Mine geotechnical engineering monitoring evaluation emergency feedback method

Abstract

The invention discloses a mine geotechnical engineering monitoring and evaluation emergency feedback method, and belongs to the technical field of engineering supervision and management. A production supervision operation module, a production hidden danger safety level judgment unit and a hidden danger checking and renovation module supplement one another, hidden dangers are effectively processed, and compared with traditional supervision and management, the method has the advantages that the efficiency is high; the production loss is effectively reduced, the production hidden danger safety level judgment unit and the hidden danger checking and renovation module are used for cooperative operation, the enterprise production activity process is displayed through score digital data, hidden dangers are corrected in time according to the production state, and problems are solved through preset measures, so that traditional supervision and management are achieved, and the production efficiency is improved. The production efficiency is effectively enhanced and guaranteed, the hidden danger grade can be determined through the hidden danger score judgment module, the safety of information data is ensured under the cooperative operation of the management authority setting unit, the process operation is saved through special butt joint, declaration rules are simplified, and therefore measures are rapidly taken to solve the hidden danger.

Description

Technical Field

[0001] The invention relates to the technical field of engineering supervision management, and in particular to an emergency feedback method for monitoring and evaluating mining geotechnical engineering. Background Art

[0002] Production safety is the top priority of enterprises. It is related to the production safety, property safety and whether the production and operation activities of enterprises can proceed smoothly. Therefore, in order to achieve production safety, the potential hidden dangers in the production process of enterprises are often checked and managed, and government departments need to supervise the production safety of enterprises to promote the production safety of enterprises;

[0003] In order to ensure the safe production of the enterprise to the greatest extent, it is necessary to check each element, link and operation stage of the management process, so that the management runs along the right track and ensures the smooth realization of management goals;

[0004] However, there are still certain defects in the existing safety production management methods. Most of the current management methods use paper documents for recording and feedback, and the reporting process and details are complicated, which leads to a long feedback cycle and low implementation efficiency. At the same time, most of the existing supervision and management methods are superficial inspections, which do not penetrate and go deep into each link, resulting in poor effectiveness and rigor of the existing methods. In addition, there are no preset corresponding measures for hidden dangers in future work for the existing safety production management methods. Therefore, when hidden dangers occur, it is difficult to deal with them effectively and in time, thereby increasing the production loss rate and reducing production benefits and efficiency. For this reason, an emergency feedback method for monitoring and evaluation of mining geotechnical engineering is proposed. Summary of the invention

[0005] The purpose of the present invention is to provide an emergency feedback method for monitoring and evaluating mining geotechnical engineering to solve the problems of low implementation efficiency, poor effectiveness and rigor, large production loss rate, and low production benefits and effects proposed in the above background technology.

[0006] To achieve the above object, the present invention provides the following technical solution: a mine geotechnical engineering monitoring and evaluation emergency feedback method, comprising the following steps:

[0007] S1. Safety decision-making: Through the safety production supervision and management decision-making module, a variety of safety plans are formulated based on scientific theories and methods to address safety issues, and a satisfactory choice is made from them to achieve the activity process of safe production;

[0008] S2, Management Plan: Through the safety production supervision and management plan module, the safety work objectives are determined before the production process determined by S1 begins, and corresponding arrangements are made for the quantity, quality, consumption method and capital investment of the required resources before the production activities, so that the production activities can proceed in an orderly manner;

[0009] S3, production implementation: Based on the plan in S2, the safety production supervision and management implementation module is used to implement safety decisions and safety instructions through practical actions;

[0010] S4, production management supervision: check the various elements, links and results of each stage in the operation implementation process in S3 through the production safety supervision and management module, find and correct the deviations or hidden dangers in the implementation process, and formulate or take measures to solve the deviations or hidden dangers;

[0011] S5. Hazard analysis and review: Through the hazard analysis and review module, find out the reasons for deviations or hazards in the implementation process in S4, so as to prevent the recurrence of the same deviations or hazards. At the same time, the new measures formulated or taken are returned and added to S2 to form a new safety production supervision management plan module, and S3-S4 make corresponding adjustments based on the new S2.

[0012] As a further preferred embodiment of the present technical solution: in S1, the specific operation method of the production safety supervision and management decision module comprises the following steps:

[0013] A1. Use scientific safety decision-making techniques and methods to select action plans;

[0014] A2. Make creative and correct decisions based on new specific circumstances;

[0015] A3. Find the best action plan for safe production among multiple plans;

[0016] A4. The implementation of safety decisions has a binding effect on the entire enterprise's production safety activities and individuals in the production activities, thereby guiding the safety behavior and safety direction of production activities;

[0017] A5. Preset expected safety production activity goals and determine whether the expected safety production activity goals have been achieved through simulation training;

[0018] A6. Based on the simulation training in A5, check the risks hidden or occurring in production safety activities.

