CN117906937B - Hydrostatic test method, test system and storage medium - Google Patents
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Abstract
本发明申请公开了一种水压试验方法、试验系统及存储介质，涉及水压试验领域，包括信息获取模块、恒定水压分析模块、初步评估模块、动态水压分析模块、综合水压分析模块、综合评估处理模块和数据库，通过在不同恒定水压和不同动态水压下对目标参照物进行冲击，根据检测目标参照物硬度和密度变化对目标装置输出水压的准确性进行综合分析，进一步地提高了对目标装置输出水压精度检测的准确性，并进行综合评估处理，节约了消防用水的同时对火灾进行有效的处理，保障了生命财产安全。
The present invention application discloses a water pressure test method, a test system and a storage medium, which relate to the field of water pressure test, and include an information acquisition module, a constant water pressure analysis module, a preliminary evaluation module, a dynamic water pressure analysis module, a comprehensive water pressure analysis module, a comprehensive evaluation processing module and a database. By impacting a target reference object under different constant water pressures and different dynamic water pressures, a comprehensive analysis is performed on the accuracy of the output water pressure of a target device according to the hardness and density changes of the detected target reference object, thereby further improving the accuracy of the detection of the accuracy of the output water pressure of the target device, and performing a comprehensive evaluation processing, thereby saving fire-fighting water and effectively handling fires, and ensuring the safety of life and property.
Description
技术领域Technical Field
本发明涉及水压试验的领域，尤其是涉及一种水压试验方法、试验系统及存储介质。The present invention relates to the field of water pressure testing, and in particular to a water pressure testing method, a testing system and a storage medium.
背景技术Background technique
随着科学技术的发展，信息化智能化进程加快，智能消防随之大面积普及，精准的水压控制是智能消防的基础，然而对水压控制精度的检测还存在以下不足：With the development of science and technology, the process of informatization and intelligence has accelerated, and intelligent fire protection has become popularized on a large scale. Accurate water pressure control is the basis of intelligent fire protection. However, there are still the following deficiencies in the detection of water pressure control accuracy:
现有的技术通常根据水流是否到达目标位置来对装置输出水压的精度进行判断，降低了对水压检测准确性，增大了对输出水压矫正的复杂性，可能会由于水压误差造成水资源的浪费，甚至由于火灾无法得到有效的处理而造成更大的灾情。Existing technologies usually judge the accuracy of the device's output water pressure based on whether the water flow reaches the target location, which reduces the accuracy of water pressure detection and increases the complexity of output water pressure correction. This may cause waste of water resources due to water pressure errors, or even cause greater disasters due to the inability to effectively deal with fires.
发明内容Summary of the invention
本发明的目的在于提供一种水压试验方法、试验系统及存储介质，以解决上述背景技术中提出的问题。The object of the present invention is to provide a water pressure test method, a test system and a storage medium to solve the problems raised in the above background technology.
为实现上述目的，本发明提供如下技术方案：一种水压试验系统，包括：To achieve the above object, the present invention provides the following technical solution: a water pressure test system, comprising:
信息获取模块：用于通过预设的水压试验方法对目标装置进行水压试验，得到目标装置水压试验的试验信息；Information acquisition module: used to perform a water pressure test on the target device by a preset water pressure test method to obtain test information of the water pressure test of the target device;
恒定水压分析模块：用于对目标装置水压试验的试验信息进行分析，得到目标装置水压恒定阶段对应的水压输出精确系数；Constant water pressure analysis module: used to analyze the test information of the water pressure test of the target device and obtain the water pressure output accuracy coefficient corresponding to the constant water pressure stage of the target device;
初步评估模块：用于对目标装置水压恒定阶段对应的水压输出精确系数进行分析评估，得到目标装置水压恒定阶段对应的水压分析结果，并根据预设的水压处理方法对目标装置水压恒定阶段对应的水压分析结果进行水压控制处理；Preliminary evaluation module: used to analyze and evaluate the water pressure output accuracy coefficient corresponding to the constant water pressure stage of the target device, obtain the water pressure analysis result corresponding to the constant water pressure stage of the target device, and perform water pressure control processing on the water pressure analysis result corresponding to the constant water pressure stage of the target device according to the preset water pressure processing method;
动态水压分析模块：用于对目标装置水压试验的试验信息进行分析，得到目标装置水压动态变化阶段对应的水压输出精确系数；Dynamic water pressure analysis module: used to analyze the test information of the water pressure test of the target device and obtain the water pressure output accuracy coefficient corresponding to the dynamic change stage of the water pressure of the target device;
综合水压分析模块：用于对目标装置水压恒定阶段对应的水压输出精确系数和目标装置水压动态变化阶段对应的水压输出精确系数进行综合分析，得到目标装置的综合水压输出精确系数；Comprehensive water pressure analysis module: used to comprehensively analyze the water pressure output precision coefficient corresponding to the constant water pressure stage of the target device and the water pressure output precision coefficient corresponding to the dynamic water pressure change stage of the target device, and obtain the comprehensive water pressure output precision coefficient of the target device;
综合评估处理模块：用于对目标装置水压试验的综合水压输出精确系数进行分析评估，得到目标装置的综合水压分析结果，根据预设的水压处理方法对目标装置的综合水压分析结果进行水压控制处理；Comprehensive evaluation processing module: used to analyze and evaluate the comprehensive water pressure output accuracy coefficient of the water pressure test of the target device, obtain the comprehensive water pressure analysis result of the target device, and perform water pressure control processing on the comprehensive water pressure analysis result of the target device according to the preset water pressure processing method;
在本方案的较佳方案中，信息获取模块的具体执行方式如下：In a preferred embodiment of this scheme, the specific implementation method of the information acquisition module is as follows:
将目标装置通过预设的水压试验方法进行水压试验，得到目标装置水压试验的试验信息。The target device is subjected to a water pressure test by a preset water pressure test method to obtain test information of the water pressure test of the target device.
