58results about How to "Flexible routing" patented technology

The invention discloses a landslide disaster remote monitoring system, and relates to a landslide monitoring system. The structure of the landslide disaster remote monitoring system comprises the following: a rainfall sensor node (100) and an infrared displacement sensor node (200) are connected with a convergent node (300) respectively to form a wireless sensing network (700), and the wireless sensing network (700), a GSM/GPRS network (800), a terminal GSM/GPRS module (400), a terminal processor (500), and a GIS display screen (600) are connected in turn. The landslide disaster remote monitoring system is used for real-time monitoring of actual rainfall intensity and rainfall duration of landslide and collapse areas, state information of landslide and collapse, and sliding information of dangerous rocks, can objectively and comprehensively monitor and evaluate the rainfall threshold of critical landslide, the evolutive process and the state of landslide, and the landslide and collapse level, and provides a novel real-time monitoring path for landslide and collapse early alarm.

The invention relates to a method for manufacturing a dual-layer sandwich metal base PCB (printed circuit board) with high thermal conductivity. According to the method, a copper base or aluminum base is used for replacing the FR4 insulation material base or ceramic base in the prior art. According to the invention, the high terminal conductively of metal is utilized, so that heat threats to most electronic power devices and an LED (light emitting diode) on the PCB can be greatly reduced or eliminated, thus the lowest running temperature, greatest luminosity and longest service life of the LED can be ensured, therefore, the PCB is an ideal carrier board for the electronic power devices and an LED array.

A single memory automated test equipment (ATE) system having multiple pin segments with dynamic pin reallocation. Each pin segment having a length 2n is coupled to the single memory by a parallel in/parallel out shift register that also has a length 2n. The single memory is used to store both parallel data vectors and serial data vectors. Each output of the shift register is coupled to one pin of the corresponding pin segment. Selected, e.g., every other output of the shift register is also coupled to a data selection circuit associated with each pin of the pin segment. The contents of the shift register may be divided into a number of equal length serial data streams. The data selection circuit provides for coupling any serial data stream from the shift register to any pin within the pin segment, and for coupling a single serial data stream to more than one pin.

Provided is a rapid rerouting method and device and a transmission network. The method comprises that aimed at a main forwarding node in an end-to-end main path, a standby forwarding node that satisfies conditions is inquired in an end-to-end standby path and used as a backup forwarding node of the main forwarding node, and no intermediate cross node exists between the main path and the standby path; and interface information of the backup forwarding node is sent to the main forwarding node, so that when the main forwarding node detects that a next main forwarding node has a fault or a network link between the main forwarding node and the next forwarding node has a fault, the main forwarding node switches an IP message from one end to the backup forwarding node according to the interface information of the backup forwarding node, and the backup forwarding node is used as an initial forwarding node in the standby path to transmit the IP message to the other end. Thus, rapid rerouting for IP messages in a finer granularity and higher flexibility can be realized.

Retroreflecting elements adapted for use in two-by-two optical routing elements. Each retroreflecting element is configured to selectively retroreflect two optical rays. A first reflective surface, such as may be provided by a mirror, is inclined with respect to a reference plane. A second reflective surface, such as may also be provided by a mirror, is opposed to and inclined with respect to the first reflective surface. The two surfaces are configured for rotation about an axis to multiple positions such that in a first position, a first ray is retroreflected along a first path and second ray is reflected along a second path, and in a second position, the first ray is reflected along the second path and the second ray is reflected along the first path.

The present invention realizes an Optical Line Terminal (OLT) in an optical access network and a data signal sending method for the optical access network in which the reliability of the network can be assured without increasing the cost of facility investment. The OLT comprises a multiplex control unit for providing a communication path to be used commonly for transmitting data signals for subscriber terminals to communicate with the network, a plurality of optical network interface units, each accommodates the subscriber terminals and provides either a first path connected to the network for transmitting the data signals individually or a second path connected to the multiplex control unit for transmitting the data signals to the network commonly with data signals from other subscriber terminals accommodated in other optical network interface unit, and a path selection control section, which determines for every optical network interface unit to select either the first path or the second path on the basis of path class information in a path management table in which respective path class information for every optical network interface unit have been predetermined and set.

The present invention belongs to the field of organic photoelectronic information material cy, and is especially one kind of high stability double spiro organic electronic material and its preparation process. This kind of compound contains double spiro structure module, which contains structural chain for increasing dissolubility, obstructing chromophore aggregation or increasing stability, contains non-conjugate, semi-conjugate or completely conjugate nuclear structure with four chemical bonds, and spiro center elements of C, Si or Ge. The present invention has the advantages of flexible synthesis path; effective regulation of the photoelectronic properties of the material with substituted radical, such as fluoro and dithiosulfone radical; and high configuration stability and environment stability, such as hindered amine structure. This kind of material may find their wide application in organic plate display, photovoltaic cell, field effect tube, etc.

The invention provides a data transmission method and device for a network-on-chip NOC and electronic equipment, and is used for solving the problems that in the prior art, when a many-core chip adopts the NOC to carry out communication between cores, the expenditure is huge, the power consumption is high, and the transmission efficiency is low. The method comprises the steps that a first networknode receives a data packet, and the data packet comprises a destination address which is used for representing the relative positions of a target network node and the first network node in NOC; In response to determining that the first network node is not the target network node, the first network node modifies the destination address in the data packet according to a preset propagation direction; and the first network node sends the modified data packet to a network node adjacent to the first network node according to the preset propagation direction, wherein the adjacent network node is a new first network node.