[0019] As a further preferred embodiment of the technical solution: in S2, the production safety supervision management plan module includes a management plan criteria unit and a plan compilation principle unit;

[0020] Management planning criteria unit, used to set goals, operational measures and time requirements in each stage, allocation and use of human, material and financial inputs;

[0021] The planning principle unit follows the principle of scientificity, and makes each plan based on science based on reality. It also follows the principle of overall planning and coordination, so that the production process is orderly and reasonable, and coordinates the relationship between internal and external operations.

[0022] As a further preferred embodiment of the present technical solution: setting goals, formulating or presetting them to complete the work tasks of production safety activities, operating measures, taking measures to achieve the established safety activity goals and eliminating influencing factors, and clarifying the persons responsible for each sub-item in the production safety activities, so as to ensure the implementation of the management plan.

[0023] In S3, the safety production supervision and management implementation module includes a management implementation unit;

[0024] Among them, the management implementation unit, by setting goals, ensures that all operations in the production process must be carried out around the safety goals; by setting pragmatism, it can fully implement the production safety supervision and management decision-making module and the production safety supervision and management plan module; by setting innovation, it can take contingency measures in a timely manner according to changes in objective conditions and properly handle and resolve problems arising in the implementation of production activities.

[0025] As a further preferred embodiment of the present technical solution: in S4, the production safety supervision and management module includes a production supervision operation module, a production hidden danger safety level determination module and a hidden danger investigation and rectification module;

[0026] Among them, the production supervision operation module is used to inspect and collect hidden danger information during production activities. The production supervision operation module includes a field inspection information collection unit, an image information collection unit and a text information input unit;

[0027] The production hidden danger safety level determination unit is used to display the status of the enterprise's production activities through valued digital data;

[0028] The hidden danger investigation and remediation module is used to discover and correct deviations or hidden dangers according to the status of production activities, and formulate or take measures to resolve the deviations or hidden dangers. At the same time, the investigation results of deviations or hidden dangers and the corresponding measures are uploaded to the hidden danger analysis and review module.

[0029] As further preferred aspects of the present technical solution: a field inspection information collection unit for acquiring information data during production safety activities through field investigations and inspections; an image information collection unit for collecting image data of deviations or hidden dangers in production safety activities; and a text information input unit for summarizing in text the problems in production safety activities or the contents of the collected images.

[0030] As a further preferred embodiment of the present technical solution: the production hidden danger safety level determination unit includes a total information data receiving unit and a hidden danger score evaluation module;

[0031] The total information data receiving unit is used to receive the information data collected by the production supervision operation module;

[0032] The hidden danger scoring module is used to analyze the degree of deviation or hidden danger in the process of safe production activities through scored digital data.

[0033] As a further preferred embodiment of the present technical solution: the specific operation method of the hidden danger score evaluation module comprises the following steps:

[0034] B1. First, pre-set T under each category;

[0035] B2, classify and clean the collected digital data as M;

[0036] B3. Compare M with T and confirm F;

[0037] B4. Set H and G under each category;

[0038] B5. Compare the relationship between F and H to determine G.

[0039] As a further preferred embodiment of the present technical solution: T is the score deduction target item, M is the target sub-item, F is the difference, H is the score threshold, the score threshold range of H includes P category three hidden danger threshold, O category two hidden danger threshold and I category one hidden danger threshold, G is the hidden danger level, and the hidden danger level of G includes C category three hidden dangers, B category two hidden dangers, A category one hidden dangers and S special hidden dangers.

[0040] As a further preferred embodiment of the present technical solution: when F is less than or equal to P, it is determined as a Class C Category III hidden danger; when F is greater than P and less than or equal to O, it is determined as a Class B Category II hidden danger; when F is greater than O and less than or equal to I, it is determined as a Class A Category I hidden danger; and when F is greater than I, it is determined as a Class S special hidden danger.

[0041] As a further optimization of the present technical solution: the hidden danger detection and remediation module includes a management authority setting unit, and the management authority setting unit is used to set corresponding management authority, so as to ensure the security of information data, and through special point-to-point docking, it can save process operations and simplify reporting details, so as to quickly implement measures to solve hidden dangers and improve the remediation response effect.

[0042] As a further preferred embodiment of the present technical solution: the management authority setting unit sets an authority level U that is compatible with the hazard level in the hazard score evaluation module, which is used to specifically receive the corresponding hazard level, and the authority level U includes Q-level department group leader or section chief, W-level department head, E-level production manager and D-level production project leader, and the authority level U follows the hierarchy system, that is, high-authority personnel have the right to view low-authority personnel.

[0043] As a further optimization of the present technical solution: the hidden danger investigation and remediation module also includes an emergency plan preset unit. The emergency plan preset unit uses scientific theories and methods based on the production safety supervision and management decision-making module to formulate and preset response measures for various levels of hidden dangers in advance, thereby achieving rapid and effective precision processing by adopting corresponding measures.

[0044] As a further preferred embodiment of the present technical solution: the proposed and preset countermeasures are compatible with the authority level U in the management authority setting unit, including V type III hidden danger countermeasures, J type II hidden danger countermeasures, K type I hidden danger countermeasures and L special hidden danger countermeasures, and there are no less than three countermeasures for each type of hidden danger, and they follow the special priority system and level system, and are initiated and operated by personnel with the corresponding authority level or higher authority level.

