CN115510536B - BIM-based automatic processing system and method for reinforcing steel bars - Google Patents
BIM-based automatic processing system and method for reinforcing steel bars Download PDFInfo
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Abstract
The invention relates to the technical field of building engineering processing, and particularly discloses a BIM-based automatic processing system and method for reinforcing steel bars, wherein the method comprises the steps of establishing a BIM model of the reinforcing steel bars corresponding to actual engineering, counting corresponding information of each reinforcing steel bar, and generating a corresponding reinforcing steel bar detail table; judging whether each piece of steel bar information needs to be reserved according to a historical steel bar BIM model, a historical pre-steel bar detail table and a historical actual steel bar detail table, wherein the types of the historical steel bar BIM model and the steel bar BIM model are similar, and when the piece of steel bar information needs to be reserved, calculating the reserved quantity of the steel bar information according to the historical pre-steel bar detail table and the historical actual steel bar detail table to form a new steel bar detail table; according to the new steel bar detail table, the automatic processing equipment cuts and bends the steel bars according to the corresponding steel bar information in the steel bar detail table. The scheme can solve the problem that the concrete details of the steel bar are inaccurate due to the fact that the BIM model of the steel bar is different from an actual project, and improves the accuracy of the machining quantity of the steel bar when the actual project is used.
Description
Technical Field
The invention relates to the technical field of building engineering processing, in particular to a BIM-based automatic processing system and method for reinforcing steel bars.
Background
The reinforcing steel bar is one of the materials with the largest application range and the largest application amount in the civil engineering structure. Before casting the concrete, the steel bars must be formed into a framework of a certain specification and form and then placed into a form, which requires the steel bars to be subjected to the processes of strengthening, stretching, straightening, cutting, bending, connecting, etc. to form the steel bar framework. Because the consumption of the steel bars is extremely large, the manual operation production efficiency is low, the labor intensity is high, the processing quality and the time schedule are difficult to control, the waste of materials and energy is high, the processing cost is high, and the potential safety hazard is high. Therefore, various special machines are required to be adopted for processing the steel bars, with the continuous development of manufacturing technology, the current steel bar processing is increasingly controlled by a computer, namely, the numerical control processing technology of the steel bars is used for straightening, cutting off, bending and the like, the numerical control processing technology of the steel bars is more prone to error, the determination of a steel bar detail table before processing is carried out, the prior art generally adopts BIM technology to complete the model reproduction of actual engineering, and then the corresponding BIM model is used for carrying out statistics and calculation of the steel bar detail table.
Of course, the calculation of the steel bar detail table is finished through the BIM model, for example, the corresponding steel bar BIM model and the actual engineering construction may have differences, and the actual demand and the demand calculated by the model are inconsistent due to the differences, so that the number of the steel bars processed according to the steel bar detail table cannot meet the number required by the actual engineering construction, and for the staff of the actual engineering, the staff needs to process again according to the actual missing amount, thereby not only reducing the construction efficiency and being unfavorable for the rapid progress of the engineering, but also increasing the workload of the staff.
Therefore, a BIM-based automatic processing system and method for reinforcing steel bars are needed, the problem that the concrete form of the reinforcing steel bars is inaccurate due to the fact that the BIM model of the reinforcing steel bars is different from an actual project can be solved, and the accuracy of the processing quantity of the reinforcing steel bars in the actual project use process is improved.
Disclosure of Invention
The invention aims to provide a BIM-based automatic processing system and method for reinforcing steel bars, which can solve the problem that the concrete form of the reinforcing steel bars is inaccurate due to the difference between a BIM model of the reinforcing steel bars and an actual project, and improve the accuracy of the processing quantity of the reinforcing steel bars when the BIM model is used in the actual project.
In order to achieve the above purpose, the invention adopts the following technical scheme: a BIM-based automatic processing method for reinforcing steel bars comprises the following steps:
s1, building a reinforcement BIM model corresponding to an actual project, counting corresponding reinforcement information according to the reinforcement BIM model, and generating a corresponding reinforcement detail table;
s2, identifying and judging whether each piece of current steel bar information needs to be reserved or not according to the current steel bar BIM model, a historical steel bar BIM model similar to the current steel bar BIM model in type, a historical pre-steel bar detail table and a historical actual steel bar detail table corresponding to the historical steel bar BIM model, and when the corresponding piece of steel bar information needs to be reserved, calculating the reserved quantity needed by the corresponding piece of steel bar information according to the historical pre-steel bar detail table and the historical actual steel bar detail table, and updating the corresponding steel bar detail table to form a new steel bar detail table;
and S3, cutting and bending the steel bars by the automatic processing equipment according to the corresponding steel bar information in the steel bar detail table.
The principle and the advantages of the scheme are as follows: in the scheme, firstly, a BIM technology is utilized to construct a corresponding reinforcing steel bar BIM model of an actual project, the actual reduction and reproduction of the shape of the reinforcing steel bar in the actual project are realized through the model construction of the step, then, the model is utilized to count the information of each reinforcing steel bar corresponding to the whole actual project, a corresponding reinforcing steel bar detail table is generated, the obtained detail of the reinforcing steel bar is closer to reality, the reality can be more improved, the reinforcing steel bar related to the actual project can be accurately counted as much as possible, and the problems that the reinforcing steel bar is not processed in place and the corresponding quantity is not right in construction after the post-processing is completed are avoided.
