33results about How to "Maximum result" patented technology

Disclosed is a method to achieve digital quantification of DNA (i.e., counting differences between identical sequences) using direct shotgun sequencing followed by mapping to the chromosome of origin and enumeration of fragments per chromosome. The preferred method uses massively parallel sequencing, which can produce tens of millions of short sequence tags in a single run and enabling a sampling that can be statistically evaluated. By counting the number of sequence tags mapped to a predefined window in each chromosome, the over- or under-representation of any chromosome in maternal plasma DNA contributed by an aneuploid fetus can be detected. This method does not require the differentiation of fetal versus maternal DNA. The median count of autosomal values is used as a normalization constant to account for differences in total number of sequence tags is used for comparison between samples and between chromosomes.

Disclosed is a method to achieve digital quantification of DNA (i.e., counting differences between identical sequences) using direct shotgun sequencing followed by mapping to the chromosome of origin and enumeration of fragments per chromosome. The preferred method uses massively parallel sequencing, which can produce tens of millions of short sequence tags in a single run and enabling a sampling that can be statistically evaluated. By counting the number of sequence tags mapped to a predefined window in each chromosome, the over- or under-representation of any chromosome in maternal plasma DNA contributed by an aneuploid fetus can be detected. This method does not require the differentiation of fetal versus maternal DNA. The median count of autosomal values is used as a normalization constant to account for differences in total number of sequence tags is used for comparison between samples and between chromosomes.

A dual flush toilet system (120) with a water tank (122), a discharge opening (159), a flush valve (156), and a toilet bowl, is provided with a dual action flush lever (130) for actuating a full or a partial flush operation, an engaging device (161) with a V-shaped groove (160) for selectively engaging the flush valve (156) in both upward or downward movements and rotations about a vertical axis, a travel limit device (141) for limiting the maximum vertical travels of the flush valve (146), a load device (420) for selectively applying a downward load to the flush valve (156) to forcibly push the flush valve (156) down to close the discharge opening (159), and an electronic control system (1020) for electronically regulating the volumes of water used to flush the dual flush toilet system (120) according to the wastes in the toilet bowl. The dual flush toilet system (120) can perform a full or a partial flush operation through controlling the volumes of the water used to flush the wastes by selectively limiting the maximum travels of the flush valve (156), applying a downward load to forcibly push the flush valve (156) down to close the discharge opening (159), using an electronic control device (1020) to control the duration of flushing, or utilizing the differences of the physical properties of air and water flowing through different sizes of holes at different elevations on biased rotations of the flapper valve (1130) to control the duration of the flapper valve (1130) in an open position.

A granular biomass burning furnace for use with any appropriate granular biomass, such as grains, cherry pits, etc. The furnace includes a three stage heat exchanger, a fuel injector, a fuel stirrer, an ash ejector, a wash down system, a three stage air inducer, a fuel igniter, and supporting components. The unit includes a computer controller which controls all aspects of the operation of the unit based on information from sensors located throughout the unit. The unit includes a smart logic thermal controller to adjust the output heat of the unit via a variable speed air inducer. The three stage heat exchanger system includes a spiral water jacket surrounding the burn pot, a plurality of heat exchanger baffles in the unit, and a fine finned heat exchanger at the top of the unit. The air inducer provides air to the burn pot from three directions to promote complete combustion.

A screening machine including at least one screen surface, feeding means that feed material to be screened towards the screen surface and onto the screen surface where the material is separated into a first fraction remaining on the screen surface and into a second fraction passed through the screen surface while the material is moving along the screen surface. In a method for controlling the screening machine, the amount of material on the screen surface is determined by automatic measurement, and the speed of the feeding means is controlled on the basis of the measurement by automatic control.

A dual flush toilet system (120) with a water tank (122), a discharge opening (159), a flush valve (156), and a toilet bowl, is provided with a dual action flush lever (130) for actuating a full or a partial flush operation, an engaging device (161) with a V-shaped groove (160) for selectively engaging the flush valve (156) in both upward or downward movements and rotations about a vertical axis, a travel limit device (141) for limiting the maximum vertical travels of the flush valve (146), a load device (420) for selectively applying a downward load to the flush valve (156) to forcibly push the flush valve (156) down to close the discharge opening (159), and an electronic control system (1020) for electronically regulating the volumes of water used to flush the dual flush toilet system (120) according to the wastes in the toilet bowl. The dual flush toilet system (120) can perform a full or a partial flush operation through controlling the volumes of the water used to flush the wastes by selectively limiting the maximum travels of the flush valve (156), applying a downward load to forcibly push the flush valve (156) down to close the discharge opening (159), using an electronic control device (1020) to control the duration of flushing, or utilizing the differences of the physical properties of air and water flowing through different sizes of holes at different elevations on biased rotations of the flapper valve (1130) to control the duration of the flapper valve (1130) in an open position.

Screening assays that allow for the identification of agents that increase acyl homoserine lactone (AHL) acylase expression and / or AHL acylase activity in γ-proteobacteria such as Pseudomonas aeruginosa. Such agents are useful, for example, for inhibiting quorum sensing activity of such bacteria by increasing degradation of long chain, but not short chain, AHLs and, therefore, can be useful for treating infections by such bacteria.

The present invention relates to a battery storage structure for acoustic equipment having a housing and a battery-driven speaker disposed on the housing, the battery storage structure for storing a battery in the housing. A case storage section is disposed in the housing and has an open surface. A battery case has an open surface and is stored within the case storage section, wherein the open surface of the battery case is oriented in the same direction as the open surface of the case storage section. At least one connection section connects the battery case and the case storage section, wherein a predetermined gap is formed between an inner bottom surface of the case storage section and an outer bottom surface of the battery case, and between an inner side surface of the case storage section and an outer side surface of the battery case.

The present invention relates to a method of increasing the safety of a power plant (10) provided with at least one heat engine (1, 2) and a gearbox (BTP), said engine (1, 2) driving said gearbox (BTP), said gearbox (BTP) having a lubrication system implemented using an aqueous medium stored in a reserve (30), in which method a fluid comprising water is injected into said heat engine (1, 2) to increase the power developed by the heat engine (1, 2) without increasing the temperature of a member of the heat engine (1, 2), or to decrease said temperature without modifying the power developed by the engine (1, 2), said fluid being taken from said reserve (30).