158 results about "Intelligent interface" patented technology

The invention concerns an intelligent interface device for grasping an object comprising:

• • a manipulating robot comprising a hinged arm provided with a clamp at its free end and equipped with at least one camera,
  • a computer with a display screen and an input unit,
  • means of controlling the clamp,
  • means of displaying the video image of the object taken by a camera on the display screen,
  • means of graphically identifying a selection area surrounding the object in this image using the input unit.

The invention also concerns a method for implementing this device.

The applied invention relates to research and design of an automated glass scrubber and belongs to an environmentally-friendly glass scrubber device. By changing the traditional cleaning way, automation of work is realized, and the labor intensity of manpower and the risk degree of high-altitude work are reduced. The device adopts a framework and guide track type structure, and a framework can be spliced to be suitable for glass in different areas. Pneumatic powerful sucking discs are arranged on the periphery of the framework for fixing the framework, and a rotatable scrubbing mechanism is arranged at the middle of the framework. A water fog spray nozzle, a rotary brush and a rubber scraping strip are arranged from top to bottom, wherein the spray nozzle is used for spraying an atomized washing liquid, the brush can plays a powerful cleaning role, and the rubber scraping strip below the brush is close to the glass for scraping off the washing liquid on the glass. The mechanical can perform regular reciprocating motion in the framework for realizing repeated scrubbing. The whole process is controlled by a program set in an intelligent interface board, no-man control is realized, and the degree of automation is higher.

A software application program that intelligently interfaces with a statistical data recording program, mass data storage devices and programmable electronic display devices to monitor the situational current state of a real-time event or activity such as a sporting contest and to identify, select, compile, organize, prioritize, present and recommend a plurality of relevant data items compiled from a plurality of recorded data sources to provide visual display content for selection by an operator for display on one or more electronic display boards. The intelligent interface software application program enables an operator of a programmable electronic display device instantly to review and select relevant data items corresponding to a given situational current state of a real-time event or activity and transmit selected data items for display on electronic display boards to a viewing party or public.

The invention provides a structure-variable intelligent interface based on a dynamical reconfigurable FAGA and a configuration method thereof. The interface comprises a dynamical reconfigurable unit, two or multiple varieties of interface drive circuits and analog switch matrix. The dynamical reconfigurable unit is used for switching interface controllers and controlling the analog switch matrix to switch circuits correspondingly according to the variety of the interface of foreign controlled equipment; the interface drive circuits are used for completing voltage conversion of digital level and differential level; the analog switch matrix is used for connecting the drive circuits with a physical interface according to the control signals output by the dynamical reconfigurable unit. According to the interface, focusing on different mission requirements, according to the variety of the interface of the foreign controlled equipment, the dynamical switching of the interface controllers is implemented, communication between one physical interface and different bus interface equipment can be implemented, fast integration of a flight control computer and foreign controlled equipment with multiple interface varieties can be implemented conveniently, and the universality of the aircraft flight control computer can be improved effectively.

The embodiment of the invention provides a method for waking up an intelligent interactive robot and the intelligent interactive robot. The intelligent interactive robot comprises at least one assembly. The method comprises the following steps of acquiring an interaction operation and determining interaction parameters corresponding to the types of interaction operation in a dormant state; judging whether the interaction parameters meet wake-up operation requirements or not; and when the interaction parameters meet the wake-up operation requirements, opening corresponding assemblies positioned in a closing state.

An intelligent electronic interface with receives a data stream from a predetermined source of data. The interface may collect, compile, manipulate, adjust or otherwise process the data. For example, it may add content to, enhance the appearance of or reformat the data. The data is then transferred via an output to a predetermined peripheral device such as a printer. Perferably, the electronic interface interrupts passage of said data stream from the predetermined source of data to the predetermined peripheral device. The source of the data stream may be intentionally destined for the peripheral. The data may be a receipt text at a point of sale (POS) device, or may be from some other device whose output is to be printed, but which requires further processing to be made printable, such as a weigh-scale. The invention is described with reference to its application at POS terminals, and more particularly in enhancing the content of a printer such as a receipt printer.

