CN108151659A - A kind of measuring device - Google Patents
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- CN108151659A CN108151659A CN201810145418.XA CN201810145418A CN108151659A CN 108151659 A CN108151659 A CN 108151659A CN 201810145418 A CN201810145418 A CN 201810145418A CN 108151659 A CN108151659 A CN 108151659A
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- G—PHYSICS
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- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B11/00—Measuring arrangements characterised by the use of optical techniques
- G01B11/02—Measuring arrangements characterised by the use of optical techniques for measuring length, width or thickness
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Abstract
Description
技术领域technical field
本申请涉及工程结构测量技术领域，尤其涉及一种用于高空梁的截面尺寸测量的测量装置。The present application relates to the technical field of engineering structure measurement, in particular to a measuring device for measuring the cross-sectional dimension of high-altitude beams.
背景技术Background technique
在建筑结构的检测中，构件的截面尺寸检测属于一种常规检测项目。通常情况下，建筑结构中的梁构件距离地面一般都在3米以上，有的甚至达到5至6米。3米左右高度的高空梁通常可以站在梯子上就能使用钢卷尺进行直接测量，4米至5米高度的高空梁则需要搭设两层活动脚手架才能进行直接测量，而5-6米高度的高空梁的检测则需要高空升降车才能进行直接测量。因此可知，对图纸缺失的框架结构需要对所有构件进行截面尺寸检测，现有技术中用于高空梁的截面尺寸测量方法一般都费时费力，而且有些还可能会受场地条件的限制而无法实施。In the detection of building structures, the cross-sectional size detection of components is a routine detection item. Usually, the beam members in the building structure are generally more than 3 meters from the ground, and some even reach 5 to 6 meters. A high-altitude beam with a height of about 3 meters can usually be directly measured with a steel tape by standing on a ladder. A high-altitude beam with a height of 4 to 5 meters needs to be directly measured by setting up two layers of movable scaffolding. The detection of high-altitude beams requires high-altitude lift trucks for direct measurement. Therefore, it can be seen that the cross-sectional dimension detection of all components is required for the frame structure with missing drawings. The cross-sectional dimension measurement methods used for high-altitude beams in the prior art are generally time-consuming and laborious, and some may not be implemented due to site conditions.
近几年来，现有技术中也可以采用非接触式测量方法对上述的高空梁的截面尺寸进行测量，例如，可以采用全站仪或激光测距仪进行测量，对高空梁的几个点进行定位，然后再换算成梁的截面尺寸。然而，上述的测量方法中由于需要使用全站仪，因此经常会受到吊顶装修等装饰的影响，而无法找到合适的角度进行测量，使用范围比较有限，而且也比较费时；而且，由于所使用的激光测距仪是利用三角关系进行测算，而并不是直接进行测量，所以测量结果的误差也比较大。In recent years, non-contact measurement methods can also be used in the prior art to measure the cross-sectional dimensions of the above-mentioned high-altitude beams. For example, a total station or a laser rangefinder can be used to measure several points of the high-altitude beams. Positioning, and then converted to the cross-sectional size of the beam. However, due to the need to use a total station in the above-mentioned measurement method, it is often affected by decorations such as ceiling decoration, and cannot find a suitable angle for measurement. The scope of use is relatively limited, and it is also time-consuming; The laser rangefinder uses the triangular relationship for measurement and calculation, rather than direct measurement, so the error of the measurement result is relatively large.
发明内容Contents of the invention
有鉴于此，本发明提供了一种测量装置，从而可以快速、有效地对建筑结构中的高空梁的截面尺寸进行测量，读数快、精度高；既节省了人力和成本，同时也节省了时间，而且还可以大大减小检测人员的作业风险。In view of this, the present invention provides a measuring device, which can quickly and effectively measure the section size of the high-altitude beam in the building structure, with fast reading and high precision; it not only saves manpower and cost, but also saves time , and it can also greatly reduce the operational risk of testing personnel.