通过采用上述方案，预设的水压试验方法通过控制变量的方式，保持目标装置水压试验的预设条件不变情况下控制目标装置以不同恒定水压和不同动态水压对参照物进行冲击。能够更精准的对目标装置输出水压进行分析，为后续水压分析提供了理论条件。By adopting the above scheme, the preset water pressure test method controls the target device to impact the reference object with different constant water pressures and different dynamic water pressures while keeping the preset conditions of the water pressure test of the target device unchanged by controlling the variables. It can analyze the output water pressure of the target device more accurately, providing theoretical conditions for subsequent water pressure analysis.
在本方案的较佳方案中，恒定水压分析模块的具体执行方式如下：In the preferred embodiment of this scheme, the specific implementation method of the constant water pressure analysis module is as follows:
目标装置水压试验的试验信息包括水压信息、参照物信息和预设条件信息；The test information of the water pressure test of the target device includes water pressure information, reference object information and preset condition information;
将目标装置水压试验划分为水压恒定阶段和水压动态变化阶段；The water pressure test of the target device is divided into a constant water pressure stage and a dynamic water pressure change stage;
目标装置水压试验中水压恒定阶段对应的水压信息包括恒定水压Pa和恒定水压的持续时间T；The water pressure information corresponding to the water pressure constant stage in the water pressure test of the target device includes the constant water pressure Pa and the duration T of the constant water pressure;
目标装置水压试验中水压恒定阶段对应的参照物信息包括参照物实时密度和实时硬度，根据目标装置水压试验中水压恒定阶段对应的参照物实时密度和实时硬度分别绘制目标装置水压试验中水压恒定阶段对应的参照物密度变化曲线和参照物硬度变化曲线；The reference object information corresponding to the constant water pressure stage in the water pressure test of the target device includes the real-time density and the real-time hardness of the reference object. The reference object density change curve and the reference object hardness change curve corresponding to the constant water pressure stage in the water pressure test of the target device are respectively drawn according to the real-time density and the real-time hardness of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device;
建立恒定水压分析模块与数据库之间的数据提取关系，提取数据库中存储的各标准恒定水压在预设条件信息下对应的参照物标准密度变化曲线和标准硬度变化曲线，通过目标装置水压试验水压恒定阶段的恒定水压Pa和恒定水压的持续时间T从数据库中筛选获得目标装置水压试验中水压恒定阶段对应的参照物标准密度变化曲线和标准硬度变化曲线；Establish a data extraction relationship between the constant water pressure analysis module and the database, extract the standard density change curve and standard hardness change curve of the reference object corresponding to each standard constant water pressure stored in the database under the preset condition information, and screen the standard density change curve and standard hardness change curve of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device from the database through the constant water pressure Pa and the duration T of the constant water pressure in the water pressure test of the target device;
将目标装置水压试验中水压恒定阶段对应的参照物密度变化曲线和硬度变化曲线分别与目标装置水压试验中水压恒定阶段对应的参照物标准密度变化曲线和标准硬度变化曲线进行对比分析，得到目标装置水压试验中水压恒定阶段对应的参照物密度变化符合度 ，得到目标装置水压试验中水压恒定阶段对应的参照物硬度变化符合度/>；The density change curve and hardness change curve of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device are compared and analyzed with the standard density change curve and standard hardness change curve of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device, and the conformity of the density change of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device is obtained. , and obtain the compliance of the hardness change of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device/> ;
将目标装置水压试验中水压恒定阶段对应的参照物密度变化符合度和目标装置水压试验中水压恒定阶段对应的参照物硬度变化符合度/>带入公式，得到目标装置水压试验中水压恒定阶段对应的水压输出精确系数 ，其中/>表示为恒定水压符合影响因子。The density change conformity of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device The degree of conformity of the hardness change of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device/> Substitute into the formula , and obtain the water pressure output accuracy coefficient corresponding to the constant water pressure stage in the water pressure test of the target device , where/> Expressed as constant water pressure compliance factor.
通过采用上述技术方案，通过对目标参数物的密度和硬度进行分析对比，能够更有效的对目标装置的输出水压精准度进行检测判断。By adopting the above technical solution, the output water pressure accuracy of the target device can be more effectively detected and judged by analyzing and comparing the density and hardness of the target parameter object.
