5results about How to "Ensure fair distribution" patented technology

The invention discloses a composite material hot press molding production scheduling method based on a man-hour uncertainty dynamic transmission mechanism. In order to solve the problems that in the hot press molding process of the composite material, the working hours have uncertainty and are easily transmitted and amplified among multiple batches and multiple devices, a working hour uncertainty dynamic transmission mechanism is constructed, and the propagation rule of the workpiece machining time uncertainty between a batch layer and a machine layer is described; on this basis, constraints including an equipment capacity constraint and a workpiece and equipment matching constraint are comprehensively considered, a scheduling optimization model with minimization of the maximum completion time as an optimization target is established, and an optimization adjustment strategy is deduced; and finally, designing a mixed meta-heuristic algorithm to solve the scheduling optimization model in combination with an optimization adjustment strategy, thereby realizing efficient search of an optimal scheduling scheme. According to the method provided by the invention, the influence of uncertainty on the design of the production scheduling scheme can be effectively reduced, and the scheduling efficiency and stability of the composite material hot press molding process are improved.

This invention relates to an MFC-A / O / A coupled wastewater treatment system, method, and application, comprising an A / O / A device and an MFC device connected in series. The A / O / A device includes an influent tank, an anaerobic tank, an aerobic tank, an anoxic tank, and a sedimentation tank connected in sequence. The MFC device includes: an anode disposed in the anaerobic tank; a cathode disposed in the aerobic tank; a resistor disposed outside the A / O / A device and connected to the anode and cathode; and a proton exchange membrane disposed between the anaerobic tank and the aerobic tank. Compared with the prior art, this invention uses enriched bacteria obtained from anaerobic and aerobic enrichment as the inoculum source for the MFC-A / O / A coupled system, which accelerates the system startup, shortens the startup time, and significantly improves the system's power generation performance.

The invention provides a control method, device and equipment for an automatic driving vehicle and the vehicle. The control method comprises the steps that sensor data and automatic driving vehicle parameters are obtained; according to the sensor data, identifying to obtain a first target and a first grade corresponding to the first target; based on the automatic driving vehicle parameters and lane information in the sensor data, a first area is obtained through calculation; screening the first target according to the first area to obtain a second target, and adjusting the first grade through the first area to obtain a second grade; and adjusting resource allocation of the autonomous vehicle based on the second target and the second level. According to the method, the accuracy of recognizing and sensing the target can be improved, the resource allocation of the automatic driving vehicle can be adjusted, the resource of the automatic driving vehicle can be regulated and controlled according to the actual operation condition of the automatic driving vehicle when resource preemption occurs from the system level, the reasonable allocation of the resource is ensured, and the maximization of the system efficiency is realized.

The utility model discloses a kind of photovoltaic controller parallel matching battery management equipment, it is related to new energy technology field, comprising: battery management system;Photovoltaic controller, it is equipped with multiple, the output end of multiple photovoltaic controller is electrically connected to the input end of battery management system;CAN communication module.The photovoltaic controller parallel matching battery management equipment, by the use of CAN communication module, the working operating state of battery pack can be obtained, then adjust the output current of each photovoltaic controller in parallel system, to reach the best charging output current, realize the stable parallel operation of multiple controller system, current control, to ensure that the reasonable distribution of current stress and thermal stress between module, the photovoltaic controller parallel matching battery management equipment can effectively utilize photovoltaic energy, improve the utilization of photovoltaic panel, increase income, initiative and passive combination protect the safety of lithium battery, increase the service life of lithium battery.

The utility model provides a long -life high -performance screw tip tap has the coarse handle handle, thin neck and screw tip of coaxial connection as an organic whole, the chip flute made of screw tip is three groove structure, and the chip flute of three groove structure is three equal parts distribution relative to tap center axis, and the chip flute groove shape is two straight lines two circular arc form, and the smooth transition between circular arc, the screw tip still is made with straight flute, and the screw tip tap adopts the high -speed steel material of vacuum heat treatment, cryogenic treatment and passivation treatment to make. The utility model solves how to reach the technical problem of high -efficient tapping processing of high -performance screw tip tap product on numerical control equipment, improves tap life, processing high -efficient, quality is stable, long -lived, is fit for promotion.