Small-size multifunctional forest tending leftover collecting system

Abstract

The invention provides a small-size multifunctional forest tending leftover collecting system which is small in size and flexible and mobile in work. The small-size multifunctional forest tending leftover collecting system comprises a chassis, a vehicle shell located on the chassis and a driving seat located on the rear portion of the vehicle shell. A movable arm is hinged to the upper portion of the vehicle shell. The chassis is provided with a movable arm lifting hydraulic cylinder. The movable arm lifting hydraulic cylinder is connected with the movable arm and capable of lifting the movable arm. The free end of the movable arm is connected with a gripping tool frame in a hinged mode. The gripping tool frame is provided with a plurality of sets of upper gripping tools and lower gripping tools, wherein the upper gripping tools and the lower gripping tools are meshed with one another. The lower gripping tools are fixed to the gripping tool frame. The upper gripping tools are hinged to the gripping tool frame. The gripping tool frame is further provided with a gripping tool hydraulic cylinder. The gripping tool hydraulic cylinder can open and press the upper gripping tools. The movable arm is provided with an overturning oil cylinder, and the overturning oil cylinder can drive the gripping tool frame to turn over up and down.

Description

technical field [0001] The invention relates to a collection system, in particular to a small-scale and multifunctional forest tending residue collection system. Background technique [0002] my country is rich in total forest wood resources. If forest wood resources, mainly forest residues, are collected and molded and used in power generation and heating systems, it will help expand the use of renewable clean resources and alleviate the plight of resource depletion. . For a long time, forest tending residues such as branches, tips, non-management shrubs and dead shrubs produced after forest felling and tending have been discarded by humans, decomposed naturally or directly burned, which has caused a waste of energy to a certain extent. Now that the available resources of human beings are facing depletion, collecting forest residues for rational use in the future is of great significance to my country's rational use of resources and the strategic goal of sustainable develop...

AI Technical Summary

Problems solved by technology

In contrast, domestic forestry machinery and equipment are quite backward, the types of forestry machines that have been developed and produced are also relatively single, and the collection system for forest tending residues is even blank

At present, most forest residue operation machines have a single function. One type of machine can only complete one operation item, and the next operation item must be completed by another type of machine. This will not only reduce the overall operation efficiency, but also increase costs.

[0004] The operating environment of forestry machinery is complex and changeable. Although the design requirements for forestry machinery are not as high as precision instruments, they need to have high dimensional accuracy, but facing the limited space of the operating environment and the complex shape of the operating objects, the same operating environment cannot accommodate a series of processes at the same time. Therefore, the designed forestry machinery should be small in size and have multiple functions in order to be more suitable for the collection of forest tending residues

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