This invention belongs to photo-electricity field, particularly a kind of thiophene spiral ring material and its preparation method, and its application in organic flat plate display, photo-volt cells, organic field effect tube and laser etc. organic electron field. This kind of compound introduces thiophene and functional thiophene in to conjugate semi-conductor material through spiral ring structure. The virtue are: (1) the synthesis is convenient and easy to get, and may be further modified; (2) may effectively realize photo-electricity property of modulate material; (3) with the virtue of high spectrum stability of spiral difluorene structure. The luminescence apparatus incurred by electricity prepared with this invent material has satisfaction result in brightness and luminescence efficiency. Thiophene spiral ring will be a potential commercialised photo-electricity material.

Apparatus for use in a communications satellite to select signals in a first frequency range from a received multiplexed signal comprises a first mixer arranged to mix the received signal with a first local oscillator LO signal to down-convert the received signal so that a signal within the received signal at a centre frequency of the first frequency range is converted to an intermediate frequency IF, a bandpass filter arranged to filter the mixed signal such that the filter bandwidth defines the width of the first frequency range, the bandpass filter having a passband with a centre frequency at the IF, and a second mixer arranged to mix the filtered IF signal with a second LO signal to up-convert the IF signal to the output frequency range. One of the first and second LO signals is a mixed LO signal obtained by mixing the other one of the first and second LO signals with a third LO signal, and the output frequency range is different to an input frequency range in which the multiplexed signal was received. The first LO signal is controllable to change the frequency that is converted to the intermediate frequency by the mixer, to select a different frequency range as the first frequency range. A system is also disclosed for flexibly routing signals in a communications satellite. The system comprises an input arranged to send the received signal to each one of a plurality of frequency-conversion modules comprising the apparatus, a plurality of amplifiers for amplifying converted signals outputted by the frequency-conversion modules, and an output module arranged to receive the amplified signals and form a plurality of downlink beams, each downlink beam including one or more of the amplified converted signals. The amplifiers can be variable-power amplifiers to amplify each converted signal to a transmit power according to the bandwidth occupancy. The system can be used in forward or return path payloads.

The invention provides a storage structure and a forming method thereof, wherein the storage structure comprises a substrate, a plurality of channel structures formed on the substrate, and a plurality of grid structures matched with the channel structures mutually, wherein each channel structure comprises multiple single crystal semiconductor layers and multiple oxide layers, which are alternatively stacked on the direction vertical to the substrate, at least one oxide layer is a single crystal oxide layer, and each grid structure comprises a grid dielectric layer adjacent to the channel structures and a grid layer adjacent to the grid dielectric layer. The storage structure has the advantages of simple preparation process, low cost, high reading-writing speed and high storage density.

An advanced extensible interface (AXI) bus is disclosed. 2×2 AXI crossbars are used as basic units; each including two slave interfaces and two master interfaces; an N² full Mesh fabric is built by using the basic units, so that each slave interface on one basic unit is connected to a master interface on another basic unit to form a first path. A data transmission method includes: receiving, through a master interface of a basic unit, a data packet sent by a master device; sending, through a slave interface of the basic unit, the data packet to a destination slave device by using an AXI bus; receiving, through the slave interface of the basic unit, a response packet returned by the destination slave device, where the basic units are 2×2 AXI crossbars and the AXI bus is based on an N² full mesh fabric built by using the basic units.

The invention provides a base station multichannel phase synchronization device, a base station multichannel phase synchronization method and a base station, and the base station multichannel phase synchronization device comprises a plurality of channels, a clock circuit and a calibration circuit. Each channel is provided with a local oscillator circuit used for generating a local oscillator signal, and the clock circuit is connected with each channel to provide a clock signal for each channel. The calibration circuit is used for obtaining the phase difference of each channel relative to the reference channel and performing phase calibration on each channel based on the phase difference. According to the multi-channel phase synchronization device of the base station, each channel is independently provided with the local oscillation circuit, and all the channels share one synchronous clock. Therefore, the phases of the channels are synchronized to a certain extent through the common clock reference. Moreover, because the clock signal frequency is low and the insertion loss is small, an amplifier does not need to be arranged, the influence of stray does not need to be considered toomuch, the overall structure of the base station is effectively simplified, and the problem of multi-channel phase synchronization of the base station is solved.

Monitoring on pouring compactness of self-compacting concrete in a large-scale structural module wall of an AP/CAP serial three-generation nuclear power plant is the construction difficult problem which is not completely effectively solved so far and currently, a method for determining compactness of the concrete in a large-scale structural module mainly adopts ultrasonic detection. Experiments prove that an ultrasonic detection result is not ideal very much due to complex structures inside the structural module, such as a shear concrete stud and a section steel, and a heterogenous material forming the concrete. Moreover, ultrasonic detection equipment is large, is difficult to place in a narrow space, is unsuitable to monitor in the construction process and is mostly detected afterwards; if the condition that the concrete is not compact is generated, the rework is difficult. A method disclosed by the invention adopts a mode of detecting a current or a resistance through a closed circuit loop, can monitor the compactness condition and timely rectify in the pouring process and has the advantages of simplicity and sensitivity for operation, accurate result and the like.

The invention provides a message routing method and device for a payment system. The method includes the following steps: determining a transfer node of a to-be-forwarded message according to a determined receiving node of the to-be-forwarded message and a preconfigured relationship between the receiving node and the transfer node; determining all remote queues of the transfer node of the to-be-forwarded message according to the determined transfer node of the to-be-forwarded message, the identifier of the to-be-forwarded message and a preconfigured relationship of the message identifier, thetransfer node and the remote queue identifier; collecting the queue attribute of each remote queue, and calculating the queue selection priority of each remote queue according to the queue attribute of each remote queue; and determining an optimal remote queue according to the queue selection priority of each remote queue, and routing the to-be-forwarded message to the receiving node of the to-be-forwarded message through the optimal remote queue. The technical scheme improves the accuracy and flexibility of message routing, and ensures the efficiency and security of message transmission of the payment system.