A soil and water conservation device and method based on vegetation slope protection

Abstract

This invention provides a soil and water conservation device and method based on vegetation slope protection. The device includes: a vegetation slope protection construction scheme library construction module for building a vegetation slope protection construction scheme library; a regional information acquisition module for acquiring regional information of the soil and water conservation requirement area by referring to a preset information acquisition template; a vegetation slope protection construction scheme determination module for determining a target vegetation slope protection construction scheme based on the regional information and the vegetation slope protection construction scheme library; and a vegetation slope protection construction command module for directing vegetation slope protection construction in the soil and water conservation requirement area based on the target vegetation slope protection construction scheme. This invention's vegetation slope protection-based soil and water conservation device and method eliminates the need for technical personnel to manually formulate vegetation slope protection construction schemes, reducing labor costs and improving the efficiency of vegetation slope protection construction scheme formulation.

Description

Technical Field

[0001] This invention relates to the field of computer data processing technology, and in particular to a soil and water conservation device and method based on vegetation slope protection. Background Technology

[0002] Vegetation slope protection is an engineering technique that uses vegetation to retain water and stabilize soil to stabilize rock and soil slopes. It is widely used in the field of soil and water conservation construction.

[0003] Normally, before constructing a vegetation slope protection system, relevant technical personnel need to develop a suitable construction plan based on the slope gradient, area, and soil properties of the rock and soil slope. Construction can only proceed after the plan is finalized. During construction, technical personnel are also required to supervise the work at the site.

[0004] However, manually developing vegetation slope protection construction plans by technicians is labor-intensive and time-consuming, resulting in low efficiency. Furthermore, technicians' experience in developing such plans is relatively limited, potentially leading to unsuitable plans, especially for complex terrain like rock and soil slopes. Secondly, technicians' ability to oversee vegetation slope protection construction is limited, potentially resulting in incomplete or inadequate guidance.

[0005] Therefore, a solution is urgently needed. Summary of the Invention

[0006] This invention provides a soil and water conservation device and method based on vegetation slope protection. It eliminates the need for technicians to manually develop vegetation slope protection construction plans, reducing labor costs and improving the efficiency of plan development. Furthermore, the introduction of a vegetation slope protection construction plan database ensures that suitable plans can be found for rock and soil slopes with different slope gradients, areas, and soil properties, addressing the issue of limited experience among technicians in developing construction plans. This is particularly suitable for rock and soil slopes with complex terrain. Secondly, the system autonomously directs construction, overcoming the limitations of manual supervision by technicians in managing vegetation slope protection construction.

[0007] This invention provides a soil and water conservation device based on vegetation slope protection, comprising:

[0008] The Vegetation Slope Protection Construction Scheme Library Building Module is used to build a vegetation slope protection construction scheme library;

[0009] The regional information acquisition module is used to obtain regional information of the areas requiring soil and water conservation by referring to a preset information acquisition template.

[0010] The vegetation slope protection construction scheme determination module is used to determine the target vegetation slope protection construction scheme based on regional information and the vegetation slope protection construction scheme library.

[0011] The vegetation slope protection construction command module is used to command the construction of vegetation slope protection in areas with soil and water conservation needs based on the target vegetation slope protection construction plan.

[0012] Preferably, the vegetation slope protection construction scheme library construction module constructs a vegetation slope protection construction scheme library, including:

[0013] Monitor the completion of vegetation slope protection construction;

[0014] When detected, trace the vegetation slope protection construction process to the completion event of the vegetation slope protection construction.

[0015] Based on the vegetation slope protection construction process, determine the construction area information and vegetation slope protection construction plan;

[0016] The construction area information and the vegetation slope protection construction plan are linked one by one and stored in a preset blank database.

[0017] Use the blank database as a database of vegetation slope protection construction schemes.

[0018] Preferably, monitoring the completion event of vegetation slope protection construction includes:

[0019] Listen for newly released vegetation slope protection construction completion events from the preset vegetation slope protection construction completion event release scenario;

[0020] And / or,

[0021] By monitoring the newly reported completion events of vegetation slope protection construction by the construction unit through preset completion reporting nodes, we can effectively achieve the goal of monitoring and reporting completion of vegetation slope protection construction.

[0022] Preferably, based on the vegetation slope protection construction process, the construction area information and vegetation slope protection construction plan are determined, including:

[0023] The construction process of vegetation slope protection is unfolded on a preset timeline to obtain multiple sub-processes;

[0024] Analyze the process type of each sub-process;

[0025] When the process type is given as construction area information, extract the construction area information item from the corresponding sub-process;

[0026] Integrate construction area information items to obtain construction area information;

[0027] When the process type is a construction plan, the corresponding sub-process will be used as the first target sub-process.

