CN116976608A - Intelligent management and control platform of safety tool based on data analysis - Google Patents
Intelligent management and control platform of safety tool based on data analysis Download PDFInfo
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Abstract
The invention discloses an intelligent management and control platform of a safety tool based on data analysis, which comprises a tool information acquisition module, a storage cabinet information acquisition module, a borrowing information acquisition module, a return information acquisition module, an environment information acquisition module and a borrower information acquisition module; the tool information acquisition module is used for acquiring tool information, the storage cabinet information acquisition module is used for acquiring storage cabinet information, the borrowing information acquisition module is used for acquiring tool borrowing information, the returning information acquisition module is used for acquiring tool returning information, the environment information acquisition module is used for acquiring storage cabinet environment information, and the borrower acquisition module is used for acquiring borrower information; and the management and control platform processes the tool information to generate tool body management and control information, and generates storage cabinet management and control information for the storage cabinet information acquisition module. The invention can more comprehensively and intelligently manage and control the safety tools and instruments.
Description
Technical Field
The invention relates to the field of management and control platforms, in particular to an intelligent management and control platform of a safety tool based on data analysis.
Background
The safety tool management and control platform is based on digital information of the safety tool, combines with an intelligent management and control terminal, integrates detection, distribution, reception/return, training, scrapping and supervision, and realizes full life cycle management and control under a management mode of separating 'use and management' of the safety tool.
The existing safety tool management and control platform is poor in comprehensive management and control effect, a storage cabinet and safety tools cannot be well protected, and certain influence is brought to the use of the safety tool management and control platform, so that the intelligent management and control platform for the safety tools based on data analysis is provided.
Disclosure of Invention
The technical problems to be solved by the invention are as follows: how to solve the problem that the use of the existing safety tool management and control platform brings a certain influence to the safety tool management and control platform because the comprehensive management and control effect is poor and the storage cabinet and the safety tool cannot be well protected, and the intelligent management and control platform for the safety tool based on data analysis is provided.
The technical problems are solved by the following technical scheme, the information processing system comprises a tool information acquisition module, a storage cabinet information acquisition module, a borrowing information acquisition module, a return information acquisition module, an environment information acquisition module and a borrower information acquisition module;
the tool information acquisition module is used for acquiring tool information, the storage cabinet information acquisition module is used for acquiring storage cabinet information, the borrowing information acquisition module is used for acquiring tool borrowing information, the returning information acquisition module is used for acquiring tool returning information, the environment information acquisition module is used for acquiring storage cabinet environment information, and the borrower acquisition module is used for acquiring borrower information;
the management and control platform processes the tool information to generate tool body management and control information, the storage cabinet information acquisition module generates storage cabinet management and control information, the borrowing information and the returning information are processed to generate tool management and control information, the environment information is processed to obtain environment management and control information, and the borrower information is processed to generate borrower warning information;
and after the tool body control information, the storage cabinet control information, the tool control information, the environment control information and the borrower warning information are generated, the tool body control information, the storage cabinet control information, the tool control information, the environment control information and the borrower warning information are sent to a preset receiving terminal.
Further, the specific processing process of the tool body management and control information is as follows; the method comprises the steps of extracting collected tool information, wherein the tool information is tool standard service life, tool real-time use duration, tool maintenance history information and tool fault information, processing the tool standard service life and the tool real-time use duration to obtain first tool parameters, processing the tool maintenance history information to obtain second tool parameters, processing the tool fault information to obtain third tool parameters, and generating tool body management and control information when any one of the first tool parameters, the second tool parameters and the third tool parameters is abnormal.
Further, the acquiring process and the abnormality determining process of the first tool parameter, the second tool parameter and the third tool parameter are as follows: extracting the collected tool standard service life and the tool real-time service time length, marking the tool standard service life as A1, marking the tool real-time service time length as A2, acquiring a first tool parameter by the formula (A1-A2) with alpha=aa, namely acquiring the first tool parameter with alpha being more than or equal to 0.95 and less than or equal to 0.99, wherein alpha is in direct proportion to A1, and when Aa is less than a preset value, the first tool parameter is abnormal;
extracting tool maintenance history information, processing the tool maintenance history information to obtain history tool maintenance interval information, calculating an average value of the history tool maintenance interval information to obtain an average maintenance interval, marking the average maintenance interval as B1 and a preset standard maintenance interval B2, and calculating a difference Bb between the B1 and the B2 to obtain a second tool parameter Bb, wherein the second tool parameter Bb is larger than a preset value to indicate that the second tool parameter is abnormal;
extracting tool fault information, wherein the tool fault information is the number of faults within a preset duration of the tool, and the third tool parameter is obtained after the number of faults within the preset duration of the tool is extracted, and is indicated to be abnormal when the third tool parameter is larger than a preset value.