[0045] As a further preferred embodiment of the present technical solution: in S5, the hidden danger analysis and review module includes a professional personnel discussion unit, a deviation and hidden danger analysis and review unit, an analysis and review content recording unit and a new measure and management plan implementation module;

[0046] Among them, the professional staff discussion unit is used to find out the causes of deviations or hidden dangers, and discuss the causes of the above deviations or hidden dangers, and put forward professional avoidance suggestions and constructive new plans or methods;

[0047] The deviation and hidden danger analysis and review unit is used to analyze and review the measures taken to rectify the deviations or hidden dangers, and combined with the content of the professional personnel discussion unit, remind the enterprise how to carry out safe production activities.

[0048] As a further preferred embodiment of the present technical solution: an analysis and review content recording unit is used to record and save the contents described in the professional personnel discussion unit and the deviation and hidden danger analysis and review unit, so as to facilitate the review and search of subsequent materials;

[0049] The new measures and management plan implementation module is used to add the newly proposed measures and management plans to the production safety supervision management plan module, so as to form a new production safety supervision management plan module, and the subsequent corresponding production safety supervision management implementation module and production safety supervision management module shall be adjusted and operated accordingly according to the new production safety supervision management plan module.

[0050] Compared with the prior art, the present invention has the following beneficial effects:

[0051] 1. The present invention uses a production safety supervision and management decision-making module to formulate a variety of safety plans based on scientific theories and methods to achieve safety issues and make satisfactory choices to achieve the process of production safety activities. Compared with traditional supervision and management methods, it can effectively improve the effectiveness and rigor of the production safety process, and under the influence of scientific theories and methods and simulation training, it can also increase the feasibility of supervision and management.

[0052] 2. In the present invention, by means of simulation training in the production safety supervision and management decision module, it is also possible to timely and effectively find out the potential hidden dangers or influencing factors in future production safety activities, so that corresponding measures can be preset in advance to deal with them. When hidden dangers occur, they can be solved in a timely and effective manner, greatly improving the efficiency of solving hidden dangers;

[0053] 3. The present invention sets goals, operation measures and the time requirements, human resources, material resources and capital investment in each stage through the management plan criteria unit in the safety production supervision and management plan module. Reasonable plan allocation can effectively ensure the stable operation of safety production activities, and the planning principle unit can make the production activity process run reasonably and orderly;

[0054] 4. The present invention realizes the penetration and in-depth supervision of each link in the production safety activities through the production supervision operation module, and effectively and accurately finds out the deviations and hidden dangers through the dual-mode storage of text and image records, thereby ensuring the accuracy of the subsequent measures and the quality of their implementation;

[0055] 5. The production supervision operation module, the production hidden danger safety level determination unit and the hidden danger investigation and rectification module in the present invention complement each other, so as to effectively and timely handle the hidden dangers that have occurred or are hidden, provide guarantee for the overall supervision and management, and can effectively reduce production losses compared with traditional supervision and management;

[0056] 6. The present invention utilizes the coordinated operation between the production hidden danger safety level determination unit and the hidden danger investigation and rectification module to display the status of the enterprise's production activities through valued digital data, and discovers and corrects the deviations or hidden dangers that appear according to the production activity status, and formulates or takes measures in advance to solve the deviations or hidden dangers, which is different from traditional supervision and management, and can effectively enhance and guarantee the benefits and efficiency of production;

[0057] 7. In the present invention, the hidden danger score evaluation module can clarify the hidden danger level, and under the cooperation of the management authority setting unit, on the one hand, the security of information data is ensured, and on the other hand, the special point-to-point docking can save process operations and simplify the reporting details, so as to quickly implement measures to solve the hidden dangers. Compared with traditional supervision and management, this can effectively shorten the feedback cycle and improve the speed of rectification response effect;

[0058] 8. The present invention utilizes the emergency plan preset unit in the hidden danger investigation and rectification module to apply scientific theories and methods according to the production safety supervision and management decision module to formulate and preset countermeasures for hidden dangers of various levels in advance, thereby realizing rapid and effective precision processing by adopting corresponding measures;

[0059] 9. In the present invention, the causes of deviations or hidden dangers are found out through the professional personnel discussion unit, and the causes of the above deviations or hidden dangers are discussed, and professional avoidance suggestions and constructive new plans or methods are proposed. The deviation and hidden danger analysis and review unit that cooperates with the professional personnel discussion unit is used to analyze and review the rectification of the measures taken for the deviations or hidden dangers, and remind the enterprise how to carry out safety production activities in combination with the discussion content;

[0060] 10. The present invention records and preserves the contents described in the professional personnel discussion unit and the deviation and hidden danger analysis and review unit through the analysis and review content recording unit, thereby facilitating the review and search of subsequent materials, and uses the new measures and management plan implementation module to add the newly proposed measures and management plans to the production safety supervision management plan module, thereby forming a new production safety supervision management plan module, so that production activities can proceed in an orderly manner. BRIEF DESCRIPTION OF THE DRAWINGS

