610 results about "Scientific management" patented technology

The invention discloses a control device and method of an intelligent home appliance. The control device of the intelligent home appliance comprises an acquisition module, a search module and a control module, wherein the acquisition module is used for acquiring physical characteristic parameters, detected by an external detection device, of a user, the search module is used for searching for environmental parameters matched with the physical characteristic parameters acquired by the acquisition module according to the physical characteristic parameters acquired by the acquisition module, physical characteristic parameter ranges pre-stored in a cloud server, environmental parameters pre-stored in the cloud server and the corresponding relation between the physical characteristic parameter ranges and the environmental parameters, and the control module is used for controlling the intelligent home appliance to execute operations according to the environmental parameters found by the search module. According to the technical scheme, the problem that home control in the prior art is not intelligent, not accurate and not timely is solved; by searching for the environmental parameters matched with the physical characteristic parameters of the user according to the physical characteristic parameters of the user and dynamically controlling the working state of the intelligent home appliance, fine adjustment and scientific management are achieved, and good user experience is achieved.

The invention discloses a building method of a transformer substation three-dimensional model by using a laser three-dimensional scanning technique, comprising the following steps: 1) building a transformer substation three-dimensional measuring and controlling network; 2) collecting the point cloud data of a laser three-dimensional scanner; 3) carrying out indoor-processing on the point cloud data; 4) generating partition computer aided design (CAD) three-dimensional models; and 5) merging the partition models. The method of the invention can effectively realize the quality control of the laser three-dimensional scanning point cloud data, and enhancing the splicing efficiency of the point cloud data. The method of partitioning and modeling at first proposed in the invention greatly enhances the modeling efficiency of the transformer substation three-dimensional model, and the working process proposed in the invention ensures high accuracy and high efficiency aiming at the transformer substation. The building of the transformer substation three-dimensional model can be used in the scientific management and analysis of the transformer substation, as well as in the solving and decision-making of training, showing, operating, rebuilding, expanding and general engineering problems. The method meets the developing demands of standardization, intensification and high technicalization of the transformer substation, and has significant potential economic benefit.

The invention belongs to the field of data analysis, and in particular relates to a water environment monitoring and quality-control data analysis method. The method is characterized by comprising the following steps of: a, acquiring water environment quality-control data to be verified; b, establishing a support vector machine water environment quality-control data forecasting module; c, comparing the quality-control data output with quality-control data in historical data which is identical in analysis method and instrument type, to obtain a deviation; and d, determining whether the verification of the data passes or not by the following specific steps of: judging that the data is rational and the verification passes if the deviation is not high, and adding into a historical dataset; or if the deviation is excessively high, classifying the data as suspect data. According to analysis research method disclosed by the invention, in analysis of the water environment monitoring and quality-control data, the problem on processing, verification and analysis of various rapid increasing and nonlinear multivariable monitoring and quality-control data is solved, and the demand of scientific management is met.

The invention discloses a method and a system for automatically raising sows in groups. The invention comprises a sow group raising system based on computer networking technology, wherein the inside of the sow group raising system is provided with a remote central management computer storing ID coded information, physiological data, feeding formulas, feeding control modes of the raised sows and adata statistics database, as well as a management and control workstation arranged according to group raising scale; and the management and control workstation is provided with a plurality of feedingstations, boar stations, resting areas and isolation areas. When a sow carrying a radio frequency ear plate enters a feeding station, a radio frequency information acquisition device in the feeding station immediately sends ID information of the sow entering the feeding station to the remote central management computer, and then the remote central management computer sends a control instruction to make the sow complete the feeding according to programs of the system and leave the feeding station for a resting area or an isolation area. The method and the system can carry out scientific management on the group-housed sows to ensure the optimum body conditions of the sows, reduction of feeder waste, distribution according to need, and good group consistency.

A building energy management system relates to a management system. The building managers in China have not establish a standard energy efficiency management mode, and do not fully understand operating conditions of equipment and energy utilization systems, thereby causing low utilization rate of energy and high energy consumption. The building energy management system comprises a master station and a data acquisition module, wherein the master station is in wireless connection with the data acquisition module; the data acquisition module acquired energy utilization data and / or operating parameters of field equipment in a wired or wireless manner, and uploads the utilization data and / or operating parameters to the master station through a wireless network; the master station analyzes and processes the acquired data of the data acquisition module, makes a comprehensive assessment on energy consumption of buildings and the equipment, and intuitively demonstrates the field in a graph, digit and model three-in-one method. The building energy management system achieves the refined scientific management of building energy, continues energy-saving operation as well as dispatching and optimal matching of building group energy, and achieves the purpose of saving energy.