Further, the concrete processing process of the storage cabinet management and control information is as follows: the method comprises the steps of extracting collected storage cabinet information, wherein the storage cabinet information comprises storage cabinet internal environment information, cabinet body inclination angle information and cabinet body external image information;
when the internal environment information of the storage cabinet is abnormal, storage cabinet management and control information is generated, and the storage cabinet management and control information is cabinet internal environment adjustment information;
when the inclination angle information of the cabinet body and the external image information of the cabinet body are abnormal, storage cabinet control information is generated, and the storage cabinet control information is cabinet environment adjustment information.
Further, the judging process of the abnormality of the internal environment information of the storage cabinet is as follows: extracting and collecting internal environment information of the storage cabinet, wherein the internal environment information of the storage cabinet comprises internal temperature information, internal humidity information and internal dust concentration information of the storage cabinet, and when any one of the internal temperature information, the internal humidity information and the internal dust concentration information of the storage cabinet is larger than a preset value, the internal environment information of the storage cabinet is abnormal;
the judging process of the abnormality of the cabinet inclination angle information and the cabinet external image information is as follows: extracting the inclination angle information of the cabinet body, marking the inclination angle information as K1, setting a preset standard angle K2, calculating the difference value between the inclination angle information K1 of the cabinet body and the preset standard angle K2 to obtain an estimated angle difference Kk, and indicating that the inclination angle information of the cabinet body is abnormal when the absolute value of the estimated angle difference Kk is larger than a preset value;
and extracting cabinet external appearance image information, comparing the cabinet external appearance image information with a preset cabinet external appearance standard image to obtain cabinet external appearance similarity, and indicating that the cabinet external appearance image information is abnormal when the cabinet external appearance similarity is smaller than a preset value.
Further, the specific processing procedure of the tool management and control information is as follows: extracting the collected borrowing information and returning information, wherein the borrowing information is borrowing information imported by a receiver when a single tool in the tool cabinet is borrowed, the borrowing information comprises borrower information, borrowing time point information, estimated borrowing duration information and borrowing equipment information, and the returning information comprises returning person information, returning time point information and returning equipment state;
when the information of the return person is inconsistent with the information of the borrower, tool management and control information is generated;
extracting return time point information, lending time point information and estimated lending duration information, calculating the difference value between the return time point information and the lending time point information to obtain actual lending duration information, then calculating the difference value between the actual lending duration information and the estimated lending duration information to obtain actual lending deviation, and generating tool management and control information when the real-time lending deviation is larger than a preset value;
and extracting the acquired returning equipment state and lending equipment information, wherein the returning equipment state is returning equipment weight information, the lending equipment information is lending equipment weight information, calculating the difference value between the returning equipment weight information and the lending equipment weight information, acquiring an evaluation difference, and generating tool management and control information when the absolute value of the evaluation parameter is larger than a preset value.
Further, the specific processing procedure of the environment management and control information is as follows: the method comprises the steps that collected environment information is extracted, the environment information comprises storage cabinet position temperature information and storage cabinet position humidity information, when the storage cabinet position temperature information is larger than a preset value and exceeds a preset duration, environment control information is generated, and the environment control information is used for adjusting the temperature of the position where the storage cabinet is located;
and when the humidity information of the storage cabinet position is larger than the preset value and exceeds the preset time length, generating environment control information, wherein the environment control information is used for adjusting the humidity of the storage cabinet position.
Further, the specific processing process of the borrower warning information is as follows: extracting and collecting borrower information, wherein the borrower information is the frequency information of a single borrower borrowing a safety tool in a preset duration, the frequency information of the single borrower borrowing the safety tool in the preset duration is marked as P, the preset duration is marked as T, the ratio between the frequency information of the single borrower borrowing the safety tool in the preset duration and the preset duration T is calculated, borrowing evaluation parameters Pt are obtained, and when the borrowing evaluation parameters Pt are larger than a preset value, borrowing warning information is generated.