Meanwhile, in order to make the steel bar detail table more real, in the scheme, a historical pre-steel bar detail table and a historical actual steel bar detail table corresponding to a model similar to the current steel bar BIM model are matched, and the difference between the steel bar information statistics of the whole system and the steel bars used in the actual engineering is formed by the historical pre-steel bar detail table and the historical actual steel bar detail table corresponding to historical data, so that whether the system needs to reserve the steel bar information statistics of the current steel bar BIM model or not is judged, and when the reservation is needed, the reserved quantity of the corresponding steel bars is calculated, and then the corresponding steel bar detail table is updated to form a new steel bar detail table.
And then, according to the new steel bar detail table, carrying out corresponding cutting and bending on each steel bar by utilizing automatic processing equipment according to the information of each steel bar in the steel bar detail table, thereby completing the processing of the steel bars.
In the scheme, the fact that the construction corresponding to the BIM model of the reinforcing steel bar and the actual engineering is considered to be possibly different is considered, the problem that part of reinforcing steel bar information is lack is caused when the construction is carried out, the situation that the field staff needs to process corresponding reinforcing steel bar information on the field is caused, the construction efficiency is greatly reduced, meanwhile, the field staff processes the lack reinforcing steel bar information, the problems of large processing difficulty, large processing quantity and the like are possibly caused, the construction difficulty and the physical loss of the staff are greatly improved, the scheme judges the error between the actual demand quantity and the model giving quantity in the current reinforcing steel bar detail by utilizing the historical model data, namely the historical reinforcing steel bar BIM model and the corresponding historical pre-reinforcing steel bar detail table and the historical actual reinforcing steel bar detail table after the corresponding reinforcing steel bar detail table is completed, and the corresponding pre-reserved quantity is calculated when the error is larger than the preset error threshold value, the automatic processing information after the reinforcing steel bar detail table can better meet the actual engineering demand quantity, and the accuracy of the reinforcing steel bar detail table can be improved when the actual engineering is not different from the actual reinforcing steel bar model.
Preferably, as a modification, the step S2 includes the steps of:
s20, judging the size of an actual project corresponding to the steel bar BIM according to the current steel bar BIM, if the actual project amount is greater than a preset project threshold, performing the next step, otherwise, executing S3;
s21, according to the current reinforcement BIM model, matching is carried out from a historical reinforcement BIM model in a database, and when a corresponding matching value reaches a preset matching value, the corresponding historical reinforcement BIM model, a historical simulation reinforcement detail table and a historical actual reinforcement detail table corresponding to the historical reinforcement BIM model are called out from the database;
s22, calculating the corresponding error value of the historical steel bar BIM model when calculating each steel bar according to the adjusted historical simulated steel bar detail table and the historical actual steel bar detail table, judging whether each corresponding error value is larger than a preset error threshold value, if so, judging that the corresponding steel bar needs to be reserved, executing the next step, and otherwise, executing S3;
s23, calculating the reserved quantity of the corresponding steel bars according to the corresponding error quantity, and updating the corresponding steel bar detail table to form a new steel bar detail table.
The beneficial effects are that: in the scheme, firstly, the size of the corresponding actual engineering is judged by utilizing a reinforcement BIM model, the engineering quantity of the corresponding actual engineering can be known through the step, the corresponding missing quantity and the processing can be simpler mainly in consideration of the fact that the actual engineering quantity is smaller, then, the new reinforcement detail table is formed by utilizing the historical reinforcement BIM model with higher matching similarity and utilizing the historical simulation reinforcement detail table corresponding to the historical model and the calculation of the error corresponding to each reinforcement in the historical actual reinforcement detail table to judge the type of reinforcement which is easy to be missing in the reinforcement model of the type, and then, the reserved quantity of the reinforcement is calculated according to the corresponding error value.
According to the scheme, multiple judgments are utilized to determine the steel bar information to be reserved, and meanwhile, after corresponding steel bars are determined, the corresponding error amount is utilized to determine the reserved amount, so that firstly, the judgment accuracy of the steel bar information to be reserved is improved, secondly, the reserved amount is determined through the error amount, and further, the judgment accuracy of the reserved amount corresponding to the steel bars to be reserved is improved, the problem that the reserved amount exceeds the actual missing amount due to inaccurate judgment, so that unnecessary waste is caused, and the problem that the steel bar detail table is inaccurate due to the fact that the difference between a steel bar BIM model and actual engineering is further overcome.
Preferably, as a modification, between S22 and S23, further includes:
s223, extracting the types of the steel bars in the steel bar information with the error value larger than the preset error threshold value, judging whether the corresponding steel bar diameter is larger than or equal to the preset diameter threshold value, if so, executing the next step, otherwise, executing S3.
