1019 results about "Land parcel" patented technology

A National Online Parcel-Level Map Data Portal (NPDP) is provided that optimizes online delivery of parcel-level maps and linked attribute data. To do this, the NPDP manages a database of assembled and current vector based parcel data in a spatial format (GIS) that enables geocoded parcel boundaries to be linked to property tax records. A user enters a street address into an appropriate screen window to call up and view road right-of-ways, all parcel boundaries and the "exact" address location as a highlighted parcel area. In addition, a list of property record attributes such as owner, use code, assessed value and year constructed can be displayed. Other on screen parcels can likewise be selected if one wishes to view their linked attributes. Subscribers may customize the NPDP to perform a variety of spatial analysis / reporting functions. Under public / private alliances, agreements are negotiated with individual property assessor's offices whereby they receive a portion of NPDP service provider revenue in return for parcel map database updates. Such on-going commerce between data sponsors and the NPDP service provider is utilized to assure a sustained and expanding flow of increasingly competent content.

A system for providing a registered land asset includes a property transaction database in communication with a computer network the property transaction database provides information related to transactions associated with each registered land asset parcel, each land parcel having a registered land asset identifier representing global coordinates particular to the parcel. The system also includes a location characteristic database in communication with the computer network. The location characteristic database provides socioeconomic data regarding the location wherein the land parcel associated with the registered land asset is situated. A registered land asset contract may give a leaseholder an option to purchase the land by the end of a given term. A computer receives data from the property transaction database and the location characteristic database via the computer network and calculates prices and values associated with a registered land asset contract associated with the land parcel and a registered land asset contract is recorded in association with the land asset identifier corresponding to the land parcel in an electronic land title registry in communication with the computer network.

A method for generating a title report for a target real estate parcel includes the steps of gathering data records pertaining to real estate parcels from a plurality of disparate sources, storing the gathered data records in a common format within a computer database, indexing the commonly formatted data records within the computer database to facilitate searching, searching the indexed data records within the computer database for data records pertaining to a target real estate parcel, selecting at least one record of data pertaining to the target real estate parcel, electronically abstracting pre-selected data directly into an associated file while simultaneously viewing said record and generating a title report containing the pre-selected data in a predefined format. A system for generating a title report for a target real estate parcel includes a computer database containing data records from a plurality of disparate sources, wherein the data records pertain to real estate parcels and are commonly formatted within the database. The system further includes a search algorithm for searching the computer database for data records pertaining to a target real estate parcel and a report building algorithm for electronically abstracting pre-selected data directly into an associated file and generating a title report containing said pre-selected data.

A geographical information system and a method are disclosed for geospatially mapping a least one parcel polygon within a geographical region and for displaying at least one specific attribute of each parcel polygon, i.e. a topological area within the given geographical region, as an attached attribute of latitude and longitude coordinates. The centroid or center point of each of the parcel polygons is determined and stored into conventional computer storage means. The latitude and longitude point feature at the centroid of each parcel polygon is established and similarly stored. A unique tax identification number, e.g. the Assessor Parcel Number (APN) or Parcel Identifier Number (PIN), is assigned to each of the point features. A correlation is then made between the unique tax identification number of the point feature to a text list of at least one attribute, e.g., the physical address of the parcel polygon, of each of the point features. This attribute becomes attached to each point feature. The resulting parcel polygon map and point features with one or more of the attached attributes can then be displayed within a GIS or CAD system to provide the user, for example, accurate locations of street addresses for use in environments that require pinpoint accuracy, such as emergency response.

The invention provides a plant protection unmanned plane work system. The plant protection unmanned plane work system comprises plotting equipment used for acquiring the boundary information of a work block, generating a reference work course according to the boundary information and sending the boundary information and the reference work course to a server, an unmanned plane control terminal used for acquiring the boundary information and the reference work course from the server and generating an actual flight course according to selection of a user and the reference work course, and a plant protection unmanned plane used for employing the actual flight course uploaded by the unmanned plane control terminal to carry out plant protection work, wherein the actual flight course is uploaded by a ground station to the plant protection unmanned plane. The system is advantaged in that flight courses in matching with different blocks can be generated, work efficiency is improved, and work safety is guaranteed.

