CN105303011A - Graphic data processing and output system, computer program product and method for environmental site assessment - Google Patents

Abstract

A computer program product for processing and outputting map data for environmental site assessment, operating on a server, the program being loaded into the server and executing: receiving Global Positioning System (GPS) location information and survey information from at least one mobile device; associating the survey information to a specific region according to the GPS position information and region coverage area information, wherein the region coverage area information records the coverage area of the specific region on a map; processing the survey information and a region distribution condition, and generating and outputting environment site evaluation information to a terminal computer according to the processing result.

Description

Graphic data processing and output system, computer program product and method for environmental site assessment

technical field

The present invention relates to a computer program product for environmental site assessment, in particular to a system, computer program product and method capable of outputting maps of environmental site assessment.

Background technique

Environmental site assessment has always been an indispensable part of today's society. For any work or issue such as construction, environmental protection, and planting crops, an environmental site assessment must be carried out on the target area in advance to understand the pollution status of the target area And whether it is suitable for construction and other work. In addition, for high-risk polluted areas, such as abandoned factories, a comprehensive environmental site assessment is required to determine which areas have been polluted and must be improved as soon as possible.

However, environmental site assessment has always been a very labor-intensive and time-consuming task. In traditional environmental site assessment, investigators must go to the site to take samples/investigate records, and then bring the records back and collect them for analysis and statistics. , to obtain an environmental site assessment report, which takes too long and cannot obtain analysis data for a specific area or time anytime, anywhere.

In addition, the existing environmental site assessment methods cannot dynamically update the statistics and output the overall environmental assessment map in real time based on the latest on-site survey data. If on-site investigation is carried out, the overall environmental site assessment report cannot be updated as soon as the on-site sampling/investigation results are obtained.

Contents of the invention

In view of the problems of the above-mentioned existing environmental site assessment systems and methods, the purpose of the present invention is to provide an environmental site assessment system and method that can provide real-time map data processing and output based on field survey information, so that the back-end The information personnel can quickly obtain the overall environmental site assessment and analysis information as soon as the on-site investigators obtain the investigation information, and present it in an easy-to-read map, so that the environmental site assessment can be quickly grasped.

According to the purpose of the present invention, a computer program product for image data processing and output of environmental site assessment is proposed, which operates on a server, and the program is loaded on the server and then executed: receiving a global positioning system (GPS) from the mobile device ) location information and survey information; associating the survey information with a specific region according to the GPS location information and a geographic coverage information, wherein the geographic coverage information records the coverage of a specific geographic region on a map; processing the survey information and a regional distribution status, and generate and output an environmental site assessment information to a terminal computer according to the processing results.

According to the idea of the present invention, wherein the server provides a survey information input webpage and a GPS location information input webpage, so that a user can open the survey information input webpage and the GPS location information input webpage through the browser of the mobile device, And input the survey information on the survey information input webpage, and input the GPS location information on the GPS location information input webpage.

According to the idea of the present invention, the environmental site assessment information is a survey scope map, wherein the survey scope map defines a geographical coverage with marking lines in a digital map, and the survey information is marked on the GPS location information covered by this area. In addition, the geographical coverage can be set through an application program of the mobile device.

According to the idea of the present invention, it is further calculated based on any one or more of the total number of checks to be made, the number of checks currently being made, the check period, and the check completion rate for a target area, and output as a check information. In addition, the processing of the survey information and a regional distribution includes statistical analysis of the survey information and the regional distribution. Preferably, the specific area is an area of an abandoned factory.

According to the idea of the present invention, the geographical coverage information records the coverage of a specific area on the map, and the survey information refers to any one of field inspection, soil sample sampling, groundwater sample sampling, or waste sample sampling. The specific area is the area of an abandoned factory.

According to the object of the present invention, a method for image data processing and output of environmental site assessment is also proposed, which is implemented by being applied to a server, and includes the following steps: providing an application program to the mobile device, and the application program is installed on After installing the mobile device, the user can send the GPS location information and the survey information of the mobile device to the server through the Internet or mobile network through the application program; or provide a survey information input web page and a GPS location information Input the webpage, so that a user can open the survey information input webpage and the GPS position information input webpage through the browser of the mobile device, and input the survey information on the survey information input webpage, and input the GPS location information input webpage The GPS location information; receiving GPS location information and survey information from a mobile device; associating the survey information with a specific region according to the GPS location information and a geographical coverage information, wherein the geographical coverage information records that the specific region was in Coverage on the map; output an environmental site assessment information after performing statistics or analysis on the content and regional distribution of the survey information.

