Samsung Electronics Co., Ltd.

Samsung Display Co., Ltd.

Sk Telecom Company, Ltd.

Seagate Technology International

Stc Nara Co., Ltd.

Do-Wan Kim

Sung-Jin Kim

Chul-woo Lee

Tae-Soo Kim

Min-Woo Kim

Sung-wook Kang

Jong-Ho Kim

Sung-Joon Park

Yong-gyoo Kim

Han-Il Yu

Ki-tag Jeong

Oh-yun Kwon

Young-Mook Choi

Hyun-soo Choi

Ji-hwan Woo

Woo-cheol Jeong

Sang-shin Park

Sung-kyu Lee

Woo-Cheol Jeong

Dong-Won Na

Yong-Gyoo Kim

On-Sik Choi

Jin-Seung Choi

Jae-Bum Park

Ki-Tag Jeong

Jin-bong Lee

Ho-Sung Ahn

Won-Hee Sull

Jeong-min Sim

Young-Ee Kwon

Ju-Geun Kim

Hyun-Il Park

Jae-Yun Jeong

Jeong-Ho Kang

Hwa-Jung Lee

Sang-Jae Lee

Kang-Hoon Lee

Sun-Il Han

Jae-Chul Lim

You-Sun Yoon

Hong-Keun Ji

Hyun-Jun Oh

Gun-Hee Lee

Dai-Woong Choi

Jae-Kyeong Lee

Jin-Bong Lee

Tae-Hwan Cha

Jong-Cheol Park

Apparatuses and methods related to a voice recognition system, a voice recognition server and a control method of a display apparatus, are provided. More particularly, apparatuses and methods relate to a voice recognition system which performs a voice recognition function by using at least one of a current usage status with respect to the display apparatus and a function that is currently performed by the display apparatus. A voice recognition system includes: a voice receiver which receives a voice command; and a controller which determines at least one from among a current usage status with respect to a display apparatus and a function currently performed by the display apparatus, determines an operation corresponding to the received voice command by using at least one from among the determined current usage status and the function currently performed by the display apparatus, and performs the determined operation.

Voice recognition system, voice recognition server and control method of display apparatus for providing voice recognition function based on usage status

The present invention relates to a location-based service method and system using location data included in image data, particularly to a method and a system of providing the location-based service with photos taken by a camera phone, using location information at the shooting time. The location-based service method according to the present invention, using the image data provided using a terminal equipped with a camera and the location data including the location information of the terminal, comprises the steps of shooting a target image with the terminal at a predetermined location and generating first image data; receiving the location data; including the received location data in the first image data and generating second image data; and displaying an image corresponding to the first image data and providing a service using the location data, if the second image data are selected.

Location-based service method and system using location data included in image data

A controller board includes a memory and a timing controller. The memory stores previous frame image data. The timing controller outputs driving image data based on current frame image data supplied from an external device and the previous frame image data. The timing controller disperses a frequency band of the current frame image data within a reference frequency range to generate dispersed current frame image data and transmits the dispersed current frame image data to the memory.

Controller board, display device having the same and method of controlling the display device

One or more embodiments of the present disclosure relate to a circuit board having a substrate and a plurality of differential signal lines formed on the substrate and transmitting differential signals. The differential signal lines include a first signal line and a second signal line. The first signal line and the second signal line extend along at least two paths that are parallel to each other. The paths of the first signal line and the second signal line switch at path change portions, and the path change portions of neighboring differential signal lines are positioned at different distances away from an edge of the circuit board along the length direction of the differential signal line.

Circuit board and display device including the same

An actuator latch system of a hard disk drive (HDD) retains a rotatable swing arm of the HDD in place when a magnetic head of the HDD is parked. The actuator latch system includes a portion of the swing arm that defines a notch at an end portion of a swing arm, and a latch lever that has first and second hooks at one end thereof. The latch lever is disposed on the base member adjacent the end portion of the swing arm and is supported so as to be rotatable. The first hook is disposed to contact the swing arm within a short period of time after a shock transmitted to the swing arm while the magnetic head is parked causes the swing arm to rotate in one direction. Thus, the impulse on the swing arm is minimized and the reliability of the actuator latch system is enhanced.

