Abstract: A transaction-oriented electronic accommodation system includes an IC card storing electronic monetary information and an identification number, an IC card read/write unit for reading and/or writing information in/from the IC card, a key control unit for controlling locking and unlocking of a door of the article receiving/housing unit, an identification number storing unit for storing identification number of the IC card, an amount-of-money information storing unit for storing amount-of-money information, a collating unit for collating the identification number stored in the identification number storing unit with the identification number read out from the IC card, and a line control unit for transferring the electronic monetary information via transmission line. For utilizing the article receiving/housing unit, the IC card is inserted, whereby the article receiving/housing unit is locked.

Abstract: An imaging and recording apparatus for electrically recording an optical image of a subject as an image information signal which facilitates memory access from an external device and prevents image information from being changed. Upon manipulation of a recording trigger switch, an image outputted from a camera signal processing circuit at that time is written into a semiconductor memory, then subjected to data compression in a data compression circuit, and stored in a semiconductor memory. It is now assumed that an external device not illustrated is connected to a connector and this external device orders taking in the image of the semiconductor memory. If at this time the semiconductor memory is writing an image, a state detection circuit detects the fact and inhibits the external device from taking in the image. Furthermore, while the external device is taking in the image of the semiconductor memory, the state detection circuit detects this fact.

Abstract: In a value box in an electronic money system with a high reliability which is excellent in usage efficiency and maintenance, a front door and a rear door are provided before and after a main body portion and an indicator is provided to show operating states of a door locking key and a whole value box, particularly, a state in which a trouble or the like has occurred in the value box and a maintenance is necessary is provided for the front door. A communication line for transmitting information regarding power source lines and electronic money for a number of IC card readers/writers provided in the main body is connected to the rear door. The front door can be opened by hinges. A number of IC card readers/writers are enclosed in the main body portion. IC card inserting slots of IC cards for those IC card readers/writers are arranged and provided in the front surface of the main body portion at two upper and lower stages.

Abstract: An IC card system which includes an IC terminal and a remote IC card found processing center operatively connected to the IC terminal by way of a telephone line for processing a lost and found IC card. The IC terminal includes a first card insertion slot which receives insertion of a lost and found IC card; a second card insertion slot which receives insertion of a second IC card to receive reward data from the IC card processing center; a key input unit which permits the user to initiate processing of the lost found IC card; a display unit which provides a visual display of processing conditions of the lost and found IC card; and a processor which reads information from the lost and found IC card and records reward data for the processing of the lost and found IC card from the remote IC card processing center into the second IC card.

Abstract: A terminal 2 held by the user with a radio transmitter and receiver 3. Electronic money information is transferred via the radio transmitter and received. By using a portable telephone, it is unnecessary to directly insert an IC card 1 into service supply equipment 17. In addition to the service supply equipment 17, a device 9 for storing electronic money information in a lump is provided. Since the electronic money information is transferred into the device 9 for storing the electronic money information in a lump, it is unnecessary to collect the electronic money information stored in terminals one by one.

Abstract: An IC card reader/writer having a body which includes an IC insertion slot and an operation display section. The body is separable into an upper cover and a lower portion. The upper cover and the lower portion are displaced from each other to form a step on the side of the body formed with the IC card insertion slot. Further, a rack recessed from the step is formed on the portion of the body having the IC card insertion slot. Furthermore, the surface of the upper cover is curved upward in the direction away from the IC card insertion slot in such a manner as to increase the thickness progressively toward the side of the body far from the IC card insertion slot, and a display section is located on the slope of the curved portion. The operating area of the IC card reader/writer has function keys.

Abstract: An IC card reader/writer having a body which includes an IC insertion slot and an operation display section. The body is separable into an upper cover and a lower portion. The upper cover and the lower portion are displaced from each other to form a step on the side of the body formed with the IC card insertion slot. A recessed portion recessed from the step is formed on the portion of the body having the IC card insertion slot. The surface of the upper cover is curved upwardly in a direction away from the IC card insertion slot in such a manner as to increase the thickness progressively toward the side of the body far from the IC card insertion slot, and a display section is located on the slope of the curved portion. The operating area of the IC card reader/writer is provided with function keys.