The invention discloses an early warning method for on-line monitoring and analysis of a mine ventilation system. The method comprises the following steps of: step 1, installing a ventilation monitoring device at an underground key point, wherein the ventilation monitoring device transmits the monitored relevant information to a ground monitoring center; step 2, converting wind speed data into wind quantity data according to the wind speed and wind pressure changes monitored at the monitoring places; establishing a ventilation network resolving model and realizing dynamic resolving of wind quantity distribution of the underground ventilation system; and step 3, dynamically calculating the reliability evaluation indicator of the ventilation system based on the real-timely monitored and resolved results of the ventilation network, and analyzing the possibly existing safety hazards in the ventilation system and sending out alarms. According to the method and system provided by the invention, dynamic resolving can be conducted according to the real-time change of the underground, the wind quantity, the wind speed and the like of various laneways can be clearly, intuitively and dynamically displayed on a ventilation system diagram, thus, the ventilation management staff can conveniently know the ventilation situations of various laneways of the underground in real time; and meanwhile, early warning of the ventilation situation of underground laneways and ventilation safety situation of mining working face can be realized, thus, scientific management tools and advanced technical means can be provided for ventilation safety management and safe production of mines.

The invention discloses a personalized nutrition recipe device and method. According to the personalized nutrition recipe device and method, a reasonable nutrition intake of a user is calculated through personal basic information, the nutrition intake of the user is reasonably distributed into diet of each meal every day, and then a reasonable catering list is selected from a database in a matching mode according to the nutrition intake needed by the diet of each meal. The user achieves personalized catering through the selecting and editing of the catering list. When the user selects and edits the catering, the nutrition ingredient and caloric values are evaluated in real time, and assessment is provide for judging whether the catering is reasonable and healthy. After the catering of the user is finished, the personalized nutrition recipe method further stores the catering data, and history catering data are formed. According to the history catering data, the personalized nutrition recipe device and method analyzes food calories of the nutritional ingredient eaten by the user for a time period, and judges whether user diet is reasonable and healthy. The personalized nutrition recipe device and method achieves nutritional and healthy diet of the user through scientific management of the characterized catering for the user.

The invention provides an intelligent bus dispatching system, which comprises bus-mounted terminal, an on-site dispatching desk, a bus system management control center and a wireless electronic station board, wherein the bus-mounted terminal is used for providing positioning information and operation information of a bus and providing the communication between the bus and the bus system management control center; the on-site dispatching desk is used for communicating with the bus system management control center; the bus system management control center is used for processing the positioning information provided by the bus-mounted terminal, processing the result of the communication between the bus and the bus system management control center, processing the result of the communication between the dispatching desk and the bus system management control center to intelligently dispatch the bus according to processing results, and performing the group management of the bus-mounted terminal and the dispatching desk; and the wireless electronic station board is used for displaying the information received from the bus system management control center. The system has the advantages of scientific management, complete functions and outstanding dispatching effect.

The invention discloses a method and system for using a shared automobile. The method comprises the steps that a server records current positioning location information and state information of shared automobiles; a user sends user location information to the server through a mobile client, and the server pushes location information of shared automobiles in a region near the current location of the user to the mobile client of the user; the user reserves a shared automobile through the mobile client, and the server updates the state information of the shared automobile; the user uses the reserved shared automobile, the server starts billing, updates the state information of the shared automobile and receives real-time location information of the shared automobile; the user terminates the use of the shared automobile, and the server performs billing settlement on the use of the user for the shared automobile and deducts the car using cost; and the server updates the state information of the shared automobile and records the current location information of the shared automobile. Intelligent dispatching and scientific management for users and shared automobiles can be realized according to the invention.

The invention relates to an intelligent management system applied to a vegetable plantation greenhouse. The system comprises a cloud server, an environment detection unit, an intelligent adjustment unit, a real-time image monitoring unit, a digital positioning unit, a central processor and a hand-held terminal provided with an APP. Through the intelligent management system, on one hand, the manual monitoring cost and errors can be reduced, efficient and scientific management is carried out on crops in the plantation greenhouse, the cost is decreased, the economic benefits are increased; and on the other hand, the intelligent management system also has a visitor control function, for the purpose of enabling a visitor to conveniently experience agricultural plantation intelligent management, a digital positioning unit and a display screen are arranged on each plantation greenhouse, when the visitor reaches the plantation greenhouse, he can obtain corresponding control authority of the plantation greenhouse simply by inputting a correct digital code through an intelligent mobile phone in his hands, the visitor can control an intelligent adjustment unit of the greenhouse through the intelligent mobile phone, and experience of the visitor is improved.

