CN107908905A - A kind of device that construction simulation is carried out by BIM - Google Patents
A kind of device that construction simulation is carried out by BIM Download PDFInfo
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Abstract
本发明公开了施工模拟装置技术领域的一种通过BIM进行施工模拟的装置，该通过BIM进行施工模拟的装置包括：数据采集端、数据转换模块、存储器、处理中心、数据库、建模系统、数据填充模块、数据调控模块和显示器；所述数据采集端用于对施工现场的参数进行采集，采集的对象包括地理位置、施工点、施工进行图像，所述数据采集端的输出端与数据转换模块的输入端耦合；该通过BIM进行施工模拟的装置能够在不影响正常模拟的同时能够进行后续调整、输入操作，通过数据的调整、输入，使得其实时状态更加准确，能够预期工程工期，通过对物料的使用情况进行计量，使得其用量准确，并能够实时补仓。
The invention discloses a device for construction simulation through BIM in the technical field of construction simulation devices. The device for construction simulation through BIM includes: a data acquisition terminal, a data conversion module, a memory, a processing center, a database, a modeling system, a data Filling module, data control module and display; The data acquisition end is used to collect the parameters of the construction site, and the collected objects include geographical location, construction point, construction progress image, the output end of the data acquisition end and the data conversion module Input end coupling; the device for construction simulation through BIM can carry out subsequent adjustments and input operations without affecting the normal simulation. Through data adjustment and input, its real-time status is more accurate, and the construction period can be expected. The usage of the system is measured, so that the usage is accurate, and the position can be replenished in real time.
Description
技术领域technical field
本发明涉及施工模拟装置技术领域，具体为一种通过BIM进行施工模拟的装置。The invention relates to the technical field of construction simulation devices, in particular to a device for construction simulation through BIM.
背景技术Background technique
BIM(Building Information Modeling，即建筑信息模型)是继CAD(计算机辅助设计)技术后出现在工程建设行业又一重要的计算机应用技术，正在引发建筑行业一次史无前例的彻底革命。该技术利用数字建模软件，提高项目设计、建造和管理的效率，并给采用该技术的建筑企业带来极大的新增价值，原有的模拟方式对于原料的用量监控、工期和工程内的变化难以修改，导致其与实际情况有所偏差，为此，我们提出了一种通过BIM进行施工模拟的装置。BIM (Building Information Modeling, or Building Information Modeling) is another important computer application technology that appears in the engineering construction industry after CAD (Computer Aided Design) technology, and is triggering an unprecedented revolution in the construction industry. This technology uses digital modeling software to improve the efficiency of project design, construction and management, and brings great added value to construction companies that adopt this technology. The changes of are difficult to modify, resulting in deviations from the actual situation. For this reason, we propose a device for construction simulation through BIM.
发明内容Contents of the invention
本发明的目的在于提供一种通过BIM进行施工模拟的装置，以解决上述背景技术中提出的原有的模拟方式对于原料的用量监控、工期和工程内的变化难以修改，导致其与实际情况有所偏差的问题。The purpose of the present invention is to provide a device for construction simulation through BIM, so as to solve the problem that the original simulation method proposed in the above-mentioned background technology is difficult to modify the monitoring of raw material consumption, construction period and changes in the project, which leads to its inconsistency with the actual situation. The problem of deviation.
