60results about How to "Quick definition" patented technology

A telescopic strut for use with an external fixator includes a tube and a rod, especially a threaded rod being in threaded engagement with the tube. The tube comprises at least one hole for accommodating a ball, the ball having the spherical shape for engagement with the threaded rod. A sleeve is provided on the portion of the tube comprising the hole. The sleeve comprises a non-spherical inner cross-section. The greater diameter of the sleeve has a dimension which is at least the sum of the outer diameter of the threaded rod plus the diameter of an accommodating ball for allowing direct axial movement of the threaded rod against the tube in such a rotational position of the sleeve. The lesser diameter has a dimension to place the ball within the threaded rod for allowing a rotational movement of the threaded rod against the tube.

The invention provides a data analysis method based on big data. The data analysis method includes steps of receiving user-defined data mining process and component information to realize graphical data flow processing; generating codes conforming to Hadoop standards, converting a user-defined data mining process model into operable codes on the Hadoop; connecting data mining components to form the data mining process; utilizing a frame provided by Hadoop as a data mining process executing platform, submitting the codes to the executing frame and applying parallel computing capability of a cloud platform to parallelize the mining process. By the defined component model, the data mining process can be quickly and visually defined by users, and data access to various data storage systems is realized.

System and methods for an event defined and user controlled interaction channel are disclosed. The interaction channel can be added to people, locations, things, or media content for associated activity and information interactions between interested parties to achieve a goal or outcome. The disclosed system may include mobile, web, and cloud applications or services supporting enablement of an interaction channel for attachment and/or interconnection with traditional or social media sources, communication services, or other referenced objects to facilitate added layers of host-defined and user controlled interactions. The methods may include an event definition process for an event host to easily and quickly attach an interaction channel to a referenced object for user controlled interactions. The methods may also include convenient and non-intrusive event sign-in or channel connection processes for users to have full control of how they want to participate and control their data privacy in activity and information interactions with the event-defined interaction channel host and/or users.

A method for selecting members in a hierarchy includes determining a sequence of one or more actions associated with a member selection tree. The actions collectively selecting one or more members from a hierarchy of members. The hierarchy of members is associated with a particular dimension of an organization of data. The method further includes recording the sequence of actions in a member selection script. In addition, the method includes executing the member selection script to select one or more members after the hierarchy of members has been modified.

The invention discloses effective description based on visible production system in the advanced manufacture and automatic technique domain, which is characterized by the following: basic data maintenance establishes and maintains basic information of production device or equipment to provide basic data for production system modeling; data collection collects the needed data for modeling according to the dispatching time scale; production technique description provides production technique flow visible description for production system; model generation forms production system resource data text file of model base requirement according to the input optimum dispatching parameter of user. The invention can dispose wide dispatching problem in the production course.

The invention provides a traffic accident responsibility definition method. The traffic accident responsibility definition method comprises the following steps: 1. providing a vehicle-mounted communication terminal and remote terminal equipment, wherein the vehicle-mounted communication terminal comprises a micro-control unit and a storage module; and the threshold of acceleration of a car is stored in the storage module; 2. providing a car with an electronic control unit, and electrically connecting the vehicle-mounted communication terminal with an electronic control unit; 3. circularly acquiring the running parameters of the car through the electronic control unit when the car runs; 4. acquiring the car running parameters and the geographic position information through the vehicle-mounted communication terminal, and storing the car running parameters and the geographic position information into the storage module; 5. calculating the real-time acceleration of the car through the micro-control unit, and if the change value of real-time acceleration is greater than the preset threshold, and transmitting the car running parameters and the geographic position information within the preceding period of time to the remote terminal equipment through the micro-control unit; and 6 analyzing to obtain the running state and the movement track of the car, and then determining the responsible party of the traffic accident.

A telescopic strut has an axially extending rod and a tube receiving the rod for varying the length of the strut along a longitudinal axis. The tube has first and second ends, the second end has a pin extending therethrough. A locking system is mounted on the tube first end for adjusting the position of the rod in the tube and fixing the length of the strut. A coupling element having a tubular sleeve with a threaded outer surface is mounted on an outer surface of the second end of the tube. The sleeve has two diametrically opposed slots receiving the pin and an adjustment element mounted on the sleeve outer surface for axial movement along the axis. The adjustment element has a surface contacting the pin to limit the movement of the pin in the slots.

