Abstract: There are provided the controlling methods of the transmitting apparatus and the receiving apparatus, which cancel the flow control to execute the normal reproduction by the user who looks at the warning display or in response to the reception of the flow control cancel signal from the receiver side. Otherwise, there are provided the controlling methods of the transmitting apparatus and the receiving apparatus, which cancel the flow control reception to execute the normal reception without the buffer if the contents with the video is reproduced.

Abstract: The control device is a system controller that controls a connection in a network system, which establishes a connection, by connecting by a channel corresponding to a frequency band, between a logical output plug of a transmitting device and a logical input plug connected to the transmitting device via a bus. The control device includes a channel setting unit. The channel setting unit sets non-overlapping channels to the output plugs of all the transmitting devices in the network system.

Abstract: In an information processing apparatus, the pre-reproduction connection information retaining element retains the information relating to the transmitting apparatus and the receiving apparatus of a connection existing before a reproduction of an interruption signal, when the connection is switched to the connection for transmitting the interruption signal in order to reproduce the interruption signal. Then, the recovering element recovers the connection existed before the reproduction of the interruption signal, based on the pre-reproduction connection information retained, after the reproduction of the interruption signal ends. The information processing apparatus is a transmitting apparatus and/or a receiving apparatus forming the car AV system. By this, in case that only one logical input plug can be prepared due to the restriction of hardware resource, the information processing apparatus can recover the connection, after the interruption signal reproduction ends, with keeping the user unconscious.

Abstract: A control device applies an exclusive control to all controlled devices associated with a control sequence in executing the control sequence requiring a plurality of relevant control requests. More specifically, the control device eliminates the intervention of other control devices to the controlled devices during the period of the execution of the control sequence. This makes it possible to prevent the mismatching after the processing of the relevant control requests.

Abstract: A system of the invention is configured to communicably connect a server device that holds content data and a client apparatus that requests to reproduce the content data. The server device transmits a list of the reproducing identifier to the client apparatus, receives the reproducing identifier included in the list from the client apparatus, and acquires the content identifier and the reproducing mode information stored in the content information storage unit corresponding to the reproducing identifier received by the request receiving unit. The server device acquires the content data stored in the content storage unit corresponding to the content identifier, and transmits the content data to the client apparatus in the reproducing mode designated by the reproducing mode information.

Abstract: An ink-jet printing machine has: a transfer belt that transfers a printing sheet; a sheet feeding unit that feeds the printing sheet; an ink-jet head that performs ink ejection on the printing sheet; a SS roller that presses a central region of the printing sheet between the sheet feeding unit and the ink-jet head; a printing sheet sensor that detects the deformation of the printing sheet; and a guide roller that presses the printing sheet. The rate of a distance A between the SS roller and the printing sheet sensor to a distance B between the upper surface of a transfer belt and the lower end of the printing sheet sensor is approximately equal to the rate of a distance A? between the guide roller and the ink-jet head to a distance B? between the upper surface of the transfer belt and the lower end of the ink-jet head.

Abstract: A communication monitoring apparatus (100) monitors a network (130) to which a plurality of devices are connected with an IEEE1394 serial bus. An obtaining unit (111) obtains information that concerns a communication control parameter that is determined or managed by another device on the network. A determining unit (112) determines whether the information that concerns a communication control parameter is compatible with the network (130) based on the information that concerns a communication control parameter that is obtained by the obtaining unit (111). A reporting unit (113) reports a result of determination by the determining unit (111).

Abstract: A communication monitoring apparatus (100) monitors a network (130) to which a plurality of devices are connected with an IEEE1394 serial bus. An obtaining unit (111) obtains information that concerns a communication control parameter that is determined or managed by another device on the network. A determining unit (112) determines whether the information that concerns a communication control parameter is compatible with the network (130) based on the information that concerns a communication control parameter that is obtained by the obtaining unit (111). A reporting unit (113) reports a result of determination by the determining unit (111).

Abstract: There are provided the controlling methods of the transmitting apparatus and the receiving apparatus, which cancel the flow control to execute the normal reproduction by the user who looks at the warning display or in response to the reception of the flow control cancel signal from the receiver side. Otherwise, there are provided the controlling methods of the transmitting apparatus and the receiving apparatus, which cancel the flow control reception to execute the normal reception without the buffer if the contents with the video is reproduced.

Abstract: There are provided the controlling methods of the transmitting apparatus and the receiving apparatus, which cancel the flow control to execute the normal reproduction by the user who looks at the warning display or in response to the reception of the flow control cancel signal from the receiver side. Otherwise, there are provided the controlling methods of the transmitting apparatus and the receiving apparatus, which cancel the flow control reception to execute the normal reception without the buffer if the contents with the video is reproduced.

