SI23442A - System and method for geocoded contents preparation from a plurality of location base elements for geoware services information computing - Google Patents

Abstract

The present invention relates to system and method for real-time geocoded contents preparation from a plurality of location base and supportive elements and data sets from authorized sources of Supervisory Control and Data Acquisition (SCADA), Web sites categories for on-line geoaware services information computing. Location elements are automatically acquired, geocoded, authenticated and self-initiated, push-event transmitted to geoaware services providers for views and alerts information computing for general user understanding or needs of specialized contracting partners. The system is composed of the geoagent (1), the geocontents processor (5) and the geoservices processor (6) and characterized by water quality category and specifications views and alerts information computing. Further it is characterized by class quality and properties of water, by health and life safe impacts, by ecological, carbon footprints modeling and calculations, by commands and instructions, by tracing and documenting production step origins of food and other commodities and by other geoservices from a plurality of authorized SCADA (220) systems and Web sites (230) location elements categories.

Description

System and process for preparing geocoded content from different location elements and processing information of spatially dependent services

The present invention relates to a system and process for producing real-time geocoded content obtained from various location and accompanying elements and data, from credible SCADA (Supervisory Control and Data Acquisition) sources and websites for the purpose of online processing of spatially dependent services . Location elements are automatically captured, geocoded, authenticated and transmitted, via a 'push' event, to a provider of spatially dependent services for processing of display and alert information understandable to the average user or to individual specialized contract partners. For example: displays and reports on quality, pollution and water, air, soil; alerts or alarms on health and safety effects for life; tracking impacts and quality in farming and food production; data collection and access to information for the calculation and modeling of environmental and atmospheric footprints for greenhouse gas emissions intended for specialized contractors; control and management through the implementation of controls and instructions. In addition to the aforementioned, not only limited to spatial services related to health, safety and environment from SCADA sources, many real-time services from the location elements of authorized sites are possible based on the present invention.

FIELD OF THE INVENTION

The field of the invention encompasses computer networks and the processing of information of displays and alerts of spatial services.

The subject of the invention relates to the integration of existing infrastructures for real-time processing of spatial spatial information information, such as: SCADA, websites and other authorized and credible, autonomous and self-initiated sources of location elements; internet; Information and Communication Technologies (ICT); and ISP Internet Service Providers. This request highlights, among many others, typical examples of the spatial services of groups of location elements, mostly published on web sites, regarding the effects of pollution, discharges and greenhouse through the contamination and radiation of water, air, soil and other natural resources that affecting human beings, living beings and the earth. Spatial service information processing is built on mechanisms of automatic location element capture, geocoding and self-initiated transmission, embedded or

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-2 related to authorized owners' resources and mechanisms for processing alerts and analyzes of spatial content and services, according to the user's position. Special mechanisms of Al - Artificial Intelligence knowledge bases, data analyzes and solutions, expert modeling and calculations are included, which are, among other things, combinations, correlations, associations, relationships and the like, interdependent in space - distance, time and physical , chemical, electromagnetic and other interdependencies as well as, but not limited to, effects that result from the user's actual position in the space or their viewing position.

State of the art and technical problem

There is a growing body of publicly available information on the Internet. The meaning of location information is most often associated with the address of the place of residence or business, the location or metering area, identified events, services offered, instructions or alerts. Of particular interest are geographical information on infrastructure, geography and other types of positioned information in Earth's geospatial. Existing Internet spatial services solutions use search engines and web browsers to detect location elements or elements with geographic coordinates attached. The message value, practical content or information of the data thus obtained is relatively small and often without specific geographical coordinates and time of occurrence. Space placement is rough, just as content. In order for a reliable answer to come up with useful content, one should thoroughly review and select all the sources and documents provided. In addition, specific knowledge is needed both to select and edit such content and to generate useful answers to questions. At the same time, the providers of the intended services do not usually associate, integrate or coordinate with the owners, publishers or editors about the types of elements and content of the web pages. For example, about the integrity of drinking water at a given point in time and at a particular point or area. It is virtually impossible for an individual to collect and process documents and data from a multitude of references / websites and to have the knowledge, experience and time and ability to evaluate. Browsing the Internet is the most appropriate but time consuming way, which, in addition, requires confidence in published data on web pages, accuracy in identification, determining the spatial coordinates of location elements, and proper processing of all relevant data to formulate the correct answer. The downsides of such search are its inability to detect real-time changes, additional workload of computer and communications, inaccuracies, weak validity and

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the credibility of the captured location elements. The security and key management features for encryption and originality data are installed on dedicated servers or distributed and installed on users' devices. The first solution disclosed in EP 1 598639B1 (System and mode for automatic management of geolocated information) uses a 'trust' center. Another solution was implemented in a confidential e-mail system (Mengo, d.o.o., 1995). Spatial services are a frequent subject of patent applications, references and congress topics, for example: US20057231405 - Web Content Indexing Methods and Devices, and Geographical Search by User Location; International Conference on Advanced Geographic Information Systems & Web Services, 2009. Weather forecasting on the Internet is a well-known example of the processing of spatial services information based on the sources of location elements of the SCADA category. Real-time data observations, analysis, modeling, simulations, predictions and knowledge of meteorology and the direct effects of the atmosphere on the surface, oceans and populations are underway to predict, alert and alarm rescue, especially in storms, hurricanes, dangerous river flows and tides. Various providers use such bases of meteorological location elements and forecasts for space-dependent, special services (www.weather.gov. Www.weather.com, weather.yahoo.com, www.ubimet.com). There are also dedicated, some to a lesser extent, spatial or movement monitoring services. For example: Pay as You Drive (PAYD) is a car insurance payment based on identified driving with the addition of a stolen vehicle tracking service and emergency call: www.progressive.coin, www.milemeter .com; toll systems - www.tollcollect.de; locating the offender at Prohibited Approach: www.theinmatelocator.com; locating mobile employees: www.mobilelocators.com.