The beneficial effects are that: in the scheme, when the error value of the corresponding similar type reinforcing bar model is judged to be larger than the preset error value, the diameters of the reinforcing bars in the part are compared, the corresponding reserved quantity is calculated only when the error value is larger than the preset diameter threshold, otherwise, the machining is directly carried out, the difficulty of machining the reinforcing bars is fully considered, the corresponding reinforcing bars are difficult to machine, namely, the diameters of the corresponding reinforcing bars are large, the part is inconvenient to directly carry out the corresponding machining on a construction site if the reserved quantity is not given, and the reserved quantity is not calculated if the worker lacks during specific construction, so that the problem that the reinforcing bars which are convenient for the worker to machine on site are unnecessary in actual engineering is avoided, the problem of waste is caused, and the self-machining is more convenient for the workers on site if the worker lacks only a bit, and the worker on site can not only flexibly and simultaneously avoid waste.
Preferably, as a modification, the following steps are further included between S1 and S2:
s120, matching the reinforcement information sets with the same reinforcement types according to the reinforcement information in the reinforcement detail table, and sorting from large to small according to the reinforcement length; the steel bar information comprises the types, the lengths, the shapes and the number of the steel bars;
s121, sequentially calculating the lengths of the scraps according to the arrangement sequence of the reinforcing steel bar information in the reinforcing steel bar information set;
s122, after the calculation of the length of each piece of leftover material is completed, judging whether the length of the leftover material is greater than or equal to the length of the steel bar of each piece of steel bar information in the set of steel bar information, and if so, judging that the leftover material can be used for processing the steel bar information;
and S123, when the judging result is that the leftover materials can be used for processing the reinforcing steel bar information, matching one type of reinforcing steel bar information, correlating the reinforcing steel bar information corresponding to the leftover materials, adding the use of the leftover materials into the reinforcing steel bar information corresponding to the leftover materials, and calculating the matched reinforcing steel bar information when the length of the leftover materials is calculated later.
The beneficial effects are that: in the scheme, after the corresponding steel bar detail list is finished, corresponding processing is not directly carried out, but the use of the leftover materials corresponding to the steel bar information in the automatic processing is considered at the first time, namely, the leftover materials in the steel bar detail list are sequenced from large to small according to the length of the steel bar, then sequential calculation is carried out according to the sequence, after each calculation is finished, the calculated leftover materials are unmatched, whether the corresponding leftover materials are larger than or equal to the length of the steel bar of the corresponding steel bar information is judged, if yes, one of the corresponding steel bar information is selected from the existing steel bar information, and the corresponding leftover materials are used for processing during the subsequent processing, so that the secondary utilization rate of the leftover materials is greatly improved, the problem of waste of the steel bar is avoided, the cost of the steel bar is greatly saved, and the economic cost of an engineering owner is greatly ensured.
The invention also provides a BIM-based automatic processing system for the reinforcing steel bars, which comprises the following steps: the model construction module is used for constructing a corresponding reinforcing steel bar BIM model according to actual engineering;
the data acquisition module is used for counting corresponding steel bar information according to the steel bar BIM model and generating a corresponding steel bar detail table;
the reservation calculation module is used for identifying and judging whether each piece of current steel bar information needs to be reserved or not according to the current steel bar BIM model, a historical steel bar BIM model similar to the current steel bar BIM model in type, and a historical pre-steel bar list and a historical actual steel bar list corresponding to the historical steel bar BIM model, when the corresponding piece of steel bar information needs to be reserved, calculating the reserved quantity needed by the corresponding piece of steel bar information according to the historical pre-steel bar list and the historical actual steel bar list, and updating the corresponding steel bar list to form a new steel bar list;
and the processing module is used for cutting and bending the steel bars according to the new steel bar detail table and corresponding steel bar information in the steel bar detail table by automatic processing equipment.
Principle and effect of this scheme: in the scheme, the construction of the corresponding reinforcing steel bar BIM model is completed through the model construction module, then the data acquisition module is utilized to carry out statistics of corresponding reinforcing steel bar information according to the corresponding reinforcing steel bar BIM model, a final reinforcing steel bar detail table is generated, the fact that differences can exist between actual engineering and the reinforcing steel bar BIM model is considered, in order to avoid the problem that the corresponding reinforcing steel bar information is lack, the reinforcing steel bar BIM model, a historical pre-reinforcing steel bar detail table and a historical actual reinforcing steel bar detail table which correspond to the historical reinforcing steel bar BIM model with the similar model type are utilized to calculate and judge whether the model needs to be reserved or not, the reserved quantity is calculated when the reservation is needed, the corresponding reinforcing steel bar detail table is updated, and therefore a new reinforcing steel bar detail table is formed, and then the reinforcing steel bar is processed through the processing module.
