CN112014551B - Automatic selection control method and system for liquid storage tank for asphalt test - Google Patents
Automatic selection control method and system for liquid storage tank for asphalt test Download PDFInfo
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Abstract
The invention discloses an automatic selection control method for a liquid storage tank for asphalt testing, which comprises the following steps: acquiring data of an initially used storage box; receiving lower liquid level alarm information and acquiring liquid data in each unused storage tank; analyzing the acquired liquid data in each unused storage tank, generating and sending an analysis result; and sending a use instruction to the corresponding storage box according to the analysis result. The invention also discloses an automatic selection control system of the liquid storage tank for asphalt testing. The invention can automatically and efficiently select the liquid for asphalt testing, ensures that the detection can be continuously carried out and improves the detection efficiency.
Description
Technical Field
The invention relates to the technical field of asphalt detection, in particular to an automatic selection control method and system for a liquid storage tank for asphalt testing.
Background
Because the asphalts from different production places or manufacturers have different chemical compositions, the asphalts with different sources and different chemical compositions can show different physical properties, the differences can be reflected on the performance of asphalt mixtures, and further the road paving effect is influenced, the asphalt needs to be detected and identified, but the dosage of an asphalt separation phase-soluble medium required by the fingerprint identification of the asphalt is large, an accurate result cannot be identified once often, the detection and identification need to be carried out for multiple times, but the traditional method can only artificially select and use the liquid stored in the storage box, the efficiency is low, the detection and identification requirements cannot be met, the automatic and continuous detection and identification cannot be carried out, the detection and identification cannot be carried out quickly and effectively, and the detection efficiency is low.
Disclosure of Invention
Based on the above, the invention provides an automatic selection control method and system for a liquid storage tank for asphalt testing, which can automatically and efficiently select the liquid storage tank for asphalt testing, further automatically and continuously provide the required detection liquid for asphalt fingerprint detection equipment, ensure that the detection can be continuously carried out, and improve the detection efficiency.
In order to solve the problems, the invention provides an automatic selection control method for a liquid storage tank for asphalt testing, which comprises the following steps:
s1, acquiring data of an initially used storage box;
s2, receiving the lower liquid level alarm information, and acquiring liquid data in each unused storage tank;
s3, analyzing the acquired liquid data in each unused storage tank, generating and sending an analysis result;
and S4, sending a use instruction to a corresponding storage box according to the analysis result.
The method comprises the steps of obtaining data of a storage tank initially used when asphalt fingerprint detection equipment performs detection, wherein the data comprises number data of the initially used storage tank, liquid use data in the storage tank and the like, when liquid in the initially used storage tank reaches a lower limit liquid level, the position which can be continuously used for about 1h is generally set as the lower limit liquid level, sending lower liquid level alarm information (alarm signal) through a liquid level sensor in the storage tank, obtaining liquid data in each unused storage tank except the initially used storage tank according to the initially used storage tank after receiving the lower liquid level alarm information, analyzing the obtained liquid data in each unused storage tank, identifying the liquid condition stored in each unused storage tank, judging which storage tank stores usable asphalt detection liquid, and generating and sending an analysis result; and sending a use instruction to the corresponding storage tank according to the analysis result, controlling the corresponding storage tank to open a use channel of the storage tank to be connected with the asphalt fingerprint detection equipment, completing automatic selection and switching of the liquid storage tank for the asphalt test, and after the switching is successful, performing the above circular operation by using the storage tank which is being used as the initial storage tank at the moment to ensure the continuity and the high efficiency of the detection until the detection is completed.
The method can automatically and efficiently select the liquid storage tank for the asphalt test, further automatically and continuously provide the required detection liquid for the asphalt fingerprint detection equipment, ensure that the detection can be continuously carried out, and improve the detection efficiency.
Further, the liquid data includes liquid volume data, liquid stabilizer data, and liquid oscillation data.
The method has the advantages that various liquid data related to the detection liquid are obtained, the comprehensiveness of the data is guaranteed, and the subsequent detection effect is improved.
Further, step S3 includes the steps of:
s31, analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid stabilizer data, and if so, entering the step S32; if not, go to step S34;
s32, analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid oscillation data, and if so, entering the step S33; if not, go to step S34;
s33, generating and sending an analysis result;
and S34, generating and sending early warning information.
Carry out the analysis to the liquid data in each storage tank that does not use that acquires, discern the judgement to the liquid in each storage tank that does not use, discern whether to contain liquid stabilizer data and liquid and vibrate data, whether add stabilizer and ultrasonic wave and vibrate the operation, judge whether the liquid of storage accords with and detects the liquid requirement to improve the accuracy that detects.