The invention provides a distributed power stratified coordination control system of a microgrid and a method of the distributed power stratified coordination control system of the microgrid. The system comprises a distributed control layer, a local coordination layer and a remote management layer; a controller of the distributed control layer collects information, uploads the information to the local coordination controller of the local coordination layer, and then, uploads the information to an acquisition controller of the remote management layer by the local coordination controller; and a workstation of the remote management layer gives a plan running command to the local controller, and then, the local controller performs coordination control and gives the plan running command to the controller. The system scientifically manages distributed power, stored energy and load in the microgrid, plans power generation dispatching, achieves rational power supply, satisfies load power supply requirement of the microgrid, effectively solves operation reliability problem of the power distribution network, satisfies trait power requirement of the specific user, improves comprehensive utilization efficiency of all kinds of energy, and has great social and economic benefits.

The invention relates to earthworms, in particular to a method for cultivating an earthworm greenhouse, and belongs to the technical field of agricultural processing. By the method, the cultivation of earthworm greenhouses is realized through construction of earthworm farms, manure fermentation, earthworm stocking, breeding management and the like; pig manure, cow dung, broken forage and the like are fermented and then taken as manure; and through scientific management, the reproduction and growth of the earthworms are guaranteed, so that the demand of the cultivation of aquatic products is met.

The invention discloses a grassland dry matter mass remote sensing estimating method, which belongs to the field of remote sensing application. The method comprises the following steps of: collecting and processing field test data; downloading and processing Modis (Moderate Resolution Imaging Spectroradiometer) satellite data; analyzing and modeling the data and detecting the accuracy and the like. The method for establishing a ground spectrum model for predicating ground dry matter mass and correcting a Modis spectrum model through ground hyperspectral experiments is different from the method for directly predicating biomass liveweight by using NDVI (Normalized Difference Vegetation Index) data of the Modis remote sensing satellite in other like researches so that the grassland dry matter mass remote sensing estimating method is helpful for improving the predicating accuracy, is beneficial for scientific management and reasonable utilization of the grassland resources and has important practical significance in correct evaluation of the real productivity of the grassland and the sustainable use of the grass resources.

The invention relates to a rapid three-dimensional mapping moulding method for ground and an underground pipe network, which comprises the following steps of: acquiring ground scene data and underground pipe data and respectively establishing three-dimensional model images of the ground and the underground pipe network; establishing the link between the ground and underground pipe network three-dimensional model images according to coordinates and storing the link into a database; carrying out rapid moulding in sections according to the moulding range of a rapid moulding machine to obtain underground pipe network sectioned distributing physical models; and splicing the sectioned distributing physical models to obtain an underground pipe network distributing physical model. The ground scene and an underground pipeline are combined and linked by the coordinates; people at different levels can vividly and visually find out the corresponding ground scene by a failure pipeline position and establish a maintenance scheme; similarly, an underground pipe network under a ground scene can be reformed and maintained; and the invention realizes the scientific management of urban infrastructure, saves the maintenance and construction cost, reduces the generating probability of accidents and improves the engineering safety degree and quality.

The invention provides a design method of a multispectral paper currency detector, sequentially comprising the following steps: firstly, judging the orientation of a paper currency through double photoelectric cell signals and magnetic head signals when the paper currency enters the currency detector and then obtaining a paper currency image by using a CIS (contact image sensor); secondly, carrying out luminance compensation, paper currency edge detection and pretreatment of geometric correction on a collected CIS original image to obtain a standardized paper currency image; thirdly, extracting paper currency image features, distinguishing the truth of the paper currency according to the features and identifying the crown of the paper currency on the basis of an image analysis method; andfourthly, sending the distinguishing result or the crown identifying result to other devices or components through an RS-232, an Ethernet or a universal I / O (Input / Output) signal. Through the method,the truth distinguishing with higher reliability can be realized and the identification of the crowns of the paper currencies can be realized at the same time so that banking systems are supported torealize the scientific management of the currency circulation.

