62results about How to "Quick definition" patented technology

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 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.

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 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.

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.