本发明的技术方案具体是这样实现的：Technical scheme of the present invention is specifically realized like this:
一种测量装置，该测量装置包括：塔盒、高度尺、宽度尺、无线距离传感器和显示器；A measuring device, comprising: a tower box, a height gauge, a width gauge, a wireless distance sensor and a display;
所述塔盒中设置有多级可伸缩结构；A multi-stage retractable structure is arranged in the tower box;
所述高度尺的底部固定在所述塔盒的最上一级可伸缩结构上，所述高度尺的顶部从所述塔盒的顶部伸出，且所述高度尺的延伸方向与所述塔盒的延伸方向相同；所述高度尺上设置有第一活动轨；The bottom of the height gauge is fixed on the uppermost retractable structure of the tower box, the top of the height gauge stretches out from the top of the tower box, and the extension direction of the height gauge is in line with the tower box The same extension direction; the height gauge is provided with a first movable rail;
所述宽度尺设置在所述塔盒的顶部且与所述高度尺的延伸方向垂直；所述宽度尺上设置有第二活动轨；The width ruler is arranged on the top of the tower box and is perpendicular to the extension direction of the height ruler; the width ruler is provided with a second movable rail;
所述无线距离传感器穿设在所述第一活动轨和第二活动轨中，将所述高度尺和宽度尺连接在一起；所述无线距离传感器可沿所述第一活动轨和第二活动轨滑动；所述无线距离传感器通过第一弹性连接件与所述第一活动轨的一端连接，通过第二弹性连接件与所述第二活动轨的一端连接；The wireless distance sensor is passed through the first movable rail and the second movable rail, and the height gauge and the width gauge are connected together; the wireless distance sensor can be moved along the first movable rail and the second movable rail. The rail slides; the wireless distance sensor is connected to one end of the first movable rail through a first elastic connector, and is connected to one end of the second movable rail through a second elastic connector;
所述无线距离传感器将测量的数据通过无线信号发送给所述显示器进行显示。The wireless distance sensor sends the measured data to the display through wireless signals for display.
较佳的，所述高度尺和宽度尺上均设置有刻度。Preferably, both the height scale and the width scale are provided with scales.
较佳的，所述显示器为数字显示屏。Preferably, the display is a digital display.
较佳的，所述塔盒为可伸缩空心圆柱体杆。Preferably, the tower box is a telescopic hollow cylindrical rod.
如上可见，在本发明中的测量装置中，由于塔盒中设置了多级可伸缩结构，因此可以自由调节上述测量装置的长度，以将高度尺和宽度尺抵接在所需测量的高空梁上，然后分别施加水平力和垂直力，将高度尺和宽度尺拉开，并通过无线信号将无线距离传感器与宽度尺的外端的距离以及其与高度尺的顶端的距离传输到显示器上进行显示。测量人员只需查看显示器上的显示信息即可获知所需测量的高空梁的数据信息(例如，高空梁的高度和宽度等数据)。在结束测量之后，可以收回该测量装置。测量装置上的高度尺和宽度尺离开所需测量的高空梁之后，无线距离传感器将在弹性连接件的拉力作用下回到其测量前的起始位置(例如，所述第一活动轨和第二活动轨的一端)。As can be seen above, in the measuring device of the present invention, since the tower box is provided with a multi-stage retractable structure, the length of the above-mentioned measuring device can be adjusted freely, so that the height ruler and the width ruler are abutted against the high-altitude beam to be measured. Then apply horizontal force and vertical force respectively to pull the height gauge and width gauge apart, and transmit the distance between the wireless distance sensor and the outer end of the width gauge and the distance from the top of the height gauge to the display for display through wireless signals . The surveyor only needs to check the display information on the monitor to know the data information of the high-altitude beam to be measured (for example, data such as the height and width of the high-altitude beam). After the measurement has been concluded, the measuring device can be retracted. After the height ruler and the width ruler on the measuring device leave the high-altitude beam to be measured, the wireless distance sensor will return to its initial position before the measurement under the pulling force of the elastic connector (for example, the first movable rail and the second movable rail). One end of the two movable rails).
因此，使用上述用于高空梁的测量装置，可以快速、有效地对距离测量地较远距离的高空梁的截面尺寸进行直接测量；而且，该测量装置读数快、精度高，操作也很方便；既节省了人力和成本，同时也节省了时间，而且还可以大大减小检测人员的作业风险。另外，本发明中的上述测量装置的结构简单，便于携带和拆装。Therefore, using the above-mentioned measuring device for high-altitude beams, the cross-sectional dimensions of high-altitude beams that are far away from the measurement site can be directly measured quickly and effectively; moreover, the measuring device has fast readings, high precision, and is also very convenient to operate; It not only saves manpower and cost, but also saves time, and can also greatly reduce the operational risk of testing personnel. In addition, the above measuring device in the present invention has a simple structure and is easy to carry and disassemble.
附图说明Description of drawings
图1为本发明实施例中的测量装置的结构示意图。FIG. 1 is a schematic structural diagram of a measuring device in an embodiment of the present invention.
具体实施方式Detailed ways
为使本发明的技术方案及优点更加清楚明白，以下结合附图及具体实施例，对本发明作进一步详细的说明。In order to make the technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.
