 to make a call at the time of congestion.
  • a call permission time is added to the mobile phone 2 based on the charged fee. As a result, the user can further talk.
  • the subscriber exchange 5 goes through step S602, and in response to the data transmission request from the mobile phone 2, the data communication of the mobile phone 2 is set to the communication permission data amount set for the mobile phone 2. Despite being done.
  • a congestion detection signal is transmitted to the subscriber exchange 5.
  • the subscriber switch 5 receives the congestion detection signal, it is determined that a congestion state has been detected. Therefore, the user can perform data communication within the communication permission data amount set for the mobile phone 2 at the time of congestion. it can. Until the accumulated communication data amount exceeds the communication permission data amount, data can be transmitted and communicated any number of times. However, when the accumulated communication data amount exceeds the communication permission data amount, data communication cannot be performed.
  • the communication permission data amount is set to 1000 [KB].
  • the user made the first call on the mobile phone 2 and communicated 500 [KB] data.
  • the accumulated communication data amount is 500 [KB].
  • the user made a second call with the mobile phone 2 and performed 500 [s] data communication.
  • the accumulated communication data amount is 1000 [KB] and is disconnected.
  • the accumulated communication data amount exceeds the communication permission data amount.
  • the user cannot perform data communication until the congestion state is resolved. However, the user can also perform a procedure for paying a charge at the time of congestion. In this case, the post-billing process of the operation center 7 charges a fee necessary for the mobile phone 2 to perform data communication at the time of congestion during the congestion. Then, by the setting process of the operation center 7, the communication permission data amount is added to the mobile phone 2 based on the charged fee. As a result, the user can further perform data communication.
  • the call permission time is set based on the fee paid or payable for the mobile phone 2, and when normal, a call request from the mobile phone 2 is set. Accordingly, the call of the mobile phone 2 is performed regardless of the call permission time set for the mobile phone 2, and at the time of congestion, the accumulated call time for the call of the mobile phone 2 is added, and the mobile phone 2 is added. When the accumulated call time exceeds the call permission time set for the mobile phone 2, the call of the mobile phone 2 is prohibited.
  • the user of the mobile phone 2 tries to use the call permission time effectively at the time of congestion. This is because it is impossible to talk to many parties unless the call time is shortened as much as possible. Therefore, it can be expected that a telephone call is efficiently performed at the time of congestion and that many people can talk.
  • the call permission time is set based on the paid or payable fee, the user can secure a lot of call time during congestion by paying the fee.
  • the call of the mobile phone 2 is not restricted even during congestion.
  • a charge necessary for the mobile phone 2 to make a call at the time of congestion is charged prior to the time of the congestion, and the call permission time is set based on the charged charge.
  • the user of the mobile phone 2 can secure a lot of call time at the time of congestion by paying a charge in advance.
  • a charge necessary for the mobile phone 2 to make a call at the time of congestion is charged at the time of congestion, and the call permission time is set based on the charged charge.
  • the user of the mobile phone 2 can secure a lot of call time at the time of congestion by paying a charge at the time of congestion.
  • the fee charged during congestion is set higher than the fee charged in advance.
  • the telecommunications carrier can use the funds for capital investment or the like.
  • the communication permission data amount is set for each mobile phone 2 based on the fee paid or payable for the mobile phone 2, and in response to a data transmission request from the mobile phone 2 in the normal state.
  • the data communication of the mobile phone 2 is performed regardless of the communication permission data amount set for the mobile phone 2, and at the time of congestion, the cumulative communication data amount that the mobile phone 2 performed data communication is added, If the added cumulative communication data amount exceeds the communication permission data amount set for the mobile phone 2, data communication of the mobile phone 2 is prohibited.
  • the user of the mobile phone 2 tries to use the communication permission data amount effectively at the time of congestion. This is because unless the amount of communication data is reduced as much as possible, data communication cannot be performed with many other parties. Therefore, it can be expected that data communication is efficiently performed at the time of congestion, and that many people can perform data communication. Further, since the communication permission data amount is set based on the paid or payable fee, the user can secure a large amount of communication data at the time of congestion by paying the fee.