Abstract: An IC card automated transaction terminal is provided to operate in conjunction with an IC card capable of storing a plurality of different balances relating to commercial transactions. For example, the IC card can provide separate storage for electronic money information and bonus point information. IC card reading/writing means are provided in the terminal for reading and writing such information stored in said IC card along with input means for inputting transacted sum information and information storage means for storing electronic money information equivalent to transacted sum information. In another embodiment, small sum and large sum balances can be separately stored on the IC card, with only the large sum balance being locked and requiring a security code to carry out a transaction.

Abstract: When the amount of a former loan of the user of an IC card is written to a personal information storage provided in a center and the IC card is inserted into the slot of an electronic purse terminal at the time of a current transaction, the amount of the loan stored in the personal information storage is cleared and this loan is paid. At this time, the balance stored in the sum information storage of the IC card is updated by this payment and is stored as the current balance in the sum information storage. If the balance is more than the charge for a transaction, the transaction is carried and if the balance is less than the charge for the transaction and is short, the transaction is performed by obtaining a new loan. The amount of this loan is stored in the personal information storage in the center. Thus, the suspension of a transaction due to a shortage in the balance carried by the IC card can be avoided by providing a function for a loan in an electronic purse system.

Abstract: An electronic wallet system easy to use and having high security is provided. The electronic wallet system includes an IC card for storing electronic money information, an IC card reader/writer for reading data from, and writing data into, the IC card, an IC card loader unit for loading the IC card into, and unloading the IC card from, the IC card loader unit, an IC card load controller unit for controlling a load/unload operation of the IC card, and a lock signal generator unit for generating an IC card lock signal in response to an activation of an unload operation by the IC card load controller unit. An electronic wallet system with an ID number specific to the system, applied to a POS system, includes a system ID verification unit and an input unit for inputting data to the system, wherein an IC card can be unloaded in response to an activation of an unload operation by a load controller unit and an input of the system ID from the input unit.

Abstract: An electronic wallet includes a plurality of operating keys at least having a plurality of numeric and calculation keys, a display part for displaying thereon electronic money information and IC card state information, at least one independent function switch in addition to a power switch, a plurality of control keys for operating the electronic money information stored in IC cards and the IC card state information, and a plurality of function keys having a plurality of function level layers having a plurality of tasks, for selecting the plurality of tasks having the respective function level layers. Thereby the electronic wallet can have many functions. Further, a modem unit, which is removably mounted to card slots of the electronic wallet, is provided with a through opening to communicate with the card slots and a modular jack to be connected to a communication line.

Abstract: When a transmission request reception process controller accepts a request to transmit information, the information is read from a memory in order of addresses generated by an address generator. A transmission information generator adds addresses of the information to the read information, for transmission to the transmission requester. When accepting another request to transmit the same information while the information is being transmitted, the transmission request reception process controller causes the information to be transmitted to the latter transmission requester starting at the current point in the information being transmitted to the former transmission requester. After generating the last address of information, the address generator returns to the top address and again continues generating the addresses of the information. The information read from the memory according to the generated addresses is transmitted from output circuits 14 and 16.

Abstract: An electronic-money collecting system is capable of returning a lost IC card used as an `electronic purse` to the owner of the lost IC card or an institution issuing the lost IC card with a high degree of efficiency without imposing a burden on the lost-IC-card finder or the institution issuing the IC card. When a lost IC card in which money data representing the amount of electronic money stored on the card is found, the found IC card is inserted into a terminal installed at places, such as a banking organization or a public institution. At that time, information read out from the IC card is transmitted to a center by way of a communication line. At the center, a storage unit is searched for information on the legitimate owner of the IC card, such as information for contacting the owner. The owner of the lost IC card is then notified of the implementation of processing to collect the IC card by telephone, through the post or through an electronic mail using a communication means.