Compared with the prior art that corresponding processing is directly carried out after the corresponding steel bar detail table is calculated by using the BIM model, the scheme fully considers that the difference possibly exists between the actual engineering and the steel bar BIM model, if the difference can not be well solved, the corresponding obtained steel bar detail table is not very accurate, then the processed steel bar information can have a lack problem during the construction of the actual engineering, the trouble is brought to on-site staff, the construction efficiency of the engineering is reduced, meanwhile, the processing difficulty is brought to the on-site processing of the steel bar, so that the problem that the construction efficiency is reduced, namely the accuracy of the concrete engineering is improved due to the fact that the BIM model is not accurate, is solved by setting the reserved calculation module, whether the steel bar information in the steel bar detail table needs to be reserved or not is judged and identified, and the reserved quantity is calculated after the identification, so that the quantity of each steel bar information in the corresponding steel bar detail table can be greatly reduced from the required quantity of the actual engineering is more accurate, and meanwhile, the problem that the on-site staff can temporarily process the construction efficiency is reduced is avoided, and the problem that the concrete engineering is not accurate when the concrete engineering is processed due to the difference exists.
Preferably, as an improvement, the reservation calculation module includes:
the first judging module is used for judging the size of the actual engineering corresponding to the model according to the current reinforcing steel bar BIM model, and if the actual engineering quantity is greater than a preset engineering threshold value, primarily judging that reinforcing steel bar information corresponding to the model needs to be reserved;
the data acquisition module is used for carrying out matching from the historical steel bar BIM model in the database according to the current steel bar BIM model when the steel bar information corresponding to the model is preliminarily judged to be reserved, and calling out the corresponding historical steel bar BIM model, the historical simulated steel bar detail table and the historical actual steel bar detail table corresponding to the historical steel bar BIM model from the database when the corresponding matching value reaches a preset matching value;
the second judging module is used for calculating the corresponding error value of the historical steel bar BIM model when calculating each steel bar according to the adjusted historical simulated steel bar detail table and the historical actual steel bar detail table, judging whether each corresponding error value is larger than a preset error threshold value, and if so, judging that the corresponding steel bar information is really needed to be reserved;
and the calculation module is used for calculating the reserved quantity of the corresponding reinforcing steel bars according to the corresponding error quantity when the judgment result is that the corresponding reinforcing steel bar information is actually needed to be reserved, and updating the corresponding reinforcing steel bar detail table to form a new reinforcing steel bar detail table.
The beneficial effects are that: in this scheme, whether reserve through twice judgement and carry out more accurate and reasonable judgement, improved the judgement degree of accuracy of whether reserving greatly, also avoided appearing reserving the judgement error like this, lead to the reinforcing bar information to appear unnecessary, causes extravagant problem.
Preferably, as an improvement, the method further comprises a third judging result, when the corresponding judging result is that the corresponding reinforcing steel bar information is needed to be reserved, extracting the reinforcing steel bar model corresponding to the reinforcing steel bar information, judging whether the diameter of the corresponding reinforcing steel bar is larger than or equal to a preset diameter threshold value, if so, judging that the judging result of the second judging module is correct, otherwise, judging that the judging result of the second judging module is inaccurate.
The beneficial effects are that: this judgement is to judging the diameter of reinforcing bar, only the corresponding reinforcing bar diameter is greater than the reservation amount of the reinforcing bar that just can calculate of preset diameter threshold value, fully consider the processing difficulty degree of reinforcing bar information through this kind of mode, like some diameters are less its corresponding processing degree of difficulty just than less, the staff of scene just can process out very easily like this, then this part reinforcing bar information just can not consider the reservation, only reserve the reinforcing bar information that those processing degree of difficulty are big, so not only make reinforcing bar information reserve more rationalized, also further avoided extravagant problem simultaneously.
Preferably, as an improvement, the model matching module is used for matching the reinforcing steel bar information sets with the same reinforcing steel bar model according to the information of each reinforcing steel bar in the reinforcing steel bar detail table, and sequencing the reinforcing steel bars from large to small according to the length of the reinforcing steel bars; the steel bar information comprises the types, the lengths, the shapes and the number of the steel bars;
the leftover material calculation module is used for sequentially calculating the length of leftover materials according to the arrangement sequence of the reinforcing steel bar information in the reinforcing steel bar information set;
the comparison module is used for judging whether the length of the leftover materials is greater than or equal to the length of the reinforcing steel bars of each reinforcing steel bar information set after the calculation of the length of each leftover material is finished, and judging that the leftover materials can be used for processing the reinforcing steel bar information if the length of the leftover materials is greater than or equal to the length of the reinforcing steel bars of each reinforcing steel bar information set;
and the processing matching module is used for matching one of the reinforcing steel bar information when the judging result is that the leftover materials can be used for processing the reinforcing steel bar information, correlating the reinforcing steel bar information corresponding to the leftover materials, adding the use of the leftover materials into the reinforcing steel bar information corresponding to the leftover materials, and calculating the matched reinforcing steel bar information when the length of the leftover materials is calculated.
The beneficial effects are that: in this scheme, the reuse of leftover bits that correspond when fully considering processing has improved the utilization ratio of reinforcing bar greatly for the reinforcing bar processing can be more rationalized and scientific.
Drawings
Fig. 1 is a flowchart of a method for automatically processing reinforcement bars based on BIM according to an embodiment of the present invention.
Fig. 2 is a logic block diagram of a BIM-based reinforcement bar automated manufacturing system in accordance with a first embodiment of the present invention.