[0028] The first target sub-process is traversed sequentially. During each traversal, the construction plan is extracted from the traversed first target sub-process, and the sub-process between the traversed first target sub-process and the next first target sub-process after the traversed first target sub-process on the time axis is taken as the second target sub-process.

[0029] Determine if there exists a second objective sub-process whose process type is construction plan modification;

[0030] If not, the construction plan will be the first target to be merged;

[0031] If so, extract the construction plan modification rules from the corresponding second objective process;

[0032] Based on the construction plan modification rules, the construction plan is modified to obtain the second target to be merged.

[0033] Obtain the first time sequence of the first target to be merged and the second target to be merged on the time axis;

[0034] The first and second targets to be merged are sorted and merged according to the first time sequence to obtain the vegetation slope protection construction plan.

[0035] Preferably, the construction plan is modified based on the construction plan modification rules, including:

[0036] When the total number of construction plan modification rules is 1, the construction plan modification rule is executed to modify the construction plan.

[0037] When the total number is not 1, analyze the correction type of the construction plan correction rule;

[0038] The rules for modifying construction plans are categorized according to the type of modification, resulting in multiple rule sets;

[0039] When the total number of elements in the rule set is 1, the construction plan modification rule in the corresponding rule set is executed to modify the construction plan.

[0040] When the total number of elements in the set is not 1, obtain the second time sequence of the construction scheme modification rule in the corresponding rule set on the time axis;

[0041] Only the last construction plan modification rule in the second time sequence is executed to modify the construction plan.

[0042] Preferably, the vegetation slope protection construction scheme determination module determines the target vegetation slope protection construction scheme based on regional information and a vegetation slope protection construction scheme database, including:

[0043] The regional information is matched with any construction area information in the vegetation slope protection construction scheme database to obtain the matching degree;

[0044] The vegetation slope protection construction scheme associated with the construction area information with the highest matching degree is used as the target vegetation slope protection construction scheme.

[0045] Preferably, the vegetation slope protection construction command module, based on the target vegetation slope protection construction plan, directs the vegetation slope protection construction in areas with soil and water conservation requirements, including:

[0046] Obtain the first current construction progress in the area requiring soil and water conservation;

[0047] Determine the first progress plan corresponding to the first current construction progress from the target vegetation slope protection construction plan;

[0048] Obtain a division of labor table for vegetation slope protection construction in areas requiring soil and water conservation;

[0049] Based on the first progress plan and the division of labor table for vegetation slope protection construction, the command rules for vegetation slope protection construction were determined.

[0050] Implement the construction command rules for vegetation slope protection.

[0051] Preferably, the vegetation slope protection construction command module, based on the target vegetation slope protection construction plan, directs the vegetation slope protection construction in areas requiring soil and water conservation, and also includes:

[0052] When the total number of the first schedule schemes is greater than 1, a second schedule scheme corresponding to the next construction schedule of the first current construction schedule is determined from the target vegetation slope protection construction schemes.

[0053] Based on a pre-set construction constraint relationship identification database, determine whether there are construction constraint relationships in the first and second schedule plans;

[0054] If so, the first schedule plan corresponding to the construction constraints will be the focus of command; if not, no action will be taken.

[0055] Obtain the second current construction progress corresponding to the command priorities in the soil and water conservation demand area;

[0056] Determine the degree of coordination corresponding to the second current construction progress from the preset coordination degree comparison table corresponding to the construction constraint relationship;

[0057] When the degree of coordination is greater than the preset first threshold and less than or equal to the preset second threshold, the preset construction coordination urging rule corresponding to the construction restraint relationship is executed.

[0058] When the degree of coordination is greater than or equal to the preset third threshold and less than the first threshold, the preset supplementary manpower command rules corresponding to the construction constraint relationship are executed.

[0059] Among them, the construction constraint relationship includes: construction can only begin after the construction corresponding to at least two first schedule plans has been completed;

[0060] The third threshold is less than the first threshold, which is less than the second threshold.

[0061] This invention provides a soil and water conservation method based on vegetation slope protection, characterized by comprising:

[0062] Step S1: Construct a database of vegetation slope protection construction schemes;

[0063] Step S2: Obtain the regional information of the soil and water conservation requirement area by referring to the preset information acquisition template;

[0064] Step S3: Based on regional information and the vegetation slope protection construction scheme database, determine the target vegetation slope protection construction scheme;

[0065] Step S4: Based on the target vegetation slope protection construction plan, conduct vegetation slope protection construction command in the area with soil and water conservation requirements.