The invention discloses a planting method for tea-oil trees. The method comprises the following steps of: (1) selecting soil and an area, building horizontal steps on a slope around a mountain, digging drainage ditches on the inner sides of the steps, and digging pits at fixed points according to a planting distance, wherein the pits are arranged to form delta shapes; (2) after the pits are dug, properly applying garbage tankage, rice straws, dicranopteris pedata and farmyard manure, wherein base fertilizers are required to be deeply applied; (3) during the blossoming of the tea-oil trees, marking early blossoming type plants of a selected tea-oil tree variety, selecting high-yield and high-premonition plants from the marked plants when fruits are matured in the next type, and picking mature and full tea-oil tree seeds; (4) sowing the seeds from every early November to February of the next year, wherein germination is accelerated and the seeds are sown after the seeds are sterilized; (5) after the seeds come up, selecting seedlings, and filling gaps with the seedlings; and (6) after the tea-oil trees are fruited, applying the farmyard manure and a compound fertilizer or a phosphate fertilizer, a potash fertilizer and urine in every May to July. The problems of irrational structure of a planting structure, low oil yield, shortage of scientific management and the like of the conventional tea-oil tree planting process are solved.

The invention discloses a method for collecting, separating, storing, transporting and reutilizing kitchen waste. Specifically, the method comprises the following steps that: the on-site solid-liquid separation is carried out on the kitchen waste in a restaurant; oil-water separation is carried out on the kitchen waste on a special mobile kitchen waste disposal car for separating swill-cooked dirty oil and waste water, and then the on-site purifying treatment is carried out on the waste water, and the water quality after treatment reaches the emission standard for national GB8978-1996 town primary and secondary sewage treatment plants. The equipment adopted by the method belongs to standardized products commonly used in industry, is reliable in running, is mature in technology, is simple in structure, is convenient to maintain, and is low in cost. The method provided by the invention can be used for collecting, separating, storing and transporting the kitchen wastes, and carrying out harmless minimized and resourcing treatment on the kitchen wastes in thousands of restaurants in cities and towns in a timely and standardized manner, is particularly suitable for relevant departments of the government to conduct standardized and scientific management on the kitchen waste, and has good industrial practicability, novelty and creativity.

The invention discloses an artificial cultivation method of Collybia albuminosa and belongs to the technical field of artificial cultivation of wild fungi. The artificial cultivation method of Collybia albuminosa includes steps of termites farming, Collybia albuminosa breeding, Collybia albuminosa planting, fertilizer and water management and harvesting. The artificial cultivation method of Collybia albuminosa achieves large-scale cultivation of Collybia albuminosa by selecting high-quality breeds, simulating the wild conditions of Collybia albuminosa and making full use of the symbiotic relationship of Collybia albuminosa and termites. Under scientific management, the output is greatly improved, the quality is stable and unified, the cultivated Collybia albuminosa approaches those growing in the wild environment in terms of the nutritive value, the medicinal value, taste and flavor, protects the unique biological resource while meeting partial requirements of the market, and prevents the wild Collybia albuminosa from dying out due to over exploitation.

The invention relates to a remote solar street lamp monitoring device based on a cell phone network, in particular to a remote monitoring device applied to the solar street lamp controller. The controller comprises a power control unit 31, a core processing unit 32, a street lamp state monitoring unit 33, a GSM communication unit 34, a standby state monitoring unit 35 and a keyboard and display unit 36; the invention solves the problem of remote wireless monitoring of solar street lamps or other solar-energy-powered devices, improves stability of solar energy power supply system, realizes scientific management of storage batteries by employing a 3-stage charging mode and effectively prolongs service life thereof.

The invention relates to an optimal scheduling method for a single-stage pump station. The optimal scheduling method comprises the following steps: establishing mathematical models according to water pump energy consumption and water pump performance and optimizing pump station running parameters; establishing a mathematical model according to water pump energy consumption influencing factors including water pump flow and lift, and obtaining functional relations between the water pump energy consumption and every influencing factor; establishing a mathematical model according to water pump performance influencing factors including water pump flow, lift, efficiency, motor speed, upstream and downstream water level difference of the pump station and resistance factors of a system pipeline, and obtaining functional relations between the water pump performance and every factor; and adjusting the pump station by combination with the mathematical models established according to the water pump energy consumption and the water pump performance and specific changes of the real-time parameters. According to scientific management optimization technology and scheduling decisions, the water pump performance and motor efficiency factors are considered comprehensively, minimum of energy consumption of the pump is achieved for a goal of minimum of total power consumption of a pump station unit on the premise that the required flow of every time period and the lift are met.