[0061] Figure 1 It is a schematic diagram of the architecture of an emergency feedback method for monitoring and evaluating mining geotechnical engineering of the present invention;

[0062] Figure 2 It is a schematic diagram of the operation flow of an emergency feedback method for monitoring and evaluating mining geotechnical engineering of the present invention;

[0063] Figure 3 It is a schematic diagram of the operation flow of a production safety supervision management decision module in a mine geotechnical engineering monitoring and evaluation emergency feedback method of the present invention;

[0064] Figure 4 It is a schematic diagram of the operation flow of a hidden danger score evaluation module in a mine geotechnical engineering monitoring and evaluation emergency feedback method of the present invention;

[0065] Figure 5It is a schematic diagram of the architecture of a production safety supervision management plan module in a mine geotechnical engineering monitoring and evaluation emergency feedback method of the present invention;

[0066] Figure 6 It is a schematic diagram of the architecture of a production supervision operation module in a mine geotechnical engineering monitoring and evaluation emergency feedback method of the present invention;

[0067] Figure 7 It is a schematic diagram of the architecture of a production hidden danger safety level determination module in a mine geotechnical engineering monitoring and evaluation emergency feedback method of the present invention;

[0068] Figure 8 It is a schematic diagram of the architecture of a hidden danger investigation and remediation module in a mine geotechnical engineering monitoring and evaluation emergency feedback method of the present invention;

[0069] Fig. 9 The present invention is a schematic diagram of the architecture of a hidden danger analysis and review module in a mine geotechnical engineering monitoring and evaluation emergency feedback method. DETAILED DESCRIPTION

[0070] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0071] Example

[0072] See also Figure 1-Figure 9 The present invention provides a technical solution: a mine geotechnical engineering monitoring and evaluation emergency feedback method, comprising the following steps:

[0073] S1. Safety decision-making: Through the safety production supervision and management decision-making module, a variety of safety plans are formulated based on scientific theories and methods to address safety issues, and a satisfactory choice is made from them to achieve the activity process of safe production;

[0074] S2, Management Plan: Through the safety production supervision and management plan module, the safety work objectives are determined before the production process determined by S1 begins, and corresponding arrangements are made for the quantity, quality, consumption method and capital investment of the required resources before the production activities, so that the production activities can proceed in an orderly manner;

[0075] S3, production implementation: Based on the plan in S2, the safety production supervision and management implementation module is used to implement safety decisions and safety instructions through practical actions;

[0076] S4, production management supervision: check the various elements, links and results of each stage in the operation implementation process in S3 through the production safety supervision and management module, find and correct the deviations or hidden dangers in the implementation process, and formulate or take measures to solve the deviations or hidden dangers;

[0077] S5. Hazard analysis and review: Through the hazard analysis and review module, find out the reasons for deviations or hazards in the implementation process in S4, so as to prevent the recurrence of the same deviations or hazards. At the same time, the new measures formulated or taken are returned and added to S2 to form a new safety production supervision management plan module, and S3-S4 make corresponding adjustments based on the new S2.

[0078] In this embodiment, specifically: in S1, the specific operation method of the production safety supervision management decision module includes the following steps:

[0079] A1. Use scientific safety decision-making techniques and methods to select action plans;

[0080] A2. Make creative and correct decisions based on new specific circumstances;

[0081] A3. Find the best action plan for safe production among multiple plans;

[0082] A4. The implementation of safety decisions has a binding effect on the entire enterprise's production safety activities and individuals in the production activities, thereby guiding the safety behavior and safety direction of production activities;

[0083] A5. Preset expected safety production activity goals and determine whether the expected safety production activity goals have been achieved through simulation training;

[0084] A6. Based on the simulation training in A5, check the risks hidden or occurring in production safety activities.

[0085] In this embodiment, specifically: in S2, the production safety supervision management plan module includes a management plan criteria unit and a plan compilation principle unit;

[0086] Management planning criteria unit, used to set goals, operational measures and time requirements in each stage, allocation and use of human, material and financial inputs;

[0087] The planning principle unit follows the principle of scientificity, and makes each plan based on science based on reality. It also follows the principle of overall planning and coordination, so that the production process is orderly and reasonable, and coordinates the relationship between internal and external operations.

[0088] In this embodiment, specifically: setting goals, which are formulated or preset to complete the work tasks of production safety activities, operating measures, which are measures taken to achieve the established safety activity goals and eliminate influencing factors, and clarifying the responsible persons for each sub-item in the production safety activities, so as to ensure the implementation of the management plan.

[0089] In S3, the safety production supervision and management implementation module includes a management implementation unit;

[0090] Among them, the management implementation unit, by setting goals, ensures that all operations in the production process must be carried out around the safety goals; by setting pragmatism, it can fully implement the production safety supervision and management decision-making module and the production safety supervision and management plan module; by setting innovation, it can take contingency measures in a timely manner according to changes in objective conditions and properly handle and resolve problems arising in the implementation of production activities.