图1为本发明实施例中的测量装置的结构示意图。如图1所示，本发明实施例中的测量装置包括：塔盒11、高度尺12、宽度尺13、无线距离传感器14和显示器15；FIG. 1 is a schematic structural diagram of a measuring device in an embodiment of the present invention. As shown in Figure 1, the measuring device in the embodiment of the present invention comprises: tower box 11, height ruler 12, width ruler 13, wireless distance sensor 14 and display 15;
所述塔盒11中设置有多级可伸缩结构；The tower box 11 is provided with a multi-stage retractable structure;
所述高度尺12的底部固定在所述塔盒11的最上一级可伸缩结构上，所述高度尺12的顶部从所述塔盒11的顶部伸出，且所述高度尺12的延伸方向与所述塔盒11的延伸方向相同；所述高度尺12上设置有第一活动轨21；The bottom of described height gauge 12 is fixed on the uppermost stage telescopic structure of described tower box 11, and the top of described height gauge 12 stretches out from the top of described tower box 11, and the extension direction of described height gauge 12 It is the same as the extension direction of the tower box 11; the height gauge 12 is provided with a first movable rail 21;
所述宽度尺13设置在所述塔盒11的顶部且与所述高度尺12的延伸方向垂直；所述宽度尺13上设置有第二活动轨31；The width ruler 13 is arranged on the top of the tower box 11 and is perpendicular to the extension direction of the height ruler 12; the width ruler 13 is provided with a second movable rail 31;
所述无线距离传感器14穿设在所述第一活动轨21和第二活动轨31中，将所述高度尺12和宽度尺13连接在一起；所述无线距离传感器14可沿所述第一活动轨21和第二活动轨31滑动；所述无线距离传感器14通过第一弹性连接件16与所述第一活动轨21的一端连接，通过第二弹性连接件17与所述第二活动轨31的一端连接；The wireless distance sensor 14 is passed through the first movable rail 21 and the second movable rail 31, and the height gauge 12 and the width gauge 13 are connected together; the wireless distance sensor 14 can be moved along the first The movable rail 21 and the second movable rail 31 slide; the wireless distance sensor 14 is connected with one end of the first movable rail 21 by the first elastic connector 16, and connected with the second movable rail by the second elastic connector 17 One end of 31 is connected;
所述无线距离传感器14将测量的数据通过无线信号发送给所述显示器15进行显示。The wireless distance sensor 14 sends the measured data to the display 15 via wireless signals for display.
根据上述测量装置的结构可知，在需要对建筑结构中的高空梁10的截面尺寸进行测量时，可以先通过塔盒中的多级可伸缩结构调整上述测量装置的长度，将宽度尺抵接在所需测量的高空梁10的底部，且将高度尺抵接在所需测量的高空梁10的一个侧面，然后分别施加水平力和垂直力，使得无线距离传感器沿所述第一活动轨和第二活动轨滑动，直至宽度尺的外端从所需测量的高空梁10的另一个侧面伸出，高度尺的顶端从所需测量的高空梁10的顶部伸出。此时，无线距离传感器可以将其与宽度尺的外端的距离以及其与高度尺的顶端的距离通过无线信号传输到显示器上进行显示。测量人员只需查看显示器上的显示信息即可获知所需测量的高空梁10的数据信息(例如，高空梁10的高度和宽度等数据)。因此，使用上述测量装置，可以对距离测量地较远距离的高空梁的截面尺寸进行直接测量；而且，读数快、精度高，操作也很方便，既节省了人力，同时也节省了时间，而且还可以大大减小检测人员的作业风险。According to the structure of the above-mentioned measuring device, when it is necessary to measure the cross-sectional size of the high-altitude beam 10 in the building structure, the length of the above-mentioned measuring device can be adjusted through the multi-stage retractable structure in the tower box, and the width ruler can be abutted on the The bottom of the high-altitude beam 10 to be measured, and the height gauge is abutted against one side of the high-altitude beam 10 to be measured, and then respectively apply a horizontal force and a vertical force, so that the wireless distance sensor moves along the first movable rail and the second movable rail. The two movable rails slide until the outer end of the width ruler stretches out from the other side of the high-altitude beam 10 to be measured, and the top of the height ruler stretches out from the top of the high-altitude beam 10 to be measured. At this time, the wireless distance sensor can transmit the distance to the outer end of the width gauge and the distance to the top of the height gauge through wireless signals to the display for display. The surveyor only needs to check the displayed information on the monitor to know the data information of the high-altitude beam 10 to be measured (for example, data such as the height and width of the high-altitude beam 10 ). Therefore, using the above-mentioned measuring device, it is possible to directly measure the section size of the high-altitude beam that is far away from the measuring place; moreover, the reading is fast, the precision is high, and the operation is also very convenient, which not only saves manpower, but also saves time, and It can also greatly reduce the operational risk of testing personnel.
