Samsung Electronics Co., Ltd.

Mando Corporation

Snu Rdb Foundation

Soundlly Inc.

Hye Won Lee

Dahee Lee

Jong Woo Jung

Ye Seul Hong

Ji Hyun Lee

Jae Julien

Yoo Jin Choi

Ji Hyae Kim

Hye Ryung Kim

Sung Hyun Choi

Stefan Scholten

Jody Kocken

Carole Baijings

Young Jun Hong

Tae Hyun Kim

Bruno Clerckx

Hee Kyung Jeon

Kyoung Ae Lim

Min Suk Kim

Kyoung-Ae Lim

Dok Shin Lim

Hyun Cheol Park

Yeon Hee Lee

Hyo Young Kim

Yong Yeon Lee

Andrea Kim

Min Soo Kwon

Hui Won Je

Su Jin Yeon

Jung Hyun Shim

Hyo-Young Kim

Display screen or portion thereof with graphical user interface

Display screen or portion thereof with transitional graphical user interface

An installation structure of a pedal stroke sensor of an integrated dynamic brake (IDB) system is disclosed. The IDB system includes a hydraulic block, a hydraulic pressure generator, and an electronic control unit (ECU). The hydraulic block includes not only a master cylinder connected to a brake pedal but also a plurality of passages and valves needed to adjust a brake hydraulic pressure. The hydraulic pressure generator includes a motor that is connected to the hydraulic block and operates by an output signal of a detection sensor for sensing displacement of the brake pedal, thereby generating brake hydraulic pressure. The ECU controls the motor and the valves based on pressure information and pedal displacement information. The installation structure of the pedal stroke sensor includes a magnet installed in a piston that slidably moves within the master cylinder by interacting with the brake pedal. The detection sensor includes a first sensor and a second sensor that are spaced apart from each other by a predetermined distance in a movement direction of the piston in a manner that the first and second sensors detect a magnetic flux density of the magnet in response to movement of the piston.

Installation structure of pedal stroke sensor

A method for transmitting sound waves using a time-varying frequency-based symbol includes the steps of: storing waveform data in a digital form; converting the waveform data in the digital form into an analog signal; and outputting the analog signal as sound waves through a speaker. Herein, the waveform data in the digital form includes a symbol the frequency of which changes with time within a sound wave band.

Method for transmitting and receiving sound waves using time-varying frequency-based symbol, and apparatus using the same

Display screen or portion thereof with animated graphical user interface

Provided is a coordinated communication method and apparatus that may perform coordinated communication based on long-term channel information, for each sub-band. Base stations may exchange scheduling information of each sub-band with each other to determine a priority among the base stations, and may perform rescheduling for each sub-band based on the determined priority. The base stations may obtain the long-term channel information, and thus may reduce overhead occurring with exchanging of information between a base station and a terminal or between base stations, and may decrease damage due to a delay of channel information associated with a terminal.

Method and apparatus for coordinated multi-point communication for each sub-band based on long-term channel state information

A method and a terminal for playing and displaying music are provided. The method includes selecting a desired track in a playback mode, playing the selected track, displaying information about the selected track and a playing progress bar and displaying a current play time for the selected track and a position corresponding to the current play time on the playing progress bar in order to update playing progress information. The method and terminal enable a user to adjust the playback and selection of tracks through a novel interface, thereby providing increased convenience for a user of a terminal equipped with a music player.

Method and terminal for playing and displaying music

Growing community of inventors

Seoul, South Korea

Hye Won Lee