Compared with the prior art, the invention has the following advantages: this intelligent management and control platform of safety tool based on data analysis, through handling the instrument information and generating instrument body management and control information, can be in knowing that the state of placing the safety tool in depositing has unusually, timely warning is carried out maintenance and change etc. of tool, guarantee that the tool state of borrowing is normal, generate the cabinet management and control information to the cabinet information acquisition module, can be in the unusual that discovers the cabinet existence, timely warning avoids the safety tool damage that the cabinet is unusual to lead to, handle the instrument management and control information of generating borrowing information and returning information, timely discovery is whether there is unusually to the tool that returns after lending, handle environmental information and obtain environmental management and control information, thereby adjust the environment at the cabinet place and guarantee the cabinet place normal, the life of extension cabinet, let this platform realize the whole management and control of more comprehensive safety tool, the effectual life of safety tool and cabinet that has prolonged, let this system be worth more popularization and use.
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Fig. 1 is a block diagram of the structure of the present invention.
Detailed Description
The following describes in detail the examples of the present invention, which are implemented on the premise of the technical solution of the present invention, and detailed embodiments and specific operation procedures are given, but the scope of protection of the present invention is not limited to the following examples.
As shown in fig. 1, this embodiment provides a technical solution: the intelligent management and control platform of the safety tool based on data analysis comprises a tool information acquisition module, a storage cabinet information acquisition module, a borrowing information acquisition module, a returning information acquisition module, an environment information acquisition module and a borrower information acquisition module;
the tool information acquisition module is used for acquiring tool information, the storage cabinet information acquisition module is used for acquiring storage cabinet information, the borrowing information acquisition module is used for acquiring tool borrowing information, the returning information acquisition module is used for acquiring tool returning information, the environment information acquisition module is used for acquiring storage cabinet environment information, and the borrower acquisition module is used for acquiring borrower information;
the management and control platform processes the tool information to generate tool body management and control information, the storage cabinet information acquisition module generates storage cabinet management and control information, the borrowing information and the returning information are processed to generate tool management and control information, the environment information is processed to obtain environment management and control information, and the borrower information is processed to generate borrower warning information;
the tool body control information, the storage cabinet control information, the tool control information, the environment control information and the borrower warning information are generated and then sent to a preset receiving terminal;
according to the invention, the tool information is processed to generate the tool body management and control information, so that the situation that the safety tools placed in the storage are abnormal can be known, the maintenance and replacement of the tools can be timely warned, the state of the borrowed tools is ensured to be normal, the storage cabinet information acquisition module is generated to generate the storage cabinet management and control information, the safety tools caused by the abnormality of the storage cabinet can be timely warned to avoid damage to the safety tools caused by the abnormality of the storage cabinet when the abnormality of the storage cabinet is found, the borrowed information and the return information are processed to generate the tool management and control information, and the environment information is timely found to be processed to obtain the environment management and control information, so that the environment of the storage cabinet is regulated to ensure the normal environment of the storage cabinet, the service life of the storage cabinet is prolonged, the platform realizes more comprehensive overall management and control of the safety tools and the service life of the storage cabinet.
The specific processing process of the tool body management and control information is as follows; extracting collected tool information, wherein the tool information is tool standard service life, tool real-time use duration, tool maintenance history information and tool fault information, processing the tool standard service life and the tool real-time use duration to obtain first tool parameters, processing the tool maintenance history information to obtain second tool parameters, processing the tool fault information to obtain third tool parameters, and generating tool body management and control information when any one of the first tool parameters, the second tool parameters and the third tool parameters is abnormal;
the tool body management and control information indicates that the tools in the storage cabinet are abnormal and need to be overhauled, maintained or replaced, and the abnormality of the safety tools can be timely found through generating the tool body management and control information, so that the service life of the safety tools is prolonged.
The process of acquiring the first tool parameter, the second tool parameter and the third tool parameter and the process of abnormality determination are as follows: extracting the collected tool standard service life and the tool real-time service time length, marking the tool standard service life as A1, marking the tool real-time service time length as A2, acquiring a first tool parameter by the formula (A1-A2) with alpha=aa, namely acquiring the first tool parameter with alpha being more than or equal to 0.95 and less than or equal to 0.99, wherein alpha is in direct proportion to A1, and when Aa is less than a preset value, the first tool parameter is abnormal;
extracting tool maintenance history information, processing the tool maintenance history information to obtain history tool maintenance interval information, calculating an average value of the history tool maintenance interval information to obtain an average maintenance interval, marking the average maintenance interval as B1 and a preset standard maintenance interval B2, and calculating a difference Bb between the B1 and the B2 to obtain a second tool parameter Bb, wherein the second tool parameter Bb is larger than a preset value to indicate that the second tool parameter is abnormal;
extracting tool fault information, wherein the tool fault information is the number of faults in the preset duration of the tool, the number of faults in the preset duration of the tool is extracted to obtain a third tool parameter, and the third tool parameter is abnormal when the third tool parameter is larger than a preset value;
through the process, the first tool parameter, the second tool parameter and the third tool parameter which are more accurate can be obtained, and data support is provided for the generation of tool body management and control information.
