137results about How to "Improve compensation efficiency" patented technology

The invention provides a springback compensation method for creep age forming. The method comprises the following steps: Step S100, based on MSC.MARC commercial finite element software, constructing creep age forming finite element simulation; Step S200, weighting a springback iterative compensation process based on a molding surface of a finite element simulation result; and Step S300, considering a reverse compensation process of high temperature molding surface thermal expansion effect. The method considers the influence of the strength of a component on surface compensation, the influenceof a component feature structure on surface compensation, and reverse compensation of thermal expansion of a high temperature molding surface. A component formed by the model can still meet the engineering error requirement after being cooled.

The invention discloses an integrated static compensator of a distribution transformer, comprising the distribution transformer, a static compensation module and a control platform, wherein each phase winding at a high-pressure side of the distribution transformer is provided with a connecting tap; the connecting tap is connected with an alternating current output side of the static compensation module; and the control platform controls the static compensation module to inject reactive power by the connecting tap so as to realize compensation. The integrated static compensator centralizes to compensate at a key node, thus improving the capacity of the static compensator of existing distribution networks and improving the quality of compensated output waveform.

The invention discloses a voltage optimizing point sorting method for a 10KV overhead line reactive compensation device. The method comprises the following steps: a. obtaining the load rate and the power factor in maximum load according to data of line load curves and reactive and active sampling; b. initially determining the compensation capacity range; c. calculating and drawing a line load and impedance distribution diagram according to the load rate, the power factor and a circuit electric wiring diagram as well as the span and the diameter of an overhead line, and counting the reaction value of a main circuit or branches; d. calculating the voltage drop percentage of each load point relative to an original point or a branch point; e. determining compensation point quantity and capacity according to the conditions of line voltage drop and line reactive capacity in an allowable compensation range, and verifying; and f. determining the position of the compensation point. By adopting the method, the quantity and position of the compensation points can be analyzed and calculated according to actual conditions, the compensation efficiency to the lines can be improved maximally, and meanwhile, the conditions of overcompensation and under-compensation can be avoided.

The invention discloses a multi-time-scale province-region-county integrated reactive power optimization method of an electric system. The method considers the yearly rule, the season rule, the monthly rule, the day rule, super-short-time built-in inertia rules and random components. The method can achieve multi-time-scale province-region-county integrated reactive power optimization, provides multi-time-scale continuous reactive voltage optimal configuration strategies, achieves reactive voltage optimal operation between various voltage classes in long periods, intermediate periods and short periods, improves the voltage qualified rate of the whole network, guarantees continuous, safe and stable operation of the power grid, provides theoretical foundations for setting up the operation mode of the power grid and reasonably and optimally utilizing electricity generation resources, and can effectively guarantee safe, stable and continuous operation of the power grid.

An organic light emitting diode (OLED) display device includes a display panel including a plurality of OLED pixels arranged in a matrix form to display an image, and the plurality of OLED pixels each includes a switching thin film transistor (TFT) to switch a data voltage pass supplied from a data line in response to a scan signal input through a gate line, a driving TFT turned on in accordance with a magnitude of a data voltage supplied from the switching TFT to control an amount of light emitted from an OLED, and a variable storage capacitor connected in parallel to a gate electrode of the driving TFT and having a capacitance varying in accordance with a magnitude of a voltage applied to the gate electrode of the driving TFT may increase a charging speed and a charging rate of a data voltage of the OLED pixel. As a result, it is possible to improve threshold voltage compensation efficiency and solve a problem such as non-uniform luminance and an afterimage.

The invention provides a compensation device for cutter machining parameters. The compensation device comprises at least one processor and a memory, the memory memorizes a plurality of modules which are executed by the at least one processer. The modules include: a data acquisition module, a model establishing module, a grinding wheel abrasion predicting module, a judging module, a parameter computing module and a communication module, the data acquisition module is used for acquiring historical parameter compensation data of existing cutters in a mass production process; the model establishing module is used for analyzing relevance between machining parameters and time-based abrasion loss of a grinding wheel according to the historical parameter compensation data and establishing a parameter compensation model; the grinding wheel abrasion predicting module is used for predicting the abrasion loss of the grinding wheel in a cutter machining device; the judging module is used for judging whether the cutter machining parameters need to be compensated or not; the parameter computing module is used for computing the machining parameters which need to be compensated; the communication module is used for transmitting the machining parameters which need to be compensated to the cutter machining device. The invention further provides a compensation method for the cutter machining parameters. By the aid of the compensation device and the compensation method, compensation efficiency of the cutter machining parameters can be improved.

