CN113204582B - Highway concrete performance detection system and detection method - Google Patents
Highway concrete performance detection system and detection method Download PDFInfo
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- CN113204582B CN113204582B CN202110329678.4A CN202110329678A CN113204582B CN 113204582 B CN113204582 B CN 113204582B CN 202110329678 A CN202110329678 A CN 202110329678A CN 113204582 B CN113204582 B CN 113204582B
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- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/38—Concrete; ceramics; glass; bricks
- G01N33/383—Concrete, cement
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- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
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Abstract
The invention relates to a highway concrete performance detection system and a detection method, which are used for solving the problem that a plurality of performance parameters are often failed simultaneously when the performance of highway concrete is detected, when the performance of the highway concrete is failed, a corresponding parameter supplementing detection unit is selected for matching the detection result, and then historical experience diagnosis data is combined to generate a diagnosis result corresponding to the failed detection result, so that the diagnosis accuracy of the reason of the failed detection result is improved, the numerical value of the specific deviation between the failed parameter and the qualified parameter is accurately obtained, the accuracy of the diagnosis reason of the failed detection result is further improved, and meanwhile, the timely early warning effect of the detection of the performance parameters in other aspects is realized by judging whether other related parameters are failed; by the supplementary detection, the accuracy and the correlation of the supplementary detection are further improved, the detection time and the detection cost are reduced, and the time and cost loss possibly caused by unnecessary detection is avoided.
Description
Technical Field
The invention relates to the technical field of highway concrete performance detection, in particular to a highway concrete performance detection system and a highway concrete performance detection method.
Background
With the development of traffic industry, the number of highways mainly including expressways and primary highways is increased year by year, and the development industry of highways in China starts to enter a new stage mainly including construction of high-grade highways, and road surface engineering is a layered structure for vehicles to travel on a highway subgrade by layering various road building materials or mixed materials, and the poured concrete needs to be detected in the construction process of the highway pavement so as to ensure that various performance indexes of the highway concrete can meet the passing requirements of vehicles on the highway concrete.
However, the defects existing in the existing road concrete performance detection process are as follows:
1) For the condition that a plurality of performance parameters are failed at the same time when the performance of the highway concrete is detected, the existing highway concrete detection system and method only can judge whether the corresponding parameters are qualified or not, and the reasons and other parameters of the failed detection result can only be deduced according to the experience of the system, so that the specific degree of whether the other parameters are failed or not and the deviation amount cannot be deduced accurately;
2) The reasons for unqualified detection results often cannot be determined, which related parameters need to be subjected to supplementary detection, so that the parameters of the reasons for unqualified detection results are further accurately deduced, and meanwhile, the pre-warning effect cannot be achieved on other unqualified performance parameters which are not detected, the detection is incomplete, and the pre-warning is not timely.
Disclosure of Invention
The invention aims to provide a highway concrete performance detection system and a highway concrete performance detection method, so as to solve the problems in the background technology.
In order to achieve the above purpose, the present invention provides the following technical solutions:
a highway concrete performance detecting system is characterized in that: the system comprises
The input module is used for inputting the performance parameters of the highway concrete into the system;
the performance parameter detection module comprises a 1 st to an n-th common performance parameter detection module, the input module is connected with each performance parameter detection module through an integrity detection module, a legitimacy detection module and a reliability detection module in sequence, and the performance parameters input by the input module are compared with a preset threshold range in each corresponding performance parameter detection module to determine whether the detection result is qualified or not;
the control console is respectively connected with the n performance parameter detection modules, and a result ordering unit, a result display unit, a quantity counting unit, a user feedback receiving unit and a user authority stimulating unit are arranged in the control console; wherein, the liquid crystal display device comprises a liquid crystal display device,
the result ordering unit orders the detection results of the performance parameter detection modules;
the result display unit displays the detection results of the performance parameter detection modules according to the sequence of the result sequencing unit;
the quantity counting unit counts the quantity of qualified and unqualified detection results in all detection results;
the user feedback processing unit receives the user feedback comments sent by the user module and carries out corresponding analysis on the user feedback comments;
the user authority incentive unit opens corresponding authorities to users according to analysis results of the user feedback opinion by the user feedback processing unit and sends corresponding incentives;