The concrete processing process of the storage cabinet management and control information is as follows: the method comprises the steps of extracting collected storage cabinet information, wherein the storage cabinet information comprises storage cabinet internal environment information, cabinet body inclination angle information and cabinet body external image information;
when the internal environment information of the storage cabinet is abnormal, storage cabinet management and control information is generated, and the storage cabinet management and control information is cabinet internal environment adjustment information;
when the inclination angle information of the cabinet body and the external image information of the cabinet body are abnormal, storage cabinet control information is generated, and the storage cabinet control information is cabinet environment adjustment information;
the problem of the storage cabinet can be timely found through the setting of the storage cabinet management and control information, so that the storage cabinet can be timely adjusted, and the safety of safety tools and instruments in the storage cabinet is guaranteed.
The process for judging the abnormality of the internal environment information of the storage cabinet is as follows: extracting and collecting internal environment information of the storage cabinet, wherein the internal environment information of the storage cabinet comprises internal temperature information, internal humidity information and internal dust concentration information of the storage cabinet, and when any one of the internal temperature information, the internal humidity information and the internal dust concentration information of the storage cabinet is larger than a preset value, the internal environment information of the storage cabinet is abnormal;
the judging process of the abnormality of the cabinet inclination angle information and the cabinet external image information is as follows: extracting the inclination angle information of the cabinet body, marking the inclination angle information as K1, setting a preset standard angle K2, calculating the difference value between the inclination angle information K1 of the cabinet body and the preset standard angle K2 to obtain an estimated angle difference Kk, and indicating that the inclination angle information of the cabinet body is abnormal when the absolute value of the estimated angle difference Kk is larger than a preset value;
extracting cabinet external image information, comparing the cabinet external image information with a preset cabinet external standard image to obtain cabinet external similarity, and indicating that the cabinet external image information is abnormal when the cabinet external similarity is smaller than a preset value;
through the method, the storage cabinet internal environment information is abnormal, the cabinet body inclination angle information and the cabinet body external image information are judged to be abnormal more accurately, and the accuracy of storage cabinet management and control information generation is guaranteed.
The specific processing process of the tool management and control information is as follows: extracting the collected borrowing information and returning information, wherein the borrowing information is borrowing information imported by a receiver when a single tool in the tool cabinet is borrowed, the borrowing information comprises borrower information, borrowing time point information, estimated borrowing duration information and borrowing equipment information, and the returning information comprises returning person information, returning time point information and returning equipment state;
when the information of the return person is inconsistent with the information of the borrower, tool management and control information is generated;
extracting return time point information, lending time point information and estimated lending duration information, calculating the difference value between the return time point information and the lending time point information to obtain actual lending duration information, then calculating the difference value between the actual lending duration information and the estimated lending duration information to obtain actual lending deviation, and generating tool management and control information when the real-time lending deviation is larger than a preset value;
extracting the acquired returning equipment state and lending equipment information, wherein the returning equipment state is returning equipment weight information, the lending equipment information is lending equipment weight information, calculating the difference value between the returning equipment weight information and the lending equipment weight information, acquiring an evaluation difference, and generating tool management and control information when the absolute value of an evaluation parameter is larger than a preset value;
through the tool management and control information that generates, whether the safety tool has problems after lending and returning can be known, and the problem can be timely found to avoid unexpected occurrence caused by lending the safety tool with problems after returning to the storage cabinet.
The specific processing process of the environment management and control information is as follows: the method comprises the steps that collected environment information is extracted, the environment information comprises storage cabinet position temperature information and storage cabinet position humidity information, when the storage cabinet position temperature information is larger than a preset value and exceeds a preset duration, environment control information is generated, and the environment control information is used for adjusting the temperature of the position where the storage cabinet is located;
generating environment control information when the humidity information of the storage cabinet position is larger than a preset value and exceeds a preset time length, wherein the environment control information is used for adjusting the humidity of the storage cabinet position;
the environment of the position of the storage cabinet is adjusted through the generated environment management and control information, so that the condition of shortened service life of the storage cabinet caused by abnormal position of the storage cabinet can be avoided.