[0091] In this embodiment, specifically: in S4, the production safety supervision and management module includes a production supervision operation module, a production hidden danger safety level determination module and a hidden danger investigation and rectification module;

[0092] Among them, the production supervision operation module is used to inspect and collect hidden danger information during production activities. The production supervision operation module includes a field inspection information collection unit, an image information collection unit and a text information input unit;

[0093] The production hidden danger safety level determination unit is used to display the status of the enterprise's production activities through valued digital data;

[0094] The hidden danger investigation and remediation module is used to discover and correct deviations or hidden dangers according to the status of production activities, and formulate or take measures to resolve the deviations or hidden dangers. At the same time, the investigation results of deviations or hidden dangers and the corresponding measures are uploaded to the hidden danger analysis and review module.

[0095] In this embodiment, specifically: a field inspection information collection unit is used to obtain information data during production safety activities through field investigations and inspections; an image information collection unit is used to collect image data of deviations or hidden dangers in production safety activities; a text information input unit is used to summarize the problems in production safety activities or the contents of the collected images in text form.

[0096] In this embodiment, specifically: the production hidden danger safety level determination unit includes a total information data receiving unit and a hidden danger score evaluation module;

[0097] The total information data receiving unit is used to receive the information data collected by the production supervision operation module;

[0098] The hidden danger scoring module is used to analyze the degree of deviation or hidden danger in the process of safe production activities through scored digital data.

[0099] In this embodiment, specifically: the specific operation method of the hidden danger score evaluation module includes the following steps:

[0100] B1. First, pre-set T under each category;

[0101] B2, classify and clean the collected digital data as M;

[0102] B3. Compare M with T and confirm F;

[0103] B4. Set H and G under each category;

[0104] B5. Compare the relationship between F and H to determine G.

[0105] In this embodiment, specifically: T is the score deduction target item, M is the target sub-item, F is the difference, H is the score threshold, the score threshold range of H includes P category three hidden danger threshold, O category two hidden danger threshold and I category one hidden danger threshold, G is the hidden danger level, and the hidden danger level of G includes C category three hidden dangers, B category two hidden dangers, A category one hidden dangers and S special hidden dangers.

[0106] In this embodiment, specifically: when F is less than or equal to P, it is determined as a Class C Category III hidden danger; when F is greater than P and less than or equal to O, it is determined as a Class B Category II hidden danger; when F is greater than O and less than or equal to I, it is determined as a Class A Category I hidden danger; when F is greater than I, it is determined as a Class S special hidden danger.

[0107] In this embodiment, specifically: the hidden danger investigation and remediation module includes a management authority setting unit, which is used to set corresponding management authority to ensure the security of information data, and through special point-to-point docking, it can save process operations and simplify reporting details, so as to quickly implement measures to solve hidden dangers and improve the remediation response effect.

[0108] In this embodiment, specifically: the management authority setting unit sets an authority level U that is compatible with the hazard level in the hazard score evaluation module, which is used to specifically receive the corresponding hazard level, and the authority level U includes Q-level department group leader or section chief, W-level department head, E-level production manager and D-level production project leader, and the authority level U follows the hierarchy system, that is, high-authority personnel have the right to view low-authority personnel.

[0109] In this embodiment, specifically: the hidden danger investigation and remediation module also includes an emergency plan preset unit. The emergency plan preset unit uses scientific theories and methods based on the production safety supervision and management decision-making module to formulate and preset response measures for various levels of hidden dangers in advance, thereby achieving rapid and effective precision processing by adopting corresponding measures.

[0110] In this embodiment, specifically: the proposed and preset countermeasures are compatible with the authority level U in the management authority setting unit, including V type III hidden danger countermeasures, J type II hidden danger countermeasures, K type I hidden danger countermeasures and L special hidden danger countermeasures, and there are no less than three plans for each type of hidden danger countermeasures, and they follow the special priority system and level system, and are initiated and operated by personnel with the corresponding authority level or higher authority level.

[0111] In this embodiment, specifically: in S5, the hidden danger analysis and review module includes a professional personnel discussion unit, a deviation and hidden danger analysis and review unit, an analysis and review content recording unit, and a new measure and management plan implementation module;

[0112] Among them, the professional staff discussion unit is used to find out the causes of deviations or hidden dangers, and discuss the causes of the above deviations or hidden dangers, and put forward professional avoidance suggestions and constructive new plans or methods;

[0113] The deviation and hidden danger analysis and review unit is used to analyze and review the measures taken to rectify the deviations or hidden dangers, and combined with the content of the professional personnel discussion unit, remind the enterprise how to carry out safe production activities.

[0114] In this embodiment, specifically: the analysis and review content recording unit is used to record and save the contents described in the professional personnel discussion unit and the deviation and hidden danger analysis and review unit, so as to facilitate the review and search of the subsequent data;

[0115] The new measures and management plan implementation module is used to add the newly proposed measures and management plans to the production safety supervision management plan module, so as to form a new production safety supervision management plan module, and the subsequent corresponding production safety supervision management implementation module and production safety supervision management module shall be adjusted and operated accordingly according to the new production safety supervision management plan module.

