40results about How to "Realize the data" patented technology

The invention discloses an intelligent manufacturing special network data acquisition scheduling system. On the basis of conception of forwarding and control plane separation, a 4G special line intelligent scheduling system facing intelligent manufacturing is constructed, moreover, the system further satisfies concentrated scheduling and decentralized domain management functions, flexible network resource calling and rapid disposition capability are realized, standard northwards API interfaces are provided for the external, and concentrated management of wireless access equipment, on-demand scheduling and rapid security and other value-added service business opening are realized through SDN and NFV technologies. The system comprises five parts, including an internal network connected with manufacturing equipment in enterprises, a wireless access network based on 4G, a novel wireless access gateway connected with the internal network and an external network, a cloud platform used for carrying out concentrated network scheduling management, and various applications for intelligent manufacturing. The full-network configuration is realized through employing the cloud platform, network interconnection is realized through the novel access gateway, for network element functions, an SDN method is employed to separate a control plane from a data plane in an adaptive mode.

The invention discloses a multi-interface management network architecture for a cloud server. The multi-interface management network architecture mainly comprises a backboard interconnection module, a system management board and a plurality of computational nodes, wherein a management network interface is arranged on the system management board, and the whole machine is managed through the management network interface; a ten-gigabit network card interface for connecting a ten-gigabit network card is arranged at each computational node, and the whole machine can also be managed through the ten-gigabit network card interface; the backboard interconnection module is used for signal interconnection and power distribution between the system management board and each computational node; each computational node is interconnected with the system management board through a management network via the backboard interconnection module, and meanwhile, a network management NCSI (Network Connectivity Status Indicator) bus is led out from the system management board to each computational node through the backboard interconnection module. The integration of data and management dual networks is realized through setting the ten-gigabit network card interfaces on the computational nodes, the dependence on the special management network interface of the system management board is reduced, and the cloud server can still be managed without deploying a special management network and switching equipment.

The invention discloses single radio voice call continuity (SRVCC) realization method. The method comprises the following steps that after a LTE module of a terminal receives a SRVCC command through a first radio frequency channel, a 2G/3G target frequency point in the SRVCC command and target cell information are sent to a 2G/3G module of the terminal, and bearing correlation processing is performed on data bearing except for voice bearing according to a covering condition of a LTE network; the 2G/3G module carries out random access on a corresponding target cell through a second radio frequency channel and sends a SRVCC switching completion command. The invention simultaneously discloses the terminal and a realization system of the SRVCC.

The invention relates to an antenna structure system based on a 3-UPU two-to-one parallel mechanism. The system comprises an antenna reflector and an antenna holder. The antenna holder drives three liner drivers through three servo motors. Two ends of every linear driver are hinged to upper and lower platforms through universal joints; the upper and lower platforms are both equilateral triangles at same positions; rotation axes of two universal joints of a three-branch connection prismatic pair are mutually orthogonal and connected to vertexes of two triangles respectively; rotation axes of the three universal joints connected with the lower platform are coplanar and concurrent; rotation axes of the three universal joints connected with the upper platform are concurrent but non-coplanar; the 3-UPU two-to-one parallel mechanism antenna structure system is formed. The system allows 'crossing-top' continuous tracking for an antenna, an operation spatial direction of arrival is 0 degrees to 360 degrees, and continuous tracking with any attitudes at a pitching angle of less than +/-90 degrees (the pitching angle is 0 degree when the antenna faces up) is achieved.

The invention relates to the technical field of inspection devices, and discloses a power transmission line patrol device and a control system thereof. The power transmission line patrol device comprises an inspection device body and a mounting plate, two supporting rods are symmetrically and fixedly connected to the side wall of the mounting plate, and mounting blocks are fixedly connected to the ends, away from the mounting plate, of the two supporting rods; a mounting groove is formed in one side of the mounting block, a transmission mechanism is arranged in the mounting groove, a transmission shaft is rotationally connected to one side of the mounting block through a first rolling bearing, a supporting arm is fixedly connected to one end of the transmission shaft, a roller is fixedly connected to one end of the supporting arm, and a swing arm motor is fixedly connected to the other side of the mounting plate. According to the power transmission line patrol device and the control system thereof, the climbing performance and the obstacle crossing performance of an inspection robot can be effectively improved, the posture and the position of the robot can be positioned, meanwhile, obstacles can be recognized, and the working efficiency of robot inspection is improved.

