84results about How to "Unified interface" patented technology

A computerized method for representing a data record comprising: querying a data source to obtain data selected from the group consisting of a data element in a record, and metadata concerning the record; presenting in a display a record handle for manipulation of the record; presenting in the display a data item wherein the data item is a list of data items or a reference to another record; and, optionally, presenting on the display the metadata above the data item. In some embodiments, the method includes the step of retrieving one or more heterogeneous records from a plurality of databases for display and manipulation. The invention is also a grid control programmed to implement a disclosed method and is a computer-readable medium having computer-executable instructions for performing a disclosed method. The invention links the grid control of the invention with automatic query generation using hierarchical data schema trees. Both the trees and the grid records represent relational foreign keys as extra reference columns. In the grid control, these reference columns are additional embedded record handles.

A reflection type display apparatus has a front light unit (FLU), and includes a display panel, a light guide disposed on the upper surface of the display panel, a light transparent adhesive layer attaching the lower surface of the light guide to the upper surface of the display panel, and a light source located at a side of the light guide for emitting light to the light guide. A protection window covers the light guide and the light source. By covering the display panel installed on the lower surface of the protection window and the light guide with a moisture-proof and light-shield film, moisture-proofing and light-shielding effects are obtained simultaneously. Further, by forming a light absorption layer at the edge of the light guide adjacent to the light source, generation of a hot spot at the edge of the light guide may be inhibited.

A communication network (300) comprises a call server (302) and several fabric control modules (322, 326, 330-334) coupled to the call server (302) through a fabric application interface (306, 324, 328, 342). The fabric control modules are arranged to control circuit connections (310, 312) within, for example, a narrowband-broadband interface (304) in response to the call server. A management agent (338) coupled to the call server through a dedicated management interface (336) includes a memory (340) for storing network configuration information and a processor (339) arranged to provide the network configuration information to the call server over the dedicated management interface (336) to affect initial establishment of the fabric application interface (306). In this way, the fabric application interface (306) is optimized in relation to available resources and consequently provides a uniform view between the call server and a narrowband-broadband interface (304).

The invention discloses a remote control method, a remote control device and a remote control system of terminal equipment. The remote control method comprises the following steps: receiving a control instruction from a client side by virtue of an instant communication tool, wherein the control instruction is an instruction for controlling the terminal equipment; acquiring a first client-side account number, wherein the first client-side account number is a client-side account number of the client side in the instant communication tool; acquiring first terminal equipment identifier according to the corresponding relation of the client-side account number and the terminal equipment identifier, wherein the first terminal equipment identifier is a terminal equipment identifier corresponding to the first client-side account number; and sending the control instruction to the terminal equipment corresponding to the first terminal equipment identifier to realize control over the terminal equipment corresponding to the first terminal-equipment identifier. By virtue of the remote control method, remote control device and remote control system disclosed by the invention, the problem of inconvenience in management and maintenance caused by non-uniformity of remote control interfaces of the terminal equipment in the internet of things in the prior art is solved.

The invention relates to a bus communication based small unmanned aerial vehicle control system. The bus communication based small unmanned aerial vehicle control system comprises data transfer radios, bus sensors, flight control computers, a power supply system, steering engines, a task device and a data recorder, wherein the data transfer radios use a CAN (controller area network) bus network as a communication foundation and conform to a unified communication protocol, and the data transfer radios, the bus sensors, the flight control computers, the power supply system, the steering engines, the task device and the data recorder are connected to interfaces of the CAN bus network respectively and are in both-way communication with the same. The system has the advantages of good instantaneity, high stability, high rate, easiness in contact expansion and low cost.

A system is provided for remotely servicing medical diagnostic systems. The diagnostic systems may include a range of modalities and system types. A remote service facility may be contacted by the diagnostic systems, or may contact the diagnostic systems via a network link. Service requests, messages, protocols, data and log files, and so forth, may be transmitted between the diagnostic systems and the service facility. The service requests are handled by the service facility interactively with the medical diagnostic systems. The diagnostic systems are thereby apprised of the status of service requests, service reports, and so forth. A uniform interface and platform are provided for facilitating interactive communications of service requests and data between the diagnostic systems and the service facility.