在本方案的较佳方案中，初步评估模块的具体执行方式如下：In the preferred embodiment of this scheme, the specific implementation of the preliminary assessment module is as follows:
将目标装置水压试验中水压恒定阶段对应的水压输出精确系数与预设的目标装置水压恒定阶段对应的标准水压输出精确系数进行对比分析，若目标装置水压恒定阶段对应的水压输出精确系数大于预设的目标装置水压恒定阶段对应的标准水压输出精确系数，则确定出目标装置水压恒定阶段对应的水压输出正常，将目标装置水压恒定阶段对应的水压输出正常记作目标装置水压恒定阶段对应的水压分析结果；若目标装置水压恒定阶段对应的水压输出精确系数小于或等于预设的目标装置水压恒定阶段对应的标准水压输出精确系数，则确定出目标装置水压恒定阶段对应的水压输出异常，将目标装置水压恒定阶段对应的水压输出异常记作目标装置水压恒定阶段对应的水压分析结果。The water pressure output accuracy coefficient corresponding to the water pressure constant stage in the water pressure test of the target device is compared and analyzed with the preset standard water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device. If the water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device is greater than the preset standard water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device, it is determined that the water pressure output corresponding to the water pressure constant stage of the target device is normal, and the normal water pressure output corresponding to the water pressure constant stage of the target device is recorded as the water pressure analysis result corresponding to the water pressure constant stage of the target device; if the water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device is less than or equal to the preset standard water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device, it is determined that the water pressure output corresponding to the water pressure constant stage of the target device is abnormal, and the abnormal water pressure output corresponding to the water pressure constant stage of the target device is recorded as the water pressure analysis result corresponding to the water pressure constant stage of the target device.
通过采用上述技术方案，通过预设的水压处理方法对目标装置水压恒定阶段对应的水压分析结果进行水压控制处理；By adopting the above technical solution, the water pressure analysis results corresponding to the constant water pressure stage of the target device are subjected to water pressure control processing by a preset water pressure processing method;
在本方案的较佳方案中，动态水压分析模块的具体执行方式如下：In the preferred embodiment of this scheme, the specific implementation method of the dynamic water pressure analysis module is as follows:
目标装置水压试验中水压动态变化阶段对应的水压信息为初始水压Pa'和水压变化率；The water pressure information corresponding to the dynamic change stage of water pressure in the target device water pressure test is the initial water pressure Pa' and the water pressure change rate ;
建立动态水压分析模块与数据库之间的数据提取关系，提取数据库存储的各初始水压在预设条件信息下对应的参照物密度影响因子和参照物硬度影响因子，通过目标装置水压试验中水压动态变化阶段对应的初始水压Pa'筛选获得目标装置水压试验中水压动态变化阶段初始水压Pa'对应的参照物密度影响因子 和参照物硬度影响因子/>；Establish a data extraction relationship between the dynamic water pressure analysis module and the database, extract the reference object density influence factor and the reference object hardness influence factor corresponding to each initial water pressure stored in the database under the preset condition information, and obtain the reference object density influence factor corresponding to the initial water pressure Pa' in the dynamic change stage of water pressure in the water pressure test of the target device by screening the initial water pressure Pa' in the dynamic change stage of water pressure in the water pressure test of the target device and reference hardness influence factor/> ;
目标装置水压试验中水压动态变化阶段对应的参照物信息包括参照物密度变化率和参照物硬度变化率/>；The reference object information corresponding to the dynamic change stage of water pressure in the target device water pressure test includes the reference object density change rate and the hardness change rate of the reference object/> ;
将目标装置水压试验中水压动态变化阶段初始水压Pa'对应的参照物密度影响因子、参照物硬度影响因子/>、目标装置水压试验中水压动态变化阶段对应的水压变化率/>密度变化率/>和参照物硬度变化率/>带入公式,得到目标装置水压试验中水压动态变化阶段对应的水压输出精确系数/> ，其中α表示为预设的密度变化影响系数，β表示为预设的硬度变化影响系数，/>表示为预设的水压动态变化阶段的水压输出精确系数影响因子。The reference object density influence factor corresponding to the initial water pressure Pa' in the dynamic change stage of water pressure in the water pressure test of the target device , Reference hardness influence factor/> , the water pressure change rate corresponding to the dynamic change stage of water pressure in the water pressure test of the target device/> Density change rate/> and the hardness change rate of the reference object/> Substitute into the formula , get the water pressure output accuracy coefficient corresponding to the dynamic change stage of water pressure in the water pressure test of the target device/> , where α represents the preset density change influence coefficient, β represents the preset hardness change influence coefficient, /> It is expressed as the influencing factor of the water pressure output accuracy coefficient in the preset water pressure dynamic change stage.
在本方案的较佳方案中，综合水压分析模块的具体执行方式如下：In the preferred embodiment of this scheme, the specific implementation method of the comprehensive water pressure analysis module is as follows:
将目标装置水压试验中水压动态变化阶段对应的水压输出精确系数和目标装置水压试验中水压恒定阶段对应的水压输出精确系数/>带入公式/>，得到目标装置水压试验的综合水压输出精确系数Z，其中/>表示为预设的综合水压输出精确系数综合影响因子。The water pressure output accuracy coefficient corresponding to the dynamic change stage of water pressure in the water pressure test of the target device The water pressure output accuracy coefficient corresponding to the water pressure constant stage in the water pressure test of the target device/> Substitute into the formula/> , and obtain the comprehensive water pressure output accuracy coefficient Z of the target device water pressure test, where/> Expressed as the comprehensive influencing factor of the preset comprehensive water pressure output accuracy coefficient.