Nowadays you cannot find a direct and practical answer about the quality class and the properties of drinking water at a particular moment and at a particular point or area. There are well-designed annual reports for past years on health care and water system operations that indicate how often water samples are analyzed and some pollutants, with the exception of the Community's Consumer Confidence Report - www. epa.gov.www.nsf.org, - "Annual report on the health suitability of drinking water and the security of drinking water supply to water supply systems": www.ivz.si, www.phoenix.gov/waterservices, www.tapintoquality, com, ww w. 1 j killed. you / you / living e - loved / environment-space-being / state-environment / water). The laboratory results of analyzes of water samples, pollution and environmental measurements are rarely published in full. Usually

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statutory annual reports are published on the websites of water utilities or municipalities, providing an overview of the number of samples analyzed and the limit values exceeded. As such, they have limited practical utility. Published data should be sorted and categorized so that it is understandable to the average user. What information is expected and should be available to the user who drinks tap water at a certain point in the water supply network: where or from what natural source is the drinking water, in which quality class it is and what are its physical, chemical and biological properties; what pollution has been analyzed, whether the limit values have been exceeded and what are the actual full results of analyzes of water samples, archival records relating to the pollution, and what are the consequences for health and life-threatening conditions. The user should also have similar information on bathing / recreational, bottled and food production waters.

Furthermore, citizens are uninformed and do not have user-friendly access to practical information at their location or position they observe: air, land / plants / food production and production, environment / pollution / emissions and greenhouse gases, or. carbon footprint hot beams / carbon footprint. Human health, safety, conservation of nature and the environment, fundamental natural resources and carbon balance in the atmosphere, sustainable development and the future of our planet are factors that, in addition to excessive energy consumption, are highly dependent on air, water and soil pollution. These are: vapors, dust and liquids of chemicals, regulated and wild waste landfills, noise, electromagnetic spectrum and radiation (EMS / EMR) - electromagnetic energies ranging from radio waves to cosmic rays, nuclear and other radiation, artificial light, etc. Implications for the ecology of natural resources and the environment - pollution and releases, ecological and carbon footprints and impacts - come from agriculture, urbanization, transport, industry and beyond.

Every citizen has the right to be fairly and accurately informed. Through the use of existing ICTs and electronic systems, the invention solves the inadequacy of the provision of information. failure to ensure the rights of citizens to access information on the aforementioned matters, on-line and in real time, in an understandable and practical manner, for its actual or required location or area tailored to the user by category. The United Nations Universal Declaration of Human Rights, the Freedom of Information Act (USA), and other international and national laws stipulate that everyone should be allowed free access and use of public information,

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-5 available to public authorities, local authorities, public agencies, public funds and other bodies governed by public law, holders of public authority and public service providers. The EU Aarhus Convention, the EU Directive on Access to Environmental Information 2003/4 / EC, lays down rules that guarantee free access to information and environmental information. Legal rules are formalities, but information on sustainable and related impacts on nature when it comes to human health, habitat protection, and safety of life should, as such, be made compulsorily accessible to citizens.

DETAILED DESCRIPTION OF THE INVENTION

The present invention addresses, in many aspects, the problems that have been identified and integrates the devices, mechanisms and methodological steps and integrates them into the overall infrastructure. The meaning of this invention, as well as the features and advantages of the invention, are apparent from the detailed description below, together with the accompanying drawings. The drawings and schematics that form part of the specification explain the invention and are intended, together with the description, to explain the principles of the invention and the possibility of its application to anyone with qualifications in the relevant art.

In particular, aspects of the invention are shown in Figures 2, 3 and 4. They are given solely as exemplary examples of the application of the principles of the invention since the choice of aspects of the invention and uses is varied, and therefore does not in any way limit the scope of the invention.

FIG. 1 is a comprehensive view of the spatial interdependent services of the invention with location elements from SCADA and similar sources on water properties, the effects of pollution and discharges, and ecological and carbon footprints.

FIGURE 2 shows a plurality of resources with systems, devices, processes, devices for processing information of spatially interdependent services.

FIGURE 3 schematically depicts a system and process for processing information of spatially interdependent services in real time from authorized mechanisms of SCADA resources and websites with self-initiated transmission.

FIGURE 4 illustrates the structure and system of real-time processing of spatial interdependent services information from authorized SCADA source mechanisms and self-initiated download sites.

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-6FIG. 5 shows the highest level of the IDEF (Integrated DEFinition) function diagram for processing information on water properties, pollution and discharge impacts, and ecological and carbon footprints.

FIGURE 6 shows the top-level diagram of IDEF (Integrated DEFinition) features for performing the spatial services information of location elements on websites.

