1152 results about "Large applications" patented technology

The invention relates to an on-board intelligent alarming method and a device, wherein, the method combines a longitudinal anti-collision pre-warning method based on the single-eye vision and an accident automatic help-calling method, realizes preventing the rear-end accidents, strives for helping time, reduces injuries and deaths, effectively prevents the collision accidents and personnel deaths caused by the collision, and improves the running safety of the automobile; the device mainly comprises three parts: an on-board terminal, a monitoring center and a user end; the method and the device use the machine vision technique to differentiate the moving vehicles in the front, have high precision and wide visible range, can effectively probe the obstacles, reduce the error reporting possibility and prevent the collision accidents. The method and the device can improve the safety of the vehicle, thus having extremely large application value and prospect.

The invention provides a novel battery energy-storage system and a function integration designing method thereof. The system comprises an energy storage unit and an EMS (energy storage monitoring system); the energy storage unit comprises an EB (energy storage battery unit), an BMS (battery management system) and a PCS (power storage current transformer); the EB is connected with the BMS, the BMS is respectively connected with the EB and the PCS, the input end of the EMS is connected with the output end of the BMS, and the PCS and the EMS are communicated with each other. The method comprises an energy storage battery monitoring and analyzing method achieved through the BMS and the PCS and an energy-storage system monitoring and analyzing method achieved through the PCS and the EMS. In the battery energy-storage system function integration design provided by the invention, all large application occasions of electric power systems are covered, the objective is clear, and various requirements and applications are met.

Disclosed is a recording method in which an image is first formed on an intermediate transfer medium by ejection of ink and is then transferred to a printing medium. The present invention solves a problem regarding insufficient transfer of the image to the printing medium, which is caused by roughness on a surface of the ink image formed on the intermediate transfer medium due to non-uniform application amounts of ink. A transferability improving agent is applied in a controlled manner to an ink image which has been formed on a transfer drum by application of ink. The transferability improving agent is applied in a larger amount to regions with a relatively small application amount of the ink as compared with regions with a relatively large application amount of the ink.

An architecture to deliver web applications to users that is comprised of links to virtual applications that are composed of physical applications (e.g., a software component with special rules). The web applications can be created, combined into larger applications and installed without the typical effort of writing and debugging software code. Building blocks are derived from a standard interface and rules including that none of the components call methods from any other component. The interfaces pass knowledge, and an agent basket holds properties of a job. Data needed to carry out tasks is found from resources other than the interface (e.g., database). Agencies actively monitor job postings (bulletin board posts) and call agents having a highest score for performing the job. Only active agents and components are maintained in computer memory and are killed when finished, minimizing system footprint and reducing hardware costs.

The invention provides a container based dynamic arrangement method for an application environment and a system applying the method. The method comprises the steps of splitting an application into a plurality of sub-modules independent in function and packaging the sub-modules into container mirror images as micro-services capable of running independently; combining a plurality of correlative micro-service containers into a plurality of container groups; setting a running number of container group instances and monitoring health information of the container group instances when the container group instances run; setting a unified access point of a plurality of container group instances same in type; accessing to multiple types of container group instances mutually through the unified access node; and dynamically adding or deleting container groups to realize dynamic arrangement of the application environment. According to the method and the system, the decoupling of each module of a large-scale application can be realized by splitting the large-scale application; and in addition, a micro-service and container mode is adopted, and compared with a conventional mode, the micro-service and container mode is quicker, more flexible and more lightweight.

The invention relates to a nonspherical absolute measuring system based on a multiwave front lens compensator, which comprises a phase shifting interferometer, a standard lens, a multiwave front lens compensator, an electric control adjusting device and a driver thereof, a measured nonspherical optical element, a six-dimensional adjusting frame, an electric control translation platform and a drive thereof as well as a computer control and date processing system, wherein the multiwave front lens compensator comprises a plurality of optical elements or element groups. The invention realizes error separation by a plurality of interferometry for improving the surface shape detecting precision of the nonspherical optical element and has certain flexible measuring range and larger application value.

