Abstract: Techniques for transmitting attachment data through a network are provided. Attachment data from an attachment sender is obtained. A copy of the attachment data is stored at a storage location as stored attachment data. The obtained attachment data is replaced with program code. The program code is transmitted to at least one recipient designated by the attachment sender. The stored attachment data is accessible by the at least one recipient under control of the program code.

Abstract: Pixel information and control information transmitted by a facsimile machine 1a is received by a procedure controlling circuit 13 having a MODEM 13a for facsimile machines. A facsimile procedure controller 14 decodes the pixel information and the control information. A connection/transfer controller 15 edits the decoded information and produces a control packet and a pixel packet. The control packet and the pixel packet are output to a local area network (LAN) 4 via a LAN controller 17 and a LAN control circuit 18. When receiving a facsimile, the control packet signal transmitted via the LAN 4 is converted into pixel control information by the connection/transfer controller 15, and the pixel control information is supplied to the facsimile procedure controller 14. The connection/transfer controller 15 also converts the received pixel packet signal into pixel information. The pixel information is temporarily stored in a memory 16.

Abstract: Pixel information and control information transmitted by a facsimile machine 1a is received by a procedure controlling circuit 13 having a MODEM 13a for facsimile machines. A facsimile procedure controller 14 decodes the pixel information and the control information. A connection/transfer controller 15 edits the decoded information and produces a control packet and a pixel packet. The control packet and the pixel packet are output to a local area network (LAN) 4 via a LAN controller 17 and a LAN control circuit 18. When receiving a facsimile, the control packet signal transmitted via the LAN 4 is converted into pixel control information by the connection/transfer controller 15, and the pixel control information is supplied to the facsimile procedure controller 14. The connection/transfer controller 15 also converts the received pixel packet signal into pixel information. The pixel information is temporarily stored in a memory 16.

Abstract: Pixel information and control information transmitted by a facsimile machine 1a is received by a procedure controlling circuit 13 having a MODEM 13a for facsimile machines. A facsimile procedure controller 14 decodes the pixel information and the control information. A connection/transfer controller 15 edits the decoded information and produces a control packet and a pixel packet. The control packet and the pixel packet are output to a local area network (LAN) 4 via a LAN controller 17 and a LAN control circuit 18. When receiving a facsimile, the control packet signal transmitted via the LAN 4 is converted into pixel control information by the connection/transfer controller 15, and the pixel control information is supplied to the facsimile procedure controller 14. The connection/transfer controller 15 also converts the received pixel packet signal into pixel information. The pixel information is temporarily stored in a memory 16.

Abstract: Pixel information and control information transmitted by a facsimile machine 1a is received by a procedure controlling circuit 13 having a MODEM 13a for facsimile machines. A facsimile procedure controller 14 decodes the pixel information and the control information. A connection/transfer controller 15 edits the decoded information and produces a control packet and a pixel packet. The control packet and the pixel packet are output to a local area network (LAN) 4 via a LAN controller 17 and a LAN control circuit 18. When receiving a facsimile, the control packet signal transmitted via the LAN 4 is converted into pixel control information by the connection/transfer controller 15, and the pixel control information is supplied to the facsimile procedure controller 14. The connection/transfer controller 15 also converts the received pixel packet signal into pixel information. The pixel information is temporarily stored in a memory 16.

Abstract: A rotational speed change amount detecting apparatus for an internal combustion engine comprises a pulse generator for generating reference pulses representing detection of a reference rotational position of the engine, a first computer for computing the average engine speed over one combustion cycle of the engine on the basis of the time interval between the pulses, a second computer for computing, after every m pulses, the rate of speed change of the engine from the average engine speed for the most recent cycle and that for m pulses earlier, and an integrator for integrating the rate of speed change output from the second computer to obtain the amount of change in the rotational speed of the engine.

Abstract: An electronically controlled governor for Diesel engines, having a computing circuit responsive to at least one signal indicative of an operating condition of the Diesel engine at each instant for computing positional data showing a target position of a fuel adjusting member for obtaining an amount of fuel injection corresponding to the operating condition and a correcting circuit for effecting a data correcting operation on the positional data in accordance with predetermined correction formulae. The coefficients in said data correction formulae are determined in accordance with the detected operating condition of the Diesel engine. Since the coefficients for correcting the control characteristic can be continuously changed in response to the operating condition of the engine, a stable and highly responsive governor characteristic can be realized without the use of a complicated circuit arrangement.