The invention relates to an information processing technology and discloses a system and a method for processing hospital comprehensive performance information. In the invention, data in each business system data source and data in an external data source are integrated and stored in a tiered way by the system through the technologies of data warehousing, data mining and the like, the data is stored in temporary data areas so as to reduce influence on business system servers, and the running stability and safety of each business system server are ensured. A base data area is divided into an operation data area, an analysis data area and a filing data area, the data is classified and detected in the operation data area, so that the calculation efficiency and accuracy of the data are improved. The data which is processed through data mining is additionally stored in a summarized data area for the use of a front end, so that inquiry and access are facilitated. The automation of hospital data integration is realized by the system. Under the condition of greatly reducing manpower, performance index information can be provided in real time, and the running condition of the whole hospital is timely reflected to support scientific management and decision-making.

The invention discloses a multi-agent-based virtual miner safety behavior modeling and emergency simulation system. The system is characterized by comprising a monitoring layer, an analysis layer, a simulation layer, a decision enforcement layer and a database layer, wherein a communication agent is responsible for communication between every two layers; the monitoring layer consists of various detection agents; the analysis layer consists of a database management module; the simulation layer comprises an ordinary simulation module, a self-defined simulation module and an agent generation module; the decision enforcement layer comprises a commanding module, an enforcement module and an evaluation module; the database layer comprises an integrated database, a model base and a knowledge base. According to the system, an evolution trend during the occurrence of various disasters in a mine and evacuation behaviors of underground miners under a real condition can be simulated in a simulation environment, the system can be extended according to different environments of different mines in a self-defined way, a guiding basis is provided for the underground emergency evacuation of the mines in the real condition, and the safety production efficiency and the scientific management level of a mine environment are greatly improved.

The invention relates to an airborne photoelectric measurement apparatus of the dimensions and the spacing of an electric transmission line and a target, and a method thereof, and belongs to the electrical line detection field. The apparatus comprises an unmanned plane, a photoelectric stabilized gondola and a ground system; and the photoelectric stabilized gondola is connected to the unmanned plane, and the ground system controls the unmanned plane and the photoelectric stabilized gondola through radio communication. The method comprises the steps of flight on a line, adjustment motion, measurement, acquisition and transmission. The apparatus has the advantages of flexible motion, simple operation and economy, and the exploitation of the airborne photoelectric automatic measurement apparatus of the remote target dimension and the spacing of the electric transmission line and the target through the combination of the photoelectric stabilized gondola and the design of a laser measurement system in the gondola greatly reduces the line inspection labor intensity of a worker, reduces the running and maintenance costs of electric transmission, improves the inspection work quality and the technological level of scientific management, enhances the electric production automation comprehensive capability, creates high economic and social benefits, and is of great significance.

The invention relates to a distributed complex giant system based on digital drainage network operation management and maintenance, and the system realizes precise and scientific management. The system comprises software and hardware support. From the viewpoint of the system structure, the system is divided into three parts, namely a data layer, a GIS service layer, and an application layer. From the viewpoint of the logical relationship, the system is divided into a system operation environment layer, a data acquisition layer, a data support layer, an application service layer, a system base layer, an application layer and a man-machine interaction layer. The system provided by the invention employs advanced technologies and management methods to optimize and improve relevant links and details, couples advanced drainage network simulation models with various data analysis methods, makes full use of strong data sources, provides comprehensive and professional analysis means, ensures that various application systems of the drainage network digital management collaboratively operate based on unified basic data, provides strong technical support for management and decision-making, and meets the need of the scientific operation and management of a majority of drainage networks.

The invention discloses a method for cultivating dictyophora rubrovolvata through fermented and decomposed mixed saw dust in a bag-removing and earth-covering mode. The method comprises the following steps of (1) raw material pretreatment, (2) stacking fermentation, (3) fungus stick cultivation, (4) bag-removing and earth-covering cultivation, (5) fruiting management and (6) harvesting. The method realizes fermented mixed saw dust cultivation, enables dictyophora rubrovolvata cultivation to be converted to fermented mixed saw dust cultivation from birch raw material cultivation, and solves the problems that resources are damaged by the bamboo fungus industry and pollution is brought to the environment due to the fact that straw is stacked and burnt at will; fungus stick bag-removing and earth-covering cultivation is realized, dictyophora rubrovolvata distributed planting is converted to uniform spawn running and concentrating fruiting conservation planting; a modernized scientific management mode is realized. The dictyophora rubrovolvata is converted from an individual workshop management mode to a factorized, standard and yearly production business mode, therefore, the production efficiency is improved, the cost is lowered, and a foundation is laid for sustainable development of the Zhijin dictyophora industry.

