Toshiba Tec Kabushiki Kaisha

Kabushiki Kaisha Toshiba

Nhk Spring Co., Ltd.

Fujitsu Corporation

Other

Hiroshi Nakayama

Kazuhiko Kikuchi

Satoshi Kinouchi

Osamu Takagi

Masahiko Ogura

Kenji Takano

Taizo Kimoto

Hisaaki Kawano

Noriyuki Umezawa

Toshihiro Sone

Yoshinori Tsueda

Yohei Doi

Masanori Takai

Tetsuo Kitamura

Toyoyasu Kusaka

Yoshio Yamada

Mitsuhiro Nagaya

Junji Ichimiya

Masao Hanya

Tatsuhiko Nishida

Hidekazu Osano

Tsuyoshi Inuma

Shintaro Itozawa

Takashi Akao

Toshio Kazama

Shunsuke Sasaki

Shuji Yokoyama

Satoshi Nakashima

Masakiyo Tanaka

Junichi Odagiri

Kentaro Murase

Daisuke Itou

Toyomitsu Kanebako

Hiroaki Yamauchi

Takashi Yamamoto

Masahiro Ozawa

Naoki Yamada

Kazushige Morihara

Hiroshi Asahina

Shinya Miyaji

Yuka Hosokawa

Kohei Hironaka

Tomohiro Matsunai

Hidenori Kobayashi

Masanori Higeta

Hideyuki Sakamaki

Kazuya Takaku

Takao Matsui

Shogo Imuta

Kohei Suzuki

Shintarou Itozawa

Tohru Aono

Yasuhiro Ebata

Noriko Nakayama

Masayoshi Matsumura

Yosuke Mabune

Noiryuki Umezawa

According to an embodiment, a disk drive suspension includes a load beam, a flexure including a tongue on which a slider is mounted and an outrigger connected to the tongue, and overlapping the load beam, and a damper material attached to the load beam and the outrigger. Further, the damper material has a single-layer structure of a viscoelastic material.

Disk drive suspension including a damper material attached to a load beam and to an outrigger of a flexure

A suspension includes a load beam with first and second openings, a flexure including first and second outriggers, and first and second damper members. The first damper member is attached to the load beam and part of the first outrigger that overlaps the first opening of the load beam. The second damper member is attached to the load beam and part of the second outrigger that overlaps the second opening of the load beam. The first opening includes a region which is not covered by the first damper member, and the second opening includes a region which is not covered by the second damper member.

Suspension for disk device

A suspension includes a load beam, a flexure including first and second outriggers, and first and second damper members. The first outrigger is formed to oppose the first surface and across the first opening. The second outrigger is formed to oppose the first surface and across the second opening. The first damper member is attached to the first outrigger at the first opening and the first surface. The second damper member is attached to the second outrigger at the second opening and the first surface. An edge portion of the first opening and the first damper member are spaced apart and an edge portion of the second opening and the second damper member are spaced apart.

A memory control apparatus includes a randomizer configured to: randomize write data output from an arithmetic processing apparatus, and output the randomized write data to a memory; a derandomizer configured to: derandomize data read from the memory, and generate derandomized read data when a flag included in the data read from the memory indicates the randomized write data; and a selector configured to: select the derandomized read data and output the selected derandomized read data to the arithmetic processing apparatus when the flag indicates the randomized write data, and select the data read from the memory and output the selected read data to the arithmetic processing apparatus when the flag indicates deleted data.

Memory control apparatus, information processing apparatus, and memory control method

A flexure is provided along a first surface of a load beam. The flexure includes a tongue on which a slider is mounted, a first outrigger arm, and a second outrigger arm. A first damping member is provided in a first outrigger root portion. The first damping member adheres to both the load beam and the first outrigger root portion in a first aperture portion including a first aperture formed in the load beam. A second damping member is provided in a second outrigger root portion. The second damping member adheres to both the load beam and the second outrigger root portion in a second aperture portion including a second aperture.

Disk drive suspension

A pointing support device detects user's gaze position on a screen, sets the gaze position as an initial position of a pointer, displays a path starting from the initial position on the screen on the basis of path definition information, which defines the path to move the pointer and a movement pattern of the path and moves the pointer along the path.

Pointing support device, pointing support method, and non-transitory computer-readable recording medium

A pointing support apparatus includes a memory, and a processor coupled to the memory and configured to detect a line-of-sight position of a user on a screen, extract a command included in a search range of the screen with reference to the line-of-sight position, generate a table in which the command and speech information of the command are associated with each other, and decide, when speech information from outside is accepted, a command based on comparison of the recognized speech information and the speech information of the table.