The invention provides a discrete simulation method for a large rocket take-off drift. The method comprises the steps of (1) building a three-dimensional model of a rocket, a mobile launch platform and a ground facility on the mobile launch platform, and carrying out assembly location according to an actual launch state; (2) carrying out simulation on a time period from rocket take-off to attention, obtaining a rocket take-off altitude, maximum drift amount and roll attitude data within the time period; and (3) carrying out discrete simulation on the time period of attention and carrying out the following processing on every moment after discretization: (3.1) searching the rocket take-off altitude, the maximum drift amount and the roll attitude data corresponding to the moment from the result in the step (2), (3.2) fabricating a circumference path along a lunching axis by employing the rocket launching axis as the circle center and the maximum drift amount as the radius and combining the roll attitude data of the rocket at the moment according to the maximum drift amount data at the moment and (3.3) calculating and recording the minimum distance between the tail part of the rocket and all attention objects according to the obtained circumference path.

Disclosed are a smart grid android system safety base line automatic checking system and method. The smart grid android system safety base line automatic checking system comprises an android system safety base line base, a safety base line checking template editor, a safety base line checking task editor, a safety base line checking task executor, a communication interface, a safety base line checking result analyzer and a safety base line checking result displayer. The smart grid android system safety base line automatic checking system and method have the advantages that safety base line checking templates corresponding to all kinds of known smart grid android intelligent mobile terminal devices can be quickly and precisely defined, the safety base line checking range of the smart grid android intelligent mobile terminal devices is greatly expanded, new smart grid android intelligent mobile terminal device safety base line checking templates can be more flexibly established, and safety base line checking tasks can be quickly issued to the appointed smart grid android system intelligent mobile terminal devices.

The invention provides a direct amplifier station monitoring center and a direct amplifier station monitoring method, belonging to the direct amplifier station monitoring technical field, for resolving the defects of the prior art such as the prior monitoring data package method has high development difficulty and band structure, and the modification and refresh process need to modify several parts of the former package tool. The direct amplifier station monitoring command transmitter comprises a memory module for storing at least one package script, a package module for determining a direct amplifier station pointed by the monitoring command. And the method comprises: determining a monitoring protocol used by the direct amplifier station, reading and executing a package script corresponding to the monitoring protocol to package the monitoring command, generate and transmit a monitoring data packet. The invention is based on a development tool similar as Java language to develop the package script, having low developing difficulty and easy process, wherein the package script adopts modularized structure and is easy to modify and refresh.

The invention discloses a method and a system for constructing a process model on the basis of parameterization. A parameterization design process model is constructed in advance; when a specific part is designed, the parameterization design process model associated with part design is inquired; the design dimension of an appointed processing part is set; according to the design dimension and relevant process knowledge in the parameterization design process model, the process dimension of the appointed processing part and corresponding process margin are obtained; and the obtained process dimension and the obtained corresponding process margin are used for carrying out instantiation on the parameterization design process model to generate a design model and revise corresponding process parameters, label information and process procedure information so as to finish the construction of the process model. The parameterization DPM (Design Process Model) which is generated in advance is called to construct an instancing model, the quick definition of a product and the quick generation of the process are realized, and product design efficiency is improved. Meanwhile, the process knowledge is combined into a product modeling process so as to be beneficial for the precipitation and the inheritance of enterprise knowledge.

An application program and system feature reactivation process and apparatus for use in a graphical user interface of a computer-based system. A user-selectable feature reactivation button is quickly defined or “programmed” through a first use, allowing subsequent reactivation of the system feature by simply operating the reactivation button while a pointer is located anywhere on the screen within a user input area. The reactivation button may be on a pointing device such as a mouse, trackball, trackpoint, keypad, stylus, etc. The invention eliminates the need to repeatedly relocated the pointer to a feature activation push button on the screen to and from the user input area, and eliminates excess user hand movement from the pointing device and the keyboard.

The invention relates to the technical field of information processing, and discloses a method for generating a function interface, which comprises the following steps of: enabling a server to acquire function information sets respectively associated with different types of household appliances, and available function information and interactive logic information respectively associated with different types of household appliances under the same type; under the condition that the target function information set is selected, determining a target household appliance type associated with the target function information set; obtaining target available function information determined from the target function information set, and model information and target interaction logic information of a target household electrical appliance under a target household electrical appliance type associated with the target available function information; and generating a configuration file according to the target available function information and the target interaction logic information, so that the control end generates a function interface of the target household appliance according to the configuration file. Therefore, the problems of low reuse rate and repeated adaptation when the intelligent household electrical appliance is connected to the control terminal can be solved. The invention further discloses a system for generating the functional interface and electronic equipment.

The invention relates to a mobile terminal identity information association analysis method and device. The method comprises the steps of: acquiring mobile terminal identity information of each user;selecting part or all of classification factors in the mobile terminal identity information of each user as basic identity information of the corresponding user; continuously acquiring a mobile user internet data packet, and parsing out mobile terminal identity information of a user from the mobile user internet data packet; if the newly acquired mobile terminal identity information comprises classification factors the same with those in the basic identity information of a certain user, determining that the newly acquired mobile terminal identity information is associated with the user, merging information of classification factors in the newly acquired mobile terminal identity information, which are different from those in the basic identity information of the user, into the basic identity information of the user so as to implement completion on the basic identity information of the user, and in a similar fashion, gradually completing the basic identity information of each user so asto construct mobile terminal identity information full view of the users.

