Other

Intel Corporation

John Lang

Zhiming Zhuang

Seh Kwa

Jun Jiang

Yunhui Chu

Jackson Tsai

Yanli Zhang

Ramon C Cancel Olmo

Roland P Wooster

Jue Li

Charles C Phares

Thomas Agung Nugraha

Fan Chen

Geethacharan Rajagopalan

Partha Robert Choudhury

Dongyeung Kwak

Particular embodiments described herein provide for an electronic device that includes a liquid crystal display, a backlight for the liquid crystal display, a timing controller (TCON), and a display engine located outside of the TCON, where the display engine asynchronously sends image data to the TCON and backlight control data to the backlight.

Asynchronous control of a backlight for a liquid crystal display

Disclosed herein are example edge-to-edge display devices and related methods. An example display device includes a display screen and a backlight including a light guide frame defining a cavity therein. The example display device includes an integrated circuit coupled to the display screen. The example display device includes a flexible printed circuit in communication with the integrated circuit and including an electrical component coupled thereto. The electrical component is at least partially disposed in the cavity of the light guide frame.

Edge-to-edge display devices and related methods

A display controller for a display may include a frame rate circuit to change a frame rate of the display from a first frame rate to a second frame rate, and a reference voltage circuit to adjust a reference voltage of the display from a first reference voltage corresponding to the first frame rate to a second reference voltage corresponding to the second frame rate. The display may be a thin film transistor liquid crystal display. The reference voltage may correspond to a common voltage (Vcom) for the display.

Display controller with multiple common voltages corresponding to multiple refresh rates

In some examples, a display includes a plurality of display backlight groups, and one or more controller to determine one or more one-dimensional backlight group brightness level adjustments, to determine one or more two-dimensional backlight group brightness level adjustments, and to adjust a brightness of one or more of the backlight groups in response to content of a display image.

Display backlight brightness adjustment

Aspects of the embodiments are directed to a data transmission receiver that includes a neural network circuit for resolving a received bit value. The data transmission receiver can be coupled to a data transmitter by a high speed data link. The neural network circuit can sample a bit value at multiple locations across the bit's unit interval. The neural network circuit can also sample bit values for neighboring bits to the interested bit at multiple sampling locations across unit intervals for the neighboring bits. The neural network circuit can determine the value of the interested bit from the samples of the waveform.

Neural network-based systems for high speed data links

A burner has a flame chamber formed by flat upper and lower walls connected by side walls and a front end wall, with a fuel inlet for connection to a fuel source and with an open rear end. A handle is connected with one side of the burner for inserting it between the overlapping layers of a lap joint of fusible roofing sheets for sliding it forward along the joint while flame issues from the rear end of the burner to fuse the overlapping layers together. A hold-down member normally is spaced above the burner, but a device is provided for lowering that member into close proximity to the burner for engaging the upper surface of the upper layer of the lap joint and holding that layer down on the burner as the burner is moved forward. The apparatus may also include a second shorter flame chamber disposed above the front portion of the other chmaber, with openings between them for flow of gas and flames from the lower chamber to the upper one.

Apparatus for sealing lap joints of fusible roofing sheets

The use of fusion-formed compounds of polyvalent cations with aluminate, alumino-borate and -ferrite anions has been found to provide improved clarification methods for settling aqueous suspensions of solids. The use of these materials has been found to be more effective than the use of the corresponding conventional mono-valent cation compounds. A particularly effective form of these clarifying agents is obtained when the preparation thereof is carried out by high temperature methods, which brings about the incipient or actual fusion of the materials. Recycling of the once-used clarifying agents is possible when using these materials, especially when the flocculated solids are incinerated during the ultimate disposal step.

Process for clarifying water

The organic portion of solid municipal waste is converted into a liquid fuel suitable for use in internal- and external-combustion engines, a residue suitable for plant or animal nutrients and purified water by the process which comprises separation of the waste into a hydrolyzable fraction, hydrolysis of said fraction, saccharification, fermentation, distillation, and concentration.

Preparation of liquid fuel and nutrients from solid municipal waste

The organic portion of the impurities in municipal waste are converted into a liquid fuel suitable for use in internal- and external-combustion engines, a residue suitable for animal feed supplement and purified water by the process which comprises the steps of: partial concentration, saccharification, fermentation and distillation.

Preparation of liquid fuel and nutrients from municipal waste water

A burner that has flat upper and lower walls connected by side walls and a front end wall is provided with a fuel inlet for connection to a fuel source and with an open rear end. A device is connected to one side of the burner for inserting it between the overlapping layers of a lap joint of fusible roofing sheets for sliding it forward along the joint while flame issues from the rear end of the burner to fuse the overlapping layers together. Preferably, a roller follows the burner to press the hot layers of the joint together. A second burner may be provided which is opposite hand to the first burner and which is held in an elevated position as long as the first burner is in operating position.

The invention provides an improved method for alteration of the sex ratio in animal (including human) offspring by separation of the population of spermatozoa into fractions which are different by reason of the sex-linked electrical charge resident thereon. The separation is carried out by bringing the spermatozoa into close association with an electrostatic charge-bearing material having a charge the sign of which is opposite to the sign of a chosen portion of the spermatozoa which carries the sex determining character of the unwanted sex, so as to attract and thereby to permit that portion to be isolated, or put to a disadvantage in the fertilization of ova. The invention is concerned with the selection of the charge-bearing material, the adjustment of the pH and particle size thereof, and the control of the surrounding medium in relation to its influence on the charge characteristics of both the charge-bearing material and the spermatozoa.

Process for the alteration of the sex-ratio of mammals

Reagents can be provided in more convenient and readily-utilizable forms by converting the basic desired reagent material into a shapeable solid using gelation techniques (i.e., a non-crystalizing solidification process) for the fluids that are carriers and/or vehicles for the reagent. The resulting solidified gel product can be shaped as desired or needed into such practically useful forms as ribbons, tablets, capsules, pellets, etc. The gelled reagent materials are oftentimes more storeable and have markedly increased shelf-lives over the same reagents, per se, in ungelled form. Additionally, the gelled reagent materials possibilitate very much simplified proportioning, measuring out or supply of desired tare of the reagent material itself by the easy expedient, depending on the shape utilized of the solidified gelled reagent material involved, of depending upon mere number count in the case of pellets, tablets or the like or length of material in the case of ribbon, wire or the like according to the predetermined assay of reagent in any given physical unit of the shaped gelled reagent material. This, as a great convenience and with optimum accuracy, obviates the weighing or otherwise measuring out by normal techniques of the reagent material itself as it is done in conventional practice. The gelled reagent materials react freely and in the expectable way when put in a given reaction mass or material being tested or processed upon disruption of the gel when placed therein giving rise to release of the reagent, per se.

Growing community of inventors

Hillsboro, OR, United States of America

John Lang