  • a charge necessary for the mobile phone 2 to perform data communication at the time of congestion is charged prior to the time of congestion, and the communication permission data amount is set based on the charged charge.
  • the user of the mobile phone 2 can secure a large amount of communication data at the time of congestion by paying a fee in advance.
  • a charge necessary for the cellular phone 2 to perform data communication at the time of congestion is charged at the time of congestion, and the communication permission data amount is set based on the charged charge.
  • the user of the mobile phone 2 can secure a large amount of communication data at the time of congestion by paying a fee at the time of congestion.
  • the fee charged at the time of congestion is set higher than the fee charged in advance.
  • the telecommunications carrier can use the funds for capital investment or the like.
  • the cellular phone 2 corresponds to the communication terminal of the invention 1, 5 to 7, 9, 17 or 19, the telephone number terminal of the invention 15, 27 or 28, or the data terminal of the invention 16, 32 or 33.
  • the radio base station apparatus 3 corresponds to the base station of the invention 28 or 33.
  • the subscriber exchange 5 and the relay exchange 6 correspond to the exchange of the invention 28 or 33, and steps S200, S308, S500, and S604 correspond to the abnormality detection means of the invention 1 or 9, and the steps S306 and S602. Corresponds to the communication execution means of the invention 1 or 9.
  • step S410 corresponds to the communication time calculation means of invention 1
  • steps S412 and S706 correspond to the communication prohibition means of invention 1 or 9
  • step S704 corresponds to the communication data of invention 9.
  • the setting process of the operation center 7 corresponds to the communication permission time setting means of the inventions 1, 5 to 7, or the communication permission data amount setting means of the invention 9.
  • the pre-charging process of the operation center 7 corresponds to the pre-charging means of the invention 5 or 7
  • the post-charging process of the operation center 7 corresponds to the post-charging means of the invention 6 or 7
  • the call permission time is the invention. It corresponds to the communication permission time of 1, 5 to 7 or 17.
  • the call time corresponds to the communication time of Invention 1 or 17
  • the charge plan corresponds to the call plan of Invention 15 or 29, or the communication plan of Invention 16 or 34.
  • the call control process, the normal call control process and the congestion call control process in FIGS. The description of the processing is omitted for the call, but the present invention is not limited to this, and for the incoming call of the cellular phone 2, the same incoming control processing, normal incoming control processing, and incoming control during congestion as in the processing of FIGS. It can also be configured to perform processing. That is, the call on the mobile phone 2 on the called side may be restricted as in the second embodiment.
  • the data transmission control processing, normal data transmission control processing, and congestion data transmission control processing in FIGS In the second embodiment and its modification, the data transmission control processing, normal data transmission control processing, and congestion data transmission control processing in FIGS.
  • the description of the processing for the data reception of the mobile phone 2 is omitted, but not limited to this, the data reception control processing similar to each processing of FIGS.
  • the data reception control process and the data reception control process during congestion may be executed. That is, the data communication of the cellular phone 2 on the data receiving side may be restricted as in the second embodiment.
  • the call control process, normal call control process and congestion call control process of FIGS. 8 to 10 are performed based on the accumulated call time and call permission time.
  • the present invention is not limited to this, and the data communication of the mobile phone 2 can be restricted based on the accumulated data communication time and the data communication permission time. Specifically, when the accumulated data communication time when the mobile phone 2 performs data communication is added and the accumulated data communication time added for the mobile phone 2 exceeds the data communication permission time set for the mobile phone 2, Data communication of the mobile phone 2 is prohibited.
  • the configuration is such that the data communication of the mobile phone 2 is restricted based on the amount
  • the present invention is not limited to this, and the configuration may be such that the call of the mobile phone 2 is restricted based on the accumulated call data amount and the call permission data amount. it can.
  • the accumulated call data amount for example, the data frame data amount used for calling in the subscriber exchange 5
  • the accumulated call data amount added for the mobile phone 2 is the mobile phone 2
  • the call permission data amount set for the telephone 2 is exceeded, the telephone call of the mobile telephone 2 is prohibited.
