Three-generation space value evaluation and accounting index system management system

Abstract

The invention relates to the technical field of a three-student space value evaluation and accounting index system, and discloses a three-student space value evaluation and accounting index system management system, which comprises the following systems: a sampling module, which is used for a worker to select a region needing to be evaluated, and when the selection is completed, the sampling module is used for sending the region to a server; a worker shoots an area through a remote sensing satellite and transmits shot information to a ground base station through the remote sensing satellite, and the ground base station transmits the information to a cloud platform at the first time after receiving the information, so that sampling is completed. According to the method, life judgment is firstly carried out on life, production and ecology in the three-life space; according to the method, the living, the production and the living and the ecology are judged, finally, the production, the ecology and the living are judged, whether the living, the production and the ecology in the three-life space of the area are qualified or not can be finally determined through multiple times of judgment, and the method is practical and suitable for being widely popularized and used.

Description

Technical Field

[0001] The present invention belongs to the technical field of three-life space value evaluation and accounting indicator system, and specifically, relates to a three-life space value evaluation and accounting indicator system management system. Background Art

[0002] With the development of my country's society, the three-life space of villages and towns has become an important foundation for building a spatial planning system, improving the national land space development and protection system, and implementing the main functional area planning of various scale spaces. Therefore, it is an urgent need to explore the spatiotemporal evolution of the influence and cooperation between the spatial functions of urban villages and towns and promote the reconstruction and transformation of urban village and town space.

[0003] "Three-life space" mainly refers to the unity of vast production, living and ecological space, and its changes can better represent the changes in village and town space.

[0004] However, when the existing "three life spaces" are judged and evaluated, they are often judged through a comprehensive assessment of the production, life and ecology in the "three life spaces". Therefore, this will easily lead to an inaccurate judgment during the evaluation. When the evaluation is unqualified, it is impossible to accurately find out which of the "three life spaces" is unqualified.

[0005] In view of this, the present invention is proposed. Summary of the invention

[0006] In order to solve the above technical problems, the basic concept of the technical solution adopted by the present invention is: A management system for the evaluation and accounting index system of the three-life space value, including the following systems: S1. Sampling module: The sampling module is where the staff selects the area to be evaluated. When the selection is completed, the staff takes a photo of the area through a remote sensing satellite and transmits the photographed information to the ground base station through the remote sensing satellite. The ground base station transmits the information to the cloud platform as soon as it receives it, thereby completing the sampling. S2, classification module: the classification module is a cloud platform that analyzes the information of the area captured by the remote sensing satellite after receiving the information, so as to draw a map of the area, and mark the information of the area on the map according to the three life spaces of production, life and ecology, where production can be marked as A, life can be marked as B, and ecology can be marked as C, so that classification can be completed; S3, analysis module: the analysis module analyzes the three life spaces classified in S2 above, and is mainly used to analyze life in the three life spaces, life and production in the three life spaces, life and ecology in the three life spaces, and life, production and ecology in the three life spaces; S4, judgment module: the judgment module makes a judgment based on the analysis of the three life spaces in S3 above, so as to judge whether the impact of production and ecology on life in the three life spaces is qualified; S5. Evaluation module: The evaluation module evaluates and calculates the results of the judgment module in S4 above to obtain the impact of production, ecology and life on humans in the three-life space.

[0007] As a preferred embodiment of the present invention, the specific sampling system based on the above S1 includes: Step 1: First, the staff selects a certain area as the area to be evaluated; Step 2: The staff uses remote sensing satellites to photograph the selected area and transmit the photographed content to the ground base station; Step 3: After receiving the information, the ground base station can transmit the remote sensing information to the cloud platform.

[0008] As a preferred embodiment of the present invention, the specific classification system based on the classification module in S2 includes: A. After receiving the remote sensing information, the cloud platform draws a map of the remote sensing information; B. At this time, the staff can divide the map into three life spaces: production, life and ecology according to the content on the map by operating the cloud platform, and mark the divided three life spaces: for example, production is marked as A; life is marked as B and ecology is marked as C; C. Based on the above division of the three life spaces, the staff can now specifically subdivide the production, life and ecology in the three life spaces: a. Production: cultivated land, garden land, forest land; b. Life: villages, roads... cities; c. Ecology: water resources, climate...soil; And give corresponding labels to the above a, b and c.

[0009] As a preferred embodiment of the present invention, the specific analysis system based on the analysis module in S3 above includes: Analysis 1: The staff conducted a separate analysis of the life in the above classification modules, such as size, area occupied, etc. Analysis 2: The staff analyzed the production and life in the above classification modules to analyze the impact of production scale and other factors on life; Analysis 3: The staff analyzed the ecology and life in the above classification modules to analyze the impact of ecology on life; Analysis 4: The staff combined production and ecology and analyzed their impact on life.

