85 results about "Ecological data" patented technology

A wireless-linked remote ecological environment monitoring system is proposed, which is characterized by the use of a sensor network such as WSN (wireless sensor network) installed at the remote site for collecting ecological data, and the use of a public wireless communication system such as GSM (Global System for Mobile Communications) for transferring all the collected ecological data to a back-end host server unit where the ecological data are compiled into webpages for posting on a website. This feature allows the research / management personnel to browse the ecological data simply by linking a network workstation via a network system such as the Internet to the website, without having to travel to the remote site and collect ecological data by human labor.

The invention discloses an intelligent hotel management system based on the Internet of everything, which comprises an intelligent hotel cloud data center, an intelligent knowledge base and a plurality of intelligent hotel systems, and is characterized in that the intelligent hotel cloud data center is used for integrating hotel related data of all of the intelligent hotel systems and forming a database; the intelligent knowledge base is used for collecting data of the intelligent hotel systems in real time on the one hand, performing data interaction with the intelligent hotel cloud data center on the other hand, and performing analysis and decision-making on an intelligent hotel system according to field data of the intelligent hotel systems and the data integrated by the intelligent hotel cloud data center; and the intelligent hotel system comprises a guest service analysis and decision-making subsystem, a guest service analysis and decision-making command and control subsystem, a whole supply chain material management and control subsystem, an engineering security and protection integrated analysis and decision-making subsystem. The intelligent hotel management system explores values of data which includes facility and equipment operation data, guest behavior data and hotel business district ecological data; and real-time and accurate data enables hotel services and management decision-making to be more efficient and more scientific.

A front-end gateway unit is designed for integration to a remote ecological environment monitoring system that is equipped with a wireless sensor network (WSN) system installed at a remote site, such as a farmland or a garden, for the purpose of allowing the WSN system to exchange data with a back-end host server via a wireless communication system. The front-end gateway unit is characterized by the capability of using either the WSN system or a built-in sensing module for collecting ecological data, and the capability of combining geographical location data in the ecological data. This feature allows the collection of a comprehensive set of ecological data (including geographical location, temperature, humidity, sunlight data, wind speed, and pest number) for transfer to the back-end host server, such that research / management personnel at the local site can conveniently browse these ecological data and learn the ecological conditions of the remotely monitored area.

The invention discloses a medical data sharing method based on a block chain, and the method comprises the steps that a medical data owner authorizes to upload personal medical data on the premise of desensitizing private data; medical institutions and hospitals serve as data keepers, unify the format of data through the standard protocol layer, standardize data writing based on the blockchain smart contract, and store the data in the blockchain system; a medical industry ecological data sharing and intercommunicating mechanism is established through the block chain, and alliance members joining the block chain equalize the rights and interests of the shared data after getting through; unified and standardized user medical data are provided for the outside, mechanism nodes on the block chain achieve comprehensive data intercommunication, and effective utilization and privacy protection of the medical data are guaranteed.

The invention discloses a method and a system for quantitatively evaluating natural preservation area management effectiveness. The method comprises the following steps: obtaining environmental and ecological data of a natural preservation area by measures such as a remote sensing satellite and field survey and the like, determining a natural preservation area management effectiveness quantitative evaluation indexes system by utilizing an analytic hierarchy process and an expert scoring method, determining index intension and a quantitative measuring method of the index intension so as to be convenient for quantitative evaluation of the future preservation area; conducting inversion to index values of NPP (net primary productivity), vegetation coverage, a typical habitat dominance and habitat degradation indexes and the like by utilizing the remote sensing data; measuring management measures and social impact rule layer correlation indexes by utilizing ground investigation data; determining all index permissions by utilizing the analytic hierarchy process, and conducting weighting summation to measure all natural preservation area evaluation values; and determining an evaluation criterion, and conducting evaluation grading to the natural preservation area based on the standard. In the invention, the natural preservation area evaluation quantitative performance and representativeness are realized, so as to be beneficial to realization of on-line evaluation to the natural preservation area subsequently according to the category of the natural preservation areas.

