49results about How to "Fast data exchange" patented technology

The invention relates to a new energy power station primary frequency modulation capability testing system and a testing method thereof. According to the invention, data exchange between a fast communication interface module and a new energy power station plant-station level active/reactive power control system and a power grid is realized through building a new energy power station model a power grid model framework, a test scene is designed in a power grid model, frequency static characteristics of the power grid in different frequency bands are simulated, various responsive indicators of primary frequency modulation of a tested primary frequency modulation system of the new energy power station under frequency variations of the power grid are tested, and the capability of the new energy power station for participating primary frequency modulation is evaluated.

The invention discloses a flush-type on-site bus protocol interface device and method, which connects instrument or equipment with PROFBUS to accomplish DP passive station communication function in the on-site PROFBUS. One end of interface mode exchanges data with 8-byte or 16-byte microprocessor as intelligent controller through two-port RAM or asynchronous serial port of TTL electrical level, which can be embedded in the circuit of intelligent instrument equipment; the other end displays standard Profibus-DP passive station interface, which communicates with other equipments through the switch-in bus of Profibus-DP passive station. The invention is fit for Profibus interface of high speed and moving control device, which brings significant social and economical benefit.

The invention relates to a communication system and a communication system. The communication system comprises first communication equipment with a first module and second communication equipment with a second module. The first module comprises a first standard unit, a first wireless communication unit and a first control unit. The second module comprises a second determination unit, a second wireless communication unit and a second control unit. The communication system and the communication method uses communication distance information as necessary conditions of wireless communication connection to enable the first communication equipment and the second communication equipment to meet standard communication distance requirements to immediately, quickly and efficiently build wireless communication and carry out data exchange. Thus, the problems of previous allocation, addressing, handshake authentication, complex-allocation exchange protocol and the like are solved, and great convenience is brought to immediate data exchange between electronic equipment.

The invention relates to a method for monitoring a vicinity using a plurality of acoustic sensors (1, 2, 3, 4), which form a decentralized net (N), in which the sensors (1, 2, 3, 4) communicate with one another, at least in part, wherein the respective sensors (1, 2, 3, 4) register acoustic signals based on noises in the vicinity, and reprocess the registered signals to conduct a situation recognition. According to the method of the invention, a respective sensor (1, 2, 3, 4) of at least some of the sensors (1, 2, 3, 4) accesses, via the decentralized net (N), the registered and/or reprocessed signals of one, or several, adjacent sensors (1, 2, 3, 4), and takes these signals into account for the situation recognition, wherein an adjacent sensor (1, 2, 3, 4) registers signals, which, at least in part, are based on the same noises as the ones registered by the respective sensor (1, 2, 3, 4).

The invention relates to hydraulic machine motion control, and provides a control board card and a controller. The control board card has low cost, high reliability and simplicity in use and maintenance, and is combined with an industrial personal computer to form a control system, and the controller is directly matched with an actuator through signals. The technical scheme is as follows: the special PCI (Peripheral Component Interconnect)-based hydraulic machine motion controller comprises an analog input module, an analog output module, a TMS320F2812 digital signal processing module, an EQ2C8Q208 logic circuit conversion module, a PCI9054 bus data communication module, a switch value input circuit module and a switch value output circuit module, wherein the Q2C8Q208 logic conversion circuit module is connected with the modules. The controller provided by the invention is mainly used in the motion control of a hydraulic machine.

The invention relates to an intermittent induction voltage-withstanding test device and test method for inter-turn insulation test of an iron-core electric reactor. The test device comprises a controller, an inverter circuit, a chopper circuit and a detection circuit. The controller is connected with a display circuit and is connected with the inverter circuit and the chopper circuit by a drive module; and the detection circuit includes a voltage detection circuit and a current detection circuit, both of which are connected to the controller. In addition, the test method includes: the controller applies a voltage signal of a test voltage to two ends of a tested electric reactor; the controller carries out sampling on a practical voltage and a practical current of a test piece by the detection circuit and a phase difference between a sampling voltage and a sampling current is calculated; voltage boosting is carried out on the tested piece and a phase different after voltage boosting is measured and is used as a standard phase difference; and the phase difference and the standard phase difference are compared to determine the performance of insulation of the tested electric reactor. Therefore, a phase angle relation of the voltage and current can be analyzed and the quality of the tested piece can be evaluated in real time.