为实现上述目的，本发明提供如下技术方案：一种通过BIM进行施工模拟的装置，该通过BIM进行施工模拟的装置包括：数据采集端、数据转换模块、存储器、处理中心、数据库、建模系统、数据填充模块、数据调控模块和显示器；In order to achieve the above object, the present invention provides the following technical solutions: a device for construction simulation through BIM, the device for construction simulation through BIM includes: data acquisition terminal, data conversion module, memory, processing center, database, modeling system , a data filling module, a data regulation module and a display;
所述数据采集端用于对施工现场的参数进行采集，采集的对象包括地理位置、施工点、施工进行图像，所述数据采集端的输出端与数据转换模块的输入端耦合；The data acquisition terminal is used to collect parameters of the construction site, and the collected objects include geographical locations, construction points, and construction images, and the output terminal of the data acquisition terminal is coupled with the input terminal of the data conversion module;
所述数据转换模块将数据采集端采集的数据转换为系统识别的电信号，所述数据转换模块将电信号传输至存储器；The data conversion module converts the data collected by the data acquisition terminal into electrical signals recognized by the system, and the data conversion module transmits the electrical signals to the memory;
所述存储器的数据端通过数据线与处理中心的传输端口连接，所述处理中心通过对存储器的接收电信号进行获取并进行处理，所述处理中心通过将接收的电信号与数据库中的预存数据对比；The data end of the memory is connected to the transmission port of the processing center through a data line, and the processing center obtains and processes the received electrical signal of the memory, and the processing center combines the received electrical signal with the prestored data in the database Compared;
所述数据库内预存对该施工方案的信息，通过将获取的信息与预存的信息进行对照，找出与预存信息偏差的位置，并进行反馈调整；The information of the construction plan is pre-stored in the database, and by comparing the obtained information with the pre-stored information, the position of the deviation from the pre-stored information is found, and feedback adjustment is performed;
所述建模系统为BIM仿真软件，将采集的数据进行建设数据模型，并进行立体填充，所述建模系统为实时运行系统，所述数据采集端的信息发生变化时，建模系统作出相应的调整；The modeling system is a BIM simulation software, which constructs a data model from the collected data and performs three-dimensional filling. The modeling system is a real-time operation system. When the information of the data collection terminal changes, the modeling system makes corresponding actions. Adjustment;
所述数据填充模块根据需要对建模系统的一些空间进行模块填充，填充对象为后期添加施工物或者删减未将进行的施工对象，添加施工对象后通过信息反馈的方式反馈至施工端；The data filling module fills some spaces of the modeling system according to the needs, and the filling object is to add construction objects or delete construction objects that will not be carried out later, and feed back to the construction end through information feedback after adding construction objects;
所述数据调控模块包括施工进程数据计量端、用料量数据计量端和剩余工期提醒模块，所述数据调控模块对建模系统的数据进行调控，增加建模系统的显示方式或者根据现实进展情况微调其数据参数；The data control module includes a construction process data measurement terminal, a material consumption data measurement terminal and a remaining construction period reminder module. The data control module regulates the data of the modeling system, increases the display mode of the modeling system or according to the actual progress. Fine-tune its data parameters;
所述显示器将建模后的图样现实，并将其添加信息、修改信息和建设实样均显示。The display will realize the modeled pattern, and display its added information, modified information and real samples of construction.
优选的，所述数据采集端包括GPS定位模块、高清夜视摄像模块和通信模块。Preferably, the data collection terminal includes a GPS positioning module, a high-definition night vision camera module and a communication module.
优选的，所述处理中心为人工操作的控制端。Preferably, the processing center is a manually operated control terminal.
优选的，所述处理中心的输出端还连接有报警设备。Preferably, an alarm device is also connected to the output end of the processing center.
优选的，所述显示器为LED显示器。Preferably, the display is an LED display.
与现有技术相比，本发明的有益效果是：该通过BIM进行施工模拟的装置能够在不影响正常模拟的同时能够进行后续调整、输入操作，通过数据的调整、输入，使得其实时状态更加准确，能够预期工程工期，通过对物料的使用情况进行计量，使得其用量准确，并能够实时补仓。Compared with the prior art, the beneficial effect of the present invention is that the device for construction simulation through BIM can perform subsequent adjustment and input operations without affecting the normal simulation, and through the adjustment and input of data, its real-time state is more accurate. Accurate, can predict the construction period of the project, through the measurement of the use of materials, make the amount accurate, and can replenish the warehouse in real time.
附图说明Description of drawings
图1为本发明系统框图；Fig. 1 is a system block diagram of the present invention;
图2为本发明数据调控模块的系统框图。Fig. 2 is a system block diagram of the data control module of the present invention.
图中：1数据采集端、2数据转换模块、3存储器、4处理中心、5数据库、6建模系统、7数据填充模块、8数据调控模块、81施工进程数据计量端、82用料量数据计量端、83剩余工期提醒模块、9显示器。In the figure: 1 data acquisition terminal, 2 data conversion module, 3 memory, 4 processing center, 5 database, 6 modeling system, 7 data filling module, 8 data control module, 81 construction process data measurement terminal, 82 material consumption data Metering terminal, 83 remaining construction period reminder modules, 9 displays.
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 clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.
