172results about How to "Enable reuse" patented technology

A methods, systems and apparatus for enabling user to access, use, register, communicate, connect, participate, share, transact and interact with internet enabled or associate heterogeneous types of web sites, web sites' heterogeneous features, applications, services, objects, data & user connections, web pages, portals, functions, widgets, objects, applications, providers, sources, destinations, services, servers, databases, networks, devices, social networks, search engines, e-commerce web sites, peer top peer networks, web services, APIs, storage mediums, user data, profiles, payment information, social graph, user connections for conducting various user activities, actions, transactions, interactions & communications from one place or single or parent user interface or via interfaces & functions management interface. User can also communicate with other interfaces & functions management interfaces of other users of network(s).

A methods, systems and apparatus for enabling user to access, use, register, communicate, connect, participate, share, transact and interact with internet enabled or associate heterogeneous types of web sites, web sites' heterogeneous features, applications, services, objects, data & user connections, web pages, portals, functions, widgets, objects, applications, providers, sources, destinations, services, servers, databases, networks, devices, social networks, search engines, e-commerce web sites, peer top peer networks, web services, APIs, storage mediums, user data, profiles, payment information, social graph, user connections for conducting various user activities, actions, transactions, interactions & communications from one place or single or parent user interface or via interfaces & functions management interface. User can also communicate with other interfaces & functions management interfaces of other users of network(s).

A computer-implemented method for automatically generating computer code for a software system from a representation of the software system. An architectural description language is used to represent activities and dependencies between activities as separate entities. Dependencies are managed by coordination processes associated with the dependency. Activities and dependencies are connected through ports which encode interfaces between activities and coordination processes. At least one associated computer program is identified for each activity and dependency for implementing the activity or managing the dependency, wherein the representation is defined by activities, dependencies and ports through which activities are connected to dependencies. The associated computer programs are combined to provide the computer code for the software system.

The present invention provides a method for the remediation of harmful organics and / or heavy metal contaminated matrix in order to remediate harmful organics and / or heavy metal contaminated soil, sediment and / or sludge. The method involves the processes of biostimulation, bioaugmentation, rhizoremediation, phytoremediation and a passive biopile. The method comprises steps of: a) designing a microbial agent comprising pollutant degrading bacteria, plant promoting bacteria and / or biosurfactant producing bacteria; b) preprocessing the matrix; c) constructing a passive biopile; and d) capping the biopile with plants for phytoremediation. The method achieves internationally-dominant green and persistent remediation while achieving bioremediation / phytoremediation degrading the organics and removing heavy metal.

A method of enabling reuse of Web session data generated at a server in a client / server environment is described. The method comprises: recording a user's interaction with a Web site thereby producing Web session data; converting the Web session data into a document having a portable format; and transferring the portable format document to a user such that it may be reused to regenerate at least a part of the Web session at a later point in time. The portable document, typically in an XML format with XSL formatting instructions, can be passed to different users for editing and use by them and makes the Web session data browser and server independent.

A method and an apparatus are provided for mounting and removing electronic components using solder bumps while constraining thermal stresses to a substrate. The method and apparatus for mounting and removing an electronic component (bear chip 32) to be soldered onto the substrate with solder bumps 114 is configured to move the electronic component to detect contact of the solder bumps with the substrate or contact of a tool (chuck unit 38) with the electronic component, to define the contact as an original point for raising a heating temperature of the electronic component and the substrate from the heating temperature to a maximum heating temperature HTm as well as move the electronic component in conformity with the temperature rising, and to move the electronic component from a position where the maximum heating temperature is achieved to a mounting height of the substrate.

Traditional techniques of 3D data retrieval using names and subjective attributes are not robust and are difficult to automate over large 3D repositories. Certain techniques developed for search and classification of 2D engineering designs, are in general, difficult to extend to 3D models. These issues are addressed by a system for automated search and classification for 3D CAx models based on their geometric “shape,” which is often an indication of design, analysis and manufacturing process similarity. A new method and system are provided for representing 3D shape as a composition of multiple 2D image projections, which are transformed using the Discrete Fourier and Harr Wavelet transforms. Key coefficients of the transforms are then stored in the 3D model repository and are used to efficiently search and classify such repositories.

