42results about How to "Same load" patented technology

The invention discloses a multicenter data task processing method, a multicenter data task processing device and a multicenter data task processing system. The processing method comprises the steps: A, collecting data task information; B, generating a data task model graph according to the data task information, cutting the data task model graph, namely grouping all nodes in the data task model graph, wherein each node of the data task model graph is one data task; and C, allocating data tasks of different groups into corresponding data centers. By means of the multicenter data task processing method, the device and the system, through the establishment of a model reflecting the correlations among data tasks, multicenter task allocation is performed based on the model, and thus the task allocation is visual, accurate and balanced. Transfer and redundancy of large amount of data are avoided, data volume transmitted among each center is small, therefore pressure of network load is reduced, overall data processing efficiency is improved, and loads in all the data centers are basically the same.

A drive traveling mechanism of a peristaltic pipeline robot mainly solves the problem that existing pipeline internal drive travelling mechanism are lower in driving force and hard to drive robots to run for long distance in pipelines. The drive traveling mechanism of the peristaltic pipeline robot is characterized in that the drive traveling mechanism consists of two crank-and-rocker mechanisms and a worm-and-gear mechanism which share a robot body as a framework, a connecting rod of one crank-and-rocker mechanism is of an elastic connecting rod structure, and the elastic connecting rod penetrates through a rocker which swings around the robot body to be further connected with a gear rotating around the robot body so as to form one crank-and-rocker mechanism. The two crank-and-rocker mechanisms identical in structure are respectively arranged from front to back. When a motor drives the worm to drive the gear to rotate, traveling legs connected to the two crank-and-rocker mechanisms arranged from front to back realize translational motion. The two crank-and-rocker mechanisms serving as components of the drive traveling mechanism are distributed along the radial direction of the worm by 120 degrees and are driven by the same worm. The drive traveling mechanism has the advantages that traveling legs can contact with walls of pipelines sufficiently to generate higher dragging force so that the robot can travel by a long distance in the pipelines.

The invention discloses a load-balance-based satellite network on-demand routing method, which mainly solve the problem of unbalanced traffic load in the conventional satellite network. The load-balance-based satellite network on-demand routing method comprises the following steps that: when a source node sends data, the minimum rectangular region of a routing request is limited according to orientations of the source node and a target node; the source node sends a routing request (RREQ) packet to an intermediate node in the minimum rectangular region; when receiving the RREQ packet for the first time, the intermediate node starts a node load judgment mechanism and selectively forwards the RREQ packet according to a judgment result; when the intermediate node forwards the RREQ packet, theRREQ packet is forwarded to a node with the consistent direction with the target node; the target node replies a routing response (RREP) packet to a route with the minimum load value from the received RREQ packet in a delayed response mode; and after receiving the RREP packet, the source node starts to send data so as to complete the route discovery process. Compared with a method employing the conventional routing protocol, the load-balance-based satellite network on-demand routing method has the advantages that: the accurate traffic load balance of the satellite network can be realized; andthe cost of a network route is reduced.

The invention provides a gate drive circuit and a display device, and the gate drive circuit comprises two low-frequency AC signal lines which are used for transmitting low-frequency AC signals; and Nclock signal lines which are used for transmitting a clock signal, wherein the frequency of the clock signal is higher than that of the low-frequency AC signal, each clock signal line is provided with at least one capacitance compensation unit, the sum of the area of any clock signal line and the area of at least one capacitance compensation unit arranged on the same clock signal line is equal toa preset area, and N is an integer greater than or equal to 2, and wherein the at least one capacitance compensation unit arranged on each clock signal line comprises a first capacitance compensationunit arranged corresponding to at least one of the two low-frequency AC signal lines; the sum of the areas of the first capacitance compensation units arranged corresponding to one low-frequency AC signal line is equal to the sum of the areas of the first capacitance compensation units arranged corresponding to the other low-frequency alternating-current signal line.

The invention discloses a display panel and a display device. The display panel includes a display area and a non-display area surrounding the display area. The display area includes a first display area and a second display area. A plurality of reset traces, a plurality of pixels, the reset traces comprising a first reset trace and a second reset trace, the first reset trace being located in thefirst display area and the second reset trace being located in the second display area; The number of pixels electrically connected to a first reset trace is a, and the number of pixels electrically connected to a second reset trace is b, wherein a, b are integers, and 0<a<b; A capacitance compensation structure, a first reset trace electrically connected to at least one capacitance compensation structure. The display panel can improve the problem of uneven display and improve the display effect.

The invention relates to a display substrate and a manufacturing method thereof. The substrate comprises an effective display area and a GOA unit area. The effective display area comprises a display pixel area and a virtual pixel area located at the edge of the display pixel area; the display substrate is characterized in that the GOA unit area comprises at least one virtual GOA unit, and the output end of the GOA unit area is connected with the pixel electrode of at least one virtual pixel, so that the load of the virtual GOA unit is the same as or similar to the loads of other GOA units in the GOA unit area. According to the scheme, the virtual electrodes which do not work in the use process of a displayer are fully utilized, the resistance value of the virtual pixel electrodes and the capacitance value between the virtual pixel electrodes and the common electrodes are approximately the same as the resistance value and the capacitance value of each row of gate lines, and therefore the loads of GOA units are the same, and the signal delay of the virtual GOA units is the same as that of other GOA units.