在本方案的较佳方案中，综合评估处理模块的具体执行方式如下：In the preferred embodiment of this scheme, the specific implementation method of the comprehensive evaluation processing module is as follows:
将目标装置的水压精确系数与预设的水压精确系数阈值进行对比分析，若目标装置的水压精确系数大于预设的水压精确系数阈值，则确定出目标装置的综合水压输出正常，将目标装置的综合水压输出正常记为目标装置的综合水压分析结果；若目标装置的水压精确系数小于或等于预设的水压精确系数阈值，则确定出目标装置的综合水压输出异常，将目标装置的综合水压输出异常记为目标装置的综合水压分析结果。The water pressure accuracy coefficient of the target device is compared and analyzed with the preset water pressure accuracy coefficient threshold. If the water pressure accuracy coefficient of the target device is greater than the preset water pressure accuracy coefficient threshold, it is determined that the comprehensive water pressure output of the target device is normal, and the normal comprehensive water pressure output of the target device is recorded as the comprehensive water pressure analysis result of the target device; if the water pressure accuracy coefficient of the target device is less than or equal to the preset water pressure accuracy coefficient threshold, it is determined that the comprehensive water pressure output of the target device is abnormal, and the abnormal comprehensive water pressure output of the target device is recorded as the comprehensive water pressure analysis result of the target device.
通过采用上述技术方案，通过预设的水压处理方法对目标装置的综合水压分析结果进行水压控制处理。By adopting the above technical solution, the comprehensive water pressure analysis results of the target device are subjected to water pressure control processing through a preset water pressure processing method.
为实现上述目的，本发明还提供如下技术方案：一种水压试验方法，包括以下步骤：To achieve the above object, the present invention also provides the following technical solution: a water pressure test method, comprising the following steps:
对目标装置进行水压试验，得到目标装置水压试验的试验信息；Performing a water pressure test on a target device to obtain test information of the water pressure test on the target device;
对目标装置水压试验的试验信息进行分析，得到目标装置水压恒定阶段对应的水压输出精确系数；Analyze the test information of the water pressure test of the target device to obtain the water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device;
对目标装置水压恒定阶段对应的水压输出精确系数进行分析评估，得到目标装置水压恒定阶段对应的水压分析结果，并根据预设的水压处理方法对目标装置水压恒定阶段对应的水压分析结果进行水压控制处理；Analyze and evaluate the water pressure output accuracy coefficient corresponding to the constant water pressure stage of the target device, obtain the water pressure analysis result corresponding to the constant water pressure stage of the target device, and perform water pressure control processing on the water pressure analysis result corresponding to the constant water pressure stage of the target device according to a preset water pressure processing method;
对目标装置水压试验的试验信息进行分析，得到目标装置水压动态变化阶段对应的水压输出精确系数；Analyze the test information of the water pressure test of the target device to obtain the water pressure output accuracy coefficient corresponding to the dynamic change stage of the water pressure of the target device;
对目标装置水压恒定阶段对应的水压输出精确系数和目标装置水压动态变化阶段对应的水压输出精确系数进行综合分析，得到目标装置的综合水压输出精确系数；Comprehensively analyze the water pressure output accuracy coefficient corresponding to the constant water pressure stage of the target device and the water pressure output accuracy coefficient corresponding to the dynamic water pressure change stage of the target device to obtain the comprehensive water pressure output accuracy coefficient of the target device;
对目标装置的综合水压输出精确系数进行分析评估，得到目标装置的综合水压分析结果，根据预设的水压处理方法对目标装置的综合水压分析结果进行水压控制处理。The comprehensive water pressure output accuracy coefficient of the target device is analyzed and evaluated to obtain the comprehensive water pressure analysis result of the target device, and the comprehensive water pressure analysis result of the target device is subjected to water pressure control processing according to a preset water pressure processing method.
为实现上述目的，本发明还提供如下技术方案：一种水压试验存储介质，其上存储有计算机指令，所述计算机指令运行时执行上述的水压试验方法中的任意步骤。To achieve the above object, the present invention also provides the following technical solution: a water pressure test storage medium, on which computer instructions are stored, and when the computer instructions are run, any step in the above water pressure test method is executed.
与现有技术相比，本发明的有益效果是：Compared with the prior art, the present invention has the following beneficial effects:
本发明通过不同恒定水压在预设的条件下对目标参照物进行冲击，根据检测目标参照物的实时硬度和实时密度来分析目标装置输出恒定水压的精度，有效的提高了对目标装置输出水压精度检测的准确性；The present invention impacts the target reference object under preset conditions by using different constant water pressures, and analyzes the accuracy of the constant water pressure output by the target device according to the real-time hardness and real-time density of the target reference object, thereby effectively improving the accuracy of the detection of the output water pressure accuracy of the target device;
本发明通过不同动态水压在预设的条件下对目标参照物进行冲击，根据检测目标参照物硬度和密度变化速率对目标装置输出动态水压的准确性进行分析，进一步的提高了对目标装置输出水压精度检测的准确性，并进行综合评估处理，节约了消防用水的同时对火灾进行有效的处理，保障了生命财产安全。The present invention impacts a target reference object under preset conditions through different dynamic water pressures, analyzes the accuracy of the dynamic water pressure output by the target device according to the hardness and density change rate of the detected target reference object, further improves the accuracy of the detection of the precision of the water pressure output by the target device, and performs comprehensive evaluation and processing, thereby saving fire-fighting water and effectively handling fires, thereby ensuring the safety of life and property.
