82results about How to "Large amount of removal" patented technology

A method and apparatus for the specification and automatic generation of user interfaces of information system (computer programs) is provided. The method is based in pattern language to specify requirements in an un-ambiguous mode and with precise semantics. The pattern language allows a user interface model to be composed using elements of the pattern language (computer objects in the object oriented programming style) which fully specify the desired user interface. The semantics of the objects in the user interface model have one and only one definition such that user interface model can be validated in a validation process. The validation process eliminates bugs in the final computer program code which is automatically produced from the user interface model. A model (metamodel), an editor tool (computer program) implementing the model for creating specifications of the user interface model, DTD specification, code generators, and other artifacts are depicted and described here for obtaining such user interfaces for different platforms (computers and operating systems) and different programming languages without manual coding of the computer code to implement the user interface. The software obtained is ready to run and it is able to communicate with a business server component using a standardized Application Programmatic Interface (API).

Plural nodes are arranged at predetermined initial positions, and feature values at plural sampling points around each node are obtained as a node feature value of each corresponding node. An error estimator indicating displacement between the current position of each node and the position of corresponding feature point is obtained based on correlation information on a difference between the node feature value obtained in a state in which the plural nodes are arranged at correct positions of the corresponding feature points and the node feature value obtained in a state in which the plural nodes are arranged at wrong positions of the corresponding feature points in a learning image, correlation information on a difference between the correct position and the wrong position, and a node feature value of each node. The position of each feature point is estimated in an input image based on the error estimator and the current position of each node.

A method for generating a lesson plan for a course is provided that includes associating a plurality of standard objectives with the course. A plurality of learning activities are provided for selection. Each learning activity is associated with at least one standard objective for the course. A selection of at least a subset of the learning activities is received. The lesson plan is generated based on the selected learning activities.

A quick, economical and environmentally friendly, “green”, process for the continuous purification of biodiesel (fatty acid alkyl esters (FAAE)) is described using a powdered, granulated or extruded adsorbent. The adsorbent is contained in a column system and is regenerated for reuse multiple times. The process employs an adsorbent such as, but not limited to, carbon, silica, clay, zeolite or a metal silicate contained in a column to remove the impurities from fatty acid alkyl esters (FAAE) or crude biodiesel in a continuous process. The process utilizes the adsorbent column system for the purification of biodiesel, rather than water or filtration, to remove soaps and other impurities entrained in a crude biodiesel. The crude biodiesel is contacted with an adsorbent packed into a column, or multiple columns in series, for a sufficient amount of time to remove impurities such as, but not limited to, soaps, metals, free glycerin, sterol glucosides and many of the other impurities that reduce the stability of biodiesel. The resulting finished biodiesel exiting the column(s) is ready for the methanol recovery process. Once the adsorbent no longer removes the desired amount of impurities, it is regenerated for reuse. The solvent used for the regeneration process is reclaimed and reused by recycling it back to the transesterification reaction.

A turbine exhaust thin strut includes an airfoil section having a profile substantially in accordance with at least an intermediate portion of the Cartesian coordinate values of X, Y and Z set forth in Table 2. The X and Y values are distances, which when smoothly connected by an appropriate continuing curve, define airfoil profile sections at each distance Z. The profile sections at each distance Z are joined smoothly to one another to form a complete airfoil shape.

An electrical box with sidewalls having a front edge and a flange extending transversely from the sidewalls at a set distance from the front edge. Knockouts in the sidewalls include multiple removable sections, which can be removed selectively as desired to create large or small openings for electrical cables. The sidewalls of the electrical box include an opening therein and a panel that can be inserted into the opening. The panel includes an internal mounting arrangement with captive fasteners for securing the electrical box to a stud. The flange provides a sealing surface for contacting the vapor barrier surrounding the box and thereby seals around the periphery of the electrical box. Duct seal is applied around the periphery of the cables at the knockout areas to provide an airtight seal for the electrical cables entering the electrical box.

A fluid purification system, comprising: a first fluid purification media comprising a rigid porous purification block, comprising: a longitudinal first surface; a longitudinal second surface disposed inside the longitudinal first surface; and a porous high density polymer disposed between the longitudinal first surface and the longitudinal second surface; a second fluid purification media, comprising a fibrous, nonwoven fabric disposed adjacent to the first surface of the first fluid purification media, the second surface of the first purification media, or both.