An image extraction apparatus comprising a GPS receiver is provided. The apparatus comprises a lens, a sensor, a display device, a storage medium comprising an ecological database, an input device, a GPS receiver, a DSP unit, and a microprocessor. When a shooting signal from the input device is received, the microprocessor enables the sensor to receives an ecological image through the lens and transmits the ecological image to the DSP unit, obtains longitude and latitude corresponding to a current location of the image extraction apparatus through the GPS receiver, retrieves ecological data from the ecological database according to the longitude and latitude, enables the DSP unit to compare the ecological image and the ecological data, and displays comparison results on the display device.

The invention relates to ecological water supplement technology for lakes based on multi-scale wavelet transform, which is characterized by not only well extracting the information of the water level on different scales by applying the excellent performance of multi-resolution analysis of wavelet transform but also reconstructing the wavelet coefficients of main scales and combining other hydrological and ecological data to obtain the division standards of hydrological stages, determining the suitable hydrological stage containing the wet and dry seasons and putting forward a scheme of ecological water supplement for lakes, which simultaneously takes both the minimum ecological water level and the in-year water level fluctuation characteristic into account. Compared with the prior art, the invention is characterized by more deeply discussing the multi-scale characteristic of hydrology, being closer to the natural hydrological conditions of lakes than the single minimum ecological water level of traditional water supplement and providing bases for analyzing the state of the hydrological environment of degraded wetlands, formulating water supplement schemes suitable for specific regions and improving efficiency of water supplement for lakes.

A front-end gateway unit is designed for integration to a remote ecological environment monitoring system that is equipped with a wireless sensor network (WSN) system installed at a remote site, such as a farmland or a garden, for the purpose of allowing the WSN system to exchange data with a back-end host server via a wireless communication system. The front-end gateway unit is characterized by the capability of using either the WSN system or a built-in sensing module for collecting ecological data, and the capability of combining geographical location data in the ecological data. This feature allows the collection of a comprehensive set of ecological data (including geographical location, temperature, humidity, sunlight data, wind speed, and pest number) for transfer to the back-end host server, such that research / management personnel at the local site can conveniently browse these ecological data and learn the ecological conditions of the remotely monitored area.

A wireless-linked remote ecological environment monitoring system is proposed, which is characterized by the use of a sensor network such as WSN (wireless sensor network) installed at the remote site for collecting ecological data, and the use of a public wireless communication system such as GSM (Global System for Mobile Communications) for transferring all the collected ecological data to a back-end host server unit where the ecological data are compiled into webpages for posting on a website. This feature allows the research / management personnel to browse the ecological data simply by linking a network workstation via a network system such as the Internet to the website, without having to travel to the remote site and collect ecological data by human labor.

The invention discloses a crop moisture detection device based on a plurality of sensors, comprising a signal acquisition unit, a signal transformation unit and a signal analysis unit, wherein the signal acquisition unit is used for acquiring soil moisture content signals, solar radiation signals, leaf temperature and leaf surrounding air temperature signals and environmental temperature and humidity signals; the signal transformation unit is used for transforming the signals acquired by the signal acquisition unit; and the signal analysis unit calculates leaf-air temperature difference by the leaf temperature and leaf surrounding air temperature signals acquired through sensors of a same type, eliminates errors caused by the traditional leaf temperature acquisition and provides an ecological data set based on the motion trend of water in a soil-plant-air system by combining with the other signals so as to provide data reference for plant moisture detection. The invention can be used for accurately and losslessly detecting the moisture content of crops for a long time.

The invention discloses a grassland ecological data monitoring and intelligent decision-making integrated solution system, which comprises an ecological environment data acquisition module, a target area video data acquisition module, a sensor module, a data processing module and a cloud service platform module, the system can establish a cloud ecological database for a large-scale grassland ecological environment in a short time, and can perform a series of scientific analysis and decision-making on the ecological state of a target area from multiple dimensions in combination with big data and artificial intelligence application, including plant variety identification, ecological disaster early warning and plant disease and insect pest degree analysis. A user can take reasonable improvement measures while fully knowing the ecological state of the target area, valuable scientific research data is provided for scientific research personnel, and powerful technical support is formed for restoration and protection of the grassland ecological environment.