  • the data communication and the telephone call of the mobile phone 2 can be restricted based on a single accumulated communication data amount and communication permission data amount.
  • each mobile phone 2 is configured to set the call permission time based on the fee paid or payable for the mobile phone 2.
  • each mobile phone 2 may be configured to set the call permission time based on the fee paid or payable for the communication terminal related to the mobile phone 2.
  • the communication terminal related to the mobile phone 2 includes, for example, a communication terminal of a communication partner or a communication terminal owned by a family member, a friend, an employee or other related parties.
  • the call permission time of the mobile phone 2 of the user A is set based on a fee paid or paid by the family B for a communication terminal owned by the family B of the user A. In this case, the family B bears the charge for the user A.
  • the communication permission data amount is set for each mobile phone 2 based on the fee paid or payable for the mobile phone 2.
  • each mobile phone 2 may be configured to set the communication permission data amount based on a fee paid or payable for a communication terminal related to the mobile phone 2.
  • the communication terminals related to the mobile phone 2 are the same as described above.
  • the mobile phone 2 is configured to perform a call regardless of the call permission time set for the mobile phone 2 in a normal state.
  • the mobile phone 2 can be configured to perform a call regardless of the call permission time set for the communication terminal related to the mobile phone 2.
  • the communication terminals related to the mobile phone 2 are the same as described above.
  • the data communication of the mobile phone 2 is performed regardless of the communication permission data amount set for the mobile phone 2 in the normal state.
  • the data communication of the mobile phone 2 can be performed regardless of the communication permission data amount set for the communication terminal related to the mobile phone 2.
  • the communication terminals related to the mobile phone 2 are the same as described above.
  • the mobile phone 2 if the accumulated call time added for the mobile phone 2 exceeds the call permission time set for the mobile phone 2 during congestion, the mobile phone 2 is prohibited, but the present invention is not limited to this, and when the accumulated call time added for the mobile phone 2 exceeds the call permission time set for the communication terminal related to the mobile phone 2,
  • the mobile phone 2 can also be configured to prohibit calls.
  • the communication terminals related to the mobile phone 2 are the same as described above. Thereby, for example, a call can be performed at the burden of the other party. In this case, the accumulated call time added for the mobile phone 2 may be reflected in the accumulated call time of the communication control information 20 corresponding to the communication terminal related to the mobile phone 2.
  • the mobile phone 2 when the amount of accumulated communication data added for the mobile phone 2 exceeds the communication permission data amount set for the mobile phone 2 during congestion, The mobile phone 2 is configured to prohibit data communication.
  • the present invention is not limited to this, and the accumulated communication data amount added for the mobile phone 2 is the communication permission data amount set for the communication terminal related to the mobile phone 2. If it exceeds, the data communication of the mobile phone 2 can be prohibited. Thereby, for example, data communication can be performed at the burden of the call partner. In this case, the accumulated communication data amount added for the mobile phone 2 may be reflected in the accumulated communication data amount of the communication control information 20 corresponding to the communication terminal related to the mobile phone 2.
  • the accumulated call time for which the cellular phone 2 has made a call is added, and the accumulated call time for the cellular phone 2 is set for the cellular phone 2.
  • the mobile phone 2 is prohibited from calling when the call allowed time is exceeded, but not limited to this, based on the call allowed time set for the mobile phone 2 or a communication terminal related thereto.
  • the remaining call time that the mobile phone 2 can talk at the time of congestion is calculated and the remaining call time calculated for the mobile phone 2 is consumed, the call of the mobile phone 2 can be prohibited.
  • the communication terminals related to the mobile phone 2 are the same as described above.
  • the accumulated communication data amount that the mobile phone 2 performs data communication is added at the time of congestion, and the accumulated communication data amount added for the mobile phone 2 is the mobile phone 2.
  • the communication permission data amount set for the mobile phone 2 is exceeded, the data communication of the mobile phone 2 is prohibited.