The present invention discloses a method for integrating a many-core processor system with a network router. The method comprises a subnet division step used for dividing an on-chip network into network requests in multiple subnet balance chips, and a network interface device deployment step used for deploying at least one network interface device in a subnet in a distributed mode in order to guarantee optimization of the connectivity between the deployed network interface device and the processor cores in the subnets and to implement rapid data exchange of the on-chip network or the inter-chip network. The present invention also discloses a many-core processor system integrated with a network router. The system comprises a network router used for network interfacing and data exchange, and comprising multiple network interface devices embedded into the on-chip network in a distributed mode.

The invention provides a high-bandwidth memory-based neural network calculation apparatus and method. The neural network calculation apparatus comprises at least one high-bandwidth memory and a neuralnetwork accelerator, wherein each high-bandwidth memory comprises multiple memories accumulated in a stacked manner; and the neural network accelerator is electrically connected with the high-bandwidth memory, performs data exchange with the high-bandwidth memory, and executes neural network calculation. According to the apparatus and the method, the storage bandwidth can be greatly increased; the high-bandwidth memory serves as a memory of the neural network calculation apparatus, so that the data exchange of input data and calculation parameters can be performed between a buffer and the memory more quickly, and the IO time is greatly shortened; the high-bandwidth memory adopts a stacked structure and does not occupy a transverse plane space, so that the area of the neural network calculation apparatus can be greatly reduced and can be reduced to about 5% of the area in the prior art; and the power consumption of the neural network calculation apparatus is reduced.

The invention relates to a method (100) for controlling a thread laying device comprising two impellers (26, 28) which can be driven in opposite directions in order to move a thread to be wound on a rotating spool back and forth between two turning points (U1, U2) along the spool longitudinal axis by means of a traversing movement with a target traversing stroke width (Hs) of the thread laying device, said target traversing stroke width differing from a base traversing stroke width (HN). According to the invention, each impeller (26, 28) being moved in the idle traversing stroke, i.e. each idle traversing stroke impeller (26, 28), is first accelerated or braked to an overcompensation angular speed (Voc) in the idle traversing stroke interval (TL) of the impeller, said overcompensation angular speed being determined on the basis of a theoretical constant compensation angular speed (Vc) required to transfer the thread in the next turning point (U1, U2) of the traversing movement of the thread. The impeller is then moved at its specified operating angular speed (Vw) in order to receive the thread from the other impeller (26, 28) guiding the thread at the operating angular speed (Vw) in the next turning point (U1, U2) of the traversing movement of the thread. The invention further relates to a thread laying device and to a winding machine comprising such a thread laying device.

The invention discloses a man-machine data exchange and database management newborn monitoring bed which comprises a data acquisition module, a data communication and display module, a motor driving unit, a cell management module and a processing operation unit. The data acquisition module is connected with the processing operation unit; the data acquisition module is used for transmitting acquired newborn sign data to the processing operation unit to carry out operation processing; the data communication and display module is connected with the processing operation unit; the data communication and display module is used for transmitting a user instruction and carrying out corresponding display on the sign data subjected to processing operation by the processing operation unit; the motor driving unit is connected with the processing operation unit; the motor driving unit is used for regulating the height and the pitch angle of the monitoring bed according to a instruction sent out by the processing operation unit; the cell management module is connected with the processing operation unit; the cell management module is used for carrying out cell management by the processing operation unit.

The invention discloses a signal data exchange board comprising a backplane bus. The backplane bus is connected with an FPGA (field programmable gate array), a first SRIO (serial rapid I/O) SWITCH and a second SRIO SWITCH. The first SRIO SWITCH and the second SRIO SWITCH are connected with each other in series. The FPGA and the first SRIO SWITCH are connected with a PPC (power personal computer) respectively. A PHY (physical layer) chip, a UART (universal asynchronous receiver/transmitter), a DDR2 (double data rate 2) SARAM (static random access memory) and a NOR FLASH are connected to the PPC respectively. The Power PC signal data exchange board has the advantages of rapid data exchange speed and low power consumption, and is high in stability and reliability.

A method for securely transmitting data messages in an HVDCT system. Each transmitting unit is connected to each receiving unit via at least two connection channels. Each data message includes a message counter that uniquely characterizes the data message, and each transmitting unit transmits the data message to each receiving unit via all of the connection channels. Each receiving unit calculates a comparison counter and compares it with the message counter in the received data message. If the message counter and the comparison counter do not match, a repetition request is transmitted to the transmitting unit for the purpose of transmitting a message counter that corresponds to the comparison counter. After the repetition request has been received, the transmitting unit accesses a transmission buffer, and the data message whose message counter corresponds to the comparison counter of the repetition request is transmitted via all of the connection channels.