An electronic device includes a cover for one or more heat generating components, with the cover providing at least a combined conductive, convective, and radiant cooling for the heat generating components while maintaining the device within a prescribed temperature range. Conductive cooling is realized by providing thermal coupling between each of two or more depression regions in the cover and one or more heat generating components. Appropriate placement of air inlets and outlets through the cover provides convective cooling of the heat generating components and the thermally coupled depression regions. Heat from the heat generating components thermally coupled to one depression region is effectively isolated from heat generated by other heat generating components thermally coupled to another adjacent depression region at least in part via the air outlets through an interior region between the two adjacent depression regions. Radiant cooling can also be improved by increasing the emissivity of the device cover material.

The invention discloses a preparation method for a cobalt-loaded ordered mesoporous carbon material and an application of the cobalt-loaded ordered mesoporous carbon material in the process of catalyzing oxone to degrade rhodamine B in wastewater, and belongs to the technical fields of synthesis of mesoporous carbon materials and organic wastewater treatment. The key points of the technical schemeare as follows: melamine is used as a nitrogen source, F127 is used as a template agent, melamine-phenolic resin balls are prepared through a polycondensation reaction of resorcinol and formaldehydeby adopting a hydrothermal method, high-temperature calcination is performed, so that a mesoporous carbon carrier is obtained, and the mesoporous carbon carrier and a cobalt sulfate solution are further subjected to a hydrothermal reaction to synthesize the cobalt-loaded ordered mesoporous carbon material, wherein with the change of the ratio of the raw materials, a series of cobalt-loaded orderedmesoporous carbon materials can be obtained, so that the efficiency of catalyzing the oxone to degrade the rhodamine B in the wastewater is effectively improved. The cobalt-loaded ordered mesoporouscarbon material prepared by the method of the invention can effectively remove the rhodamine B in the water body, has large removal capacity, large adsorption capacity, high removal efficiency and convenient operation, is insoluble in the water body, can be recycled, and has good adsorption catalytic performance.

The invention relates to a Zr-La composite metal oxide, a preparation and an application of Zr-La composite metal oxide for controlling eutrophication of water body and removing phosphate. The Zr-La composite metal oxide is Zr-La composite metal oxide microsphere composed of ZrO2 and La2O3, nanoparticles are accumulated on the surface of the microspheres, the microspheres surface contains hydroxy group and has a loose and porous structure. The Zr-La composite metal oxide employs a micro channel auxiliary injection method which is characterized in that an uniform transparent solution containing chitosan, a zirconium precursor and a lanthanum precursor is injected to a sodium hydroxide solution by a syringe to obtain the Zr-La hydroxide microspheres, and then the microspheres are calcined to obtain the product. According to the invention, the zirconium precursor is metered by zirconium content, the lanthanum precursor is metered by lanthanum content, and the mole percentage of zirconium in the zirconium precursor and the lanthanum precursor is 10-60 mol%. The Zr-La composite metal oxide has high removal efficiency for phosphate, short removal time, and good cycling stability. The Zr-La composite metal oxide has good application potential for controlling eutrophication of water body and removing phosphate.

A fluid purification system capable of removing lead from significant volumes of fluids also containing at least one of TOC and TTHM under low pressure conditions and at reasonable flow rates is provided. The system comprises a first fluid purification media comprising a rigid porous purification block. The rigid purification block includes a longitudinal first surface; a longitudinal second surface disposed inside the longitudinal first surface; and a porous high density polymer disposed between the longitudinal first surface and the longitudinal second surface. The system further includes a second fluid purification media, comprising a fibrous, nonwoven fabric disposed adjacent to the first surface of the first fluid purification media, the second surface of the first purification media, or both.

The invention provides a biomimetic membrane for removing aflatoxins, and a preparation method and treatment method of the biomimetic membrane. The biomimetic membrane comprises a microporous membrane, a dopamine coating coats the microporous membrane, polyethyleneimine is grafted to the dopamine coating, and enzyme molecules are adsorbed onto the polyethyleneimine. The method comprises the following steps of firstly coating the microporous membrane with poly-dopamine, then grafting the polyethyleneimine, and finally adsorbing the enzyme molecules through the polyethyleneimine. Enzymes adsorbed onto the biomimetic membrane can be unceasingly desorbed and released into feed liquid in the process of performing catalytic degradation on the aflatoxins, so that the polyethyleneimine is exposedto continue adsorbing the aflatoxins until a saturated state is obtained, and the total aflatoxins removing rate is greater than 80%. The adsorbed aflatoxins are eluted with aqueous alkali, so that regeneration and repeated use of the biomimetic membrane are realized, and 50% or above of the eluted aflatoxins can be degraded in the aqueous alkali. The preparation technology of the biomimetic membrane disclosed by the invention is simple, enzyme catalysis, enzyme slow release, membrane adsorption and alkali treatment are combined, and the removal rate of the aflatoxins can be increased.