  • the communication set for the mobile phone 2 or a communication terminal related thereto is set. Based on the permitted data amount, the remaining communication data amount that the mobile phone 2 can perform data communication at the time of congestion is calculated, and when the remaining communication data amount calculated for the mobile phone 2 is consumed, the data communication of the mobile phone 2 is prohibited. It can also be configured as follows.
  • the communication terminals related to the mobile phone 2 are the same as described above.
  • the configuration is such that the communication of the mobile phone 2 is restricted when a congestion state is detected.
  • the present invention is not limited to this. It is also possible to configure so that communication of the mobile phone 2 is restricted when an artificial regulation or other abnormality occurs.
  • the configuration is such that the communication of the mobile phone 2 is restricted at the time of congestion and other abnormalities.
  • the present invention is not limited to this, and the mobile phone at the time of non-congestion and other normal times. It is also possible to configure so as to restrict the communication of 2. Specifically, the communication of the mobile phone 2 (except for the prepaid type mobile phone) that can perform the communication regardless of the call permission time or the call permission data amount at the normal time is restricted at the normal time.
  • the regulation method is the same as that of the second embodiment and its modification.
  • the configuration is such that communication of the mobile phone 2 is restricted only when a congestion state is detected.
  • the present invention is not limited to this, and a local region (for example, It can also be configured to restrict the communication of the mobile phone 2 when a congestion state is detected at the Tokyo Dome Stadium). For example, it is possible to regulate outgoing calls and incoming calls from the mobile phone 2 belonging to the wireless zone in the local area.
  • the priority dial in the case of the priority dial, it is configured not to regulate the call of the mobile phone 2 even at the time of congestion, but not limited to this, at the time of congestion, It can also be configured to restrict the call of the mobile phone 2 regardless of whether it is a priority dial.
  • an important communication partner for example, a government homepage
  • the data communication of the cellular phone 2 is restricted regardless of whether or not the priority address is indicated.
  • the present invention is not limited to this, and in the case of the priority address, the data communication of the cellular phone 2 is performed even during congestion. It can also be configured not to be restricted. Thereby, at the time of congestion, it is possible to ensure important data communication for relief, traffic, communication, securing of power supply, order maintenance, and the like.
  • the transmission control process of FIGS. 8 to 10 the normal transmission control process and the congestion transmission control process, and the data transmission control process of FIG. 11 to FIG.
  • the normal-time data transmission control process and the congestion-time data transmission control process are configured to be executed by the subscriber switch 5, but the present invention is not limited thereto, and functions corresponding to these processes are provided in the cellular phone 2, the radio base station apparatus 3
  • the wireless network control device 4, the subscriber exchange 5, the relay exchange 6, and the operation center 7 may be realized by two or more devices, and all the functions corresponding to these processes are performed by the mobile phone 2, the wireless base It may be realized by any one of the station device 3, the radio network control device 4, the relay exchange 6 and the operation center 7.
  • the mobile phone 2 is subject to regulation, but not limited thereto, a fixed phone, a public phone, an IP phone, an IP mail terminal, a mobile mail terminal, and other Communication terminals may be regulated.
  • the communication combination is not limited to the mobile phones 2 but may be any combination of the mobile phone 2, a fixed telephone, a public telephone, an IP telephone, an IP mail terminal, a mobile mail terminal, and other communication terminals.
  • the call time is not notified to the mobile phone 2 at the time of congestion.
  • the present invention is not limited to this, and the mobile phone 2 or a communication terminal related thereto is set. Based on the call permission time, it is also possible to calculate the remaining call time that the mobile phone 2 can talk at the time of congestion, and notify the user of the mobile phone 2 of the remaining communication time calculated for the mobile phone 2. .
  • the communication terminals related to the mobile phone 2 are the same as described above.
  • This notification can be performed by, for example, a notification unit of the mobile phone 2 or can be performed by a notification unit that exists in the vicinity of the mobile phone 2.
  • This notification can be performed by the notification means of the mobile phone 2 provided with notification means such as voice, display, chime, vibration, etc. in the mobile phone 2.
  • the mobile phone 2 is not notified of the amount of communication data at the time of congestion.
  • the present invention is not limited to this, and the mobile phone 2 or a communication terminal related thereto is set.
