Curing room system

Abstract

The invention discloses a maintenance room system, and the system comprises a construction project obtaining module which determines a project undertaken by a construction unit according to an inputted construction unit name, and screens out the current construction project name of the construction unit in combination with the current time; the construction process determining module is used for determining a construction object according to the current construction project name of the construction unit and determining a construction process according to the construction object; the maintenance environment determining module is used for determining the time and the construction environment of each construction step according to the construction process, and determining the maintenance environment condition according to the time and the construction environment of each construction step; and the curing environment execution module is used for setting an execution unit of the curing room system according to the curing environment conditions and changing the environment parameters of the curing room. According to the method, the current construction project information of the unit is acquired and analyzed, and the curing environment condition of the curing room is configured, so that the concrete performance of the curing test block plays a reference role in actual use after curing.

Description

Technical Field

[0001] The invention relates to the technical field of concrete construction, in particular to a curing room system. Background Art

[0002] In concrete construction, it is usually necessary to evaluate the performance of concrete. The current evaluation method is to use curing test blocks in a curing room. Specifically, the curing test blocks are placed in the curing room for curing, and the curing room provides the required curing environment conditions. After a period of curing, the concrete performance of the cured test blocks is evaluated.

[0003] Usually, a curing room can provide dozens or even hundreds of construction units with concrete curing services. However, each unit needs to enter the curing environment conditions of the curing room according to its own construction conditions during curing, which is very cumbersome. At the same time, the personnel of each unit who sends the curing test blocks for inspection need to have a special understanding of the project, so that the curing environment conditions of the curing room can be accurately set, so that the concrete performance of the curing test blocks after curing is consistent with that in actual use. However, this requires higher requirements for the personnel who send the curing test blocks for inspection, and for some complex projects, it is impossible to ensure that the concrete performance of the curing test blocks after curing can serve as a reference for actual use. Summary of the invention

[0004] The technical problem to be solved by the present invention is to provide a curing room system in view of the deficiencies in the above-mentioned prior art, which automatically configures the curing environment conditions of the curing room by acquiring and analyzing the current construction project information of the unit, so that the concrete performance of the curing test block can play a certain reference role in actual use after curing.

[0005] In order to solve the above technical problems, the technical solution adopted by the present invention is: a curing room system, comprising:

[0006] The construction project acquisition module determines the projects undertaken by the construction unit according to the entered construction unit name, and filters out the current construction project name of the construction unit in combination with the current time;

[0007] The construction process determination module determines the construction object according to the name of the current construction project of the construction unit, and determines the construction process according to the construction object;

[0008] The maintenance environment determination module determines the time and construction environment of each construction step according to the construction process, and determines the maintenance environment conditions according to the time and construction environment of each construction step;

[0009] The maintenance environment execution module sets the execution unit of the maintenance room system according to the maintenance environment conditions and changes the environmental parameters of the maintenance room.

[0010] Furthermore, the construction process determination module includes:

[0011] According to the name of the current construction project of the construction unit, extract the text information of the construction project name;

[0012] Extracting the construction object from the text information of the construction project name according to the text structure;

[0013] Determine the construction process according to the construction object.

[0014] Furthermore, in the construction process determination module, the construction process is determined according to the construction object, including:

[0015] According to the construction object, a web crawler is used to search for multiple construction steps for the construction object on the Internet;

[0016] Arrange the construction steps in order;

[0017] The construction steps whose occurrence frequency is higher than the set number are screened out, and the screened out construction steps are arranged in sequence to obtain the construction process.

[0018] Furthermore, the step of screening out the construction steps whose occurrence frequency is higher than a set number of times includes:

[0019] Convert the formats of each construction step into text format;

[0020] Extract keywords from the construction steps in text format, and arrange the keywords in order of appearance to obtain a keyword set;

[0021] Sort each keyword set according to quantity, and obtain construction steps with a frequency higher than the set number of times.

