Abstract: An information processing device (104) performs integration processing for each intersection point for raw data outputted from an occlusal force detecting device having a sensor sheet (102) which uses an organic piezoelectric film (201), to create occlusal force data, wherein the raw data includes address information of each intersection point and data obtained based on a signal indicating a change in occlusion force.

Abstract: An information processing device (104) performs integration processing for each intersection point for raw data outputted from an occlusal force detecting device having a sensor sheet (102) which uses an organic piezoelectric film (201), to create occlusal force data, wherein the raw data includes address information of each intersection point and data obtained based on a signal indicating a change in occlusion force.

Abstract: A printing system including a plurality of different kinds of printers and a printer selecting device therefore are disclosed. The printer selecting device includes an accepting section for accepting information representative of a desired number of printings input, and selecting means for selecting one of the printers matching with the desired number of printings. Image data to be printed are sent from the printer selecting device to the printer selected. In this configuration, one printer adequate for the desired number of printings, which is an important factor for the selection of a printer, is automatically selected.

Abstract: An image processing device includes an information extracting unit that extracts information from a physical mark attached to a scanned document, and a user identifying unit that identifies a user. The image processing device also includes a traceability-information generating unit that generates traceability information from the information extracted by the information extracting unit, and a process selecting unit that causes the user to select at least one process for the scanned document. The image processing device generates a document attached with a new physical mark that contains the traceability information according to selected process.

Abstract: When a holder of an ID card approaches an image formation instructing device for sending an image forming instruction to an image forming apparatus, an ID code stored in a RF-ID element built in the ID card is read by a RF communication device. When the image formation instructing device transmits an image forming instruction to the image forming apparatus in this condition, an image forming operation is executed and the number of sheets for image formation is counted by counting means. Further, the counted number of sheets for image formation is associated with an ID code having predetermined bearing on the personal ID code read by the RF communication device and thereafter stored and held in a number-of-sheets file. Thus, the number of sheets for image formation is managed without preparing a key counter, a key card, etc. and without special operation.

Abstract: A printing system including a plurality of different kinds of printers and a printer selecting device therefore are disclosed. The printer selecting device includes an accepting section for accepting information representative of a desired number of printings input, and selecting means for selecting one of the printers matching with the desired number of printings. Image data to be printed are sent from the printer selecting device to the printer selected. In this configuration, one printer adequate for the desired number of printings, which is an important factor for the selection of a printer, is automatically selected.

Abstract: A printing system including a plurality of different kinds of printers and a printer selecting device. The printer selecting device includes an accepting section for accepting information representative of a desired number of printings input, and selecting section for selecting one of the printers matching with the desired number of printings. Image data to be printed are sent from the printer selecting device to the printer selected. In this configuration, one printer most advantageous in printing cost for the desired number of printings, which is an important factor for the selection of a printer is selected.

Abstract: When a holder of an ID card approaches an image formation instructing device for sending an image forming instruction to an image forming apparatus, an ID code stored in a RF-ID element built in the ID card is read by a RF communication device. When the image formation instructing device transmits an image forming instruction to the image forming apparatus in this condition, an image forming operation is executed and the number of sheets for image formation is counted by counting means. Further, the counted number of sheets for image formation is associated with an ID code having predetermined bearing on the personal ID code read by the RF communication device and thereafter stored and held in a number-of-sheets file. Thus, the number of sheets for image formation is managed without preparing a key counter, a key card, etc. and without special operation.

Abstract: When a holder of an ID card approaches an image formation instructing device for sending an image forming instruction to an image forming apparatus, an ID code stored in a RF-ID element built in the ID card is read by a RF communication device, an image forming operation is executed, and the number of sheets for image formation is counted by counting means. Further, the counted number of sheets for image formation is associated with an ID code having predetermined bearing on the personal ID code read by the RF communication device and thereafter stored and held in a number-of-sheets file. Thus, the number of sheets for image formation is managed without preparing a key counter, a key card, etc. and without special operation.

Abstract: A method and apparatus for facsimile communication uses subaddress messages sent from a sending facsimile terminal to control how a facsimile image transmission is to be handled, e.g., routed and/or translated, by a receiving facsimile terminal. The invention may be employed through the use of an adapter which is designed to work with existing facsimile terminals which are incapable of generating subaddress messages. The invention, when employed with 10-key facsimile machines which cannot generate by the keys thereof proper subaddress delimiting symbols, automatically transforms non-permitted transmission symbols generated by the key to permitted transmission symbols.