[0066] Preferably, step S1: Constructing a vegetation slope protection construction scheme library, including:

[0067] Monitor the completion of vegetation slope protection construction;

[0068] When detected, trace the vegetation slope protection construction process to the completion event of the vegetation slope protection construction.

[0069] Based on the vegetation slope protection construction process, determine the construction area information and vegetation slope protection construction plan;

[0070] The construction area information and the vegetation slope protection construction plan are linked one by one and stored in a preset blank database.

[0071] Use the blank database as a database of vegetation slope protection construction schemes.

[0072] Preferably, based on regional information and a database of vegetation slope protection construction schemes, a target vegetation slope protection construction scheme is determined, including:

[0073] The regional information is matched with any construction area information in the vegetation slope protection construction scheme database to obtain the matching degree;

[0074] The vegetation slope protection construction scheme associated with the construction area information with the highest matching degree is used as the target vegetation slope protection construction scheme.

[0075] Other features and advantages of the invention will be set forth in the description which follows, and will be apparent in part from the description, or may be learned by practicing the invention. The objects and other advantages of the invention may be realized and obtained by means of the structures particularly pointed out in the written description, claims, and drawings.

[0076] The technical solution of the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. Attached Figure Description

[0077] The accompanying drawings are provided to further illustrate the invention and form part of the specification. They are used in conjunction with embodiments of the invention to explain the invention and do not constitute a limitation thereof. In the drawings:

[0078] Figure 1 This is a schematic diagram of a soil and water conservation device based on vegetation slope protection in an embodiment of the present invention;

[0079] Figure 2 This is a flowchart of a soil and water conservation method based on vegetation slope protection in an embodiment of the present invention. Detailed Implementation

[0080] The preferred embodiments of the present invention will be described below with reference to the accompanying drawings. It should be understood that the preferred embodiments described herein are for illustration and explanation only and are not intended to limit the present invention.

[0081] This invention provides a soil and water conservation device based on vegetation slope protection, such as... Figure 1 As shown, it includes:

[0082] Module 1, which is used to build a vegetation slope protection construction scheme library, contains vegetation slope protection construction schemes for rock and soil slopes with different slopes, areas and soil properties.

[0083] The regional information acquisition module 2 is used to obtain regional information of the soil and water conservation requirement area by referring to the preset information acquisition template. The soil and water conservation requirement area is the rock and soil slope area that needs to be vegetated for slope protection. The regional information includes: slope, area and soil properties, etc. Specifically, the soil properties include water content, saturation, void ratio and pH, etc.

[0084] Module 3, which determines the vegetation slope protection construction scheme, is used to determine the target vegetation slope protection construction scheme based on regional information and the vegetation slope protection construction scheme library.

[0085] The Vegetation Slope Protection Construction Command Module 4 is used to command the vegetation slope protection construction in areas with soil and water conservation requirements based on the target vegetation slope protection construction plan.

[0086] The working principle and beneficial effects of the above technical solution are as follows:

[0087] Based on the regional information of the soil and water conservation demand areas, the vegetation slope protection construction scheme database is queried to determine the target vegetation slope protection construction scheme suitable for the soil and water conservation demand areas, and the vegetation slope protection construction is directed in the soil and water conservation demand areas based on the target vegetation slope protection construction scheme.

[0088] In practical applications, staff only need to collect information such as the slope, area, and soil properties of the rock and soil slope area where vegetation slope protection construction is required in advance, and upload it to the system. The system will automatically determine and output a suitable target vegetation slope protection construction plan, and will also automatically carry out the corresponding vegetation slope protection construction command.

[0089] In this application, there is no need for technicians to manually develop vegetation slope protection construction plans, reducing labor costs and improving the efficiency of such plans. Furthermore, the introduction of a vegetation slope protection construction plan database ensures that suitable plans can be found for rock and soil slopes with different slope gradients, areas, and soil properties, addressing the issue of limited experience among technicians in developing construction plans. This is particularly suitable for rock and soil slopes with complex terrain. Secondly, the system automatically manages construction, resolving the limitation of technicians' capabilities when manually directing vegetation slope protection construction.

[0090] In one embodiment, the vegetation slope protection construction scheme library construction module 1 constructs a vegetation slope protection construction scheme library, including:

[0091] Monitor vegetation slope protection construction completion events; vegetation slope protection construction completion events refer to the completion of vegetation slope protection construction projects on any historical rock and soil slope.