Detailed Description
The following is a further detailed description of the embodiments:
an example is substantially as shown in figure 1: a BIM-based automatic processing method for reinforcing steel bars comprises the following steps:
s1, building a reinforcement BIM model corresponding to an actual project, counting corresponding reinforcement information according to the reinforcement BIM model, and generating a corresponding reinforcement detail table; in this embodiment, after the modeling of the reinforcement BIM is completed, in order to avoid reworking and material waste caused by reinforcement collision in the actual construction process, the reinforcement model needs to be subjected to collision inspection to generate a collision detection report, fine adjustment is performed on the premise of not violating the design intent, and the reinforcement model is optimized. Meanwhile, in the embodiment, in order to enable the reinforcing steel bar BIM model to be more accurate, when the model is constructed, a plurality of model software are used for constructing, and the corresponding generated reinforcing steel bar BIM model is used for carrying out comparison analysis to obtain the more accurate reinforcing steel bar BIM model. For example, two modeling software of Reit and Tekla are adopted to carry out fine modeling on the steel bar, and a more accurate steel bar model is obtained through comparative analysis of the steel bar model generated by the two modeling software.
The steps between S1 and S2 further comprise the following steps:
s120, matching the reinforcement information sets with the same reinforcement types according to the reinforcement information in the reinforcement detail table, and sorting from large to small according to the reinforcement length; the steel bar information comprises the types, the lengths, the shapes and the number of the steel bars;
s121, sequentially calculating the lengths of the scraps according to the arrangement sequence of the reinforcing steel bar information in the reinforcing steel bar information set;
s122, after the calculation of the length of each piece of leftover material is completed, judging whether the length of the leftover material is greater than or equal to the length of the steel bar of each piece of steel bar information in the set of steel bar information, and if so, judging that the leftover material can be used for processing the steel bar information;
and S123, when the judging result is that the leftover materials can be used for processing the reinforcing steel bar information, matching one type of reinforcing steel bar information, correlating the reinforcing steel bar information corresponding to the leftover materials, adding the use of the leftover materials into the reinforcing steel bar information corresponding to the leftover materials, and calculating the matched reinforcing steel bar information when the length of the leftover materials is calculated later.
For example, the corresponding reinforcement information set of a certain model includes A, B, C, wherein the reinforcement length of the reinforcement information a is a, the reinforcement length of the reinforcement information B is B, the reinforcement length of the reinforcement information C is C, and the length of the complete reinforcement to be processed is d, wherein a > C > B; firstly, sorting the information of the reinforcing steel bars from big to small, namely A, C, B; then, the calculation of the leftover materials is performed according to the sequence of A, C, B, when the calculation is performed on A, only two pieces of A can be obtained for each complete reinforcing steel bar, then the corresponding leftover material is d-2a, the length of the leftover material is compared with the length of C, B, and if d-2a > c > b is assumed, the leftover materials can be used for processing at the judgment C, B, and then one piece of the leftover material can be selected as an object for processing the leftover materials.
The calculation of the leftover materials is carried out on the long steel bar information, so that the fact that some long steel bar information is not well matched with the leftover materials is considered, the utilization rate of the leftover materials is greatly improved, the waste of the leftover materials is avoided, and the reasonable utilization of the leftover materials is realized.
S2, identifying and judging whether each piece of current steel bar information needs to be reserved or not according to the current steel bar BIM model, a historical steel bar BIM model similar to the current steel bar BIM model in type, a historical pre-steel bar detail table and a historical actual steel bar detail table corresponding to the historical steel bar BIM model, and when the corresponding piece of steel bar information needs to be reserved, calculating the reserved quantity needed by the corresponding piece of steel bar information according to the historical pre-steel bar detail table and the historical actual steel bar detail table to form a new steel bar detail table.
The step S2 comprises the following steps:
s20, judging the size of an actual project corresponding to the model according to the current reinforcement BIM model, if the actual project amount is greater than a preset project threshold value, performing the next step, otherwise, executing S3;
s21, according to the current reinforcement BIM model, matching is carried out from a historical reinforcement BIM model in a database, and when the corresponding matching value reaches a preset matching value, the corresponding historical reinforcement BIM model, a historical simulation reinforcement detail table and a historical actual reinforcement detail table corresponding to the historical reinforcement BIM model are called out from the database;
s22, calculating the corresponding error value of the historical steel bar BIM model when calculating each steel bar according to the adjusted historical simulated steel bar detail table and the historical actual steel bar detail table, judging whether each corresponding error value is larger than a preset error threshold value, if so, judging that the corresponding steel bar needs to be reserved, executing the next step, and otherwise, executing S3;
s23, calculating the reserved quantity of the corresponding steel bars according to the corresponding error quantity, and updating the corresponding steel bar detail table to form a new steel bar detail table.
And the step S22 and the step S23 also comprise the following steps:
s223, extracting the types of the steel bars in the steel bar information with the error value larger than the preset error threshold value, judging whether the corresponding steel bar diameter is larger than or equal to the preset diameter threshold value, if so, executing the next step, otherwise, executing S3.
In this embodiment, firstly, the size of the actual engineering is judged based on the reinforcement BIM model, for example, the span of the whole model of the model A reaches several kilometers, and the model span of the model B only reaches several meters, and the corresponding reinforcement requirement with large span is large.