Figures 1 and 2 show the diversity of sources of location elements of the invention. Figure 1 shows, for example, sources 110 from technical process SCADA systems: Environmental CO2 metering stations, release sensors 112; SCADA systems for water supply, sewage, landfill, sewage treatment plants, incinerators 114; Laboratories for analysis of water, air, soil, food 116; Impacts of pollution on metering stations, sensors in industry, traffic, agriculture, livestock, settlements 118. Figure 1 also shows the devices of 125 global spatial service providers 2 for receiving, processing, disseminating and processing information of displays and / or alerts to users 3. Internet with ICT is an integrated, integrated connectivity and operational infrastructure 120 for spatial service providers 2, together with their computer servers 125. The input site connects via geoagents 1 to the resources of location elements from systems such as 110 in Figure 1 or SCADA systems 220 on Fig. 2 for capturing location elements about water, air, soil and the like and authentic capture of location elements from web sites 230 that are agreed upon and for unanswered capture from open sites 210 via search engines 215. Output page 130 connects with users 3 via communication 120, computer / server 125, and input / output no I / O 7 and spatial coordinate detection devices 11, that is, a geolocator with GPS or radio, cellular location detection via a program interface (API). ICT consists, inter alia, of a fixed and radio / mobile transmission capability (CN) network and a GPS (Global Positioning System (GPS) / GNSS - Galileo Navigation Satellite System).

The schematic of Figure 3 and the same structure representation of Figure 4 represent the composition of the image of Figure 1 in three sets, namely: input with sources of location elements 1 represented by 225 and 235 geoagents 1 consisting of a geocoding processor 4 and 'Geoaware 'database 8; connection to the Internet, ICT, ISP infrastructures 120 for processing spatial services information 2; and user assembly 3 represented by units of input output 7 and geolocator 11. Additionally, schematic representation of Figure 3 and structure representation of Figure 4 are presented in Figure 2 with processes and their main interconnections and storage devices. By the owners authorized and for automatic operation

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-7Products 225 and 235 of Geoagents 1 transmit location elements from their source element sources 1, i.e. SCADA 220 systems and web sites 230, to the geo-service providers 2 in a credible and self-initiated manner.

Top-Level Function Diagram Perform the GeoAquaEcoAgent service information processing shown in Figure 5 is an example of using the invention of real-time spatial interdependent services for information about the environment and the conservation of nature and the Earth. The process of providing information processing services to the GeoAquaEcoAgent 500, consisting of the functions 'acquire', 'geocode', 'standardize', 'process content / services', 'inform', is represented by:

- Inputs from sources of location elements 1 managed by institutions such as 'economy, public enterprises and administration' 510: 'SCADA resources, location elements of water, air, soil, food, laboratory analyzes' 512; 'user requirements' 514; 'GPS / API user geolocations generated - selected on map' 516;

- Exits of 'citizens - users with access to the Internet and mobile communications and navigation' 530: 'water quality and properties' 532; Health warnings, life-threatening alarm '534; 'pollution and environmental and environmental impacts, environmental and greenhouse gas footprints' 536;

- Control mechanisms: 'location elements, geo-service parameters' 552; 'policies, regulations, legislation, regulations, protocols' 554; 'environmental information - public nature of environmental data, human, civil right of free access' 556; 'the duty to protect health, life, nature, land and sustainable development' 558;

- Support mechanisms: 'water supply systems, bottlers, discharge monitoring, SCADA geoagents' 572; 'laboratories, measuring stations, sensors, detectors' 574; 'SCADA geoagents for pollution, impurity, dust, fumes, gases, chemicals, noise, air, fields, radiation, radiation, etc.' 576; 'geo-service database, geolocation GEO-AQUA-ECO-WEB knowledge base' 578; 'internet - ICT - GPS wireless communications ISP servers' 580; 'registered alert and alarm users' 582.

Figure 6 shows a diagram of the top-level features of the mechanism Perform GeoWebAgent Service Information Processing of Spatially Interdependent Services for the Transmission of Location Elements from a Site Source Type 230. Service Delivery Process

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-8 GeoWebAgent 600 information processing, consisting of 'detect', 'geocode', 'unify', 'standardize', 'process content / services', 'inform-alert' features:

- Inputs: 'sites, location element source' 612, 'user requirements' 614;

'GPS / API user generated geolocation - selected on map' 616;

- Outputs: 'views, information, answers' 632; 'alerts, reports, alarms' 634;

- Control mechanism: 'geo-service parameters' 652; 'location element parameters' 654;

- Support mechanisms: 'site-based mechanisms for site geoagents' 672;

'geo-service database, geolocation GEO-AQUA-ECO-WEB knowledge base' 674; 'internet ICT - GPS wireless communications, ISP servers' 676; 'registered alert and alarm users' 678.

The input set of location element resources consists of: SCADA 220 systems with reliable 1 SCADA 225 geoagents and 221 'geoaware elements' elements; web sites 230 with reliable geoagents 1 web sites 235 and open, public web site resources 210 with location element search engines 215 in geo-content processors 5 within geo-service providers 2. A known browsing technique for location elements with search engine 215 is shown in the description for a more complete presentation of the variety of resources and the ability to capture location elements. It is included in the geo-content processing mechanism 5 for identifying location elements 41, geocoding, spatial content processing and other processing of spatial services information in the geo-service processor 6, as shown in Figure 2. Geo-service providers 2 can independently and independently, without coordination and special embedded devices , that is, geoagents 1, browse, search, browse, detect by copy and read, and analyze type 210 resources. Accessible and open through the Internet and other modes of communication, public sources are 210 sites, various public and non-public databases, catalogs, collections , factography, documents and records, and other examples of freely available information. Most commonly, and usually, globally accessible sources are location data on websites. In the present invention, the most common technical solutions for locating content elements in open and public websites and identifying and classifying content for performing location services are replaced by an automatic geoagent 1 mechanism linked or integrated into the location elements feeds. It processes real-time information about displays and alerts of spatial services, which also depends on the user's spatial location.

