54 results about "Comprehensive planning" patented technology

The invention relates to the technical field of river basin water environment protection and river basin comprehensive planning and management and discloses an ecological water saving and pollution control integrated land utilization optimizing method. Aiming at characteristics and defects of researches in the field of land utilization structural optimization at present, the optimizing method avoids defects in the field of land resource structural allocation research, economic benefits and ecological benefits are selected as main optimizing targets according to realistic conditions of research areas, a multi-objective linear programming model and an improved CLUE-S model are combined in terms of model selection to form a model system for planning quantity structures and spatial arrangement of various land use types, and a goal of land resource allocation optimization of the research area is achieved.

The invention discloses an outdoor underground three-period mining method of an inclined, thick and large mineral deposit. The outdoor underground three-period mining method comprises the steps of dividing a life cycle of the mining the mineral deposit into an outdoor mining period, an mining transition period shifting from outdoor mining to underground and an underground mining period by the following two steps: creating an outdoor underground mining boundary division formula, according to a relationship between a limit stripping ratio function and an economic stripping ratio function, determining an outdoor underground mining boundary, and distinguishing the dividing of the life cycle of the mine; and on the basis of outdoor underground mining boundary division, determining a mining opportunity in each of three mining periods. According to the outdoor underground three-period mining method, three mining periods are subjected to unified comprehensive planning and designing, so that when the outdoor mining period is designed, a development system is considered to be utilized in the subsequent underground mining period, and when the mining operation transitions from outdoor mining period to the underground mining period, favorable factors such as related engineering and facilities and the like in the outdoor mining period are utilized as far as possible in the underground mining period at the same time. Therefore, repeated investment of the mine development system in construction can be effectively reduced. The outdoor underground three-period mining method can be widely applied to the mining of medium and thick or thick and large inclined or steep mineral deposits in the industries of black metal, nonferrous metal, coal, chemical and the like.

The invention relates to a design method for preventing and reducing silt in the construction field of an encircling type port area. The design method for preventing and reducing the silt in the construction filed of the encircling type port area is characterized by comprising the first step of establishing and verifying a sediment mathematical model under the combined action of wave currents, the second step of calculating back-silting in the construction period of the encircling type port area, the third step of analyzing back-silting influencing factors in the construction period of the encircling type port area, and the fourth step of forming the measures of preventing and reducing the silt in the construction period of the encircling type port area. The design method for preventing and reducing the silt in the construction period of the encircling type port area has the obvious advantages that the design method for preventing and reducing the silt in the construction period of the encircling port area is achieved through comparison analysis of back-silting influence factors in the port area, and the design method is scientific in design, obvious in silt reducing effect and capable of coinciding with the comprehensive planning of the port area; the method for preventing and reducing the silt can solve the problem of spoil produced in silt coast development in the construction period of the encircling type port area, and can meet the basic requirement for ecological port construction in China. The design method for preventing and reducing the silt in the construction field of the encircling type port area is widely suitable for project planning design for preventing and reducing the silt of harbor basins and channels in the construction period of silt coast encircling type port areas.

The invention discloses an intelligent pipeline management system. The intelligent pipeline management system comprises a digital pipeline management module, a pipeline integrity management module, a pipeline operation management module, an emergency response management module and a comprehensive analysis and display module. The intelligent pipeline management system is capable of further adapting to pipeline service development requirements to guarantee effective linkage of upstream and downstream services, and comprehensive planning and designing of pipeline service development are facilitated to provide a basis for energy supply and optimization of resource allocation.

The invention discloses a power distribution system comprehensive planning method suitable for electric car large-scale application. The method includes the following steps that firstly, according to a free charging mode and a sequential charging mode, methods for calculating electric car charging loads are provided respectively, and a feasible real-time dispatching strategy is provided for the sequential charging mode; secondly, starting from the three uncertain factors of the annual common load development level of the planning level, the electric car ownership and the condition whether the sequential charging strategy can be smoothly implemented or not, a set of future possible scenes is established; finally, a power distribution system flexible planning method suitable for cost is developed. According to the power distribution system comprehensive planning method, an initial establishment scheme with the small cost sum can be provided for investors and economic risks are avoided.