According to the purpose of the present invention, a system for image data processing and output of environmental site assessment is also proposed, which includes an EIA statistical server and one or more mobile devices, and the EIA statistical server exchanges data with these mobile devices, including The following steps: the mobile devices upload a global positioning system (GPS) location information and a survey information to the environmental impact assessment statistical server; the environmental impact assessment statistical server associates the survey information with a specific location according to the GPS location information and a geographical coverage information Region, wherein the region coverage information records the coverage of a specific region on a map; the EIA statistical server processes the survey information and a regional distribution status, and generates and outputs an environmental site assessment information to a terminal according to the processing result computer.

According to the idea of the present invention, the EIA statistics server provides an application program installation file to these mobile devices, so that after the application program is installed on these mobile devices, the GPS location information and the survey information of the mobile device will be passed through The Internet or mobile network is sent to the EIA statistics server.

Based on the above, according to the system and method for map output and statistics of environmental site assessment of the present invention, it has the following advantages: the back-end personnel can obtain the target site range based on the analysis and statistics of the latest survey information at the first time The map enables the environmental site assessment status of the overall and individual regions to be quickly grasped.

Description of drawings

Fig. 1 is a schematic diagram of the architecture of the image data processing and output system for environmental site assessment according to a specific embodiment of the present invention.

FIG. 2 is a flow chart illustrating the various steps of the image data processing and output method for environmental site assessment according to a specific embodiment of the present invention.

Figure 3 is an aerial view illustrating a survey area map according to an embodiment of the present invention.

Wherein, the reference signs are explained as follows:

1 EIA statistics server

2 mobile devices

31, 32 terminal computer

4 digit map

41 Geographic coverage information

42 actual configuration range information

Steps from S20 to S24

detailed description

Specific embodiments are listed below to describe the content of this case in detail, and drawings are used as auxiliary explanations. The symbols mentioned in the description refer to the symbols of the drawings. It is worth noting that the "comprising" mentioned in the description is an open term and should be interpreted as "including, but not limited to". In addition, those with ordinary knowledge in the field should understand that the same component/product often has different names, such as "graphics" or "map", "digital map" or "electronic map", "mobile device" or "mobile device", etc. Portable device", therefore components/products in the same field and with similar functions to those mentioned in this specification should of course be included in the scope of this specification.

Please refer to FIG. 1 , which is a schematic diagram of an architecture of a map data processing and output system for environmental site assessment according to a specific embodiment of the present invention. As shown in FIG. 1 , the graphic data processing and output system for environmental site assessment of the present invention is mainly composed of an EIA statistical server 1 , one or more mobile devices 2 , a terminal computer 31 , and a terminal computer 32 .

Each mobile device 2 is connected to the EIA statistics server 1 through the Internet, so that the EIA statistics server 1 can receive GPS location information and survey information of one or more mobile devices 2 in real time. The terminal computer 31 is connected to the EIA statistics server 1 from the near end (such as a local area network), so that the terminal computer 31 can obtain the environmental site assessment information from the EIA statistics server 1, wherein the environmental site assessment information is determined by the EIA statistics server 1 according to the survey information. The content and regional distribution of the content and regional distribution are output after statistics or analysis. The terminal computer 32 is connected to the EIA statistics server 1 remotely (for example, the Internet). After authentication means such as user login or credentials, the terminal computer 32 can obtain environmental site assessment information from the EIA statistics server 1 .

In the present invention, the aforementioned server represents a server that can provide processing, database and communication facilities, including, but not limited to, a single physical processor with associated communication and/or data storage and/or database facilities, or A networked or clustered processor complex, and associated network and/or storage devices, as well as operating software and one or more database systems, and/or application software systems supporting the services provided by the server .

