JP2016001442A - Map data processing of environment location evaluation and output system thereof, computer program product and method of the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a computer program product that performs map data processing of an environment location evaluation and an output thereof.SOLUTION: After a program is introduced to a server, a computer program product is configured to: receive GPS location information and search information received from a mobile device (S22); associate the search information with a specific district on the basis of the GPS location information and district inclusion range information, the district inclusion range information having the specific district recorded in an inclusion range on a map (S23); process the search information and a district distribution state; generate environment location evaluation information on the basis of the processing result; and output the generated environment location evaluation information to a terminal computer.

Description

  The present invention relates to a computer program product for environmental location evaluation, and more particularly to a system, a computer program product, and a method for outputting map data for environmental location evaluation.

  Environmental location assessment is now an indispensable part of society, and work or agenda such as construction, environmental protection, crops, etc. perform environmental location assessment for the target area in advance, and the pollution status and construction of this target area It is necessary to understand whether it is suitable for performing such work. In addition, high-risk contaminated areas, such as abandoned factories, need to conduct a full environmental site assessment and check to determine which areas are contaminated and need to be improved early. is there.

  However, environmental location assessment is a task that consumes a lot of manpower and time, and the conventional environmental location assessment is conducted after the surveyor goes to the site and performs sampling / survey records, then returns the records and organizes them. An environmental location assessment report can be obtained only after performing analysis statistics, and the time spent by such a method is too long, and analysis data for a specific area or time cannot be obtained at any time.

  In addition, the conventional environmental location evaluation method cannot dynamically update the statistical data immediately based on the latest field survey data and output the entire environmental evaluation map. In the case where a discharge of a certain chemical substance is found and dispatched, the investigator is dispatched to the site immediately, and when the field survey is urgently carried out, the entire environmental location evaluation report for acquiring the field sampling / survey results should be updated in the first hour. I can't.

JP 2002-256546 A

  In view of the problems of the conventional environmental location evaluation system and method described above, the object of the present invention is to provide an environmental location evaluation system and method for providing and outputting map data processing based on field survey information, and an information engineer in the post process. In the first time when the field investigator acquired the survey information, the analysis information of the entire environmental location assessment can be obtained quickly and presented in a map format that is easy to read and understand. There is to make it.

  In accordance with the objectives of the present invention, a computer program product for processing and outputting map data for environmental location assessment is presented, which operates on a server and, after the program is installed on the server, GPS location from the mobile device. Information and survey information are received, and based on the GPS position information and regional coverage information, the survey information is related to a specific region, and the regional coverage information records the specific region in a comprehensive range on a map. Then, the survey information and the area distribution status are processed, and based on the processing result, environmental location evaluation information is generated and output to the terminal computer.

  Based on the concept of the present invention, the server provides a survey information input web page and a GPS location information input web page, and a user inputs the survey information on the survey information input web page by a browser of the mobile device, The GPS position information can be input on the GPS position information input web page.

  Based on the concept of the present invention, the environmental location evaluation information is a survey range map, of which the survey range map is a digital map that defines a regional comprehensive range by marking lines, and the survey information is used as the GPS location information. To mark in the map coverage area. The regional coverage can be set by an application program of the mobile device. Based on the concept of the present invention, the calculation is further performed based on any one or more of the total number of surveys required for the target area, the currently surveyed quantity, the survey period, and the survey completion rate, and inventory information is output. Also, processing the survey information and area distribution information includes statistical analysis performed on the survey information and the area distribution status. Preferably, the specific area is a waste factory area.

  Based on the concept of the present invention, the area coverage information records a specific area in a map coverage area, and the survey information is included in field inventory, soil sample sampling, groundwater sample sampling, or waste sample sampling. The specific area is an area of a waste factory.