The invention discloses a cigarette brand-oriented tobacco base regional planning method. The method comprises the following steps of (1) establishing a target system of tobacco leaf raw materials of a cigarette brand, (2) collecting the quality data of the tobacco leaves of existing bases related villages and towns in recent years, (3) confirming cigarette brand-oriented typical tobacco leaf planting villages and towns, (4) collecting the ecological data of all the tobacco leaf planting villages and towns in a producing area in recent decades, (5) screening main ecological factors influencing the tobacco leaf quality of the producing area, (6) using the main ecological factor characteristics of the cigarette brand-oriented typical tobacco leaf planting villages and towns as reference, carrying out ecology similarity analysis on all the other tobacco leaf planting villages and towns in the producing area to divide ecology similarity areas, (7) planning the development areas of the cigarette brand-oriented typical tobacco leaf base. The cigarette brand-oriented tobacco base regional planning method achieves subjective judgment and objective analysis, and is high in accuracy.

The invention belongs to the technical field of fish culture in paddy fields, and discloses a system and a method for processing ecological data of recirculating fish culture in paddy fields. The system comprises a monitoring module, a temperature acquisition module, a water level acquisition module, a water quality acquisition module, a central control module, a water supply module, a dissolved oxygen control module, a feeding module, a bait residue calculation module and a display module, wherein the dissolved oxygen control module can be used for monitoring dissolved oxygen concentration ina large-scale paddy field, and an aerator is started in advance to supplement oxygen before the occurrence of low oxygen danger; through the bait residue calculation module, the image contrast can beeffectively improved and the detail performance can be increased, even under the condition of severe bait adhesion, the residual bait detection algorithm based on computer vision can obtain a more accurate counting result; and the water quality acquisition module feeds back the real-time acquired indexes to the central control module, controls the switch of an electromagnetic valve of the water supply module, and realizes the demand water supply for the paddy field. The system not only meets the demand of fish culture, but also saves water resources.

The invention discloses an intelligent green-ecological-landscape-based health-preserving household unit, so that problems that no method for treating diseases caused by bad emotions is provided in the prior art and the emotions and heath of family members can not be taken care of due to long distance can be solved. The household unit is characterized in that a green ecological unit formed by mountains, waterfalls, fountains, streams, ponds, and various plants and flowers is arranged, wherein the mountains, waterfalls, fountains, streams, ponds are made of materials like cement, gypsum, and sands and stones. And a control unit is also arranged; a green ecological data sensor, an ecological automatic control module, a fixed type human body information acquisition sensor, a first bluetooth module, a remote communication module, a voice recognition module, a voice playing module, a camera module, a human body infrared module, a color liquid crystal display module, and a calendar clock module are connected with interfaces of a microprocessor; and the microprocessor is connected with a second bluetooth module of a mobile automatic searching robot by the first bluetooth module. Therefore, health situations of the old can be observed at any time.

The invention discloses a human body ecological data acquisition system which comprises a server, a computer, a millimeter wave scanner and a turntable, wherein the turntable is used for driving the scanned person to rotate, thus the millimeter wave scanner can scan the human body in an all-around manner; the millimeter wave scanner is used for scanning the size parameter of each part of human body and transmitting the scanning data to the computer; the computer is used for computing and processing size parameter of each part of human body transmitted by the millimeter wave scanner and drawing the cloud point image; the turntable is driven by a servo motor, the millimeter wave scanner is connected with the computer, and the computer is connected with the server. The human body ecological data acquisition system is effective, convenient, fast and safe and can exactly acquire the human body parameter of measured human body under the condition that the measured people needs not to take off the clothes. The system provides support for the fields of human body structure research, medicine and human engineering, is connected to the electronic commerce system through the server and is benefit to develop the clothing industry.

The invention discloses an agricultural ecological data management system comprising a crop management unit, an agricultural material and agricultural condition sharing unit, an internet platform and a personal mobile terminal. The crop management unit transmits data to a crop data management host through various kinds of sensors; the agricultural material and agricultural condition sharing unit comprises an agricultural material and agricultural condition data host and various kinds of data subsystems connected with the agricultural material and agricultural condition data host; and by means of big data calculation and classification management of the crop data management host and the agricultural material and agricultural condition data host, the information is finally transmitted to the internet platform or the personal mobile terminal, and omnibearing management and interaction of crops from field plantation, production, logistics and sales are realized. According to the invention, lands are changed from production material to agricultural capital, agricultural production activities are docked with the capital market, the problem that the farmer individual information is asymmetric is solved, and the organization flattening, the asset intensification, the benefit maximization and the information cloud of the agricultural platform are realized; an agricultural product quality tracing system is established; and the economic and social benefits are inestimable.

