A garlic on-demand mechanism

Abstract

The invention provides a garlic dibbling mechanism. The garlic dibbling mechanism comprises a left dibbler component, a right dibbler component, a dibbler start / stop structure and a horizontal main shaft, three mounting brackets, a limiting component and a power device, wherein bearing seats are mounted at the two ends of the main shaft; the three mounting brackets are arranged in parallel and sequentially vertically fixed on the left, middle and right of the main shaft; the dibbler start / stop structure is fixed on the middle mounting bracket; the left dibbler component and the right dibbler component are symmetrically arranged on the two sides of the dibbler start / stop structure and articulated with two adjacent mounting brackets and are overlapped with the articulation point of the middle mounting bracket; the limiting component is used for controlling the dibbler tips of the left dibbler component and the right dibbler component to always face vertically downwards; the limiting component is positioned on the left side of the mounting bracket and articulated with the left mounting bracket; and in the process of the power device driving the main shaft to rotate for a circle, the dibbler start / stop structure controls to synchronously start / stop the left dibbler component and right dibbler component once.

Description

technical field [0001] The invention relates to a garlic sowing mechanism, in particular to a garlic on-demand sowing mechanism. Background technique [0002] The mechanized planting of garlic has long been a difficult problem in the production process of garlic in my country. The planting area, output and export volume of garlic in our country are all in the forefront of the world. [0003] As we all know, the shape of garlic seeds is irregular, and domestic agronomy requires single-grain, upright, equidistant, and precise sowing, which makes mechanized garlic planting difficult to achieve. In processes such as covering soil, it is necessary to bend down or squat down to carry out operations, which is labor-intensive and inefficient. In addition, manual planting can easily lead to various planting modes, which is not conducive to the implementation of mechanical harvesting. [0004] At present, the existing on-demand mechanism usually includes two sets of two sets of on-de...

AI Technical Summary

Problems solved by technology

[0003] As we all know, the shape of garlic seeds is irregular, and domestic agronomy requires single-grain, upright, equidistant, and precise sowing, which makes mechanized garlic planting difficult to achieve. In processes such as covering soil, it is necessary to bend down or squat down to carry out operations, which is labor-intensive and low-efficiency; in addition, manual planting can easily lead to various planting modes, which is not conducive to the implementation of mechanical harvesting

[0004] At present, the existing on-demand mechanism usually includes two sets of two sets of on-demand device components in a single row structure, and the two groups of on-demand device components work alternately to complete the on-demand operation. The disadvantage is that the traction speed of the traction mechanism installed on the on-demand mechanism cannot be too fast , because the traction speed of the traction mechanism must match the alternate working speed of the two sets of planters, once the traction speed of the traction mechanism is too fast, the two sets of planters will inevitably vibrate when they work alternately, and this vibration will cause garlic The direction of the scale buds changes, if it is serious, directly change the direction of the scale buds of the garlic seeds, which will cause the garlic seeds to fail to survive after planting on demand

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