首页> 外国专利> INCLINED INWARDLY-TRANSPLANTING WIDE-NARROW ROW TRANSPLANTING MECHANISM AND FULL-AUTOMATIC BOWL TURNING SUB-SEEDLING TRANSPLANTING MECHANISM

INCLINED INWARDLY-TRANSPLANTING WIDE-NARROW ROW TRANSPLANTING MECHANISM AND FULL-AUTOMATIC BOWL TURNING SUB-SEEDLING TRANSPLANTING MECHANISM

机译:倾斜向内移行,宽行行移栽机制和全自转盘旋子下移移栽机制

摘要

An inclined inwardly-transplanting wide-narrow row transplanting mechanism comprises a power transmission case (1), a left transplanting mechanism (7) and a right transplanting mechanism (3). A left power output shaft (8) and a right power output shaft (6) are assembled on the left side and the right side of the power transmission case (1), the shaft axes of the left power output shaft (8) and the right power output shaft (6) are configured to be inclined downwards and symmetrical with respect to a horizontal plane. A driven bevel gear (4) engaged with a driving bevel gear (2) on a main driving shaft (10) in the power transmission case (1) is assembled on the left or right power output shaft (8, 6). A left bevel gear (9) and a right bevel gear (5) are respectively assembled on the left power output shaft (8) and the right power output shaft (6) and engaged with each other, and the transmission ratio is 1:1. The left transplanting mechanism (7) and the right transplanting mechanism (3) are vertically mounted and meshed with the left and right power output shaft (8, 6). The left transplanting mechanism (7) and the right transplanting mechanism (3) as a whole is the inwardly inclined symmetrical structure which takes a shape of an inverse "八", and the symmetrical structure is wide at the seedling-taking part and is narrow at the seedling-transplanting part. The mechanism can achieve the inward-offset transplanting operation after taking seedling via the left transplanting mechanism and the right transplanting mechanism. The mechanism solves the technical problem of damming mud, damming water and pushing over the seedlings.
机译:一种倾斜向内移植的窄行移植机构,包括动力传递箱(1),左移植机构(7)和右移植机构(3)。左动力输出轴(8)和右动力输出轴(6)被组装在动力传递箱(1)的左侧和右侧,左动力输出轴(8)的轴轴线和动力输出箱(1)的轴线被装配。右动力输出轴(6)构造成向下倾斜并且相对于水平面对称。在左侧或右侧的动力输出轴(8、6)上,组装有与动力传递箱(1)的主驱动轴(10)上的主动伞齿轮(2)啮合的被动伞齿轮(4)。左锥齿轮(9)和右锥齿轮(5)分别组装在左动力输出轴(8)和右动力输出轴(6)上,传动比为1:1 。左移植机构(7)和右移植机构(3)垂直安装并与左右动力输出轴(8、6)啮合。整体上,左移栽机构(7)和右移栽机构(3)是呈倒“八”字形的向内倾斜的对称结构,该对称结构在取苗部较宽且较窄。在秧苗移植部分。该机制可通过左移栽机制和右移栽机制实现苗后向内移栽。该机制解决了拦泥,堵水,压苗的技术难题。

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