Automatic high-efficiency cane straw binding machine

Abstract

The invention relates to an automatic high-efficient stalk strapping machine comprising a stalk hopper, a support device, a strapping device, wherein, the stalk hopper comprises an inclined hopper plate, side hopper plates, a straight hopper plate and a self-discharge plate. The inclined hopper plate is connected between inclined edges of the two side hopper plates, the straight hopper plate is connected between the straight edges of the side hopper plates, and the self-discharge plate is arranged at the bottom of the stalk hopper. The support device comprises a side support plate, a lower support plate and an inclined discharge plate. The side support plate and the lower support plate are arranged below the inclined hopper plate and the side hopper plate, respectively, and the inclined discharge plate is arranged below the strapping device. The strapping device comprises a machine moving groove, a fixed plate, a press baler, an inductive control device and a transverse support groove. The machine moving groove is symmetrically arranged at the middle of the inner side of the lower support plate, the outer end of the machine moving groove protrudes from the lower support plate, the protruded part is connected with the fixed plate, the press baler is arranged on the machine moving groove, the inner side of the press baler is provided with the inductive control device, one end of the transverse support groove is connected with the inductive control device of the press baler by a gear shaft, and a band groove is a groove for conveying bands. According to the invention, the automatic high-efficient stalk strapping machine can be used for automatically and efficiently strapping the harvested agricultural stalk plants and has superior technical performance.

Description

technical field

[0001] The invention relates to a binding machine, in particular to an automatic high-efficiency cane stalk binding machine. Background technique

[0002] In the process of modernization of agricultural production, in the harvesting and utilization of sugarcane, corn, sorghum and other high-stalked plants in agricultural planting, ordinary mechanical harvesting technology with lagging technology and general manual operation and knife-cutting operations must be used to harvest all plants. The harvesting stalks are gathered and bundled one by one, which is labor-intensive, extremely low work efficiency, and affects production progress and economic development. For this reason, it is extremely necessary to invent a more advanced, more practical and more efficient technology for simultaneously cutting and bundling cane stalks, so as to improve the comprehensive technical application and economic benefit development of agricultural tall cane stalks bundling as soo...

Images