29 results about "Interconnection" patented technology

A semiconductor device includes a semiconductor substrate including a main surface; a plurality of first interconnections formed in a capacitance forming region defined on the main surface and extending in a predetermined direction; a plurality of second interconnections each adjacent to the first interconnection located at an edge of the capacitance forming region, extending in the predetermined direction, and having a fixed potential; and an insulating layer formed on the main surface and filling in between each of the first interconnections and between the first interconnection and the second interconnection adjacent to each other. The first interconnections and the second interconnections are located at substantially equal intervals in a plane parallel to the main surface, and located to align in a direction substantially perpendicular to the predetermined direction.

The invention provides an airport passenger registered luggage real-time tracking system. The airport passenger registered luggage real time tracking system is characterized by comprising a radio frequency label adhered to the passenger registered luggage, an identification and reading device, a background monitoring system, a database and a personal mobile terminal APP; the background monitoring system can realize functions of query, display, statistics and abnormal alarm on the registered luggage of the passenger; the database is used for storing information data of passengers and registered luggage thereof; the personal mobile terminal APP can realize real-time query and can display positions and state information of the registered luggage of the passengers, and can perform luggage abnormal state broadcasting through text information and a voice prompt; and the personal mobile terminal is in interconnection and intercommunication with an airport passenger registered luggage real time tracking system through an airport mobile communication network. The airport passenger registered luggage real time tracking system and the usage method use the informatization mean to manage and monitor the safety check and the transport state of the registered luggage, and can make the passenger quickly master the real-time position and state information of the registered luggage.

The invention relates to a UWB radar signal simulator based on FPGA, comprising a PC104 interface module, an RAM module, an FPGA module and a high-speed DAC module; the PC104 interface module completes data transmission with a host with PC104 mode by a PCI protocol; the RAM module adopts six ZBT-SRAMs with the bit width of 32 as data cache; the FPGA module adopts Virtex-4 series of product XC4VLX40 offered by Xilinx company and comprises a PCI interface control module, a RAM control module, a high-speed DAC control module and a radar waveform control module; the high-speed DAC control module selects AD9736 of ADI company; the interconnection of all the modules is realized by control modules in the FPGA module, the PC104 interface control module completes butting joint of the FPGA module and the PC104 interface module; data generated by controlling a host computer is transmitted to the inner part of the FPGA module from the PC 104 interface module; the RAM control module completes butting joint of the FPGA module and the RAM module so as to realize the transmission of data between the FPGA and the ZBT-SRAM; and the high-speed DAC control module completes butting joint of the FPGA module and the high-speed DAC module and controls the high-speed DAC module to generate various radar waveforms.

The invention relates to a multi-target random fuzzy dynamic optimal energy flow modeling and solving method for a multi-energy coupling transmission and distribution network and belongs to the field of day-ahead scheduling plan research of electric power systems in an energy interconnection environment. The method comprises the following steps: basic data in a system scheduling period are obtained,; random fuzzy space-time sequence models for large-scale wind power, distributed power source and multi-energy loads are obtained via historical data mining; power and voltages of a power transmission network and all active distribution networks at joint nodes are used as share variables; multi-target SoS dynamic optimal energy flow models characterized by high economic performance, low carbon emission, renewable energy absorption, loss reduction and the like are built within static state security constraints; multi-energy source charge forecast can be realized through random fuzzy simulation; a Pareto solution set, an optimal compromise solution and an energy flow result can be obtained via adoption of an improved SoS layered optimizetion algorithm based on approximate dynamic programming and NSGA-11. The method can adapt to a development trend of energy interconnection, and comprehensive coordination optimization of day-ahead scheduling of transmission and distribution parties can be realized on the premise that requirements for static state safety and stabilization of systems can be satisfied.

A framework for automatically provisioning computing devices includes a central database system and a central file system. Information stored in the database comprises a model of the individual devices, as well as the interconnections of the devices. The central file system stores the software components to be installed on the devices. When provisioning is carried out, the database sends commands to agents located on each device which cause them to retrieve and install the software components from the file system, and to configure the components according to the stored model.

The invention relates to a multi-protocol network convergence information exchanger. The multi-protocol network convergence information exchanger comprises a Zigbee coordinator, a Bluetooth gateway and an ARM processor, wherein the Zigbee coordinator is used for monitoring Zigbee broadcast data packets of wireless sensor nodes in a Zigbee network and transmitting the analyzed Zigbee broadcast data packets to the ARM processor, the Bluetooth gateway is used for monitoring Bluetooth broadcast data packets of Bluetooth devices in a Bluetooth network and transmitting the analyzed Bluetooth broadcast data packets to the ARM processor, and the ARM processor is used for converting the Zigbee broadcast data packets and the Bluetooth broadcast data packets into data in the TCP/IP format, and transmitting the data in the TCP/IP format to the internet through an Ethernet interface. The multi-protocol network convergence information exchanger can adapt to a multi-protocol sensor network coexistence environment, solve the problem of channel interference and set up interconnection and interworking with a high-speed Internet.