In order to solve the above problems, the present invention further provides an automatic selection control system for a liquid storage tank for asphalt testing, comprising an initial data acquisition module, a liquid data acquisition module, a data analysis module and a use instruction sending module, wherein:
the initial data acquisition module is used for acquiring data of the initially used storage box;
the liquid data acquisition module is used for receiving the lower liquid level alarm information and acquiring liquid data in each unused storage tank;
the data analysis module is used for analyzing the acquired liquid data in each unused storage tank, generating and sending an analysis result;
and the use instruction sending module is used for sending the use instruction to the corresponding storage box according to the analysis result.
The method comprises the steps that data of a storage tank which is initially used when asphalt fingerprint detection equipment is used for detection are obtained through an initial data obtaining module, the data comprise number data of the storage tank which is initially used, liquid use data in the storage tank and the like, when liquid in the storage tank which is initially used reaches a lower limit liquid level, the position which can be continuously used for about 1h is generally set as the lower limit liquid level, a lower liquid level alarm message (alarm signal) is sent through a liquid level sensor in the storage tank, after the liquid data obtaining module receives the lower liquid level alarm message, liquid data in each unused storage tank except the storage tank which is initially used are obtained according to the storage tank which is initially used, the liquid data comprise liquid volume data, liquid stabilizer data and liquid oscillation data, the data analyzing module analyzes the obtained liquid data in each unused storage tank, the condition of the liquid stored in each unused storage tank is identified, which storage tank is stored with usable asphalt detection liquid, and an analysis result is generated and sent; and the use instruction sending module sends a use instruction to the corresponding storage tank according to the analysis result, controls the corresponding storage tank to open a use channel of the storage tank to be connected with the asphalt fingerprint detection equipment, completes automatic selection and switching of the liquid storage tank for asphalt testing, and after the switching is successful, the storage tank which is being used at the moment is used as the initial storage tank to perform the above circular operation, so that the continuity and the high efficiency of the detection are ensured until the detection is completed.
This system can select the liquid bin for pitch test by automatic efficient, and then provides required detection liquid to pitch fingerprint check out test set in succession automatically, guarantees to detect and can go on in succession, improves detection efficiency.
Further, the liquid data includes liquid volume data, liquid stabilizer data, and liquid oscillation data.
The method has the advantages that various liquid data related to the detection liquid are obtained, the comprehensiveness of the data is guaranteed, and the subsequent detection effect is improved.
Further, the data analysis module comprises a first judgment sub-module, a second judgment sub-module, a result generation sub-module and an early warning sub-module, wherein:
the first judgment sub-module is used for analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid stabilizer data or not, and if so, operating the second judgment sub-module; if not, the early warning sub-module works;
the second judgment submodule is used for analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid oscillation data or not, and if so, generating a submodule to work according to the result; if not, the early warning sub-module works;
a result generation submodule for generating and sending an analysis result;
and the early warning submodule generates and sends early warning information.
The liquid data in each storage tank that does not use that obtain is analyzed, discerns the judgement to the liquid in each storage tank that does not use, and the discernment is whether to contain liquid stabilizer data and liquid and vibrate data, has carried out and has added stabilizer and ultrasonic wave and has vibrate the operation, judges whether the liquid of storage accords with and detects the liquid requirement to improve the accuracy that detects.
The beneficial effects of the invention are:
1. the liquid storage tank for asphalt testing can be automatically and efficiently selected, so that the required detection liquid can be automatically and continuously provided for the asphalt fingerprint detection equipment, the detection can be continuously carried out, and the detection efficiency is improved;
2. various liquid data related to the detected liquid are obtained, the comprehensiveness of the data is guaranteed, and the subsequent detection effect is improved;
3. the liquid data in each storage tank that does not use that obtain is analyzed, discerns the judgement to the liquid in each storage tank that does not use, and the discernment is whether to contain liquid stabilizer data and liquid and vibrate data, has carried out and has added stabilizer and ultrasonic wave and has vibrate the operation, judges whether the liquid of storage accords with and detects the liquid requirement to improve the accuracy that detects.
Drawings
FIG. 1 is a flow chart illustrating a method for automatically selecting and controlling a liquid storage tank for an asphalt test according to an embodiment of the present invention;
FIG. 2 is a flow chart illustrating data analysis performed by a method for automatically selecting and controlling a liquid storage tank for asphalt testing according to an embodiment of the present invention;
fig. 3 is a schematic diagram of an automatic selection control system for a liquid storage tank for asphalt testing according to an embodiment of the present invention.
Description of reference numerals:
10. an initial data acquisition module; 20. a liquid data acquisition module; 30. a data analysis module; 301. a first judgment submodule; 302. a second judgment sub-module; 303. a result generation submodule; 304. an early warning submodule; 40. an instruction sending module is used.