After determining that the engineering quantity is relatively large, historical data corresponding to the same type of reinforcement BIM model is acquired, the error of the reinforcement BIM model is reasonably judged through analysis of the historical data, when the error value of corresponding reinforcement information is larger than a preset error threshold value, the reserved quantity is calculated, and certainly, the embodiment also fully considers the processing difficulty of the possibly missing reinforcement information, through judgment of the reinforcement diameter, the reserved quantity is not calculated for the reinforcement information with the reinforcement diameter smaller than the preset diameter threshold value, the corresponding reserved quantity is calculated only for the reinforcement information with the reinforcement diameter larger than or equal to the preset diameter threshold value, after that, on-site workers with smaller reinforcement diameters can directly process the reinforcement through tools without any difficulty, so that the reserved quantity is not set, the redundant existence of the reinforcement reserved quantity is not caused, after the reinforcement is increased conveniently, the fact that the reinforcement diameter ratio is relatively large is not feasible, after that on-site workers process the reinforcement difficulty is relatively large, the problem that the concrete quantity is not convenient to process the reinforcement information with the actual construction quantity is solved, and the accuracy of the reinforcement BIM is not increased when the engineering quantity is actually processed is improved.
And S3, cutting and bending the steel bars by the automatic processing equipment according to the corresponding steel bar information in the steel bar detail table. In this embodiment, in order to be more beneficial for the automatic processing device to process, the corresponding reinforcing steel bar information also includes the position information of the bending point of the reinforcing steel bar, that is, the bending point corresponding to the length of the corresponding reinforcing steel bar, so that the automatic processing device can process the reinforcing steel bar according to the bending position information of the reinforcing steel bar and the shape of the reinforcing steel bar, thereby producing the required reinforcing steel bar finished product.
As shown in fig. 2, this embodiment also discloses a reinforcement automatic processing system based on BIM, including:
the model construction module is used for constructing a corresponding reinforcing steel bar BIM model according to actual engineering;
the data acquisition module is used for counting corresponding steel bar information according to the steel bar BIM model and generating a corresponding steel bar detail table;
the model matching module is used for matching the reinforcing steel bar information sets with the same reinforcing steel bar model according to the information of each reinforcing steel bar in the reinforcing steel bar detail table, and sequencing the reinforcing steel bar information sets from large to small according to the length of the reinforcing steel bars; the steel bar information comprises the types, the lengths, the shapes and the number of the steel bars;
the leftover material calculation module is used for sequentially calculating the length of leftover materials according to the arrangement sequence of the reinforcing steel bar information in the reinforcing steel bar information set;
the comparison module is used for judging whether the length of the leftover materials is greater than or equal to the length of the reinforcing steel bars of each reinforcing steel bar information set after the calculation of the length of each leftover material is finished, and judging that the leftover materials can be used for processing the reinforcing steel bar information if the length of the leftover materials is greater than or equal to the length of the reinforcing steel bars of each reinforcing steel bar information set;
and the processing matching module is used for matching one of the reinforcing steel bar information when the judging result is that the leftover materials can be used for processing the reinforcing steel bar information, correlating the reinforcing steel bar information corresponding to the leftover materials, adding the use of the leftover materials into the reinforcing steel bar information corresponding to the leftover materials, and calculating the matched reinforcing steel bar information when the length of the leftover materials is calculated.
The reservation calculation module is used for identifying and judging whether each piece of current steel bar information needs to be reserved or not according to the current steel bar BIM model, a historical steel bar BIM model similar to the current steel bar BIM model in type, a historical pre-steel bar detail table and a historical actual steel bar detail table corresponding to the historical steel bar BIM model, and calculating the reserved quantity needed by the corresponding piece of steel bar information according to the historical pre-steel bar detail table and the historical actual steel bar detail table when the corresponding piece of steel bar information needs to be reserved to form a new steel bar detail table;
the reservation calculation module includes:
the first judging module is used for judging the size of the actual project corresponding to the reinforcing steel bar BIM according to the current reinforcing steel bar BIM, and if the actual project amount is greater than a preset project threshold value, preliminarily judging that reinforcing steel bar information corresponding to the reinforcing steel bar BIM needs to be reserved;
the data acquisition module is used for carrying out matching from the historical steel bar BIM model in the database according to the current steel bar BIM model when the steel bar information corresponding to the model is preliminarily judged to be reserved, and calling out the corresponding historical steel bar BIM model, the historical simulated steel bar detail table and the historical actual steel bar detail table corresponding to the historical steel bar BIM model from the database when the corresponding matching value reaches a preset matching value;
the second judging module is used for calculating the corresponding error value of the historical steel bar BIM model when calculating each steel bar according to the adjusted historical simulated steel bar detail table and the historical actual steel bar detail table, judging whether each corresponding error value is larger than a preset error threshold value, and if so, judging that the corresponding steel bar information is really needed to be reserved;
and a third judgment result, when the corresponding judgment result is that the corresponding reinforcing steel bar information is really reserved, extracting the reinforcing steel bar model corresponding to the reinforcing steel bar information, judging whether the diameter of the corresponding reinforcing steel bar is larger than or equal to a preset diameter threshold value, if so, judging that the judgment result of the second judgment module is correct, otherwise, judging that the judgment result of the second judgment module is inaccurate.