[0092] When detected, trace the vegetation slope protection construction process to the completion event of the vegetation slope protection construction.

[0093] Based on the vegetation slope protection construction process, the construction area information and vegetation slope protection construction plan are determined; the construction area information includes the slope, area and soil properties of the rock and soil slope to be constructed for the project corresponding to the vegetation slope protection construction completion event; the vegetation slope protection construction plan is the construction plan adopted for the project corresponding to the vegetation slope protection construction completion event.

[0094] The construction area information and the vegetation slope protection construction plan are linked one by one and stored in a preset blank database.

[0095] Use the blank database as a database of vegetation slope protection construction schemes.

[0096] The working principle and beneficial effects of the above technical solution are as follows:

[0097] When any vegetation slope protection construction project is declared completed, the construction process of the vegetation slope protection project is traced back. Based on the construction process, the construction area information and vegetation slope protection construction plan are determined, and these are linked and stored in a blank database, thus completing the construction of the vegetation slope protection construction plan database. This improves the comprehensiveness and applicability of the vegetation slope protection construction plan database.

[0098] In one embodiment, the feature is that monitoring the completion event of vegetation slope protection construction includes:

[0099] Listen for newly released vegetation slope protection construction completion events from preset scenarios; these scenarios include local news platforms and official websites of vegetation slope protection construction units.

[0100] And / or,

[0101] The system monitors newly reported vegetation slope protection construction completion events from construction units through preset vegetation slope protection construction completion reporting nodes. Each vegetation slope protection construction completion reporting node is a communication node that interfaces with the smart terminal used by any responsible personnel within the construction unit. These personnel can report the completion of a specific vegetation slope protection construction project through these nodes.

[0102] The working principle and beneficial effects of the above technical solution are as follows:

[0103] There are two ways to monitor vegetation slope protection construction completion events: First, actively monitor the event release scenarios, where completion events are published. Second, passively monitor the event reporting nodes, where the construction unit reports the completion events itself. Introducing these two methods improves the system's applicability and indirectly enhances the comprehensiveness of the vegetation slope protection construction scheme library.

[0104] In one embodiment, based on the vegetation slope protection construction process, determining the construction area information and the vegetation slope protection construction plan includes:

[0105] The vegetation slope protection construction process is unfolded on a preset timeline to obtain multiple sub-processes; when unfolded, the occurrence time of each sub-process corresponds to a time node on the timeline.

[0106] Analyze the process type of each sub-process;

[0107] When the process type is given as construction area information, the construction area information item is extracted from the corresponding sub-process; during the construction of vegetation slope protection, some projects such as topographic survey and soil property testing will be carried out, which will give the slope, area and soil properties of the rock and soil slope, etc. The process type of this type of related sub-process is given as construction area information.

[0108] Integrate construction area information items to obtain construction area information;

[0109] When the process type is given as a construction plan, the corresponding sub-process will be used as the first target sub-process; during the construction of vegetation slope protection, some projects with issued construction plans will be carried out, and the process type of these related sub-processes will be given as a construction plan.

[0110] The first target sub-process is traversed sequentially. During each traversal, the construction plan is extracted from the traversed first target sub-process, and the sub-process between the traversed first target sub-process and the next first target sub-process after the traversed first target sub-process on the time axis is taken as the second target sub-process.

[0111] Determine if there is a second target sub-process with the process type of construction plan modification; during the vegetation slope protection construction process, after the project with the issued construction plan is completed, the original issued construction plan will be modified according to the problems that occur during construction. The process type of this type of related sub-process is construction plan modification. Therefore, construction plan modification rules can be extracted from the second target sub-process. The construction plan modification rules include: rules for modifying the original issued construction plan according to the problems that occur during construction.

[0112] If not, the construction plan will be the first target to be merged;

[0113] If so, extract the construction plan modification rules from the corresponding second target process; the construction plan modification rules are the rules adopted when modifying the original issued construction plan;

[0114] Based on the construction plan modification rules, the construction plan is modified to obtain the second target to be merged.

[0115] Obtain the first time sequence of the first target to be merged and the second target to be merged on the time axis;

[0116] The first and second targets to be merged are sorted and merged according to the first time sequence to obtain the vegetation slope protection construction plan.