  • the remaining communication data amount that the mobile phone 2 can perform data communication at the time of congestion is calculated, and the calculated remaining communication data amount for the mobile phone 2 is notified to the user of the mobile phone 2 It can also be configured.
  • This notification can be performed by, for example, a notification unit of the mobile phone 2 or can be performed by a notification unit that exists in the vicinity of the mobile phone 2.
  • the communication terminal and notification means related to the mobile phone 2 are the same as described above.
  • the present invention is not limited to this, and a specific telephone number (for example, 0990-XX) is used. -XXXX) can also be configured to charge during congestion. Thus, charging is performed only by making a call to a specific telephone number, so that the charging procedure is facilitated.
  • the billing at the time of congestion is performed by the post-billing processing in step S424.
  • the subscriber exchange 5 determines whether there is an empty line. If it is determined that there is an empty line, whether to pay a fee or not.
  • an announcement is made to the mobile phone 2 (for example, voice guidance) and the user agrees to pay a fee (for example, when “1” of the push button is pressed)
  • the user is charged and the call destination It can also be configured to connect to the communication partner based on the telephone number information.
  • the subscriber exchange 5 determines whether there is a free line and determines whether there is a free line. If the mobile phone 2 announces whether or not to pay the fee, and the user agrees to pay the fee, the user is prompted to enter the telephone number of the calling party (for example, , Voice guidance), when the user inputs the call destination telephone number from the mobile phone 2, the user can be charged and connected to the communication partner based on the call destination telephone number information.
  • This call control is not limited to the subscriber switch 5, but may be performed by the mobile phone 2, the radio base station apparatus 3, the radio network controller 4, the relay switch 6, and the operation center 7. Accordingly, charging is performed simply by making a call to the communication partner's telephone number or by making a call to a specific telephone number, so that the charging procedure is facilitated.
  • the present invention is not limited to this, and congestion is caused by transmitting data to a specific address. It can also be configured to charge the hour. As a result, charging is performed simply by transmitting data to a specific address, which facilitates the charging procedure.
  • the present invention is not limited to this, and at the time of congestion or other abnormal time (or normal time)
  • the subscriber exchange 5 makes an announcement as to whether or not to pay the fee to the mobile phone 2 (for example, display using a pop-up menu) and pays the fee.
  • the user agrees (for example, when “1” of the push button is pressed), it is possible to perform charging and transmit data to the communication partner based on the address of the data transmission destination.
  • the subscriber exchange 5 notifies the mobile phone 2 whether or not to pay the fee. If the user agrees to pay the fee, the user is prompted to enter the address of the data transmission destination (for example, displayed by a pop-up menu), and when the user inputs the address of the data transmission destination from the mobile phone 2, It is also possible to configure to charge and transmit data to the communication partner based on the address of the data transmission destination.
  • This data communication control is not limited to the subscriber switch 5, but may be performed by the mobile phone 2, the radio base station apparatus 3, the radio network controller 4, the relay switch 6, and the operation center 7. Thereby, charging is performed only by transmitting data to the address of the communication partner or only by transmitting data to a specific address, so that the charging procedure is facilitated.
  • the first configuration sets, for each mobile phone 2, a communication permission number indicating the maximum number of times communication is permitted at the time of congestion based on the fee paid or payable for the mobile phone 2,
  • the mobile phone 2 communicates regardless of the number of permitted communications set for the mobile phone 2. If the cumulative number of communications added for the mobile phone 2 exceeds the number of allowed communications set for the mobile phone 2, communication of the mobile phone 2 is prohibited.
  • the normal time transmission control process and the congestion time transmission control process of FIGS. 9 and 10 are executed.
  • FIG. 14 is a flowchart showing normal time transmission control processing.
  • step S800 When the normal transmission control process is executed in the subscriber exchange 5, as shown in FIG. 14, first, the process proceeds to step S800.
  • step S800 the cumulative number of calls in the target communication control information is initialized to “0”, and the process proceeds to step S802 to determine whether there is an empty line. If it is determined that there is an empty line (YES) The process proceeds to step S804.