the corresponding matching module is used for selecting corresponding relevant parameter supplementary detection units in the diagnosis module to carry out supplementary detection according to the statistical results of the quantity statistical units;
the diagnosis module is provided with a high-correlation parameter supplementing detection unit, a medium-correlation parameter supplementing detection unit, a low-correlation parameter supplementing detection unit, an experience data storage unit, a correlation parameter storage unit and a diagnosis result generation unit; the corresponding matching module selects a corresponding relevant parameter supplementing detection unit for supplementing detection according to the statistical result of the quantity statistical unit; wherein, the liquid crystal display device comprises a liquid crystal display device,
a plurality of relevant parameter detection items with highest relevance are arranged in the high relevant parameter supplementing detection unit;
a plurality of related parameter detection items with medium correlation degree are arranged in the medium correlation parameter supplementing detection unit;
a plurality of related parameter detection items with the lowest degree of correlation are arranged in the low-related parameter supplementing detection unit;
historical experience diagnosis data related to unqualified detection results are preset in the experience data storage unit;
the relevant parameter storage unit stores corresponding relevant parameters in each relevant parameter supplementing detection unit;
the diagnosis result generating unit combines historical experience diagnosis data which is preset in the experience data storage unit and is related to the unqualified detection result and supplementary detection data which is carried out supplementary detection by a corresponding related parameter supplementary detection unit in the diagnosis module selected by the corresponding matching module, and generates a diagnosis result corresponding to the unqualified detection result;
and the user module sends user feedback comments to the control console after receiving the diagnosis result.
Further, the result sorting unit sorts unqualified detection results of the performance parameter detection modules according to the actual detection values of the performance parameters input by the input modules and the absolute values of differences exceeding the preset threshold ranges in the corresponding performance parameter detection modules; and the result ordering unit is used for ordering qualified detection results of the performance parameter detection modules according to the actual detection values of the performance parameters input by the input modules and the absolute values of the differences of the preset threshold endpoints in the performance parameter detection modules corresponding to the distances.
Further, the result display unit displays unqualified and qualified detection results of each performance parameter detection module in a split screen and color separation mode according to the sequencing of the result sequencing unit.
Further, the number statistics unit presets a qualified number range, a first overrun range, a second overrun range, and a third overrun range related to a ratio of the number of unqualified detection results to the total number of detection results, and satisfies: the lower limit value of the second overrun range is equal to the upper limit value of the first overrun range, and the lower limit value of the third overrun range is equal to the upper limit value of the second overrun range.
Further, a corresponding matching strategy is preset in the corresponding matching module so as to select a corresponding relevant parameter supplementary detection unit in the diagnosis module for supplementary detection according to the statistical result of the quantity statistical unit; the matching strategy is:
when the ratio of the number of unqualified detection results to the total number of detection results is within the range of the qualified number, the corresponding matching module only selects the high-correlation parameter supplementary detection unit arranged in the diagnosis module for supplementary detection;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of the qualified number and is within a first overrun range, the corresponding matching module simultaneously selects a high correlation parameter supplementary detection unit and a low correlation parameter supplementary detection unit which are arranged in the diagnosis module for supplementary detection;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of the qualified number and is within a second overrun range, the corresponding matching module simultaneously selects a high-correlation parameter supplementary detection unit and a medium-correlation parameter supplementary detection unit which are arranged in the diagnosis module for supplementary detection;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of qualified numbers and is within a third overrun range, the corresponding matching module simultaneously selects the high correlation parameter supplementary detection unit, the medium correlation parameter supplementary detection unit and the low correlation parameter supplementary detection unit which are arranged in the diagnosis module to carry out supplementary detection.
Further, the experience data storage unit is preset with historical experience diagnosis data related to unqualified detection results, and the historical experience diagnosis data at least comprises the number of unqualified detection results, detection items corresponding to the unqualified detection results, parameter supplementary detection units selected by the corresponding matching modules, supplementary detection items carried out by the selected corresponding parameter supplementary detection units and diagnosis results.
Further, the corresponding relevant parameters in each relevant parameter supplementary detection unit stored in the relevant parameter storage unit can be added or deleted later via user requirements.
Further, the user permission motivating unit opens corresponding permission to the user or judges the time of the user using the system according to the number of times of feedback comments of the user, and when the time of the user using the system exceeds the preset time, the corresponding permission is opened to the user periodically.
