Shape positioning device and shape positioning method for potted plants/landscape trees

Abstract

The invention relates to a shape positioning device and shape positioning method for potted plants / landscape trees, belonging to the technical field of shaping of potted plants. The shape positioning device is such structured that one or two contour rods are connected and bent to prepare a closed shape contour edge; a branch positioning net formed through knitting of warp and weft is arranged in the shape contour edge; and corresponding places of the periphery of the branch positioning net and the shape contour edge are fixedly connected via welding, bonding or binding with binding ropes so as to form a shape rack. The shape positioning method comprises the following steps: designing the shape of a potted plant or landscape tree; connecting the shape racks to the lower sides of to-be-shaped branches; and successively binding the to-be-shaped branches onto each shape rack according to the designed shapes of main branches and lateral branches of the to-be-shaped branches and locally adjusting the positioned locations of the main branches and the lateral branches of a part of the to-be-shaped branches. The invention has the following advantages: positioning of the branches of potted plants / landscape trees can be quickly carried out; operation is simple; no damage is posed to the branches; good artistic appearance is obtained; production cost is low; and the shape positioning device and shape positioning method are applicable to shape positioning of potted plants / landscape trees.

Description

technical field [0001] The invention belongs to the technical field of bonsai modeling, in particular to a bonsai / landscape tree modeling positioning device and a modeling positioning method. Background technique [0002] At present, when evergreen arbor wood bonsai such as Podocarpus pine and banyan tree or other bonsai and landscape trees are shaped, metal wires such as copper wires or aluminum wires are generally used to bind them to facilitate their growth and formation. First prepare a number of metal wires of various specifications, use the metal wire to wind from the main trunk to the main branch and side branches, and wrap it to the end at 45 degrees, then bend the main branch into an S shape or other shapes, and form an angle of less than 90 degrees with the main trunk, use thin Bind the main branches and side branches with iron wires to form the same plane, and then trim them into an oval shape as a whole. The new shoots need to be cut flat when they grow to 10 cm...

AI Technical Summary

Problems solved by technology

The new shoots need to be cut flat when they grow to 10 cm. Depending on the growth situation, the iron wires need to be disassembled and re-bound in half a year to a year to prevent damage caused by embedding branches. , because the deformation of the branches is driven by the bending deformation of a single metal wire, a thicker metal wire is required, and the bending and deformation of the thicker metal wire is difficult, and the branches are easy to break when bending, which is not suitable for the shape of bonsai or landscape trees. The branches cause damage; the second is that the thicker metal wire is heavy and consumes more materials; the third is that the thicker metal wire is easy to break after several times of bending, and cannot be reused, and the production cost is high; low cost of production

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