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-9This invention is based on mutual cooperation and contractual agreement between owners of credible and reliable sources of location elements and providers of spatial services. At the same time, it is also based on the implementation of tightly or loosely coupled or embedded geoagents 1 for capturing and geocoding location elements and for the push (event-driven) transfer of change to spatial service providers. Selected solutions, technical designs, devices and processing steps are designed for real-time, real-time processing capabilities and minimal burden on geo-service providers. 2. No continuous browsing or periodic search is required to identify locations or elements with spatial significance 43 in site resources 230. The site elements of the 230 websites are thus reliable, authorized by the owners and delivered promptly.

Various dedicated and non-dedicated SCADA and similar resource groups of 220 and 110 location elements 42 are exemplified as very important examples of the application of the present invention. For example: technical, environmental, industrial and other process systems for measuring, controlling and controlling measuring apparatus and stations, observation, detection and monitoring; devices and sensors; laboratories and organizations; virtual and simulation models and analyzers; calculating greenhouse gas (GHG) emissions; locations for capturing and sensing digital and analog values; etc. Sources of location elements 42 of type SCADA 220 can be published on web sites 230 and transmitted to spatial service providers 2 by geoagents 1 of sites 235. Most of the location elements 42 of real-time operating SCADA systems and processes are strongly and rapidly changing and interconnected data in binary form. in the form of formatted digital and analog signals and values. Plants with such components are, for example: resource systems, pumping stations, drinking water supply networks, sewage and wastewater treatment plants, mechanical biological installations, landfills and waste incineration plants 114; laboratories for the analysis of drinking water samples, water from observed discharges and abstractions, bathing and recreational waters of rivers, lakes, seas, water for livestock and irrigation of plants, fisheries and fish farms, bottling water, food production water and laboratories for the analysis of air samples , land, food 116; sites for identifying and calculating environmental impacts and carbon footprint and footprint 112; Impact Areas of Pollution of Industry, Transport, Agriculture and Urbanization 118 and other (dedicated) systems such as: weather and hydrological forecasting systems, traffic and toll management systems, observation and rescue systems and field personnel monitoring systems 220.

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-10Location elements of Web sites 230, unlike location elements 42, are mostly listings of their owners or user entries in the form of formatted values or a sequence of characters that do not occur in real time. For example: addresses of overnights and restaurants, vehicle services, gas stations, dispensaries and hospitals.

Geo-service providers 2 - shown in Figure 1 at the intermediate level and Figure 2 on the left - receive geocoded data from the above facilities, systems and websites, unify, standardize and store them in a globally distributed geo-service database 9.

In doing so, they face the challenges of contracting and executing with owners, operators or agents (concessionaires), publishers, editors, location element administrators, who provide accuracy, responsiveness, credibility, throughput and other capabilities. In addition, the laws and regulations of the countries vary, as do the agencies and companies. Users as well as service providers operate around the world based on the very fundamental nature of the Internet and human freedom of expression and the right to free communication and movement. On the other hand, many owners, especially dedicated and regulated SCADAs, online and other resources, should comply with state regulations or the requirements of their agencies and / or international agreements, directives, conventions and standards.

The methods and devices of aspects of the invention provide basically usable practical, spatially interdependent information and knowledge of environmental dependencies and impacts on health and safety. Common methods and devices for real-time processing of information on health, lifestyle and quality effects on pollution, discharges and greenhouse gases are given in the claims and applications of aspects of the invention:

a) on indications and warnings of the water quality class and its characteristics:

- for drinking water at the tap, at the source, at the treatment plant or at parts of the network;

- in bottling plants or in food production, agriculture and irrigation;

- for recreational and bathing waters in rivers, lakes, the sea;

- for observed waters at the locations of discharges or seepage of wastewater into rivers or groundwater from treatment plants, roads, towns, parking lots, industrial and business activities, etc .;

- for observed waters in water catchment and protection areas and for waters in agriculture, land reclamation and industrial use;

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-11b) on displays, records and reports, warnings, notices and alarms, control commands and management instructions on the effects of pollution and releases on health and safety of life, protection and resolution, action and decision:

- on air quality due to the effects of road transport, industry and urbanization (gases, dust, noise, radiation);

- on health and water risks due to the effects of soil pollution and the evaporation of pollutants from the soil;

- the chemical, physical, biological and radiological suitability of water due to the effects of releases of dangerous substances;

- on food safety in order to monitor the effects of soil, air and water pollution and direct or indirect human intervention;

c) on the indications and warnings and the calculations of the ecological footprints of greenhouse gas emissions, the measurement of carbon dioxide:

- for trading CO2 products;

- the consequences for health, conditions and cost of living;

- the impact on property prices;

- spatial services for tracking and documenting sources of food and other consumables (eg meat, vegetables, honey, etc.) by production steps in relation to the effects of pollution and discharges;

d) real-time real-time operation on a single global infrastructure of providers of current and new spatial services of interdependent displays, reports, alerts, alarms, advertisements, controls, notifications, links, searches, surveys and the like, and owners of different groups of location elements, or categories of spatial services, credible and reliable sites, as shown in Figure 2,

These and other aspects and advantages of the present invention and the aspects described, which include various combinations of systems, apparatus, devices, methods, and actions performed as mechanisms, including geoagent 1, geo-content processor 5, and geo-service processor 6, are accessible and achievable. With the aspects of the present invention, the above contents are implemented and the distinctive advantage of the technical solution and the efficiency of the spatially dependent services is provided.

