Differential non-circular gear train transplanting mechanism and method

A non-circular gear and gear train technology, applied in the field of differential non-circular gear train transplanting mechanism, can solve problems such as poor accuracy, poor transplanting trajectory and posture, accumulation of backlash, etc.

Pending Publication Date: 2020-10-30
JIANGSU UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Most of the existing transplanting mechanisms use single-degree-of-freedom K-H-V non-circular gear planetary gear trains. The two-stage unequal speed transmission

Method used

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  • Differential non-circular gear train transplanting mechanism and method
  • Differential non-circular gear train transplanting mechanism and method
  • Differential non-circular gear train transplanting mechanism and method

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Embodiment Construction

[0030] The specific embodiments of the present invention will be further described below in conjunction with the accompanying drawings.

[0031] A differential non-circular gear train transplanting mechanism, including a drive system and a differential non-circular gear train; the drive system includes a power shaft 1, a power bevel gear I2, a driven bevel gear I5, a power bevel gear II3, and a driven bevel gear II4 and the sun shaft 10, the power shaft 1 is hinged on the frame, the power bevel gear I2 and the power bevel gear II3 are coaxially fixed on the power shaft 1, the sun shaft 10 is hinged on the frame, driven The bevel gear I5 is rotatably fitted on the sun shaft 10, the driven bevel gear II4 is fixedly connected to the sun shaft 10, the power bevel gear I2 meshes with the driven bevel gear I5, the power bevel gear II3 meshes with the driven bevel gear II4, The differential non-circular gear train includes non-circular sun gear 7, planet carrier 11, non-circular plan...

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Abstract

The invention discloses a differential non-circular gear train transplanting mechanism and method, and belongs to the field of agricultural machinery. The differential non-circular gear train transplanting mechanism comprises a driving system and a differential non-circular gear train, wherein power is input through the driving system; the driving system divides the power into two paths; the two paths of power are output to the transplanting mechanism through the differential non-circular gear train; the differential non-circular gear train comprises a planet carrier, a non-circular sun gear and a non-circular planet gear; the non-circular sun gear is engaged with the non-circular planet gear; the non-circular planet gear is arranged on a planet shaft; the planet shaft is hinged onto the planet carrier; and the two paths of power correspondingly drive the non-circular sun gear and the planet carrier. The differential non-circular gear train transplanting mechanism can be configured into a double-arm type transplanting mechanism; a plurality of transplanting arms can also be configured through optimized design; the structure is compact; the transmission is stable; the seedling injury rate is reduced; and the transplanting precision is improved.

Description

technical field [0001] The invention belongs to the field of agricultural machinery, and in particular relates to a differential non-circular gear train transplanting mechanism and method. Background technique [0002] The transplanting of rice and other crops is an important link in the planting process. At present, rice transplanting machines mainly include rice transplanters, rice throwing machines and pot seedling transplanters. The rice transplanter adopts blanket-like seedlings, which have a long seedling slowing period and damage the roots; the rice seedling throwing machine is easy to cause the seedlings to fall, and the uprightness is not good; while the potted seedlings are planted with good uprightness and no slowing down period. [0003] The transplanting mechanism is the core working part of the transplanting machine, which completes the actions of taking seedlings, transporting and planting. Most of the existing transplanting mechanisms use single-degree-of-fr...

Claims

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Application Information

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IPC IPC(8): A01C11/00A01C11/02F16H48/06F16H55/17
CPCA01C11/003A01C11/006A01C11/02F16H48/06F16H55/17
Inventor 周脉乐尹建军赵湛
Owner JIANGSU UNIV
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