A method of organizing map data on a physical storage medium is disclosed. The map data represents geographic features located in a geographic region. The method identifies at least one dense area in the geographic region. The map data representing the geographic features within the dense area have a data size exceeding a predetermined maximum size for a predetermined sized geographic area of the region. The method subdivides the map data representing the geographic features within the dense area into parcels so that the portion of map data contained in the parcel is close to a predetermined parcel size. The method subdivides the map data less the map data representing the dense area into parcels so that the portion of map data contained in the parcel is close to the predetermined parcel size. Additionally, the method locates the map data in each parcel together on the physical storage medium.

An apparatus for reducing resources for selecting seed to be produced in commercial quantities or for research is disclosed. Samples of seed which are candidates for selection are collected and given an identifier. Specific tissue or structure from candidate seed is removed. A test or analysis is performed on the candidate seed or the removed tissue or structure. Results of the test or analysis are recorded and correlated to the seed's identifier. The results are evaluated and a decision is made whether to select a candidate seed for commercial production or for research. Time, space, and labor associated with growing plants in an experimental plot or greenhouse and taking tissue samples from growing plants is saved.

The invention provides an intelligentized precision automatic hay mower and a control device thereof. According to the intelligentized precision automatic hay mower and the control device thereof, a direct current accumulator serves as the power source, computer image processing, distributed beacon location, laser scanning displacement and angle measurement, ultrasonic distance measurement, wireless communication and intelligentized track movement control are combined together in an organic mode, the functions of precision location, automatic deviation rectification, track control, automatic anticollision and the like are achieved, and the purposes of lawn beautifying, energy conservation and environmental friendliness are achieved. The intelligentized precision automatic hay mower and the control device thereof are ingenious in structure, low in production cost, friendly in interface, convenient to operate, capable of saving energy, environmentally friendly and suitable for conducting finishing mowing on land parcels of medium-sized lawn or small-sized lawn.

A system for providing a registered land asset includes a property transaction database in communication with a computer network the property transaction database provides information related to transactions associated with each registered land asset parcel, each land parcel having a registered land asset identifier representing global coordinates particular to the parcel. The system also includes a location characteristic database in communication with the computer network. The location characteristic database provides socioeconomic data regarding the location wherein the land parcel associated with the registered land asset is situated. A registered land asset contract may give a leaseholder an option to purchase the land by the end of a given term. A computer receives data from the property transaction database and the location characteristic database via the computer network and calculates prices and values associated with a registered land asset contract associated with the land parcel and a registered land asset contract is recorded in association with the land asset identifier corresponding to the land parcel in an electronic land title registry in communication with the computer network.

The invention relates generally to harvesters and, more particularly, to a combine for harvesting rows crops, which has been modified, to collect and measure grain from two separate small strip test plots. The present invention is a dual plot combine with two separate and distinct internal sections of the combine. The combine's intake has two floatably mounted feeder house. This invention harvests two lots simultaneously while maintaining the integrity of each plots' harvest data. The dual plot combine has two separate unconventional grain paths for collecting and measuring the cleaned grain drums The divided clean grain bin and weigh bucket are positioned at a low position, inside the vertical confines of the combine, on a single side of the combine. The altered grain paths allow the data collection on the clean grain from each plot to be completed quickly. This in turn allows the combine to progress to the next set of two plots quickly.

The invention discloses a route planning method and device for an unmanned aerial vehicle, and electronic equipment, and relates to the technical field of unmanned aerial vehicles. When multi-machinetasks are executed, the collision risk of the unmanned aerial vehicle can be reduced and the working efficiency of the unmanned aerial vehicle can be improved. The method comprises the following stepsof acquiring land parcel information of a to-be-operated land parcel and position information of a current take-off point of the unmanned aerial vehicle; analyzing the land parcel information to obtain track point attribute information; dividing a task needing to be executed in the to-be-operated land parcel of the unmanned aerial vehicle into at least one subtask according to the track point attribute information, the position information of the take-off point and the flight mileage of one flight of the unmanned aerial vehicle at the current electric quantity; and respectively planning routeinformation of the unmanned aerial vehicle for executing each subtask to come and go the to-be-operated land parcel correspondingly according to the position information of the take-off point. The route planning method and device for the unmanned aerial vehicle, and the electronic equipment are suitable for route planning of the unmanned aerial vehicle.

