335results about How to "Systematic" patented technology

The invention discloses an ecological scale breeding method of green shell egg laying hens. The method mainly includes the following steps: (1) selecting breeding hens; (2) stocking in a rotational grazing mode in woodland and meadow; (3) selecting hatching eggs; (4) incubating the hatching eggs with an incubator; (5) managing broods of the green shell egg laying hens; (6) managing feeding of the green shell egg laying hens; and (7) preventing epidemic diseases of the green shell egg laying hens. The method is strong in systematicness, changes traditional breeding technology of the green shell egg laying hens, combines with effective breeding measures, improves quality of the breeding hens and the hatching eggs and production capacity of the green shell egg laying hens, increases egg weight and egg yield, and lowers morbidity and mortality rates of the green shell egg laying hens.

The invention relates to a safety level evaluation method a power grid, comprising the following steps of: firstly determining a supposed accident list, and sequentially disconnecting elements of the supposed accident list; after a certain element is disconnected, carrying out topological structure analysis and load flow calculation on a system, and then calculating a power grid loss load risk evaluation index, a power grid overload risk evaluation index, a power grid low voltage risk evaluation index and a power grid voltage collapse risk evaluation index; repeating the process till all the elements of the supposed accident list are completely calculated; and then calculating a system single-risk evaluation index and a system total-risk evaluation index. The invention introduces a risk theory and a utility theory to the safety evaluation of the power grid, separately diagnoses the safety of the system from different side surfaces, further obtains the risk evaluation index of the whole system by an analytic hierarchy process (AHP), obtains simple and clear results and has better discrimination and can reflect the occurrence possibility of different accidental accidents and severity degree of a consequence caused by the accidental accidents.

A semi-automatic grinder-ball grinder system for grinding ore is composed of a vibration feeder, a semi-automatic grinder with variable-speed driver and load monitor, a vibration sieve, a crusher, a sludge pump, cyclone unit with concentration, flow and granularity detections, and a ball grinder with variable-speed driver. Its control method is also disclosed.

The invention relates to environmental pollution plant restoration, specifically to a screening method for heavy metal enriching /accumulating plant. 1)choosing experimental field 2) determining the screening object 3) determining the polluted object 4) potted plant screening experiment for heavy metal The invention chooses weeds as screening object, potted plant experiment , wild sampling and analysis, plot experiment as main means, screen plant for plant restoration. The invention is economic, highly effective, high ecological safety, wide adaptability,

The invention relates to a flying robot control system semi-physical simulation platform which comprises a flying robot flight posture display/visual scene display computer, a flying robot dynamic model simulation computer, a flying robot airborne control system, a radio remote controller and a flying robot ground monitoring computer. The flying robot control system semi-physical simulation platform can simultaneously on-line debug a software system, a hardware system and a control algorithm of a flying robot and draws near an actual working condition of the flying robot to the maximum degree. A simulation experiment can directly verify the correctness of control signals through an executing steering gear of the flying robot airborne control system. The flying robot flight posture display/visual scene display computer can assist in verifying the actual working condition of the flying robot and the correctness of the control signals. The flying robot control system semi-physical simulation platform has stronger generality, stronger systematicness, stronger operability and stronger displaying performance and can be conveniently used in semi-physical simulation experiments of various flying robots. Repeated design of the flying robot control system is avoided, and test work of new function extension of the flying robot control system is greatly simplified.

The invention discloses an intelligent fat-reducing treadmill and a body building instruction method thereof. The intelligent fat-reducing treadmill is characterized by comprising a body fat rate measuring module, an exercising heart rate measuring module, a control and processing module, a man-machine interaction module, a power module and a treadmill body. The intelligent fat-reducing treadmill is capable of providing corresponding fat-reducing exercising schemes for different users, so that more humanized and intelligent body building purposes are achieved.

The invention discloses a source code change influence analyzing and testing method for software units and components with combination of phase. The analysis and test on unit grade source code change influence comprise the following steps of: constructing a program unit flow graph; establishing a linear independent test route set; checking a node of a modified code in the flow graph and determining the node as a change point; using a route selector to select a route containing the change point from the linear independent test route set so as to form a influenced route set; executing the route in the influenced route set; and comparing the execution result with expected results. The analysis and test on component grade source code change influence comprise the following steps of: establishing a program scheduling graph, wherein the scheduling graph uses a scheduling structure of nodes and boundary description programs; establishing a linear independent test sub-tree set; confirming a unit at which the modified code is located and taking the unit as the change point; using a sub-tree selector to select a sub-tree from the linear independent test sub-tree set which contains the change point so as to form an influenced sub-tree set; executing the sub-tree in the influenced sub-tree set; and comparing the execution result with expected results.

