Automatic capturing and photographing device for hydroponic plants and three-dimensional point cloud reconstruction method
The invention provides an automatic capturing and photographing device for hydroponic plants and a three-dimensional point cloud reconstruction method. A first X-axis movement assembly, a first Y-axis movement assembly and a first Z-axis movement assembly are linked to drive a telescopic assembly an...
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creator | CHEN YONGKUAI WANG TAO HUANG YUYAN XU HAOBIN |
description | The invention provides an automatic capturing and photographing device for hydroponic plants and a three-dimensional point cloud reconstruction method. A first X-axis movement assembly, a first Y-axis movement assembly and a first Z-axis movement assembly are linked to drive a telescopic assembly and a gripper assembly to move, and a second X-axis movement assembly, a second Y-axis movement assembly and a second Z-axis movement assembly are linked to drive a rotary photographing assembly to move; and the rotary photographing assembly can perform 360-degree rotary photographing on the single plant grabbed by the gripper assembly, and can reconstruct three-dimensional point cloud data of the single plant through a picture. According to the device, the plants in the hydroponic tank can be grabbed and placed at the positions which are not shielded for photographing, multi-angle complete photographing can be conveniently carried out on the grabbed plants, and three-dimensional point cloud reconstruction can be con |
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A first X-axis movement assembly, a first Y-axis movement assembly and a first Z-axis movement assembly are linked to drive a telescopic assembly and a gripper assembly to move, and a second X-axis movement assembly, a second Y-axis movement assembly and a second Z-axis movement assembly are linked to drive a rotary photographing assembly to move; and the rotary photographing assembly can perform 360-degree rotary photographing on the single plant grabbed by the gripper assembly, and can reconstruct three-dimensional point cloud data of the single plant through a picture. 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A first X-axis movement assembly, a first Y-axis movement assembly and a first Z-axis movement assembly are linked to drive a telescopic assembly and a gripper assembly to move, and a second X-axis movement assembly, a second Y-axis movement assembly and a second Z-axis movement assembly are linked to drive a rotary photographing assembly to move; and the rotary photographing assembly can perform 360-degree rotary photographing on the single plant grabbed by the gripper assembly, and can reconstruct three-dimensional point cloud data of the single plant through a picture. 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A first X-axis movement assembly, a first Y-axis movement assembly and a first Z-axis movement assembly are linked to drive a telescopic assembly and a gripper assembly to move, and a second X-axis movement assembly, a second Y-axis movement assembly and a second Z-axis movement assembly are linked to drive a rotary photographing assembly to move; and the rotary photographing assembly can perform 360-degree rotary photographing on the single plant grabbed by the gripper assembly, and can reconstruct three-dimensional point cloud data of the single plant through a picture. According to the device, the plants in the hydroponic tank can be grabbed and placed at the positions which are not shielded for photographing, multi-angle complete photographing can be conveniently carried out on the grabbed plants, and three-dimensional point cloud reconstruction can be con</abstract><oa>free_for_read</oa></addata></record> |
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subjects | CALCULATING COMPUTING CONVEYING COUNTING HANDLING THIN OR FILAMENTARY MATERIAL IMAGE DATA PROCESSING OR GENERATION, IN GENERAL PACKING PERFORMING OPERATIONS PHYSICS PNEUMATIC TUBE CONVEYORS SHOP CONVEYOR SYSTEMS STORING TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING ORTIPPING TRANSPORTING |
title | Automatic capturing and photographing device for hydroponic plants and three-dimensional point cloud reconstruction method |
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