[0117] The working principle and beneficial effects of the above technical solution are as follows:

[0118] The determination of construction area information can be extracted from the sub-processes given as "Construction Area Information" in the process type. Generally, in the process of vegetation slope protection construction, a construction plan is first issued, and construction personnel carry out construction according to the issued plan. When problems arise during construction, the original construction plan is revised, and construction continues according to the revised plan. Therefore, the construction plan is extracted from the sub-processes given as "Construction Plan" in the process type. If there is no subsequent sub-process of "Construction Plan Revision" in the process type, it means that the construction plan has no problems and is taken as the first target to be merged; otherwise, it means that the construction plan has problems, and the construction plan revision rules are extracted from the subsequent sub-processes of "Construction Plan Revision". Based on the construction plan revision rules, the construction plan is revised, and the revised plan yields the second target to be merged. The first and second targets to be merged are sorted and merged according to the first time sequence to obtain the vegetation slope protection construction plan.

[0119] In this embodiment of the invention, there is no need for manual determination of construction area information and vegetation slope protection construction plan based on the vegetation slope protection construction process, thus reducing labor costs. In addition, the construction plan is often modified according to the actual construction situation during the vegetation slope protection construction process, and the system can automatically extract and generate the modified construction plan, i.e., the second target to be merged, which greatly improves the applicability of the system.

[0120] In one embodiment, the construction plan is modified based on the construction plan modification rules, including:

[0121] When the total number of construction plan modification rules is 1, the construction plan modification rule is executed to modify the construction plan.

[0122] When the total number is not 1, the modification type of the construction plan modification rule is parsed; the modification type is the type of the modification object, such as: changing the construction equipment model, changing the number of construction workers, etc.

[0123] The rules for modifying construction plans are categorized according to the type of modification, resulting in multiple rule sets;

[0124] When the total number of elements in the rule set is 1, the construction plan modification rule in the corresponding rule set is executed to modify the construction plan.

[0125] When the total number of elements in the set is not 1, obtain the second time sequence of the construction scheme modification rule in the corresponding rule set on the time axis;

[0126] Only the last construction plan modification rule in the second time sequence is executed to modify the construction plan.

[0127] The working principle and beneficial effects of the above technical solution are as follows:

[0128] If there is only one construction plan modification rule, execute it directly. If there are multiple construction plan modification rules of the same modification type, it means that the construction personnel have made multiple modifications of the same type to the original construction plan when carrying out construction according to the issued construction plan. Only the last construction plan modification rule in the second sequence should be executed to avoid duplicate modifications and wasting modification resources.

[0129] In one embodiment, the vegetation slope protection construction scheme determination module 3 determines the target vegetation slope protection construction scheme based on regional information and a vegetation slope protection construction scheme library, including:

[0130] The regional information is matched with any construction area information in the vegetation slope protection construction scheme database to obtain the matching degree;

[0131] The vegetation slope protection construction scheme associated with the construction area information with the highest matching degree is used as the target vegetation slope protection construction scheme.

[0132] The working principle and beneficial effects of the above technical solution are as follows:

[0133] The greater the match between regional information and construction area information, the more suitable the vegetation slope protection construction scheme associated with the construction area information is for the construction of vegetation slope protection in areas with soil and water conservation requirements. Therefore, the vegetation slope protection construction scheme associated with the construction area information with the highest match degree is taken as the target vegetation slope protection construction scheme. This improves the suitability of determining the target vegetation slope protection construction scheme.

[0134] In one embodiment, the vegetation slope protection construction command module 4, based on the target vegetation slope protection construction plan, directs the vegetation slope protection construction in areas requiring soil and water conservation, including:

[0135] Obtain the first current construction progress in the area requiring soil and water conservation;

[0136] Determine the first progress plan corresponding to the first current construction progress from the target vegetation slope protection construction plan;

[0137] Obtain a construction division table for vegetation slope protection in areas requiring soil and water conservation; the construction division table includes construction teams with different roles in carrying out vegetation slope protection construction;

[0138] Based on the first progress plan and the vegetation slope protection construction division of labor table, determine the vegetation slope protection construction command rules; for example: if the first progress plan is to transport the plants to the site, and the vegetation slope protection construction division of labor table includes personnel for transporting the plants, then determine the vegetation slope protection construction command rules to dispatch the transportation personnel to transport the plants to the site.

[0139] Implement the construction command rules for vegetation slope protection.

[0140] The working principle and beneficial effects of the above technical solution are as follows:

[0141] Based on the current construction progress in the area requiring soil and water conservation, a corresponding first-stage progress plan is determined from the target vegetation slope protection construction plan. Based on the first-stage progress plan and the vegetation slope protection construction division of labor table, command rules for vegetation slope protection construction with division of labor are formulated and implemented. This improves the applicability of the system.