In the present invention, the mobile device 2 can be selected from smart phones, tablet computers, notebook computers, PDAs and other portable devices with rich graphical interfaces that can access the Internet or mobile network. In addition, generally speaking, the terminal computer 31 and the terminal computer 32 are general-purpose computing devices, which have a central processing unit, a memory unit, a permanent storage, an optical device, a USB port, an audio/video output device, a network interface, and the like. However, those skilled in the art should understand that without departing from the spirit and scope of the present invention, the terminal computer 31 and the terminal computer 32 can be a mobile device, such as a smart phone or a tablet computer or a notebook computer. Install a specific application program or use a browser to open the environmental site assessment information provided from the environmental assessment statistics server 1 .

Please refer to FIG. 2 , which illustrates various steps of a method for processing and outputting images and data for environmental site assessment according to a specific embodiment of the present invention. The map data processing and output method for environmental site assessment of the present invention is applied to the system shown in FIG. 1 for implementation.

Please refer to step S20. The environmental impact assessment statistics server 1 makes inquiry information based on information such as the total number of investigations to be conducted in a target area, the current number of inquiries, the inquiry period, and the inquiry completion rate, and provides them to the terminal computer 31 and the terminal computer 32 (please cooperate with the diagram labeling. Refer to Figure 1). Please refer to Table 1, which is a schematic table of the inquiry information of the present invention. As shown in Table 1, the EIA statistics server 1 calculates the current progress of the investigation and the overall completion rate of the investigation according to the survey information, so that users can easily and quickly know the overall status of the current environmental site assessment, and the aforementioned survey information is better. The ground is provided by the mobile device 2. Inquiry information includes table content such as area, total number of inquiries, query period, estimated quantity, completed quantity, cumulative completed quantity, and completion rate. In addition, the area can be divided into smaller areas to check the individual completion status. For example, area A can be divided into A1 and A2 (for example, divide Taipei into Taipei City and New Taipei City). In this way, it is more clear Be informed about the status of overall and individual environmental site assessment efforts.

Table I

With the above check information, users can quickly grasp the check/investigation information that has been completed and still to be carried out, and the completion rate provided by the system allows users to quickly understand the overall execution status, so that users can be more It is easy to carry out the work and flow described later.

Please continue to refer to step S21 of FIG. 2, provide an application program to the mobile device 2 (shown in FIG. 1), the application program can be installed on the mobile device 2, for the user to use with the map data of the environmental site assessment of the present invention Handles interaction with the output system. In step S22, when a user uses the mobile device 2 to carry out survey operations on the spot and activates the application program, the application program can operate to send back GPS location information and survey information in real time. In other words, when the user uses the mobile device 2 to conduct observation and sampling/investigation operations at the survey site, if the user inputs observation or survey information (such as sample information, visual inspection information, measurement information, or photos, etc.) ), the mobile device 2 then sends back the current GPS location information and the observation or survey information to the EIA statistics server 1 through the Internet or mobile network.

In another embodiment, the EIA statistics server 1 provides a survey information input web page and a GPS position information input web page, so that the user can open the survey information input web page and the GPS position information input web page through the browser of the mobile device 2, And input the survey information on the survey information input webpage, and input the GPS location information on the GPS location information input webpage. The mobile device 2 then returns the aforementioned input information to the EIA statistics server 1 through the Internet or mobile network. The aforementioned GPS position information input webpage can provide a digital map screen on the mobile device 2 for the user to directly click on the location of the location. After the user clicks, the data will be sent back to the back end and converted into the actual GPS location information. In the present invention, the aforementioned investigation information refers to any one of on-site inspection, soil sample sampling, groundwater sample sampling, or waste sample sampling.