Abstract: The object of the present invention is to provide a multichip IC card which seems to be a single chip IC card constituted by one chip and in which plural function chips are built. The multichip IC card is provided with a connector 3 for connecting to an interface processor 1, a master chip 4 for controlling a system in a card, at least one function chip 6-1 to 6-n and selection means 5A for connecting the function chip selected by the master chip and the interface processor 1 via the connector 3.

Abstract: A computer system is provided on the front surface thereof with a connection slot into which a card type holder is inserted for connecting an electronic camera to the computer system. The holder has a connector at one end, a camera head connector at the other end, and a signal processing unit in an intermediate portion. The camera head is supported rotatably in the vertical direction or the horizontal direction relative to the holder.

Abstract: An imaging and recording apparatus for electrically recording an optical image of a subject as an image information signal which facilitates memory access from an external device and prevents image information from being changed. Upon manipulation of a recording trigger switch, an image outputted from a camera signal processing circuit at that time is written into a semiconductor memory, then subjected to data compression in a data compression circuit, and stored in a semiconductor memory. It is now assumed that an external device not illustrated is connected to a connector and this external device orders taking in the image of the semiconductor memory. If at this time the semiconductor memory is writing an image, a state detection circuit detects the fact and inhibits the external device from taking in the image. Furthermore, while the external device is taking in the image of the semiconductor memory, the state detection circuit detects this fact.

Abstract: An imaging and recording apparatus for electrically recording an optical image of a subject as an image information signal which facilitates memory access from an external device and prevents image information from being changed. Upon manipulation of a recording trigger switch, an image outputted from a camera signal processing circuit at that time is written into a semiconductor memory, then subjected to data compression in a data compression circuit, and stored in a semiconductor memory. It is now assumed that an external device not illustrated is connected to a connector and this external device orders taking in the image of the semiconductor memory. If at this time the semiconductor memory is writing an image, a state detection circuit detects the fact and inhibits the external device from taking in the image. Furthermore, while the external device is taking in the image of the semiconductor memory, the state detection circuit detects this fact.

Abstract: An imaging and recording apparatus for electrically recording an optical image of a subject as an image information signal which facilitates memory access from an external device and prevents image information from being changed. Upon manipulation of a recording trigger switch, an image outputted from a camera signal processing circuit at that time is written into a semiconductor memory, then subjected to data compression in a data compression circuit, and stored in a semiconductor memory. It is now assumed that an external device not illustrated is connected to a connector and this external device orders taking in the image of the semiconductor memory. If at this time the semiconductor memory is writing an image, a state detection circuit detects the fact and inhibits the external device from taking in the image. Furthermore, while the external device is taking in the image of the semiconductor memory, the state detection circuit detects this fact.

Abstract: A video camera with a VTR for recording/playback of images communicates with a camera/VTR station by means of an opto-electronic link. A first opto-electronic link operates when the camera is positioned away from the camera/VTR station, and a second opto-electronic link operates when the camera is positioned on the camera/VTR station. The first opto-electronic link operates when the video camera does not record.

Abstract: An imaging and recording apparatus for electrically recording an optical image of a subject as an image information signal which facilitates memory access from an external device and prevents image information from being changed. Upon manipulation of a recording trigger switch, an image outputted from a camera signal processing circuit at that time is written into a semiconductor memory, then subjected to data compression in a data compression circuit, and stored in a semiconductor memory. It is now assumed that an external device not illustrated is connected to a connector and this external device orders taking in the image of the semiconductor memory. If at this time the semiconductor memory is writing an image, a state detection circuit detects the fact and inhibits the external device from taking in the image. Furthermore, while the external device is taking in the image of the semiconductor memory, the state detection circuit detects this fact.