Samsung Electronics Co., Ltd.

Other

Autoliv Development Ab

Byung-Ho Min

Hyung-Sik Hong

Hyun-Woo Park

Dong-Wha Shin

Jae-Hong Choi

Min-Goo Kim

Jun-Jin Kong

Ho-Rang Jang

Sung-Jae Kim

Young-hoon Chang

Ki-Young Choi

Soon-Bok Lee

Tae-Su Kim

Keun-Cheol Hong

Young-soo Shin

Disclosed is an anti-twist device for a curtain airbag of a vehicle. The anti-twist device allows a worker to immediately recognize the twist of the curtain airbag or automatically releases the twist of the curtain airbag when the curtain airbag is installed in the vehicle, thereby improving stability of the curtain airbag. The anti-twist device is mounted on the curtain airbag including a bracket having an inflator mounted thereon and coupled to a vehicle body, the airbag cushion received in a winding state while communicating with the inflator, and a band surrounding the airbag cushion, and includes a body having a predetermined length and provided in parallel to the airbag cushion, a first fixing part formed at one end of the body and coupled with the bracket or the vehicle body, and a second fixing part formed at an opposite end of the body and coupled with the band.

Anti-twist device for a vehicle airbag

A transmission system is capable of packetizing audio and auxiliary data in compliance with an HDMI standard. The transmission system may include a register set block that may be configured to store video formation information and/or a transmission enable signal; a data packet block that may be configured to generate a first signal, packetize the audio and/or auxiliary data in response to the transmission enable signal, and output packet data in response to a control signal; and a control signal generator that may be configured to output the control signal in response to the video formation information and the first signal.

HDMI transmission systems for delivering image signals and packetized audio and auxiliary data and related HDMI transmission methods

A method and apparatus for calculating an observation probability includes a first operation unit that subtracts a mean of a first plurality of parameters of an input voice signal from a second parameter of an input voice signal, and multiplies the subtraction result to obtain a first output. The first output is squared and accumulated N times in a second operation unit to obtain a second output. A third operation unit subtracts a given weighted value from the second output to obtain a third output, and a comparator stores the third output for a comparator stores the third output in order to extract L outputs therefrom, and stores the L extracted outputs based on an order of magnitude of the extracted L outputs.

Method and apparatus for performing observation probability calculations

A method and apparatus for determining the rate of data transmitted at variable rates. In the method and apparatus, received data is pre-decoded at receivable rates by pre-decoders which adopt a simple structure and perform pre-decoding rapidly, quality information of the pre-decoded data is detected, and the rate of the received data is estimated based on the quality information of the pre-decoded data. Therefore, the decoding speed of the received data and the decision speed of the data rate increase, reducing power consumption.

Method and apparatus for determining rate of data transmitted at variable rates

A method and an apparatus for precisely exposing a predetermined width of a peripheral area of a wafer coated with a layer of photoresist material with light from a light source, wherein the wafer is moved when the light is radiated onto the wafer to expose the photoresist layer at the peripheral area of the wafer, an inspection section inspecting whether the light is radiated onto a precise position of the peripheral area of the wafer, whereby by adjusting the position of the light source if the light is not radiated at the precise position of the peripheral area of the wafer requiring exposure while inspecting the light radiated onto the peripheral area of the wafer, the predetermined width of the peripheral area of the wafer is precisely exposed.

Method for exposing a peripheral area of a wafer and apparatus for performing the same

A bus encoding/decoding apparatus and method for a low power digital signal processor (DSP), which uses a narrow data bus, is provided. The apparatus for encoding n bits of data of a data bus, includes a conditional inverting unit for inverting each of (n&minus;1) lower bits of n data when the most significant bit of the n bits of data is 1, a storage unit for storing the last n bits of data which is output to the bus, and a first exclusive OR operating unit for performing a bitwise exclusive OR operation on the lower (n&minus;1) bits or data, which has been inverted by the conditional inverting unit, and the lower (n&minus;1) bits of the n data, which has been stored in the storage unit, wherein the most significant bit of the n bits of data and (n&minus;1) bits of data, which is obtained as the result of the bitwise exclusive OR operation performed by the first exclusive OR operating unit, are output. Accordingly, interface problems with a core and overhead for an additional circuit can be reduced by removing the additional circuit for determining whether to invert data and an extra line, which are used in the conventional BI and BITS coding methods, thereby decreasing the power consumption and the area of a chip.

Bus encoding/decoding apparatus and method

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Seoul, South Korea

Byung-Ho Min