[0010] As a preferred embodiment of the present invention, the specific judgment system based on the above S4 includes: judging by the content after the specific analysis in the above S3: Judgment 1: Determine whether the impact of life in the Three Life Space on humans is qualified; Judgment 2: Determine whether the impact of production and life on humans in the three-life space meets the standards; Judgment 3: Determine whether the impact of ecology and life on humans in the three-life space meets the standards; Judgment 4: Determine whether the impacts of production, ecology and life on humans in the three-life space meet the standards.

[0011] As a preferred embodiment of the present invention, the specific system based on the judgment result in S4 includes: Result 1: If the impact of life on humans in the three-life space is qualified, then life is qualified; if the impact of life on humans in the three-life space is unqualified, then life is unqualified; Result 2: If the impact of production and life on humans in the three-life space meets the standard, then production meets the standard; if the impact of production and life on humans in the three-life space does not meet the standard, then production does not meet the standard; Result 3: If the impact of ecology and life on humans in the three-life space meets the standard, then the ecology meets the standard; if the impact of ecology and life on humans in the three-life space does not meet the standard, then the ecology does not meet the standard; Result 4: If the impacts of production, ecology and life on humans in the three-life space are up to standard, then the area is a suitable area; if the impacts of production, ecology and life on humans in the three-life space are not up to standard, then the area is not an unsuitable area.

[0012] As a preferred embodiment of the present invention, the specific evaluation system in the evaluation module in the above S5 includes: based on the judgment result in the above S4, when the area is suitable for human life, the evaluation of the three life spaces is qualified, and when it is not suitable, the three life spaces are unqualified, and the area is judged according to the specific judgment indicators in the above S5.

[0013] Compared with the prior art, the present invention has the following beneficial effects: The present invention first makes a life judgment among life, production and ecology in the three-life space; then makes a judgment between life and production and between life and ecology; and finally makes a judgment between production and ecology and life. Through multiple judgments, it can finally be determined whether the life, production and ecology in the three-life space of the area are qualified.

[0014] The specific implementation modes of the present invention are further described in detail below in conjunction with the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] In the attached picture: Figure 1 It is a system diagram of a management system for the evaluation and accounting index system of the three-life space value; Figure 2 It is a specific system diagram of a management system for the evaluation and accounting index system of the three-life space value; Figure 3 It is a schematic diagram of the overall judgment of the three-life space of a management system of the three-life space value evaluation and accounting index system; Figure 4 It is a schematic diagram of ecological assessment of a management system for the evaluation and accounting index system of the three-life space value; DETAILED DESCRIPTION

[0016] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. The following embodiments are used to illustrate the present invention.

[0017] like Figures 1 to 4 As shown, a management system for the evaluation and accounting index system of the three-life space value includes the following systems: S1, sampling module: the sampling module is used by staff to select the area to be evaluated. When the selection is completed, the staff takes pictures of the area through a remote sensing satellite, and transmits the photographed information to a ground base station through the remote sensing satellite. After receiving the information, the ground base station transmits it to the cloud platform as soon as possible, thereby completing the sampling; S2, classification module: the classification module is a cloud platform that analyzes the information of the area captured by the remote sensing satellite after receiving the information, so as to draw a map of the area, and mark the information of the area on the map according to the three life spaces of production, life and ecology, where production can be marked as A, life can be marked as B, and ecology can be marked as C, so that classification can be completed; S3, analysis module: the analysis module analyzes the three life spaces classified in S2 above, and is mainly used to analyze life in the three life spaces, life and production in the three life spaces, life and ecology in the three life spaces, and life, production and ecology in the three life spaces; S4, judgment module: the judgment module makes a judgment based on the analysis of the three life spaces in S3 above, so as to judge whether the impact of production and ecology on life in the three life spaces is qualified; S5. Evaluation module: The evaluation module evaluates and calculates the results of the judgment module in S4 above to obtain the impact of production, ecology and life on humans in the three-life space.

[0018] In a specific embodiment, the specific sampling system based on the above S1 includes: Step 1: First, the staff selects a certain area as the area to be evaluated; Step 2: The staff uses remote sensing satellites to photograph the selected area and transmit the photographed content to the ground base station; Step 3: After receiving the information, the ground base station can transmit the remote sensing information to the cloud platform.