The invention relates to the field of cleaning agents, in particular to a cleaning agent for cleaning calcium sulfate scales, barium sulfate scales and strontium sulfate scales. The cleaning agent comprises the following components in percentage by volume: 5-30 percent of NaOH, 0.5-1.5 percent of ethylenediamine tetraacetic acid, 0.2-0.6 percent of alkylphenol ethoxylate, 0.2-0.4 percent of fatty alcohol-polyoxyethylene ether phosphate and the balance of water. Furthermore, the invention discloses a preparation process and an application of the cleaning agent. The cleaning agent disclosed by the invention has a simple formula; and under the cooperative and synergistic actions of components, descaling capacity is increased effectively.

The vehicle pulled snow scraper system is an adjustable width snow blade having a pivotally attached blade in which the forward-backward tilt of the blade is adjusted via the winch. The forward-backward tilt function also may raise and lower the bottom edge of the blade in relation to the ground surface. The invention has a two piece hitch receiver bar having two different diameters of tubing, with an impact spring between the tubes to absorb impacts when the blade catches an immovable object. The outside edges of the blade assembly extend outward to greatly increase the width of the snow plow blade as desired by the user.

A query device for conducting automated user identification using a domain specific query language is described. The domain specific language is a computer language specially adapted for use in the healthcare domain. The domain specific language includes specific syntax suitable to the medical or healthcare industries, and is structured in the form of a string for processing. The domain-specific query is automatically processed and delineated into one or more processing sections. The domain-specific query is specifically structured for improved efficiency through iterative processing of the one or more processing sections, where each of the one or more processing sections is classified and mapped to a specific filter. Each filter represents a programmatic mechanism for automatically conducting a query against one or more backend data storages or other datasets to return a list of users or equipment that meet the criteria of the filter. Corresponding methods, and computer readable media are described.

The invention relates to a mechanical manufacturing process, and in particular relates to a process of manufacturing and material processing of sliding bearings. The invention discloses a sliding bearing machining process, comprising the following steps: blanking, end surface chamfering, end surface grinding, punching, chamfering of an oil filling hole, quenching and tempering, centerless grinding, squeezing, and surface grinding. Through the sliding bearing machining process, a sliding bearing is used for lowering frictional resistance of machine running, and is high in machining precision. On the premise of satisfying the machining precision of the sliding bearing, the efficiency and the product quality can be improved by the machining process.

The present invention provides a semiconductor structure and a formation method thereof. The formation method of the semiconductor structure comprises the steps of: providing a substrate, wherein thesubstrate comprises fin columns, and each fin column comprises a bottom portion region, a channel region located on the bottom portion region and a top portion region located on the channel region; forming first isolation layers on the substrate, wherein the first isolation layers cover the bottom portion regions of the fin columns; forming first gate oxide layers and second gate oxide layers at the surfaces of the side walls of the channel regions of the fin columns, wherein the second gate oxide layers are located at the surfaces of the top portions of the first gate oxide layers, and the thicknesses of the first gate oxide layers and the second gate oxide layers are different; forming gate structures at the surfaces of the top portions of the first isolation layers, wherein the gate structures cover the first gate oxide layers and the second gate oxide layers; and forming second isolation layers at the surfaces of the top portions of the gate structures, wherein the second isolationlayers cover the side walls of the top portion regions of the fin columns. The formation method provided by the invention can improve the performances of the semiconductor structure.

The invention discloses a functional cellulose-based porous material. The functional cellulose-based porous material is prepared in the following method: dispersing a cellulose main body material andfunctional macromolecules in a mixed aqueous solution of sodium hydroxide and urea or thiourea, freezing at the temperature of -30 DEG C to 0 DEG C, stirring at a normal temperature, obtaining cellulose-based sol, gelling at the normal temperature to obtain amido-containing porous cellulose gel, washing to be neutral, and obtaining the cellulose-based functional porous material. The invention alsodiscloses an application of the functional cellulose-based porous material in chroma sewage prevention. Under a condition of normal temperature and alkaline environment, the copolymerization of N,N'-methylene diacrylamide and cellulose molecules without an initiator, the amido bond is introduced onto the cellulose molecule in one step, the preparation method is safe, the prepared amido cellulose-based porous absorption material contains a great amount of amido groups on the surface and also has a porous structure, and the BET specific surface area is greater than or equal to 350 m<2>/g. By adopting the functional cellulose-based porous material, the purification of industrial and food high-chroma waste water can be realized.