And the calculation module is used for calculating the reserved quantity of the corresponding reinforcing steel bars according to the corresponding error quantity when the judgment result is that the corresponding reinforcing steel bar information is actually needed to be reserved, and updating the corresponding reinforcing steel bar detail table to form a new reinforcing steel bar detail table.
And the processing module is used for cutting and bending the steel bars according to the new steel bar detail table and corresponding steel bar information in the steel bar detail table by automatic processing equipment.
The foregoing is merely exemplary of the present invention, and specific technical solutions and/or features that are well known in the art have not been described in detail herein. It should be noted that, for those skilled in the art, several variations and modifications can be made without departing from the technical solution of the present invention, and these should also be regarded as the protection scope of the present invention, which does not affect the effect of the implementation of the present invention and the practical applicability of the patent. The protection scope of the present application shall be subject to the content of the claims, and the description of the specific embodiments and the like in the specification can be used for explaining the content of the claims.
Claims (4)
1. The automatic processing method of the reinforcing steel bar based on BIM is characterized by comprising the following steps of: the method comprises the following steps:
s1, building a reinforcement BIM model corresponding to an actual project, counting corresponding reinforcement information according to the reinforcement BIM model, and generating a corresponding reinforcement detail table;
the steps between S1 and S2 further comprise the following steps:
s120, matching the reinforcement information sets with the same reinforcement types according to the reinforcement information in the reinforcement detail table, and sorting from large to small according to the reinforcement length; the steel bar information comprises the types, the lengths, the shapes and the number of the steel bars;
s121, sequentially calculating the lengths of the scraps according to the arrangement sequence of the reinforcing steel bar information in the reinforcing steel bar information set;
s122, after the calculation of the length of each piece of leftover material is completed, judging whether the length of the leftover material is greater than or equal to the length of the steel bar of each piece of steel bar information in the set of steel bar information, and if so, judging that the leftover material is used for processing the steel bar information;
s123, when the judging result is that the leftover materials can be used for processing the steel bar information, matching one of the steel bar information, correlating with the steel bar information corresponding to the leftover materials, adding the use of the leftover materials into the steel bar information corresponding to the leftover materials, and calculating the matched steel bar information when the length of the leftover materials is calculated later;
s2, identifying and judging whether each piece of current steel bar information needs to be reserved or not according to the current steel bar BIM model, a historical steel bar BIM model similar to the current steel bar BIM model in type, a historical pre-steel bar detail table and a historical actual steel bar detail table corresponding to the historical steel bar BIM model, and when the corresponding piece of steel bar information needs to be reserved, calculating the reserved quantity needed by the corresponding piece of steel bar information according to the historical pre-steel bar detail table and the historical actual steel bar detail table, and updating the corresponding steel bar detail table to form a new steel bar detail table;
the step S2 comprises the following steps:
s20, judging the size of an actual project corresponding to the steel bar BIM according to the current steel bar BIM, if the actual project amount is greater than a preset project threshold, performing the next step, otherwise, executing S3;
s21, according to the current reinforcement BIM model, matching is carried out from a historical reinforcement BIM model in a database, and when a corresponding matching value reaches a preset matching value, the corresponding historical reinforcement BIM model, a historical simulation reinforcement detail table and a historical actual reinforcement detail table corresponding to the historical reinforcement BIM model are called out from the database;
s22, calculating the corresponding error value of the historical steel bar BIM model when calculating each steel bar according to the adjusted historical simulated steel bar detail table and the historical actual steel bar detail table, judging whether each corresponding error value is larger than a preset error threshold value, if so, judging that the corresponding steel bar needs to be reserved, executing the next step, and otherwise, executing S3;
s23, calculating the reserved quantity of the corresponding steel bars according to the corresponding error quantity, and updating the corresponding steel bar detail table to form a new steel bar detail table;
and S3, cutting and bending the steel bars by the automatic processing equipment according to the corresponding steel bar information in the steel bar detail table.
2. The automated BIM-based rebar method of claim 1, wherein: and the step S22 and the step S23 also comprise the following steps:
s223, extracting the types of the steel bars in the steel bar information with the error value larger than the preset error threshold value, judging whether the corresponding steel bar diameter is larger than or equal to the preset diameter threshold value, if so, executing the next step, otherwise, executing S3.