The invention discloses a forest eco-station data processing system based on the Internet-of-Things technology. The system comprises a target data collection module, a server and a client, wherein thetarget data collection module is used for collecting target data and sending the collected data to the server; the server is internally provided with a data review module, a data sorting-out module,a data record extraction module and a data positioning module; the client performs communication with the server through the Internet; and the client is internally provided with a human-computer interaction module, a data mining module, a data analysis module, a simulation analysis module and a display screen. Through the system, accurate, efficient, complete and unified processing of forest ecological data is realized, the client can view the target data by accessing the server, and the system is convenient to use; and models corresponding to different data are subjected to simulation calculation based on Simulink, so that analysis precision is improved, and simulation analysis of the data is realized.

The invention discloses an index selection based drainage area ecological safety evaluation method. The drainage area ecological safety evaluation method includes: a step 1, acquiring ecological data, water environment data and socioeconomic statistics data of a monitoring drainage area; a step 2, establishing a basic information database on the basis of the acquired data in the step 1; a step 3, performing principal component analysis on each standardized data matrix Xz' to acquire a principal component, acquiring standardized data having a maximum association coefficient with each principal component, wherein an evaluation index corresponding to standardized data is a preferred evaluation index set; a step 4, empowering each evaluation index in each evaluation index class and the preferred evaluation index set thereof; and a step 5, acquiring an ecological safety comprehensive index of the m-th evaluation period of the monitoring drainage area through a product weighting method. The index selection based drainage area ecological safety evaluation method can effectively remove excess indexes, can solve the common colinearity problem in ecological safety evaluation and the problem of evaluation errors due to artificial safe level determination, and can achieve long time tracking and quantitative evaluation of ecological safety.

The invention relates to the technical field of smart city construction, and particularly discloses a smart city wading link whole-process coupling simulation method, which comprises the following steps: acquiring meteorological data in real time; obtaining regional hydrology and surface source data according to the meteorological data, wherein the regional hydrology and non-point source data comprises non-built-up region hydrology and non-point source data and built-up region hydrology and non-point source data; obtaining sewage treatment data according to the pipe network drainage data in the hydrological and non-point source data of the built-up area; obtaining water quality and water ecology data according to non-pipe network drainage data and meteorological data in the non-built-up area hydrological and non-point source data and the built-up area hydrological and non-point source data; and generating pipe network water supply data according to the water quality of the water body and the water ecological data. The invention can serve water supply management, flood control and drainage, city joint scheduling, sponge city LID scheme optimization, pollution source tracing and control and the like, and the fine management level of urban water resources, water environments and water ecology is improved.

The invention discloses a gridding management system for river and lake water body ecological data. The system comprises an on-site patrol positioning terminal, a background management server, a waterconservancy space database, a query workstation, video monitoring equipment and the Internet, wherein the on-site patrol positioning terminal, the query workstation and the video monitoring equipmentare in communication connection with the background management server through the Internet, and the on-site patrol positioning terminal and the background management server are in communication connection with the water conservancy space database through the Internet. According to the system, a river and lake water body gridding management system is adopted; the method is an inevitable need for implementing a green development concept, promoting the river growth system in the inland river and lake regions and realizing the long-acting management and protection target of river and lake water;full coverage of inspection, monitoring and gridding management of underground rivers and lakes can be achieved, lake area inspection management and lake-related illegal behaviors are mastered in realtime, the phenomena that someone inspects, reports someone, deals with nobody and cannot law enforcement are eradicated, and the problems of lake invasion illegal construction, illegal polder adding,lake surrounding land reclamation, water ecological degradation, disordered development and utilization and the like are solved.