A bathroom product customizing and processing method and system are provided. The method includes the following steps: (1) a product customizing step: (1.1) acquiring a scene, and arranging products in the scene, and (2) customizing the components of each product, and sending customization data to an SAP system to generate a customization order; (2) an order separating step: separating the customization order according to the model number, and generating production data and related drawings based on a BOM file; and (3) a product processing step: carrying out cutting according to cutting data and a BOM table, printing a barcode label, and pasting the barcode label on a cutting plate; scanning the barcode label to get the drawings, feeding back the production schedule, and processing the plate; and after processing, binding the finished product label. According to the invention, customization is carried out based on a scene, a customization order is generated, the order is separated according to the model number, and the parameters of components and the parameters of machining in the factory are generated. Product processing can penetrate all links of production. The efficiency and productivity are improved. The dependence on human labor is reduced. Scientific management is achieved, and the cost of production is reduced.

A special person risk behavior evaluation method comprises the following steps of obtaining physical sign monitoring data of a tested person; obtaining personal factor data of the tested person; obtaining risk behavior disposition data of the tested person; obtaining interview data of the tested person; obtaining risk behavior type data of the tested person; conducting comprehensive computation on an evaluation result of objective circumstances in personal factors, risk behavior disposition evaluation results and an evaluation result of personal social circumstances and personal subjective factors, and the result obtained after computation is used as a special person risk behavior disposition evaluation result; the risk behavior disposition evaluation results are computed respectively, and the result obtained after computation is used as a risk behavior type evaluation result. According to the special person risk behavior evaluation method, the problem that a special person tells a lie is solved scientifically, the risk behavior disposition is accurately judged, the risk behavior type is predicted, and the scientific management level of the special person is improved.

The invention provides an intelligent self-service method of an airport and system. The service method comprises the following steps: a gate acquires primary identify verification information of passengers about to come into security check channels and sends the information to a backstage management system in real time; the backstage management system verifies the primary identify verification information and generates a go-through control command after verification, and sends the go-through control command and service information including distributed security check channels to the gate; and the gate allows the passengers to pass according to the go-through control command and informs the passengers of the service information. The method and system provided by the invention integrate airport services such as check-in service, queuing service, security check service, boarding guiding service, information issue service and the like, and manual queuing guidance is replaced by scientific management of the backstage management system according to analysis of integrated data, so that the congestion problem of the security check channels and the guiding problem of the passenger boarding are solved. Pertinent services are provided for the passengers while the degree of satisfaction of the passengers can be improved; and the service efficiency of the airport is enhanced.

The invention discloses a garden maintenance management service system and method. The system comprises a sensor, a monitoring station, a network server and a mobile terminal, wherein the sensor is connected with the monitoring station; the monitoring station is connected with the network server; the network server is wirelessly connected with the mobile terminal; and a maintenance worker has the mobile terminal. The method comprises the following steps: the sensor is used for collecting garden information, the monitoring station is used for obtaining the garden information collected by the sensor, the monitoring station uploads the garden information to the network server, and the maintenance worker obtains the processed maintenance information through the mobile terminal and guides maintenance work. Garden maintenance and remote management control are combined, the garden information is detected, a maintenance strategy is made according to plant attributes, the garden information and the maintenance strategy are processed as big data so as to improve a green plant landscape effect and guide a garden maintenance process, and the scientific management and the integrated management of the garden green plate are realized. The system and the method also have the advantages that resource configuration is optimized, management cost is lowered and the like.

The invention relates to the intelligent monitoring field, especially a household appliance lease intelligent management system which comprises a data acquisition module, a data monitoring center and a remote data receiving terminal, wherein the data acquisition module comprises a date meter, a counter, a timer and a running state detector; the data monitoring center comprises a storage module prestoring the use charge of a single day, use charge of each time, use charge of each hour, and lease equipment standard parameters. The household appliance lease intelligent management system monitors lease equipment use cases and operation statuses in real time, calculates lease equipment use information, charges for lease equipment based on the charging mode prestored in the storage module, and determines whether the lease equipment are broken down according to the comparison between operating parameters and prestored standard parameters; the household appliance lease intelligent management system can scientifically and reasonably perform charge, timely obtain equipment fault information and warning, efficiently maintain lease equipment, and realize scientific management and efficient service.