Forestry miscellaneous branches baler

Abstract

The invention discloses a tree miscellaneous branch baler, which comprises a car body, the car body includes a car body with an upper end and a side end opening, the bottom of the car body is provided with walking wheels, and the rear side of the car body is provided with a push handle; It is equipped with a pick-up device, a compacting device and a bundling device; the pick-up device includes a pick-up claw arranged obliquely at the front end of the vehicle body, a pallet is set above the pick-up claw, and multiple conveyor chains are arranged side by side on the pallet, and a conveyor chain is set on the conveyor chain. There are transmission teeth; the compacting device includes a bracket, and the bracket is hingedly connected with the vehicle body; a plurality of vertical sliding bars that can slide vertically are arranged on the left and right sides of the bracket, and the bottom end of each vertical sliding bar is connected to a horizontal pressing bar ; The top of the vertical slide bar is connected with a vertical slide bar driving mechanism. The tying device includes a pressing plate, a tying wire and a knotting disc. The invention has the characteristics of small size and automatic picking and bundling.

Description

technical field [0001] The invention relates to a baler for miscellaneous branches of forest trees. Background technique [0002] Forestry, especially the trees in the nursery, requires regular pruning of the branches. The pruned branches are scattered on the ground. Since large-scale machinery cannot be operated in the nursery, the messy branches after pruning are generally picked up manually and sorted into piles. bundled. The following problems exist when manual picking up miscellaneous branches and bundling: [0003] 1. The efficiency of manual picking and sorting is low, and the manual is easily scratched by the branches during the process of sorting the branches. 2. For manual bundling, the miscellaneous branches need to be tightened first, and then bundled. The strength of the artificial arm is limited, which often leads to loose miscellaneous branches after bundling, which is not conducive to later loading, unloading and transportation. Therefore design a small vo...

AI Technical Summary

Problems solved by technology

[0003] 1. The efficiency of manual picking and sorting is low, and it is easy to be scratched by the branches in the process of sorting the branches manually

2. For manual bundling, the miscellaneous branches need to be tightened first, and then bundled. The strength of the artificial arm is limited, which often leads to loose miscellaneous branches after bundling, which is not conducive to later loading, unloading and transportation.

Images