Abstract: At each node of the data transmission/reception system of the present invention on a bus of an IEEE 1394, the following operations are sequentially performed: necessary initialization at the time of bus resetting; and GUID acquisition, restoration of Broadcast-out connection, restoration of Broadcast-in connection, and restoration of Point-to-point connection according to a restoration connection queue registering an execution order of respective connection restoration operations if there is a PENDING status of each connection before a passage of a predetermined time, after the bus resetting. Moreover, the restoration of each connection is subdivided into a plurality of processing steps when necessary, and controlled to select a proper processing step.

Abstract: An ink-jet printing machine has: a transfer belt that transfers a printing sheet; a sheet feeding unit that feeds the printing sheet; an ink-jet head that performs ink ejection on the printing sheet; a SS roller that presses a central region of the printing sheet between the sheet feeding unit and the ink-jet head; a printing sheet sensor that detects the deformation of the printing sheet; and a guide roller that presses the printing sheet. The rate of a distance A between the SS roller and the printing sheet sensor to a distance B between the upper surface of a transfer belt and the lower end of the printing sheet sensor is approximately equal to the rate of a distance A? between the guide roller and the ink-jet head to a distance B? between the upper surface of the transfer belt and the lower end of the ink-jet head.

Abstract: At each node of the data transmission/reception system of the present invention on a bus of an IEEE 1394, the following operations are sequentially performed: necessary initialization at the time of bus resetting; and GUID acquisition, restoration of Broadcast-out connection, restoration of Broadcast-in connection, and restoration of Point-to-point connection according to a restoration connection queue registering an execution order of respective connection restoration operations if there is a PENDING status of each connection before a passage of a predetermined time, after the bus resetting. Moreover, the restoration of each connection is subdivided into a plurality of processing steps when necessary, and controlled to select a proper processing step.

Abstract: In a stencil material conveyor system for conveying stencil material unrolled from a stencil material roll, the stretch or the shrinkage of the image on the conveyed stencil material is avoided. The residue of stencil material roll in a stencil material roll (21b) is calculated by a residue calculating means (b 65), by cumulatively subtracting a length of the stencil made from the total length of the stencil material roll stored in a storage means (70) of the stencil material roll (21b). The write pulse motor is rotated at a higher speed as the residue is reduced, thereby controlling the rotational speed of the platen roller (23) to compensate for reduction of the conveying distance due to slip of the platen roller (23) by the back tension applied to the stencil material and to convey the stencil material at a constant conveying speed.

Abstract: A reception interface unit in a transmission system wherein time series data is divided into data groups and a data packet with reproduction specification time data specifying a time at which each data piece in the data groups should be reproduced, added to the data groups is transmitted on a transmission bus in a time division manner.

Abstract: A transmission managing apparatus included in an information transmitting system comprising a communication bus (B), an indicating device (NI), which has a transmission state memory (5) for storing a channel used for an information transmission executed in a time division manner on the communication bus and a transmission occupation period occupied for the information transmission, for indicating the channel and the transmission occupation period and an information processing apparatus (N) for reserving a non-used channel and a preservable period, while referring to a memory content of the transmission state memory.

Abstract: In case where a data rate is set between a plurality of devices connected on an IEEE 1394 serial bus as a network, the speed for physical layers of the devices existing on a physical path between a transmitting device and a receiving device is detected, a data rate of the transmitting device and a data rate of the receiving device are detected, and a data rate at which the data can be transmitted from the transmitting device to the receiving device is set.

Abstract: An information data transmitting and receiving device is provided, which can reduce a load of a host CPU. In this information data transmitting and receiving device, in a case where an identifier of received information data is coincident with a predetermined identifier, the received information data is stored in a first receiving buffer. In a case where those identifiers are different from each other, the received information data is stored in a second receiving buffer.

Abstract: An information transmitting apparatus is included in a system for transmitting information through a bus (B), for transmitting the information onto the bus. The information transmitting apparatus is provided with: an initialization detecting device (1) for detecting whether or not the bus is initialized; an obtaining device (6) for obtaining post-initialization information, which is the information transmitted on the bus immediately after an initialization of the bus when the initialization of the bus is detected by the initialization detecting device; and a transmission controlling device (3) for judging whether or not transmission information, which is the information to be transmitted onto the bus, can be transmitted in accordance with the obtained post-initialization information, and then transmitting the transmission information onto the bus if it is judged that the transmission information can be transmitted.