附图说明BRIEF DESCRIPTION OF THE DRAWINGS
利用附图对本发明作进一步说明，但附图中的实施例不构成对本发明的任何限制，对于本领域的普通技术人员，在不付出创造性劳动的前提下，还可以根据以下附图获得其它的附图。The present invention is further described with the aid of the accompanying drawings, but the embodiments in the accompanying drawings do not constitute any limitation to the present invention. A person skilled in the art can obtain other accompanying drawings based on the following accompanying drawings without creative work.
图1为本发明模块连接示意图。FIG. 1 is a schematic diagram of module connection of the present invention.
具体实施方式Detailed ways
下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.
请参阅图1，本发明提供一种技术方案一种水压试验系统，包括信息获取模块、恒定水压分析模块、初步评估模块、动态水压分析模块、综合水压分析模块、综合评估处理模块和数据库；Please refer to FIG1 . The present invention provides a technical solution, a water pressure test system, including an information acquisition module, a constant water pressure analysis module, a preliminary evaluation module, a dynamic water pressure analysis module, a comprehensive water pressure analysis module, a comprehensive evaluation processing module and a database;
信息获取模块与恒定水压分析模块和动态水压分析模块连接，恒定水压分析模块与初步评估模块、综合水压分析模块和数据库连接，动态水压分析模块与综合水压分析模块和数据库连接，综合水压分析模块和综合评估处理模块连接。The information acquisition module is connected with the constant water pressure analysis module and the dynamic water pressure analysis module, the constant water pressure analysis module is connected with the preliminary evaluation module, the comprehensive water pressure analysis module and the database, the dynamic water pressure analysis module is connected with the comprehensive water pressure analysis module and the database, and the comprehensive water pressure analysis module is connected with the comprehensive evaluation processing module.
信息获取模块用于通过预设的水压试验方法对目标装置进行水压试验，得到目标装置水压试验的试验信息；The information acquisition module is used to perform a water pressure test on the target device by a preset water pressure test method to obtain test information of the water pressure test of the target device;
进一步的，信息获取模块的具体执行方式如下：Furthermore, the specific implementation of the information acquisition module is as follows:
将目标装置通过预设的水压试验方法进行水压试验，得到目标装置水压试验的试验信息。The target device is subjected to a water pressure test by a preset water pressure test method to obtain test information of the water pressure test of the target device.
需要说明的是；目标参照物为金属块，X射线衍射仪用于检测金属块密度变化，硬度测试仪用于检测金属块硬度变化。It should be noted that the target reference object is a metal block, the X-ray diffractometer is used to detect the density change of the metal block, and the hardness tester is used to detect the hardness change of the metal block.
需要说明的是；目标装置水压试验的预设条件信息包括目标装置与参照物的直线距离L和目标装置出水口横截面面积S。It should be noted that the preset condition information of the water pressure test of the target device includes the straight-line distance L between the target device and the reference object and the cross-sectional area S of the water outlet of the target device.
恒定水压分析模块用于对目标装置水压试验的试验信息进行分析，得到目标装置水压恒定阶段对应的水压输出精确系数；The constant water pressure analysis module is used to analyze the test information of the water pressure test of the target device to obtain the water pressure output accuracy coefficient corresponding to the constant water pressure stage of the target device;
进一步的，恒定水压分析模块的具体执行方式如下：Furthermore, the specific implementation of the constant water pressure analysis module is as follows:
目标装置水压试验的试验信息包括水压信息、参照物信息和预设条件信息。The test information of the water pressure test of the target device includes water pressure information, reference object information and preset condition information.