A sensor system for measuring aerodynamic loads acting on a wind turbine rotor blade is disclosed. The measured aerodynamic loads can be converted to an angle of attack of the resulting wind which flows past the moving rotor blade. The sensor is realised as a trailing edge flap which is elastically moveable relative the main part of the wind turbine blade. By measuring motion of the trailing edge flap or corresponding motions of components of the sensor system, the aerodynamic forces acting on the blade can be determined. Due to the relative small dimensions of the sensor flap and the relative small displacements of the flap, the sensor system only affects the aerodynamic properties insignificantly.

There is described a doctor blade holder (7) for a doctor blade (43) adapted to co-act with a cylindrical surface (1S) of a rotating cylinder (1), comprising:

• • a plurality of fingers (35) mounted on a beam (9), hinged around a rotation axis (37A) and configured to cumulatively form a housing seat (41) for the doctor blade (43); wherein the fingers (35) are pivotable independently from one another around said rotation axis (37A);
  • at least one elastic thrust member (51), configured and arranged to generate a thrust on the fingers ((35) to make them pivot around said rotation axis (37A).

Each finger (35) comprises a locking element (67), to rigidly lock the finger to the beam (9).

A fixed codebook searching apparatus which slightly suppresses an increase in the operation amount, even if the filter applied to the excitation pulse has the characteristic that it cannot be represented by a lower triangular matrix and realizes a quasi-optimal fixed codebook search. This fixed codebook searching apparatus is provided with an algebraic codebook (101) that generates a pulse excitation vector; a convolution operation section (151) that convolutes an impulse response of an auditory weighted synthesis filter into an impulse response vector that has a value at negative times, to generate a second impulse response vector that has a value at second negative times; a matrix generating section (152) that generates a Toeplitz-type convolution matrix by means of the second impulse response vector; and a convolution operation section (153) that convolutes the matrix generated by matrix generating section (152) into the pulse excitation vector generated by algebraic codebook (101).

The embodiment of the invention provides a display panel and display equipment, and belongs to the technical field of display, the display panel comprises sub-pixel units arranged in N columns, and each column of sub-pixel units is provided with a first sub-pixel unit, a second sub-pixel unit and a third sub-pixel unit; each first data line in the first data line group is connected with a first sub-pixel unit and a second sub-pixel unit in the corresponding odd-numbered column of sub-pixel units; each second data line in the second data line group is connected with the third sub-pixel units inthe two corresponding adjacent columns of sub-pixel units; each third data line in the third data line group is connected with the first sub-pixel units and the second sub-pixel units in the corresponding even-numbered columns of sub-pixel units; in the direction perpendicular to the display panel, the projection overlapping area of the first data lines and the anodes of the light-emitting devices is the same as the projection overlapping area of the third data lines and the anodes of the light-emitting devices, so that the problem that the display panel is bright at intervals is solved, andthe display effect is improved.

The invention discloses a damping modularized load bearing wheel set with three stages of balanced suspensions, and relates to a load bearing wheel set of a rubber belt track walking device. The damping modularized load bearing wheel set comprises the first-stage balanced suspension, a first-stage balanced suspension rubber spherical hinge and two modularized biserial load bearing wheel assemblies. Multiple sets of load bearing wheels are adopted, a heavy vehicle can be borne, and the grounding specific pressure of the rubber belt track walking device can be more even. The three-stage balanced suspension structure is arranged, and the smoothness and trafficability characteristics of a vehicle in the running process can be improved obviously. The rubber spherical hinge or a rubber bushing is adopted, and the damping effect of the rubber belt track walking device can be improved greatly. Meanwhile, the balanced suspensions of all the stages can be assembled in a modularized mode, fast assembling and disassembling can be achieved, use and repair are convenient, and maintenance is facilitated.

The invention provides a road surface finishing machine including a frame (1) and multiple wheels (2). Multiple wheels (2) include two steering front wheels (9) and one or two driving wheels (10) provided on both sides, the driven and undriven steering front wheels (9) are supported on the frame (1), and they are suspended by pneumatic or hydraulic elements (11,12) communicated and connected together to unify the pressure.

The invention relates to a propeller dynamometer load device for measuring background noise of a circulating water tank, and the device comprises a magnetic powder brake, a shell, a screw, a screw shell and a sucker; the magnetic powder brake is mounted on a propeller dynamometer shaft and provides a constant torque; the shell is used for wrapping a shell of the magnetic powder brake and sealing the magnetic powder brake in the shell, four wing-shaped supports extending out of the shell are connected with the suction cup through screws respectively, and the lengths of the screws are adjusted through threads so as to adapt to circulating water tanks with different sections; and a screw shell is wrapped outside the screw.