35results about How to "Less specific" patented technology

One or more patterning arrays are mounted to a mounting plate via height adjustment structures that enable the flatness of the active surfaces of the patterning arrays to be controlled. The height adjustment structures may comprise an array of piezoelectric actuators or screws. Alternatively, the backside of the patterning means may be polished to optical flatness and bonded by crystal bonding to an optically flat surface of a rigid mounting body.

A memory device includes a plurality of memory cells arranged in series in the semiconductor body, such as a NAND string, having a plurality of word lines. A selected memory cell is programmed by hot carrier injection. The program operation is based on metering a flow of carriers between a first semiconductor body region on a first side of the selected cell in the NAND string and a second semiconductor body region on a second side of the selected cell. A program potential higher than a hot carrier injection barrier level is applied to the selected cell, and then the drain to source voltage across the selected cell and the flow of carriers in the selected cell reach a level sufficient to support hot carrier injection, which is controlled by a combination of a switch cell adjacent the selected cell and modulation of a source side voltage applied to the NAND string.

A method and apparatus are provided for controlling the power consumption of a semiconductor device such as a CPU or other form of processor that is operable to process a sequence of instructions. The device includes a monitor for checking the power consumption of the device, in order to detect any significant change in power consumption (which can cause problems for the power supply circuitry). In order to mitigate such change, one or more dummy instructions are inserted into the sequence of instructions. The dummy instructions do not affect the logical processing, but are selected in order to limit the change in power consumption. Thus if the change in power consumption represents an increase, then dummy instructions are selected that do not require much current. Conversely, if the change in power consumption represents a decrease, then dummy instructions are selected that draw a relatively large amount of current.

A method and system for correcting optical aberrations in a maskless lithography system. Adjusters move individual spatial light modulators (SLMs) in an SLM array so that the surface of the SLM array deviates from a flat plane. The deviation compensates for aberrations in the lithography system, such as total focus deviation. In an embodiment, an individual SLM can be tilted, bent, and / or have its elevation changed. Multiple SLMs in the SLM array can move in different ways depending on the compensation to be made. The adjusters can be either actively or passively controlled. The method may be performed only during initial setup of the maskless lithography system, periodically as needed for maintenance of the lithography system, or prior to each exposure in the lithography system.

The present application discloses a method and device for determining the degree of user preference, wherein when the degree of user preference is determined according to the historical behavior data of a user, particularities among different preferences are reduced, and universality is increased. The method comprises: extracting historical behavior data and condition data of a user; determining a first probability of occurrence of a preference characteristic according o the historical behavior data and the condition data, and determining a second probability of occurrence according to the condition data, wherein the first probability of occurrence is a probability that the preference characteristic occurs in the historical behavior data under the influence of the condition data, and the second probability of occurrence is a probability that the preference characteristic occurs when the user has no preference; determining a distance between the first probability of occurrence and the second probability of occurrence; and determining a preference value of the user for the preference characteristic according to the first probability of occurrence and the distance.

The invention provides a corn bean pulp type feed complex enzyme additive and an application thereof. The complex enzyme additive comprises the components based on weight percentage: 10%-15% of xylanase, 8%-15% of cellulase, 3%-8% of beta-seminase, 5-15% of alpha-galactosidase, 5%-10% of acid protease, 10%-20% of moderate temperature amylase, 5%-10% of glucoamylase and 7%-54% of carrier. The complex enzyme additive can decompose the nutrient s in the corn bean pulp, a mass of anti-nutritional factors which are hard to digest by animals such as the crude fiber and the like, so that energy in the corn bean pulp can be abundantly explored, the digestion capability of the animals to the corn bean pulp type feed can be improved, and the material-meat ratio can be reduced; the digestibility of the nutrient substance and the appearance metabolic energy can be improved, and the microorganism quantity of the ileum can be reduced; the corn bean pulp type feed complex enzyme additive has the advantages of being high-efficiency, specific, small in additive amount and the like compared with the similar additive; and after the complex enzyme additive is used, the growth of the animals can be promoted, and the feed converting efficiency can be improved.

The present application discloses a method and device for determining the degree of user preference, wherein when the degree of user preference is determined according to the historical behavior data of a user, particularities among different preferences are reduced, and universality is increased. The method comprises: extracting historical behavior data and condition data of a user; determining a first probability of occurrence of a preference characteristic according o the historical behavior data and the condition data, and determining a second probability of occurrence according to the condition data, wherein the first probability of occurrence is a probability that the preference characteristic occurs in the historical behavior data under the influence of the condition data, and the second probability of occurrence is a probability that the preference characteristic occurs when the user has no preference; determining a distance between the first probability of occurrence and the second probability of occurrence; and determining a preference value of the user for the preference characteristic according to the first probability of occurrence and the distance.

The invention provides a capacity configuration method of a hybrid energy storage system for stabilizing wind power fluctuation. The hybrid energy storage system comprises a power type energy storage system and an energy type energy storage system. The method includes the steps that (1) the grid connection active power of wind power and the active power P (t) of the hybrid energy storage system are acquired, and a wavelet packet decomposition method is utilized to acquire power type energy storage power and energy type energy storage power respectively; (2) the hybrid energy storage system at different rated power P and under different capacities is configured, and the stabilizing effect of the hybrid energy storage system is analyzed; (3) according to the stabilizing effect and an improved particle swarm algorithm, the capacity of the hybrid energy storage system is configured. Compared with the prior art, according to the capacity configuration method of the hybrid energy storage system for stabilizing wind power fluctuation, a control policy is built according to the current electric quantity conditions, power magnitude required to be exerted and the rated power of the power type energy storage system and the energy type energy storage system and the improved particle swarm algorithm, and wind power fluctuation is stabilized and effectively controlled.

The invention relates to a surface modified carbon nano point, preparation thereof, application of the surface modified carbon nano point used as a fluorescence probe for detecting Cu2+ and glutathione. The invention relates to a detection method of the Cu2+ and the glutathione, and aims to solve the technical problems that an existing fluorescence probe for detecting the Cu2+ is easy to interfere by other metal ions, high in preparation cost and complex in preparation step. The triethylene tetramine-modified carbon nano point is used as the fluorescence probe for detecting the Cu2+ and the glutathione; the preparation method of the fluorescence probe comprises the steps of microwave heating citric acid and urea in a water solution, adding the acquired carbon nano point into an ethanol solution containing triethylene tetramine for reflowing, and preparing the fluorescence probe. The preparation method is simple, the reaction conditions are moderate, and the cost is low. A detection method comprises the steps of fluorescence quenching TCDs and forming a TCDs-Cu2+ compound through interaction of the fluorescence probe and the Cu2+, further interacting the TCDs-Cu2+ compound and the glutathione, recovering fluorescence of the TCDs, and detecting the Cu2+ and the glutathione. The probe can be used for detecting copper ions and the glutathione in the water solution and a life entity.

The present invention discloses a complex enzyme feed additive for rice only, which is mixed and made by cellulase, xylanase, glucanase, amylase, protease, and the compound of phytase and the carrier according to a certain proportion. The present invention has the highlight advantages that the feed additive contains a variety of non-starch polysaccharides enzyme, and contains protease and amylase, which can effectively reduce the anti-nutritional factors in the rice, and promote animal digestion; compared to the similar compound enzyme additives, which has the advantages of high efficiency, specificity and less quantity adding. Using the feed additive can promote animal growth and improve feed conversion efficiency.