[0022] Furthermore, the maintenance environment determination module includes:

[0023] According to the construction process, determine the construction steps in sequence;

[0024] Determine the time and construction environment for each construction step in turn;

[0025] According to the time of each construction step, the construction environment is expressed in a linear way to obtain the construction environment curve;

[0026] The construction environment curve is compressed in the time direction according to the compression multiple to obtain the maintenance environment conditions.

[0027] Furthermore, the construction environment includes engineering environment parameters and weather environment parameters of the area where the construction project is located.

[0028] Furthermore, the determination of the time of the construction steps and the construction environment includes:

[0029] Extract the construction content of the construction step, and determine the time of the construction step according to the construction content;

[0030] According to the area where the construction project is located, obtaining weather forecast information within the time range of the construction step, and determining weather environment parameters;

[0031] According to the construction content of the construction steps, the engineering environment parameters are obtained.

[0032] Furthermore, the construction environment is represented in a linear manner to obtain a construction environment curve, including:

[0033] Based on the construction time, the weather environment parameters are expressed in a linear manner to obtain a weather environment parameter curve;

[0034] Based on the construction time, the engineering environmental parameters are expressed in a linear manner to obtain the engineering environmental parameter curve;

[0035] The construction environment curve and the construction environment curve are added according to a set coefficient factor to obtain the construction environment curve.

[0036] Furthermore, the compression multiple is determined according to the curing time in the curing room.

[0037] Compared with the prior art, the present invention has the following advantages:

[0038] The present invention provides a curing room system, which determines the current construction project of the construction unit according to the name of the construction unit, obtains the construction process of the construction project according to the introduction of the construction project, and then obtains the curing environment conditions of the curing room according to the characteristics of the construction process, and at the same time, updates and optimizes the curing environment conditions of the curing room in combination with the climatic environment of the area where the construction project is located, automatically configures the curing environment conditions of the curing room, and executes the contents of the curing environment conditions, so that the concrete performance of the curing test block after curing plays a certain reference role in actual use.

[0039] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] Figure 1 The present invention provides a schematic diagram of the overall structure of a curing room system. DETAILED DESCRIPTION

[0041] like Figure 1As shown, the present invention provides a curing room system, comprising:

[0042] The construction project acquisition module determines the projects undertaken by the construction unit according to the entered construction unit name, and filters out the current construction project name of the construction unit in combination with the current time;

[0043] The construction process determination module determines the construction object according to the name of the current construction project of the construction unit, and determines the construction process according to the construction object;

[0044] The maintenance environment determination module determines the time and construction environment of each construction step according to the construction process, and determines the maintenance environment conditions according to the time and construction environment of each construction step;

[0045] The maintenance environment execution module sets the execution unit of the maintenance room system according to the maintenance environment conditions and changes the environmental parameters of the maintenance room.

[0046] The above four modules are the core content of the curing room system. By automatically determining the construction project according to the name of the construction unit, and completing the setting of the curing environment conditions according to the construction project, and executing the curing environment conditions through the execution unit, the concrete at the curing time is cured, and the concrete performance after curing is referred to, which can provide a certain reference for the actual construction. The performance of concrete includes the strength of concrete, etc.

[0047] Among them, we introduce the above four modules in turn.

[0048] In the construction project acquisition module, the name of the construction unit needs to be entered. There are many ways to enter the information, which is very common and will not be introduced here. The entered construction unit is the scope of the curing test blocks sent for curing in the curing room. In order to avoid incorrect entry of construction projects by the construction unit, such as incorrect name of the construction project or incorrect curing conditions of the construction project, the present invention adopts a fully automatic method for curing after one-click entry. It only accepts the name of the construction unit and determines the projects undertaken by the construction unit based on the name of the construction unit. The determination of the projects undertaken by the construction unit is automatically completed through the database and is established by the personnel of the curing room system, or automatically searched by a crawler program. Since each construction project corresponds to different construction times, the current name of the construction project of the construction unit can be determined based on the current time, so that the work of this module is completed and output as the name of the construction project.