An intelligent interface provides a non-dedicated wireless communications path for reporting alarm events from a landline-based alarm system to a remote monitoring system. The intelligent interface includes a cradle for a cellular handset or other wireless device, and a network connector (such as an RJ31X jack) between an alarm system control panel and the PSTN. When a wireless device is present in the cradle, the intelligent interface bypasses the landline and routes all security calls from the alarm system control panel through an analog-to-digital digital signal processor and to the wireless device, which places a call to the remote monitoring center. When no wireless device is present, the intelligent interface allows the alarm system control panel to seize the landline to place the security call.

The invention discloses a power supply management method, including: when the main control board specified that the status of power supply for intelligent interface board should be switched, then relevant status information shall be notified to the intelligent interface board, which may switch its own power supply status according to this status information. The invention still discloses a power supply management system, consists of main control board and intelligent interface board. The invention still discloses a main control board and an intelligent interface board. The invention may ensure the main control board under the powered on status, during the intelligent interface board out of work, the intelligent interface board may cut off the power supplies for partial chips, or completely powered off to save the system energy.

The invention discloses a physical discrete type satellite system structure used for solving the maintenance and change problem of the on-orbit satellites and improving the quick response capability of the satellites. The physical discrete type satellite system structure disclosed by the invention decomposes the functions of the satellite into I basic functions according to the demand of flight tasks and realizes the I basic functions through N spacecraft modules. The N spacecraft modules comprise single-function spacecraft modules and multifunctional spacecraft modules. Each spacecraft module comprises an interaction interface unit used for realizing the interaction between the spacecraft modules. The interaction interface unit comprises a low speed wireless microwave communication interface and a high speed wireless laser communication interface, wherein the wireless microwave communication is realized through an omnidirectional antenna, the high speed wireless laser communication is realized through a directive antenna, and a wireless communication link of the satellite system is formed by the communication of the intelligent interfaces of the spacecraft modules. All the spacecraft modules are discrete to each other on physics, and the spacecraft modules can be emitted to the sky in a one-rocket-multi-satellite or multi-emission manner to finish the whole function of the satellite on the orbit.

An intelligent interface system is provided for connecting an external application to a distributed control system (DCS). The interface system is operable to automatically scan the DCS to determine its configuration and build a topology model of the DCS. The topology model is used to determine whether data requested from a module in the DCS can be provided by the module. The topology model is constructed to be thread-safe. A throttling mechanism in the interface system protects the DCS from being subjected to excessive data requests.

A sensor device has a sensor base with a sensor mount, for which different sensor assemblies are attachable to the sensor mount. The sensor base transmits different settings to the sensor assembly via the sensor mount interface. The transmission preferably is wireless, rather than using mechanical connectors. The sensor assembly stores the settings in control registers that determine the settings for the capture of sensor data. In one approach, the sensor base includes an application processor and software executing on the application processor determines the settings. The control registers for the sensor assembly are thus software programmable, allowing different settings to be applied to different samples of sensor data.

The invention relates to the technical field of power distribution networks, in particular to a rapid distribution line drawing method. The method includes the steps of S1, establishing a component document library, a parameter document and a layer initiating document; S2, calling the component document library, reading a component link list generated through component documents in the component document library, calling the parameter document, reading parameter information, containing an intelligent comparison table, of the parameter document, calling the layer initiating document, and loading layer information of the layer initiating document onto a corresponding layer generated in CAD; S3, calling the component documents of an entity object according to the component link list, instantiating the component documents into component symbols, inserting the component symbols into the corresponding layer in the CAD, starting a preset intelligent interface in drawing, and inserting pole and tower appurtenance between the component symbols in reference to the intelligent comparison table. By setting the intelligent interface, the pole and tower appurtenance is automatically generated in the drawing process, and the power distribution network drawing efficiency is improved.

An in-band signaling method that enables secure updates of a care-of-IP address for a mobile host that roams between access networks. In the illustrative embodiment described herein, a mobile host includes an intelligent interface that handles IP networking functions and tunnels IP packets between the mobile host and the mobile host's home agent/remote access server (HA/RAS) transparently, as if the mobile host established a connection to a communicating or destination host (DST) from the home network (where the HA/RAS resides). In accordance with an aspect of the invention, there is provided an in-band signaling method that employs encrypted three-way handshake signaling messages that are embedded in encapsulated IP packets to enable care-of IP address updates. This method can effectively protect mobile hosts from denial-of-service attacks and is transparent to NAT/NAPT firewalls. The signaling messages are communicated between the home agent and the mobile host, in a manner transparent to any NAT/NAPT firewall in the network.