[0142] In one embodiment, the vegetation slope protection construction command module 4, based on the target vegetation slope protection construction plan, directs the vegetation slope protection construction in areas requiring soil and water conservation, and also includes:

[0143] When the total number of the first schedule schemes is greater than 1, a second schedule scheme corresponding to the next construction schedule of the first current construction schedule is determined from the target vegetation slope protection construction schemes.

[0144] Based on the pre-set construction constraint relationship identification database, it is determined whether there is a construction constraint relationship between the first schedule plan and the second schedule plan. The construction constraint relationship identification database contains a large number of construction plans that have construction constraint relationships, for example: construction plan Q is planting vegetation in area A, construction plan W is planting vegetation in area B, and construction plan E is fertilizing and irrigating areas A and B together.

[0145] If so, the first schedule plan corresponding to the construction constraints will be the focus of command; if not, no action will be taken.

[0146] Obtain the second current construction progress corresponding to the command priorities in the soil and water conservation demand area;

[0147] The coordination degree corresponding to the current construction progress is determined from the preset coordination degree comparison table corresponding to the construction constraint relationship; the preset coordination degree comparison table has the coordination degree corresponding to different construction progress, for example: the vegetation planting in area A is 70% complete, the vegetation planting in area B is 60% complete, and the coordination degree is 86%;

[0148] When the degree of coordination is greater than the preset first threshold and less than or equal to the preset second threshold, the preset construction coordination urging rule corresponding to the construction constraint relationship is executed; at this time, it means that the degree of coordination is not low, and construction coordination urging can be carried out; the construction coordination urging rule is the rule for carrying out construction coordination urging, for example: urging the vegetation planting personnel in area B to speed up the progress.

[0149] When the coordination level is greater than or equal to the preset third threshold and less than the first threshold, the preset supplementary manpower command rule corresponding to the construction constraint relationship is executed; at this time, it indicates that the coordination level is low and manpower should be supplemented; the supplementary manpower command rule is the rule for supplementing manpower, for example: send 3 additional vegetation planting personnel to area B to participate in vegetation planting;

[0150] Among them, the construction constraint relationship includes: construction can only begin after the construction corresponding to at least two first schedule plans has been completed;

[0151] The third threshold is less than the first threshold, which is less than the second threshold.

[0152] The working principle and beneficial effects of the above technical solution are as follows:

[0153] In the process of directing vegetation slope protection construction, construction plans often encounter interdependent relationships. If not strictly controlled, subsequent plans may be hampered by the incomplete work of earlier plans, severely impacting the construction progress. This invention addresses this issue by introducing a construction constraint relationship identification database to accurately identify construction plans with interdependent relationships. It also incorporates a coordination degree comparison table, construction coordination urging rules, and supplementary manpower command rules. Based on the distribution of coordinated construction, corresponding commands are issued to ensure that earlier plans are completed simultaneously to the greatest extent possible, preventing later plans from being hampered. This approach is particularly applicable.

[0154] This invention provides a soil and water conservation method based on vegetation slope protection, such as... Figure 2 As shown, it includes:

[0155] Step S1: Construct a database of vegetation slope protection construction schemes;

[0156] Step S2: Obtain the regional information of the soil and water conservation requirement area by referring to the preset information acquisition template;

[0157] Step S3: Based on regional information and the vegetation slope protection construction scheme database, determine the target vegetation slope protection construction scheme;

[0158] Step S4: Based on the target vegetation slope protection construction plan, conduct vegetation slope protection construction command in the area with soil and water conservation requirements.

[0159] In one embodiment, step S1: constructing a vegetation slope protection construction scheme library includes:

[0160] Monitor the completion of vegetation slope protection construction;

[0161] When detected, trace the vegetation slope protection construction process to the completion event of the vegetation slope protection construction.

[0162] Based on the vegetation slope protection construction process, determine the construction area information and vegetation slope protection construction plan;

[0163] The construction area information and the vegetation slope protection construction plan are linked one by one and stored in a preset blank database.

[0164] Use the blank database as a database of vegetation slope protection construction schemes.

[0165] In one embodiment, preferably, the target vegetation slope protection construction scheme is determined based on regional information and a vegetation slope protection construction scheme library, including:

[0166] The regional information is matched with any construction area information in the vegetation slope protection construction scheme database to obtain the matching degree;

[0167] The vegetation slope protection construction scheme associated with the construction area information with the highest matching degree is used as the target vegetation slope protection construction scheme.