[0116] Working principle or structural principle: During operation, the production safety supervision and management decision module first formulates a variety of safety plans for safety issues based on scientific theories and methods, and makes satisfactory choices from them to achieve the process of production safety activities. The production safety supervision and management plan module then determines the safety work goals for the determined production activity process before starting, and makes corresponding arrangements for the quantity, quality, consumption mode and capital investment of the required resources before the production activities, so that the production activities can proceed in an orderly manner. At this time, based on the management plan, the production safety supervision and management implementation module takes practical actions to implement safety decisions and safety instructions. After that, the production safety supervision and management module checks the results of each element, each link and each stage in the operation and implementation process, finds and corrects the deviations or hidden dangers that occur during the implementation process, and formulates or takes measures to solve the deviations or hidden dangers. Finally, the hidden danger analysis and review module finds out the reasons for the deviations or hidden dangers in the operation and implementation process, thereby preventing the same deviations or hidden dangers from recurring. At the same time, the formulated or taken new measures are returned and added to the production safety supervision and management plan module, thereby forming a new production safety supervision and management plan module, and the subsequent corresponding production safety supervision and management implementation module and production safety supervision and management module are adjusted and operated accordingly according to the new production safety supervision and management plan module;

[0117] Among them, the safety production supervision and management decision-making module uses scientific safety decision-making technology and methods to select action plans, makes creative and correct decisions based on new specific situations, and obtains the action plan with the best safety production effect from multiple plans. The implementation of safety decisions has a binding effect on the entire enterprise's safety production activities and individuals in the operation of production activities, thereby guiding the safety behavior and safety direction of production activities, presetting the expected safety production activity goals, and judging whether the expected safety production activity goals are achieved through simulation training, and checking the risks hidden or occurring in safety production activities based on simulation training;

[0118] At the same time, the management plan criteria unit in the safety production supervision and management plan module is used to set goals, operating measures and the time requirements, human input, material input and capital input allocation in each stage. The set goals are formulated or preset to complete the work tasks of safety production activities. The set operating measures are used to take measures and eliminate influencing factors to achieve the established safety activity goals, and clarify the responsible persons for each sub-item in the safety production activities, so as to ensure the implementation of the management plan;

[0119] The planning principle unit in the safety production supervision and management plan module follows the principle of scientificity, and makes each plan based on the actual situation. It also follows the principle of overall planning and balance, so that the production process is orderly and reasonable, and the relationship between internal and external operations is coordinated;

[0120] By using the management implementation unit in the safety production supervision and management implementation module, all operations in the production process must be carried out around the safety goal by setting goals. By setting pragmatism, the safety production supervision and management decision module and the safety production supervision and management plan module can be fully implemented. By setting innovation, contingency measures can be taken in time according to changes in objective conditions and problems arising in the implementation of production activities can be properly handled and resolved;

[0121] Among them, the production supervision operation module in the production safety supervision and management module is used to inspect and collect hidden danger information in the production process, and the field inspection information collection unit in the production supervision operation module obtains information data in the production safety process through field inspections and inspections, the image information collection unit is used to collect image data of deviations or hidden dangers in the production safety activities, and the text information input unit is used to summarize the problems in the production safety activities or the content of the collected images in text form;

[0122] The production hazard safety level determination unit in the production safety supervision and management module is used to display the status of the enterprise's production activities through scored digital data, and its internal hazard detection and remediation module is used to discover and correct deviations or hazards that arise according to the status of production activities, and formulate or take measures to resolve deviations or hazards. At the same time, the detection results of deviations or hazards and the corresponding measures taken are uploaded to the hazard analysis and review module.

[0123] The total information data receiving unit in the production hidden danger safety level determination unit is used to receive the information data collected by the production supervision operation module. The hidden danger score evaluation module inside it is used to analyze the deviation or hidden danger degree in the process of safe production activities through the scored digital data. First, T under each category is preset, and the collected digital data is classified and cleaned as M. M is compared with T to confirm F, H and G under each category are set, and the relationship between F and H is compared to determine G;

[0124] Among them, T is the score deduction target item, M is the target sub-item, F is the difference, H is the score threshold, the score threshold range of H includes P Class III hidden danger threshold, O Class II hidden danger threshold and I Class I hidden danger threshold, G is the hidden danger level, and the hidden danger level of G includes C Class III hidden danger, B Class II hidden danger, A Class I hidden danger and S Class special hidden danger;

[0125] When F is less than or equal to P, it is determined as a Class C Category III hidden danger; when F is greater than P and less than or equal to O, it is determined as a Class B Category II hidden danger; when F is greater than O and less than or equal to I, it is determined as a Class A Category I hidden danger; when F is greater than I, it is determined as a Class S special hidden danger.

[0126] The management authority setting unit in the hidden danger investigation and rectification module is used to set the corresponding management authority to ensure the security of information data. Special point-to-point docking can save process operations and simplify reporting details, so as to quickly implement measures to solve hidden dangers and improve the rectification response effect.

