11results about How to "Improve organizational efficiency" patented technology

The invention discloses a saline-alkali soil improvement method based on a low-salt organic material. The method comprises six steps of saline-alkali soil detection, organic material selection, organic material pretreatment, organic material application, soil irrigation and soil pH value adjustment. According to the steps of organic material pretreatment and organic material application, it is ensured that the saline-alkali soil fertilization improvement effect is good, the method has the advantage of being good in improvement effect, and the problems that in the using process of an existing saline-alkali soil improvement method, in the using process, low-salt organic materials are inconvenient to efficiently improve the saline-alkali soil, and the soil quality is poor are solved. The problems that if low-salt organic materials cannot be fully utilized, the soil improvement effect may not be obvious, soil salinity cannot be effectively reduced, the soil structure cannot be effectively improved, supplement of the organic materials is lacked, the organic matter content of the soil is difficult to increase, and the fertility and the water and fertilizer retention capacity of the soil are affected are solved.

The invention relates to the technical field of nickel coil mechanical property detection, in particular to a nickel coil strip mechanical property evaluation method and system based on annealing and pickling, and the method comprises the steps: obtaining a nickel coil strip, obtaining an annealing temperature interval, obtaining a pickling time interval, carrying out the interval division of the annealing temperature interval and the pickling time interval, and obtaining an annealing temperature set and a pickling time set; the annealing temperature value is matched with each pickling time in the pickling time set to obtain an annealing and pickling matching set, annealing operation is performed on the nickel coil strip to obtain an annealed nickel coil strip, pickling operation is performed on the annealed nickel coil strip to obtain a pickled nickel coil strip, the initial mechanical property value is larger than or equal to a preset mechanical property threshold value, and the initial mechanical property value is larger than or equal to a preset mechanical property threshold value. The optimal comprehensive mechanical property value is extracted from the comprehensive mechanical property value set, and nickel coil strip mechanical property evaluation based on annealing and pickling is completed based on the optimal comprehensive mechanical property value. According to the invention, annealing and pickling process parameters can be optimized.

In a method for obtaining one or more protein preparations and an oil fraction from sunflower seeds or rapeseeds, at least three fractions are provided or formed from the seeds, wherein a first fraction has a hull content <1 mass percent, a second fraction has a hull content <20 mass percent or <10 mass percent, a second fraction has a hull content greater than the hull content of the first fraction but at least equal to >0.3 mass percent or >0.15 mass percent, and a third fraction has a hull content >60 mass percent or >30 mass percent. Oil is separated from the first fraction by means of one or more de-oiling steps until the residual oil content is <3 mass percent, thereby obtaining one or more oil fractions and an oil-free first fraction as a protein preparation. The method makes it possible to convert all fractions accumulated during the preparation of sunflower seeds or rapeseeds into ingredients of the highest possible quality for food applications, animal feed applications, energy applications or technical applications.

The utility model discloses a continuous hot strip tidying device for tea leaves, which relates to the technical field of tea leaf processing and comprises a base, a linear swinging mechanism, a working box, a chain plate type conveyor, a heating machine and a baffle plate, the base is connected with a working box through a linear swinging mechanism; the working box is of a rectangular structure, the top of the working box is open, one side of the working box is provided with a first opening, the other side of the working box is provided with a second opening which is consistent with the first opening in size and right faces the first opening, and the first opening and the second opening are jointly internally provided with a chain plate type conveyor. The feeding end of the chain plate type conveyor extends out of the first opening, and the discharging end of the chain plate type conveyor extends out of the second opening. A plurality of baffles are linearly arranged on a chain plate of the chain plate type conveyor, and a strip tidying cavity is formed between every two adjacent baffles; the chain plate type conveyor divides the interior of the working box into a lower heating cavity and an upper working cavity, and a heating machine is installed in the lower heating cavity so as to transfer heat to the upper working cavity and heat tea leaves in the carding cavity. The device realizes continuous tea strip tidying operation, and the operation efficiency is good.

The present invention discloses a method for generating a live video stream and a process driving device, which relates to the field of computer technology and can improve the data organization efficiency in the process of forming a live broadcast room. The method is applied to a process driving device in a live broadcast system, and the live broadcast system also includes a content expression device and a live broadcast data generation device connected to the process driving device. The method includes: the process driving device obtains the process requirement data of the service object; the process driving device determines the live broadcast process data and live broadcast rule data corresponding to the process requirement data according to the process requirement data; the process driving device sends the live broadcast process data and live broadcast rule data to the live broadcast data generation device, so that the live broadcast data generation device generates a live video stream for live broadcast based on the live broadcast process data, the live broadcast rule data and the live broadcast content data from the content expression device.

