The utility model relates to a hydraulic field leveling machine with multi angle hydraulic adjustment, which belongs to the technical field of agricultural machinery. The front frame is an isosceles trapezoid, the upper end of the front frame is provided with an upper traction frame, the rear end of the upper frame is equipped with a front cylinder seat of the longitudinal hydraulic cylinder, the middle of the front frame is provided with the longitudinal axis and the front frame is articulated in the middle of the middle frame through the longitudinal axis. There is a high position connecting rack above the longitudinal axis, the two ends of the high position connecting frame are articulated with the front hydraulic cylinder respectively, the other end of the front hydraulic cylinder is articulated at both ends of the middle frame, and the \L\ type towing slide plate is set on both sides of the front end of the front frame, and the towing slide plate and the rear end of the front frame are set with a vertical support pole; the middle frame is an isosceles triangle, and the two cable-stayed in the triangle. The top of the rod is welded in the middle of the shaft sleeve device; a transverse sleeve is covered with a horizontal sleeve on the rear axle of the rear frame. The transverse sleeve is welded on the lower end of the rotating shaft sleeve through the upper inclined pull rod and the lower drawing rod. The upper inclined pull rod and the lower pull rod are welded with a connecting pull, and the hydraulic cylinder seat is connected to the two ends of the middle frame through the diagonal hydraulic cylinder respectively.
【技术实现步骤摘要】
多角度液压调整水田平地机
本技术涉及一种多角度液压调整水田平地机,属于农业机械设备
技术介绍
目前,农村的耕地需要平整土地以便耕作,现有平整土地的机械大多无法根据地形进行调整,尤其水田的平整更为突出,水田地不平整直接影响水稻的产量,影响一年的收入。本人在2016年4月申请的专利号:201620384252.3的“多角度液压调整平地机”经过实际使用效果非常好,深受农户的喜爱;经过深入研究发现还可以进一步改进以提高平地机的使用效果。
技术实现思路
为了克服上述不足,本技术提供一种多角度液压调整水田平地机,该水田平地机平地效果好,能随地面情况随时调整角度。本技术解决其技术问题所采用的技术方案是:多角度液压调整水田平地机,包括前框架、中框架和后框架,其结构为:前框架为等腰梯形,前框架前上端设有上牵引架,上牵引架后端设有纵向液压缸的前缸座;前框架中间设有纵轴,前框架通过纵轴铰接中框架中间,纵轴上方设有高位连接架,高位连接架两侧端分别铰接前液压缸,前液压缸另一端铰接中框架两端;前框架下端两侧分别设有“L”型拖滑板,拖滑板与前框架后端之间设有立支撑杆;中框架为等腰三角形,三角形中的两斜拉杆顶端焊接在转轴套装置的中部;后框架为矩形,后框架上的横轴外圆上套有横套,横套通过后上斜拉杆和下拉杆分别焊接在转轴套装置上下端,上斜拉杆和下拉杆中间焊有连扳,连扳上设有液压缸座,通过斜拉液压缸分别铰接中框架两端头;后框架后部两侧端分别设有滑板架,滑板架底端铰接刮板,所述刮板为截面“L”型,中间焊有加强板,“L”型长边一端设有数个等距齿;后框架中间焊接有后纵杆,后纵杆通过滑板液压缸铰 ...
【技术保护点】
1.一种多角度液压调整水田平地机,包括前框架、中框架和后框架,其特征是:前框架(1)为等腰梯形,前框架(1)前上端设有上牵引架(4),上牵引架(4)后端设有横向转盘,横向转盘连接纵向液压缸的前缸座;前框架(1)中间设有纵轴,前框架(1)通过纵轴铰接中框架(7)中间,纵轴上方设有高位连接架(3),高位连接架(3)两侧端分别铰接前液压缸(2),前液压缸(2)另一端铰接中框架(7)两端;前框架(1)下端两侧分别设有“L”型拖滑板(18),拖滑板(18)与前框架(1)后端之间设有立支撑杆(17);中框架(7)为等腰三角形,三角形中的两斜拉杆(6)顶端焊接在转轴套装置(5)的中部;后框架(11)为矩形,后框架(11)上的横轴(15)外圆上套有横套(14),横套(14)通过后上斜拉杆(10)和下拉杆分别焊接在转轴套装置(5)上下端,上斜拉杆(10)和下拉杆中间焊有连扳,连扳上设有液压缸座,通过斜拉液压缸(8)分别铰接中框架(7)两端头;后框架(11)后部两侧端分别设有滑板架(20),滑板架(20)底端铰接刮板(9),所述刮板(9)为截面“L”型,中间焊有加强板(16),“L”型长边一端设有数个等距 ...
【技术特征摘要】
1.一种多角度液压调整水田平地机,包括前框架、中框架和后框架,其特征是:前框架(1)为等腰梯形,前框架(1)前上端设有上牵引架(4),上牵引架(4)后端设有横向转盘,横向转盘连接纵向液压缸的前缸座;前框架(1)中间设有纵轴,前框架(1)通过纵轴铰接中框架(7)中间,纵轴上方设有高位连接架(3),高位连接架(3)两侧端分别铰接前液压缸(2),前液压缸(2)另一端铰接中框架(7)两端;前框架(1)下端两侧分别设有“L”型拖滑板(18),拖滑板(18)与前框架(1)后端之间设有立支撑杆(17);中框架(7)为等腰三角形,三角形中的两斜拉杆(6)顶端焊接在转轴套装置(5)的中部;后框架(11)为矩形,后框架(...
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