The invention discloses a water body ecological monitoring and repairing system based on the Internet of Things. The system is composed of a wireless acquisition node, a wireless gateway node and a remote monitoring center. Water body ecological data information monitored and acquired by a micro sensing unit of the wireless acquisition node is conditioned by a signal conditioning and weak signal detection circuit, and the data information is transmitted to the second wireless transmission module of the wireless gateway node through the first wireless transmission module, and then is input intothe microprocessor, and various data information is analyzed in a centralized mode. Signals are transmitted to the remote monitoring center through the signal receiving and transmitting module, and the remote monitoring center can automatically generate restoration measures suitable for different water body ecological conditions according to the monitored water body ecological information. According to the invention, high-precision monitoring of water ecology can be carried out all day long and all weather, restoration suitable for different conditions can be carried out according to monitoring results, long-term monitoring and restoration of water ecology can be established, overall coordination of a water ecosystem is ensured, and virtuous cycle of self-maintenance and self-succession is achieved.

The invention relates to the technical field of ecological function zoning, and particularly relates to a forest ecological function zoning method through the remote sensing technology. Remote sensing image data are acquired through satellite or aerial photography, the forest ecological resources in the image are analyzed and classified by using GIS software and then a certain area is selected and the ecological resource distribution situation in the area is recorded; and an Excel form A is established, then a corresponding mathematical model is established for the data in the Excel form A, and the mathematical model is simulated through Matlab software so as to obtain a corresponding simulation image. The forest ecological resource data of the selected area are acquired through the GIS software, the corresponding mathematical model is established, then the mathematical model is simulated through the Matlab software and contrastive analysis is performed on the simulation image obtained through simulation and the remote sensing image obtained in real time so that the forest ecological data can be obtained, simulation can be performed by using the relevant data and trend prediction of ecological function zoning in the future can be greatly guided.

The invention relates to the technical field of big data, in particular to a processing method and device for grassland ecological data. The method comprises the following steps of: obtaining the grassland ecological data, wherein the grassland ecological data comprises the grassland spatial data, the grassland text data and the grassland remote sensing image data; further, dividing the grasslandspatial data i into different categories to obtain thematic data under different categories, and associating each thematic data with attribute data of corresponding categories, so that users can querygrassland information according to categories. In addition, the grassland remote sensing image data is processed according to the predetermined rules to obtain a grassland remote sensing image map, and the grassland text data is analyzed to get the chart content as well as the vector data form map, and finally, the processed grassland spatial data, the grassland text data and the grassland remotesensing image map are stored in a database. Users can search according to the actual needs, and then through the integration of the grassland ecological data, the utilization rate of grassland ecological data is improved.

The invention provides a wetland ecological information system which stores wetland ecological data in a database, wherein the database comprises an interface-connected plant landscape information unit, a vector gate information interaction unit, a plant physiological information unit, an animal habitat information unit, an animal habitat forecasting unit and data acquiring equipment. The plant landscape information unit is used for forming into plant landscape thematic information in a classifying way; the vector gate information interaction unit is used for obtaining the vector gate interaction information of different times, different types and different data sources of the wetland; the plant physiological information unit is used for forming into plant physiology thematic information; the animal habitat information unit is used for forming into animal habitat thematic information; the animal habitat forecasting unit is used for forming into animal habitat variation tendency thematic information; and the information is also stored in the database and is outputted as well as displayed through output equipment.

The invention discloses a landscape garden landscape design method and system based on landscape performance evaluation. The method comprises the steps of collecting landscape basic ecological data ofa site; selecting benefits, evaluation factors and evaluation indexes which need to be evaluated, and when each evaluation index can be subjected to actual operation, evaluating the non-quantifiableevaluation indexes and subjecting the quantifiable evaluation indexes to quantitative processing, so that grade evaluation is carried out; giving a performance evaluation result according to the evaluated grade result corresponding to each evaluation index selected from each benefit; and judging whether a design target can be achieved or not based on the performance evaluation result, and if not,feeding back the evaluation index information of which the grade does not meet the requirement so as to adjust the site according to the feedback information. The designed landscape is comprehensively, scientifically and accurately evaluated, the design defects can be reflected in time, the design can be adjusted in time, and the quality of landscape design products is ensured.