The specific processing process of the borrower warning information is as follows: extracting and collecting borrower information, wherein the borrower information is the frequency information of a single borrower borrowing a safety tool in a preset time period, the frequency information of the single borrower borrowing the safety tool in the preset time period is marked as P, the preset time period is marked as T, the ratio between the frequency information of the single borrower borrowing the safety tool in the preset time period marked as P and the preset time period T is calculated to obtain a borrowing evaluation parameter Pt, and when the borrowing evaluation parameter Pt is larger than a preset value, borrower warning information is generated;
through the process, when personnel abnormal safety tools are found to be borrowed, timely warning is carried out.
Furthermore, the terms "first," "second," and the like, are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defining "a first" or "a second" may explicitly or implicitly include at least one such feature. In the description of the present invention, the meaning of "plurality" means at least two, for example, two, three, etc., unless specifically defined otherwise.
In the description of the present specification, a description referring to terms "one embodiment," "some embodiments," "examples," "specific examples," or "some examples," etc., means that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the present invention. In this specification, schematic representations of the above terms are not necessarily directed to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Furthermore, the different embodiments or examples described in this specification and the features of the different embodiments or examples may be combined and combined by those skilled in the art without contradiction.
While embodiments of the present invention have been shown and described above, it will be understood that the above embodiments are illustrative and not to be construed as limiting the invention, and that variations, modifications, alternatives and variations may be made to the above embodiments by one of ordinary skill in the art within the scope of the invention.
Claims (8)
1. The intelligent management and control platform of the safety tool based on data analysis is characterized by comprising a tool information acquisition module, a storage cabinet information acquisition module, a borrowing information acquisition module, a returning information acquisition module, an environment information acquisition module and a borrower information acquisition module;
the tool information acquisition module is used for acquiring tool information, the storage cabinet information acquisition module is used for acquiring storage cabinet information, the borrowing information acquisition module is used for acquiring tool borrowing information, the returning information acquisition module is used for acquiring tool returning information, the environment information acquisition module is used for acquiring storage cabinet environment information, and the borrower acquisition module is used for acquiring borrower information;
the management and control platform processes the tool information to generate tool body management and control information, the storage cabinet information acquisition module generates storage cabinet management and control information, the borrowing information and the returning information are processed to generate tool management and control information, the environment information is processed to obtain environment management and control information, and the borrower information is processed to generate borrower warning information;
and after the tool body control information, the storage cabinet control information, the tool control information, the environment control information and the borrower warning information are generated, the tool body control information, the storage cabinet control information, the tool control information, the environment control information and the borrower warning information are sent to a preset receiving terminal.
2. The intelligent management and control platform of a security tool based on data analysis of claim 1, wherein: the specific processing process of the tool body management and control information is as follows; the method comprises the steps of extracting collected tool information, wherein the tool information is tool standard service life, tool real-time use duration, tool maintenance history information and tool fault information, processing the tool standard service life and the tool real-time use duration to obtain first tool parameters, processing the tool maintenance history information to obtain second tool parameters, processing the tool fault information to obtain third tool parameters, and generating tool body management and control information when any one of the first tool parameters, the second tool parameters and the third tool parameters is abnormal.
3. The intelligent management and control platform of a safety tool based on data analysis of claim 2, wherein: the process of acquiring the first tool parameter, the second tool parameter and the third tool parameter and the process of abnormality determination are as follows: extracting the collected tool standard service life and the tool real-time service time length, marking the tool standard service life as A1, marking the tool real-time service time length as A2, acquiring a first tool parameter by the formula (A1-A2) with alpha=aa, namely acquiring the first tool parameter with alpha being more than or equal to 0.95 and less than or equal to 0.99, wherein alpha is in direct proportion to A1, and when Aa is less than a preset value, the first tool parameter is abnormal;
extracting tool maintenance history information, processing the tool maintenance history information to obtain history tool maintenance interval information, calculating an average value of the history tool maintenance interval information to obtain an average maintenance interval, marking the average maintenance interval as B1 and a preset standard maintenance interval B2, and calculating a difference Bb between the B1 and the B2 to obtain a second tool parameter Bb, wherein the second tool parameter Bb is larger than a preset value to indicate that the second tool parameter is abnormal;
extracting tool fault information, wherein the tool fault information is the number of faults within a preset duration of the tool, and the third tool parameter is obtained after the number of faults within the preset duration of the tool is extracted, and is indicated to be abnormal when the third tool parameter is larger than a preset value.