An optical identification element 8 includes an optical substrate 10 having at least one diffraction grating 12 disposed therein. The grating 12 has a one or more of collocated pitches A which represent a unique identification N bit digital code that is detected when illuminated by incident light 24. The incident light 24 may be directed transversely onto the side or onto an end of the substrate 10 with a narrow band (single wavelength) or multiple wavelength source, in which case the code is represented by a spatial distribution of light or a wavelength spectrum, respectively. The element 8 can provide a large number of unique codes, e.g., greater than 67 million codes, and can withstand harsh environments. The element 8 can be used in any application that requires sorting, tagging, tracking or identification, and can be made on a micron scale “microbeads” if desired, or larger “macro-elements” for larger applications. The code may be digital binary or may be other numerical bases.

The present invention provides a network disaster tolerance method, a terminal and a calling conversation control functional entity. The method comprises the following steps: detecting whether the calling conversation control functional entity registered presently is failed by the terminal; if the detection result is yes, initiating a registering request to the redundant calling conversation control functional entity; and receiving the registering success information returned from the redundant calling conversation control function. According to the invention, the terminal actively initiates the disaster tolerance procession, thus the independence to other device can be reduced. The disposition and application of telecommunication device are facilitated. As the method can be unitedly customized at the terminal, the invention has larger application superiority especially when the redundant unit is provided by different manufactures.

The invention discloses a transfer method of graphite film, which belongs to the field of material processing. The method aims at graphite prepared on nickel and other metal films by chemical vapor deposition method (CVD), and employs hydrogen bubble generated by reaction of a dilute acid solution and a metal substrate to separate the graphite layer and the metal substrate. PMMA and other polymers are not needed to cover the upper layer of the graphite for transferring carrier according to the invention, so no pollutants are introduced, and damage of graphite surface is greatly reduced; the peeling process is carried out by a direct chemical reaction between the acidic solution and the metal, thereby realizing separation of graphite on the upper and lower surface of the metal film and the metal film simultaneously with high efficiency and without external power source and electrochemical reaction. The invention has a simple operation technology and does not relate to harmful chemical substances. The metal substrate can be used for multitime with repetition, and the cost is greatly reduced. The invention has a large application value in the industrial field for large scale preparation of graphite.

The invention discloses a multidimensional sense man-machine interaction system and a multidimensional sense man-machine interaction method, which are based on combine interaction modes of head posture control, voice control, keyboard and mouse operation, etc. The system is composed of the following 8 modules: a user information collecting module, a user information identifying and analyzing module, a head posture control functional module, a voice control functional module, a storage module, an interface interaction module, a self-customizing module and a program control module. The method is realized by the following four processes: collecting user information, identifying and analyzing the user information, realizing head posture control or voice control and outputting a user interface. The system and the method disclosed by the invention have the advantages of large application range, good maintainability, good expandability and the like. In addition, the system provides a novel man-machine interaction process method for a computer user, so that the operation efficiency of a common user can be improved, and great help on neck fitness and learning of old people on computers can be realized.

The invention discloses a method for utilizing a metal organic skeleton to carry out efficient catalytic activation on persulfate or peroxymonosulfate to process organic wastewater. According to the method, a metal organic skeleton material is used as a catalyst, and the characteristics of high active site and high catalytic activity of the metal organic skeleton are used for carrying out catalytic activation on persulfate or peroxymonosulfate to generate sulfate free redical under a condition of normal temperature to degrade organic pollutants in the organic wastewater. The catalyst is easy in recovering and reusing, the activation effect of the catalyst is still good after the catalyst is reused for multiple times, and the catalyst is an environment-friendly material. The method is suitable for processing various types of organic wastewater, has the advantages of good durability, short catalysis time and convenience in operation, has a good degradation effect within a wide PH (Potential of Hydrogen) range, and has a large application prospect on an aspect of the degradation of water body organic pollutants.