The invention discloses an evaluation method for small and micro enterprise operation projects, which includes determining indicators affecting the feasibility factors of the project according to the contents of the small and micro enterprises to be evaluated; determining the weight of each indicator in the Internet financial environment; summarizing The weight of each indicator and the detailed rules for scoring establish an initial weighted scoring model; modify the initial weighted model to obtain an optimized weighted scoring model; score the items to be evaluated according to the optimized weighted scoring model; Scoring, determining the funding policy of the project and other steps. Its remarkable effect is: the weighted scoring model is adopted, and each indicator is given a weight, which fully considers the impact of the current Internet financial environment on the indicators and weights of the development factors of small and micro enterprises. Compared with the non-weighted evaluation model, the reliability is more reliable. High, the obtained score has a strong reference for the project managers of makerspaces.

The invention discloses a method and a system for implementing configuration on the basis of network services. The method and the system have the advantages that network service configuration databases are created for users, topological structures, identification of service flows, identification of network devices for carrying the service flows and configuration information of physical ports, VLAN (virtual local area network) selection and the like can be selected from the databases for network topological contents and specific service contents on the basis of network service requirements, accordingly, service types, source MAC (media access control) addresses and target MAC addresses can be identified according to ports for the network devices for carrying the service flows, network topology can be creased on the basis of the identification of the service flows and the configuration information of the ports in the network service configuration databases, the same services can be transmitted in selected VLANs, and the configuration can be implemented; the configuration information can be issued to the various network devices, so that the complexity and the troublesome degree of the network configuration can be lowered, the specific services can be transmitted among the configured networks in an identifiable manner, and network configuration lists are high in reliability.

The invention discloses an interactive education method, which comprises the following steps that: audio and video display equipment receives two-dimensional code information from image scanning equipment; the audio and video display equipment obtains an address of an audio and video resource corresponding to the two-dimensional code information according to the two-dimensional code information; and the audio and video display equipment acquires the audio and video resource according to the address of the audio and video resource, and plays the audio and video resource. The invention also provides the audio and video display equipment and a corresponding system. According to the interactive education method, printed data learning and video learning are combined for interactive education, so that the method has the depth and systematicness of the printed data learning and the vividness and interestingness of the video learning, and the learning enthusiasm and efficiency of a user are improved; and moreover, the conventional function mode of the audio and video display equipment is changed, so that a good experience can be brought to the user.

The invention discloses an analyzing and compensating system for optical mirror face few-axle grinding inclining cambered face grinding wheel errors. The analyzing and compensating system comprises a few-axle grinding inclining cambered face grinding wheel error source determining module, a few-axle grinding machine tool structure and grinding mode selecting module, a grinding wheel ideal movement envelope surface constructing module, a grinding wheel coordinate system, diameter and cutting radius determining module, a tool setting operation horizontal movement amount determining module, an inclining cambered face grinding wheel composition error model constructing module, a mirror face error detecting and processing module, a cambered face grinding wheel error component separating module, an inclining cambered face grinding wheel error compensating module and the like. Compare with the prior art, the error analyzing and compensating system can predict, separate and compensate face errors caused by the large complex optical mirror face few-axle grinding inclining cambered face grinding wheel errors under the combination of various machine tool structures and grinding modes, and is systemic, integral and visual. The analyzing and compensating system can be used for compensating the errors caused in the machining process of any curved face and any caliber mirror face after one-time detection, and has the advantages of being simple and efficient.

The invention discloses a method for evaluating urban ecological security based on a structure-process-function model, comprising the following steps: (1) constructing an ecological security index system by using the analytic hierarchy process; (2) using elevation data, remote sensing image data, land use Type data and socio-economic and environmental data calculate the value of each described ecological security index element in the element layer; (3) carry out dimensional unification to the value of each described ecological safety index element; (4) calculate each described The weight of the ecological security index element value; (5) by carrying out weighted summation to each described ecological security index element value to obtain the corresponding described ecological system comprehensive security value of the target layer; (6) according to the comprehensive The safety value divides the urban ecological security level. The calculation process of the method of the invention is simple, the parameters can be adjusted according to the actual situation, and the applicability is wide.