The invention discloses a land parcel spatio-temporal data storage method based on a dynamic correcting extension model of a ground state. The method comprises the following steps: based on the dynamic correcting extension model of the ground state, creating a present situation library, a process library and a history library, using a change tool to change a geographic space entity, simultaneously creating a temporal core associated index record change relation, and submitting changed data to the libraries; when the data in the history library exceed a maximum effective query threshold value, according to the best query value, creating variable granularity index factors and quick indexes of a ground state correcting zone; and according to the indexes, carrying out history recall, history recovery and regional history reproduction, and finally finishing land parcel spatio-temporal data storage. The method can accurately record the processes of land parcel history evolution, and can effectively manage the history time of spatial data, avoid complexity and fussiness of data record during land parcel change, improve the retrieval efficiency, ensure the requirement of quickly recalling land parcel data information at arbitrary historic moment, and ensure the requirement that the data at the same moment do not produce ambiguity.

The invention discloses a method for building a mountainous area surface temperature base line and application, and relates to the measurement and application of mountainous area surface temperature base lines. A transient temperature field distributed continuously in MODIS thermal infrared remote sensing image inversion spaces is combined with longitude and latitude raster data to build the annual average temperature linear estimation model of a weather station as the calibration model of the transient surface temperature field. The model corrects the transient temperature field to obtain the mountainous area surface temperature base line. In YunnanProvince with the mountain landform as the main landform, the temperature base line with a 90m*90m grid as a unit is built, the temperature distribution characteristics and rules of the area are reflected, and the average temperature base line value of a 90m*90m land parcel can be found out in a quantitative mode. The temperature base line is used as basic data to be combined with an expert scoring method to respectively build a Yunnan Province pine wilt disease occurrence risk pre-warning model and a Yunnan Province forest fire danger long-term forecast model.

The invention discloses a relay-intercropping cultivation method of polygonatum sibiricum. The relay-intercropping cultivation method is characterized in that an uncaria relay-intercropping mode is adopted and imitated wild plantation is performed at borderlands of mountain forests. The cultivation method comprises following steps of: firstly, selecting moisture and completely-shaded land parcels; secondly, performing fixed planting operation on uncaria seedlings in accordance with 1.0m*1.5m distance between plants; thirdly, making a compartment surface, 50cm wide and 30cm high, between lines of uncarias; fourthly, planting two rows of polygonatum sibiricum on compartment surfaces in the shapes of regular triangles or inverted triangles; fifthly, managing uncaria and polygonatum sibiricum daily and preventing and controlling plant diseases and insect pests; and lastly, timely harvesting and processing polygonatum sibiricum.The relay-intercropping cultivation method of polygonatum sibiricum has following beneficial effects: a shed may not be required for shading since a growth condition is provided for imitated wild growth of polygonatum sibiricum, thereby solving the problem that manually-planted medicinal materials have poor quality; and high yield of polygonatum sibiricum is realized while an additional amount of uncaria is harvested such that land resources are fully utilized and comprehensive income is increased.

The invention is concerned with complex improvement method for farm soil and vegetation to salina. It carries the improvement about the soil with 0.4 m thickness, relating to cutting piece, digging main pouring blind drain and branch pouring blind drain channel, making small square farmland filled with clear arsenolite, backfill soil and return to even, beat sand hole, making fall of slope, wash salt and eject salt, fertilization and tillage deeply. The improvement soil is fit for all kinds of crop, greensward and perennial flowers, and forms the soil for foodstuff crop, plant with shallow root and flowers. Its investment is low and the amount of a unit of area is at least 5000, and the improvement fee reduces greatly and it adds the plant area of farm and enhances the output of foodstuff and vegetable. It protects the soil resource to add the area of foodstuff planting, and it is an economic, extensive, simple and indirect technology for agricultural salina.