  • step S804 a line with the communication partner is set based on the telephone number information included in the call request, the process proceeds to step S806, the same calling process as in step S306 is executed, and the process proceeds to step S808.
  • step S808 it is determined whether or not the call with the communication partner has been terminated. If it is determined that the call with the communication partner has been terminated (YES), the process proceeds to step S810 and the communication with the communication partner is terminated. The line is disconnected, a series of processing is terminated, and the original processing is restored.
  • step S808 determines whether the call with the communication partner has ended (NO). If it is determined in step S808 that the call with the communication partner has not ended (NO), the process proceeds to step S806.
  • step S802 determines whether there is no free line (NO) or not. If it is determined in step S802 that there is no free line (NO), the process proceeds to step S812, call loss processing similar to that in step S314 is executed, a series of processing is terminated, and the original processing is restored.
  • FIG. 15 is a flowchart showing the transmission control processing at the time of congestion.
  • step S900 When the congestion transmission control process is executed by the subscriber exchange 5, as shown in FIG. 15, first, the process proceeds to step S900.
  • step S900 it is determined whether or not there is a free line. If it is determined that there is a free line (YES), the process proceeds to step S902, and priority dialing is performed based on the telephone number information included in the call request. If it is determined whether there is a priority dialing (YES), the process proceeds to step S908.
  • step S908 a line with the communication partner is set based on the telephone number information included in the call request, the process proceeds to step S910, the same calling process as in step S406 is executed, and the process proceeds to step S912.
  • step S912 it is determined whether or not the call with the communication partner has ended. If it is determined that the call with the communication partner has ended (YES), the process proceeds to step S914, and the communication with the communication partner is determined. The line is disconnected, the process proceeds to step S916, the target communication control information is transmitted to the operation center 7, the series of processes is terminated, and the original process is restored.
  • the operation center 7 updates the communication control information 20 corresponding to the call request source mobile phone 2 stored in the home location register 71 based on the communication control information 20 received from the subscriber exchange 5.
  • step S912 determines whether the call with the communication partner has ended (NO) or not ended (NO). If it is determined in step S912 that the call with the communication partner has not ended (NO), the process proceeds to step S910.
  • step S902 determines whether it is a priority dial (NO)
  • step S904 the cumulative number of calls in the target communication control information is added, and the process proceeds to step S906 to accumulate the target communication control information. It is determined whether or not the number of calls exceeds the number of allowed calls in the target communication control information. If it is determined that the number of allowed calls is not exceeded (NO), the process proceeds to step S908.
  • step S906 determines whether the cumulative number of calls has exceeded the number of allowed calls (YES). If it is determined in step S906 that the cumulative number of calls has exceeded the number of allowed calls (YES), the process proceeds to step S918, the post-accounting process similar to step S424 is performed, and the process proceeds to step S920. A call loss process similar to that in step S420 is executed, a series of processes are terminated, and the process returns to the original process.
  • step S900 determines whether there is no free line (NO) or not. If it is determined in step S900 that there is no free line (NO), the process proceeds to step S920.
  • the user of the mobile phone 2 tries to use the number of permitted communications effectively at the time of congestion. This is because it is impossible to communicate with many partners unless the number of communications is reduced as much as possible. Therefore, it can be expected that communication is performed efficiently during congestion and that many people can communicate. In addition, since the number of times communication is permitted is set based on the paid or payable fee, the user can ensure a large number of communication times during congestion by paying the fee.
  • the user of the mobile phone 2 tries to use the number of permitted communications effectively at the time of congestion. This is because it is impossible to communicate with many partners unless the number of communications is reduced as much as possible. Therefore, it can be expected that communication is performed efficiently during congestion and that many people can communicate. In addition, since the number of times communication is permitted is set based on the paid or payable fee, the user can ensure a large number of communication times during congestion by paying the fee.
  • the third configuration sets, for each mobile phone 2, a communication permission fee that indicates the maximum fee that communication is permitted at the time of congestion based on the fee paid or payable for the mobile phone 2.