Further, the user permission motivation unit sends corresponding motivations to the user or judges the frequency of the user feedback comments according to the admission number of the user feedback comments, and when the frequency of the user feedback comments is higher than a preset frequency, the corresponding motivations are sent to the user periodically.
Further, the invention also provides a method for detecting the performance of highway concrete, which is characterized by comprising the following steps: the method comprises the following steps:
1) Inputting the performance parameters of the highway concrete into the system;
2) The input performance parameters are sequentially subjected to integrity detection, validity detection and reliability detection and then are compared with a preset threshold range to determine whether a detection result is qualified or not;
3) Sequencing the detection results of the performance parameter detection modules;
4) Displaying the detection results according to the sequence;
5) Counting the number of qualified and unqualified detection results in all detection results;
6) Selecting to carry out corresponding supplementary detection according to the statistical result;
7) Combining preset historical experience diagnosis data related to unqualified detection results and corresponding supplementary detection data to generate diagnosis results corresponding to the unqualified detection results;
8) After receiving the diagnosis result, the user sends out user feedback comments;
9) Receiving user feedback comments sent by a user module and carrying out corresponding analysis on the user feedback comments;
10 And opening corresponding authorities to the user according to analysis results of feedback comments of the user and sending corresponding incentives.
Compared with the prior art, the invention has the beneficial effects that:
1) The invention provides a highway concrete performance detection system and a detection method, which are used for solving the problem that a plurality of performance parameters are often failed simultaneously when the performance of highway concrete is detected, and when the performance of the highway concrete is failed, a corresponding parameter supplementing detection unit is selected for matching the detection result, and then historical experience diagnosis data is combined to generate a diagnosis result corresponding to the failed detection result, so that the diagnosis accuracy of the reason of the failed detection result is improved, the numerical value of the specific deviation between the failed parameter and the qualified parameter is accurately obtained, the accuracy of the diagnosis reason of the failed detection result is further improved, and meanwhile, the timely early warning effect of the detection of the performance parameters in other aspects is realized by judging whether other related parameters are failed.
2) The invention provides a highway concrete performance detection system and a detection method, wherein corresponding relevant parameter supplement detection units in a diagnosis module are selected for supplement detection according to the statistical result of a quantity statistical unit through corresponding matching strategies preset in a corresponding matching module, so that the detection time and the detection cost are reduced as much as possible while the supplement detection accuracy and the correlation are further improved, and the time and cost loss possibly caused by unnecessary detection are avoided.
3) The invention provides a highway concrete performance detection system and a detection method, wherein the system is provided with a user permission excitation unit which opens corresponding permission to a user according to the frequency of user feedback comments and periodically opens corresponding permission to the user according to whether the time of using the system by the user exceeds preset time; and sending corresponding excitation to the user according to the acceptance number of the user feedback opinions and judging the frequency of the user feedback opinions, and sending the corresponding excitation to the user periodically after the frequency of the user feedback opinion is higher than the preset frequency, so that the feedback enthusiasm after user experience is further improved by giving the user a certain authority and excitation, and further optimization and improvement of the system are promoted.
Drawings
Fig. 1 is a schematic diagram of a logic structure of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
In the description of the present invention, it should be noted that the directions or positional relationships indicated by the terms "upper", "lower", "inner", "outer", "front", "rear", "both ends", "one end", "the other end", etc. are based on the directions or positional relationships shown in the drawings, are merely for convenience of describing the present invention and simplifying the description, and do not indicate or imply that the devices or elements referred to must have a specific direction, be configured and operated in the specific direction, and thus should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and the like, are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should be noted that, unless explicitly specified and limited otherwise, the terms "mounted," "provided," "connected," and the like are to be construed broadly, and may be fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. The specific meaning of the above terms in the present invention will be understood in specific cases by those of ordinary skill in the art.
