Abstract: A wiring substrate includes a first metal layer formed on a wiring layer; a solder resist layer that covers the wiring layer and the first metal layer, and is provided with an open portion that exposes a part of an upper surface of the first metal layer; a second metal layer formed on the upper surface of the first metal layer that is exposed within the open portion; and a third metal layer formed on the second metal layer, wherein the solder resist layer covers an outer peripheral portion of the upper surface of the first metal layer to expose the part of the upper surface of the first metal layer within the open portion, and wherein an upper surface of the second metal layer is flush with an upper surface of the solder resist layer or projects from the upper surface of the solder resist layer.

Abstract: A wiring substrate includes a first metal layer formed on a wiring layer; a solder resist layer that covers the wiring layer and the first metal layer, and is provided with an open portion that exposes a part of an upper surface of the first metal layer; a second metal layer formed on the upper surface of the first metal layer that is exposed within the open portion; and a third metal layer formed on the second metal layer, wherein the solder resist layer covers an outer peripheral portion of the upper surface of the first metal layer to expose the part of the upper surface of the first metal layer within the open portion, and wherein an upper surface of the second metal layer is flush with an upper surface of the solder resist layer or projects from the upper surface of the solder resist layer.

Abstract: A media processing device that processes plural types of process media, and a method of controlling the media processing device, reduce the delay when switching the medium to be processed. The media processing device has a first process unit that executes an operation related to processing a medium; a second process unit that executes an operation related to processing a different medium than the first process unit; and a CPU that changes the control object to the first process unit according to a selection command instructing switching from the second process unit to the first process unit, and applies control to not initialize the first process unit if it was already initialized.

Abstract: An information processing apparatus and method, a recording medium, and a program for removing jitter and reducing the delay of the information processing system. A substantial error is produced between accumulated value of intervals of reception time of the packets and accumulated value of time stamps of these packets. For each number of transport stream packets on which this substantial error provides one clock, a time equivalent to one clock is added to the subsequent time stamps of the transport stream packets or this time is subtracted therefrom to adjust time stamp, thereby correcting the deviation in time from reception time of the transport stream packets.

Abstract: When macro blocks each of which has a variable length are input for one picture, null syncs each of which has a unit length are generated corresponding to the format of the video data to be handled. Corresponding to the length information, an overflow portion of a macro block is detected. The overflow portion is successively packed to macro blocks each of which is smaller than the unit length. Thus, each macro block is packed in the unit length. Since the length information of each null sync represents 0, the overflow portions are packed after the length information of each null sync. With null syncs, one format of video data can be matched with another format. In addition, with null syncs, overflow portions are packed. Thus, the record medium can be effectively used.

Abstract: The illuminating device includes a lens formed of a resin mold and having a portion for receiving an LED which is formed on one surface thereof, the LED received in the receiving portion, and a wiring member deposited on the receiving-portion-forming surface of the lens, and light irradiated from the LED is incident to the lens. In the method of fabricating the illuminating device, a transfer film having a conductive portion is set in a lens molding cavity and a wiring member including a conductive portion is deposited on one surface of the lens while the lens is injected and molded.

Abstract: The technique of the invention attains a practical printing system between arbitrary clients and printers connecting with a network. An intermediation server connecting with the network is interposed between the clients and the printers to intermediate printing. Each client sends a printing request, which includes selection of print data and specification of a printer as an output destination, to the intermediation server. The intermediation server converts the selected print data into a general purpose format, which does not depend upon the type of the printer, and transfers the converted print data to the specified printer.

Abstract: With respect to change of a bit rate at the time of transmitting encoded data TS, a system delay is fixed and the output size of data frame_bit [j] every predetermined data unit is successively calculated, thereby making it possible to continuously obtain data from the buffer 103 of a decoding side without breaks irrespective of change of the bit rate.

Abstract: With respect to change of a bit rate at the time of transmitting encoded data TS, a system delay is fixed and the output size of data frame_bit [j] every predetermined data unit is successively calculated, thereby making it possible to continuously obtain data from the buffer 103 of a decoding side without breaks irrespective of change of the bit rate.

Abstract: A constructed system includes multiple clients, a server like a print portal, and multiple printers connecting with a network. A client transmits a printing requirement, which specifies a content of interest to be printed and a printer as an output resource, to the print portal. The print portal transmits the specified content of interest to the specified printer, which then carries out the actual printing operation. A security system interposed between the print portal and the printer in principle refuses transmission of data from the print portal, but allows transmission of the printing requirement from the client when direct communication between the printer and the client is established by means of infrared ray or feeble radio wave. This arrangement ensures the sufficient level of security, while enhancing utility of printing via the network.

