Akie, JP
Daiki Akie, Chiyoda-Ku JP
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20090253567 | GLASS SUBSTRATE FOR FLAT PANEL DISPLAY, PROCESS FOR PRODUCING THE SAME, AND DISPLAY PANEL EMPLOYING THE SAME - The present invention provides a glass substrate for flat panel display in which yellowing occurring in a case of forming silver electrodes on glass substrate surface is inhibited. | 10-08-2009 |
Kazushi Akie, Kokubunji JP
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20080212683 | Image Decoding Device, Image Encoding Device and System LSI - An image decoding device according to the present invention is an image decoding device responding to decoding of an image encoding method selecting an encoding table and an encoding format to use according to the kind of a parameter included in encoded data and comprises a bit stream processing unit converting a bit stream of the encoded data into an intermediate format and an image processing unit decoding data converted into the intermediate format and converting the same into image data. The bit stream processing unit and the image processing unit start independently. An image encoding device according to the present invention, in the same manner, comprises an image processing unit converting image data to be encoded into an intermediate format and a bit stream processing unit encoding the data converted into the intermediate format and converting the same into a bit stream. Thereby, image encoding and decoding processings with a low operation frequency and low power consumption is realized. | 09-04-2008 |
20080294878 | PROCESSOR SYSTEM AND EXCEPTION PROCESSING METHOD - When an error is detected in an error detecting unit in a processor system, the error detecting unit outputs an error signal to an interrupt control unit, and the interrupt control unit outputs a value of an error address register and a control signal to a program counter control unit and rewrites a value of a program counter to a value of an error address register. By this means, the branching process by an error interrupt is realized. In this case, when the error is detected, the process of saving the value of the program counter at the time of error occurrence is not performed, and a specific save register and a control circuit for the recovery to the address at the time of the error occurrence after the end of the error processing are not provided. | 11-27-2008 |
20090144527 | STREAM PROCESSING APPARATUS, METHOD FOR STREAM PROCESSING AND DATA PROCESSING SYSTEM - The present invention provides a stream processing apparatus capable of improving the processing performance in the case of continuously processing a plurality of data streams. A control stream, different from a data stream, is prepared, and a program and a parameter are updated in advance in accordance with the control stream. Double buffer areas are prepared in a memory of the stream processing apparatus into which the program and the parameter are stored. The location of the data stream to be input is written in the control stream, and buffers for reading the data stream are multiplexed so as to read in advance the top portion of the data stream to be processed next. | 06-04-2009 |
20090237278 | VARIABLE LENGTH CODE DECODING DEVICE AND DECODING METHOD - A variable length code decoding device for decoding variable length code data, including: a table memory that stores a plurality of decoding process tables having a reference relationship therein; and a decoding control unit that is given a start address and an initial reference bit length of the table memory; and sequentially selects the decoding process tables according to the decoded data to control a process of decoding the variable length code data, wherein when referring to the decoding process table to perform an initial decoding of the variable length code data, the initial decoding process is conducted by a longer bit length to be clipped from the variable length code data for referring to the decoding process table than the bit length used when referring to the other portions of the decoding process table. | 09-24-2009 |
20090304078 | VARIABLE LENGTH DECODER AND ANIMATION DECODER THEREWITH - The variable length decoder has a memory device including a plurality of lookup tables, and sequentially decodes codewords of variable-length codes using the memory device. The decoded values corresponding to the codewords and control information pieces are stored in the lookup tables. In decoding one codeword, one lookup table is selected from among the plurality of lookup tables. In the decode, one decoded value corresponding to the one codeword, and a control information piece for selecting a next lookup table depending on the decoded value and used for a next decode are produced from the selected lookup table in response to the one codeword in parallel. | 12-10-2009 |
20110080308 | VARIABLE LENGTH CODE DECODING DEVICE AND DECODING METHOD - A variable length code decoding device for decoding variable length code data, including: a table memory that stores a plurality of decoding process tables having a reference relationship therein; and a decoding control unit that sequentially selects the decoding process tables according to the decoded data to control a process of decoding the variable length code data, wherein when referring to the decoding process table to perform an initial decoding of the variable length code data, the initial decoding process is conducted by a longer bit length to be clipped from the variable length code data for referring to the decoding process table than the bit length used when referring to the other portions of the decoding process table. | 04-07-2011 |
20120326899 | VARIABLE LENGTH CODE DECODING DEVICE AND DECODING METHOD - Variable length code decoding device for decoding variable length code data, including: decoding process tables each including at least two kinds of formats consisting a first format storing identification information for designating a subsequent table to be referred to in a subsequent decoding process, and a second format that stores a decoded value obtained by repeating the decoding process and a significant bit length to be referred to with respect to variable length code data. The device utilizes first, second, third and fourth formats and relative addresses. | 12-27-2012 |
Kazushi Akie, Kanagawa JP