The invention discloses a clock tree layout flow method in an integrated circuit, in particular comprising the following steps: step 1, a top layer layout; 2, physical realization of a hard module; 3,extracting the clock tree information in the hard module; 4, acquire that clock tree deviation between the hard modules; 5, insert a clock tree deviation compensating device into that top-level module T; 6, generate a top-level clock tree in that top-level module T; 7, wire generation is carried out on that signal interconnection between each hard module in the top-layer module T; 8, extracting the interface timing model of the hard module when the static timing analysis of the whole chip is carried out; 9, static timing analysis of the whole chip; Step 10: physical authentication. The invention can reduce the level of the clock tree and the difficulty of balancing the clock tree. At the same time, a clock tree deviation compensation device is proposed for this flow method, which can effectively reduce the difficulty of timing convergence between hard modules.

The invention relates to a regional multi-microgrid dynamic networking method based on a graph theory. The regional multi-microgrid dynamic networking method is technically characterized by comprisingthe following steps that 1, according to a multi-objective function optimum in global economic operation and highest in system power supply reliability of an intra-regional multi-microgrid and presetconstraint conditions, an optimization model of a regional multi-microgrid is established; 2, a regional multi-microgrid dynamic networking model based on the graph theory is established by combiningwith network topology connection of a regional multi-microgrid system based on the regional multi-microgrid optimization model established in the step 1; 3, an improved particle swarm algorithm is adopted to solve the regional multi-microgrid dynamic networking model based on the graph theory, and dynamic networking of the regional multi-microgrid is achieved. By combining with interconnection and intercommunication characteristics of the regional multi-microgrid and power output constraint of the microgrid, the optimization model optimum in global economic operation and highest in system power supply reliability of the regional multi-microgrid is established, and a solution is provided for dynamic multi-microgrid networking in a regional range.

The invention provides a fuzzy control method for wind power generation grid-connected running. The fuzzy control method comprises the following steps of firstly, building a wind power generation experiment system, wherein the wind power generation experiment system comprises two groups of wind power generators, two groups of AC/DC rectifiers, two groups of DC/DC converters and a public load, and the two groups of wind power generation devices are used for jointly providing electric energy for the load to use; secondly, building a mathematical model of the wind power generation experiment system according to a physical principle, wherein the mathematical model belongs to an interconnection system with two non-linear sub-systems; and finally, designing a distributed state feedback fuzzy controller based on the mathematical model, and giving out a simulation test platform of the system. With the distributed fuzzy control method provided by the invention, safe and stable running of a wind power generation network can be ensured.

The invention relates to a plane detector for a gamma ray burst imager, the detector comprising a multilayer ceramic interconnection circuit between external connectors and a processor circuit fastened on a rear face of the circuit and a detection module fastened on a front face of the circuit. The detection module includes a support having a rear face fastened to the circuit and a front face on which sensors are fastened, and a high voltage electrical connection device having a through portion passing through the support and extending between two adjacent sensors in order to connect a connection pad of the circuit to a conductive grid that extends at least in part between the sensors and that is electrically connected to a free face of each sensor.

Method for producing a microelectronic device formed from a stack of supports (W) each provided with one or more electronic components (C) and comprising a conductive structure (170, 470) formed from a first blind conductive via (171b, 472) and a second blind conductive via (171a, 473) with a greater height, the first via and the second via being connected together.

The invention relates to an interactive controller comprising a central processing unit, a graphic processing unit, a video processing unit, a RAM (random access memory) controller, a non-easy-to-lose type storage controller, a video output module, a general I/O (input/output) interface, a network module and a video input module which are respectively connected with a module interconnection unit, the RAM controller is in RAM connection with a random access storage device, and a non-easy-to-lose type storage is connected with the non-easy-to-lose type storage controller; the video input module is used for video output interface of wired or wireless connection of operating terminals, and the video output module is used for video input interface of wired or wireless connection of display terminals and the operating terminals. Through the interactive controller, the operating terminals can access to a system in a wired or wireless manner, the existing intelligent terminals with computer functions can be adopted as the operating terminals, and users can demonstrate interactive operation in the whole area.

