Dell Products Inc.

Au Optronics Corporation

Wintek Corporation

Realtek Semiconductor Inc.

Lite-on Technology Corporation

Chunghwa Picture Tubes, Ltd.

Academia Sinica

Other

National Taiwan University

Lite-on Electronics (guangzhou) Limited

Pegatron Corporation

Compal Electronics, Inc.

National Applied Research Laboratories

Dongguan Masstop Liquid Crystal Display Co., Ltd.

Transpacific Plasma, LLC

Yu-Chen Liu

Huang-Jen Chiu

Kuo-Wei Tseng

Hong-Ji Huang

Jong-Wen Chwu

Chi-Fong Lee

Kuang-Yu Yen

Yu-Kang Lo

Chen Chen

Chun-Chi Chi

Chao-Cheng Lin

Tsung-Lin Li

Che-Yao Wu

Wei-Chieh Yang

Syue-Yi Lyu

Kai-De Chen

Jing-Yuan Lin

Chien-Kuo Kuan

Ya-Ju Lu

Yi-Chun Wu

Jia-Ching Shen

Po-Jung Tseng

Chih-Yung Wang

Yi-Shan Li

Yu-Te Lin

Wei-Yi Chien

Fwu-Ling Lee

Kuo-Wei Wu

How-Lan Eric Lin

Katherine Ann Kim

Shih-Yin Chen

Wei-Hsun Huang

Shwu-Fen Lee

Shou-Chin Yu

Wei-Chou Chen

De-Jia Lu

Yong-Long Syu

Jer-Yao Wu

Chih-Wei Chen

Kuo-Chang Su

Chung-Chia Chen

Chong-Yang Fang

Ying-Zong Juang

Han-Ping Kuo

De-Jiun Li

Hann-Huei Tsai

Chien-Chung Kuo

Ping-Yeng Chen

Wei-Chen Tsai

Kuo-Ching Chou

Wen-Yi Hsu

Chih-Yuan Yeh

Chia-Ming Lin

Mei-Lien Huang

Shu-Chih Wang

Dan Odell Boice

Po-Chang Wu

Chun-Chu Chang

Chien-Chung Lee

Ping-Feng Yu

Hung-Wen Chien

Ming-Shian Lee

Yi-Lung Lin

Chin-Yuan Chang

Ching-Chia Chen

Chung-Hui Hu

Tzung-Fu Lai

Ya-Ling Hsu

Zi-Chi Ye

Yu-Chen Ting

Anh-Dung Nguyen

Shin-Cheng Chang

Anh Dung Nguyen

Joshua Lin

Trong-Nha Quang

Chun-Wei Huang

Guan-Wei Lin

Jin Chyuan Huang

Chao-Fu Wang

Yi-Fu Chen

Ting-Ying Li

Ting-Chi Chang

Chih-Hsiao Tseng

Han-Szu Chou

Cheng-Yi Su

A display includes an imaging device with a light source providing a first light emission and a second light emission, and an organic light-emitting diode panel proximate to the light source, wherein the first light emission leaks at an active area of the display device. A light emission barrier blocks the first light emission from leaking at the active area of the display while permitting the second light emission through the imaging device.

Light emission barrier to prevent light leakage

Described herein is a system and method for calculating variable refresh rate (VRR) flicker of a display used for information handling systems. VRR display data is provided to the display which generates a raw optical waveform. The raw optical waveform is captured by an optical sensor. The captured raw optical waveform is weighted using an inverse Fast Fourier Transform from a Temporal Contrast Sensitivity Function (TCSF). Calculating the flicker value of the weighted optical waveform over a defined moving window is performed. The flicker average and flicker maximum of the flicker value is used to determine a VRR flicker value.

Variable refresh rate flicker calculation methodology

An information handling system stylus transmits a wireless signal at a writing tip to enhance touch detection of the writing tip by a touchscreen display and receives wireless signals from the touchscreen display at a receiving antenna. To enhance control of wireless energy distributed at the writing tip, the receiving antenna is selectively coupled to the writing tip, such as by transitioning from a float of the receiving antenna to an interface with the stylus power source at transmit by the writing tip. Charge at the receiving antenna helps to shape the energy distribution from the writing tip, such as to match the energy distribution of other styluses in use at the touchscreen display.

Active stylus adaptive to multiple input types at an information handling system

An information handling system includes a display panel having an active area that generates visual images and an inactive area disposed outside the active area. The inactive area having an alignment mark that is invisible to a naked eye.

Infrared alignment marker for display assembly

An information handling display presents visual images in a privacy mode that manages visual image brightness with a local processing resource when a predetermined condition is detected, such as multiple individuals in the display field of view. For example, an information handling system provides visual information to a display timing controller that includes a pulse width modulation signal to command display backlight brightness. When in a privacy mode, the timing controller or another processing resource modifies the pulse width modulation signal to command a predetermined reduced brightness, such as in a range of 30 to 50 nits of reduced brightness.