The invention discloses a landscape integrated management unit division method. The method comprises the steps of determining evaluation factors of landscape feature management unit division; obtaining an evaluation result of the evaluation factor; grading the evaluation results of the evaluation factors, and determining the category of the development direction. According to the invention, different landscape management unit features of the target area are obtained by evaluating, superposing and grading the landscape feature units of the target area, and the landscape management unit of the target area is combined with the administrative management unit to perform differentiated management on the target area. According to the invention, landscape unit planning is carried out from the county scale, comprehensive planning is carried out on the target area by combining the natural and humanistic characteristic comprehensive management unit, and correction is provided for existing planning development.

The invention discloses a regional power grid planning system containing high permeability intermittent energy and a method thereof, and the system provides multi-objective and multi-constraint selections and has high efficiency. According to the system and the method, different planning requirements are satisfied through providing optional multiple objectives, multiple constraints and multiple algorithms, at the same time, the application of a stochastic production simulation parsing algorithm of a power grid to the generation process of a planning scheme is considered, and quick solution can be carried out. According to the system and the method, an intermittent power supply which is equivalent to a normal unit assembly in a method processing system is employed, and the computational efficiency of the stochastic production simulation is raised obviously. At the same time, a weighing method is employed to process multiple objectives, the feedback of a follow-up evaluation decision-making process can be received at the same time, and the constant revision of the scheme is facilitated. Finally, a solution set sent by the regional power grid comprehensive planning method is a noninferior solution after pareto optimization, thus the improvement of the overall effectiveness of the solution set on the basis that a solution flexibility is maintained is assisted, and the follow-up planning work process is facilitated.

The invention discloses a service area big data intelligent service platform, which adopts a layered design and comprises a basic software and hardware layer, an information resource library layer, abig data support platform layer and an intelligent service area big data application layer from bottom to top. After the design is adopted, tThe service area big data intelligent service platform hasthe advantages that Guided by the intelligent management and service demand of the expressway service area, with innovation as the driving force and new technologies such as big data, cloud computingand artificial intelligence as the core support, the big data intelligent service platform of the expressway service area was designed and constructed., comprehensive planning and integration of massinformation resources required by cooperative supervision of the expressway service area and public service and service value mining are achieved, and the use efficiency and the application level of expressway traffic service resources are improved.

The invention relates to a power distribution network intelligent energy storage soft switch comprehensive planning method and system, and the method is characterized by comprising the following steps: 1) collecting related parameters of a to-be-planned power distribution system; 2) establishing an intelligent energy storage soft switching planning model; and 3) for a given typical operation sceneof the power distribution network and related parameters of the power distribution system, solving the intelligent energy storage soft switch coordination planning model by adopting a hybrid algorithm combining second-order cone programming and simulated annealing to obtain an optimal intelligent energy storage soft switch planning scheme. The effect of improving the power supply reliability of the active power distribution network by the intelligent energy storage soft switch is fully considered, and the method and system can be widely applied to the field of intelligent energy storage softswitch comprehensive planning in the active power distribution network.

The invention discloses an education big data based study planning system and relates to the technical field of software development of study planning systems and methods. The system comprises a cloudserver, a teacher side, a student side and a teaching affair side, wherein the cloud server is in communication with the teacher side, the student side and the teaching affair side respectively through a network; a teaching affair side server is in communication with the teacher side and the student side respectively through the network; the teacher side comprises a teacher logining and registering module, a teaching task module and a teaching time planning module; the student side comprises a student logining and registering module, a practice task module and an after-school practice planning module; and the teaching affair side comprises a management logining and registering module, a credit hour task module and a teaching task comprehensive planning module. According to the system disclosed by the invention, the credit hour task module and the teaching task comprehensive planning module are arranged at the teaching affair side and the teaching task module and the teaching time planning module are arranged at the teacher side to realize the coordinated planning of students, teachers and teaching affair administration staff, so that the study efficiency of the students is increased and convenience is brought to school management.