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-12The foregoing aspects of the invention represent diverse areas of spatial services, and, above all, for someone skilled in the art, the mechanisms listed here are similarly applicable elsewhere. As such, the described aspects are merely exemplary examples which do not limit the use of the present invention. Without departing from the scope and capabilities of the present invention, various modifications, substitutions and interventions are useful, but not limited, in other mechanisms with useful aspects of the present invention. For example, while the aspects described above relate to certain capabilities, the scope of the present invention also includes aspects with different combinations of capabilities and aspects that do not include all the capabilities described. Therefore, the scope of the present invention is designed to encompass all such alternatives, modifications and variations as well as the equivalents of all of them.

This application sets out three typical processes, respectively. the mechanisms shown in Figures 2, 3 and 4, namely: self-initiated geoagents 1 embedded in reliable SCADA-type resources and websites, geo-content processors 5 and geo-service processors 6 embedded in geo-service providers 2.

Geoagents 1 are computer devices or programs associated with or embedded in the systems, devices or websites of SCADA 220 resources. Websites 230. Geoagent 1 generates a 'data event 22' signal that initiates push-event communication with the geo-content provider 5 of the geo-content provider 2, preferably via standard Internet - ICT '120 and ISP 125 infrastructure, after recording / detection / reception is identified by a new or modified location element of type 42 and 43, which is then geocoded, encrypted and authenticated for its unrecognizable transmission and authenticity to the recipient. The mechanism of geoagents 1 consists of geocoding processes 4 and treatments using a process for detecting and receiving new or modified location elements from credible and reliable sources 220 and 230 known owners. At the same time, it is complemented by real-time periodic recording / tracking or intermittent acquisition, as well as by a process for geocoding and for independent and self-initiated transmission via a push-event geocoded data event 22 signal to geo-service providers 2. Geoagent 1 also has a database of spatially dependent data 8 for locally storing and archiving data. SCADA 225 geoagents 1 are autonomous mechanisms for detecting and self-mediating location elements of 42 different SCADA 220 sources. Geoagents 1 of Site 235 are autonomous mechanisms for detecting and self-transmitting location elements 43 different sources of Site 230 type. on the resource web sites 230 and can therefore be detected by the geoagents 1 of the web sites 235. Installation on web sites 230 is

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-13 trigger with 'geoaware elements 221' signal. Geoagents 1 is designed, implemented and operated in concert and in agreement with the owners of SCADA 220 resources, Web sites 230 and geo-service providers 2.

The design and implementation of reliable SCADA 225 geoagents 1 depend primarily on the specification of spatially interdependent services, location, requirements for additional groups of elements and data, the conditions and specificities of the hardware and software for connecting and operating the geoagents 1 with the actual SCADA 220 resource system or devices. they work with the owner's systems and devices in parallel and independently, and can be loosely coupled or closely integrated with them. In geoagent 1, the entire process begins with the detection of a new or changed location element or additional data, followed by their geocoding, local storage and archiving, and triggering a special process of transmitting them via a 'geocoded data event 22' signal. Geoagents 1 can be implemented as a module or driver with program code that shares the processor, memory, and input / output devices (I / O). It is executed or activated by the operating system or application of the host computer source system. The hardware implementation of a close connection to the main system is performed via a dual-port dual or port. high-speed parallel interface or mass storage. Loose connections or a completely separate standalone geoagent 1 computer are by using different communication links and by sharing input / output interfaces or by executing their own. The most appropriate solution depends on the weighing between the performance, the formalities and the practicality of carrying out the possible methods of execution. The system and application hardware and software of SCADA systems is scalable and structured to incorporate the functionality and requirements of geoagents 1.

Site 235 geoagents 1 of website resources 235 can only be implemented as standalone embedded software / memory modules / tasks / drivers for independent detection and detection of new or modified location elements, for geocoding, local storage and authentic transfer to geo-service providers 2 with a 'push-event geocoded data event 22' signal.

Geo-service providers 2 consist of, in addition to geoagent 1, two distinctive claims mechanisms of the present invention: geo-content processor 5 and geo-service processor 6. Geo-content processor 5 produces geo-contents in real time, i.e., content with spatial indicators, from received geocoded and accompanying data from 225 and 235 geoagents 1 and search engine 215

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-14 Obtained, typically unauthorized, site element type feeds 210. GeoService 6 processes display and alert information.

The geo-content processor 5 receives data via 'pop-event / reception interrupt / delivery' communication. The received data is decrypted, authenticated, unified, standardized and processed into geo-contents and stored in the local geo-content database 9. Limit values, time limits, alert and alarm levels are compared and other conditions for issuing alerts, sending records or documents are reached. , preparing actions and decisions, executing control commands and management instructions, and the like. The achievement or fulfillment of the above conditions is continuously monitored, and the dependencies on the point in the space observed by the user are checked by selecting on map 10 or its position in the space is monitored by the 'geolocation 30' signal of the geolocator 11.