Please refer to fig. 1 for an embodiment of the present invention:
a highway concrete performance detection system, said system comprising
The input module is used for inputting the performance parameters of the highway concrete into the system;
the performance parameter detection module comprises a 1 st to an n-th performance parameter detection module, the input module is connected with each performance parameter detection module through an integrity detection module A, a legitimacy detection module B and a reliability detection module C in sequence, and the performance parameters input by the input module are compared with a preset threshold range in each corresponding performance parameter detection module to determine whether the detection result is qualified or not; the method comprises the steps of determining the validity of input performance parameters from three aspects of integrity, compliance and reliability respectively, wherein the integrity detection is to detect whether the quantity (such as paired or grouped parameters) of the input performance parameters meets the preset requirement of corresponding detection item parameters, the validity detection is to detect whether the magnitude of the input performance parameters meets the preset requirement of corresponding detection item parameters, and the reliability is to detect whether the reliability level of the input performance parameters meets the preset requirement of corresponding detection item parameters compared with the past input parameters;
the control console is respectively connected with the n performance parameter detection modules, and a result ordering unit, a result display unit, a quantity counting unit, a user feedback receiving unit and a user authority stimulating unit are arranged in the control console; wherein, the liquid crystal display device comprises a liquid crystal display device,
the result ordering unit orders the detection results of the performance parameter detection modules; the user can conveniently search and call the data;
the result display unit displays the detection results of the performance parameter detection modules according to the sequence of the result sequencing unit;
the quantity counting unit counts the quantity of qualified and unqualified detection results in all detection results;
the user feedback processing unit receives the user feedback comments sent by the user module and carries out corresponding analysis on the user feedback comments;
the user authority incentive unit opens corresponding authorities to users according to analysis results of the user feedback opinion by the user feedback processing unit and sends corresponding incentives;
the corresponding matching module is used for selecting corresponding relevant parameter supplementary detection units in the diagnosis module to carry out supplementary detection according to the statistical results of the quantity statistical units;
the diagnosis module is provided with a high-correlation parameter supplementing detection unit, a medium-correlation parameter supplementing detection unit, a low-correlation parameter supplementing detection unit, an experience data storage unit, a correlation parameter storage unit and a diagnosis result generation unit; the corresponding matching module selects a corresponding relevant parameter supplementing detection unit for supplementing detection according to the statistical result of the quantity statistical unit; wherein, the liquid crystal display device comprises a liquid crystal display device,
a plurality of relevant parameter detection items with highest relevance are arranged in the high relevant parameter supplementing detection unit;
a plurality of related parameter detection items with medium correlation degree are arranged in the medium correlation parameter supplementing detection unit;
a plurality of related parameter detection items with the lowest degree of correlation are arranged in the low-related parameter supplementing detection unit;
historical experience diagnosis data related to unqualified detection results are preset in the experience data storage unit;
the relevant parameter storage unit stores corresponding relevant parameters in each relevant parameter supplementing detection unit;
the diagnosis result generating unit combines historical experience diagnosis data which is preset in the experience data storage unit and is related to the unqualified detection result and supplementary detection data which is carried out supplementary detection by a corresponding related parameter supplementary detection unit in the diagnosis module selected by the corresponding matching module, and generates a diagnosis result corresponding to the unqualified detection result;
and the user module sends user feedback comments to the control console after receiving the diagnosis result.
Specifically, the result sorting unit sorts unqualified detection results of each performance parameter detection module according to the actual detection value of the performance parameter input by the input module and the absolute value of the difference value exceeding the preset threshold range inside the corresponding performance parameter detection module; and the result ordering unit is used for ordering qualified detection results of the performance parameter detection modules according to the actual detection values of the performance parameters input by the input modules and the absolute values of the differences of the preset threshold endpoints in the performance parameter detection modules corresponding to the distances. Therefore, the detection results whether the detection results are qualified or unqualified are integrally arranged in the sequence from large to small, so that the user can conveniently review and check the detection results.
Specifically, the result display unit performs split-screen color separation display on unqualified and qualified detection results of each performance parameter detection module according to the sequencing of the result sequencing unit, so that a user can intuitively acquire the qualified detection results and the unqualified detection results conveniently.
Specifically, the number statistics unit presets a qualified number range, a first overrun range, a second overrun range, and a third overrun range related to the ratio of the number of unqualified detection results to the total number of detection results, and satisfies: the lower limit value of the second overrun range is equal to the upper limit value of the first overrun range, and the lower limit value of the third overrun range is equal to the upper limit value of the second overrun range, so that supplementary detection items are further allocated to detection items with unqualified detection results according to a numerical range in which the ratio of the number of unqualified detection results to the total number of detection results specifically falls, and time loss and cost loss caused by excessive supplementary detection items possibly caused when the unqualified detection results are solely used as the basis for determining the supplementary detection items correspondingly allocated are avoided.
