134results about How to "Strong configurability" patented technology

Systems and methods for collaborative and interactive computer applications. A downloadable server-client collaborative mobile social computing application and methods for using the same that connect users based on both their physical location and mutual geographic proximity. A wide variety of Web-enabled devices may be used by members to access the system and interact with other members using both geographic proximity and user-defined preferences to match different users. The system is characterized by its location based services and high degree of user configurable options to provide users with both an entertaining experience and rich social interactions.

Implementations of the present invention provide systems, methods, and apparatus for stopping unauthorized transactions before they are processed, as well as for creating and using one or more sub-accounts. For example, a debit or credit account can be activated or deactivated at will through various spend control mechanisms, which can be limited by specified time periods, numbers of transactions, and/or monetary amounts. Further implementations also relate to using a unique 6-digit identification number (or biometric information) that is known only to the account granting institution and the primary account owner for the various types of activation/deactivation.

A cash deposit apparatus has a user interface module that provides a user interface at a first external side of the apparatus and allows a user to interact with a cash processing transaction of the apparatus. A cash processing module processes cash deposited by the user and determines a value related to the processed cash, and has a service interface for providing access to the cash processing module. A cash storage module stores cash as processed by the cash processing module and has a cash storage interface for providing access to the cash storage module. The cash processing module and the cash storage module are independently configurable.

The present invention is a double-layer multi-carrier ultra-wideband wireless communication method, wherein the frequency band for ultra-wideband communication is divided into a plurality of sub-bands, then one or more sub-bands are used for data transmission, and the Orthogonal Frequency Division Multiplex (OFDM) multi-carrier transmission technology is used in each sub-band. In the transmitting party, the data symbols to be transmitted are allocated on M branches corresponding to the M sub-bands, and the OFDM modulation is implemented on the data symbols on each branch to obtain M branches of parallel data, then digital baseband multi-carrier modulation is implemented on the M branches of parallel data. Thereby, the spectrum of data on each branch is moved onto the digital sub-band corresponding to the radio sub-band one to one, so the digital baseband signal of the radio signal to be transmitted is obtained. Then, the digital signal is converted to an analog signal with a D/A conversion and an up-conversion, and the signal spectrum is moved to the radio frequency band in use, then the analog signal is amplified, filtered and transmitted via an antenna, thus the task of modulating M branches of parallel data onto M sub-bands is completed.

The invention discloses a three-dimension remote romance system, based on graph transmission, which comprises interactive server terminal and user terminal. Wherein, the server terminal has mode file manage unit, three-dimension romance engine unit, graph code decode compress unit, and network transmission unit; the user terminal has network transmission unit and user interactive unit; when the server terminal receives the browse request of user terminal via the network transmission unit, the mode file manage unit reads the mode file that requesting browse; using three-dimension romance engine unit to romance generate graph data, via the graph code decode compress unit to be compressed, and via network transmission unit, to be sent to the user terminal; user terminal decodes the data of compressed graph, to display it via user interface. The invention uses progressive transmission, multistage delay memory, and the prediction based on user interaction to realize the balance between high real-time property and high accurate browse, to support quick beautiful romance effect to general user.

An improved technique provides location detection using wireless net-works such as Wi-Fi networks in a flexible, configurable manner that allows for variations in the environment and tracks target movement accurately in such an environment. Zones of different relative sizes and sensitivities can be defined, so as to vary the degree of resolution for different parts of the area being detected. Mechanisms are provided to take into account fluctuations in signal strength, and reduce the incidence of false positives resulting from incorrectly detecting zone or location changes due to fluctuations of signal strength. In addition, detection time can be configured for zone entry and/or exit. Self-adjustment based on heuristic analysis can also be implemented. Data can be sent or received based on the physical location as determined by the zone.

A system and method for analyzing data (the “system”) is disclosed. The system can automatically identify patterns of template data points encapsulated in the form of one or more “events.” Calculations and analysis relating to those identified events can be automatically performed at the identified locations of the events. Events are user-defined, and can be defined in reference to multiple channels of data. The system can perform various correlation calculations in comparing events with data points. Upon identifying the location of various events in the various data files, markers can be placed at those file locations. Analysis calculations can then be performed related to the marked data. The system can incorporate the automated time-scaling of patterns, marker sorting heuristics, the adjustment of fit sensitivity based on the size of the pattern, target value weighing, and the calculation of various confidence values relating to the processing of the system.