将目标装置水压试验划分为水压恒定阶段和水压动态变化阶段；The water pressure test of the target device is divided into a constant water pressure stage and a dynamic water pressure change stage;
目标装置水压试验中水压恒定阶段对应的水压信息包括恒定水压Pa和恒定水压的持续时间T；The water pressure information corresponding to the water pressure constant stage in the water pressure test of the target device includes the constant water pressure Pa and the duration T of the constant water pressure;
目标装置水压试验中水压恒定阶段对应的参照物信息包括参照物实时密度和实时硬度，根据目标装置水压试验中水压恒定阶段对应的参照物实时密度和实时硬度分别绘制目标装置水压试验中水压恒定阶段对应的参照物密度变化曲线和参照物硬度变化曲线；The reference object information corresponding to the constant water pressure stage in the water pressure test of the target device includes the real-time density and the real-time hardness of the reference object. The reference object density change curve and the reference object hardness change curve corresponding to the constant water pressure stage in the water pressure test of the target device are respectively drawn according to the real-time density and the real-time hardness of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device;
建立恒定水压分析模块与数据库之间的数据提取关系，提取数据库中存储的各标准恒定水压在预设条件信息下对应的参照物标准密度变化曲线和标准硬度变化曲线，通过目标装置水压试验水压恒定阶段的恒定水压Pa和恒定水压的持续时间T从数据库中筛选获得目标装置水压试验中水压恒定阶段对应的参照物标准密度变化曲线和标准硬度变化曲线；Establish a data extraction relationship between the constant water pressure analysis module and the database, extract the standard density change curve and standard hardness change curve of the reference object corresponding to each standard constant water pressure stored in the database under the preset condition information, and screen the standard density change curve and standard hardness change curve of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device from the database through the constant water pressure Pa and the duration T of the constant water pressure in the water pressure test of the target device;
将目标装置水压试验中水压恒定阶段对应的参照物密度变化曲线和硬度变化曲线分别与目标装置水压试验中水压恒定阶段对应的参照物标准密度变化曲线和标准硬度变化曲线进行对比分析，得到目标装置水压试验中水压恒定阶段对应的参照物密度变化符合度 ，得到目标装置水压试验中水压恒定阶段对应的参照物硬度变化符合度/>;The density change curve and hardness change curve of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device are compared and analyzed with the standard density change curve and standard hardness change curve of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device, and the consistency of the density change of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device is obtained. , and obtain the compliance of the hardness change of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device/> ;
将目标装置水压试验中水压恒定阶段对应的参照物密度变化符合度和目标装置水压试验中水压恒定阶段对应的参照物硬度变化符合度/>带入公式，得到目标装置水压试验中水压恒定阶段对应的水压输出精确系数，其中/>表示为恒定水压符合影响因子。The density change conformity of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device The degree of conformity of the hardness change of the reference object corresponding to the constant water pressure stage in the water pressure test of the target device/> Substitute into the formula , and obtain the water pressure output accuracy coefficient corresponding to the constant water pressure stage in the water pressure test of the target device , where/> Expressed as constant water pressure compliance factor.
初步评估模块用于对目标装置水压恒定阶段对应的水压输出精确系数进行分析评估，得到目标装置水压恒定阶段对应的水压分析结果，并根据预设的水压处理方法对目标装置水压恒定阶段对应的水压分析结果进行水压控制处理；The preliminary evaluation module is used to analyze and evaluate the water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device, obtain the water pressure analysis result corresponding to the water pressure constant stage of the target device, and perform water pressure control processing on the water pressure analysis result corresponding to the water pressure constant stage of the target device according to the preset water pressure processing method;
进一步的，初步评估模块的具体执行方式如下：Furthermore, the specific implementation of the preliminary assessment module is as follows:
将目标装置水压试验中水压恒定阶段对应的水压输出精确系数与预设的目标装置水压恒定阶段对应的标准水压输出精确系数进行对比分析，若目标装置水压恒定阶段对应的水压输出精确系数大于预设的目标装置水压恒定阶段对应的标准水压输出精确系数，则确定出目标装置水压恒定阶段对应的水压输出正常，将目标装置水压恒定阶段对应的水压输出正常记作目标装置水压恒定阶段对应的水压分析结果；若目标装置水压恒定阶段对应的水压输出精确系数小于或等于预设的目标装置水压恒定阶段对应的标准水压输出精确系数，则确定出目标装置水压恒定阶段对应的水压输出异常，将目标装置水压恒定阶段对应的水压输出异常记作目标装置水压恒定阶段对应的水压分析结果。The water pressure output accuracy coefficient corresponding to the water pressure constant stage in the water pressure test of the target device is compared and analyzed with the preset standard water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device. If the water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device is greater than the preset standard water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device, it is determined that the water pressure output corresponding to the water pressure constant stage of the target device is normal, and the normal water pressure output corresponding to the water pressure constant stage of the target device is recorded as the water pressure analysis result corresponding to the water pressure constant stage of the target device; if the water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device is less than or equal to the preset standard water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device, it is determined that the water pressure output corresponding to the water pressure constant stage of the target device is abnormal, and the abnormal water pressure output corresponding to the water pressure constant stage of the target device is recorded as the water pressure analysis result corresponding to the water pressure constant stage of the target device.