Specifically, a corresponding matching strategy is preset in the corresponding matching module so as to select a corresponding relevant parameter supplementary detection unit in the diagnosis module for supplementary detection according to the statistical result of the quantity statistical unit; the matching strategy is:
when the ratio of the number of unqualified detection results to the total number of detection results is within the range of the qualified number, the corresponding matching module only selects the high-correlation parameter supplementary detection unit arranged in the diagnosis module for supplementary detection; at the moment, the number of unqualified detection results is relatively small, so that the high-correlation parameter supplementary detection unit with higher correlation degree with the detection items with unqualified detection results is selected independently for supplementary detection, the diagnosis reasons of the unqualified detection results can be obtained quickly and accurately, and meanwhile, the time loss and the cost loss caused by too many supplementary detection items are avoided;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of the qualified number and is within a first overrun range, the corresponding matching module simultaneously selects a high correlation parameter supplementary detection unit and a low correlation parameter supplementary detection unit which are arranged in the diagnosis module for supplementary detection; at the moment, the number of unqualified detection results is relatively increased, so that the high-correlation parameter supplementary detection unit with higher correlation degree with the detection items with unqualified detection results is selected for supplementary detection, and the low-correlation parameter supplementary detection unit with lower correlation degree with the detection items with unqualified detection results is also required for supplementary detection, thereby increasing the searching range to further search the range of the diagnosis reasons which possibly lead to the unqualified detection results, and avoiding time loss and cost loss caused by too many supplementary detection items;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of the qualified number and is within a second overrun range, the corresponding matching module simultaneously selects a high-correlation parameter supplementary detection unit and a medium-correlation parameter supplementary detection unit which are arranged in the diagnosis module for supplementary detection; at this time, the number of unqualified detection results continues to increase, so that the high-correlation parameter supplementary detection unit with higher correlation degree with the detection item with unqualified detection results is selected for supplementary detection, and meanwhile, the medium-correlation parameter supplementary detection unit with middle correlation degree with the detection item with unqualified detection results is required for supplementary detection, so that the searching range is increased to further search the range of the diagnosis reason which possibly leads to unqualified detection results, and meanwhile, the diagnosis accuracy is required to be improved, and the pre-warning of other correlation performance parameters can be realized to a certain extent;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of the qualified number and is within a third overrun range, the corresponding matching module simultaneously selects a high correlation parameter supplementing detection unit, a medium correlation parameter supplementing detection unit and a low correlation parameter supplementing detection unit which are arranged in the diagnosis module for supplementing detection; at this time, the number of unqualified detection results is large, so that the high-correlation parameter supplementary detection units with high correlation degree with the detection items with unqualified detection results are selected for supplementary detection, and at the same time, as many parameter supplementary detection units with correlation degree with the detection items with unqualified detection results are selected for supplementary detection, so that the searching range is enlarged as much as possible to align the range of the diagnosis reasons possibly causing the unqualified detection results, and pre-warning of other correlation performance parameters can be realized.
Specifically, the experience data storage unit is preset with historical experience diagnosis data related to unqualified detection results, and the historical experience diagnosis data at least comprises the number of unqualified detection results, detection items corresponding to the unqualified detection results, parameter supplementing detection units selected by the corresponding matching modules, supplementing detection items carried out by the selected corresponding parameter supplementing detection units and diagnosis results; the data in each detection result is updated in time and stored in the historical empirical diagnostic data to further improve the accuracy of the diagnostic results of the detection system and the detection method.
Specifically, the corresponding relevant parameters in each relevant parameter supplementing detection unit stored in the relevant parameter storage unit can be added or deleted in a later period through the user requirement, so that the corresponding relevant parameters in each relevant parameter supplementing detection unit can be customized or modified according to different user requirements.
Specifically, the user permission excitation unit opens corresponding permissions to the user according to the number of times of user feedback comments, namely opens corresponding permissions to the user when the user feeds back comments each time, or judges the time of using the system by the user, and periodically opens corresponding permissions to the user after the time of using the system by the user exceeds the preset time. Preferably, the user permission excitation unit is provided with a permission priority unit, when the time of using the system by the user exceeds a preset time, the user is preferably selected to be periodically opened with the corresponding permission in a mode of periodically opening the corresponding permission to the user, and when the opinion is fed back by the user, the user is preferably selected to be opened with the corresponding permission in a mode of opening the corresponding permission to the user according to the number of times of the opinion fed back by the user.