3. BIM-based automatic steel bar processing system is characterized in that: comprising the following steps:
the model construction module is used for constructing a corresponding reinforcing steel bar BIM model according to actual engineering;
the data acquisition module is used for counting corresponding steel bar information according to the steel bar BIM model and generating a corresponding steel bar detail table;
further comprises:
the model matching module is used for matching the reinforcing steel bar information sets with the same reinforcing steel bar model according to the information of each reinforcing steel bar in the reinforcing steel bar detail table, and sequencing the reinforcing steel bar information sets from large to small according to the length of the reinforcing steel bars; the steel bar information comprises the types, the lengths, the shapes and the number of the steel bars;
the leftover material calculation module is used for sequentially calculating the length of leftover materials according to the arrangement sequence of the reinforcing steel bar information in the reinforcing steel bar information set;
the comparison module is used for judging whether the length of the leftover materials is greater than or equal to the length of the reinforcing steel bars of each reinforcing steel bar information set after the calculation of the length of each leftover material is finished, and judging that the leftover materials can be used for processing the reinforcing steel bar information if the length of the leftover materials is greater than or equal to the length of the reinforcing steel bars of each reinforcing steel bar information set;
the processing matching module is used for matching one of the reinforcing steel bar information when the judging result is that the leftover materials can be used for processing the reinforcing steel bar information, correlating the reinforcing steel bar information corresponding to the leftover materials, adding the use of the leftover materials into the reinforcing steel bar information corresponding to the leftover materials, and calculating the matched reinforcing steel bar information when the length of the leftover materials is calculated later;
the reservation calculation module is used for identifying and judging whether each piece of current steel bar information needs to be reserved or not according to the current steel bar BIM model, a historical steel bar BIM model similar to the current steel bar BIM model in type, and a historical pre-steel bar list and a historical actual steel bar list corresponding to the historical steel bar BIM model, when the corresponding piece of steel bar information needs to be reserved, calculating the reserved quantity needed by the corresponding piece of steel bar information according to the historical pre-steel bar list and the historical actual steel bar list, and updating the corresponding steel bar list to form a new steel bar list;
the reservation calculation module includes:
the first judging module is used for judging the size of the actual engineering corresponding to the model according to the current reinforcing steel bar BIM model, and if the actual engineering quantity is greater than a preset engineering threshold value, primarily judging that reinforcing steel bar information corresponding to the model needs to be reserved;
the data acquisition module is used for carrying out matching from the historical steel bar BIM model in the database according to the current steel bar BIM model when the steel bar information corresponding to the model is preliminarily judged to be reserved, and calling out the corresponding historical steel bar BIM model, the historical simulated steel bar detail table and the historical actual steel bar detail table corresponding to the historical steel bar BIM model from the database when the corresponding matching value reaches a preset matching value;
the second judging module is used for calculating the corresponding error value of the historical steel bar BIM model when calculating each steel bar according to the adjusted historical simulated steel bar detail table and the historical actual steel bar detail table, judging whether each corresponding error value is larger than a preset error threshold value, and if so, judging that the corresponding steel bar information is really needed to be reserved;
the calculation module is used for calculating the reserved quantity of the corresponding reinforcing steel bars according to the corresponding error quantity when the judgment result is that the corresponding reinforcing steel bar information is actually needed to be reserved, and updating the corresponding reinforcing steel bar detail table to form a new reinforcing steel bar detail table;
and the processing module is used for cutting and bending the steel bars according to the new steel bar detail table and corresponding steel bar information in the steel bar detail table by automatic processing equipment.
4. The BIM-based rebar automated processing system of claim 3, wherein: the reservation calculation module further comprises a third judgment result, when the corresponding judgment result is that the corresponding reinforcing steel bar information is needed to be reserved, the reinforcing steel bar model corresponding to the reinforcing steel bar information is extracted, whether the corresponding reinforcing steel bar diameter is larger than or equal to a preset diameter threshold value is judged, if yes, the judgment result of the second judgment module is correct, and if no, the judgment result of the second judgment module is inaccurate.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108876658A (en) * | 2018-04-17 | 2018-11-23 | 中交武汉港湾工程设计研究院有限公司 | Prefabricated part hanging procedural information management method |
| CN111177831A (en) * | 2019-12-26 | 2020-05-19 | 沈阳工业大学 | BIM technology-based steel bar three-dimensional modeling and automatic calculation method |
| CN111625892A (en) * | 2020-05-27 | 2020-09-04 | 广东金盛世生态环境有限公司 | Construction engineering management system and method based on panoramic technology and BIM model |
| CN111914326A (en) * | 2020-07-22 | 2020-11-10 | 中国一冶集团有限公司 | Reinforcing steel bar blanking matching method based on BIM technology |
| CN115081695A (en) * | 2022-06-08 | 2022-09-20 | 深圳市栋森工程项目管理有限公司 | BIM model-based engineering budget method, system and terminal equipment |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108876658A (en) * | 2018-04-17 | 2018-11-23 | 中交武汉港湾工程设计研究院有限公司 | Prefabricated part hanging procedural information management method |
| CN111177831A (en) * | 2019-12-26 | 2020-05-19 | 沈阳工业大学 | BIM technology-based steel bar three-dimensional modeling and automatic calculation method |
| CN111625892A (en) * | 2020-05-27 | 2020-09-04 | 广东金盛世生态环境有限公司 | Construction engineering management system and method based on panoramic technology and BIM model |
| CN111914326A (en) * | 2020-07-22 | 2020-11-10 | 中国一冶集团有限公司 | Reinforcing steel bar blanking matching method based on BIM technology |
| CN115081695A (en) * | 2022-06-08 | 2022-09-20 | 深圳市栋森工程项目管理有限公司 | BIM model-based engineering budget method, system and terminal equipment |
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