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20110238964 | DATA PROCESSOR - The data processor includes CPU operable to execute an instruction included in an instruction set. The instruction set includes a load instruction for reading data on a memory space. The data read according to the load instruction includes data of a format type having a data-read-branching-occurrence bit region. The CPU includes a data-read-branching control register; a data-read-branching address register; and a read-data-analyzing unit. On condition that a bit value showing the occurrence of data read branching has been set on the data-read-branching-occurrence bit region, and a value showing the data-read-branching-occurrence bit remaining valid has been set on the data-read-branching control register, the switching between processes is performed by branching to an address stored in the data-read-branching address register. | 09-29-2011 |
20120294373 | MOVING IMAGE ENCODING METHOD, MOVING IMAGE DECODING METHOD, MOVING IMAGE ENCODING DEVICE, AND MOVING IMAGE DECODING DEVICE - The moving image encoding method includes encoding macro-blocks included in a landscape picture frame of a moving image having a larger horizontal width in a horizontal direction than a vertical width in a vertical direction by an encoding device. In macro-block encoding, information of the encoded macro-blocks surrounding a macro-block to be encoded is stored in a built-in information storing memory of the encoding device. Further, in the encoding, first a vertical array of macro-blocks at the left end of the horizontal width of the landscape picture frame are encoded sequentially, and the resultant encode information is stored in the information storing memory, and subsequently an adjacent vertical array of the plural macro-blocks located horizontally on the right of the left end of the horizontal width of the landscape picture frame are encoded sequentially. | 11-22-2012 |
Kazuyoshi Akie, Tokyo JP
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20090213727 | VOICE PACKET COMMUNICATIONS SYSTEM WITH COMMUNICATIONS QUALITY EVALUATION FUNCTION - A voice packet communications system which objectively evaluates the voice quality in real time. Voice packets received from a network are input into an adjustment circuit. The adjustment circuit evens out the periods of the voice packets, detects the drop-out of voice packets, and inserts substitute packets in the voice packet sequence. Furthermore, the adjustment circuit outputs the number of voice packets that have dropped out, the number of substitute packets that have been inserted, and the number of voice packets that have accumulated inside the circuit, as quality information in each monitoring period. A decoding circuit converts the voice packets adjusted by the adjustment circuit into voice information. A judgement circuit calculates an index that indicates the communications quality of the voice packets from the quality information using a specified calculation formula. | 08-27-2009 |
Kazuyoshi Akie, Saitama JP
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20100272248 | Voice communications apparatus - Voice communications apparatus intervenes between a telephone set and a broad-band transmission path that has a communication band broader than a voice band limited by the transmitter and receiver characteristics of the telephone set. The voice communications apparatus includes a transmitter frequency characteristic corrector circuit for correcting the frequency characteristic of a signal input from the telephone set, and a receiver frequency characteristic corrector circuit for correcting the frequency characteristic of a signal to be input to the telephone set. | 10-28-2010 |
Masanori Akie, Kawasaki JP
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20090128962 | READ-HEAD, MAGNETIC HEAD AND MAGNETIC STORAGE APPARATUS - The read-head is capable of corresponding to high recording density without deteriorating characteristics even if a small size read-element is used. The read-head of the present invention comprises: a read-element including a free layer; and a magnetic domain control layer for domain-controlling the free layer. The magnetic domain control layer is composed of a soft magnetic material including at least one substance selected from the group consisting of Fe, Co and Ni. A ratio (a/b) of a length (a) of the magnetic domain control layer in the core width direction to a length (b) thereof in the height direction is 5 or more, and the length (b) is 100 nm or less. | 05-21-2009 |
20090308838 | METHOD OF MANUFACTURING REPRODUCING HEAD - The method includes the processes of: forming a magnetoresistance effect layer on a work; forming a mask layer on the magnetoresistance effect layer; forming a reproducing element section by etching a part of the magnetoresistance effect layer, in which the mask layer is not formed; forming an insulating layer so as to coat the reproducing element section and the mask layer on the reproducing element section; forming a bias layer and a cap layer on the insulating layer; etching specific parts of the cap layer and the bias layer until parts of the bias layer are exposed; forming a protection layer so as to coat the exposed parts of the bias layer; and flattening the entire surface, by reducing a height of the layered body including the above described layers, without re-exposing the exposed parts. | 12-17-2009 |
Takashige Akie, Nagoya-Shi JP
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20080199708 | Glaze composition - A glaze composition which makes it possible that a base material for an inorganic calcined substance containing a lot of vitreous material is glazed without having corrosion. The glaze composition comprises a plastic material, a non-plastic material, and a solvent material, wherein the plastic material comprises at least one material selected from the group consisting of Gairome clay, Kibushi clay, kaolin and talc; the non-plastic material comprises at least one material selected from the group consisting of silica, calcined kaolin, pottery stone, pyrophyllite, pottery shards, chamotte and zircon; and the solvent material comprises at least one material selected from the group consisting of feldspar, lime stone, dolomite, zinc oxide and lithium carbonate. | 08-21-2008 |
Yusuke Akie, Aichi-Ken JP
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20160114743 | Holding component for vehicle - In a holding component | 04-28-2016 |