The invention provides a warehousing resource allocation method and device and a computer system. The warehousing resource allocation method comprises the steps: determining a comprehensive planning period; receiving a replenishment plan sheet which is submitted by a first user client and needs to be replenished in the overall planning cycle, the replenishment plan sheet comprising the reservation warehouse capacity and reservation warehouse-in date information about commodity warehouse-in reserved by the first user, and the reservation warehouse-in date being within the date range of the overall planning cycle; and according to the reserved warehouse capacity and the reserved warehousing date information of each replenishment plan sheet and the daily available warehouse capacity of the target warehouse in the overall planning period, carrying out overall planning and sorting on the replenishment plan sheets corresponding to the same target warehouse in the overall planning period so as to generate a warehousing sheet for the target warehouse according to an overall planning and sorting result. According to the embodiment of the invention, automatic overall sorting of the replenishment plans can be realized.

The invention belongs to the technical field of root nodule nitrogen fixation and discloses a method for promoting peanut root nodule to fix nitrogen, which comprises the following steps of: screeningpeanut varieties, selecting peanut varieties which are planted locally and have early nodule formation and large root nodule formation, monitoring the physicochemical properties of cultivation soil,determining the fertility level, pH value, microorganism composition and the like of the soil; applying 15 kg of ammonium sulfate, 20 kg of nitrogen-phosphorus-potassium compound fertilizer (N-P2O5-K2O=15-15-15) and 50 kg of calcium-magnesium phosphate fertilizer in every 666.67 square meters of sowing furrows, and the furrows are covered with soil so that the depth of the furrows is 3-5 cm; mixing a nitragin used for local place with water to obtain paste, mixing and stirring the paste with peanut seeds and seeding, in addition, reasonably compounding peanut root nodule nitrogen fixation strains with beneficial strains such as phosphorus and potassium soluble microorganism bacillus megaterium, so that the absorption of nutrients by peanuts and the growth of root systems are promoted, andthe root nodule nitrogen fixation effect is improved. The method has comprehensive planning, can give full play to the function of root nodule nitrogen fixation, reduces the influence of soil factorson the root nodule nitrogen fixation, and can greatly reduce the use amount of fertilizer.

The invention relates to an ecological city comprehensive planning system and method; a comprehensive planning platform is included, the comprehensive planning platform is connected with at least onemulti-region parallel ecological processor through an industrial network. Each multi-region parallel ecological processor is connected with the urban resource planning module, the human settlement environment planning module, the ecological industry planning module and the environment education planning module in a wired industrial network connection mode; the urban resource planning module, the human settlement environment planning module, the ecological industry planning module and the environment education planning module are connected with one another through an industrial network; according to the invention, an efficient computer integrated data analysis method is adopted, and all intelligent and automatic data acquisition and analysis methods are adopted, so that data is effectivelyintegrated and analyzed, human resources are saved, the working and operating efficiency is improved, the planning result is accurate and errorless, and the requirements of current ecological city comprehensive planning are met.

The invention discloses a marketing comprehensive planning service system which comprises a management terminal, a server and an enterprise terminal. The management terminal comprises an administratorlogging-on module, a plan establishing module and a database module. The administrator logging-on module is used for member account number registering and member account number logging-on by an administrator. The plan establishing module is used for releasing a marketing plan by the administrator and furthermore transmits the marketing plan to the database module for storage. The enterprise terminal comprises an enterprise logging-on module and a plan application module. The enterprise logging-on module is used for enterprise member account number registering and logging-on by enterprise personnel. The plan application module is used for receiving the marketing plan transmitted from the server and displays the marketing plan for clicking and viewing by a user. The marketing comprehensiveplanning service system has advantages of high intelligence degree, high efficiency, etc.