Pointing support apparatus and pointing support method

A memory controller includes: a determination part configured to determine a type of a DIMM having a different address line topology based on SPD; a slew rate setting part configured to set a slew rate of an address signal based on the type of the DIMM determined by the determination part; and a delay setting part configured to set a data delay amount when reading/writing data.

Memory controller and information processing apparatus

A transmitting circuit transmits data to which an error detection code is attached to a receiving circuit via a transmission path. When detecting the error of the data received via the transmission path, a receiving circuit transmits a retransmit request for the data in which the error is detected to the transmitting circuit. The receiving circuit enters a termination unit adjustment period using the error detection of the received data as a trigger and updates the resistance values of a receiving side termination unit installed at the termination of the transmission path to an appropriate value within the termination unit adjustment period.

Transmission device, receiving circuit and control method of transmission device

A system transmits a data packet from a transmitting apparatus to a receiving apparatus. The receiving apparatus includes a receive buffer, and a size specifying information transmitting unit that transmits size specifying information to the transmitting apparatus. The transmitting apparatus includes a transmit buffer, a credit storage unit that stores, as a credit, a value corresponding to a total size of all data packets stored in the receive buffer, a credit adding unit that adds a credit to the stored credit on transmitting a data packet, a credit subtracting unit that specifies a size of a read-out data packet on receiving the size specifying information, subtracts a credit corresponding to the specified size from a stored credit, and a transmission controlling unit that controls data packet transmission based on a credit stored in the credit storage unit.

System and method for data packet transmission and reception

A fuser includes: a rotational member configured to rotate; a press member configured to press the rotational member; an induction-current generator configured to generate induction current in the rotational member; and a separator configured to separate a leading end of a recording medium that passes through a nip from the rotational member, when a distal end is in a separating position, and move to an open position.

Fuser for image forming apparatus

A clock adjustment circuit delays a phase of a clock signal on the basis of a TAP value so as to output an adjusted clock signal. By synchronizing transmission data with the adjusted clock signal, reception data is generated. A data adjustment circuit delays the transmission data on the basis of a TAP2 value. By synchronizing the delayed transmission data with the adjusted clock signal, adjusted reception data is generated. A data adjustment control circuit generates the TAP2 value on the basis of a result of a comparison between the reception data and the adjusted reception data, and outputs to a clock adjustment control circuit an instruction to update the TAP value.

Information processing apparatus, data reception device and method of controlling the information processing apparatus

A probe card is provided that is capable of accurately ensuring the flatness and the parallelism with respect to a predetermined reference surface. A point (Q) of application of force applied from a leaf spring () that presses a portion near an edge portion of a surface of a probe head () from which a plurality of probes projects over an entire circumference in a direction of a substrate to the probe head () is positioned inside of an outer edge of the probe head (), and a point (P) of application of force applied from the retainer () that presses a portion near an edge portion of a space transformer () over an entire circumference in the direction of the substrate to the space transformer () is positioned inside of an outer edge of the space transformer ().

Probe card for a semiconductor wafer

A transmission LSI calculates a buffer usage rate in accordance with data stored in a buffer in a transmission data processing unit and determines, in accordance with the calculated buffer usage rate, the number of signal lines that perform a phase readjustment and the timing thereof. Then, the transmission LSI and a receiving LSI perform a phase adjustment using some of the signal lines and continues a data transfer using the rest of the signal lines. Accordingly, it is possible to maintain the optimum phase of a clock without delaying the data transfer.

Data transfer unit, data transmission device, data receiving device, and control method

A wiring substrate that allows wiring at a fine pitch and has a coefficient of thermal expansion close to the coefficient of thermal expansion of silicone, and a probe card that includes the wiring substrate are provided. To this end, there are provided a wiring substrate that includes a ceramic substrate having a coefficient of thermal expansion of 3&#xd7;10to 5&#xd7;10/&#xb0; C. and one or more thin-film wiring sheets stacked on one surface of the ceramic substrate, and a probe head on which a plurality of conductive proves are arranged in accordance with wiring on the thin-film wiring sheet, which holds individual probes while preventing the probes from coming off and allowing both ends of each probe to be exposed, and which is stacked on the wiring substrate while one end of each probe is brought into contact with the thin-film wiring sheet.

Wiring substrate and probe card

Growing community of inventors

Kawasaki, Japan

Hiroshi Nakayama