The invention relates to a safe crop production technique in the polluted environment, in particular to a method for selecting crop varieties with low heavy metal accumulation. A crop is cultured in heavy metal-processed soil by way of pot experiment, the temperature is 5 DEG C to 40 DEG C, the soil moisture content is 40 percent to 90 percent of the field moisture capacity, the crop is cultured under the natural light for 50 to 170 days, plants are harvested, and the heavy metal content of edible parts is measured; the selected crop seeds, the edible parts of which have the heavy metal content lower than 30 percent of the heavy metal content of the edible parts of the conventional crop variety, are directly dibbled in the polluted field soil, three to six seeds are planted in each hole, the distance between holes is 10cm to 60cm, the distance between ridges is 10cm to 60cm, ripened plants are harvested, the heavy metal content of edible parts is measured, and if both the heavy metal enrichment coefficient and heavy metal transfer coefficient of the crop are less than 1.0, the crop is a crop with low heavy metal accumulation. The invention has the advantages of economy, high economic safety, high applicability and simple use method.

The invention discloses a hierarchical index-based active power distribution network evaluation method containing distributed energy. The method comprises the following steps of S1, setting a three-level active power distribution network evaluation index system; S2, determining sub-index items correspondingly contained in each level of evaluation indexes; S3, calculating a score of a third-level basic index item by adopting a percentage system fuzzy membership evaluation function; S4, determining the weight of each level of index item corresponding to a superior index by adopting a Delphi method; S5, carrying out weighted scoring, calculating the index scores of all levels step by step, and finally obtaining an area comprehensive evaluation score; and S6, repeating the above steps to obtain comprehensive evaluation scores of the analysis area under different distributed energy access schemes, and comparing and optimally determining an optimal access scheme. According to the method, theinfluence of distributed energy access on the active power distribution network is comprehensively considered, a multi-target multi-level comprehensive evaluation system is established in consideration of time-space difference, a distributed energy access scheme is optimized, the operation condition of the power distribution network is improved, and the new energy consumption level is improved.

The invention relates to a high-precision full-link spaceborne SAR radiation calibration simulation method. The method comprises steps: real radar satellite data are read; surface targets whose pointnumbers in a distance direction and an azimuth direction meet requirements are selected as a simulation data source for radiation calibration; through adding a scaler with the scatter cross section area of a known radar in the center of a scene, a surface target simulation data source of a layout scaler is constructed; the surface target of the layout scaler is decomposed to multiple point targets, the echoes of the point targets are calculated and superimposed to obtain echo simulation signals; imaging processing is carried out to obtain a scene radar image containing the scaler; and a radiation calibration coefficient is calculated to complete calibration processing. The method provided by the invention adopts real radar satellite data to perform calibration field echo simulation, the problem of high experimental cost of the real layout scaler is solved, and the spaceborne SAR full-link radiation calibration simulation is realized.

The invention relates to searching methods. The searching methods include the scheme type searching method, the tree-shaped classified intelligent guiding demand searching method and the searching method integrating classified intelligent guiding, classified structuralization and schemes. According to the three searching methods, the living condition of a user can be intelligently perceived, a classification structure for knowledge and experience resources needed for the living condition is provided to guide the user to search, provided guide content has higher relatedness, rationality and systematicness, and finally a target searched for by the user can be hit more rapidly. Meanwhile, each time searching is conducted, lots of sets of solutions and knowledge data resources provided by different internet users can be given, comprehensive and systematic knowledge data resources of various file types can be searched for at a time, searching efficiency of the user can be greatly improved, and the user is helped to quickly obtain desired search results.

The invention provides a petroleum spatial distribution quantitative evaluation chart generation method under reservoir configuration constraint. The method comprises the steps: collecting different types of hydrocarbon source rock samples sequentially according to thermal evolution degree, abundance of organic matter, lithology and organic matter type; carrying out the thermal simulation experiment of the collected samples, quantifying discharged oil and retention oil at each temperature point, employing the organic carbon analysis of residue, Rock-Eval detection, and vitrinite reflectance analysis; drawing an oil discharge rate chart of different types of hydrocarbon source rocks; selecting geological sections of different basins as actual geological samples; densely collecting the hydrocarbon source rocks and storage layer rock core samples and carrying out organic carbon analysis, Rock-Eval detection, vitrinite reflectance analysis and chloroform bitumen quantitative analysis on actual geological sections; drawing an oil discharge rate parameter curve of an actual geological sample; and obtaining the petroleum spatial distribution quantitative evaluation chart generation method under reservoir configuration constraint according to the oil discharge rate charts of different types of hydrocarbon source rocks and the oil discharge rate parameter curve of the actual geological sample.