The invention discloses an air box and air box end seal installation method of a sintering machine production line. The method is characterized by comprising the following steps: a, after an air box side beam is installed in place, checking the elevation, levelness and center deviation of the side beam; b, before slideways are installed, carefully measuring the machining size of each slideway and recording the machining sizes; c, coating contact surfaces of the slideways and the side beam with high-temperature-resistant sealants; d, when an air box floating beam is installed, adjusting the gap between the floating beam and a framework cross beam to 0.1-0.5 mm by adjusting a gasket group; e, before an air box is installed, cleaning up oil stains and rust on flange faces; and f, carefully checking the machining quality with all parties before installing air box end seals, and especially checking square wear-resistant lining plates on the surfaces of the end seals. The air box and air box end seal installation method of the sintering machine production line has the advantages that comprehensive planning is achieved, an overall arrangement is achieved, the operability is high, the mounting precision of the air box and the air box end seals of the sintering machine production line is high, the steps are connected and coordinated smoothly, the installation efficiency is improved, and the engineering cost is reduced.

The invention provides a tropical farm planning and management system based on a GIS and a remote sensing technology, and the system comprises a man-machine interaction screen, a planning host, and aremote sensing information collection module; the interior of the planning host is provided with a GIS module, a path planning module, a water source distribution module, an agricultural resource distribution module, and an information processing module; the remote sensing information acquisition module comprises a camera, a multispectral scanner and an imaging radar; the remote sensing information acquisition module acquires terrain, terrain, water source information and the like of a farm, the acquired data is transmitted to the planning host, and the planning host draws a map and superposesall resources according to GIS information. A harvesting route, a fire-fighting route, an emergency evacuation route, a planting route, a sewage drainage route and the like can be planned through thearranged route planning module, comprehensive planning and management of a farm are achieved, and effective utilization of resources and reasonability of crop planting are guaranteed.

The invention discloses a method for installing a track device of a sintering machine production line. The track device is divided into a head curve, a tail curve and a middle horizontal track. The method is characterized by comprising the following steps: a, checking and accepting the track device before installation of the track device; b, installing the head curve; c, installing the middle horizontal track; d, adjusting the elevation of the middle horizontal track by utilizing a gasket group below bearing beams; e, installing the tail curve; f, after the elevation of a track is adjusted, using a special measurement tool to adjust the track gauge of the track; and g, when the middle horizontal track and the bearing beams are installed, checking a long hole direction of reserved expansion gaps and expansion joints. The method for installing the track device of the sintering machine production line has the advantages that comprehensive planning is achieved, an overall arrangement is achieved, the operability is high, the mounting precision of the track device of the sintering machine production line is high, the steps are connected and coordinated smoothly, the installation efficiency is improved, and the engineering cost is reduced.

The invention relates to the technical field of urban rail transit. The invention discloses an urban rail transit planning method, a server and a computer readable storage medium. The planning methodof the urban rail transit comprises the following steps of: planning the urban rail transit; determining planning parameters of the urban rail transit according to the layout information of the urbanrail transit; wherein the planning parameters comprise part or all of a layout evaluation value used for representing the layout rationality of the urban rail transit, a layout reference value used for representing the resource allocation priority in the urban rail transit and a layout recovery value used for representing the damage influence degree in the urban rail transit. The planning method of the urban rail transit can realize comprehensive planning of the urban rail transit.

The invention discloses a plantation planning system based on big data. The system comprises a data processing server, the data processing server is connected with a soil analysis module, a path planning module and a communication module, and the soil analysis module is connected with a PH measuring module, a water content measuring module, an organic matter measuring module, a total nitrogen measuring module, an available phosphor measuring module and an available potassium measuring module. The beneficial effects of the system are that the big data is combined with field soil, climate and rainfall conditions, comprehensive planning from the applicability to price prediction of planting crops is realized, and scientific choices are made; and a comprehensive plan is provided, such as landform reconstruction, road reconstruction and reservoirs.