A system and method are provided for facilitating the exchange of data between one or more price providers and customers who communicate with the price providers through various portals, each of which may use it own data format. In transmitting data from customer to price provider, the data output from each portal is normalized to a standardized format and then transmitted to the appropriate price provider(s) where the data exchanged with the various portals can be viewed by a trader at a single display or can be exchanged with an automated pricing engine. The customer may also be provided with a universal Web site at which a customer may access any of the portals' Web sites to simplify access for the customer as well.

The invention provides a hierachical structure and an implementing method thereof for a satellite navigation signal simulator. The structure of the navigation signal simulator is divided into three layers of a system, components and units, a functional core of the system is composed of a plurality of core components with same structures, and the functional core of each core component is composed of a plurality of core units with same structures. The implementation method includes that the system is divided according to function modules and integrated on different board cards, and the f board cards are inserted into a (VXI) bus case form the navigation signal simulator. The navigation signal simulator comprises a plurality of navigation radio frequency signal simulation core components and basic components (including a C size 13-slot VXI case, a 0-slot control card, an optical fiber interface card, a time-frequency component and two signal synthesis and power control components.

The invention discloses a control device for an auxiliary current transformer, which is used for controlling an auxiliary current transformer module. The control device comprises a first power supply plug-in component, a digital input/output plug-in component, an analog input/output plug-in component, a first control plug-in component, a multifunctional vehicle bus MVB (Multifunction Vehicle Bus) plug-in component, a second control plug-in component and a second power supply plug-in component which are sequentially arranged in a case. Through the above plug-in components, the control device achieves system management, logical judgment and control and fault protection of the auxiliary current transformer module, and meanwhile, can serve an analog signal processing function and a digital signal processing function and provide working power supplies for a sensor and the like of the auxiliary current transformer module. The control device provided by the embodiment of the invention has perfect functions and unified interfaces, and can improve the development efficiency of the auxiliary current transformer, lower the research and development costs and facilitate unified product maintenance.

The invention discloses a method for governing highway traffic illegal acts, adopting a bayonet passing vehicle acquisition device, a speed measurement device, a transmission device, a command center processing terminal and a law enforcement station terminal. The bayonet passing vehicle acquisition device and the speed measurement device acquire highway illegal vehicle information, the transmission device reports the acquired highway illegal vehicle information to the command center processing terminal for processing, the command center processing terminal synthesizes an illegal evidence via illegal vehicle recognition and screening comparison, meanwhile, the command center processing terminal generates vehicle control and early warning information, the transmission device transmits the illegal evidence, illegal information and vehicle control and early warning information synthesized by the command center processing terminal to the law enforcement station terminal, and the law enforcement station terminal prepares for intercepting the illegal vehicle according to the received information, writes out a ticket for punishing the driver on site and educates the driver.

A payment system on network provides a platform based on the existing various transaction modes so that the current transaction modes can be operated on the secure payment platform which the present invention provides. The current transaction modes has the following kinds: a free process mode of the acquirer institution, a direct authentication mode of the card issuing institution, a secure input mode of the bank union and the other patent mode which the bank applies. The secure payment system can solve the technology disadvantage that the existing transaction flow is disorder and the resource is waste. The method of the present invention not only can be realized and its security is high, but also can achieve the less consumed time and the high transaction success using the existing private network. If the present invention has not received the transaction process result within the preset time, the acquirer subsystem puts forward a request for inquiring and notifies the inquired result of the merchant, thereby the difficulty of the following clear is reduced.

A method of fabricating a liquid film is provided. The method comprises the steps of applying hydrophilic liquid onto a substrate with an electrode formed thereunder, covering the hydrophilic liquid with a protection film comprising hydrophobic liquid, dispersing surfactant for reducing the surface tension between the hydrophilic liquid and the protection film, and applying voltage to the hydrophilic liquid and the electrode to wet the substrate with the hydrophilic liquid. With the surfactant and the electro-wetting principle, a contact angle between the hydrophilic liquid and the substrate is controlled. The liquid film having a uniform thickness in nano size is thus formed on the substrate. The protection film prevents the evaporation of the liquid film in the air to thereby secure the stability of the liquid film.

The invention discloses a system for configuring an external communication protocol and a method thereof. The system comprises a platform core module and at least one plug-in module for configuring a communication protocol, wherein the platform core module comprises a core communication module, a database interactive module and a communication management module; and the core communication module is respectively connected with the plug-in module and the communication management module, transmits a user request to the communication management module and receives a respond request sent by the communication management module. The method for configuring the external communication protocol comprises an operation method for configuring a communication protocol plug-in server terminal and the operation method for configuring a communication protocol plug-in client terminal. The invention can well achieve division development of software modules and can multiplex codes; the use of a plug-in technology leads the expansion and upgrading of functions of communication platform core software to be convenient and simple; and the invention reduces the trouble and time of rewrite, compilation and issue of communication protocol software and provides a simple, rapid and uniform method and an interface for webpage configuration.