Actuator latch system of hard disk drive including a latch lever having two offset hooks at an end of the latch lever

An actuator latch system of an HDD retains a swing arm in place when the magnetic head of the HDD is parked and includes a rotatable latch lever having a hook that absorbs shock when engaging the swing arm. A rear end of the swing arm has a corner portion. The hook has first and second portions with a third portion extending there between Inner surfaces of the first through third portions delimit a slot. The inlet of the slot has a width less than the corner portion. The inner surface of the first portion of the hook contacts a first surface of the rear end of the swing arm, and the inner surface of the second portion of the hook contacts a second surface of the rear end of the swing arm, when a shock rotates the swing arm while the magnetic head is parked.

Actuator latch system of hard disk drive including latch lever that absorbs shock

In a semiconductor device having a plurality of fuses and a method of fabricating the same, the semiconductor device comprises an inter-layer dielectric layer on a semiconductor substrate; a plurality of fuses on the inter-layer dielectric layer, an inter-metallic dielectric layer on the plurality of fuses and the inter-layer dielectric layer, a passivation layer on the inter-metallic dielectric layer, fuse windows exposing portions of a top surface and sidewall surfaces of the plurality of fuses, and a fuse barrier pattern between adjacent ones of the plurality of the fuses.

Semiconductor device having a fuse barrier pattern and fabrication method thereof

A head parking ramp for a data storage device includes a fixed portion fixed to a base member, a support portion extending from the fixed portion toward the disk and supporting an end portion of an actuator where the read/write head is installed, an extended portion extending from the fixed portion toward the disk, having a lead end portion overlapping each of an upper surface and a lower surface of an outer circumferential portion of the disk, and having a plurality of disk facing surfaces facing each of the upper and lower surfaces of the disk, and a protruding surface protruding from each of the disk facing surfaces of the extended portion at a position corresponding to an edge portion of the disk and restricting a vibration of the disk as the edge portion of the disk contacts the protrusion surface when the disk vibrates.

Head parking ramp for data storage device

An actuator latch device for locking an actuator of a hard disk drive, the actuator having a swing arm rotatably installed at a base member, a voice coil motor (VCM) coil provided at one end of the swing arm, and magnets oppositely arranged at the VCM coil. The actuator latch device includes a notch provided at one end of the swing arm; a latch lever, which is rotatably installed at a base member, having at a first end thereof a hook interfering with the notch to restrict one way rotation of the swing arm, and a counterbalance device at a second end thereof; and a stopper provided in the base member to block the counterbalance device to restrict a rotation of the latch lever.

Actuator latch device for hard disk drive

An actuator latch apparatus for locking a swing arm of a disk drive is described. The apparatus includes a notch provided at an end portion of the swing arm; a latch lever rotatably installed on the base member and including a hook formed to interfere with the notch when the actuator is locked; a first latch pin applying a torque to the latch lever due to a magnetic force of the magnet in a first direction; a second latch pin extending from the latch lever; an attraction part protruded from an edge of the yoke, the attraction part being magnetized by the magnet and adsorbing the second latch pin when the actuator is locked; and a solenoid coil winding around the attraction part and offsetting a magnetism of the attraction part due to a supply of power when the actuator is unlocked.

Disk drive actuator latch apparatus with solenoid coil offsetting magnetism of attraction part

The present invention relates to novel piperidine derivatives having effect of inhibiting acetylcholinesterase and aggregation of &#x3b2;-amyloid, Alzheimer's disease-induced protein, and treatment for Alzheimer's disease containing the same, the piperidine derivatives represented by Formula 3. 

Piperidine derivatives, process for preparation thereof, and pharmaceutical composition for alzheimer's disease containing the same

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Hwaseong-si, South Korea

Do-Wan Kim