The invention relates to an STL model permeability error comprehensive compensation method in a 3DP process, which comprises the following steps: after a printed STL model is obtained, permeability error related parameter setting is firstly carried out, Z-direction permeability error calculation compensation is then carried out to obtain Z-direction permeability error compensation amount, and theZ-direction permeability error compensation amount is used for compensating the model to obtain a permeability error compensation result, an STL model after Z-direction compensation is obtained; pre-layering processing is carried out on the basis of the STL model after Z-direction compensation to obtain a wireframe model of current STL model layering surface data information; XY-direction penetration error calculation compensation is performed on the layered wireframe model to obtain an XY-direction penetration error layered compensation amount, and XY-direction penetration error compensationis performed by using the layered compensation amount to obtain an XY-direction compensated wireframe model; and interpolation compensation is performed on the wire frame model after the XY-directioncompensation to obtain a final wire frame model. The influence of penetration errors on the quality of the printing model is reduced.

The embodiment of the invention provides an information processing method and device, a computer device, a storage medium and a program product. The method comprises the following steps of obtaining the first subscription data corresponding to the subscription transaction sheet of the current batch of the target business and the first redemption data corresponding to the redemption transaction sheet, according to the first subscription data and first available subscription data accumulated in a historical batch, obtaining the second available redemption data corresponding to the current batch,obtaining the second available redemption data corresponding to the current batch according to the first redemption data and the first available redemption data accumulated in the historical batch, and compensating the balance data in a first account corresponding to the target service according to the second available redemption data and the second available redemption data. According to the technical scheme, the funding fund account is compensated by using the subscription data in batches, so that the compensation efficiency can be improved, the funding cost can be reduced, and when the current batch is calculated, the subscription data and the redemption data are fully utilized, and the fund utilization rate and the settlement efficiency of funding recompensation are improved.

The invention belongs to the field of reactive compensation technologies and particularly relates to a reactive compensation device with a variable capacitor module and the variable capacitor module. The reactive compensation device comprises a control unit, a filter unit and the variable capacitor module. The variable capacitor module comprises two capacitor units connected with each other in parallel, each of the two capacitor units is composed of a capacitor and a regulation switch which are connected with each other in series, one ends of the capacitors of the two capacitor units are grounded, the other ends of the capacitors are connected with one ends of the regulation switches, the other end of the regulation switches are electrically connected with the filter unit, and a regulation end is further arranged in each regulation switch. An input end of the control unit is electrically connected with a bus, and an output end of the control unit is connected with regulation ends of the regulation switches. The filter unit is electrically connected with one phase of the three-phase bus. Continuous compensation can be achieved by the variable capacitor module, compensation efficiency is high, manufacturing cost is low, power supply efficiency and power utilization benefit of a power grid are increased effectively, and loss of the power grid is greatly reduced.

The invention provides a structure of a high-integration-density fuel cell with compensation ability. The structure comprises a membrane electrode, a bipolar plate and a collector plate assembled between two end plates, wherein compensation springs are not arranged on the two end plates, and the two end plates are made from alloy material of antimony, bismuth or gallium with the character of expansion and contraction. The structure has the beneficial effects that the unbalance of an assemble force caused by the size change of each component due to expansion and contraction in an electric pile can be completely compensated, the compensation efficiency and capability can be improved, the springs are not needed, the space can be saved, the integration density of the fuel cell can be improved, and the volume ratio power and the weight ratio power of the electric pile can be improved. Furthermore, the varieties of parts are reduced, so that the long-term running reliability of the electric pile can be improved to a certain degree.