Please refer to step S23, the EIA statistics server 1 associates the survey information with a specific region according to the GPS location information and a region coverage information, wherein the region coverage information records the coverage of the specific region on the map. That is to say, the environmental impact assessment statistics server 1 has a digital map, and the graphic data of the digital map can come from a remote or local network, or be stored in the storage device of the environmental impact assessment statistics server 1 itself, and another area coverage information is marked in the digital map Geographical data (such as which areas in this digital map were used as factories). In this way, after combining the digital map and the geographical coverage information, the EIA statistics server 1 can calculate and understand the use status of the specific area in the digital map. For example, when the specific area is an abandoned factory area, by combining the digital Maps and geographic coverage information provide an understanding of which areas are at high risk of contamination. Next, the EIA statistics server 1 will associate the survey information one by one with the digital map combined with the geographical coverage information according to the GPS location information provided by the mobile device 2 and the survey information at that time, so that the EIA statistics server 1 can use the GPS location information, The survey information and the geographical coverage information are calculated, counted or analyzed to generate and output an environmental site assessment information to the terminal computer 31 and the terminal computer 32 .

Please refer to step S24. The environmental site assessment information required by the user is the survey scope map. The EIA statistics server 1 defines and marks the geographical coverage in the digital map in the form of overlapping layers, and uses the survey information according to the current situation. GPS location information is marked in the geographical coverage of the digital map. Please refer to FIG. 3 . FIG. 3 is an aerial photo, which illustrates a survey scope map according to a specific embodiment of the present invention. As shown in Figure 3, the digital map 4 is marked with geographic coverage information 41 (the range marked by dotted lines) and actual configuration range information 42 (the range marked by solid lines) in the manner of overlapping layers in the digital map 4, wherein the geographic coverage information 41 Represents regional data for specific purposes in the digital map 4, for example, some ranges in this digital map were once used as factories, and the actual configuration range information 42 represents the more subdivided actual usage status and its distribution in the geographical coverage information 41 Scope, for example, those areas in this factory scope are the construction scope of the actual factory building, etc. In this way, it is clear at a glance which areas on the digital map 4 have been used for specific purposes and the more detailed divisions in this area, increasing the use of terminal computers 31 and 32 to view the survey area map. acceptance speed.

According to the present invention, after marking the geographical coverage information 41 and the actual configuration range information 42 on the digital map 4 in the form of overlapping layers, the EIA statistical server 1 further uses the survey information received from the mobile device 2 to use the current GPS The location information is marked into the digital map 4 . For example, a triangular icon represents survey information of soil samples, a pie icon represents survey information of groundwater samples, and a square icon represents survey information of waste samples, and the number next to the graph represents the sampling point/survey point number. Preferably, data presentation including layer content, legend, scale bar, north arrow, and text notes is also provided to fully display all relevant data information and effectively assist in displaying the performance of each environmental site assessment stage. In addition, the geographical coverage information 41 and the actual configuration information 42 can be set through an application program of the mobile device 2 , so that the field personnel can modify the geographical coverage information 41 and the actual configuration information 42 according to the actual situation during investigation.

Preferably, when the user views the survey scope map through the terminal computer 31 and the terminal computer 32, the survey information can be further displayed by clicking on the mark (triangular icon, pie icon, square icon) of the survey information. Detailed content, such as setting joint investigators, investigator control data, survey equipment control data, soil sample sampling records, groundwater sample sampling records, waste sample sampling records, basic data of monitoring wells, other items, confirmation forms, etc.

To sum up, through the system and method for map output and statistics of environmental site assessment of the present invention, the EIA statistical server can immediately calculate and output the survey area map after receiving the survey information and GPS location information provided by the mobile device, The back-end personnel can obtain the above-mentioned maps or data at the first time. In other words, the present invention can timely provide easy-to-read and understand survey scope map information through the combination of mobile devices and EIA statistics servers, so that the environment of the whole and individual areas The status of the site assessment can be quickly grasped in real time.

The above descriptions are illustrative only, not restrictive. Any equivalent modifications or changes made without departing from the spirit and scope of the present invention shall be included in the appended claims.

Claims (15)

1. the figure of environment site assessment provides a computer program for process and output, and operate on a server, this computer program performs after being loaded this server, it is characterized in that:

Receive a GPS (GPS) positional information from least one running gear and a survey information;

According to this GPS position information and a geographical coverage information, this survey information is associated to specific region, wherein this specific region of geographical coverage information record one covering scope on a map;

Process this survey information and an areal distribution situation, and produce according to result and export environment site appreciation information to terminal computer.