请参阅图1-2，本发明提供一种技术方案：一种通过BIM进行施工模拟的装置，该通过BIM进行施工模拟的装置包括：数据采集端1、数据转换模块2、存储器3、处理中心4、数据库5、建模系统6、数据填充模块7、数据调控模块8和显示器9；Please refer to Figure 1-2, the present invention provides a technical solution: a device for construction simulation through BIM, the device for construction simulation through BIM includes: data acquisition terminal 1, data conversion module 2, memory 3, processing center 4. Database 5, modeling system 6, data filling module 7, data control module 8 and display 9;
数据采集端1用于对施工现场的参数进行采集，采集的对象包括地理位置、施工点、施工进行图像，数据采集端1的输出端与数据转换模块2的输入端耦合；The data acquisition terminal 1 is used to collect the parameters of the construction site, and the collected objects include geographical location, construction point, and construction progress images, and the output terminal of the data acquisition terminal 1 is coupled with the input terminal of the data conversion module 2;
数据转换模块2将数据采集端1采集的数据转换为系统识别的电信号，数据转换模块2将电信号传输至存储器3；The data conversion module 2 converts the data collected by the data acquisition terminal 1 into electrical signals recognized by the system, and the data conversion module 2 transmits the electrical signals to the memory 3;
存储器3的数据端通过数据线与处理中心4的传输端口连接，处理中心4通过对存储器3的接收电信号进行获取并进行处理，处理中心4通过将接收的电信号与数据库5中的预存数据对比；The data end of the memory 3 is connected to the transmission port of the processing center 4 through the data line, the processing center 4 obtains and processes the received electrical signal of the memory 3, and the processing center 4 combines the received electrical signal with the prestored data in the database 5 Compared;
数据库5内预存对该施工方案的信息，通过将获取的信息与预存的信息进行对照，找出与预存信息偏差的位置，并进行反馈调整；The information of the construction plan is pre-stored in the database 5, and by comparing the obtained information with the pre-stored information, find out the position of the deviation from the pre-stored information, and perform feedback adjustment;
建模系统6为BIM仿真软件，将采集的数据进行建设数据模型，并进行立体填充，建模系统6为实时运行系统，数据采集端1的信息发生变化时，建模系统6作出相应的调整；The modeling system 6 is a BIM simulation software, which builds a data model from the collected data and performs three-dimensional filling. The modeling system 6 is a real-time operation system. When the information of the data acquisition terminal 1 changes, the modeling system 6 makes corresponding adjustments. ;
数据填充模块7根据需要对建模系统6的一些空间进行模块填充，填充对象为后期添加施工物或者删减未将进行的施工对象，添加施工对象后通过信息反馈的方式反馈至施工端；The data filling module 7 fills some spaces of the modeling system 6 as required. The filling object is to add construction objects in the later stage or delete construction objects that will not be carried out. After adding construction objects, it feeds back to the construction end through information feedback;
数据调控模块8包括施工进程数据计量端81、用料量数据计量端82和剩余工期提醒模块83，数据调控模块8对建模系统6的数据进行调控，增加建模系统6的显示方式或者根据现实进展情况微调其数据参数；The data control module 8 includes a construction process data measurement terminal 81, a material consumption data measurement terminal 82 and a remaining construction period reminder module 83. The data control module 8 regulates the data of the modeling system 6, and increases the display mode of the modeling system 6 or according to Fine-tune its data parameters according to the actual progress;
显示器9将建模后的图样现实，并将其添加信息、修改信息和建设实样均显示。The display 9 displays the modeled pattern, and displays its added information, modified information and real samples of construction.
其中，数据采集端1包括GPS定位模块、高清夜视摄像模块和通信模块，能够进行定位、图像采集和数据的传输，处理中心4为人工操作的控制端，能够进行自行数据对照的同时还能够通过人工的控制、计算，处理中心4的输出端还连接有报警设备，显示器9为LED显示器。Among them, the data collection terminal 1 includes a GPS positioning module, a high-definition night vision camera module and a communication module, which can perform positioning, image collection and data transmission. Through manual control and calculation, the output end of the processing center 4 is also connected with an alarm device, and the display 9 is an LED display.
