Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction surface flatness detection method and device
The invention discloses a construction surface flatness detection method and device. The construction surface flatness detection method comprises the following steps: step 1, emitting a laser reference surface through a laser emitting unit; 2, fixedly connecting a distance sensor with a laser receiving unit, and obtaining an initial distance value h1 between the distance sensor and the construction standard surface; step 3, acquiring an upward or downward deviation value a of the laser reference surface; step 4, acquiring a distance value h2 with a construction surface in real time through a distance sensor; step 5, according to the upward or downward deviation value a, obtaining the variable quantity of the distance sensor relative to the initial position during measurement, and compensating the distance value h2 to obtain a compensated distance value h2 '; and step 6, obtaining a difference value between the compensated distance value h2'and the initial distance value h1 to obtain the flatness of the current detection position of the construction surface. The construction surface flatness detection method can detect the flatness condition of the construction surface in real time, and has higher measurement precision and measurement efficiency.
本发明公开一种施工面平整度检测方法及装置。施工面平整度检测方法包括：步骤1，通过激光发射单元发射出激光参考面；步骤2，将距离传感器与激光接收单元固定连接，获取距离传感器和施工标准面之间的初始距离值h1；步骤3，获取激光参考面向上或者向下的偏移值a；步骤4，通过距离传感器实时获取和施工面的距离值h2；步骤5，根据向上或者向下的偏移值a得到距离传感器测量时相对初始位置的变化量，并对距离值h2进行补偿得到补偿后的距离值h2’；步骤6，获取补偿后的距离值h2’与初始距离值h1的差值，以得出施工面当前检测位置的平整度。上述施工面平整度检测方法能够实时检测施工面的平整度情况，具有更高的测量精度和测量效率。
Construction surface flatness detection method and device
The invention discloses a construction surface flatness detection method and device. The construction surface flatness detection method comprises the following steps: step 1, emitting a laser reference surface through a laser emitting unit; 2, fixedly connecting a distance sensor with a laser receiving unit, and obtaining an initial distance value h1 between the distance sensor and the construction standard surface; step 3, acquiring an upward or downward deviation value a of the laser reference surface; step 4, acquiring a distance value h2 with a construction surface in real time through a distance sensor; step 5, according to the upward or downward deviation value a, obtaining the variable quantity of the distance sensor relative to the initial position during measurement, and compensating the distance value h2 to obtain a compensated distance value h2 '; and step 6, obtaining a difference value between the compensated distance value h2'and the initial distance value h1 to obtain the flatness of the current detection position of the construction surface. The construction surface flatness detection method can detect the flatness condition of the construction surface in real time, and has higher measurement precision and measurement efficiency.
本发明公开一种施工面平整度检测方法及装置。施工面平整度检测方法包括：步骤1，通过激光发射单元发射出激光参考面；步骤2，将距离传感器与激光接收单元固定连接，获取距离传感器和施工标准面之间的初始距离值h1；步骤3，获取激光参考面向上或者向下的偏移值a；步骤4，通过距离传感器实时获取和施工面的距离值h2；步骤5，根据向上或者向下的偏移值a得到距离传感器测量时相对初始位置的变化量，并对距离值h2进行补偿得到补偿后的距离值h2’；步骤6，获取补偿后的距离值h2’与初始距离值h1的差值，以得出施工面当前检测位置的平整度。上述施工面平整度检测方法能够实时检测施工面的平整度情况，具有更高的测量精度和测量效率。
Construction surface flatness detection method and device
施工面平整度检测方法及装置
XIAO XIANGWEI (Autor:in) / LIU JI (Autor:in) / CHEN ZHAOLIANG (Autor:in) / YI CHENGGUI (Autor:in) / CHEN SHUAI (Autor:in) / WENG CHANGWEI (Autor:in)
05.09.2023
Patent
Elektronische Ressource
Chinesisch
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