Detailed Description
Embodiments of the present invention will be described in detail below with reference to the accompanying drawings.
Examples
As shown in fig. 1, an automatic selection control method for a liquid storage tank for asphalt testing includes the following steps:
s1, acquiring data of an initially used storage box;
s2, receiving lower liquid level alarm information and acquiring liquid data in each unused storage tank;
s3, analyzing the acquired liquid data in each unused storage tank, generating and sending an analysis result;
and S4, sending a use instruction to the corresponding storage box according to the analysis result.
The method comprises the steps of obtaining data of a storage tank initially used when asphalt fingerprint detection equipment detects, wherein the data comprises number data of the initially used storage tank, liquid use data in the storage tank and the like, when liquid in the initially used storage tank reaches a lower limit liquid level, the position which can be continuously used for about 1h is generally set as the lower limit liquid level, sending a lower liquid level alarm message (alarm signal) through a liquid level sensor in the storage tank, obtaining liquid data in each unused storage tank except the initially used storage tank according to the initially used storage tank after receiving the lower liquid level alarm message, analyzing the obtained liquid data in each unused storage tank, identifying the liquid condition stored in each unused storage tank, judging which storage tank stores the liquid for detecting the usable asphalt, and generating and sending an analysis result; and sending a use instruction to the corresponding storage tank according to the analysis result, controlling the corresponding storage tank to open a use channel of the storage tank to be connected with the asphalt fingerprint detection equipment, completing automatic selection and switching of the liquid storage tank for the asphalt test, and after the switching is successful, performing the above circular operation by using the storage tank which is being used as the initial storage tank at the moment to ensure the continuity and the high efficiency of the detection until the detection is completed.
The method can automatically and efficiently select the liquid storage tank for the asphalt test, further automatically and continuously provide the required detection liquid for the asphalt fingerprint detection equipment, ensure that the detection can be continuously carried out, and improve the detection efficiency.
In one embodiment, the liquid data includes liquid volume data, liquid stabilizer data, and liquid oscillation data.
The method has the advantages that various liquid data related to the detection liquid are obtained, the comprehensiveness of the data is guaranteed, and the subsequent detection effect is improved.
In one embodiment, as shown in fig. 2, step S3 includes the following steps:
s31, analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid stabilizer data, and if so, entering the step S32; if not, go to step S34;
s32, analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid oscillation data, and if so, entering the step S33; if not, go to step S34;
s33, generating and sending an analysis result;
and S34, generating and sending early warning information.
The liquid data in each storage tank that does not use that obtain is analyzed, discerns the judgement to the liquid in each storage tank that does not use, and the discernment is whether to contain liquid stabilizer data and liquid and vibrate data, has carried out and has added stabilizer and ultrasonic wave and has vibrate the operation, judges whether the liquid of storage accords with and detects the liquid requirement to improve the accuracy that detects.
As shown in fig. 3, an automatic selection control system for a liquid storage tank for asphalt testing includes an initial data acquisition module 10, a liquid data acquisition module 20, a data analysis module 30, and a use instruction sending module 40, wherein:
an initial data acquisition module 10 for acquiring data of the storage box initially used;
the liquid data acquisition module 20 is used for receiving the liquid level alarm information and acquiring liquid data in each unused storage tank;
the data analysis module 30 is used for analyzing the acquired liquid data in each unused storage tank, generating and sending an analysis result;
and the use instruction sending module 40 is used for sending the use instruction to the corresponding storage box according to the analysis result.
The method comprises the steps that data of a storage tank initially used when asphalt fingerprint detection equipment is used for detection are obtained through an initial data obtaining module 10, the data comprise number data of the storage tank initially used, liquid use data in the storage tank and the like, when liquid in the storage tank initially used reaches a lower limit liquid level, the position which can be continuously used for about 1h is generally set as the lower limit liquid level, a lower liquid level alarm message (alarm signal) is sent through a liquid level sensor in the storage tank, after the liquid data obtaining module 20 receives the lower liquid level alarm message, liquid data in each unused storage tank except the storage tank initially used are obtained according to the storage tank initially used, the liquid data comprise liquid volume data, liquid stabilizer data and liquid oscillation data, a data analyzing module 30 analyzes the obtained liquid data in each unused storage tank, the liquid condition stored in each unused storage tank is identified, which storage tank is stored with usable asphalt detection liquid, and an analysis result is generated and sent; and the use instruction sending module 40 sends a use instruction to the corresponding storage tank according to the analysis result, controls the corresponding storage tank to open a use channel of the storage tank to be connected with the asphalt fingerprint detection equipment, completes automatic selection and switching of the liquid storage tank for asphalt testing, and after the switching is successful, the storage tank in use is used as an initial use storage tank to perform the above circular operation, so that the continuity and the high efficiency of detection are ensured until the detection is completed.