The invention relates to the agricultural field, which is a method for improving output and quality of lucern seeds, and comprises selecting and preprocessing land blocks, selecting grass seeds and breaking dormancy of lucern seeds, producing nodule bacteria into bacteria liquid, spraying the bacteria liquid to seeds in the dark, low-temperature and humid environment, and fully and evenly churning the nodule bacteria with the seeds, and planting and sowing, the occupied area of each seedling is 0.24-0.35m 2, adopting mild irrigating and fertilizing weedicide to weed, penetratingly irrigating for a time in the early stage of budding and flowering, and further watering in flowering and pod-bearing period, auxiliary pollinating by human labor and preventing and curing pests, when 2 / 3-3 / 4 of green pods of lucerns become brown and seeds become yellow, the seeds of lucerns are mature, and people can reap, and thinning out of branches and planting after seeds are reaped. The invention overcomes the shortcomings in the prior art and controls line space and planting distance to continuously achieve the highest seed output in many years.

An underground reservoir for storing water in alluvial deposits utilizes slurry walls keyed to an aquiclude beneath the reservoir to form a substantially impermeable water seal. A variety of water extraction / recharge apparatus provides for rapid and complete filling and draining of the underground reservoir. Such apparatus includes a plurality of wells distributed about the underground reservoir and a series of perforated pipes buried at a predetermined depth within the underground reservoir. A method of mitigating water table fluctuations resulting from the construction of an underground utilizes perforated pipes buried outside of the reservoir to transfer excess water from an uphill land parcel to a downhill land parcel that would otherwise experience a water shortage after construction of the underground reservoir.

The invention discloses a circulating production method for local chickens, earthworms and organic vegetables. The circulating production method comprises a facility building step; a soil settling and fertilizing step which comprises deep tillage of land parcels, rotary tillage and application of wormcast mixed fertilizer; a wormcast mixed fertilizer manufacturing step which comprises mixing wormcast, straw and a straw decomposition agent to manufacture the wormcast mixed fertilizer; a local chicken cultivation feed production step which comprises grinding the earthworms into earthworm powder and doping corn starch into the earthworm powder to make local chicken cultivation feed; an earthworm cultivation feed production step which comprises enabling chicken manure and the straw to be mixed and stacked to serve as earthworm cultivation feed; a local chicken cultivation step which comprises feeding the organic vegetables and the local chicken cultivation feed; an earthworm cultivation step: flatly laying the earthworm cultivation feed on an earthworm cultivation bed, evenly scattering the earthworms onto the earthworm cultivation bed, and enabling a straw layer to be covered on the earthworms; and an organic vegetable planting step. The circulating production method can reduce input cost of the organic vegetables, improves quality and production efficiency of products produced in the planting and cultivation steps, increases added values of the agricultural products, and maintains ecological balance.

The invention provides an intelligent device and a method for irrigation rapid diagnosis. The irrigation rapid diagnosis method comprises: obtaining soil moisture data, obtaining weather data of the land on the day and in a forecast period, obtaining information of crops, and types of soil; according to the information of crops, the soil moisture data, the types of soil, and weather data, calculating irrigation lower limit rate of the crops and root zone average moisture content in each forecast day in the forecast period, analyzing and comparing the root zone average moisture content and the irrigation lower limit rate, to generate an irrigation suggestion; and showing the irrigation suggestion. Compared with an existing irrigation rapid diagnosis device, the provided diagnosis method is aimed at conditions of different crops in different regions, and gives comprehensive consideration to weather factors and actual water consumption characteristics, and provides relatively scientific and rational irrigation suggestion, so as to overcome defects of irrigating by manual experience to a certain extent.

The invention provides an intelligent precise fertigation device with real-time nutrient proportioning and a control method. The device comprises a user operation unit, a fertilization scheme generating unit, a sensor data collection unit, an intelligent fertilizer preparation unit and a water-fertilizer integral irrigation unit, wherein the user operation unit is a touch control screen and can beused for account registering login; after the login is successful, a user selects or inputs basic information such as the geographic position, soil property, crop types, crop varieties, plant date, land parcel area, irrigation modes and target yield; the site irrigation data can be displayed and checked; the automatic irrigation in turns of different crops in a plurality of land parcels can be completed through real-time fertilizer proportioning. The nutrient real-time proportioning according to different crop types, different crop production periods and soil nutrient contents can be realized; the precise fertilization is realized; the water and the fertilizer are saved; the time and the labor are saved; the fertigation efficiency is improved; good growth environment is provided for crops.