The final result of the processing of display information and alerts to users in various spatial (geo) interdependent correlations, associations, effects of computational factor ratios and data changes is performed in the geo-service processor 6. Such as physical, chemical, electrical, spatial, temporal and other effects of distance variation in space and elapsed time, from the moment of capture or reception of location and accompanying elements from geoagents 1 to the moment of processing. The information of responses, responses, impressions or warnings is relevant to the stated effects as well as implicit in the context of the type and type of location element group. The delay is the elapsed time from the detection of changes and geocoding of the location elements and the moment of processing and publishing the information with the sequence of characters in the output 'Out 29' of the user's display 'Control / Display / Input T.

One of the disclosed features of the invention is the processing of spatial service information according to the actual point or map selected space point. The geographic coordinates of the user are sent from the geolocator 11 via the 'geolocation 30' signal to the geo-content processor 5, where the conditions for the alerts and their content are processed, which are then transmitted to the geo-service event processor 6 via the 'geoalert event 23' signal. With the arrow keys and / or slider / mouse on his device, the user selects a point, area or direction of viewing on the map 'geomap 10', which is transferred to the geo-service processor 6 as required by 'request 24' and processed for information and displayed to the user via a signal ' Out 29 '. Spatial services with user position monitoring may only be used for registered users to ensure and protect privacy when communicating, processing, identifying and storing data. Subscribers may only be offered by contract such spatial alert and alarm services. Providers

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-15George 2 must use trusted technology, organization, procedures, registration and communication with hermetically protected records and databases.

The exemplary example of processing information on the quality class and properties of tap water reveals the mechanisms of invention of spatially interdependent services in real time. Spatial service on the tap water quality class represents an inventive replacement for the usual condensed water quality and pollution reports for previous years, consisting of analyzes of water samples and water supply data (Report on drinking water quality from water management systems under management, ' Consumer Confidence Report '). Inappropriately concise, inappropriate, and outdated reporting for the average user replaces a simple and appropriately understood global 'all-in-one' address with real-time, current and practical information. Globally accessible tap water information is built on the functionality and structure of the 'GET / PUT' service on the Internet. On the input page 'PUT', the interface and implementation software elements automatically form the data structure of the 'tap service', which contains data from analyzes of water samples from laboratories and process systems of water supply systems (SCADA). From the 'GET' exit page, users can access tap data by selecting 'clicking' the tap location on a geomap 10 map, or by verifying its / its actual location triggered on the GPS / API geolocator 11 .

In accordance with the regulations for the protection of health and the provision of quality drinking water, samples of water are analyzed automatically or in laboratories 116 in water supply systems taken from wells, water reservoirs, pumping facilities, rivers and at the inlet or at certain points of the water supply network or. users. Locational elements about sources of supply, areas and directions of water flows are processed in a process-management-technical-maintenance system called SCADA 114, from the captured data on the status and values of technical and management elements of water supply - valves, drains, barriers, chlorinators, etc. The processing and display of the tap water quality class is performed using the geolocator 11 at the user's request, depending on the selected geomap 10 map location or the actual location.

At the moment of the request of the user, an examination of any samples and properties of water and the processing of information are carried out. This real-time information processing also includes some recent and historical data on the water system and water analyzes, including changes due to the difference between the time of analysis and the moment of the user's request for tap water data, as well as differences due to the position of the data source and user positions. The user has

1358-P199-09 (ITEM29-12-09) P-201000141ENG vSLOopts RequestsTexfi from Pictures

-16 In addition, a complete analysis with recommended and limit values and explanations is available to the request.

Aspects of the present invention are software applications on various configurations of computers and I / O interfaces on computer networks. The computing environment and infrastructure of the present invention are comprised of the SCADA 220 location element resource systems and web sites 230, the global Internet - Internet, ICT and communications networks 120, and ISPs of Internet server providers 125.

Current state of the art technologies and tools are used to provide reliable and credible communications between geo-service providers 2 and location element resource systems at their input, as well as between geo-service provider 2 and user devices and systems on the outbound side of spatially interdependent service providers. Security and privacy issues and requirements are addressed through proper use of cryptography and authentication, encryption and key management.

Users' communication and / or computer mobile devices (telephones, PDAs, PDAs, laptops, etc.), desktops, office computers are connected via the Internet via standard 'Web - ICT' technologies using the Internet or other means. According to the described aspects of the invention, users can be of all types, but it is assumed that they are generally mobile and have GPS and / or radio GSM / WiFi / 3G / 4G - API spatial localization and wireless communication, which have input / output capabilities, such as are speaker, screen, touch screen, keyboard, etc. Examples of some such communication devices are PDA PDAs, JAVA-based JAVA Phones (eg Blackberry®), mobile phone operating system, other mobile devices and (net- / note-) computers. User computer / mobile communication devices have all their browsers built in, such as a web or internet browser on different operating systems, such as Symbian, Linux, Microsoft Windows, Apple Mac / iPhone, Google Chrome and Android. The browser may be smart and / or tailored to the use of the mobile user to access the spatial services running on the servers of the providers 125 in conjunction with the servers of the Global Distributed Geospatial Database 9 and Knowledge Base 50. The same services are also accessible to users in other ways, for example via SMS transfer request and also reply.

