Fujitsu Corporation

Masao Hoshino

Miyuki Sato

Tomomi Shiobara

Yuji Seki

Toshiyuki Teramoto

Tsuneo Kinoshita

Shigenari Seita

The present invention relates to an operation management system for a moving body such as a vehicle using a mobile terminal. The present invention reliably and accurately records the operating conditions of vehicles, which enables management to gather accurate information regarding the work performed by a driver or crew in the moving vehicle. Moreover, the present invention realizes safe operation of a moving vehicle by detecting, during operation of a moving body, whether the moving body is exceeding the speed limit and informing the crew of this condition so that the driver will reduce speed to obey the speed limit. The present invention also deters theft of vehicles.

Mobile terminal and moving body operation management system

An IC card of the present invention, which receives a power supply or a radio wave from an upper apparatus so as to operate an internal IC chip, has, for example, an FeRAM which can be used as a program memory and a work memory. When a power supply is broken during a writing process so as not to be supplied to the inside, a ferroelectric capacitor in the FeRAM 4 is used so that a voltage for time required for completing the writing process is secured.

IC card, IC chip, data assuring method and power supply monitor method

The IC card sets a status bit, to which an update command including write data is allotted, at a processing start state if receiving the update command from a host apparatus, updates a data region based on control information including information on a previous control region, sets the status bit at a processing end state, and finally transmits a response message to the host apparatus. When restarted if an update processing was interrupted, the IC card prohibits a write data update processing and transmits an error signal to the host apparatus if the status bit is set at the processing start state, and completes the update processing and then transmits the response message to the host apparatus if the status bit is set at the processing end state.

IC card, a method of controlling update of data, a method of controlling restoration of data or messages, and a computer product

An automatic toll adjusting system enables a user to voluntarily select a toll payment system with use of a storage medium carried by each user and storing adjustment information necessary for toll adjusting therein. Information is exchanged with the storage medium in radio communication at a first predetermined frequency at a toll adjusting gate employing a first toll payment system to automatically adjust a toll in the first toll payment system. At a toll adjusting gate employing a second toll payment system, information is exchanged with the storage medium in radio communication at a second predetermined frequency to automatically adjust a toll in the second toll payment system. This system is applicable to a system for automatically adjusting a fee or charge such as a toll for a toll road.

Automatic toll adjusting system, and storage medium with a radio

In a portable card medium used for an IC card capable of realizing a plurality of application functions, the portable card medium includes an accepting mechanism to accept an application processing request from a host apparatus, an area control mechanism to extract an area of a memory for processing corresponding to the application processing request accepted by the accepting mechanism, and request the executing mechanism to perform the processing in the extracted area, and an area monitoring mechanism to take as input information of an area having access during program execution in the executing mechanism, and monitor whether or not the processing in the executing mechanism is performed in the area extracted by the area control mechanism, thereby preventing data to be managed by other application functions from being fetched.

Portable card medium, method for managing memory space of portable card

A card type storage medium which can solve inconvenience to owners of the card type storage medium upon PIN verification or data restoration, and a card type storage medium issuing apparatus which issues such card type storage medium. The card type storage medium comprises a storage unit holding a file area including a dedicated file served to hold PINs and file names of data files stored in a directory area in the storage unit such that the PIN and file name of each data file correspond to each other. Said card type storage medium holds control information including a master PIN for the dedicated file in the directory area in the storage unit. A recovery information unit is additionally provided in a data file in the file area in the storage unit, which holds recovery information obtained every time the data file is updated. This card type storage medium is applicable to, for example, an IC card.

Card type storage medium and card type storage medium issuing apparatus

Herein disclosed a card type storage medium which can solve inconvenience to owners of the card type storage medium upon PIN verification or data restoration, and a card type storage medium issuing apparatus which issues such card type storage medium. The card type storage medium comprises a storage unit holding a file area including a dedicated file served to hold PINs and file names of data files stored in a directory area in the storage unit such that the PIN and file name of each data file correspond to each other. The card type storage medium holds control information including a master PIN for the dedicated file in the directory area in the storage unit. A recovery information unit is additionally provided in a data file in the file area in the storage unit, which holds recovery information obtained every time the data file is updated. This card type storage medium is applicable to, for example, an IC card.

Growing community of inventors

Kawasaki, Japan

Masao Hoshino