The invention provides a high-precision 3 mm-waveband single-side-band noise coefficient spread spectrum measurement device and method. The device comprises a down converter module, a microwave and local oscillator combining module, a control interface module and a power module. The down converter module is used for achieving input matching, subsection filtering and down converting of 3 mm signals. The microwave and local oscillator combining module comprises a YTO (YIG tuned oscillator) and a drive and control circuit and is used for generating a combined scanning local oscillator signal source. The control interface module is used for achieving information interaction of a microwave noise coefficient analyzer host and a local spread spectrum measurement device through a USB intelligent interface bus. The power module is used for providing various power sources needed by the local spread spectrum measurement device. By the adoption of the device and method, the problems that the system is huge, the measurement accuracy is poor, the measurement repeatability and consistency cannot be guaranteed easily, the purchase and maintenance cost is high and operation is difficult in an existing 3 mm-waveband noise coefficient testing scheme are solved.

The invention discloses a switch intelligent interface unit which has the technology comprising: the switch intelligent interface unit is directly installed inside a circuit breaker and forms an organic whole together with the circuit breaker, and an outdoor installation cabinet can be omitted; a software programmable logic (PLC) way is used for replacing a great deal of hardware of a base relay and realizing a secondary circuit of the circuit breaker, so that the secondary circuit of the circuit breaker can be simplified and optimized; and IEC 61850 configuration and GOOSE communication mechanism are supported. The switch intelligent interface belongs to the control field of an electric power system, and can be used for solving the problems of process layer state quantity information acquisition and switch control of a digitized substation.

The invention discloses a system for completing sequential control by intelligent one-key operation. The system consists of an operator station of a station monitor and control layer, intelligent equipment of a bay layer, and an intelligent interface of a process layer; and the control process comprises that: a sequential control instruction is selected manually on the operator station of the station monitor and control layer through a mouse or a key, and is transmitted to a device of the bay layer through an Ethernet; after receiving a sequential control command of a background machine, the intelligent equipment of the bay layer independently performs sequential control, and adopts GOOSE mechanism-based logic interlock judgment to realize misoperation prevention; and a network of the process layer and the intelligent interface of the process layer perform information interaction of a tripping command and a position state, and the interactive mechanism is based on a GOOSE mechanism. The system has clear hierarchies; and the GOOSE mechanism ensures quick and reliable information transmission, and the sequential control ensures high efficiency and reliability of switching operation.

The invention discloses an intelligent interface device of a digital transformation substation switch, which comprises the following functional plug-ins: an AC sampling board which can be accessed into voltage, current and related direct current component of the switch; a POWER power supply communication board which is accessed into a power supply for realizing network sharing of sampled data, tripping and closing operation and alternate locking of a GOOSE network, communication with a background and a dispatcher and access of the state monitoring quantity of the switch; an I/O board which is used for the access of the traditional switching quantity and the state quantity and the outward control and operation; an OPA operation panel which can realize the control of a tripping and closing coil of the switch and the locking function; and a CPU board which is used for realizing the functions of data calculation, logic judgment, outward communication, liquid crystal communication and the like of the device and simultaneously has the function of a bus backboard, wherein all the boards are inserted in the bus backboard; and a liquid crystal board, wherein the data display of the liquid crystal board is connected with the CPU through a serial port. The device can realize the intelligentization and the digitalization of the switch, reduce the using number of equipment and reduce the cost.

The invention provides a primary equipment intelligent interface device in a substation. The device comprises a driving-in module, a state collecting module, a communication module, a driving-out module, a man-machine interface module, and a data and logic processing module which are connected through a bus. According to the primary equipment intelligent interface device in the substation, logic operation is used for replacing a traditional electromagnetic relay circuit, so that the state of primary equipment of the substation can be detected. The device has a self-detection function and a communication function, can effectively overcome the defects that the number of failures of a traditional relay circuit is large, and the failures in operation can not be detected, can detect the state of a switch and other primary equipment in real time, simplifies a circuit, simplifies installation, improves efficiency of operation on the primary equipment, and improves the reliability of operation of the primary equipment.