A method for wirelessly transmitting user data and at least a first type of control information using a plurality of transmission layers including encoding bits of a first type of control information to form one or more control codewords and encoding bits of user data to form one or more user data codewords. The method also includes generating a plurality of vector symbols based on the control codewords and the user data codewords. Each vector symbol includes a plurality of modulation symbols that are each associated with a transmission layer over which the associated modulation symbol will be transmitted. Generating the plurality of vector symbols includes interleaving bits of the one or more control codewords and bits of the one or more user data codewords so that the first type of control information is carried in modulation symbols associated with the same transmission layers in all the vector symbols transmitted during the subframe that carry the first type of control information. The method also includes transmitting the plurality of vector symbols to a receiver over a plurality of transmission layers.

The present invention provides an etching solution for silver or silver alloy comprising one at least ammonium compound represented by the formula (1), (2) or (3) below and an oxidant.

A method and an apparatus are provided for mounting and removing electronic components using solder bumps while constraining thermal stresses to a substrate. The method and apparatus for mounting and removing an electronic component (bear chip 32) to be soldered onto the substrate with solder bumps 114 is configured to move the electronic component to detect contact of the solder bumps with the substrate or contact of a tool (chuck unit 38) with the electronic component, to define the contact as an original point for raising a heating temperature of the electronic component and the substrate from the heating temperature to a maximum heating temperature HTm as well as move the electronic component in conformity with the temperature rising, and to move the electronic component from a position where the maximum heating temperature is achieved to a mounting height of the substrate.

A system and method for digitally providing impedance mismatch compensation for a communications medium in a communications device. A method comprises producing a power amplifier (PA) output signal, providing the PA output signal to a digitally-controlled transmission line (DCTL), transforming a first load impedance to a second load impedance producing a DCTL output, and coupling the DCTL output to an antenna. The PA having the first load impedance and the transforming is controlled by a digital control word provided to the DCTL.

A method and an electronic device arranged to execute application programs, wherein the device comprises an operating system enabling a separation of user interface data from the rest of the data processing system, the device being arranged to check, in response to starting an execution of the application program, whether screen size information of the application program corresponds to a display size of the terminal; and download, in response to the screen size of the application program differing from the display size of the terminal, a new user interface file with an appropriate screen size from a network server.

A semiconductor wafer regenerating system is capable of easily and efficiently removing fabricating patterns formed on a semiconductor wafer to enable reuse of the semiconductor wafer. The system, which removes patterns of the semiconductor wafer in a dry manner by using blasting grit, includes a mesh conveyor, a grit blaster, a swinging element, a collecting element, a separating element, and a dust collector. The mesh conveyor transports the semiconductor wafer so that the patterns face upward. The grit blaster is installed above the mesh conveyor and has at least one blasting nozzle for blasting grits toward the semiconductor wafer to remove the patterns from the semiconductor wafer. The swinging element swings the blasting nozzle in a plane perpendicular to a transporting path of the semiconductor wafer along the mesh conveyor. The collecting element underneath the mesh conveyor collects pulverulent bodies including grits, chips, and dusts falling from the mesh conveyor. The separating element is connected to the collecting element to separate the grits and chips from the dusts. The dust collector is connected to the separating element to collect the dusts separated by the separating element.

Traditional techniques of 3D data retrieval using names and subjective attributes are not robust and are difficult to automate over large 3D repositories. Certain techniques developed for search and classification of 2D engineering designs, are in general, difficult to extend to 3D models. These issues are addressed by a system for automated search and classification for 3D CAx models based on their geometric “shape,” which is often an indication of design, analysis and manufacturing process similarity. A new method and system are provided for representing 3D shape as a composition of multiple 2D image projections, which are transformed using the Discrete Fourier and Harr Wavelet transforms. Key coefficients of the transforms are then stored in the 3D model repository and are used to efficiently search and classify such repositories.

The invention provides a hydrogen preparation method and belongs to the field of preparation of hydrogen. The method comprises the following steps: (1) carrying out anaerobic fermentation on biological wastes to produce biogas; (2), purifying the biogas, pressurizing to 3-4 MPa and carrying out hydrocarbon conversion reaction to obtain a mixed gas containing CO, CO2, H2 and steam; and (3), carrying out CO conversion reaction on the mixed gas under the conditions of 2.2-2.6 MPa and 300-350 DEG C in the presence of an iron-cobalt catalyst, cooling the temperature of the reacted mixed gas to 35-45 DEG C and carrying out pressure swing adsorption to obtain hydrogen. The hydrogen preparation method has the technical effects of low cost and energy resource conservation; the current situation that the preparation of hydrogen in the prior art is too dependent on petroleum and natural gas is improved; the hydrogen preparation method provides a novel preparation method of industrial hydrogen; while the hydrogen preparation is ensured, the development of the biogas industry is also greatly promoted.

