A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Inclination measuring device for foundation pit support in engineering construction
The invention relates to the technical field of foundation pit measurement, in particular to an inclination measuring device for engineering construction foundation pit supporting, which comprises an inclinometer pipe, a plurality of grooves formed in the inner wall of the inclinometer pipe in an annular array and a rod type inclinometer main body arranged in the inclinometer pipe, and two groups of guide assemblies are sequentially arranged on the outer wall of the rod type inclinometer main body from top to bottom; when the inclinometer pipe and the rod type inclinometer are used in cooperation to measure the inclination of a foundation pit support, and impurities adhere to the groove in the inclinometer pipe due to a certain factor, the inner wall of the groove can be cleaned through the cleaning assembly when the rod type inclinometer enters the inclinometer pipe; the guide wheel and impurities are prevented from being in contact with each other to influence the downward moving smoothness of the rod type inclinometer, the operation convenience of measurement is improved, meanwhile, deviation of detection data caused when the inclinometer probe detects the impurities during inclinometer operation is avoided, and accurate inclination measurement of foundation pit supporting is guaranteed. And meanwhile, the device can be suitable for inclinometer pipes with different pipe diameters and grooves with different widths, and the applicability is good.
本发明涉及基坑测量技术领域，具体为一种工程施工基坑支护用斜度测量装置，包括测斜管、环形阵列开设在测斜管内壁上的多个凹槽以及置于测斜管内部的杆式测斜仪主体，所述杆式测斜仪主体的外壁从上往下依次设有两组导向组件，本发明中测斜管与杆式测斜仪配合使用以测量基坑支护的斜度时，测斜管内的凹槽因某种因素而粘附有杂质时，在杆式测斜仪进入测斜管内部时可通过清理组件来对凹槽的内壁进行清理，避免导轮与杂质的接触影响杆式测斜仪下移的顺畅度，提高测量的操作便捷性，同时，避免测斜探头进行测斜作业时检测到杂物时会对检测数据造成偏差，保证基坑支护的精确斜度测量。同时，还可适用于不同管径的测斜管以及不同宽度的凹槽，适用性好。
Inclination measuring device for foundation pit support in engineering construction
The invention relates to the technical field of foundation pit measurement, in particular to an inclination measuring device for engineering construction foundation pit supporting, which comprises an inclinometer pipe, a plurality of grooves formed in the inner wall of the inclinometer pipe in an annular array and a rod type inclinometer main body arranged in the inclinometer pipe, and two groups of guide assemblies are sequentially arranged on the outer wall of the rod type inclinometer main body from top to bottom; when the inclinometer pipe and the rod type inclinometer are used in cooperation to measure the inclination of a foundation pit support, and impurities adhere to the groove in the inclinometer pipe due to a certain factor, the inner wall of the groove can be cleaned through the cleaning assembly when the rod type inclinometer enters the inclinometer pipe; the guide wheel and impurities are prevented from being in contact with each other to influence the downward moving smoothness of the rod type inclinometer, the operation convenience of measurement is improved, meanwhile, deviation of detection data caused when the inclinometer probe detects the impurities during inclinometer operation is avoided, and accurate inclination measurement of foundation pit supporting is guaranteed. And meanwhile, the device can be suitable for inclinometer pipes with different pipe diameters and grooves with different widths, and the applicability is good.
本发明涉及基坑测量技术领域，具体为一种工程施工基坑支护用斜度测量装置，包括测斜管、环形阵列开设在测斜管内壁上的多个凹槽以及置于测斜管内部的杆式测斜仪主体，所述杆式测斜仪主体的外壁从上往下依次设有两组导向组件，本发明中测斜管与杆式测斜仪配合使用以测量基坑支护的斜度时，测斜管内的凹槽因某种因素而粘附有杂质时，在杆式测斜仪进入测斜管内部时可通过清理组件来对凹槽的内壁进行清理，避免导轮与杂质的接触影响杆式测斜仪下移的顺畅度，提高测量的操作便捷性，同时，避免测斜探头进行测斜作业时检测到杂物时会对检测数据造成偏差，保证基坑支护的精确斜度测量。同时，还可适用于不同管径的测斜管以及不同宽度的凹槽，适用性好。
Inclination measuring device for foundation pit support in engineering construction
一种工程施工基坑支护用斜度测量装置
SUN XIA (author) / ZHANG NAN (author) / XU SHIDONG (author)
2024-05-10
Patent
Electronic Resource
Chinese
Inclination measuring device and method for building engineering construction foundation pit support
| European Patent Office | 2023
Inclination measuring device for foundation pit supporting in architectural engineering construction
| European Patent Office | 2021
| European Patent Office | 2024
Inclination measuring device for foundation pit supporting
| European Patent Office | 2022
Inclination measuring device for constructional engineering
| European Patent Office | 2024