The system can automatically and efficiently select the liquid storage tank for asphalt testing, further automatically and continuously provide required detection liquid for the asphalt fingerprint detection equipment, the detection can be continuously carried out, and the detection efficiency is improved.
In one embodiment, the liquid data includes liquid volume data, liquid stabilizer data, and liquid oscillation data.
The method has the advantages that various liquid data related to the detection liquid are obtained, the comprehensiveness of the data is guaranteed, and the subsequent detection effect is improved.
In one embodiment, as shown in fig. 3, the data analysis module 30 includes a first determining sub-module 301, a second determining sub-module 302, a result generating sub-module 303, and an early warning sub-module 304, wherein:
the first judgment sub-module 301 is configured to analyze the acquired liquid data in each unused storage tank, judge whether the liquid data in each unused storage tank contains liquid stabilizer data, and if yes, the second judgment sub-module 302 operates; if not, the early warning sub-module 304 works;
the second judgment sub-module 302 is configured to analyze the acquired liquid data in each unused storage tank, judge whether the liquid data in each unused storage tank includes liquid oscillation data, and if yes, perform the operation of the result generation sub-module 303; if not, the early warning sub-module 304 works;
a result generation submodule 303 for generating and transmitting an analysis result;
and the early warning sub-module 304 generates and sends early warning information.
The liquid data in each storage tank that does not use that obtain is analyzed, discerns the judgement to the liquid in each storage tank that does not use, and the discernment is whether to contain liquid stabilizer data and liquid and vibrate data, has carried out and has added stabilizer and ultrasonic wave and has vibrate the operation, judges whether the liquid of storage accords with and detects the liquid requirement to improve the accuracy that detects. If the operations of adding the stabilizing agent and ultrasonic oscillation are finished and the operation comprises liquid stabilizing agent data and liquid oscillation data, an analysis result is generated and sent, the use instruction sending module 40 sends a use instruction to the corresponding storage tank according to the analysis result, the corresponding storage tank is controlled to open the use channel to be connected with the asphalt fingerprint detection equipment, and automatic selection switching of the liquid storage tank for the asphalt test is finished. If the liquid stabilizer data and the liquid oscillation data are not contained, generating and sending early warning information, further prompting the equipment to terminate the next stage of test (the continuous detection of the online test is finished), and displaying that the test is about to be terminated or terminating the test.
The above embodiments only express specific embodiments of the present invention, and the description is specific and detailed, but not to be understood as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention.
Claims (2)
1. An automatic selection control method for a liquid storage tank for asphalt testing is characterized by comprising the following steps:
s1, acquiring data of an initially used storage box;
s2, receiving the lower liquid level alarm information, and acquiring liquid data in each unused storage tank;
s3, analyzing the acquired liquid data in each unused storage tank, generating and sending an analysis result;
s4, sending a use instruction to a corresponding storage box according to the analysis result;
the liquid data comprises liquid volume data, liquid stabilizer data and liquid oscillation data;
step S3 includes the following steps:
s31, analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid stabilizer data, and if so, entering the step S32; if not, go to step S34;
s32, analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid oscillation data, and if so, entering the step S33; if not, go to step S34;
s33, generating and sending an analysis result;
and S34, generating and sending early warning information.
2. The utility model provides a liquid storage tank automatic selection control system is used in asphalt test which characterized in that, includes initial data acquisition module, liquid data acquisition module, data analysis module and service instruction sending module, wherein:
the initial data acquisition module is used for acquiring data of the initially used storage box;
the liquid data acquisition module is used for receiving the lower liquid level alarm information and acquiring liquid data in each unused storage tank;
the data analysis module is used for analyzing the acquired liquid data in each unused storage tank, generating and sending an analysis result;
the using instruction sending module is used for sending using instructions to the corresponding storage boxes according to the analysis results;
the liquid data comprises liquid volume data, liquid stabilizer data and liquid oscillation data;
the data analysis module comprises a first judgment submodule, a second judgment submodule, a result generation submodule and an early warning submodule, wherein:
the first judgment sub-module is used for analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid stabilizer data or not, and if so, operating the second judgment sub-module; if not, the early warning sub-module works;
the second judgment sub-module is used for analyzing the acquired liquid data in each unused storage tank, judging whether the liquid data in each unused storage tank contains liquid oscillation data or not, and if so, operating the result generation sub-module; if not, the early warning sub-module works;
a result generation submodule for generating and sending an analysis result;
and the early warning submodule generates and sends early warning information.
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