It is understood that the capabilities or purposes specifically described herein do not in any way limit the object of the invention as defined in the appended claims. In other words, it specifically describes the capabilities and intentions to disclose as examples of how claims can be executed. Above

1358-P199-O9 (! TEM29-12-O9) P-2O1OO0141ENGvSLO-Requests

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-17 The detailed description above shows, describes and emphasizes the fundamental new features contained and used in the three main mechanisms of the invention: geoagents 1, geo-content processors 5 and geo-service processors 6. It will be clear to those skilled in the art that many aspects and embodiments will be possible and the details may be abandoned, replaced and altered, which makes all aspects within the domain and spirit of the claims and equivalents set forth herein as well as those of the present invention.

Therefore, this invention is limited only by the claims and their equivalents. Only if explicitly stated, can these claims be construed as being restricted by the order in question or by their elements. Therefore, this invention should not be limited except in light of the stated claims and their equivalents. The order and elements of claims should not be construed as final unless explicitly stated.

Claims (19)

Claims: 1. A system for producing geocoded content from various location and support elements and datasets for processing information of spatial interdependent services, a system constructed from: proprietary authorized initiative sources of SCADA species (220) and / or web sites (230) of spatial interdependent location and support elements (42), (43); various reliable geoagents (1) SCADA (225) and reliable geoagents (1) websites (235); one or more geo-service providers (2); the Internet and ICT (120), the infrastructure of ISPs (125) and the geographical map of the Earth (10); and user standard communications, and laptops, desktops, mobile devices, and dedicated monitoring, control, and control computers (3) with embedded Web capabilities, a Control / Display / Input device (7) for user inputs, displays and dedicated outputs, and a geolocator device (11) with software API and / or machine functionality for user positioning; the above is interconnected and integrated into the network, tightly or loosely coupled locally, operating autonomously globally via the Internet, with mechanisms for geo-content processing and geo-service, and built-in capture and detection or generation, authentication, geocoding and self-initiated push-event the transfer to one or more geo-service providers (2) is characterized by 1358-P199-09 (ITEM29-12-09) P-201000141ENGvSLO-Requests -18deposition and composition of geoagent (1), geo-content processor (5) and geo-service processor (6) for the purpose of processing display information and alerts on the water quality class and characteristics. 2. The system of claim 1, which specifies the layout and composition, for the purpose of processing information of displays, warnings, notices and alarms about the effects of pollution and emissions on the health and safety of life and for protection and rescue. 3. The system of claim 1, which specifies the layout and composition, is characteristic for the purpose of processing carbon footprint information, calculations, displays and alerts on environmental footprints and greenhouse gas emissions. 4. The system of claim 1, wherein the arrangement and composition are specified, is specific for the purpose of processing information of displaying, reporting, alerting, alarming, advertising, controlling, billing, linking, searching, viewing, and the like, and is characteristic of different types of geo-location groups SCADA elements (220) and websites (230). 5. A system according to any one of claims 1 to 4, wherein said geoagent (1) consists of a geocoding processor (4) and a "geoavvar" database (8) attached or embedded, connected or connected to a plurality of proprietary and reliable sources systems, apparatus and devices of SCADA (220) and / or websites (230), characterized by the acquisition of various groups of location and accompanying elements and data, which may include: recording, detection, reception, entry into geoagent (1), comprising : one or more geocoding processor mechanisms (4) and a geoaware database (8), which may comprise: a mechanism for capturing new or modified original location and accompanying data in real time with integrated dual-port memory with periodic recording / tracking , intermittent takeovers and the like; a geocoding mechanism for managing a 'geoaware' database (8); and a 'geocoded data event' mechanism (22) a signal for transmitting spatially dependent data to one or more geo-service providers (2) including a standalone, simultaneous, push event-driven communication protocol. A system according to any one of claims 1 to 5, wherein said geo-content processor (5) and a geo-service processor (6) are processors in the geo-service provider (2) for processing information of spatially dependent services from sources (220) and resources (230), characterized by a geo-content processor (5) for a 'geocoded data event' (22) a signal for receiving and authenticating data from geoagents (1), for processing geo-contents and for managing a 'geoservices data base' (9), for 'geolocation' (30) signal monitoring the user's actual position, to determine eligibility, for alerts 1358-P199-09 (ITEM29-12-Q9) P-201000141 ENGvSLO-Requests -19ter triggering a 'geoalert event' (23) signal to the geo-service processor (6); and is characterized by a geo-service processor (6) for processing the 'geoalert event' (23) and 'user entry request' (24) signals, for decoding the geomap (10) of the geographic coordinates of the selected user's position, for managing the geo-service database (9), and for processing information of the 'out' output signal (29) of the displays and alerts of the geo-service. 7. A real-time process for real-time user-based spatial interdependent processing of geocoded content from a variety of location and support elements and datasets, a process that includes: hosting by connecting or installing or connecting different SCADA systems, devices and devices (220) and web places (230) from owners of authorized self-initiated geoagents (1); capture, detection, deployment and integration and geocoding of various location and support elements and datasets (42), (43) in the geoagent (1); processing of displays and alerts and processing of outputs (29) of geo-contents in the geo-content processor (5) and spatially dependent services in the geo-services processor (6), is characterized by on-going processing of information of displays and alerts of spatially-dependent services according to the user's real-time positions on quality class and water properties with geoagent (1), geo-content processor (5) and geo-service processor (6). 