[0049] Next is the construction process determination module, whose work content mainly includes:

[0050] According to the name of the current construction project of the construction unit, extract the text information of the construction project name;

[0051] Extracting the construction object from the text information of the construction project name according to the text structure;

[0052] Determine the construction process according to the construction object.

[0053] Among them, text information can be directly extracted from the text information. The construction objects, such as roads, bridges, walls, etc., after determining the construction objects, further determine the construction procedures. The construction procedures of each construction object are similar. Therefore, there can be a common construction procedure as the basis for setting the maintenance environment conditions.

[0054] Among them, the construction process is determined according to the construction object, including:

[0055] According to the construction object, a web crawler is used to search for multiple construction steps for the construction object on the Internet;

[0056] Arrange the construction steps in order;

[0057] The construction steps whose occurrence frequency is higher than the set number are screened out, and the screened out construction steps are arranged in sequence to obtain the construction process.

[0058] At this time, in order to determine the construction process, the resources of the Internet are used. Using a web crawler, multiple construction steps can be obtained, and the same or similar construction steps can be screened out. The same or similar construction steps can be considered as one construction step. This is because there are slight differences in different projects. What we need are the similar parts. By arranging the construction steps in sequence according to the order of chronological order, we can get the general steps of the construction project, which is the construction process of the present invention.

[0059] The step of screening out the construction steps whose occurrence frequency is higher than a set number of times includes:

[0060] Convert the formats of each construction step into text format;

[0061] Extract keywords from the construction steps in text format, and arrange the keywords in order of appearance to obtain a keyword set;

[0062] Sort each keyword set according to quantity, and obtain construction steps with a frequency higher than the set number of times.

[0063] The present invention uses a high-frequency screening method, extracts keywords using a keyword extraction algorithm, and uses a set representation method for construction steps to perform efficient comparison and screening. The number of times is generally set to five, and can also be set according to the needs of use and the commonness of the construction object.

[0064] The next module of the present invention, the maintenance environment determination module, mainly includes:

[0065] According to the construction process, determine the construction steps in sequence;

[0066] Determine the time and construction environment for each construction step in turn;

[0067] According to the time of each construction step, the construction environment is expressed in a linear way to obtain the construction environment curve;

[0068] The construction environment curve is compressed in the time direction according to the compression multiple to obtain the maintenance environment conditions.

[0069] This module is used to determine the maintenance environment conditions and to provide the basis for the following execution. In this module, the construction time and construction links are fully considered, and the maintenance environment conditions of the maintenance room are simulated using curves. At the same time, in order to shorten the time, the time axis is compressed using compression multiples, for example, five minutes can be compressed into one second.

[0070] After compression, the state of the concrete is recorded for each compression. When recording, it can be recorded in the form of images, or the sensor in the curing room can be used to record the state of the concrete. After each recording, there is a record of the time and curing environment conditions to facilitate subsequent comparison by personnel.

[0071] As for the compression ratio, this needs to be set by professional construction personnel according to the concrete ratio. The compression ratio of general concrete can be set between 2.5 and 3. For a box of high-strength concrete, the value of this compression ratio can be higher.

[0072] In the present invention, in order to make the curing environment conditions of the curing room more accurate, weather factors and engineering environment factors are fully considered, that is, the construction environment includes engineering environment parameters and weather environment parameters of the area where the construction project is located.

[0073] On this basis, the time and construction environment of the construction steps are determined, including:

[0074] Extract the construction content of the construction step, and determine the time of the construction step according to the construction content;

[0075] According to the area where the construction project is located, obtaining weather forecast information within the time range of the construction step, and determining weather environment parameters;

[0076] According to the construction content of the construction steps, the engineering environment parameters are obtained.

[0077] The weather environment parameters and engineering environment parameters in the present invention are changing with time, wherein the engineering environment parameters can be obtained through a crawler program based on information on the Internet. Since both parameters are changing with time, the construction environment is represented in a linear manner to obtain a construction environment curve, including:

[0078] Based on the construction time, the weather environment parameters are expressed in a linear manner to obtain a weather environment parameter curve;

[0079] Based on the construction time, the engineering environmental parameters are expressed in a linear manner to obtain the engineering environmental parameter curve;

[0080] The construction environment curve and the construction environment curve are added according to a set coefficient factor to obtain the construction environment curve.