Display managed privacy mode to present information handling system visual images

An information handling system presents visual images at a display that includes a display panel having a capacitive touch detection surface supported by an indium tin oxide layer disposed between a front layer, such as polarizer, and a display cell. To prevent excessive charge build up associated with the capacitive touch detection surface, a conductive ink is applied at the display panel perimeter and interfaced with a ground at the rear side of the display panel. In one example embodiment, a non-conductive ink insulates the conductive ink from the display panel except as desired to transfer excess charge from the indium tin oxide layer. The conductive ink may interface directly with the indium tin oxide layer or indirectly through a second non-conductive ink having greater conductivity than the insulative non-conductive ink.

Edge display having electrostatic discharge protection

Privacy cells can be configured to enable segmented control. A privacy cell can include a segmented array of electrodes that allow segments of liquid crystal to be independently controlled. By independently applying a voltage to each electrode, the liquid crystal within each segment can be independently oriented at a desired angle for a particular mode of operation.

Segmented control of a display device's privacy cell

An adjustable leakage inductance transformer includes a magnetic core, a primary side coil and a secondary side coil. The magnetic core includes a magnetic core column structure, which has a central column, a first outer column and a second outer column. The primary side coil is wound on the first outer column and the second outer column by a first primary side coil loop number and a second primary side coil loop number, respectively. The secondary side coil is wound on the first outer column and the second outer column by a first secondary side coil loop number and a second secondary side coil loop number, respectively, the first primary side coil loop number is not equal to the first secondary side coil loop number, and the second primary side coil loop number is not equal to the second secondary side coil loop number.

Adjustable leakage inductance transformer

A transformer includes a magnetic core, a primary side winding and a plurality of secondary side windings. The magnetic core includes a first outer column, a second outer column, an upper cover and a lower cover. The first outer column and the second outer column are disposed between the upper cover and the lower cover. The primary side winding is disposed on the first outer column and the second outer column, and the plurality of secondary side windings are disposed on the first outer column and the second outer column. Each of the secondary windings has one end passing through a region between the first outer column and the second outer column.

Transformer and series resonant converter including the same

A series resonant converter includes a switching circuit, a resonant tank, a transformer and a rectifier circuit. The switch circuit has a power supply connected to the primary side upper bridge switch and the primary side lower bridge switch, which are configured to control the input voltage and the input current of the power supply. The resonant tank is coupled to the switch circuit and includes a resonant inductor, a resonant capacitor, and a magnetizing inductor connected in series. The transformer is coupled to the resonant tank and includes a core, a primary winding, and at least four groups of secondary windings. The core has a center column, the primary winding is wound on the center column, and at least four secondary windings are wound on the center column. The number of equivalent windings added by the at least four groups of secondary windings is 1.

Series resonant converter

A signal process circuit includes a signal modulation unit, a first resistor, a second resistor, a first discharge unit, a second discharge unit and a discharge detection unit. The signal modulation unit is used to modulate an input signal for generating a modulated signal. The first resistor is coupled between the signal modulation unit and an operation node. The second resistor is coupled between the operation node and the signal modulation unit. The first discharge unit is coupled to the signal modulation unit. The discharge unit is coupled to the signal modulation unit. The discharge detection unit is coupled to the first discharge unit, the operation node and the second discharge unit for detecting an output common voltage and control a discharge path accordingly.

Signal process circuit capable of being externally coupled to multiple types of amplifier circuits

A near-eye display system is provided. The near-eye display system includes a display, an image capturing device, a storage device and a processor. The image capturing device is configured to obtain an image of a field of view in which a user watches the display. The storage device is configured to record programs or commands. The processor loads and executes the programs or commands recorded in the storage device to: calculate an in-view brightness distribution according to the image; establish a luminosity invert mask according to the in-view brightness distribution; and control the display to display according to the luminosity invert mask. In addition, a display method for the near-eye display system is also provided.

Near-eye display system and display method thereof

Described herein are compounds of Formula (I), or pharmaceutically acceptable salts thereof, and pharmaceutical compositions thereof. Compounds of the present invention are useful for inhibiting bacterial growth. Methods of using the compounds for treating and/or preventing bacterial infection as well as methods of preparing the compounds are also described 

Teicoplanin analogs and uses thereof

A method of manufacturing a pixel structure of a liquid crystal display panel includes providing a substrate, forming a pixel electrode and a switch device that is electrically connected to the pixel electrode on the substrate, forming an insulating layer that covers the switch device and the pixel electrode on the substrate, forming a common electrode layer on the insulating layer, forming a patterned photoresist layer that includes a plurality of discontinuous patterns on the common electrode layer, performing a first etching process to remove a portion of the common electrode layer so as to forma patterned common electrode, performing a second etching process to remove part of a surface of the insulating layer so as to form a plurality of trenches, wherein the patterned common electrode does not cover the plurality of trenches, and removing the patterned photoresist layer.

Method of manufacturing pixel structure of liquid crystal display panel

Growing community of inventors

Taipei, Taiwan

Yu-Chen Liu