This invention provides a sort of metrical method which realizes the forecast of the angular displacement of the numerical control rotating floor by the time-bar displacement sensing device. Add an intelligent interface unit between the time-bar and the numerical control system, the import of the intelligent interface unit is the absolute value of the angle which is measured by the time-bar; the export is the increment type impulse signal which can connects with the currency numerical control system. The intelligent interface unit progresses the forecast to the angular displacement figures in the unborn spell according to several discrete absolute value of the measured angle of the time-bar which is in the nonce and in the past. It corrects the predictive error figures which are in the former time slice according to the real measured angle figures which is in now. It realizes the predictive measure of the angular displacement of the numerical control rotating floor. This invention applies to the displacement sensing device with the timing sampling that the time-bar is used to be the deputation, and it applies to the position feedback of the whole closed loop which is from the function unit of the numerical control division likes the numerical control rotating floor, and so on.

The invention discloses a space intelligent bus interface system and a space intelligent network system using the same, and relates to an interface system and a network system. The problems that a traditional Space Wire bus interface does not provide a space equipment standard power supply, is low in synchronization precision, cannot synchronously work when a network or communication is interrupted, and does not have self-description, self-organization, dynamic adaptive reconfiguration, self-cognition and self-diagnosis functions are solved. The interface system comprises a Space Wire bus interface, a power supply interface, a synchronous pulse interface and a bus interface controller; the network system comprises n space intelligent interface systems; the Space Wire bus interfaces of all the space intelligent interface systems are connected in parallel; and another network system comprises a main space intelligent interface system, n slave space intelligent interface systems, a power supply distribution module, a Space Wire bus router and a synchronous distribution module. The disadvantages of the prior art are overcome by the space intelligent bus interface system and the space intelligent network system; and the space intelligent bus interface system and the space intelligent network system are suitable for being used in the fields of various space vehicle integrated electronic interface systems and network systems.

The invention provides a process level interface device of an intelligent substation. The process level interface device of the intelligent substation comprises a light-emitting diode (LED) panel, a high-speed bus back board, a power supply board, a data collecting unit, a sharing communication interface unit and an operation control unit. The data collecting unit, the sharing communication interface unit, the operation control unit, the power supply board and the LED panel respectively perform data interaction through the high-speed bus back board. The process level interface device of the intelligent substation can combine and integrate functions of an existing merging unit and an intelligent terminal device in the same interval of the intelligent substation to form a set of intelligent interface devices, and therefore unifying accessing into the process level device of the intelligent substation is achieved.

The invention relates to a regional failure protection method based on a power grid topological structure, belonging to the field of relay protection automation in a power engineering field. The method is based on intelligent interface equipment of an intelligent substation and a centralized control center (scheduling center) concentrated type regional failure protection device in which the acquisition digitization and the transmission networking are realized by adopting IEC61850 (International Electrotechnical Commission 61850) agreement regulation uniform modeling; SV (Sampling Values) and GOOSE (Generic Object Oriented Substation Event) (switch quantity input/output) real-time information are transmitted through a power communication SDH (Synchronous Digital Hierarchy) optical fiber network; a piece of regional power grid overall IED (Institution of Engineering Designers) equipment adopts the synchronous sampling based on IEE1588 (Institution of Electrical Engineers 1588) network timing; and in the concentrated regional failure protection device, the regional power grid network protocol identification, the breaker failure judgment and the fault isolation range confirmation are accomplished through the SV and GOOSE information, and GOOSE trip orders are issued through an optical fiber channel. The regional power grid integral rapid isolation strategy during breaker failure is realized; and compared with the traditional substation failure protection, the configuration is simple, the faults are isolated accurately and rapidly, and the problem of movement rejection caused by traditional cable connection is eliminated.

The invention provides a remote intelligent interface unit and a control method. The problems that transmission of an existing sensor interface is in mutual interference, and signals of the sensor interface and signals of an effector interface are in mutual interference are mainly solved. The remote intelligent interface unit comprises an Avionics Full Duplex Switched Ethernet (AFDX) network interface which is connected with an integrated core processor, and the AFDX network interface is connected with an internal bus through a dual-port random access memory (DPRAM). The remote intelligent interface unit further comprises a storer, a control logic device, a power inverter and an external interface which are respectively connected with the internal bus. The storer is connected with the internal bus through a PPC 8245. The remote intelligent interface unit can achieve nearby collection, timely converting and distribution control of interface data, and enable a system to be expanded and updated conveniently.