The invention provides a content presentation system and method for multiple clients. The content presentation system comprises a module library, a selection module, a conversion module and clients; a plurality of modules are stored in the module library; the selection module selects the corresponding modules from the module library according to the client types and the presentation contents; the conversion module generates an instruction that can be executed by the clients according to the chosen modules; and the clients execute the instruction for representing the content. According to the content presentation system and method for multiple clients, the same content can be represented to the multiple clients; and each client can be endowed with the unified interface and the operational flow.

A method and an apparatus for an application uniformly accessing a plurality of onboard devices of a vehicle are provided. The method includes registering the plurality of devices by assigning each device a device ID; when an application sends a message in a uniform format to at least one device of the plurality of devices, determining an address of each of the at least one device, determining a format of each of the at least one device based on the device ID, translating the message into the format of each of the at least one device, and sending the translated message to the corresponding device of the at least one device. The present disclosure provides a solution which enables applications to access all kinds of onboard devices uniformly, even these devices are made by different manufacturers and each has its specific device driver.

The invention relates to a networked well logging system. The networked well logging system according to one embodiment of the invention comprises a well logging ground system, a well logging underground system and a telemetry system, wherein devices for forming the well logging ground system are connected to form a first Ethernet network system; devices for forming the well logging underground system are connected to form a second Ethernet network system; and the telemetry system is used for connecting the first network system and the second network system to ensure that the first network system can be communicated with the second network system. The well logging system disclosed by the invention achieves networking of an underground instrument bus and the whole well logging system and high unification of instrument software, hardware and communication system modularization.

A self-cleaning plasticizing venting and extruding apparatus by co-rotating non-twin multi-screws and a method thereof are provided, said apparatus comprises a screw mechanism, a barrel (1), a feeding port (2), a venting port (4), a discharging port (5), and a driving mechanism, said screw mechanism comprises non-uniform shaped central screw (6) and lateral screws (3,13), the axis of the central screw (6) is coincided with that of the barrel (1), and the lateral screws are provided on both sides of the central screw (6) respectively and engaged with the central screw (6); the contour lines of the threads of said central screw (6) and said lateral screws (3,13) are tangent to the inner wall of the barrel (1) ; and said driving mechanism is connected to the central screw (6) and the lateral screws (3,13) respectively. Each of the screws in the present invention uses an asymmetrical flow channel geometrical shape, so that the flow spaces for materials have an asymmetry, the compounding intensity and effectiveness are overall enhanced; the dispersion and mixing effects are extremely excellent, and a self-cleaning effect is generated, so that it is especially suitable for processing nano-materials in high yield.

The invention discloses a redundant backup-based rope driving system and a control method thereof, and belongs to the field of automatic control and space robots. The rope driving system includes an unfolding line roller, a folding line roller, a line roller reduction box A, a line roller reduction box B, a motor reduction box A, a motor reduction box B, a backup motor gearbox A, a backup motor gearbox B, an unfolding motor, an unfolding backup motor, a folding motor, a folding backup motor, an unfolding rope A, an unfolding rope B and a folding rope. On the basis of normally working motors, the redundant backup-based rope driving system provided by the invention adds the backup motors which can replace main motors to work when the main motors cannot work normally, and when an accident occurs, for example, the system encounters an unpredictable unknown load, when driving force of the main motors is insufficient, the backup motors and the main motors can coordinate with each other and work together, thereby substantially improving operation driving force.

The invention discloses a universal man-machine interaction system and method based on AI and IOT, and relates to the technical field of communication, the universal man-machine interaction system comprises a central service system, a plurality of user application terminals and a plurality of access objects; the user application terminal comprises an instant chat module; the access object comprises a communication protocol interface module and a function service execution module; the central service system comprises a protocol conversion module, a modeling module, a publishing and subscribingmodule, a natural language processing module and a rule processing module. A new system interaction mode is adopted, a group instant chat window containing people and equipment is established, equipment (and/or people) interaction operation is carried out through voice, characters, even pictures like WeChat, the equipment interaction operation form is unified, and equipment application and management become simple, efficient, unified and convenient.