[0127] Among them, the management authority setting unit sets the authority level U that matches the hidden danger level in the hidden danger score evaluation module, which is used for special projects to receive the corresponding hidden danger level. The authority level U includes Q-level department group leader or section chief, W-level department supervisor, E-level production manager and D-level production project leader, and the authority level U follows the hierarchy system, that is, high-authority personnel have the right to view low-authority personnel;

[0128] The emergency plan preset unit in the hidden danger investigation and rectification module uses scientific theories and methods based on the safety production supervision and management decision-making module to formulate and preset response measures for various levels of hidden dangers in advance, so as to achieve rapid and effective precision processing by adopting corresponding measures;

[0129] Among them, the proposed and preset countermeasures are compatible with the authority level U in the management authority setting unit, including V Class III hidden danger countermeasures, J Class II hidden danger countermeasures, K Class I hidden danger countermeasures and L special hidden danger countermeasures, and each type of hidden danger countermeasure plan is not less than three, and follows the special priority system and level system, and is started and operated by personnel with the corresponding authority level or higher authority level;

[0130] Finally, the professional personnel discussion unit in the hidden danger analysis and review module is used to find out the causes of deviations or hidden dangers, and discuss the causes of the above deviations or hidden dangers, and put forward professional avoidance suggestions and constructive new plans or methods. The internal deviation and hidden danger analysis and review unit is used to analyze and review the measures taken to rectify the deviations or hidden dangers, and combine the content in the professional personnel discussion unit to remind the enterprise how to carry out safe production activities, as well as the analysis and review content recording unit, which records and preserves the contents of the professional personnel discussion unit and the deviation and hidden danger analysis and review unit, so as to facilitate the review and search of subsequent materials.

[0131] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A mine geotechnical engineering monitoring and evaluation emergency feedback method, characterized in that: The following steps are involved: S1. Safety decision-making: Through the safety production supervision and management decision-making module, a variety of safety plans are formulated based on scientific theories and methods to address safety issues, and a satisfactory choice is made from them to achieve the activity process of safe production; S2, Management Plan: Through the safety production supervision and management plan module, the safety work objectives are determined before the production process determined by S1 begins, and corresponding arrangements are made for the quantity, quality, consumption method and capital investment of the required resources before the production activities, so that the production activities can proceed in an orderly manner; S3, production implementation: Based on the plan in S2, the safety production supervision and management implementation module is used to implement safety decisions and safety instructions through practical actions; S4, production management supervision: check the various elements, links and results of each stage in the operation implementation process in S3 through the production safety supervision and management module, find and correct the deviations or hidden dangers in the implementation process, and formulate or take measures to solve the deviations or hidden dangers; S5. Hazard analysis and review: Through the hazard analysis and review module, find out the reasons for deviations or hazards in the implementation process in S4, so as to prevent the recurrence of the same deviations or hazards. At the same time, the new measures formulated or taken are returned and added to S2 to form a new safety production supervision management plan module, and S3-S4 make corresponding adjustments based on the new S2.

2. The method for emergency feedback of mining geotechnical engineering monitoring and evaluation according to claim 1 is characterized by: In S1, the specific operation method of the production safety supervision and management decision-making module includes the following steps: A1. Use scientific safety decision-making techniques and methods to select action plans; A2. Make creative and correct decisions based on new specific circumstances; A3. Obtain the best action plan for safe production effect from multiple plans; A4. The implementation of safety decisions has a binding effect on the entire enterprise's production safety activities and individuals in the production activities, thereby guiding the safety behavior and safety direction of production activities; A5. Preset expected safety production activity goals and determine whether the expected safety production activity goals have been achieved through simulation training; A6. Based on the simulation training in A5, check the risks hidden or occurring in production safety activities.

3. The method for emergency feedback of monitoring and evaluation of mining geotechnical engineering according to claim 1 is characterized by: In S2, the production safety supervision and management plan module includes the management plan criteria unit and the plan preparation principle unit; Management planning criteria unit, used to set goals, operational measures and time requirements in each stage, allocation and use of human, material and financial inputs; Among them, setting goals is formulated or preset to complete the work tasks of production safety activities; Operational measures are used to achieve the established safety activity goals and eliminate influencing factors, and to identify the responsible persons for each sub-item in the safety production activities, so as to ensure the implementation of the management plan; The planning principle unit follows the principle of scientificity, and makes every plan based on the actual situation. It also follows the principle of overall planning and balance, so that the production process is orderly and reasonable, and the relationship between internal and external operations is coordinated; In S3, the safety production supervision and management implementation module includes the management implementation unit; Among them, the management implementation unit, by setting goals, ensures that all operations in the production process must be carried out around the safety goals; by setting pragmatism, it can fully implement the production safety supervision and management decision-making module and the production safety supervision and management plan module; by setting innovation, it can take contingency measures in a timely manner according to changes in objective conditions and properly handle and resolve problems arising in the implementation of production activities.