Abstract: A heat-sensitive recording system for use in a facsimile communication network is provided. The present recording system is structured to use the same image information in multiple times under certain circumstances to keep the thermal recording head at a constant temperature. Accordingly, the image density of a recorded image is ensured to be uniform.

Abstract: A scanning array (12) comprising a plurality of photosensor elements (12a) is reciprocated perpendicular to the axis (12b) thereof to scan a rectangular area of an original document (69). After scanning the area, the document (69) is moved parallel to the axis (12b) of the scanning array (12) and the scanning array (12) reciprocated again to scan a next retangular area. This process is continued until the entire document (69) is scanned.Codes representing characters indicating the name, address or the like of the transmitting apparatus are stored in read only memories (92), (93), (94), (96). These codes are read out and mixed with the data signals for transmission in such a manner that the name and address are automatically reproduced by the receiving apparatus at the top of the reproduction. The code signals may be superimposed on the data signals or, preferably, transmission of the data signals is inhibited while the codes are being transmitted.

Abstract: A scanning array (12) comprising a plurality of photosensor elements (12a) is reciprocated perpendicular to the axis (12b) thereof to scan a rectangular area of an original document (69). After scanning the area, the document (69) is moved parallel to the axis (12b) of the scanning array (12) and the scanning array (12) reciprocated again to scan a next rectangular area. This process is continued until the entire document (69) is scanned. The photosensor elements (12a) produce data signals corresponding to incident light from the document (69) which are fed serially into an orthogonal conversion memory (26) in the column direction. The data signals are read out of the memory (26) in the row direction and run length encoded for transmission. Received data signals are run length decoded and fed into the memory (26) in the row direction and read out of the memory (26) in the column direction.

Abstract: A method of controlling an output of a photosensor which comprises a light emitting element and a light receiving element. The quantity of light emanating from the light emitting element is varied from a predetermined value. A quantity of light output from the light emitting element when the output level of the light receiving element has reached a predetermined value is detected. This specific light quantity is multiplied by a predetermined value larger than or smaller than 1 (one), thereby preparing a reference light quantity for the light receiving element.

Abstract: A thermosensitive recording system for use in the reception apparatus of a facsimile apparatus or the like, which is capable of reducing the generation of heat in a heat-emitting recording head when the temperature of the recording head is elevated beyond a predetermined temperature, by skipping a predetermined number of scanning lines during the recording operation, whereby excessive temperature elevation is prevented and continuous thermosensitive recording operation is made possible.

Abstract: A digital communication system capable of representing tone differences is provided. In the present system, the threshold level used as a reference in converting an analog image signal into a binary image signal is varied, preferably, from scanning line to scanning line at the transmitter side. Then, at the receiver side, exchanging or rearranging of the binary image data between different scanning lines in the same address is carried out. By so doing, data compression technique may be advantageously applied at all times to maintain a high transmission rate.

Abstract: A facsimile reception apparatus of a facsimile transceiver processes video data using a microcomputer. When one line of decoded video data are stored in a random access memory of the microcomputer, the video data are transferred to a printing section through a microprocessor a plurality of bits at a time. The printing section reproduces a plurality of bits of input video data and then delivers an interruption signal to the microprocessor to request transfer of another plurality of bits of video data thereto. One line of video data are divided into N segments each consisting of the predetermined number of bits. After transfer of the Nth video data segment, an interruption by the printing section which will result from full printing of said video data is inhibited.

Abstract: A facsimile apparatus is disclosed wherein in a transmission mode facsimile data are transmitted scan line by scan line but in a predetermined irregular distribution of scan lines which has no relation with the order of scan lines on a document while, in a reception mode, the received facsimile data are reproduced rearranged to the original order of scan lines on a document.

Abstract: A facsimile apparatus capable of transmitting and receiving image information, which is provided with an image information extraction apparatus for extracting the image information read by an image information read apparatus, at predetermined intervals, so that a monitor copy of the image information to be transmitted can be made, reduced in size in comparison with the size of the original document. The facsimile apparatus is further provided with an identification information generation apparatus for generating identification image information to be added to the image information, whereby a monitor copy with the identification information added to the image information, reduced in size in comparison with the size of the original, can be obtained.

Abstract: In a reading and recording device comprising a read head consisting of a plurality of image information read elements and a record head consisting of a plurality of image information record elements, those read elements and record elements are connected to each other, forming a plurality of element pairs, and to a drive circuit which can be shared by the read head and the record head. Both at the reading and recording of image information, the same drive circuit can be used. The read head and the record head are integrally formed in one wiring board, constituting a reading and recording device which can be employed in a facsimile apparatus or an I/O device for a computer.