  According to the object of the present invention, a map data processing and output method for environmental location evaluation is further presented, which method is applied to a server and includes the following steps: providing an application program to the mobile device After the application program is installed in the mobile device, the user can transmit the GPS position information and the survey information of the mobile device to the server via the Internet or the mobile device by the application program. Alternatively, the survey information input web page and the GPS location information input web page are provided, and the survey information input web page and the GPS location information input web page are opened by the browser of the mobile device to the user, and the survey information input web is opened. The survey information is input to a page, and the GPS position information input web page Input location information, receive GPS location information and survey information from the mobile device, and associate the survey information with a specific region based on the GPS location information and regional coverage information, of which the regional coverage information is Then, the specific area is recorded in the comprehensive range on the map, and after the statistics or analysis is performed on the contents of the survey information and the area distribution status, the environmental location evaluation information is output.

  In accordance with the objectives of the present invention, a map data processing and output system for environmental location evaluation is further provided, which includes an environmental evaluation statistical server and one or more mobile devices, the environmental evaluation statistical server comprising the mobile Exchange data with the device, including the following steps: the mobile device uploads GPS location information and survey information to the environmental assessment statistics server, which evaluates the GPS location information and regional coverage information The survey information is associated with a specific area, the local comprehensive range information records the specific area in the comprehensive range on the map, and the environmental evaluation statistical server processes the survey information and the area distribution status. Then, environmental location evaluation information is generated based on the processing result and output to the terminal computer.

  Based on the concept of the present invention, the environment evaluation statistical server provides an application program installation file to the mobile device, and after installing the application program on the mobile device, the GPS position information and the survey information of the mobile device. Is transmitted to the environmental evaluation statistical server via the Internet or a mobile network.

As described above, the environmental location assessment map output and statistics system and method according to the present invention has the following advantages:
The post-process member can acquire the location range map obtained based on the latest survey information analysis statistics at the first time, and can quickly grasp the environmental location evaluation status of the entire and individual areas.

It is structure explanatory drawing of the map data processing and output system of environmental location evaluation based on the specific Example of this invention. It is a flowchart explaining each step of the map data processing and output method of environmental place evaluation based on the specific Example of this invention. It is an aerial photograph figure explaining the survey range map based on the specific Example of this invention.

  Hereinafter, specific examples will be given, the contents of the present application will be described in detail, and the description will be made with the aid of the drawings. In the description, reference numerals to be presented refer to reference numerals in the drawings. It should be noted that in the description, “including” is an open term and should be interpreted as “including but not limited to”. Those skilled in the art also have different designations for the same component / product, such as “map data” or “map”, “digital map” or “electronic map”, “mobile device” or “portable device”. As will be understood, members / products having similar fields and functions similar to those presented in this specification are naturally included in the scope of this specification.

  Referring to FIG. 1, it is an explanatory diagram of the structure of a map data processing and output system for environmental location evaluation according to a specific embodiment of the present invention. As shown in FIG. 1, the map data processing and output system for environmental location evaluation according to the present invention includes an environmental evaluation statistical server 1, one or a plurality of mobile devices 2, a terminal computer 31, and a terminal computer 32.

  Each mobile device 2 is connected to the environmental evaluation statistical server 1 via the Internet, and can cause the environmental evaluation statistical server 1 to immediately receive GPS position information and survey information of one or more mobile devices 2. The terminal computer 31 is connected to the environmental evaluation statistical server 1 from a local terminal (for example, a LAN), and can cause the terminal computer 31 to acquire environmental location evaluation information from the environmental evaluation statistical server 1. Is output after the environmental evaluation statistics server 1 performs statistics or analysis based on the contents of the survey information and the area distribution status. The terminal computer 32 is connected to the environmental evaluation statistical server 1 by a remote terminal (for example, the Internet), and after the user has passed authentication means such as login or certificate, the terminal computer 32 is connected to the environmental evaluation statistical server 1 from the environmental evaluation statistical server 1. Evaluation information can be acquired.

  In the present invention, the server represents a server capable of providing processing, a database, and a communication facility, and is not limited to a single entity processor, but includes a correlated communication and / or data storage device and / or a database facility. Or a networked or clustered processor complex, and a network and / or storage device to be published, and operation software and one or more database systems, and / or application software that supports the services provided to the server I have a system.

