Prefabricated slab performance detection device

Abstract

One or more embodiments of the invention provides / provide a prefabricated slab performance detection device provided with a detection platform, a moving assembly, a performance detection assembly and a conveying mechanism. Multiple transportation units are arranged on the detection platform, and a steering mechanism for controlling the rotation of the transportation unit is arranged at the bottom of each transportation unit. A detection part used for detecting whether a prefabricated slab is borne on the transportation unit or not is arranged on each transportation unit, when the steering mechanisms drive the transportation units to rotate, the prefabricated slab transportation direction of the transportation units can be changed, and therefore the prefabricated slab is smoothly transported into and out of the detection platform, and manpower consumed when the performance of the prefabricated slab is detected is reduced. The detection efficiency is improved. By means of a control module, the placement position of the prefabricated slab on the detection platform and the size of the prefabricated slab can be obtained according to the detection results of the detection parts, and therefore the starting point, the stopping point and the route of the performance detection assembly driven by the moving assembly can be adjusted, the noise in the detection process is reduced, and the detection accuracy is improved.

Description

technical field [0001] One or more embodiments of this specification relate to the technical field of prefabricated buildings, and in particular to a prefabricated panel performance testing device. Background technique [0002] Prefabricated slabs are floor slabs used in prefabricated buildings. Because the prefabricated concrete parts are produced and processed in the prefabricated field, they are directly transported to the construction site for installation, so they are called prefabricated slabs. Due to their advantages of fast construction speed and low production cost, they are being It is increasingly used in the field of construction; [0003] After the production of the prefabricated panels, it is necessary to inspect the prefabricated panels to determine whether the prefabricated panels meet the requirements. The commonly used inspection methods mainly include manual inspection, image inspection and ultrasonic inspection. Among them, manual inspection is gradually ...

AI Technical Summary

Problems solved by technology

[0003] After the prefabricated panel is produced, it is necessary to inspect the prefabricated panel to determine whether the prefabricated panel meets the requirements. The commonly used inspection methods mainly include manual inspection, image inspection and ultrasonic inspection. Among them, manual inspection is gradually being replaced due to its shortcomings such as low efficiency and high error. However, image detection and ultrasonic detection may have different placement positions of prefabricated panels for each inspection, and different batches of prefabricated panels have different specifications and sizes. detection accuracy

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