2. the figure of environment site according to claim 1 assessment provides the computer program of process and output, it is characterized in that, this server provides a survey information input webpage and GPS position information input webpage, the browser making a user can pass through this action device opens this survey information input webpage and this GPS position information input webpage, and input this survey information in this survey information input webpage, input this GPS position information in this GPS position information input webpage.

3. the figure of environment site according to claim 1 assessment provides the computer program of process and output, it is characterized in that, this environment site appreciation information is a field of investigation map, wherein this field of investigation map defines a geographical coverage with graticule in a numerical map, and is shown among this geographical coverage according to this GPS position information by this survey information.

4. the figure of environment site according to claim 3 assessment provides the computer program of process and output, and it is characterized in that, the application program that this geographical coverage can pass through this action device sets.

5. the figure of environment site according to claim 1 assessment provides the computer program of process and output, it is characterized in that, this computer program performs after being loaded this server further:

According to for during should the looking into sum, at present looked into quantity, inquiry an of target area, arbitrary or many person of inquiry completion rate carries out calculating and is output into one and interrogate and examine information.

6. the figure of environment site according to claim 1 assessment provides the computer program of process and output, and it is characterized in that, this survey information of described process and an areal distribution situation comprise carries out statistical study to this survey information and this areal distribution situation.

7. the figure of environment site according to any one of claim 1 to 6 assessment provides the computer program of process and output, it is characterized in that, this survey information refers to that scene is interrogated and examined, pedotheque is sampled, groundwater sample is sampled or arbitrary or many person of discarded object sample.

8. the figure of environment site according to any one of claim 1 to 6 assessment provides the computer program of process and output, and it is characterized in that, this specific region is the region of a displaced plant.

9. the figure of environment site assessment provides process and an output intent, and it is characterized in that, its mat is applied to a server and implements, and comprises following steps:

Receive the GPS position information from a running gear and a survey information;

According to this GPS position information and a geographical coverage information, this survey information is associated to specific region, wherein this specific region of geographical coverage information record one covering scope on map;

Carry out statistical study for this survey information and an areal distribution situation, and produce according to statistic analysis result and export environment site appreciation information to terminal computer.

10. the figure of environment site according to claim 9 assessment provides process and output intent, it is characterized in that, more comprises following steps:

There is provided an application program to this action device, this application program is installed on this action device and this GPS position information of this action device and this survey information are sent to this server through the Internet or action net for user through this application program by running.

The figure of 11. environment site according to claim 9 assessments provides process and output intent, it is characterized in that, more comprises following steps:

One survey information input webpage and GPS position information input webpage are provided, the browser making a user can pass through this action device opens this survey information input webpage and this GPS position information input webpage, and input this survey information in this survey information input webpage, input this GPS position information in this GPS position information input webpage.

The figure of 12. environment site according to claim 9 assessments provides process and output intent, it is characterized in that, this environment site appreciation information is a field of investigation map, wherein in this field of investigation map in layer intussusception mode, in a numerical map, define a geographical coverage, and this survey information is shown among this geographical coverage according to this GPS position information.

The figure of 13. environment site according to claim 9 assessments provides process and output intent, it is characterized in that, more comprises:

According to for during should the looking into sum, at present looked into quantity, inquiry an of target area, arbitrary or many person of inquiry completion rate carries out calculating and is output into one and interrogate and examine information.

The figure of 14. 1 kinds of environment site assessments provides the system of process and output, it is characterized in that, comprises an environmental impact assessment statistical server and one or more running gear, and this environmental impact assessment statistical server and those running gears carry out exchanges data, comprise following steps:

Those running gears upload a GPS (GPS) positional information and a survey information to this environmental impact assessment statistical server;

This survey information is associated to specific region according to this GPS position information and a geographical coverage information by this environmental impact assessment statistical server, wherein this specific region of geographical coverage information record one covering scope on a map;

This this survey information of environmental impact assessment statistical server process and an areal distribution situation, and produce according to result and export environment site appreciation information to terminal computer.

The figure of 15. environment site according to claim 14 assessments provides the system of process and output, it is characterized in that, this environmental impact assessment statistical server provides an application program installation file to those running gears, after making this application program be installed on those running gears, this GPS position information of this action device and this survey information are sent to this environmental impact assessment statistical server through the Internet or action net.