工作原理：使用时，将数据采集端1安装在工程施工端，对工程施工点的位置信息、施工图像信息进行实时采集，将采集信息通过数据转换模块2转换为电信号，在数据库5内预存需要建造的位置信息，并将位置信息与采集的信息进行对照，若出现偏差则通过反馈的方式反馈到施工点进行修正，将获取的信息输出至建模系统6进行建模，通过数据填充模块7、数据调控模块8和进行添加、删除和修正，从而达到与实际应用相同的效果，最后将建模后的模型通过显示器9显示，通过施工进程数据计量端81、用料量数据计量端82、剩余工期提醒模块83进行工时计算和原料用量计量，当出现原料用量过多的情况，处理中心4通过报警设备进行提醒，并对施工点进行要求。Working principle: When in use, install the data acquisition terminal 1 on the construction end of the project, collect the location information of the construction point and construction image information in real time, convert the collected information into electrical signals through the data conversion module 2, and store them in the database 5 The location information that needs to be built, and compare the location information with the collected information. If there is a deviation, it will be fed back to the construction point for correction, and the obtained information will be output to the modeling system 6 for modeling, and the module will be filled with data 7. The data control module 8 is added, deleted and corrected, so as to achieve the same effect as the actual application. Finally, the model after modeling is displayed on the display 9, through the construction process data measurement terminal 81, and the material consumption data measurement terminal 82 1. The remaining construction period reminder module 83 performs man-hour calculation and raw material consumption measurement. When excessive raw material consumption occurs, the processing center 4 reminds through the alarm device and requires the construction site.
尽管已经示出和描述了本发明的实施例，对于本领域的普通技术人员而言，可以理解在不脱离本发明的原理和精神的情况下可以对这些实施例进行多种变化、修改、替换和变型，本发明的范围由所附权利要求及其等同物限定。Although the embodiments of the present invention have been shown and described, those skilled in the art can understand that various changes, modifications and substitutions can be made to these embodiments without departing from the principle and spirit of the present invention. and modifications, the scope of the invention is defined by the appended claims and their equivalents.
Claims (5)
- A kind of 1. device that construction simulation is carried out by BIM, it is characterised in that：This carries out the device bag of construction simulation by BIM Include：Data acquisition end (1), data conversion module (2), memory (3), processing center (4), database (5), modeling (6), Database population module (7), data regulation and control module (8) and display (9)；The data acquisition end (1) is used to be acquired the parameter of construction site, and the object of collection includes geographical location, construction Point, construction carry out image, and the output terminal of the data acquisition end (1) is coupled with the input terminal of data conversion module (2)；The data that data acquisition end (1) gathers are converted to the electric signal of system identification, the number by the data conversion module (2) According to modular converter (2) by electric signal transmission to memory (3)；The data terminal of the memory (3) is connected by data cable with the transmission port of processing center (4), the processing center (4) by the way that the reception electric signal of memory (3) is obtained and handled, the processing center (4) is by by reception Electric signal is contrasted with the pre-stored data in database (5)；The information to prestore to the arrangement and method for construction in the database (5), by the way that the information of acquisition and the information to prestore are carried out pair According to finding out and the position of prestored information deviation, and carry out feedback adjustment；The modeling (6) is BIM simulation softwares, and the data of collection are carried out construction data model, and carries out three-dimensional filling, The modeling (6) is Real-time running system, and when the information of the data acquisition end (1) changes, modeling (6) is made Go out corresponding adjustment；The database population module (7) carries out module filling to some spaces of modeling (6) as needed, and filled object is Later stage addition construction thing is deleted not by the construction object of progress, is fed back after adding construction object by way of information feedback To construction end；The data regulation and control module (8) includes construction progress data metering end (81), material quantity data metering end (82) and residue Duration reminding module (83), the data regulation and control module (8) regulate and control the data of modeling (6), increase modeling (6) display mode finely tunes its data parameters according to real progress；Pattern reality after modeling is added information, modification information and builds full pattern and shown by the display (9).
- A kind of 2. device that construction simulation is carried out by BIM according to claim 1, it is characterised in that：The data are adopted Collection end (1) includes GPS positioning module, high-definition night-viewing photographing module and communication module.
- A kind of 3. device that construction simulation is carried out by BIM according to claim 1, it is characterised in that：In the processing The heart (4) is manually-operated control terminal.
- A kind of 4. device that construction simulation is carried out by BIM according to claim 1, it is characterised in that：In the processing The output terminal of the heart (4) is also associated with warning device.
- A kind of 5. device that construction simulation is carried out by BIM according to claim 1, it is characterised in that：The display (9) it is light-emitting diode display.
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| CN109544102A (en) * | 2018-10-26 | 2019-03-29 | 中交第航务工程局有限公司 | A kind of engineering ship construction management system and application method based on BIM model |
| CN110200402A (en) * | 2019-06-20 | 2019-09-06 | 四川省劲腾环保建材有限公司 | One kind being based on BIM platform construction Ground arrangement simulator |
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