The invention discloses a method for dewatering activated sludge by utilizing waste alkali slag / alkali liquor. The method of the invention mainly includes that the waste alkali slag / alkali liquor is first added with a certain amount of calcium oxide to be evenly mixed and then injected into activated sludge which goes through gravity settling, and evenly mixed; fully-dissolved polyacrylamide is then added and evenly mixed; the dry basis ratio of alkali slag, calcium oxide, polyacrylamide and activated sludge is 25 to 40 : 7 to 13 : 0.12 to 0.25:100; after being fermented and air-dried, dewatered sludge is served as agricultural fertilizer. The dewatering method of the invention has the advantages of low cost, high efficiency of sludge dewatering, good stability and low content of heavy metal in yielding sludge and achieves the purpose that the waste alkali slag is recycled to treat the waste by the waste; in addition, the alkali slag contains the elements of calcium, magnesium and a small amount of sodium, potassium, chloride, etc., which are necessary for the plant growth and can be used for making fertilizer in the agricultural production.

The invention discloses a preparation technology of methyl triethoxysilane. Methyldichlorosilane and absolute ethyl alcohol are adopted as the raw materials, and the technology comprises the four steps of alcoholysis, deacidification, separation of crude products and refinement, and comprises the following specific steps: carrying out alcoholysis reaction on methyldichlorosilane and absolute ethyl alcohol subjected to vaporization and steam stripping in an alcoholysis reaction tower; introducing the product mixture into a stripping tower for steam stripping of unreacted methyldichlorosilane and HCl, conveying the product mixture subjected to steam stripping into a neutralization kettle, and further removing HCl through the action of a neutralizer; after neutralization, filtering for salt removal to obtain a crude product of methyl triethoxysilane; carrying out rectification on the crude product for purification to obtain a colorless and transparent methyl triethoxysilane product. According to the preparation technology, the use of an organic solvent is avoided, the reaction is mild, the side reaction is less, and the product content is high; the recycling of the monomer by-product, namely, methyldichlorosilane, is effectively realized, and the additional value is increased; the devices used in the technology are conventional devices, the operation is easy to control, the pollutant emission during the whole reaction process is less, and the preparation technology is quite suitable for industrialized and enlarged production.

The invention discloses a domestic garbage incinerated ash and mixed soil composite reinforced subgrade. The domestic garbage incinerated ash and mixed soil composite reinforced subgrade comprises a foundation layer, a subgrade layer paved on the top surface of the foundation layer and a road surface layer paved on the top surface of the subgrade layer, wherein the subgrade layer comprises a subgrade base body and a plurality of layers of reinforced structure layers; the subgrade base body is prepared from compacted filler and the filler is mainly prepared by mixing domestic garbage incinerated ash and clay; the reinforced structure layers are paved in the subgrade base body at intervals from bottom to top; the reinforced structure layer on the topmost layer is located on the bottom surface of the road surface layer; each reinforced structure layer is mainly composed of a geogrid and a geocell fixed at the top of the geogrid. According to the domestic garbage incinerated ash and mixedsoil composite reinforced subgrade disclosed by the invention, the urban domestic garbage incinerated ash is used as a filler component to be applied to subgrade construction, so that the environmentpollution is reduced, the land occupation problem caused by accumulation of garbage ash is alleviated and a novel way is provided for harmless and reclamation treatment on the ash; the domestic garbage incinerated ash and mixed soil composite reinforced subgrade disclosed by the invention has excellent strength and rigidity.

The invention provides a method for jointly treating high-fluorine sewage by utilizing waste slag, which comprises the following steps: (1) carbide slag, pulverized fuel ash and red mud are added into a treatment pond containing the high-fluorine sewage and sent into an overflow pond after being stirred and reacting for 10-20 minutes, and clear liquid in the overflow pond flows into a reaction pond; (2) the carbide slag is added into the reaction pond, and the pH is regulated to 9-10; after 10-20 minutes of reaction, a coagulating agent is added to the clear liquid, and the pH is regulated to 6-7.5; after 10-20 minutes of reaction, a coagulant aid is added to the clear liquid; and after 10-20 minutes of reaction, the clear liquid is filtered and drained. The method uses the industrial waste slag for treating the high-fluorine sewage so as to ensure that the fluorine content in the treated sewage conforms to an environmental protection standard specified by the nation, thus the pollution of the high-fluorine sewage to the environment is greatly reduced. Meanwhile, the harm of the industrial slag to the environment is also reduced, thus the method has higher economic benefit and social benefit.

