10results about How to "Reasonable match" patented technology

The invention discloses a two-wheel wheel core driving clutch disc integrated type self-adaptive automatic speed changing electric driving system. The system comprises a box body, a main shaft, a motor assembly, a speed reducing assembly, a frame clutch disc mechanism and a self-adaptive transmission sensing mechanism, wherein the frame clutch disc mechanism and the self-adaptive transmission sensing mechanism are mainly arranged in a rotor. Each clutch unit axially moves back and forth in the frame clutch disc mechanism in an elastic pressure-equalizing sorting mode under the combined acting force of traction force and driving resistance, and work tasks such as power transmission, non-power transmission, transmission direction change and power distribution are completed. The inner friction plates and the outer friction plates are alternately arranged, and each equidistant space is always kept in a pressure-equalizing sequence under the elastic action of the outer elastic rings and the inner elastic rings, so that when the movable pressing disc releases pressure, each transfer synchronous check ring synchronously pushes the inner friction plates at the first time, and each inner elastic ring and each outer elastic check ring synchronously generate elastic release; gaps are synchronously formed between all the outer friction plates and all the inner friction plates, and the abrasion resistance, stability and reliability of the friction clutch are improved.

This invention belongs to the technical field of hydraulic sand making equipment, and discloses a hydraulically driven double-roller sand making machine and its usage method. The sand making machine includes a material characteristic detection module, a roller status monitoring module, a hydraulic drive main control module, a multi-parameter coupling calculation module, and an execution terminal module. These modules are electrically connected to form a closed-loop control system. The multi-parameter coupling calculation module has a built-in original coupling model, receives parameters from each module, completes closed-loop calculations, and outputs control commands. The execution terminal module synchronously adjusts the hydraulic system pressure, roller speed, and discharge channel opening. This invention solves the problems of independent parameter control and poor matching in existing equipment, achieving stable and efficient operation, with a simple structure and strong feasibility.

The invention relates to the technical field of power plant configuration, and discloses a virtual power plant energy storage capacity configuration method and device, and the method comprises the steps: constructing an initial objective function of energy storage equipment; performing fine processing on the initial objective function based on a pre-acquired performance index to obtain a secondary objective function of the energy storage equipment; weighting the secondary objective function based on the index importance of the performance index to obtain a final objective function of the energy storage equipment; constructing an initial constraint condition of the final objective function; performing dynamic processing on a power balance constraint condition in the operation constraint conditions to obtain a final constraint condition of the initial constraint condition; based on the final objective function and the final constraint condition, utilizing a linear programming algorithm to generate configuration information of the energy storage equipment; and integrating the configuration information into an energy management platform of the virtual power plant, wherein the energy management platform performs charging and discharging control on the energy storage equipment based on the configuration information. According to the invention, the efficiency of virtual power plant energy storage capacity configuration can be improved.

This invention discloses a low-nickel matte grinding and flotation process to improve copper-nickel recovery, comprising the following steps: S1, grinding; S2, roughing treatment; S3, cleaning treatment; S4, scavenging treatment; S5, regrinding and re-selecting the middlings; S6, merging the first concentrate from step S3 with the second concentrate from step S5 to obtain the final copper-nickel concentrate. This low-nickel matte grinding and flotation process utilizes a specially modified collector, combined with a closed-loop process of roughing-scavenging-middling regrinding and re-selection, and a differentiated step-by-step reagent dosing system, to achieve efficient and synergistic recovery of copper and nickel metals from low-nickel matte. The process flow is complete, and the process parameters at each stage are reasonably matched. While ensuring the acquisition of high-grade copper-nickel concentrate, it minimizes the loss of valuable metals in the tailings, significantly improving the final copper-nickel recovery rate. The overall technical effect is superior to traditional flotation methods using a single collector or simple mixed reagents.

This invention discloses a green synthesis system for preparing organoalkylsilanes. The system sequentially includes: a reaction unit for mixing silane and olefin, then mixing with a catalyst and heating to react and generate organoalkylsilanes; and a separation and purification unit for separating the organoalkylsilanes and excess olefins from the crude product generated in the reaction unit, obtaining organoalkylsilanes, while the olefins are returned to the reaction unit for recycling. This system uses a continuous catalytic reaction apparatus as its core equipment, realizing the rapid synthesis of organoalkylsilanes from silanes and olefins in the presence of a catalyst without solvents. The subsequent separation and purification unit employs continuous separation operation to purify the organoalkylsilanes to high purity, while excess olefins are returned to the reaction unit for recycling. The entire process system is safe, environmentally friendly, produces minimal waste, and operates with high efficiency.