另外，较佳的，在本发明的具体实施例中，所述高度尺和宽度尺上还均设置有刻度。因此，在距离较近的情况下，测量人员可以直接根据高度尺和宽度尺的刻度获知所需测量的部件的数据信息。另外，还可以在对上述测量装置进行测试或校准时，可以将高度尺和宽度尺上的刻度与显示器上的显示信息进行比对，从而可以方便地完成上述的测试或校准操作。In addition, preferably, in a specific embodiment of the present invention, the height scale and the width scale are also provided with scales. Therefore, in the case of a relatively short distance, the measurement personnel can directly obtain the data information of the parts to be measured according to the scales of the height scale and the width scale. In addition, when testing or calibrating the above-mentioned measuring device, the scales on the height gauge and the width gauge can be compared with the display information on the display, so that the above-mentioned testing or calibrating operation can be conveniently completed.
另外，较佳的，在本发明的具体实施例中，所述塔盒为可伸缩空心圆柱体杆。In addition, preferably, in a specific embodiment of the present invention, the tower box is a telescopic hollow cylindrical rod.
另外，较佳的，在本发明的具体实施例中，所述显示器为数字显示屏。因此，测量人员可以很直观地获知所需测量的数据信息，从而可以有效地避免由于高度梁太高而导致视力和视线受到影响，使得读数费力的问题。In addition, preferably, in a specific embodiment of the present invention, the display is a digital display. Therefore, the surveyor can intuitively know the data information to be measured, which can effectively avoid the problem that the vision and line of sight are affected due to the height beam being too high, making the reading laborious.
综上所述，在本发明的技术方案中，由于上述测量装置中的塔盒中设置了多级可伸缩结构，因此可以自由调节上述测量装置的长度，以将高度尺和宽度尺抵接在所需测量的高空梁上，然后分别施加水平力和垂直力，将高度尺和宽度尺拉开，并通过无线信号将无线距离传感器与宽度尺的外端的距离以及其与高度尺的顶端的距离传输到显示器上进行显示。测量人员只需查看显示器上的显示信息即可获知所需测量的高空梁的数据信息(例如，高空梁的高度和宽度等数据)。在结束测量之后，可以收回该测量装置。测量装置上的高度尺和宽度尺离开所需测量的高空梁之后，无线距离传感器将在弹性连接件的拉力作用下回到其测量前的起始位置(例如，所述第一活动轨和第二活动轨的一端)。In summary, in the technical solution of the present invention, since the tower box in the above-mentioned measuring device is provided with a multi-stage retractable structure, the length of the above-mentioned measuring device can be freely adjusted to abut the height ruler and the width ruler on the On the high-altitude beam to be measured, then apply horizontal force and vertical force respectively, pull the height gauge and width gauge apart, and use the wireless signal to determine the distance between the wireless distance sensor and the outer end of the width gauge and the distance between it and the top of the height gauge transmitted to the monitor for display. The surveyor only needs to check the display information on the monitor to know the data information of the high-altitude beam to be measured (for example, data such as the height and width of the high-altitude beam). After the measurement has been completed, the measuring device can be retracted. After the height ruler and the width ruler on the measuring device leave the high-altitude beam to be measured, the wireless distance sensor will return to its initial position before the measurement under the pulling force of the elastic connector (for example, the first movable rail and the second movable rail). One end of the two movable rails).
因此，使用上述用于高空梁的测量装置，可以快速、有效地对距离测量地较远距离的高空梁的截面尺寸进行直接测量；而且，该测量装置读数快、精度高，操作也很方便；既节省了人力和成本，同时也节省了时间，而且还可以大大减小检测人员的作业风险。另外，本发明中的上述测量装置的结构简单，便于携带和拆装。Therefore, using the above-mentioned measuring device for high-altitude beams, the cross-sectional dimensions of high-altitude beams that are far away from the measurement site can be directly measured quickly and effectively; moreover, the measuring device has fast readings, high precision, and is also very convenient to operate; It not only saves manpower and cost, but also saves time, and can also greatly reduce the operational risk of testing personnel. In addition, the above measuring device in the present invention has a simple structure and is easy to carry and disassemble.
以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内，所做的任何修改、等同替换、改进等，均应包含在本发明保护的范围之内。The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included in the present invention. within the scope of protection.
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| CN108534680A (en) * | 2018-06-29 | 2018-09-14 | 河南省文物建筑保护研究院 | A kind of eminence component physical size measuring device and its application method |
| WO2025093783A1 (en) * | 2023-10-30 | 2025-05-08 | David Sanchez Fernandez | Tool for the building, propping and shoring of structures |
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| CN108534680A (en) * | 2018-06-29 | 2018-09-14 | 河南省文物建筑保护研究院 | A kind of eminence component physical size measuring device and its application method |
| CN108534680B (en) * | 2018-06-29 | 2024-04-12 | 河南省文物建筑保护研究院 | Device for measuring physical size of high-altitude component and application method thereof |
| WO2025093783A1 (en) * | 2023-10-30 | 2025-05-08 | David Sanchez Fernandez | Tool for the building, propping and shoring of structures |
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