  In the present invention, the mobile device 2 can be selected from portable devices having abundant patterned interfaces accessible to the Internet or mobile networks such as smartphones, tablet PCs, notebook computers, PDAs and the like. In general, the terminal computer 31 and the terminal computer 32 are general-purpose computing devices, and include a CPU, a memory unit, a permanent storage, an optical device, a USB, an audio / video output device, a network interface, and the like. However, as can be understood by those skilled in the art, a terminal computer 31, a terminal computer 32, a mobile device such as a smartphone, a tablet PC, or a notebook personal computer can be used without departing from the spirit of the present invention. The environment location evaluation information provided by the environment evaluation statistics server 1 can be opened by installing an application or using a browser.

  Reference is made to FIG. 2, which describes the steps of the map data processing and output method of environmental location evaluation of a specific embodiment according to the present invention. The map data processing and output method for environmental location evaluation of the present invention is applied to the system shown in FIG.

  With reference to step S20, the environmental evaluation statistical server 1 manufactures the survey information based on the total number of surveys required in the target area, the total number of surveys currently completed, the survey period, the survey completion rate, etc., and provides them to the terminal computer 31 and the terminal computer 32. (Refer to FIG. 1 for reference numerals). Table 1 is also used as a reference, and is an explanatory table of inventory information of the present invention. As shown in Table 1, the environmental assessment statistics server 1 recursively obtains the current inventory progress and overall survey completion rate based on the survey information statistics, so that the user can easily and quickly determine the overall status of the current environmental location assessment. Of which the survey information is preferably provided to the mobile device 2. The inventory information includes the contents of the table such as the area, the total number of inventory, the survey period, the planned quantity, the completed quantity, the accumulated completed quantity, and the completion rate. In addition, the area can be divided into smaller areas, checking the individual completion status, for example, area A can be divided into A1 and A2 (for example, Taipei is divided into Taipei City and New Taipei City). In this way, the overall and individual environmental location assessment work conditions can be understood more clearly.

Table 1

  With the above inventory information, the user can quickly grasp the inventory / investigation information that is currently completed and needs to be progressed, and the completion rate provided to the system further determines the overall execution status to the user. Can be understood quickly, and the user can proceed with the following work and flow more easily.

  Subsequently, referring to step S21 of FIG. 2, it provides an application program to the mobile device 2 (see FIG. 1), which can be implemented in the mobile device 2 and allows the user to It can interact with the map data processing and output system for environmental location assessment. In step S <b> 22, when the user uses the mobile device 2 to perform survey work in the field and starts the application program, the application program can immediately return the GPS position information and the survey information. In other words, when the user performs observation and sampling / survey work at the survey site using the mobile device 2, the user observes or surveys information (for example, sampling information, eye measurement information, survey information) on the mobile device 2. Or the photograph etc.), the mobile device 2 immediately returns the current GPS position information and the observation or survey information to the environment evaluation statistics server 1 via the Internet or mobile network. In another implementation method, the environmental evaluation statistical server 1 opens the survey information input web page and the GPS location information input web page, inputs the survey information to the survey information input web page, and inputs the GPS location information. The GPS position information is input on a web page. The mobile device 2 returns the input information to the environment evaluation statistical server 1 via the Internet or a mobile network as needed. The GPS location information input web page provides a digital map screen to the mobile device 2, allows the user to select the location of the location directly, and after the user selects, returns the data to the subsequent process, It changes as actual GPS position information. In the present invention, the survey information indicates any one of on-site inventory, soil sample sampling, groundwater sample sampling, or waste sample sampling.

  With reference to step S23, the environmental evaluation statistical server 1 associates the survey information with a specific area based on the GPS position information and the regional comprehensive range information, and the regional comprehensive range information includes the specific region on the map. Record in the inclusive range. That is, the environmental evaluation statistical server 1 has a digital map, and map data of the digital map can be stored in a network of a remote terminal or a local terminal, or in the storage device of the environmental evaluation statistical server 1 itself. The regional inclusion range information marks the regional data in this digital map (for example, which range in this digital map has been used as a factory in the past). As described above, after combining the digital map and the regional comprehensive range information, the environment evaluation statistics server 1 can calculate and understand the usage state of the specific region in the digital map. For example, the specific region is discarded. When it is a factory area, the digital map and regional coverage information can understand which areas are at high risk of contamination. Subsequently, the environmental evaluation statistical server 1 provides the GPS position information provided by the mobile device 2 and the survey information at that time, and associates the survey information with the digital map that combines the regional comprehensive range information one by one. After calculating, statistically or analyzing 1 based on GPS position information, survey information, and regional inclusion range information, environmental location evaluation information can be generated and output to the terminal computer 31 and the terminal computer 32.