The aim of the invention is to provide a method which is used for extracting basic customer information in multiple information systems (including TA, DS, EC, CC and the like) of a fund company, defining a checked key field scope, carrying out strict program checking, fuzzy program checking and artificial checking and finally summarizing and combining the basic customer information in different information systems as one. The method has five innovative points: (1) a data source is clearly defined, customer information is extracted from the multiple information systems and is ensured to cover all customers, and no customer is omitted, leaked or missed; (2) related fields are effectively cleaned, and errors about full-width and half-width characters, spaces and the like are avoided; (3) basic customer information is clearly defined; (4) checking and normalizing rules are clearly defined so that clear rules for judging whether customer information is consistent are provided; and (5) the checking and normalizing process is clearly defined, and the checking and normalizing work is ensured to be carried out orderly and effectively.

The invention relates to a communication method and a communication system of an interconnected die and a DSP/FPGA. According to the communication method of the interconnection die and the DSP/FPGA, a plurality of data interfaces are included, each data interface is provided with a different protocol conversion module, and data input conversion and data output conversion are included during communication of the data interfaces; during data input conversion, external data of the DSP/FPGA is converted into a unified data protocol format through a protocol conversion module and is transmitted to a die level network in the interconnected die for unified transmission of the data; during data output conversion, the internal data in the interconnection die is converted into different data protocol formats by the protocol conversion module according to the data property of the data, enters different data interfaces and is transmitted to the DSP/FPGA. According to the method, the external data and the internal data are mutually converted, so that each apparatus and device can be connected into the multi-die system in any form, the flexibility of the system is improved, and flexible assembly, rapid definition and rapid implementation of the system are facilitated.

The invention discloses a monitoring method, device and system for power grid equipment. The method comprises the following steps of acquiring monitoring data of the power grid equipment; analyzing and processing the acquired monitoring data, and generating monitoring data items according to a preset monitoring category; and displaying the generated monitoring data items through a preset display mode. Various data of the electric field can be visually and efficiently monitored in a targeted way by analyzing and processing the acquired monitoring data, generating monitoring data items accordingto a preset monitoring category and displaying the monitoring data items through a preset display mode. The effect is good, and the effectiveness of subsequent maintenance work is ensured.

The invention relates to a technology for converting a self-defined track of visualized DXF system coordinates to operation point coordinates, in particular to a method for automatically identifying operation points through DXF files. The core of the technology can be applied to a dynamic link library (DLL) or a component library and other technologies and can be directly interconnected with a lower computer device for debugging in real time. A visualized DXF system is used for carrying out leading-in on the DXF files, so that the visualized coordinates are obtained; an operation point track can be freely defined, and after the track is defined, the defined track can be directly led out and used as a coordinate point file script. When the working environment needs to be changed, a new working temperature can be rapidly adapted to just by changing the script. Through the method, visualization of DXF drawings can be achieved rapidly and flexibly, and the track can be rapidly defined without long-term and on-site manual setting; a simple and rapid programming interface is provided, high modularization and cohesiveness are achieved, and the maintenance cost of an application program is reduced.

The invention relates to the technical field of data exchange, in particular to a data exchange method based on Web Service. According to the data exchange method, on the basis of the Web Service, appointment is carried out on introduced contents and formats in a parameter defining mode, parameter information is automatically stored by an automatically-created data sheet, and the whole handling process of the service is finally completed by handling the introduced parameter sheet. According to the data exchange method, a developer does not need to define or develop the Web Service, and can handle different service processes only by defining the parameter information needed by each process, and therefore the ultimate aim of rapidly defining a data exchange platform based on the Web Service during flexible application is achieved.

The invention discloses a 5G network slice product rapid design method based on a product service template. The quick design of the 5G network slice product is completed through the following steps: constructing a product service template, packaging a client-oriented communication server, a resource-oriented communication server, a resource, and attributes, dictionary values and actions corresponding to the client-oriented communication server, the resource-oriented communication server and the resource; hiding a client-oriented communication server, a resource-oriented communication server, resources, attributes and implementation details of the attributes, dictionary values and actions corresponding to the client-oriented communication server, the resource-oriented communication server and the resources respectively, controlling access levels of reading and modification of the attributes in a program only through an external public interface, and configuring operation support systemdomain attributes of a product; wherein the product service template is in butt joint with a product center and accepts customer requirements during product configuration. The method has the advantages that quick configuration, quick delivery and quick application of the 5G network slice product can be realized.