222results about How to "With balance" patented technology

A method of producing Hydrogen by reacting a metal selected from the group consisting of Aluminum (Al), Magnesium (Mg), Silicon (Si) and Zinc (Zn) with water in the presence of an effective amount of a catalyst at a pH of between 4 and 10 to produce Hydrogen. The catalyst or other additive is selected to prevent or slow down deposition of the reaction products on the (impair reactions with the) metal that tend to passivate the metal and thereby facilitates the production of said Hydrogen.

This document provides methods and materials related to regulating inflammatory pathways. For example, compositions and kits containing two or more of an anticholinesterase compound, a choline compound, and a carnitine compound and methods for using the compositions and kits described herein to support acetylcholine function to regulate one or more inflammatory pathways are provided.

A multipurpose infant positioning device that includes a lower pad with front and back surfaces, wings attached to lateral sides of the lower pad and a bottom flap attached to the bottom portion of the lower pad. At least one of the wings and bottom flap have fastening segments attached thereto for adjustably attaching these components to portions of the lower pad. The fastened wing and bottom flap are made of a material having sufficient resiliency to maintain and bring an infant back to flexed midline position within the infant positioning device. These infant positioning devices may further include a headpiece, brim, pocket at the back surface of the lower pad and a detachable readjustable multipurpose pillow for positioning the infant from and between supine, prone and side-lying positions, all while maintaining and reinforcing the flexed midline position of the infant for normal development.

The present invention provides a balance assembly for use with a sash window assembly slidable within a master frame. The balance assembly generally includes a plate, a spring assembly, and a brake shoe or pivot brake assembly. The plate is removably connected to the master frame. The spring assembly includes a first spring that is inter-wound or nested within a second spring. Each spring has a coiled portion, an intermediate portion, and a free portion. The coiled portions of the springs are rotatably supported by the support member that extends from the plate. The free portions of the springs have a curved configuration and are received by a slot in the brake shoe, which is operably coupled to the sash window. The inter-wound springs exert a balancing force on the sash window during movement of the window.

A motorized personal transportation article is provided to transport a person by wearing a pair of power-assisted motorized shoes, used in a normal forward walking action that provides a supplementary walking speed adjusted based on a user intended walking speed, even the intended speed changes during a mid-step. The sole of each of the shoes houses a relatively stiff plate coupled with conveyor assemblies in the toe and heel sections, respectively, which are connected by a relatively flexible portion. The assembly is designed to neutralize forces acting to disrupt its operation during walking while the flexible portion assists in bending the shoe naturally to maintain the natural walking balance and movement. Further, the flexible portion may equip with ribs or hinges for easier bending than twisting. The front and rear relatively stiff plates may make of twistable and bendable materials but to a lesser extent than the flexible portion.

A compile technique is provided for multicore allocation, by which a desired running performance can be achieved. The steps of analyzing a taskization directive, taskizing a specified part, and assigning a specified CPU the task are adopted for the compile technique. According to the program-to-tasks-decomposition compile technique, the multicore decomposition is performed by allocating tasks to CPUs individually while following a task decomposition directive of a main part designated by a user. When no direction is issued concerning a CPU to be allocated, the relation with a principal task is judged from the relation of invocation and the dependency, and CPU to be allocated, and then the CPU to be allocated is determined. In allocation to the CPU, an efficient multicore-task decomposition is achieved in consideration of copy and assignment of one processing to more than one CPU while figuring in the balance between processing speed and resources.

A high-strength steel sheet comprises a metallic structure consisting of a ferrite phase and a hard second phase dispersed in the ferrite phase, the hard second phase in the metallic structure having an area ratio of 30 to 70%, and the ferrite of which grain sizes are not more than 1.2 μm having an area ratio of 15 to 90% in the ferrite phase. The term ds is an average grain size of the ferrite of which grain sizes are not more than 1.2 μm, the term dL is an average grain size of ferrite of which grain sizes are more than 1.2 μm, and the ds and the dL satisfy the following equation (1):

dL/ds≧3  (1).

The present application discloses an automated cooking apparatus that includes a holder configured to hold a container of food or food ingredients, one or more first kinematic pairs, each comprising a first mating part and a second mating part, wherein the first mating part is connected to the holder; a transport mechanisms that can move the second mating parts of the one or more kinematic pairs; and a driver or controller configured to drive or control the transport mechanism to produce a movement of properly fast speed so that a center point on the internal surface of the container is displaced by properly small distance. The first kinematic pairs and the transport mechanisms in combination can move the holder and the cooking pan to produce fast enough acceleration in the container.

Systems and methods for determining the number of texture samples used to produce an anisotropically filtered texture mapped pixel may improve texture mapping performance or image quality. The number of texture samples may be increased or decreased based on texture state variables that may be specific to each texture map. Furthermore, the texture samples may be positioned along an axis of anisotropy to approximate an elliptical footprint, ensuring that the texture samples span the entire axis of anisotropy. A graphics driver may load the texture state variables and configure a system to modify the number of texture samples and/or position the texture samples used to produce the anisotropically filtered texture mapped pixel.

A system and device that includes a base, supported by supports adapted to stand or slide on ice, and at least two hockey sticks movably attached to the base, where the base houses at least one mechanism for actuating the hockey sticks and preferably houses one individual mechanism for each hockey stick, so that the hockey sticks, which are preferably movable left to right and up and down, are actuated individually.

The invention provides a tungsten carbide-intermetallic compound hard alloy of a twin structure. The alloy comprises a hard phase WC and an adhesive phase Ni3Al or FeAl or Fe3Al, wherein the adhesive phase is 10 to 40 volume percent. A manufacturing method for the alloy sequentially comprises the following steps of: mixing Ni powder or Fe powder, Al powder and fine WC powder uniformly according to the component proportion of the Ni3Al or the FeAl or the Fe3Al; spreading the mixed powder in a graphite container, heating the mixed powder to the temperature of between 900 and 1,200 DEG C under a non-oxidizing atmosphere, preserving the heat for over 1 hour, naturally cooling the heated powder, and coating the adhesive phase to the surface of the fine WC; grinding, crushing and screening the mixture of the fine WC and the adhesive phase; performing deoxidation pretreatment at the temperature of 400+/-50 DEG C under the hydrogen atmosphere; performing pre-wet milling on 52.31 to 75.97 weight percent or 55.79 to 76.97 weight percent or 53.66 to 76.37 weight percent of crude granular WC powder and the balance of mixed powder to obtain a wet milled mixture; performing spray drying and pressure molding; and performing low-pressure liquid phase sintering at the temperature of between 1,250 and 1,550 DEG C, and thus obtaining the tungsten carbide-intermetallic compound hard alloy of the twin structure. The crude crystal WC and the fine crystal WC are matched uniformly, so the alloy has high densification, high strength, good abrasion resistance and excellent high-temperature oxidation resistance and corrosion resistance; and the preparation method is simple and low in cost.