Abstract: Disclosed are a statistical multiplex system, a statistical multiplex controller and a method of statistical multiplex, which can assign bit rates to program data and auxiliary data efficiently, and also improve image quality. A statistical multiplex system is provided with: a plurality of image encoders for encoding a plurality of program data; an information encoder for encoding the auxiliary data; a multiplexing apparatus for multiplexing output thereof, and a statistical multiplex controller for controlling each of the image encoders and the information encoder. The statistical multiplex controller is made to set the bit rate to be assigned to the information encoder first, and to assign the remaining bit rates to each of the image encoders.

Abstract: A three-dimensional circuit module has a three-dimensional structure in which a second board is bonded to a first board at a predetermined angle. The first board has a first notched concave part formed at an edge to be a bonding surface S1 and a second notched concave part formed at an edge of the first notched concave part in the depth direction thereof. The second board has an electronic component mounted on a surface thereof opposite to the bonding surface of the first board and is engaged with the first notched concave part in a state in which the electronic component is disposed in the second notched concave part.

Abstract: The illuminating device includes a lens formed of a resin mold and having a portion for receiving an LED which is formed on one surface thereof, the LED received in the receiving portion, and a wiring member deposited on the receiving-portion-forming surface of the lens, and light irradiated from the LED is incident to the lens. In the method of fabricating the illuminating device, a transfer film having a conductive portion is set in a lens molding cavity and a wiring member including a conductive portion is deposited on one surface of the lens while the lens is injected and molded.

Abstract: When macro blocks each of which has a variable length are input for one picture, null syncs each of which has a unit length are generated corresponding to the format of the video data to be handled. Corresponding to the length information, an overflow portion of a macro block is detected. The overflow portion is successively packed to macro blocks each of which is smaller than the unit length. Thus, each macro block is packed in the unit length. Since the length information of each null sync represents 0, the overflow portions are packed after the length information of each null sync. With null syncs, one format of video data can be matched with another format. In addition, with null syncs, overflow portions are packed. Thus, the record medium can be effectively used.

Abstract: The present invention relates to an information processing apparatus and method, a recording medium, and a program. A substantial error indicated by ?T is produced between accumulated value ?(Rx(i+1)?Rx(i)) of Rx intervals of reception time Rx of the packets shown in the upper portion of FIG. 3 and accumulated value ?(Tx(i+1)?Tx(i)) (=t) of time stamps Tx of these packets. For each number of TS packets on which this error AT provides one clock, a time equivalent to one clock is added to the subsequent time stamps Tx of the TS packets or this time is subtracted therefrom to adjust time stamp Tx, thereby correcting the deviation in time from reception time Rx of the TS packets. The present invention is especially applicable to stream data sender/receiver devices.

Abstract: When macro blocks (MB0 to MB9) each of which has a variable length are input for one picture, null syncs (NULL1 to NULL5) each of which has a unit length are generated corresponding to the format of video data to be handled. Each null sync contains length information and a data portion. The length information represents 0. The data portion is filled with data [00]s. Corresponding to the length information, an overflow portion of a macro block is detected. The overflow portion is successively packed to macro blocks each of which is smaller than the unit length. Thus, each macro block is packed in the unit length. Since the length information of each null sync represents 0, the overflow portions are packed after the length information of each null sync. With null syncs, one format of video data can be matched with another format. In addition, with null syncs, overflow portions are packed. Thus, the record medium can be effectively used.

Abstract: With respect to change of a bit rate at the time of transmitting encoded data TS, a system delay is fixed and the output size of data frame_bit [j] every predetermined data unit is successively calculated, thereby making it possible to continuously obtain data from the buffer 103 of a decoding side without breaks irrespective of change of the bit rate.

Abstract: With respect to change of a bit rate at the time of transmitting encoded data TS, a system delay is fixed and the output size of data frame_bit [j] every predetermined data unit is successively calculated, thereby making it possible to continuously obtain data from the buffer 103 of a decoding side without breaks irrespective of change of the bit rate.

Abstract: When macro blocks (MB0 to MB9) each of which has a variable length are input for one picture, null syncs (NULL1 to NULL5) each of which has a unit length are generated corresponding to the format of video data to be handled. Each null sync contains length information and a data portion. The length information represents 0. The data portion is filled with data [00]. Corresponding to the length information, an overflow portion of a macro block is detected. The overflow portion is successively packed to macro blocks each of which is smaller than the unit length. Thus, each macro block is packed in the unit length. Since the length information of each null sync represents 0, the overflow portions are packed after the length information of each null sync. With null syncs, one format of video data can be matched with another format. In addition, with null syncs, overflow portions are packed. Thus, the record medium can be effectively used.

Abstract: With respect to change of a bit rate at the time of transmitting encoded data TS, a system delay is fixed and the output size of data frame_bit [j] every predetermined data unit is successively calculated, thereby making it possible to continuously obtain data from the buffer 103 of a decoding side without breaks irrespective of change of the bit rate.