Device for measuring high-altitude objects from ground for construction engineering and measuring method thereof
A technology for construction engineering and objects, applied in the field of measurement devices, can solve problems such as inapplicability to indoor high objects, and achieve the effects of reducing errors, avoiding measurement errors, and high measurement accuracy
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Embodiment 1
[0036] Example 1: A device for measuring high objects from the ground for construction engineering, comprising a sensing component 1 , a self-balancing stabilization device 2 and a sliding component 3 . The sensing component 1 can collect the distance information of the high object, and convert it into size data through conversion. The self-balancing stabilization device 2 is used to keep the angle between the sensing component 1 and the horizontal plane fixed, and ensure that the parameters required for conversion are fixed values. The sensing component 1 can move smoothly through the sliding component 3, reducing the variables during conversion, thereby reducing the number of sensors in the sensing component 1, saving costs, reducing the complexity of calculation, and improving efficiency.
[0037]The sensing assembly 1 includes a first distance sensor 4, a second distance sensor 5 and a processor 6, the second distance sensor 5 is arranged horizontally, the first distance s...
Embodiment 2
[0044] Embodiment 2: A measurement method for measuring objects at heights from the ground for construction engineering, applicable to the above-mentioned device for measuring objects at heights from the ground for construction engineering, comprising the following steps:
[0045] Keeping the position of the first sliding block 21 unchanged, the frame 17 is moved along the horizontal transverse sliding rails 22 . When the first distance sensor 4 moves to the edge of the object to be measured, press the reset button 7 . The frame 17 is moved to the other side edge of the object to be measured along the horizontal transverse direction, and the measured value a of the second distance sensor 5 is collected according to the set sampling interval Δt. When the first distance sensor 4 moves to the edge of the other side of the object to be measured, the recording stops. Calculate the maximum value a1 of a. The sampling interval Δt is preferably 20ms. Therefore, the first distance s...
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