The invention provides a method and system for landscape pattern optimization construction. The method includes constructing the initial landscape pattern of a target area; obtaining the meteorological data, the site data and / or the physiological and ecological data of the target area, and carrying out the initial model simulation of the ecological process of the target area according to the acquired data; carrying out the actual measurement of the designated ecological data, and optimizing the parameters of the initial model simulation according to the actually measured data; performing the secondary simulation on the ecological process of the target area according to the optimized model simulation parameters, and performing the spatial interpolate on the designated ecological data obtained by simulation to obtain the surface distribution data of each designated ecological data; extracting the point data of the designated position from the surface distribution data, and constructing the ecological process model of the target area according to the actually measured data of the point data and the corresponding position; and optimizing the initial landscape pattern according to the ecological process model. The method and system optimize the landscape pattern in terms of the ecological process and then construct the regional optimal landscape pattern.

The invention discloses a detection device for ecological environment management, which comprises a floating base and a mounting shell, wherein the mounting shell is fixedly connected to the floatingbase, the upper part of the floating base is provided with a cavity, a measuring cylinder is nested in the cavity, a water dividing roller is nested in the measuring cylinder, and the lower part of the measuring cylinder is provided with a water inlet; a detection probe is embedded in the inner side of the measuring cylinder, the detection probe is connected with a water quality monitor through awire, and the water dividing roller is connected with an output shaft of a driving motor. According to the invention, through the arrangement of the floating base connected with a fixing anchor, a solar panel and a storage battery, the whole detection device floats on a lake to perform continuous monitoring operation for a long time; through the arrangement of the measuring cylinder, the water dividing roller and the detection probe, the automatic detection process of water taking, detection and drainage of a lake is achieved; and through the arrangement of a light sensor, a temperature sensor, a humidity sensor and a wind speed and direction measuring instrument, ecological data of the lake are comprehensively collected, and the ecological current situation and change trend of the lake are conveniently judged.

An image extraction apparatus comprising a GPS receiver is provided. The apparatus comprises a lens, a sensor, a display device, a storage medium comprising an ecological database, an input device, a GPS receiver, a DSP unit, and a microprocessor. When a shooting signal from the input device is received, the microprocessor enables the sensor to receives an ecological image through the lens and transmits the ecological image to the DSP unit, obtains longitude and latitude corresponding to a current location of the image extraction apparatus through the GPS receiver, retrieves ecological data from the ecological database according to the longitude and latitude, enables the DSP unit to compare the ecological image and the ecological data, and displays comparison results on the display device.

According to the forest-grass ecological value comprehensive evaluation system and method provided by the embodiment of the invention, on one hand, a set of Internet of Things of a forest- grass ecological system is provided, and forest- grass ecological data can be updated in real time, so that related managers can master dynamic information of forest and grass ecology at any time; on the other hand, a scientific and objective forest and grass ecosystem data reference basis can be provided for the society. The system comprises an acquisition device, an evaluation device and a pushing device which are in data communication connection, wherein the acquisition device is used for acquiring ecological data, economic data and social data of a forest and grass ecological region; the evaluation device is used for obtaining evaluation data through calculation according to the ecological data, the economic data and the social data, and obtaining forest and grass ecological values through evaluation according to the evaluation data; and the pushing device is used for pushing the evaluation data and / or the forest and grass ecological value to an object.

The invention provides an interactive smart pasture data acquisition and management system. The system comprises an acquisition module used for acquiring environmental data in a farm, an industrial bus which is used for acquiring instrument data in the farm, adjusting equipment which is used for adjusting the environment in the farm, an industrial gateway which is used for summarizing data of theacquisition module and the industrial bus and reporting the data to a cloud server, an interaction module which is used for man-machine operation interaction of a user, a control module which is usedfor directly generating a control instruction for executing the process according to a manual module, presetting the control instruction for executing the process according to the automatic mode, analyzing the historical data of the user through an algorithm according to the intelligent control module and generating the control instruction for executing the process; the agricultural Internet of Things is used for managing the equipment operation state of the farm; compared with manual operation, the system has the advantages that the ecological data of the farm can be obtained more timely, anditems needing manual operation are reduced; and the management cost of the farm is reduced, and the management efficiency of the farm is improved.