The invention discloses a cleaning and flaw detection robot for electric power metal parts. All longitudinal rotating joints are in rotatable connection through connecting plates. The upper ends of walking rotating joints are in rotatable connection with the longitudinal rotating joints on the two sides through connecting plates to enable all the rotating joints to be in integrally series connection, and electromagnetic chucks are fixed at the lower ends of the walking rotating joints. A main control unit sends instructions to control units placed in all rotating joints to control all the rotating joints to move to achieve stretching and shrinkage of a robot body, and meanwhile the positions of the electromagnetic chucks are adjusted. The main control unit sends instructions to control units on a cleaning device and a flaw detection device to control the cleaning device and the flaw detection device to work. According to the cleaning and flow detection robot for the electric power metal parts, the electromagnetic chucks are used for sucking and positioning, various climbing step states under different operation environments can be achieved, the electric power metal parts can be cleaned and detected, and the cleaning and flaw detection robot is particularly suitable for flow detection of small-diameter pipelines, discontinuous or staggered-connection electric power metal parts and the like.

According to one embodiment, a breathing device includes an oral appliance arch, a post, and first and second masks that are separately adjustable relative to the oral appliance arch. The first mask defines a first interior space and is configured to deliver gas to a user's nose when the first mask is connected to a gas delivery device. The second mask defines a second interior space and is configured to be adjustably secured to the post and to form a substantial seal around the user's oral cavity when pressed against a portion of the user's mouth. The post is coupled to the oral appliance arch and is configured to adjustably secure the first mask relative to the oral appliance arch.

The invention discloses a universal simulation platform of a cockpit display control system. The universal simulation platform of the cockpit display control system comprises a cockpit mechanical structure subsystem, a display control unit, a control mechanism and half-entity interface subsystem, a management and monitoring system, a software system module, an audio system, and a computer network and optical fiber signal transmission system. Through combination of the above modules, the simulation platform of the cockpit display control system has the advantages of being capable of being reconstructed, simple in structure, high in universality, high in performance-price ratio and the like. Each part is designed according to the modularized design thought and each module is provided with an independent function and a good connection interface, so that strong combination ability is achieved. A functional hierarchical structure is adopted for the software system so that higher transportability, higher configurability, and higher extensibility can be achieved.

The invention relates to a method, device and terminal for detecting a long term evolution (LTE) master synchronizing signal. In the method, frequency shift range is divided into a plurality of branches, each branch corresponds to a frequency shift value, and each frequency shift value is attached to input time domain data by a coordinated rotation digital computer algorithm; the time domain data with frequency shift value is subjected to sampling point separation, and time domain data subjected to the sampling point separation is respectively subjected to time domain slippage correlation with three local characteristic sequences; power value calculation is carried out on the correlation results, and the separated sampling points with big power value are output so as to obtain multichannel frequency shift branch data; and the maximum value in peak values related to multichannel frequency shift branch data is acquired, the master synchronizing signal corresponding to the maximum value is the master synchronizing signal of the current cell, and the frequency shift value corresponding to the maximum value is an initial frequency shift estimation value. According to the invention, the detection success rate of a master synchronizing signal position is greatly improved, the range of detecting the frequency shift is enlarged, the system resources are reduced, and the implementation is convenient.

The invention provides an intelligent early education system, a client side and a data processing method. The intelligent early education system comprises a first client side, a cloud server and a second client side and is characterized in that according to the configuration of the first client side, a selection instruction input by a user of the first client side is sent to the cloud server, and the cloud server obtains corresponding service data according to the selection instruction; according to the configuration of the cloud server, the selection instruction is received, the corresponding service data are obtained according to the selection instruction, and task information is formed by the service data, sent to the second client side and composed of one or more service data; according to the configuration of the second client side, the task information is received to be used by the user of the second client side. According to the intelligent early education system, the service data can be obtained in a more targeted mode, the task information more suitable for being used by the user of the second client side is generated, and the pertinence and setting performance of the task information are improved.