  With reference to step S24, the environmental location evaluation information required by the user is a survey range map, and the environmental evaluation statistical server 1 is a map overlay method, and localizes and marks the regional inclusion range in the digital map, The survey information is marked in the local coverage area of the digital map based on the GPS position information at that time. Reference is also made to FIG. 3, which is an aerial photograph, which illustrates a survey area map of a specific embodiment according to the present invention. As shown in FIG. 3, the digital map 4 uses the map overlay method to mark the regional inclusion range information 41 (the range marked with a dotted line) and the actual layout range information 42 (the range marked with a solid line). The range information 41 represents area data for a specific use in the digital map 4. For example, the eaves range in the digital map has been used as a factory in the past, and the actual layout range information 42 is an area It represents the actual use status further subdivided in the comprehensive range information 41 and its range, for example, which area in the factory range is the construction range of the actual factory. In this way, it is obvious which area on the digital map 4 has been used for a specific application, and a more detailed division within this area, and this can be done using the terminal computer 31 and the terminal computer 32. The speed of acceptance of the entire information of the user viewing the survey area map can be increased.

  In accordance with the present invention, after marking the regional inclusion range information 41 and the actual arrangement range information 42 on the digital map 4 by the map overlay method, the environment evaluation statistical server 1 further receives the survey information provided by the mobile device 2. The GPS position information at that time is marked in the digital map 4. For example, the triangle icon displays soil sample survey information, the circular icon represents groundwater sample survey information, the square icon represents waste sample survey information, and represents a sampling point / survey point number in the vicinity of the circle. . Preferably, it provides data display of map layer contents, illustrations, scales, compass and text annotation explanations, etc., fully displays all related data information, and efficiently performs the performance performance of each environmental location evaluation stage work Assist. Further, the regional comprehensive range information 41 and the actual arrangement range information 42 can be set by the application program of the mobile device 2, and the local comprehensive range information 41 and the actual comprehensive range information 41 according to the actual situation when the staff on the site investigates. The actual arrangement range information 42 can be corrected.

  Preferably, when the user views the survey area map via the terminal computer 31 and the terminal computer 32, the details of the survey information can be obtained by clicking the mark symbol (triangle icon, circular icon, square icon) of the survey information. The contents can be displayed, for example, surveyor, surveyor control data, survey instrument control data, soil sample sampling record, groundwater sample sampling record, waste sample sampling record, basic monitoring information, other matters, confirmation table, etc. Can be set.

  As described above, according to the environmental location evaluation map output and statistical system and method of the present invention, after the environmental evaluation statistical server receives the survey information and GPS position information provided by the mobile device, it is immediately calculated and the survey range map. , And the nest tap of the post process can acquire the map or data at the first time. In other words, the present invention combines the mobile device and the environmental evaluation statistics server to easily read and understand at any time. Map information can be provided, and the overall and individual environmental location evaluation status can be immediately and quickly grasped.

The above description describes preferred embodiments that exhibit the technical features of the present invention. Those skilled in the art can make changes and modifications within the scope of the present invention, and such changes and modifications are included in the scope of the claims of the present invention.