[0168] Obviously, those skilled in the art can make various modifications and variations to this invention without departing from its spirit and scope. Therefore, if these modifications and variations fall within the scope of the claims of this invention and their equivalents, this invention also intends to include these modifications and variations.

Claims

1. A soil and water conservation device based on vegetation slope protection, characterized in that, include: The Vegetation Slope Protection Construction Scheme Library Building Module is used to build a vegetation slope protection construction scheme library; The regional information acquisition module is used to obtain regional information of the areas requiring soil and water conservation by referring to a preset information acquisition template. The vegetation slope protection construction scheme determination module is used to determine the target vegetation slope protection construction scheme based on the regional information and the vegetation slope protection construction scheme library. The vegetation slope protection construction command module is used to command the vegetation slope protection construction in the water and soil conservation requirement area based on the target vegetation slope protection construction plan. The vegetation slope protection construction command module, based on the target vegetation slope protection construction plan, directs the vegetation slope protection construction in the area requiring soil and water conservation, including: Obtain the first current construction progress of the area requiring soil and water conservation; Determine a first progress plan corresponding to the first current construction progress from the target vegetation slope protection construction plan; Obtain the construction division of labor table for vegetation slope protection in the area requiring soil and water conservation; Based on the first schedule plan and the vegetation slope protection construction division of labor table, determine the command rules for vegetation slope protection construction. Implement the aforementioned construction command rules for vegetation slope protection; The vegetation slope protection construction command module, based on the target vegetation slope protection construction plan, directs the vegetation slope protection construction in the area requiring soil and water conservation, and also includes: When the total number of the first progress schemes is greater than 1, a second progress scheme corresponding to the next construction progress of the first current construction progress is determined from the target vegetation slope protection construction schemes. Based on a pre-set construction constraint relationship identification database, determine whether there are construction constraint relationships in the first schedule plan and the second schedule plan; If so, the first schedule plan corresponding to the aforementioned construction constraint relationship shall be the focus of command; if not, no operation shall be performed. Obtain the second current construction progress corresponding to the command focus in the water and soil conservation demand area; The degree of coordination corresponding to the second current construction progress is determined from the preset coordination degree lookup table corresponding to the construction constraint relationship; When the degree of coordination is greater than a preset first threshold and less than or equal to a preset second threshold, the preset construction coordination urging rule corresponding to the construction restraint relationship is executed. When the degree of coordination is greater than or equal to a preset third threshold and less than the first threshold, the preset supplementary manpower command rule corresponding to the construction restraint relationship is executed. The construction constraint relationship includes: at least one construction corresponding to the second schedule can only commence after at least two of the first schedule plans have been completed. The third threshold is less than the first threshold and less than the second threshold.

2. The soil and water conservation device based on vegetation slope protection as described in claim 1, characterized in that, The vegetation slope protection construction scheme library construction module constructs a vegetation slope protection construction scheme library, including: Monitor the completion of vegetation slope protection construction; When detected, trace the vegetation slope protection construction process of the vegetation slope protection construction completion event. Based on the aforementioned vegetation slope protection construction process, the construction area information and vegetation slope protection construction plan are determined. The construction area information and the vegetation slope protection construction plan are associated one by one and stored in a preset blank database; The blank database will be used as a database of vegetation slope protection construction schemes.

3. A soil and water conservation device based on vegetation slope protection as described in claim 2, characterized in that, The monitoring of the completion event of vegetation slope protection construction includes: Listen for newly released vegetation slope protection construction completion events from the preset vegetation slope protection construction completion event release scenario; And / or, By monitoring the newly reported completion events of vegetation slope protection construction by the construction unit through preset completion reporting nodes, we can effectively achieve the goal of monitoring and reporting completion of vegetation slope protection construction.

4. A soil and water conservation device based on vegetation slope protection as described in claim 2, characterized in that, Based on the aforementioned vegetation slope protection construction process, the construction area information and vegetation slope protection construction plan are determined, including: The vegetation slope protection construction process is unfolded on a preset timeline to obtain multiple sub-processes; Analyze the process type of each of the sub-processes; When the process type is given as construction area information, the construction area information item is extracted from the corresponding sub-process; By integrating the aforementioned construction area information items, construction area information is obtained. When the process type is a construction plan, the corresponding sub-process will be taken as the first target sub-process; The first target sub-process is traversed sequentially. During each traversal, the construction plan is extracted from the traversed first target sub-process, and the sub-process between the traversed first target sub-process and the next first target sub-process after the traversed first target sub-process on the time axis is taken as the second target sub-process. Determine whether there exists a second target sub-process whose process type is a construction plan modification; If not, the aforementioned construction plan will be the first target to be merged; If so, extract the construction plan modification rules from the corresponding second target process; Based on the aforementioned construction plan modification rules, the construction plan is modified to obtain a second target to be merged. Obtain the first time sequence of the first target to be merged and the second target to be merged on the time axis; The first target to be merged and the second target to be merged are sorted and merged according to the first time sequence to obtain the vegetation slope protection construction plan.