The invention relates to an ultraviolet digital camera which comprises an ultraviolet imaging object lens, a fixed connecting ring, an ultraviolet interference absorber, an ultraviolet image intensifier, an optical fiber image coupler, a CCD or CMOS image sensor, a digital image data processing circuit, a memory, a display screen and a shell, wherein the ultraviolet imaging object lens is connected with the ultraviolet interference absorber by the fixed connecting ring, and the ultraviolet interference absorber and the ultraviolet image intensifier are connected and combined together; the ultraviolet image intensifier is in coupling connection with the CCD or CMOS image sensor by the optical fiber image coupler, and output signals of the CCD or CMOS image sensor are processed by the digital image data processing circuit and input into the display screen and the memory. The camera is convenient to carry and operate, can work in a solar blind ultraviolet spectrum section, has the advantages of high sensitivity and resolution and can satisfy the requirements for extracting and analyzing ultraviolet images.

The application provides a dual-substrate three-dimensional heterogeneous integrated chip and a preparation method thereof. The dual-substrate three-dimensional heterogeneous integrated chip includes:a first chip including a first substrate, a first active region layer, a first storage layer, a first metal layer, a first dielectric layer, and at least one first through hole, wherein the first substrate, the first active region layer, the first storage layer, the first metal layer, and the first dielectric layer are successively stacked and connected and the at least one first through hole isdisposed inside the first dielectric layer; a second chip including a second substrate, a second storage layer, a second dielectric layer, and at least one second through hole, wherein the second substrate, the second storage layer and the second dielectric layer are successively stacked and connected, at least one second through hole is disposed inside the second dielectric layer, and the first dielectric layer and the second dielectric layer are stacked and connected; and a conductive channel connecting the inside and the outside of the dual-substrate three-dimensional heterogeneous integrated chip, and used as an input end or an output end of the dual-substrate three-dimensional heterogeneous integrated chip.

The invention, which belongs to the photovoltaic industry field, discloses a controlling method of a plugging machine. According to the controlling method, a programmable logic controller 1, a servo system 2, a photoelectric/optical fiber sensor 3, and a pneumatic device 4 are arranged. The detailed steps of the controlling method is explained in detail by the sepcification; and a concrete implementation scheme is provided.

The invention provides a virtual network disk device based on an embedded system technology and the application of the virtual network disk device. The virtual network disk device at least comprises a virtual module, a plurality of data transmission modules and a multi-channel mixed transmission processing module. The virtual module is used for virtualizing the network disk device which the virtual module belongs to into a device capable of exchanging data with a user device when the virtual network disk device which the virtual module belongs to is connected with the user device. Each data transmission module carries out data transmission with a multi-channel server based on at least one data transmission mode, and data transmission modes adopted in the data transmission modules are different. The multi-channel mixed transmission processing module is used for determining data to be transmitted based on the data exchange with the user device and splitting the data to be transmitted into corresponding subdata based on the available data transmission modules, and the available data transmission modules transmit the corresponding subdata to the multi-channel server to achieve multi-channel mixed transmission. Accordingly, the user data can be flexibly and rapidly uploaded conveniently.

The invention belongs to the technical field of car networking, and discloses a vehicle alarm and control system based on car networking. A camera monitoring module is arranged, the monitored image, vehicle state, sports information, entertainment audio and video and alarm information are transmitted to an RFID radio frequency recognizing module through a car networking module, data exchanging anddownloading with a network center are conducted, and emergency rescue is conducted in emergency. The vehicle alarm and control system is clear and reasonable in structure and complete in function; when an alarm is given, an emergency rescue module can conduct processing the first time, and in cooperation with the collection of the vehicle internal monitoring image, vehicle state data and vehiclemovement trajectory information, the rescue success rate is increased; the audio and video entertainment is achieved, audios and videos can be downloaded and played at any time, the entertainment is increased, object tracking and data exchanging can be rapidly conducted through the RFID radio frequency recognizing module, recognizing work can be conducted without artificial interference in varioussevere environments, the application range is wider, and the vehicle alarm and control system has great popularization significance and value.

The invention relates to a method for running a communication device and the communication device. In the method, bridge is assigned to at least one user, and the bridge can be used to bridging for the user.