Device for collecting and transplanting emerging plants

Abstract

The invention relates to a device for transplanting plants and belongs to the field of plant machinery. The device comprises an outer ring knife, an inner ring knife, a rotary shaft, a rotating handle, a cable wire, a fixed pulley, a hoisting pulley, an outer ring knife operating rod, an inner ring knife card and a rotating handle card. The device has the advantages that 1, when emerging plants are transplanted, root systems of the emerging plants are not seriously damaged, the soil mass around the root systems of the emerging plants is not disturbed, and the survival rate of transplanting the emerging plants is improved; 2, underwater operation is avoided when the emerging plants are transplanted, and the transplantation of the emerging plants can be done on board; and 3, the device is easy to operate, and the efficiency for collecting and transplanting the emerging plants is improved.

Description

technical field [0001] The invention relates to a plant transplanting device, in particular to an emergent plant transplanting device, which belongs to the field of plant machinery. Background technique [0002] The transplanting of terrestrial plants and aquatic plants is more common in road greening projects and river and lake pollution ecological restoration projects, such as the transplanting of young plants such as flowers, plants and trees on both sides of urban and rural roads, and the transplanting of water plants, reeds, grasses and other aquatic and wet plants in wetlands of rivers and lakes. Transplanting of raw plants. For terrestrial plants, the collection and transplantation of plants are relatively simple. At present, various types of shovels and shovels are mainly used for plant collection and transplantation; but for aquatic plants, the difficulty of collection and transplantation increases significantly. Since the collection and transplanting of aquatic pl...

AI Technical Summary

Problems solved by technology

For terrestrial plants, the collection and transplantation of plants are relatively simple. At present, various types of shovels and shovels are mainly used for plant collection and transplantation; but for aquatic plants, the difficulty of collection and transplantation increases significantly. Since the collection and transplanting of aquatic plants are all wading operations, the water layer blocks people's judgment on the distribution of aquatic plant roots, and it is difficult to locate the roots of aquatic plants.

Although the survival rate of aquatic plants collected and transplanted by humans will increase, the water level in some waters is relatively deep, usually exceeding 1.5 meters. The collection and transplanting efficiency is very low; although the efficiency of aquatic plant quantitative clipping is relatively high, it is only suitable for quantitative research on aquatic plants and cannot be used for transplanting aquatic plants. In order to improve the efficiency of large-scale collection and transplanting of aquatic plants and Survival rate, there is an urgent need to invent an emergent plant collection and transplanting device that is easy to operate and easy to transplant and position in wetland water, so as to meet the current large-scale transplanting needs of aquatic plants in wetlands such as rivers and lakes

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