The invention discloses a real-time GNSS/INS (global navigation satellite system/inertial navigation system) combined navigation signal simulator based on a PXI (PCI extensions for instrumentation) bus and relates to a real-time GNSS/INS combined navigation signal simulator in the navigation field. The simulator comprises a time-frequency signal processing unit, a user signal generating unit, the PXI bus, a PXI slot-0 controller, a rubidium clock and the like; the user signal generating unit is composed of multiple frequency-point signal generating modules, a radiofrequency signal combiner, a power divider, a power attenuator and the like. The PXI bus technique is used in system structuring, configurability and extensibility are excellent, the simulator is imparted multi-navigation system multi-frequency GNSS/INS navigation signal simulation capacity by selecting parts, especially the multi-user GNSS/INS combined negation signal simulation output capacity, and the need of the navigation field for real-time testing of GNSS, INS and GNSS/INS combined navigation signals is fully met.

The invention relates to a method for apperceiving context based on a mobile agency, which utilizes mobile agency technology to apperceive the context; context information is obtained, modeled, stored and utilized through the mobile agency; the method has applicability, intelligence and reusability; the method comprises the following specific steps: a, when a system is initialized, a mobile agency platform dispatches an executive body agency to an intelligent executive body layer and dispatches an evolution agency to a context modeling layer respectively; b, when a user inquires the context information or customizes a system, the mobile agency platform dispatches an inquiry agency or a customization agency to a context obtaining layer; c, the inquiry agency or the customization agency accesses corresponding data source according to the type of the context information; and a relational database is accessed through a JDBC interface; d, the evolution agency is combined with a reasoning engine, uses ontology reasoning to remove inconsistency of an original context and is mapped to an ontology library; and e, the executive body agency processes the received data and selects a proper mode to provide service for the user through self-adaptation, self-organization and other strategies.

The present invention relates to interface control systems and methods, for use with consumer electronic devices. User Interfaces, which are normally predefined at the time of manufacture, are entirely specific to the appliance by virtue of the underlying kernel or operating system. The present system includes means for providing information to and receiving information from a user to establish control over the user interface. The means for providing and receiving the information may be controlled, at least in part, by an alterable database that is separate from both the operating system and applications. This allows the database to be changed without making any changes to the underlying operating system or applications. The alterable database may be in a script form, and may be configured by the user at any time during normal operation of the apparatus. The system may invoke or modify the information contained in the alterable database in response to stimuli external to the alterable database. The alterable database may also cause flags to be set. These flags may result in a limit to the operation of the apparatus, a limit to the operation of the applications, or an alteration of information referenced by the alterable database.

The invention discloses a real-time processing method for wind turbine unit scada data based on stream computing. The method includes the following steps that A, the wind turbine unit scada data is received; B, repeated data is removed; C, the data is subjected to standardized processing; D, the operating state of the data is analyzed; E, the data is saved; F, the operating state of a wind turbine unit is diagnosed, wherein diagnosis is carried out when the operating state of the wind turbine unit breaks down according to the saved data. The real-time processing method for the wind turbine unit scada data based on stream computing is used for processing wind power scada real-time data, the processing performance is high, the expandability is high, the processing mode is flexible, the coding quantity is low, the new method is provided for wind power scada real-time data processing, and good application prospects are achieved.

The invention discloses a radio frequency identification system based on an open type software radio platform. The radio frequency identification system is composed of an open type physical layer processing module, a background processor and an open type hardware interface module. A base band processing module of the open type physical layer processing module achieves conversion between a base band of a physical layer signal and an intermediate frequency signal. An analog to digital (AD)/ digital to analog (DA) module can achieve high-speed conversion of analog to digital. The background processor achieves configuration and control of the platform, and label information, media access control (MAC) layer information and physical (PHY) layer information are shown through a graphical user interface (GUI). An open type hardware interface achieves transmission of platform data signals and control signals. A low-cost open type platform system capable of configuring a system bottom layer flexibly under different environments is provided for radio frequency identification (RFID).