8. The method of claim 7, which specifies a process for processing information of display, alert, notification and alarm services, characterized for the purposes of the effects of pollution and emissions on the health and safety of life and for protection and resolution. 9. The method of claim 7, which specifies a process for processing information of measurement, calculation, display and alert services, is characterized for the purposes of environmental-ecological and greenhouse gas emissions and CO ₂ imprints. The method of claim 7, wherein the process of processing information of measurement, calculation, display, and alerting services, and the like, is indicated, characterized for the purposes of different types of geo-service groups of SCADA location elements (220). 11. The method of claim 7, which specifies a process for processing information of displaying, reporting, alerting, alarming, advertising, controlling, billing, linking, searching, browsing, and the like, characterized for the purposes of different types of geoservice groups of site elements (230 ). 1358-P199-09 (ITEM29- 12-09) P-201000141 ENGvSLOdescription ClaimsTexts from Figs -2012. The method of any of claims 7 to 11, wherein said geoagent mechanisms (1) operate in real time to capture, detect, introduce and integrate new or modified original locational and accompanying data (42), (43) from authorized SCADA sources (22 ) and websites (230); for geocoding the geographical coordinates of said location elements for processing spatially dependent data; for managing the geoaware database (8); for the authentication of spatially dependent data and for triggering a 'geocoded data event' (22) signal of push protocols for push event-driven, self-initiated transmission to one or more geo-service providers (2). A method according to any one of claims 7 to 11, wherein said various location and support elements and datasets (42) are transmitted from one source or more geo-service providers (2) from different sources (220) from said sources (220) ), transmitted and / or posted via a gateway with a 'geoaware elements' (221) signal on their proprietary or contract sites (230). A method according to any one of claims 7 to 11, wherein said geo-content processor (5) performs processes consisting primarily of: detecting a signal of a 'geocoded data event' (22), receiving and authenticating spatially dependent data from geoagents (1) in real time; geo-content processing and geo-service database management (9); of triggering a 'geoalert event' (23) of a signal to a geo-service processor (6) by checking the limit values of the effects of geo-content and / or monitoring the actual position of the user with a 'geolocation' (30) signal and through other specified conditions of alerts, planned reports and displays, replies , ads, presentations and the like. A method according to any one of claims 7 to 11, wherein said geo-service processor (6) performs processes consisting primarily of: real-time processing of a user request 'event' event signal (24) and a 'geoalert event' event signal (23) for processing information on the above displays and warnings; processing of correlations and / or associations and / or relationships of the 'geoalert event' signal (23); processing alerts of registered users with regard to their past archived and current position from ongoing monitoring of their geographical coordinates by receiving a 'geolocation' (30) signal; processing user input (7) and 'out' outputs (29). The method of claim 15, wherein said information processing and / or displaying and / or alerting of spatially dependent services according to the user's position are further processed by considering one or more factors of value, effects, parameters, contexts, 135S-P199-09 (ITEM29-12-09) P-201000141 ENGvSLOdescription ClaimsLink Texts -21differences and conditions, covering: range of historical data, geographical distance, time lag, physical, chemical, electrical and other dependencies of the original location and accompanying elements and data sets, from the moment of capture, recording, detection in the geoagent (1) to reception or geo-service provider processing (2); and the spatial meaning of the actual or on the map (10) of the selected user's position (3). 17. The method of claim 7, wherein the processing of display information and warnings of spatially dependent services on the water quality class and characteristics according to the user's position is characterized by one or more uses of tap water, at source , on main water mains, on distribution pipelines; drinking water for bottling, cooking, food production; water for recreation, swimming, fishing, irrigation; surface or groundwater in the observed catchment and protection areas, in the areas of relief, sinking and discharge of wastewater from treatment plants, roads, streets, parking lots, industrial and business activities. 18. The method of claim 17, wherein the use of tap water is comprised of processing steps comprising: manual / automatic sampling of water with at least two data, location and time of collection; capture of water directions / flows from SCADA (220) plumbing systems (114), calculate and predict position of water volumes at sample collection and during manual / automatic analysis (116), including changes in sources and / or changed directions and quantities flows on main and distribution pipelines; processing of displays and warnings by detecting boundary effects, taking into account actual and previous analyzes of water samples, flows, quantities and the like; the finalization of information on quality class and characteristics, taking into account the standards, knowledge and experience of the service provider and the global knowledge base (50). A method according to any one of claims 8 or 9, wherein said processes for treating sources of pollution and emissions (118), ecological and CO2 footprints (112) include the steps of processing: automatic / manual capture, measurement, detection of various location and support elements and datasets from the following sources: laboratories (116) and / or automatic analyzes of samples, air, water, soil, crops, plants, food, human samples and the living environment; calculating and predicting the value of captured data during and after measurements, detection and / or analysis; the origin and / or direction of winds and / or their propagation, power and quantity; the finalization of class and property information, taking into account the standards, knowledge and experience of the service provider and the global knowledge base (50). 1358-P199-09 (ITEM29-12-09) P-201000141 ENGvSLOedscriptsTexts from Pictures • · • · · · -2220. A method according to any one of claims 7 to 11, wherein said processing of the 'out' output service information (29) further includes the transmission of records and documents, action and decision making, control commands and instructions for managing, tracking and documenting production and production steps and steps food and other goods.