  • communication of the mobile phone 2 is performed regardless of the communication permission fee set for the mobile phone 2, and during congestion there is a communication fee per unit time.
  • the accumulated communication fee communicated by the mobile phone 2 is added, and the accumulated communication fee added for the mobile phone 2 is set for the mobile phone 2. If the communication permission fee is exceeded, communication of the mobile phone 2 is prohibited.
  • the user of the mobile phone 2 tries to use the communication permission fee effectively at the time of congestion. This is because it is impossible to communicate with many other parties unless the communication charge is made as low as possible. Therefore, it can be expected that communication is performed efficiently during congestion and that many people can communicate.
  • the communication permission fee is set based on the paid or payable fee, the user can secure a large communication fee at the time of congestion by paying the fee.
  • a communication permission fee is set based on the fee paid or payable for the mobile phone 2, and when normal, a call request or data transmission request from the mobile phone 2 is set. Accordingly, communication of the mobile phone 2 is performed regardless of the communication permission fee set for the mobile phone 2, and at the time of congestion, the communication permission fee set for the mobile phone 2 and the communication fee per unit time are registered. If the remaining communication charge that the mobile phone 2 can communicate during the congestion is calculated based on the communication charge table and the accumulated communication time that the mobile phone 2 communicates, and the remaining communication charge calculated for the mobile phone 2 is consumed, the mobile phone 2 communication is prohibited.
  • the user of the mobile phone 2 tries to use the communication permission fee effectively at the time of congestion. This is because it is impossible to communicate with many other parties unless the communication charge is made as low as possible. Therefore, it can be expected that communication is performed efficiently during congestion and that many people can communicate.
  • the communication permission fee is set based on the paid or payable fee, the user can secure a large communication fee at the time of congestion by paying the fee.
  • DESCRIPTION OF SYMBOLS 100 Communication control system, 2 ... Mobile telephone, 3 ... Wireless base station apparatus, 4 ... Wireless network control apparatus, 5 ... Subscriber switch, 51 ... Voice switch, 52 ... Packet switch, 53 ... Visitor location register, 6 ... Relay Switch, 61 ... relay voice switch, 62 ... relay packet switch, 7 ... operation center, 71 ... home location register, 9,13 ... gateway switch, 10 ... gateway, 12 ... POI, 20 ... communication control information

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Meter Arrangements (AREA)
  • Telephonic Communication Services (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

La présente invention concerne un système de commande de communication qui est approprié pour effectuer une communication efficace et pour permettre à de nombreuses personnes de communiquer lorsqu'une anomalie se produit dans un réseau de communication. Pour chaque appareil téléphonique portable (2), un temps de conversation autorisé est fixé sur la base soit de frais payés, soit de frais à payer, pour l'appareil téléphonique portable (2). Dans des circonstances normales, la conversation sur l'appareil téléphonique portable (2) s'effectue selon une demande d'appel à partir de l'appareil téléphonique portable (2), indépendamment de la durée de communication autorisée qui est fixée pour l'appareil téléphonique portable (2). Lorsqu'un encombrement se produit, le temps de conversation cumulé que l'appareil téléphonique portable (2) a passé à converser est additionné, et si le temps de conversation cumulé ainsi additionné pour l'appareil téléphonique portable (2) dépasse le temps de conversation autorisé qui est fixé pour l'appareil téléphonique portable (2), la conversation sur l'appareil téléphone portable (2) est bloquée.
PCT/JP2012/056461 2011-03-14 2012-03-13 Système de gestion d'un temps de maintien WO2012124709A1 (fr)

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JP5890448B2 (ja) * 2014-02-17 2016-03-22 日本電信電話株式会社 Ｐｂｘ装置の通話制限方法、ｐｂｘ装置、およびｐｂｘ制御プログラム
WO2018092864A1 (fr) 2016-11-16 2018-05-24 株式会社日本触媒 Procédé de production de poudre de résine hydroabsorbante, et dispositif de production associé

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JPWO2012124709A1 (ja) 2014-07-24
JP2019071667A (ja) 2019-05-09
JP5267832B2 (ja) 2013-08-21

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