The invention discloses a method for identifying a special position in a screen interface. The method comprises the following steps: 1) capturing a picture of the special position in a screen interface; 2) extracting data of the intercepted picture; and 3) searching the data of the captured picture from the overall data in the interface, and finally identifying the position of the captured picturein the overall interface. The invention further discloses application of the identifying method in a repeated operation data processing system. The method provided by the invention is relatively highin identification precision. By combining a mouse positioning and capturing technology, even when a screen interface is changed, correct icon or table position can be precisely and automatically selected for clicking or data reading. The repeated operation data processing system used on the basis of the identifying method can read data more quickly, and the repeated operation data processing system has the advantages of being good in stability, high in execution efficiency, high in operation speed and capable of completing tasks more quickly.

The invention relates to a LONWORKS bus and PC104 bus interface circuit, which is used for high-speed communication between the LONWORKS bus and the PC104 bus. Including PC104 industrial computer and LONWORKS bus, its feature is that it also includes interface circuit FPGA and neuron chip, through the interface circuit FPGA, PC104 bus is connected with multiple LON bus nodes of LONWORKS bus, and the RAM in the interface circuit FPGA is used as the bus data buffer , IO port as PC104 bus interface. The present invention adopts FPGA as the bridge of PC104 bus and LON bus neuron node, program PC104 interface logic program inside FPGA, realize the data exchange between PC104 industrial computer and FPGA internal RAM; Select pins, select multiple LON nodes in turn, and the FPGA only exchanges data with the currently selected LON node. The invention simplifies the scale of the interface circuit, and the PC104 upper computer can simultaneously monitor multiple LON bus nodes through the bus interface circuit, realizes the function of the PC104 system simultaneously communicating with multiple LON nodes, and improves the transmission rate of the PC104 bus.

The invention discloses intelligent garbage equipment which can be used for weighing, counting and displaying tensioning. And the LED lamp strip is installed, so that illumination can be realized. The invention discloses intelligent garbage equipment which comprises a base frame. The base frame comprises a bottom box, the rear surface of the bottom box is connected with a back plate, and a top plate protrudes from the top of the back plate; the bottom box is sunken to form a pit shape, a first through hole is formed in the rear wall of the bottom box, a fixator is fixed to the bottom face of the bottom box, and a weighing sensor is installed in the fixator; a card reader is mounted on the upper surface of the fixer, a weighing plate is fixed on the upper surface of the fixer, and a gap exists between the weighing plate and the card reader; a second through hole is formed in the upper surface of the box cover, the box cover is fixed to the top face of the bottom box, the weighing plate is arranged right opposite to the first through hole, and the weighing plate is attached to the first through hole to cover the first through hole; an LED lamp strip is mounted on the lower surface of the top plate; a display is arranged on one side of the base frame, and the card reader connecting wire penetrates through the second through hole to be electrically connected with the display.

The invention relates to an antenna structure system based on a 3-RPRRR two-to-one moving type parallel mechanism. The antenna structure system is composed of a reflector and an antenna base, the antenna base is formed by three servo motors or hydraulic cylinders which drive three linear telescopic driving devices respectively, and the upper ends and the lower ends of the three linear telescopic driving devices are connected with an upper platform and a lower platform through a revolute pair and three series-connection revolute pairs respectively. Each linear telescopic driving device is connected with a rotating pair connected with the lower end of the linear telescopic driving device and three revolute pairs connected in series and connected with the upper end of the linear telescopic driving device to form a branch chain. The upper platform and the lower platform are equilateral triangles and are consistent in position. The three branch chains are respectively connected with vertexangles of the upper equilateral triangle and the lower equilateral triangle, and the antenna structure system is characterized in that axes of revolute pairs at the lower ends of the three branch chains are coplanar, namely, a 'coplanar' geometrical relationship is formed, and the antenna structure system based on the 3-RPRRR two-to-one moving type parallel mechanism is formed. The technical problem of 'over-the-top' continuous tracking of the antenna is solved, and -5-degree pitch angle super-hemisphere airspace continuous tracking is realized.

The invention discloses a general compiling method and platform for business plans, which are used for solving the technical problems that an enterprise needs to adapt to application scenes of different systems or modules when compiling different business plans, and the working overlapping rate of developers in the development process is high. The method comprises the following steps: determining corresponding service models and corresponding basic planning forms which are pre-constructed for different service plans respectively, wherein the business model and the basic plan form comprise fields for describing a business plan; extracting a feature field and a value field of the business model, and constructing a data model; compiling the basic plan form to obtain an actual plan form comprising fields for describing the business plan and corresponding field values, and synchronizing the field values to the data model; and performing data calculation and summarization on the data model. According to the method and the platform, the general compilation of the business plan and the reuse of the module are achieved, the enterprise development cost can be reduced, and the application experience of a user is enhanced.