[0081] The construction environment curve of the present invention is the sum of the coefficients of the weather environment parameter curve and the engineering environment parameter curve. The coefficient factor is generally dominated by the weather environment parameter curve. The coefficient factor of the general weather environment parameter curve is 0.9, and the coefficient factor of the construction environment curve is 0.1, so that the two aspects cooperate with each other to obtain the construction environment curve.

[0082] At the same time, the compression multiple is determined according to the curing time of the curing room, thereby determining the curing efficiency of the curing test block in the curing room.

[0083] The above description is only a preferred embodiment of the present invention and does not limit the present invention in any way. Any simple modification, change and equivalent structural change made to the above embodiment based on the technical essence of the present invention still falls within the protection scope of the technical solution of the present invention.

Claims

1. A curing room system, characterized in that: include: The construction project acquisition module determines the projects undertaken by the construction unit according to the entered construction unit name, and filters out the current construction project name of the construction unit in combination with the current time; The construction process determination module determines the construction object according to the name of the current construction project of the construction unit, and determines the construction process according to the construction object; The maintenance environment determination module determines the time and construction environment of each construction step according to the construction process, and determines the maintenance environment conditions according to the time and construction environment of each construction step; The maintenance environment execution module sets the execution unit of the maintenance room system according to the maintenance environment conditions and changes the environmental parameters of the maintenance room.

2. A curing room system according to claim 1, characterized in that: The construction process determination module includes: According to the name of the current construction project of the construction unit, extract the text information of the construction project name; Extracting the construction object from the text information of the construction project name according to the text structure; Determine the construction process according to the construction object.

3. A curing room system according to claim 2, characterized in that: In the construction process determination module, the construction process is determined according to the construction object, including: According to the construction object, a web crawler is used to search for multiple construction steps for the construction object on the Internet; Arrange the construction steps in order; The construction steps whose occurrence frequency is higher than the set number are screened out, and the screened out construction steps are arranged in sequence to obtain the construction process.

4. A curing room system according to claim 3, characterized in that: The step of screening out the construction steps whose occurrence frequency is higher than a set number of times includes: Convert the formats of each construction step into text format; Extract keywords from the construction steps in text format, and arrange the keywords in order of appearance to obtain a keyword set; Sort each keyword set according to quantity, and obtain construction steps with a frequency higher than the set number of times.

5. A curing room system according to claim 1, characterized in that: The maintenance environment determination module includes: According to the construction process, determine the construction steps in sequence; Determine the time and construction environment for each construction step in turn; According to the time of each construction step, the construction environment is expressed in a linear way to obtain the construction environment curve; The construction environment curve is compressed in the time direction according to the compression multiple to obtain the maintenance environment conditions.

6. A curing room system according to claim 5, characterized in that: The construction environment includes engineering environment parameters and weather environment parameters of the area where the construction project is located.

7. A curing room system according to claim 6, characterized in that: The timing of the construction steps and the determination of the construction environment include: Extract the construction content of the construction step, and determine the time of the construction step according to the construction content; According to the area where the construction project is located, obtaining weather forecast information within the time range of the construction step, and determining weather environment parameters; According to the construction content of the construction steps, the engineering environment parameters are obtained.

8. A curing room system according to claim 7, characterized in that: The construction environment is represented in a linear manner to obtain a construction environment curve, including: Based on the construction time, the weather environment parameters are expressed in a linear manner to obtain a weather environment parameter curve; Based on the construction time, the engineering environmental parameters are expressed in a linear manner to obtain the engineering environmental parameter curve; The construction environment curve and the construction environment curve are added according to a set coefficient factor to obtain the construction environment curve.

9. A curing room system according to claim 5, characterized in that: The compression multiple is determined according to the curing time in the curing room.

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