The invention discloses an economical steel plate for an HRC36 plastic mold, the thickness of the steel plate is 80-130 mm, and the steel plate is prepared from the following chemical components in percentage by mass (wt%): 0.43-0.46% of C, 0.20-0.40% of Si, 1.00-1.30% of Mn, less than or equal to 0.015% of P, less than or equal to 0.002% of S, 0.020-0.040% of Als, 1.80-2.00% of Cr, 0.020-0.030% of Nb, less than or equal to 0.030% of V, less than or equal to 0.30% of Ni, 0.15-0.20% of Mo, less than or equal to 0.020% of Ti and the balance of Fe and residual elements. The hardness of the steel plate is 34-38 HRC, and the hardness difference of the same plate is less than or equal to 4 HRC; the steel plate is reasonable in chemical component combination and uniform and stable in hardness performance, has the advantages of high hardness, high wear resistance and low cost, and can meet the actual production, processing and use requirements of the mold industry; the production method is simple, production organization in the technical field of wide and thick plate metallurgy is facilitated, and meanwhile the comprehensive performance can meet the use requirement.

The invention discloses a power distribution and utilization energy efficiency management method and system based on the Internet of Things, and belongs to the technical field of power distribution and utilization energy efficiency management, and the method comprises the steps: S1, obtaining the power distribution real-time data, equipment rated data and equipment connection relation of power distribution equipment in a power distribution region; s2, comparing the power distribution real-time data of the power distribution equipment with equipment rated data to obtain a normal load set and an ultra / low load set; s3, constructing a node matrix; s4, calculating a load balance degree; s5, calculating an energy efficiency matching degree; s6, forming a matching matrix; inputting the matching matrix into a KM algorithm to obtain a maximum weight matrix; s7, calculating the fitness of the system; comparing the system fitness with a fitness threshold, and judging whether the maximum weight matrix is reliable or not; if yes, outputting a maximum weight matrix; and if not, repeating the steps S4-S7 until the maximum weight matrix is reliable, and outputting the maximum weight matrix at the moment. The scheme and the system can reduce power distribution times and power distribution distance, and reduce loss.

The present invention relates to a solar cell, a manufacturing method and a photovoltaic module, in which a silicon substrate has a first surface and a second surface, the first surface and the second surface are arranged opposite to each other; a first transmission layer is arranged on at least one of the first surface and the second surface, the first transmission layer includes a polycrystalline silicon layer; the polycrystalline silicon layer of the first transmission layer has an amorphous silicon region of the first transmission layer; the amorphous silicon region of the first transmission layer is located at least part of the surface of the polycrystalline silicon layer of the first transmission layer away from the silicon substrate; a carrier collection layer is arranged on the first transmission layer, and at least part of the carrier collection layer is in contact with the amorphous silicon region of the first transmission layer. Since the amorphous silicon region can achieve more reasonable energy band matching and reduce contact resistance, the solar cell can effectively convert sunlight into electrical energy, thereby improving the photoelectric conversion efficiency of the solar cell.

The invention provides a silicon carbide unit strip automatic smoke leakage detection device and method based on visual identification, the device comprises a feeding conveyor belt, a four-station rotating platform, a manipulator, a smoke generation mechanism, a pressing mechanism, a visual identification system and a discharging conveyor belt, the four-station rotating platform is provided with four stations in the circumferential direction, and the four stations are a feeding station, a pressing station and a detection station; and a feeding manipulator, a pressing mechanism, a visual identification system and a discharging manipulator are respectively arranged at the corresponding stations. By means of the detection effects of automatic visual recognition, accurate positioning, efficient operation and high stability, the automatic requirement of silicon carbide unit strip smoke leakage detection can be met.

This invention relates to a high-purity, high-toughness, low-temperature stainless steel and its smelting and preparation methods, belonging to the field of stainless steel metallurgical technology. The smelting method includes electric furnace smelting, refining, vacuum oxygen blowing decarburization, vacuum degassing, and vacuum consumable remelting; the stainless steel ingot contains P≤0.01%, S≤0.001%, and O≤0.0005%. The method employs a synergistic smelting process involving electric furnace, refining, VOD, VD, and VAR, with close integration of each process and reasonable parameter matching, achieving the ultimate removal of P, S, and O. The purity is significantly higher than existing technologies, solving the technical problem of achieving coordinated ultimate removal of S and O in existing processes.