Specifically, the user permission motivation unit sends corresponding motivation to the user according to the acceptance number of the user feedback comments and judges the frequency of the user feedback comments, and when the frequency of the user feedback comments is higher than a preset frequency, the corresponding motivation is sent to the user periodically. Preferably, the user permission excitation unit is provided with an excitation priority unit, when the frequency of the user feedback comments is higher than a preset frequency, the excitation priority unit preferentially selects a mode of periodically sending corresponding excitation to the user, and when the user feedback comments are accepted, the excitation priority unit preferentially selects a mode of sending corresponding excitation to the user according to the acceptance number of the user feedback comments.
Specifically, the invention also provides a highway concrete performance detection method, which comprises the following steps:
1) Inputting the performance parameters of the highway concrete into the system;
2) The input performance parameters are sequentially subjected to integrity detection, validity detection and reliability detection and then are compared with a preset threshold range to determine whether a detection result is qualified or not;
3) Sequencing the detection results of the performance parameter detection modules;
4) Displaying the detection results according to the sequence;
5) Counting the number of qualified and unqualified detection results in all detection results;
6) Selecting to carry out corresponding supplementary detection according to the statistical result;
7) Combining preset historical experience diagnosis data related to unqualified detection results and corresponding supplementary detection data to generate diagnosis results corresponding to the unqualified detection results;
8) After receiving the diagnosis result, the user sends out user feedback comments;
9) Receiving user feedback comments sent by a user module and carrying out corresponding analysis on the user feedback comments;
10 And opening corresponding authorities to the user according to analysis results of feedback comments of the user and sending corresponding incentives.
Finally, what is to be described is: the above embodiments are only for illustrating the technical solution of the present invention and not for limiting the same, and although the present invention has been described in detail with reference to the examples, it should be understood by those skilled in the art that modifications and equivalents may be made thereto without departing from the spirit and scope of the technical solution of the present invention, which is intended to be covered by the scope of the claims of the present invention.
Claims (8)
1. A highway concrete performance detecting system is characterized in that: the system comprises
The input module is used for inputting the performance parameters of the highway concrete into the system;
the performance parameter detection module comprises a 1 st to an n-th performance parameter detection module, the input module is connected with each performance parameter detection module through an integrity detection module (A), a legitimacy detection module (B) and a reliability detection module (C) in sequence, and the performance parameters input by the input module are compared with a preset threshold range in each corresponding performance parameter detection module to determine whether the detection result is qualified or not;
the control console is respectively connected with the n performance parameter detection modules, and a result ordering unit, a result display unit, a quantity counting unit, a user feedback receiving unit and a user authority stimulating unit are arranged in the control console; wherein, the liquid crystal display device comprises a liquid crystal display device,
the result ordering unit orders the detection results of the performance parameter detection modules;
the result display unit displays the detection results of the performance parameter detection modules according to the sequence of the result sequencing unit;
the quantity counting unit counts the quantity of qualified and unqualified detection results in all detection results;
the user feedback processing unit receives the user feedback comments sent by the user module and carries out corresponding analysis on the user feedback comments;
the user authority incentive unit opens corresponding authorities to users according to analysis results of the user feedback opinion by the user feedback processing unit and sends corresponding incentives;
the corresponding matching module is used for selecting corresponding relevant parameter supplementary detection units in the diagnosis module to carry out supplementary detection according to the statistical results of the quantity statistical units;
the diagnosis module is provided with a high-correlation parameter supplementing detection unit, a medium-correlation parameter supplementing detection unit, a low-correlation parameter supplementing detection unit, an experience data storage unit, a correlation parameter storage unit and a diagnosis result generation unit; the corresponding matching module selects a corresponding relevant parameter supplementing detection unit for supplementing detection according to the statistical result of the quantity statistical unit; wherein, the liquid crystal display device comprises a liquid crystal display device,
a plurality of relevant parameter detection items with highest relevance are arranged in the high relevant parameter supplementing detection unit;
a plurality of related parameter detection items with medium correlation degree are arranged in the medium correlation parameter supplementing detection unit;
a plurality of related parameter detection items with the lowest degree of correlation are arranged in the low-related parameter supplementing detection unit;
historical experience diagnosis data related to unqualified detection results are preset in the experience data storage unit;