4. The method for emergency feedback of monitoring and evaluation of mining geotechnical engineering according to claim 1, characterized in that: In S4, the production safety supervision and management module includes the production supervision operation module, the production hidden danger safety level determination module and the hidden danger investigation and rectification module; Among them, the production supervision operation module is used to inspect and collect hidden danger information during production activities. The production supervision operation module includes a field inspection information collection unit, an image information collection unit and a text information input unit; Among them, the on-site inspection information collection unit obtains information data during the safety production activities through on-site inspections and inspections; Image information acquisition unit, used to collect image data of deviations or hidden dangers in production safety activities; Text information input unit, used to summarize the problems in production safety activities or the contents of the collected images in text form; The production hidden danger safety level determination unit is used to display the status of the enterprise's production activities through valued digital data; The hidden danger investigation and remediation module is used to discover and correct deviations or hidden dangers according to the status of production activities, and formulate or take measures to resolve the deviations or hidden dangers. At the same time, the investigation results of deviations or hidden dangers and the corresponding measures are uploaded to the hidden danger analysis and review module.

5. The method for emergency feedback of monitoring and evaluation of mining geotechnical engineering according to claim 4 is characterized by: The production hidden danger safety level determination unit includes a total information data receiving unit and a hidden danger score evaluation module; The total information data receiving unit is used to receive the information data collected by the production supervision operation module; The hidden danger scoring module is used to analyze the degree of deviation or hidden danger in the process of safe production activities through scored digital data.

6. The method for emergency feedback of mining geotechnical engineering monitoring and evaluation according to claim 5 is characterized by: The specific operation method of the hidden danger score evaluation module includes the following steps: B1. First, pre-set T under each category; B2, classify and clean the collected digital data as M; B3. Compare M with T and confirm F; B4. Set H and G under each category; B5. Compare the relationship between F and H to determine G; Among them, T is the score deduction target item, M is the target sub-item, F is the difference, H is the score threshold, the score threshold range of H includes P Class III hidden danger threshold, O Class II hidden danger threshold and I Class I hidden danger threshold, G is the hidden danger level, and the hidden danger level of G includes C Class III hidden danger, B Class II hidden danger, A Class I hidden danger and S Class special hidden danger; Among them, when F is less than or equal to P, it is determined to be a Class C III hidden danger; When F is greater than P and less than or equal to O, it is determined to be a Class B, Category II hidden danger; When F is greater than 0 and less than or equal to 1, it is determined to be a Class A hidden danger; When F is greater than I, it is determined to be an S-level special hidden danger.

7. The method for emergency feedback of monitoring and evaluation of mining geotechnical engineering according to claim 6 is characterized by: The hidden danger investigation and rectification module includes a management authority setting unit, which is used to set corresponding management authority to ensure the security of information data. Through special point-to-point docking, it can save process operations and simplify reporting details, so as to quickly implement measures to solve hidden dangers and improve the rectification response effect; Among them, the management authority setting unit sets the authority level U that is compatible with the hidden danger level in the hidden danger score evaluation module, which is used for special projects to receive the corresponding hidden danger level. The authority level U includes Q-level department group leader or section chief, W-level department head, E-level production manager and D-level production project leader, and the authority level U follows the hierarchy system, that is, high-authority personnel have the right to view low-authority personnel.

8. The method for emergency feedback of monitoring and evaluation of mining geotechnical engineering according to claim 7 is characterized by: The hidden danger investigation and rectification module also includes an emergency plan preset unit. The emergency plan preset unit uses scientific theories and methods based on the safety production supervision and management decision-making module to formulate and preset response measures for various levels of hidden dangers in advance, so as to achieve rapid and effective precision processing by adopting corresponding measures; Among them, the proposed and preset response measures are compatible with the authority level U in the management authority setting unit, including V Class III hidden danger response measures, J Class II hidden danger response measures, K Class I hidden danger response measures and L special hidden danger response measures, and there are no less than three plans for each type of hidden danger response measures, and they follow the special priority system and level system, and are initiated and operated by personnel with the corresponding authority level or higher authority level.

9. The method for emergency feedback of monitoring and evaluation of mining geotechnical engineering according to claim 7, characterized in that: In S5, the hidden danger analysis and review module includes a professional staff discussion unit, a deviation and hidden danger analysis and review unit, an analysis and review content recording unit, and a new measure and management plan implementation module; Among them, the professional staff discussion unit is used to find out the causes of deviations or hidden dangers, and discuss the causes of the above deviations or hidden dangers, and put forward professional avoidance suggestions and constructive new plans or methods; The deviation and hidden danger analysis and review unit is used to analyze and review the measures taken to rectify the deviations or hidden dangers, and combined with the content of the professional personnel discussion unit, remind the enterprise how to carry out safe production activities.

10. The method for emergency feedback of mining geotechnical engineering monitoring and evaluation according to claim 9, characterized in that: The analysis and review content recording unit is used to record and preserve the contents of the professional personnel discussion unit and the deviation and hidden danger analysis and review unit, so as to facilitate the review and search of subsequent materials; The new measures and management plan implementation module is used to add the newly proposed measures and management plans to the production safety supervision management plan module, so as to form a new production safety supervision management plan module, and the subsequent corresponding production safety supervision management implementation module and production safety supervision management module shall be adjusted and operated accordingly according to the new production safety supervision management plan module.

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