动态水压分析模块用于对目标装置水压试验的试验信息进行分析，得到目标装置水压动态变化阶段对应的水压输出精确系数；The dynamic water pressure analysis module is used to analyze the test information of the water pressure test of the target device and obtain the water pressure output accuracy coefficient corresponding to the dynamic change stage of the water pressure of the target device;
进一步的，动态水压分析模块的具体执行方式如下：Furthermore, the specific implementation of the dynamic water pressure analysis module is as follows:
目标装置水压试验中水压动态变化阶段对应的水压信息为初始水压Pa'和水压变化率；The water pressure information corresponding to the dynamic change stage of water pressure in the target device water pressure test is the initial water pressure Pa' and the water pressure change rate ;
建立动态水压分析模块与数据库之间的数据提取关系，提取数据库存储的各初始水压在预设条件信息下对应的参照物密度影响因子和参照物硬度影响因子，通过目标装置水压试验中水压动态变化阶段对应的初始水压Pa'筛选获得目标装置水压试验中水压动态变化阶段初始水压Pa'对应的参照物密度影响因子和参照物硬度影响因子/>；Establish a data extraction relationship between the dynamic water pressure analysis module and the database, extract the reference object density influence factor and the reference object hardness influence factor corresponding to each initial water pressure stored in the database under the preset condition information, and obtain the reference object density influence factor corresponding to the initial water pressure Pa' in the dynamic change stage of water pressure in the water pressure test of the target device by screening the initial water pressure Pa' in the dynamic change stage of water pressure in the water pressure test of the target device and reference hardness influence factor/> ;
目标装置水压试验中水压动态变化阶段对应的参照物信息包括参照物密度变化率和参照物硬度变化率/>；The reference object information corresponding to the dynamic change stage of water pressure in the target device water pressure test includes the reference object density change rate and the hardness change rate of the reference object/> ;
将目标装置水压试验中水压动态变化阶段初始水压Pa'对应的参照物密度影响因子、参照物硬度影响因子/>、目标装置水压试验中水压动态变化阶段对应的水压变化率/>、密度变化率/>和参照物硬度变化率/>带入公式,得到目标装置水压试验中水压动态变化阶段对应的水压输出精确系数/>，其中α表示为预设的密度变化影响系数，β表示为预设的硬度变化影响系数，/>表示为预设的水压动态变化阶段的水压输出精确系数影响因子。The reference object density influence factor corresponding to the initial water pressure Pa' in the dynamic change stage of water pressure in the water pressure test of the target device , Reference hardness influence factor/> , the water pressure change rate corresponding to the dynamic change stage of water pressure in the water pressure test of the target device/> , density change rate/> and the hardness change rate of the reference object/> Substitute into the formula , get the water pressure output accuracy coefficient corresponding to the dynamic change stage of water pressure in the water pressure test of the target device/> , where α represents the preset density change influence coefficient, β represents the preset hardness change influence coefficient, /> It is expressed as the influencing factor of the water pressure output accuracy coefficient in the preset water pressure dynamic change stage.
需要说明的是；公式中目标装置水压试验水压动态变化阶段初始水压对应的参照物密度影响因子、参照物硬度影响因子/>、目标装置水压试验水压动态变化阶段的水压变化率/>、目标装置水压试验水压动态变化阶段的密度变化率/>和参照物硬度变化率/>之间不会互相影响；It should be noted that the reference object density influence factor corresponding to the initial water pressure in the dynamic change stage of the water pressure test of the target device in the formula is , Reference hardness influence factor/> , the water pressure change rate during the dynamic change phase of the water pressure test of the target device/> , Density change rate of target device during the dynamic change phase of water pressure test/> and the hardness change rate of the reference object/> There will be no mutual influence between them;
公式中目标装置水压试验水压动态变化阶段初始水压Pa'对应的参照物密度影响因子与目标装置水压试验水压动态变化阶段的水压变化率/>的乘积越大，目标装置水压试验水压动态变化阶段初始水压Pa'对应的参照物硬度影响因子/>与目标装置水压试验水压动态变化阶段的参照物硬度变化率/>的乘积越大，则目标装置水压试验水压动态变化阶段的水压输出精确系数/>越大。The reference object density influence factor corresponding to the initial water pressure Pa' in the dynamic change stage of water pressure test of the target device in the formula The water pressure change rate during the dynamic change phase of the water pressure test of the target device/> The larger the product is, the greater the influence factor of the reference object hardness corresponding to the initial water pressure Pa' during the dynamic change stage of the water pressure test of the target device. The hardness change rate of the reference object during the dynamic change phase of the water pressure test of the target device/> The larger the product of is, the higher the accuracy coefficient of the water pressure output during the dynamic change phase of the water pressure test of the target device. The bigger.
综合水压分析模块用于对目标装置水压恒定阶段对应的水压输出精确系数和目标装置水压动态变化阶段对应的水压输出精确系数进行综合分析，得到目标装置的综合水压输出精确系数；The comprehensive water pressure analysis module is used to comprehensively analyze the water pressure output precision coefficient corresponding to the constant water pressure stage of the target device and the water pressure output precision coefficient corresponding to the dynamic water pressure change stage of the target device, so as to obtain the comprehensive water pressure output precision coefficient of the target device;
进一步的，综合水压分析模块的具体执行方式如下：Furthermore, the specific implementation of the comprehensive water pressure analysis module is as follows:
将目标装置水压试验中水压动态变化阶段对应的水压输出精确系数和目标装置水压试验中水压恒定阶段对应的水压输出精确系数/>带入公式/>，得到目标装置水压试验的综合水压输出精确系数Z，其中/>表示为预设的综合水压输出精确系数综合影响因子。The water pressure output accuracy coefficient corresponding to the dynamic change stage of water pressure in the water pressure test of the target device The water pressure output accuracy coefficient corresponding to the water pressure constant stage in the water pressure test of the target device/> Substitute into the formula/> , and obtain the comprehensive water pressure output accuracy coefficient Z of the target device water pressure test, where/> Expressed as the comprehensive influencing factor of the preset comprehensive water pressure output accuracy coefficient.