The invention discloses an intelligent output method for land parcel maps based on GIS technology. The method can realize intelligent output printing of the land parcel maps adaptive to the national conditions of China by automatically extracting required information from a standard cadastre database. The method appoints a map scale or appoints the size of paper according to the user requirement to carry out map printing output; a user only needs to input an identification code of a land parcel such as a land parcel number or a cadastre number; and the method automatically acquires the land parcel maps, and determines the size and scale of the proper paper by calculating related map attributes. According to the land parcel maps, a map output mask is calculated so as to determine the visual range of the land parcel maps. The method also uses a label optimizing configuration algorithm so as to solve the gland problem of boundary point number labeling text elements. The method simulates the reasoning mode and thinking process during drawing, realizes intellectualization of land parcel map output, effectively reduces the workload during drawing the land parcel maps, and has large application prospect in the cadastral management field and other related drawing fields.

The embodiment of the invention provides an unmanned aerial vehicle and a method and device for controlling the operation of the unmanned aerial vehicle. The method includes the following steps that operation flight-path information is obtained, wherein the operation flight-path information includes the geographic location information and operation sequence of a plurality of measuring points; theunmanned aerial vehicle is controlled to operate according to the operation sequence, and in the operation process, the variation trend between the current measuring point and the next measuring pointis determined; if the variation trend accords with the preset condition, the unmanned aerial vehicle is controlled to fly from the current measuring point to the next measuring point at a constant speed according to the set speed to operate; if the variation trend is not consistent with the preset condition, the unmanned aerial vehicle is controlled to fly the current measuring point to the nextmeasuring point in a deceleration mode according to the set deceleration rule, and hovering operation is conducted. According to the embodiment, through the combination of terrain characteristics of operation land parcels, the accurate pesticide use-amount control is achieved by controlling the flight speed.

The invention discloses a wildmimic cultivation method of ganoderma lucidum. The wildmimic cultivation method of the ganoderma lucidum comprises the fungus stick making step, the fungus growth management step, the open-field bag cultivation step, the harvest step and the drying step. According to the fungus stick making step, substrate preparation, bagging, sterilization and inoculation are carried out; according to the fungus growth management step, white mycelia grow on fungus sticks under the conditions that the temperature and the humidity are proper, ventilation is carried out, and dim light cultivation is carried out; according to the open-field bag cultivation step, fungus bed making, bag removal, earthing and ganoderma lucidum fruiting management are carried out, fungus beds are outdoor fungus beds formed on land parcels between small tung trees in line, and when fungus bed making is carried out, biological disinfection is carried out on fungus ridges of the fungus beds and the whole small tung forest. According to the wildmimic cultivation method of the ganoderma lucidum, the good natural growth environment is provided for the ganoderma lucidum, and growth of sundry fungi and pest and disease damage can be effectively controlled by using substrates; the product quality of the ganoderma lucidum is high, and the yield of the ganoderma lucidum is higher; meanwhile, the substrates of the ganoderma lucidum are applied to the small tung trees again after being processed through biological fermentation, and healthy growth of the small tung trees is promoted.

The invention discloses an automatic updating processing method for increments of a land utilization vector database. The automatic updating processing method includes the steps of (1) extracting change information through remote-sensing image comparison, and storing the change information into an change-only information file according to a specific format, (2) reading in the change-only information file, calculating topological relationships between increment targets and existing land utilization land parcels, filtering out the existing land parcels which are two-dimensionally intersected with the increment targets, and calculating subdivision topological relationship types of two-dimensional intersections, (3) automatically constructing updated land parcel targets according to a land utilization increment updating processing rule based on the subdivision topological relationship types of the two-dimensional intersections, and giving corresponding characteristic attribute types, and (4) after updating processing is carried out on all the targets in the change-only information file, detecting the data quality of all the processed land parcel targets and the coincidence between the processed land parcel targets and the targets on the peripheries of the processed land parcel targets, solving corresponding problems or conflicts, generating new land utilization data, and updating the database.