1 Environmental Evaluation Statistics Server 2 Mobile Device 31, 32 Terminal Computer 4 Digital Map 41 Regional Comprehensive Range Information 42 Actual Placement Range Information S20-S24 Steps

Claims (15)

A computer program product for processing and outputting map data for environmental location evaluation, the computer program product being installed in the server,
Receiving GPS location information and survey information from at least one mobile device;
Based on the GPS position information and the regional coverage information, the survey information is related to a specific region, and the regional coverage information records the specific region in the comprehensive range on the map,
A computer program product that processes the survey information and area distribution status, generates environmental location evaluation information based on the processing result, and outputs and outputs the environmental location evaluation map data to a terminal computer. The server provides a survey information input web page and a GPS location information input web page, and a user inputs the survey information in the survey information input web page by a browser of the mobile device, and the GPS location information input web page The computer program product for performing map data processing and output of environmental location evaluation according to claim 1, wherein the GPS position information can be input in the above.   The environmental location evaluation information is a survey range map, of which the survey range map is a digital map that defines a regional coverage area by marking lines, and the survey information is based on the GPS position information, and the map coverage area. A computer program product for processing and outputting map data for environmental location evaluation according to claim 1, which is marked in the inside.   The computer program product for processing and outputting map data for environmental location evaluation according to claim 3, wherein the regional inclusion range can be set by an application program of the mobile device. After the computer program product is installed on the server,
The map data processing for environmental location evaluation according to claim 1, wherein calculation is performed based on any one or more of the total number of surveys required for the target area, the current surveyed quantity, the survey period, and the survey completion rate, and inventory information is output. And computer program products that perform output. The computer program product for processing and outputting map data for environmental location evaluation according to claim 1, wherein processing the survey information and area distribution information includes statistical analysis performed on the survey information and the area distribution status.   The area coverage information records a specific area in a coverage area on a map, and the survey information includes any one or more of field inventory, soil sample sampling, groundwater sample sampling, or waste sample sampling. A computer program product for performing map data processing and output of environmental location evaluation according to any one of claims 1 to 6. The computer program product that performs map data processing and output of environmental location evaluation according to any one of claims 1 to 6, wherein the specific area is an area of a waste factory. Applied to the server and implemented, the following steps:
Receive GPS location information and survey information from mobile devices,
Based on the GPS position information and the regional comprehensive range information, the survey information is associated with a specific region, and the regional comprehensive range information records the specific region in the comprehensive range on the map,
Perform statistical analysis on the survey information and area distribution status, generate environmental location evaluation information based on the statistical analysis results, and output to the terminal computer.
Map data processing and output method for environmental location evaluation including In addition, the following steps:
An application program is provided to the mobile device, and the application program is implemented and operated on the mobile device. The application program allows the user to send the GPS position information and the survey information of the mobile device to the Internet or the mobile device. Via the server,
The map data processing and output method of environmental location evaluation of Claim 9 containing these. In addition, the following steps:
A survey information input web page and a GPS location information input web page are provided, and the survey information input web page and the GPS location information input web page are opened by a browser of the mobile device to a user, and the survey information input web page is displayed on the survey information input web page. Survey information is input, and the GPS position information input web page inputs the GPS position information.
The map data processing and output method of environmental location evaluation of Claim 9 containing these. The environmental location evaluation information is a survey range map, of which the survey range map defines a region comprehensive range in a digital map by a map overlay method, and the survey information is based on the GPS position information, The map data processing and output method of environmental location evaluation according to claim 9, wherein marking is performed in a comprehensive range. In addition, the following steps:
Calculate and output inventory information based on one or more of the total number of surveys required in the target area, current surveyed quantity, survey period, survey completion rate,
The map data processing and output method of environmental location evaluation of Claim 9 containing these. Including an environmental assessment statistics server and one or more mobile devices, wherein the environmental assessment statistics server exchanges data with the mobile device and comprises the following steps:
The mobile device uploads GPS position information and survey information to the environmental evaluation statistics server,
The environmental evaluation statistics server associates the survey information with a specific area based on the GPS position information and the regional comprehensive range information, and the local comprehensive range information records the specific region in the comprehensive range on the map, The environmental evaluation statistical server processes the survey information and the area distribution status, generates environmental location evaluation information based on the processing result, and outputs it to the terminal computer.
Map data processing and output system for environmental location evaluation including The environmental evaluation statistics server provides an application program installation file to the mobile device, and after the application program is installed on the mobile device, the GPS location information and the survey information of the mobile device are transmitted via the Internet or a mobile network. The map data processing and output system for environmental location evaluation according to claim 14, wherein the map is transmitted to the environmental evaluation statistical server.

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