[0019] Furthermore, the specific classification system based on the classification module in S2 above includes: A. After receiving the remote sensing information, the cloud platform draws a map of the remote sensing information; B. At this time, the staff can divide the map into three life spaces: production, life and ecology according to the content on the map by operating the cloud platform, and mark the divided three life spaces: for example, production is marked as A; life is marked as B and ecology is marked as C; C. Based on the above division of the three life spaces, the staff can now specifically subdivide the production, life and ecology in the three life spaces: a. Production: cultivated land, garden land, forest land; b. Life: villages, roads... cities; c. Ecology: water resources, climate...soil; And give corresponding labels to the above a, b and c.

[0020] Furthermore, the specific analysis system based on the analysis module in the above S3 includes: Analysis 1: The staff conducted a separate analysis of the life in the above classification modules, such as size, area occupied, etc. Analysis 2: The staff analyzed the production and life in the above classification modules to analyze the impact of production scale and other factors on life; Analysis 3: The staff analyzed the ecology and life in the above classification modules to analyze the impact of ecology on life; Analysis 4: The staff combined production and ecology and analyzed their impact on life.

[0021] Furthermore, the specific judgment system in S4 includes: judging the content after the specific analysis in S3: Judgment 1: Determine whether the impact of life in the Three Life Space on humans is qualified; Judgment 2: Determine whether the impact of production and life on humans in the three-life space meets the standards; Judgment 3: Determine whether the impact of ecology and life on humans in the three-life space meets the standards; Judgment 4: Determine whether the impacts of production, ecology and life on humans in the three-life space meet the standards.

[0022] Furthermore, the specific system based on the judgment result in S4 includes: Result 1: If the impact of life on humans in the three-life space is qualified, then life is qualified; if the impact of life on humans in the three-life space is unqualified, then life is unqualified; Result 2: If the impact of production and life on humans in the three-life space meets the standard, then production meets the standard; if the impact of production and life on humans in the three-life space does not meet the standard, then production does not meet the standard; Result 3: If the impact of ecology and life on humans in the three-life space meets the standard, then the ecology meets the standard; if the impact of ecology and life on humans in the three-life space does not meet the standard, then the ecology does not meet the standard; Result 4: If the impacts of production, ecology and life on humans in the three-life space are up to standard, then the area is a suitable area; if the impacts of production, ecology and life on humans in the three-life space are not up to standard, then the area is not an unsuitable area.

[0023] Furthermore, based on the specific evaluation system in the evaluation module in the above S5, it includes: based on the judgment result in the above S4, when the area is suitable for human life, the evaluation of the three life spaces is qualified, and when it is not suitable, the three life spaces are unqualified, and the area is judged according to the specific judgment indicators in the above S5.

[0024] The implementation principle of a three-life space value evaluation and accounting indicator system management system of the present embodiment is as follows: when the platform receives remote sensing information, it draws a map of the remote sensing information. At this time, the staff can divide the map into three life spaces of production, life and ecology according to the content on the map by operating the cloud platform, and mark the divided three life spaces: for example, production is marked as A; life is marked as B and ecology is marked as C; the staff conducts a separate analysis of the life in the above classification module, for example, scale. The staff analyzes the production and life in the above classification modules to analyze the impact of production scale, etc. on life. The staff analyzes the ecology and life in the above classification modules to analyze the impact of ecology on life. The staff analyzes the impact of production and ecology on life by combining production and ecology with life. At this time, it is judged whether the impact of life on humans in the three-life space is qualified, whether the impact of production and life on humans in the three-life space is up to standard, whether the impact of ecology and life on humans in the three-life space is up to standard, and whether the impact of production, ecology and life on humans in the three-life space is up to standard. If the impact of life on humans in the three-life space is qualified, then life is qualified; if the impact of life on humans in the three-life space is unqualified, then If life is unqualified, and the impact of production and life on humans in the three-life space is up to standard, then production is up to standard; if the impact of production and life on humans in the three-life space is not up to standard, then production is unqualified, and the impact of ecology and life on humans in the three-life space is up to standard, then ecology is up to standard; if the impact of ecology and life on humans in the three-life space is not up to standard, then ecology is unqualified, and the impact of production, ecology and life on humans in the three-life space is up to standard, then the area is a suitable area; if the impact of production, ecology and life on humans in the three-life space is not up to standard, then the area is not an suitable area; at this time, when the area is suitable for human life, the assessment of the three-life space is qualified, and when it is not suitable, the three-life space is unqualified, and the area is judged according to the specific judgment indicators in the above S5.