The invention relates to a hyperspectral identification method for a land parcel-based crop variety, which comprises the following steps: firstly, performing pretreatment on Hyperion data so as to remove unscaled bands which are easily influenced by water vapor in the Hyperion data; performing atmospheric correction on the data by utilizing a Flaash atmospheric correction module of ENVI; then, performing geometry correction on the Hyperion data by utilizing a topographic map or satellite data, such as corrected SPOT5, TM and the like to obtain a corrected Hyperion reflectivity image; performing outfield global positioning system (GPS) measurement on a crop variety land parcel to obtain the land parcel distribution map of the crop variety; overlying land parcel base onto the Hyperion reflectivity image to compute the characteristics of the crop variety, such as reflectivity mean value, variance and the like; by taking the reflectivity mean value, the variance and the like as the characteristics, performing image segmentation on the Hyperion reflectivity image to obtain the land parcel data based on the Hyperion reflectivity image; and according to the characteristics of the crop variety, such as the reflectivity mean value, the variance and the like, performing variety classification on the land parcel data to obtain a land parcel-based crop variety distribution map. In the hyperspectral identification method for the land parcel-based crop variety, the Hyperion hyperspectral data and outfield crop variety land parcel data are adopted to realize the drafting of the crop variety based on the image segmentation technology. The hyperspectral identification method for the land parcel-based crop variety can be used for monitoring nationwide crop varieties in the department of agriculture, and has wide market prospects and application value.

The present invention discloses an urban community vacancy rate dynamic monitoring method based on mobile phone location data. The method comprises: firstly, performing cleaning processing of the mobile phone location data of a target city, and distributing the signaling community land area to an urban plot unit based on the mobile phone signaling community; secondly, performing calculation through a geography information system processing module, and obtaining the covered area and the population capacity of the urban community; and finally, calculating and obtaining the urban community vacancy rate. The urban community vacancy rate dynamic monitoring method based on mobile phone location data is able to perform continuous tracking analysis of long-time mobile phone location data of a target city and realize the dynamic monitoring and quantitative analysis of the urban community vacancy rate so as to perform urban performance evaluation. The urban community vacancy rate dynamic monitoring method based on mobile phone location data realizes the dynamic monitoring of the urban community vacancy rate, is short in time consuming and fast in operation, updates at any time, and effectively save the manpower and the time cost spent at the site reconnaissance investigation.

Inspection and classification system have a customs data repository for automatic customs inspection of parcels comprising a data acquisition module configured to acquire information about parcels by input devices, wherein the information indicates customs classification criterias, the acquisition module further configured to communicate the information to the customs data repository; wherein the data repository stores the following data: information about parcels; parameters; attributes and big-data; a processor coupled with memory configured to map the information according with the parameters and attributes, wherein the mapped information of the parcel is a cluster; the processor is further configured for predicting customs classification of the parcel based upon comparison between parameters / attributes of the cluster and parameters / attributes of clusters stored in the big-data, wherein clusters stored in the big-data are were previously inspected, and wherein the cluster assumes a customs classification of a comparable cluster stored in the big-data.

The invention relates to an Internet-based method for preventing and controlling wheat diseases and insect pests, belonging to the field of preventing and controlling wheat diseases and insect pests. In the present invention, by detecting the soil characteristics and environmental characteristics of the whole plot, the plot is divided into a plurality of regular grid units; a camera is set in each grid to monitor the state of wheat in real time, and transmit it to the computer unit, which analyzes Compare the received image data to judge whether there is a disease or insect pest in wheat; when the state of wheat leaves or ears is abnormal, judge what kind of disease and insect pest has occurred, and determine the data information on the type and amount of pesticide that should be applied according to the status of different wheat disease and insect pests. The type of liquid medicine and the amount of liquid medicine. The Internet-based wheat disease and insect pest control method proposed by the present invention overcomes the shortcomings of the monitoring and monitoring camera deployment method in the prior art, promotes the practical application of network technology in agriculture, and realizes timely early warning of crop diseases and insect pests and prescribing the right medicine.

The invention provides a method and system for rapid three-dimensional mapping. The method comprises the steps that a model base is established and a scene model serves as a basic unit for modeling in the model base; topographic data are collected, the topographic data are converted into geometric data, and a land parcel graph is established according to the geometric data; according to a current scene object, the scene model corresponding to the current scene object is looked up in the model base; the found scene module is added to the land parcel graph and a three-dimensional scene is established. According to the method, the scene model serves as the basic unit for modeling; in the process of modeling, the needed scene model is extracted from the model base established in advance, the modeling is simple in process, and establishment of the three-dimensional scene is rapidly achieved.