Brushless electric vegetable and fruit machine

Abstract

The invention discloses a brushless electric vegetable and fruit machine which comprises a shell. One end of the shell is connected with a working head, the working head is provided with a shear cutter, a power supply connector, a driving plate and a three-phase noninductive brushless motor are installed in the shell, the three-phase noninductive brushless motor is connected and provided with a speed-reducing gear box, a connecting block is fixed to a driving shaft rod of the three-phase noninductive brushless motor, a transmission part is installed in the working head, the other end of the transmission part is provided with an eccentric shaft, a cutter rest is installed on the working head, a shear cutter comprises a stationary blade and a movable blade, the movable blade is hinged and installed on the stationary blade and is fixed to the cutter rest, the eccentric shaft rotatably drives the cutter rest and the movable blade to execute swing actions, the head portion of the stationaryblade is provided with a jaw, and a tool bit of the movable blade executes swinging cutting in the jaw. The tool bit of the movable blade executes swinging cutting in the jaw by operating a power switch, the automation degree is high, the operation is simple and convenient, the working efficiency is high, the labor intensity is reduced, the cost is reduced, the operating stability is higher, andautomatic shear is achieved.

Description

technical field [0001] The invention belongs to the technical field of electric tools, in particular to a brushless electric vegetable and fruit machine. Background technique [0002] With the development and progress of agriculture, the tools we use for agriculture are also constantly being developed and innovated. At present, we often need to carry out pruning and fruit picking operations on vegetables, flowers and fruits. Pruning can fully ensure the nutrients of fruits and make vegetables and fruits grow better. Nowadays, most of the pruning and picking are generally carried out by workers with manual ordinary scissors. Low work efficiency, high manual labor intensity, high labor cost, and insufficient automation. Due to repeated and cumbersome use of ordinary scissors, it is easy to make fingers tired, and it is easy to wear fingers under long-term operation, and in the process of pruning and picking , there is poor capture ability, inconvenient operation, difficult to...

AI Technical Summary

Problems solved by technology

At present, we often need to carry out pruning and fruit picking operations on vegetables, flowers and fruits. Pruning can fully ensure the nutrients of fruits and make vegetables and fruits grow better. Nowadays, most of the pruning and picking are generally carried out by workers with manual ordinary scissors. Low work efficiency, high manual labor intensity, high labor cost, and insufficient automation. Due to repeated and cumbersome use of ordinary scissors, it is easy to make fingers tired, and it is easy to wear fingers under long-term operation, and in the process of pruning and picking , there are poor capture ability, inconvenient operation, difficult to carry out meticulous work, resulting in damage to branches, leaves and other phenomena, so it is necessary to improve

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