The invention discloses an intelligent generation method of range gate pull-off interference, belongs to the technical field of electronic countermeasures and aims to solve the problem that a traditional range gate pull-off interference method ignores information interconnection among multiple frames and is not flexible. The method comprises the following steps of: analyzing a range gate pull-off interference process and establishing a range gate pull-off interference multi-frame optimization model; in order to measure the effect of range gate pull-off interference, selecting an average gate offset distance as a target function; aiming at the challenges that the intermediate state of the target function is unknown and noise is involved, fitting the target function by utilizing a Monte Carlo method; and finally, providing a range gate pull-off interference optimization method based on an improved particle swarm algorithm. The algorithm provided by the invention can dynamically adjust the pull-off distance of different frames, maximizes the range gate pull-off interference effect, and is superior to a traditional method in the aspects of pull-off success rate and pull-off distance.

The invention relates to an infrared human body inducing multifunctional remote controller comprising a controller arranged in a shell. The controller is connected with a humidity sensing circuit, a temperature inducing circuit, a power supply control circuit, a human body inducing circuit and a wireless remote control circuit which are arranged in the shell. The wireless remote control circuit comprises a Bluetooth transmitter and an infrared signal transmitter. The human body inducing circuit comprises a human body infrared ray sensor F1 arranged on the shell. By means of the wireless remote control circuit, 99% of air conditioners, most of electrical appliances in the remote controller market and interconnection between the Bluetooth transmitter and a smart phone, a user state is timely notified; clock displaying, indoor temperature displaying and humidity displaying are provided through a display; a human body activity is induced by adding the human body infrared ray sensor; and an air conditioner is controlled by the induced human body activity, for example, the temperature of a room is regulated, or the air conditioner is automatically shut down when nobody is in the room so as to achieve the purpose of energy saving.

The invention discloses a switch cabinet rapid assembly fixture. The switch cabinet rapid assembly fixture comprises a strip-type guide rail, bearing strip plates, hydraulic push rods, supporting square blocks, T-shaped sliding grooves, long bolts, T-shaped sliding blocks, first motors, first U-shaped plates, second U-shaped plates, second motors, first pneumatic push rods, electric push rods, a cross-shaped plate, a cross-shaped sliding hole, first clamping plates, strip-type steel plates, an I-shaped supporting plate, conveying belts, U-shaped strip frames, second pneumatic push rods, bearings, round rods, strip-type penetrating holes, second clamping plates, pulling plates, bearing seats, horizontal plates, micro motors, gears, circular tubes and threaded rods. The switch cabinet rapidassembly fixture has reasonable design, corresponding framework of a switch cabinet is erected conveniently in a three-dimensional distributed mode, the inconvenience of placing and distributing of switch cabinet framework plates during assembling is overcome, the switch cabinet rapid assembly fixture has the function of orderly and correctly assembling the switch cabinet framework plates used forseamed edge interconnection, facilitates performing rapid bolted connection or welding by an operator, and is suitable for rapid assembling of switch cabinet frameworks with different specifications,and the working efficiency is improved.

An arrangement for fixation of one or more objects comprises a strap (5) having opposite ends (6, 7) connected to a supporting body (8) to which the objects are to be fixed by tightening the strap therearound. A strap tightening assembly comprises a couple of two pins (12, 13) spaced apart and extending transversely to the longitudinal extension of the strap and in parallel with the strap and a member (14) creating an interconnection of the pins and configured to be acted upon for tightening the strap around said objects by reducing the distance separating the pins. The assem- bly has a hingein said interconnection allowing the pins to tilt with respect to each other.

The invention discloses a multifunctional mobile phone interface conversion method and equipment thereof. The method comprises the following steps: connecting a mobile communication device with a pre-configured output interface; enabling the application program in the mobile communication device to transmit the control signal to the signal processing module through the output interface; enabling the signal processing module to receive a control signal output by the mobile communication device through the output interface; enabling the signal processing module to receive an input signal of the USB interface and perform signal processing conversion to form a processing signal; and using the signal processing module for detecting, identifying and pairing the processed signal and the control signal to realize interconnection with the mobile communication device. The beneficial effects are that by expanding different joint types, the problem of compatible switching between the USB interface and other various standard interfaces is solved, the function of being compatible with various types of data lines in the market is realized, and the problems of resource waste and environmental pollution caused by the fact that an existing data line is single and cannot be converted and used in a diversified manner are solved.

The invention relates to a lead bonding method and device based on 3D printing, electronic equipment and a storage medium. The method comprises the following steps: determining parameters of the wire bonding interconnection structure; determining printing path parameters of 3D printing operation according to the parameters of the lead bonding interconnection structure; and printing is executed according to the printing path parameters, so that the lead bonding interconnection structure is formed. According to the invention, on one hand, the limitation on the bonding pad spacing in the existing lead bonding technology is solved, and on the other hand, the material selection range is widened; the compatibility of the method and the process is also remarkably improved, and the process cost and the process complexity are reduced.