综合评估处理模块用于对目标装置水压试验的综合水压输出精确系数进行分析评估，得到目标装置的综合水压分析结果，根据预设的水压处理方法对目标装置的综合水压分析结果进行水压控制处理；The comprehensive evaluation processing module is used to analyze and evaluate the comprehensive water pressure output accuracy coefficient of the water pressure test of the target device, obtain the comprehensive water pressure analysis result of the target device, and perform water pressure control processing on the comprehensive water pressure analysis result of the target device according to the preset water pressure processing method;
进一步的，综合评估处理模块的具体执行方式如下：Furthermore, the specific implementation of the comprehensive evaluation processing module is as follows:
将目标装置的水压精确系数与预设的水压精确系数阈值进行对比分析，若目标装置的水压精确系数大于预设的水压精确系数阈值，则确定出目标装置的综合水压输出正常，将目标装置的综合水压输出正常记为目标装置的综合水压分析结果；若目标装置的水压精确系数小于或等于预设的水压精确系数阈值，则确定出目标装置的综合水压输出异常，将目标装置的综合水压输出异常记为目标装置的综合水压分析结果。The water pressure accuracy coefficient of the target device is compared and analyzed with the preset water pressure accuracy coefficient threshold. If the water pressure accuracy coefficient of the target device is greater than the preset water pressure accuracy coefficient threshold, it is determined that the comprehensive water pressure output of the target device is normal, and the normal comprehensive water pressure output of the target device is recorded as the comprehensive water pressure analysis result of the target device; if the water pressure accuracy coefficient of the target device is less than or equal to the preset water pressure accuracy coefficient threshold, it is determined that the comprehensive water pressure output of the target device is abnormal, and the abnormal comprehensive water pressure output of the target device is recorded as the comprehensive water pressure analysis result of the target device.
数据库用于存储各标准恒定水压在预设条件信息下对应的参照物标准密度变化曲线和标准硬度变化曲线，存储各初始水压在预设条件信息下对应的参照物密度影响因子和参照物硬度影响因子。The database is used to store the standard density change curve and the standard hardness change curve of the reference object corresponding to each standard constant water pressure under the preset condition information, and store the reference object density influence factor and the reference object hardness influence factor corresponding to each initial water pressure under the preset condition information.
为实现上述目的，本发明还提供如下技术方案：一种水压试验方法，包括以下步骤：To achieve the above object, the present invention also provides the following technical solution: a water pressure test method, comprising the following steps:
对目标装置进行水压试验，得到目标装置水压试验的试验信息；Performing a water pressure test on a target device to obtain test information of the water pressure test on the target device;
对目标装置水压试验的试验信息进行分析，得到目标装置水压恒定阶段对应的水压输出精确系数；Analyze the test information of the water pressure test of the target device to obtain the water pressure output accuracy coefficient corresponding to the water pressure constant stage of the target device;
对目标装置水压恒定阶段对应的水压输出精确系数进行分析评估，得到目标装置水压恒定阶段对应的水压分析结果，并根据预设的水压处理方法对目标装置水压恒定阶段对应的水压分析结果进行水压控制处理；Analyze and evaluate the water pressure output accuracy coefficient corresponding to the constant water pressure stage of the target device, obtain the water pressure analysis result corresponding to the constant water pressure stage of the target device, and perform water pressure control processing on the water pressure analysis result corresponding to the constant water pressure stage of the target device according to a preset water pressure processing method;
对目标装置水压试验的试验信息进行分析，得到目标装置水压动态变化阶段对应的水压输出精确系数；Analyze the test information of the water pressure test of the target device to obtain the water pressure output accuracy coefficient corresponding to the dynamic change stage of the water pressure of the target device;
对目标装置水压恒定阶段对应的水压输出精确系数和目标装置水压动态变化阶段对应的水压输出精确系数进行综合分析，得到目标装置的综合水压输出精确系数；Comprehensively analyze the water pressure output accuracy coefficient corresponding to the constant water pressure stage of the target device and the water pressure output accuracy coefficient corresponding to the dynamic water pressure change stage of the target device to obtain the comprehensive water pressure output accuracy coefficient of the target device;
对目标装置的综合水压输出精确系数进行分析评估，得到目标装置的综合水压分析结果，根据预设的水压处理方法对目标装置的综合水压分析结果进行水压控制处理。The comprehensive water pressure output accuracy coefficient of the target device is analyzed and evaluated to obtain the comprehensive water pressure analysis result of the target device, and the comprehensive water pressure analysis result of the target device is subjected to water pressure control processing according to a preset water pressure processing method.
为实现上述目的，本发明还提供如下技术方案：一种水压试验存储介质，其上存储有计算机指令，所述计算机指令运行时执行上述的水压试验方法中的任意步骤。To achieve the above object, the present invention also provides the following technical solution: a water pressure test storage medium, on which computer instructions are stored, and when the computer instructions are run, any step in the above water pressure test method is executed.
以上均为本申请的较佳实施例，并非依此限制本申请的保护范围，故：凡依本申请的结构、形状、原理所做的等效变化，均应涵盖于本申请的保护范围之内。The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.
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