the relevant parameter storage unit stores corresponding relevant parameters in each relevant parameter supplementing detection unit;
the diagnosis result generating unit combines historical experience diagnosis data which is preset in the experience data storage unit and is related to the unqualified detection result and supplementary detection data which is carried out supplementary detection by a corresponding related parameter supplementary detection unit in the diagnosis module selected by the corresponding matching module, and generates a diagnosis result corresponding to the unqualified detection result;
the user module sends user feedback comments to the control console after receiving the diagnosis result;
the number statistics unit is preset with a qualified number range, a first overrun range, a second overrun range and a third overrun range related to the ratio of the unqualified detection result number to the total detection result number, and the number statistics unit meets the following requirements: the lower limit value of the second overrun range is equal to the upper limit value of the first overrun range, and the lower limit value of the third overrun range is equal to the upper limit value of the second overrun range;
the corresponding matching module is preset with a corresponding matching strategy so as to select a corresponding relevant parameter supplementary detection unit in the diagnosis module for supplementary detection according to the statistical result of the quantity statistical unit; the matching strategy is:
when the ratio of the number of unqualified detection results to the total number of detection results is within the range of the qualified number, the corresponding matching module only selects the high-correlation parameter supplementary detection unit arranged in the diagnosis module for supplementary detection;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of the qualified number and is within a first overrun range, the corresponding matching module simultaneously selects a high correlation parameter supplementary detection unit and a low correlation parameter supplementary detection unit which are arranged in the diagnosis module for supplementary detection;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of the qualified number and is within a second overrun range, the corresponding matching module simultaneously selects a high-correlation parameter supplementary detection unit and a medium-correlation parameter supplementary detection unit which are arranged in the diagnosis module for supplementary detection;
when the ratio of the number of unqualified detection results to the total number of detection results exceeds the range of qualified numbers and is within a third overrun range, the corresponding matching module simultaneously selects the high correlation parameter supplementary detection unit, the medium correlation parameter supplementary detection unit and the low correlation parameter supplementary detection unit which are arranged in the diagnosis module to carry out supplementary detection.
2. The highway concrete performance test system according to claim 1, wherein: the result ordering unit is used for ordering unqualified detection results of the performance parameter detection modules according to the actual detection values of the performance parameters input by the input modules and the absolute values of the differences exceeding the preset threshold ranges in the corresponding performance parameter detection modules; and the result ordering unit is used for ordering qualified detection results of the performance parameter detection modules according to the actual detection values of the performance parameters input by the input modules and the absolute values of the differences of the preset threshold endpoints in the performance parameter detection modules corresponding to the distances.
3. The highway concrete performance test system according to claim 1, wherein: and the result display unit displays unqualified and qualified detection results of each performance parameter detection module in a split screen and color separation mode according to the sequencing of the result sequencing unit.
4. The highway concrete performance test system according to claim 1, wherein: the historical experience diagnosis data related to the unqualified detection result is preset in the experience data storage unit, and at least comprises the unqualified detection result number, the detection items corresponding to the unqualified detection result, the parameter supplementary detection unit selected by the corresponding matching module, the supplementary detection items carried out by the selected corresponding parameter supplementary detection unit and the diagnosis result.
5. The highway concrete performance test system according to claim 1, wherein: corresponding relevant parameters in each relevant parameter supplementing detection unit stored in the relevant parameter storage unit can be added or deleted later through user requirements.
6. The highway concrete performance test system according to claim 1, wherein: and the user permission motivating unit opens corresponding permissions to the user according to the number of times of user feedback comments or judges the time of using the system by the user, and periodically opens the corresponding permissions to the user after the time of using the system by the user exceeds the preset time.
7. The highway concrete performance test system according to claim 1, wherein: and the user authority motivation unit sends corresponding motivations to the user or judges the frequency of the user feedback comments according to the admission number of the user feedback comments, and periodically sends the corresponding motivations to the user when the frequency of the user feedback comments is higher than the preset frequency.
8. A highway concrete performance detection method is characterized in that: the method is applied to the highway concrete performance detection system as claimed in any one of claims 1 to 7.
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