A miniature integrated machine tool for transplanting and film covering

Abstract

The invention relates to a miniature transplanting and film covering integral machine tool, which comprises an integral machine framework module, a transplanting module, a film covering module, a height regulating module and a power module, wherein the integral machine framework module comprises a main machine frame; outer side plates are arranged at the two sides of the main machine frame; a connecting cavity used for connecting the transplanting module is symmetrically formed inside the main machine frame; a film covering module connecting frame is arranged at the front part of the main machine frame; the transplanting module is in reciprocating content with the ground through a plurality of duckbill transplanting devices of array structures and through two support discs; a duckbill is opened for realizing the transplanting; the power module and the height regulating module are of an integral structure; through a power wheel in contact with the ground, the rotation of support discs of the duckbill transplanting devices is driven; the outer side plates are connected onto the support framework of the power wheel; a lead screw is arranged on the outer side plate so as to realize theheight regulation; the film covering module uses a plurality of moving sleeves and crisscross sleeves; the width and the height of the whole film covering support frame can be regulated according todifferent requirements so as to meet the film covering requirements on land of different specifications.

Description

technical field [0001] The invention is a new technology in the field of agriculture, in particular a novel transplanting and film-covering integrated machine dedicated to greenhouse transplanting. Background technique [0002] The direction of modern agriculture is developing towards mechanization and automation. The level of agricultural mechanization and automation represents the level of economic development of a country. With the development of science and technology, most of the manual agricultural production is replaced by some mechanical products. In the process of transplanting tobacco seedlings, saplings, vegetable seedlings, fruit seedlings and other plants, most of them are done by manual labor, but there are also some large-scale farms that perform mechanical operations. At present, this kind of large-scale transplanting machine is difficult to be applied to the greenhouse transplanting operation with limited space, and cannot achieve the effect of reducing hum...

AI Technical Summary

Problems solved by technology

At present, this kind of large-scale transplanting machine is difficult to be used in greenhouse transplanting operations with limited space, and cannot achieve the effect of reducing human labor.

In addition, the current transplanting machinery has one machine and one function, which makes farmers have to split a complete transplanting activity into several distribution activities to complete, increasing the difficulty and intensity of work

The worst thing is that these large-scale transplanting machines consume a lot of power, so they have to be pulled by tractors driven by diesel engines or gasoline engines, which greatly increases pollution and belongs to the "environmentally unfriendly" type.

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