The invention relates to a power distribution network comprehensive planning system in electric power engineering design, which belongs to the technical field of power industry, and comprises GIS software and a background management system, wherein the background management system comprises a road database and a building database, the road database stores urban road information, and the building database stores urban building information; the GIS software comprises a spatial analysis module; and the GIS software is connected to the road database and the building database through a network, displays the road information and the building information on the GIS software so as to carry out topology analysis and attribute assignment on a preliminary planning route diagram, and imports the preliminary planning route diagram into the space analysis module to carry out intersection analysis, so as to obtain a result drawing of cables. According to the power distribution network comprehensive planning system , attribute features are given to an existing topographic map by the GIS software, space analysis is adopted for marking and counting roads and buildings within the cable erection range, the problem of complex work of manual one-by-one counting is solved, and road and building counting becomes faster.

The invention provides a water resource simulation method based on double sequencing of a water source and a water user. A simulation model is researched and developed by taking a double sequencing rule of the water source and the water user as starting points. For a water source, the water supply sequence is as follows: unconventional water is the first, surface water is the second and underground water is the third. For water users, the water receiving priorities are sorted as follows: industrial water supply can be performed only after the living water requirements of residents are completely met, urban public water supply can be performed only after the industrial water requirements are completely met, and so the like. According to the water resource simulation system and method takingwater source and water user double sorting as the rule, the water supply reality is fully considered in the water source water supply sequence, the water resource allocation scientificity can be improved, and the water resource simulation system and method can be applied to the fields of basin water resource comprehensive planning, water resource simulation scientific research, water ecological protection and planning and the like.

The invention discloses a province, prefecture and county comprehensive planning whole-process control integration platform which comprises a user display device which is connected with three control units. Each control unit is provided with a plan management module, a supervision monitoring module and an indicator early warning module. The plan management module, the supervision monitoring module and the indicator early warning module are respectively with the three data storage units. Different items are classified, so that unified management monitoring and early warning for an electric power project can be realized; displaying can be clear, convenience can be brought to a manager for operation and implementation, and error can be avoided.

The embodiment of the invention provides an energy storage planning method and device of a park energy system based on a multi-dimensional digital twinborn technology, electronic equipment and a computer readable storage medium. The energy storage planning method comprises the following steps: predicting an electrical load of a park; constructing an equipment mathematical model based on a multi-dimensional digital twinning technology; and optimizing the energy storage mode of the park energy system according to the electrical load and the equipment mathematical model. According to the invention, factors considered by energy storage planning are more comprehensive, and the planning is more reasonable.

The invention discloses a power angle stability-based direct current receiving end simultaneous stop overhaul scheme determination method and system. The method comprises the steps of for each alternative simultaneous stop overhaul scheme, calculating a whole network average power angle oscillation characteristic damping ratio corresponding to each power generator node fault in an electric network, and determining a risk level corresponding to each power generator node fault; calculating an electric network topology entropy value of each alternative simultaneous stop overhaul scheme; calculating a sum of a load motor ratio and a unit spinning reserve rate in a time period corresponding to each alternative simultaneous stop overhaul scheme; calculating a comprehensive risk assessment valueof each alternative simultaneous stop overhaul scheme; and according to the comprehensive risk assessment value of each alternative simultaneous stop overhaul scheme, determining an optimal simultaneous stop overhaul scheme. The power angle stability problem of a receiving end system can be calculated directly through a simple numerical value to obtain the optimal scheme; quick assessment of the optimal scheme of overhaul power failure comprehensive planning is realized; and the working efficiency and quality of overhaul scheme assessment are improved.