4. The intelligent management and control platform of a security tool based on data analysis of claim 1, wherein: the concrete processing process of the storage cabinet management and control information is as follows: the method comprises the steps of extracting collected storage cabinet information, wherein the storage cabinet information comprises storage cabinet internal environment information, cabinet body inclination angle information and cabinet body external image information;
when the internal environment information of the storage cabinet is abnormal, storage cabinet management and control information is generated, and the storage cabinet management and control information is cabinet internal environment adjustment information;
when the inclination angle information of the cabinet body and the external image information of the cabinet body are abnormal, storage cabinet control information is generated, and the storage cabinet control information is cabinet environment adjustment information.
5. The intelligent management and control platform of a security tool based on data analysis of claim 4, wherein: the process for judging the abnormality of the internal environment information of the storage cabinet is as follows: extracting and collecting internal environment information of the storage cabinet, wherein the internal environment information of the storage cabinet comprises internal temperature information, internal humidity information and internal dust concentration information of the storage cabinet, and when any one of the internal temperature information, the internal humidity information and the internal dust concentration information of the storage cabinet is larger than a preset value, the internal environment information of the storage cabinet is abnormal;
the judging process of the abnormality of the cabinet inclination angle information and the cabinet external image information is as follows: extracting the inclination angle information of the cabinet body, marking the inclination angle information as K1, setting a preset standard angle K2, calculating the difference value between the inclination angle information K1 of the cabinet body and the preset standard angle K2 to obtain an estimated angle difference Kk, and indicating that the inclination angle information of the cabinet body is abnormal when the absolute value of the estimated angle difference Kk is larger than a preset value;
and extracting cabinet external appearance image information, comparing the cabinet external appearance image information with a preset cabinet external appearance standard image to obtain cabinet external appearance similarity, and indicating that the cabinet external appearance image information is abnormal when the cabinet external appearance similarity is smaller than a preset value.
6. The intelligent management and control platform of a security tool based on data analysis of claim 1, wherein: the specific processing process of the tool management and control information is as follows: extracting the collected borrowing information and returning information, wherein the borrowing information is borrowing information imported by a receiver when a single tool in the tool cabinet is borrowed, the borrowing information comprises borrower information, borrowing time point information, estimated borrowing duration information and borrowing equipment information, and the returning information comprises returning person information, returning time point information and returning equipment state;
when the information of the return person is inconsistent with the information of the borrower, tool management and control information is generated;
extracting return time point information, lending time point information and estimated lending duration information, calculating the difference value between the return time point information and the lending time point information to obtain actual lending duration information, then calculating the difference value between the actual lending duration information and the estimated lending duration information to obtain actual lending deviation, and generating tool management and control information when the real-time lending deviation is larger than a preset value;
and extracting the acquired returning equipment state and lending equipment information, wherein the returning equipment state is returning equipment weight information, the lending equipment information is lending equipment weight information, calculating the difference value between the returning equipment weight information and the lending equipment weight information, acquiring an evaluation difference, and generating tool management and control information when the absolute value of the evaluation parameter is larger than a preset value.
7. The intelligent management and control platform of a security tool based on data analysis of claim 1, wherein: the specific processing process of the environment management and control information is as follows: the method comprises the steps that collected environment information is extracted, the environment information comprises storage cabinet position temperature information and storage cabinet position humidity information, when the storage cabinet position temperature information is larger than a preset value and exceeds a preset duration, environment control information is generated, and the environment control information is used for adjusting the temperature of the position where the storage cabinet is located;
and when the humidity information of the storage cabinet position is larger than the preset value and exceeds the preset time length, generating environment control information, wherein the environment control information is used for adjusting the humidity of the storage cabinet position.
8. The intelligent management and control platform of a security tool based on data analysis of claim 1, wherein: the specific processing process of the borrower warning information is as follows: extracting and collecting borrower information, wherein the borrower information is the frequency information of a single borrower borrowing a safety tool in a preset duration, the frequency information of the single borrower borrowing the safety tool in the preset duration is marked as P, the preset duration is marked as T, the ratio between the frequency information of the single borrower borrowing the safety tool in the preset duration and the preset duration T is calculated, borrowing evaluation parameters Pt are obtained, and when the borrowing evaluation parameters Pt are larger than a preset value, borrowing warning information is generated.
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