The invention discloses a build up welding method for repairing cold rolling and leveling supporting rollers in the technical field of welding. The method includes the following steps of firstly, removing fatigue layers and cracks on the surfaces of the rollers; secondly, preheating the rollers to a certain temperature; thirdly, conducting welding, wherein in the welding process, working layers are welded after base layers are welded, and dehydrogenation is conducted after welding is completed; fourthly, conducting machining to polish build up welding layers. The method has the advantages that the rollers which lose efficacy are processed through ordinary flux-coated wires, the specific build up welding method and specific build up welding conditions, cost is low, the method is simple and easy to implement, the roller surface hardness of the rollers repaired through the method is between HS66.7 and HS69.8, the hardness uniformity is + / -HS1.55 and is superior than that of new rollers, the service life of the repaired rollers is equivalent with that of the new rollers, the repaired rollers completely meet use conditions, the rollers which lose efficacy are used again, cost is saved, and economization use value of metallurgy waste of the type is improved.

A conversion kit and method of using a conversion kit is provided which converts a metal shipping crate into a transporting apparatus. In one preferred embodiment, the conversion kit utilizes a hinge and locking mechanism to angle the trailer for loading of a cargo vehicle and lock the trailer into a horizontal transport position. In another preferred embodiment, the conversion kit utilizes a locking ramp which is lowered for loading of a cargo vehicle and then locked in a vertical position to keep a cargo vehicle in place. A method for using the conversion kit is also provided.

Reusable devices, systems and methods of assembly of reusable devices comprise an inner portion designed to be reused and an outer portion designed to be disposed. The reusable inner portion is a closed, self-contained receptacle comprising a housing, which encapsulates at least an imaging device, at least one illumination source, at least one rechargeable battery, and a controller. A first end of the closed reusable inner portion is covered by an optical system, and a second end of the closed reusable inner portion comprises battery contacts. The disposable outer portion comprises at least a shell and an optical dome. The housing of the reusable inner portion is inserted into the shell, and the optical dome is attached to the shell so as to detachably seal the reusable inner portion of the in-vivo device within the disposable outer portion of the device.

The invention relates to the technical field of chemical industry and provides a method for preparing iron oxide red by utilizing iron-containing wastes. The method comprises the following steps: converting an iron element in the iron-containing wastes into ferric hydroxide, ferrous hydroxide or a mixture of ferric hydroxide and ferrous hydroxide; then carrying out constant-temperature drying for3 to 5h at 120 to 180 DEG C in the presence of oxygen gas, so as to obtain dry powder; storing the dry powder for 40 to 180min under a sealed condition at 400 to 800 DEG C, so as to obtain gamma-Fe2O3. The method provided by the invention can be used for recycling the iron-containing wastes and resources are avoided; the yield of iron oxide red is high and the economic benefits are relatively high. The invention further provides an iron oxide red pigment; the iron oxide red pigment is obtained through gamma-Fe2O3 in a standardized manner; iron oxide red pigment has relatively excellent economic benefits.

A system for regenerating a diesel particulate filter of the present invention includes a fixing part, a fluid supplying part, a fluid inhaling part, and a controller. The fixing part fixes a housing of a diesel oxidation catalyst-diesel particulate filter assembly. The fluid supplying part supplies a fluid of high temperature and high pressure to a rear end of the housing. The fluid inhaling part inhales the fluid from a space between the diesel oxidation catalyst and the diesel particulate filter of the housing. The controller controls the fluid supplying part such that temperature of the fluid between the diesel oxidation catalyst and the diesel particulate filter arrives at a first predetermined temperature.

The present invention provides an etching solution for silver or silver alloy including at one at least ammonium compound represented by the formula (1), (2) or (3) below and an oxidant:wherein each of the variables is as defined herein.

The invention discloses a making method of hemp root bast filter paper for an anti-fog and anti-haze mask. The making method comprises the steps that hemp root bast is sequentially subjected to cutting, steaming, bleaching, defibering, pulping, papermaking, squeezing and drying. The thick and hard hemp root bast is made into the hemp root bast filter paper with large thickness, high quantitation, large hole diameter and high porosity, and reutilization of waste textiles is achieved. The filter efficiency of the made hemp root bast filter paper on NaCl aerosol particles with the size of 0.26 micrometer, the density of 15.6 mg / m<3> and the concentration of 2% reaches up to 99.94%-100%, and therefore the hemp root bast filter paper has the high air particle filter efficiency, can be applied to the anti-fog and anti-haze mask and has an efficient filter effect and a wide market application prospect.