A human-oriented object programming system (HOOPS) and its debugger provide an interactive and dynamic modeling system to assist in the incremental generation of symbolic information of computer programs that facilitates the development of complex computer programs such as operating systems and large applications with graphic user interfaces (GUIs). A program is modeled as a collection of units called components. A component represents a single compilable language element such as a class or a function. One major functionality built in HOOPS is the debugger, using symbolic properties. The database stores the components and properties. The debugger, using a GUI, displays to the user the execution state of the program. To display the execution state in terms of the programmer's source code, the debugger demands retrieval and/or generation of the symbolic properties of the program. The compiler, which is responsible for calculating the dependencies associated with a component, uses those dependencies to generate the information stored in symbolic properties. The debugger matches versions of source and object code and retrieves source code configuration as needed. Symbolic properties that are stored in the database can be removed to reduce database and disk memory usage; they can be later reconstructed using the same method of demand-based generation of symbolic information.

The invention discloses a method for biosynthesizing 2'-fucosyllactose by constructing recombinant colibacillus. The name of colibacillus genetic engineering bacteria is E.coli-XYY-1, a synthetic route of 2'-fucosyllactose is achieved, and meanwhile a construction method is disclosed. According to the method for biosynthesizing 2'-fucosyllactose by constructing recombinant colibacillus, existing technical problems are solved, and an efficient gene knockout scheme is obtained; after original strains are subjected to genetic reconstruction, 2'-fucosyllactose is produced, other characteristics of the strains are not changed, and fermentation production is not affected; plasmid adopted by the strains is mature colibacillus plasmid, and therefore growth and normal metabolism of bacteria are not affected in the metabolic process. The constructed recombinant colibacillus has a very large application prospect, and a new idea is provided for generating 2'-fucosyllactose through a biological method.

This invention involves additional details and uses for the invention described in U.S. Pat. No. 7,047,192 Simultaneous Multi-User Real-Time Speech Recognition System file by Poirier. The patent granted to Poirier teaches a platform based on audio events on which can be built larger applications to solve problems of capturing and transcribing human conversations. U.S. Pat. No. 7,047,192 also explains and teaches that indexing, cataloging, editing, and searching audio is possible using a browser to find specific content within text which is then directly linked with the relative audio event. More specifically it describes how this patent can be used as a building block approach to provide functionality for real-time automatic speech recognition systems that a scalable from a single user to hundreds and potentially thousands of users having conversations.

The invention discloses a debris flow disaster early warning system based on a wireless sensor network. The early warning system comprises a wireless sensing network system which is used for collecting debris flow information, a monitoring center which is used for processing the collected debris flow information based on the wireless sensing network system, and a communication system which is used for the communication between the wireless sensing network system and the monitoring center. The debris flow disaster early warning system based on the wireless sensor network, which is provided by the invention, can overcome the defects of small application scope, low monitoring accuracy, poor data reliability, poor monitoring real-time and the like of the existing technology, and has the advantages of large application scope, high monitoring accuracy, high data reliability and good monitoring real-time.

A fluid matrix display is disclosed which is a reflective display that utilizes four colored dyes to create an image. Each of the dyes corresponds to one color in a CMYK color space. Each individually addressable pixel element of the fluid matrix display is composed of four-stacked pixel chambers. Images are created by writing appropriate colored dye data into each pixel chambers of each pixel element of the fluid matrix display. Each pixel chamber is valved to admit or expunge the colored dye to and from that pixel chamber. The admitting and expunging is controlled by the use of electrorhelogic fluids, which provides for a relatively simple switching arrangement to activate and deactivate the pixel assemblies.

The invention relates to multi-stranded welding wires, comprising solidwires and flux-cored wires; stranded solidwires and flux-cored wires are twisted and stranded to form an integral part or multistrand flux-cored wires are twisted to form an integral part; wherein, welding wires positioned in the center are called core wires; the other welding wires twisted around the core wires in the center are called peripheral wires. The invention resolves the defects of the traditional flux-cored wires such as small diameter, difficult swirling when the diameter of the traditional flux-cored wires is increased, poor rigidity and the like; the diameter of the stranded flux-cored wires has a wide variation range, thus obtaining larger weld depth, weld width or wider deposited layer which are in favor of the welding of large scale metal construction. Stranded flux-cored wires feature deep weld depth, large weld width, high deposition efficiency, simple process, high efficiency, strong swirling and good rigidity, thus being capable of obtaining larger weld depth, weld width or wider deposited layer and has a larger application range.