The utility model discloses a miniature steel pipe pile foundation for an earth-rock backfill side slope. The miniature steel pipe pile foundation is arranged above an earth-rock backfill area and is supported and fixed in a rock area; the miniature steel pipe pile foundation comprises miniature steel pipe piles and a structural foundation, the miniature steel pipe piles are vertically arranged side by side, and the tops of the miniature steel pipe piles in each group and the structural foundation formed through pouring are fixedly connected into a whole. Each group of miniature steel pipe piles is formed by casting steel pipes, reinforcing steel bar bundles and non-shrinkage mortar on site; wherein the steel bar bundle penetrates through the steel pipe and is consolidated through non-shrinkage mortar poured in the steel pipe on site, the bottom of the steel pipe and the bottom of the steel bar bundle extend into original rock to be fixed, and the top of the steel pipe and the top of the steel bar bundle are consolidated with a structural foundation formed through pouring; the structure foundation is a horizontal platform foundation formed through cast-in-place. Holes are formed in the wall of the steel pipe pile, the steel pipe pile and the periphery are fixedly connected to form a stable structure after grouting, the requirements for foundation bearing and upper load stress can be met, large-area excavation of a side slope is avoided, the applicability is high, and the construction efficiency is high.

The embodiment of the invention provides a data interaction method and system of a financial service platform, and belongs to the technical field of data visualization. The method comprises the following steps: collecting to-be-interacted data of each data source, and preprocessing each to-be-interacted data; classifying the preprocessed to-be-interacted data, and matching a corresponding data interaction scheme based on a classification result; based on the data interaction scheme, determining a visualization scheme and a pushing rule of each classification data; and based on the visualization scheme of each piece of classification data, correspondingly executing visualization arrangement of each piece of classification data, and based on a pushing rule, executing visualization arrangement result pushing. According to the scheme, the problem that a data interaction scheme of an existing financial service platform cannot meet diversified requirements of users is solved.

The invention relates to the field of teaching equipment, and discloses a movable folding type examination anti-cheating device which comprises a desk, three installation parts are arranged at the top end of the desk and serve as basic components of the device, two sliding blocks are arranged in each installation part, four fixing components are arranged in each installation part, and the sliding blocks are arranged in the fixing components. And the two sliding blocks are arranged on the supporting columns and used for fixing the two sliding blocks, buckle assemblies are arranged in the sliding blocks and used for disassembling and assembling the supporting columns, two pieces of shielding cloth are fixedly connected to the close sides of the supporting columns on the front side and the rear side, and folding assemblies are arranged on the close sides of the two pieces of shielding cloth and used for assisting the two pieces of shielding cloth to be folded and stored. Through installation of the device and unfolding of the shielding cloth, sight lines among examinees can be effectively blocked, the privacy of test paper of each examinee can be protected, interference among the examinees can be reduced, and invigilators can be more concentrated in overall monitoring of an examination room and do not need to excessively pay attention to specific behaviors of each examinee.

This invention relates to the field of multimodal transport technology, and discloses a method, system, electronic device, and medium for monitoring multimodal transport. In this method, navigation data of water transport vehicles is received and their tracks are monitored; the navigation data includes route and speed. Travel data of land transport vehicles is received and their travel trajectories are monitored; the travel data includes waypoints, routes, and speeds. The navigation and travel data are analyzed to generate a first scheduling scheme. The water transport vehicles and land transport vehicles are then coordinated to connect at a first transshipment point to achieve multimodal transport. This invention, based on the monitoring of water transport vehicles and land transport vehicles, schedules and controls their connection at transshipment points to conduct multimodal transport, improving the organizational efficiency of multimodal transport, enhancing transport efficiency, further optimizing transport capacity, and correspondingly reducing logistics costs.

A dynamic graph random walk acceleration system and method based on FPGA is disclosed. The system includes a main processor and an FPGA accelerator. The main processor is used for information preprocessing, compressing graph structure fragments and walker grouping information into a shared-packet slice. The FPGA accelerator is used for scheduling and decompression. In response to the control of the main processor, the FPGA accelerator reads the shared-packet slice, performs parsing verification and decompression operations, and provides the decompressed data to the main processor. Upon receiving the decompressed data, the main processor processes walkers with the same vertex to perform random walks, updates the walker states, writes the updated walker states to the walker buffer, and notifies the FPGA accelerator to initiate the compression operation. In response to the notification, the FPGA accelerator reads the walker states in the walker buffer, compresses them, writes the compression result back as a walk state slice, and updates the corresponding directory information.

The invention belongs to the field of communication, and particularly relates to a mass sending junk information monitoring and processing system. According to the scheme, the system comprises a sending terminal used for generating an information spreading request according to a user instruction, and the information spreading request comprises a sending end address, information content, application party information and a receiving end address; the monitoring module is used for receiving the information spreading request, acquiring time for receiving the information spreading request as sending time, and associating the sending time with the information spreading request; the interception module is used for receiving the sending time and the information spreading request and extracting a sending end address, information content, application party information and a receiving end address in the information spreading request; and comparing the information contents with the same receiving end address and the same application party information. According to the scheme, the repeated information is checked from the number of the repeatedly sent same information content and the interval time of the repeatedly sent same information content, and the problem that junk information is not accurately intercepted is solved.