5. A soil and water conservation device based on vegetation slope protection as described in claim 4, characterized in that, Based on the aforementioned construction plan modification rules, the construction plan is modified, including: When the total number of the construction plan modification rules is 1, the construction plan modification rules are executed to modify the construction plan. When the total number is not 1, parse the correction type of the construction scheme correction rule; The construction plan modification rules are categorized according to the modification type to obtain multiple rule sets; When the total number of elements in the rule set is 1, the construction plan correction rule corresponding to the rule set is executed to correct the construction plan. When the total number of elements in the set is not 1, obtain the second time sequence of the construction scheme correction rule in the rule set on the time axis; Only the construction plan modification rule at the end of the second time sequence is executed to modify the construction plan.

6. A soil and water conservation device based on vegetation slope protection as described in claim 2, characterized in that, The vegetation slope protection construction scheme determination module determines the target vegetation slope protection construction scheme based on the regional information and the vegetation slope protection construction scheme database, including: The area information is matched with any of the construction area information in the vegetation slope protection construction scheme database to obtain the matching degree; The vegetation slope protection construction scheme associated with the construction area information that has the highest matching degree is taken as the target vegetation slope protection construction scheme.

7. A soil and water conservation method based on vegetation slope protection, characterized in that, include: Step S1: Construct a database of vegetation slope protection construction schemes; Step S2: Obtain the regional information of the soil and water conservation requirement area by referring to the preset information acquisition template; Step S3: Based on the regional information and the vegetation slope protection construction scheme database, determine the target vegetation slope protection construction scheme; Step S4: Based on the target vegetation slope protection construction plan, direct the vegetation slope protection construction in the area requiring soil and water conservation. The construction command for vegetation slope protection in the area requiring soil and water conservation, based on the target vegetation slope protection construction plan, includes: Obtain the first current construction progress of the area requiring soil and water conservation; Determine a first progress plan corresponding to the first current construction progress from the target vegetation slope protection construction plan; Obtain the construction division of labor table for vegetation slope protection in the area requiring soil and water conservation; Based on the first schedule plan and the vegetation slope protection construction division of labor table, determine the command rules for vegetation slope protection construction. Implement the aforementioned construction command rules for vegetation slope protection; The method of directing vegetation slope protection construction in the water and soil conservation-required area based on the target vegetation slope protection construction plan also includes: When the total number of the first progress schemes is greater than 1, a second progress scheme corresponding to the next construction progress of the first current construction progress is determined from the target vegetation slope protection construction schemes. Based on a pre-set construction constraint relationship identification database, determine whether there are construction constraint relationships in the first schedule plan and the second schedule plan; If so, the first schedule plan corresponding to the aforementioned construction constraint relationship shall be the focus of command; if not, no operation shall be performed. Obtain the second current construction progress corresponding to the command focus in the water and soil conservation demand area; The degree of coordination corresponding to the second current construction progress is determined from the preset coordination degree lookup table corresponding to the construction constraint relationship; When the degree of coordination is greater than a preset first threshold and less than or equal to a preset second threshold, the preset construction coordination urging rule corresponding to the construction restraint relationship is executed. When the degree of coordination is greater than or equal to a preset third threshold and less than the first threshold, the preset supplementary manpower command rule corresponding to the construction restraint relationship is executed. The construction constraint relationship includes: at least one construction corresponding to the second schedule can only commence after at least two of the first schedule plans have been completed. The third threshold is less than the first threshold and less than the second threshold.

8. A soil and water conservation method based on vegetation slope protection as described in claim 7, characterized in that, Step S1: Constructing a vegetation slope protection construction scheme library, including: Monitor the completion of vegetation slope protection construction; When detected, trace the vegetation slope protection construction process of the vegetation slope protection construction completion event. Based on the aforementioned vegetation slope protection construction process, the construction area information and vegetation slope protection construction plan are determined. The construction area information and the vegetation slope protection construction plan are associated one by one and stored in a preset blank database; The blank database will be used as a database of vegetation slope protection construction schemes.

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