Claims

1. A management system for the value evaluation and accounting index system of three-life space, characterized in that: Includes the following systems: S1. Sampling module: The sampling module is where the staff selects the area to be evaluated. When the selection is completed, the staff takes a photo of the area through a remote sensing satellite and transmits the photographed information to the ground base station through the remote sensing satellite. The ground base station transmits the information to the cloud platform as soon as it receives it, thereby completing the sampling. S2. Classification module: The classification module is a module in which the cloud platform analyzes the information of the area captured by the remote sensing satellite after receiving the information, so as to draw a map of the area, and mark the information of the area on the map according to the three life spaces of production, life and ecology, where production can be marked as A; Life is marked as B and ecology is marked as C, so the classification can be completed; S3, analysis module: the analysis module analyzes the three life spaces classified in S2 above, and is mainly used to analyze life in the three life spaces, life and production in the three life spaces, life and ecology in the three life spaces, and life, production and ecology in the three life spaces; S4, judgment module: the judgment module makes a judgment based on the analysis of the three life spaces in S3 above, so as to judge whether the impact of production and ecology on life in the three life spaces is qualified; S5. Evaluation module: The evaluation module evaluates and calculates the results of the judgment module in S4 above to obtain the impact of production, ecology and life on humans in the three-life space.

2. According to claim 1, a three-life space value evaluation and accounting index system management system is characterized in that: The specific sampling system based on the above S1 includes: Step 1: First, the staff selects a certain area as the area to be evaluated; Step 2: The staff uses remote sensing satellites to photograph the selected area and transmit the photographed content to the ground base station; Step 3: After receiving the information, the ground base station can transmit the remote sensing information to the cloud platform.

3. According to claim 1, a management system for the value evaluation and accounting index system of three-life space, characterized in that: The specific classification systems based on the classification module in S2 include: A. After receiving the remote sensing information, the cloud platform draws a map of the remote sensing information; B. At this time, the staff can divide the map into three life spaces: production, life and ecology according to the content on the map by operating the cloud platform, and mark the divided three life spaces: for example, production is marked as A; life is marked as B and ecology is marked as C; C. Based on the above division of the three life spaces, the staff can now specifically subdivide the production, life and ecology in the three life spaces: a. Production: cultivated land, garden land, forest land; b. Life: villages, roads... cities; c. Ecology: water resources, climate...soil; And give corresponding labels to the above a, b and c.

4. According to claim 1, a management system for the evaluation and calculation index system of the three-life space value is characterized in that: The specific analysis systems based on the analysis module in S3 above include: Analysis 1: The staff conducts separate analysis of the life in the above classification modules, such as scale, area occupied, etc.; Analysis 2: The staff analyzed the production and life in the above classification modules to analyze the impact of production scale on life; Analysis 3: The staff analyzed the ecology and life in the above classification modules to analyze the impact of ecology on life; Analysis 4: The staff combined production and ecology and analyzed their impact on life.

5. According to claim 1, a management system for the value evaluation and accounting index system of three-life space, characterized in that: The specific judgment system in S4 includes: judging the content after the specific analysis in S3: Judgment 1: Determine whether the impact of life in the Three Life Space on humans is qualified; Judgment 2: Determine whether the impact of production and life on humans in the three-life space meets the standards; Judgment 3: Determine whether the impact of ecology and life on humans in the three-life space meets the standards; Judgment 4: Determine whether the impacts of production, ecology and life on humans in the three-life space meet the standards.

6. A three-life space value evaluation and accounting index system management system according to claim 5, characterized in that: The specific systems based on the judgment result in S4 above include: Result 1: If the impact of life on humans in the three-life space is qualified, then life is qualified; if the impact of life on humans in the three-life space is unqualified, then life is unqualified; Result 2: If the impact of production and life on humans in the three-life space meets the standard, then production meets the standard; if the impact of production and life on humans in the three-life space does not meet the standard, then production does not meet the standard; Result 3: If the impact of ecology and life on humans in the three-life space meets the standard, then the ecology meets the standard; if the impact of ecology and life on humans in the three-life space does not meet the standard, then the ecology does not meet the standard; Result 4: If the impacts of production, ecology and life on humans in the three-life space are up to standard, then the area is a suitable area; if the impacts of production, ecology and life on humans in the three-life space are not up to standard, then the area is not an unsuitable area.

7. According to claim 1, a management system for the evaluation and calculation index system of the three-life space value is characterized in that: The specific evaluation system in the evaluation module based on the above S5 includes: based on the judgment result in the above S4, when the area is suitable for human life, the evaluation of the three life spaces is qualified, and when it is not suitable, the three life spaces are unqualified, and the area is judged according to the specific judgment indicators in the above S5.

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