首页> 外国专利> Parallelogram guided coulter suspension with integrated vertical axis of rotation between parallelogram and coulter holder with mechanical overload protection and with at least one progressive, one fixed and at least one degressive mechanical coulter pressure adjustment with pressure roller depth guide on the coulter holder

Parallelogram guided coulter suspension with integrated vertical axis of rotation between parallelogram and coulter holder with mechanical overload protection and with at least one progressive, one fixed and at least one degressive mechanical coulter pressure adjustment with pressure roller depth guide on the coulter holder

机译:平行四边形引导的犁刀悬架,在平行四边形和犁刀架之间具有集成的垂直旋转轴,并带有机械过载保护,并且在犁刀架上具有至少一个渐进,一固定和至少一个递减的机械犁刀压力调节装置,并带有压力辊深度导向器

摘要

The development presented here shows that there are significant improvements in the Scharführung in the Schartechnik seeding. For every condition on the field, any coulter pressure can be realized. From a decreasing, degressive coulter pressure adjustment to a progressive coulter pressure adjustment with new lever. An overload protection in the coulter system itself prevents damage at low excavation heights and large foreign bodies. At any time, however, a continuation of work is möglich.Eine further safety and wear reduction brings the integrated pivot point between Parallelogrammaufhängung and the crowd. This pivot allows for cornering without excessive wear and twisting. Even damage when reversing is avoided because the coulters can move laterally. Even an oblique insertion of the coulter bar leads to no load and bend the coulter more. It is possible as far as possible to use these coulters also in the front attachment since they can follow the steering movement, which was not yet possible.
机译:这里介绍的发展情况表明,Schartechnik播种的Scharführung有了显着改进。对于现场的每种情况,可以实现任何犁刀压力。从递减的犁刀压力调节到新的杠杆式犁刀压力调节。犁刀系统本身具有过载保护功能,可防止在低挖掘高度和大异物的情况下损坏。然而,随时可以继续进行工作。进一步的安全性和减少磨损带来了Parallelogrammaufhängung和人群之间的整合枢纽点。该枢轴允许转弯而不会过度磨损和扭曲。避免了倒车时的损坏,因为犁刀可以横向移动。即使倾斜插入犁刀杆也不会导致负载,并使犁刀弯曲得更多。这些犁刀也可以在前部附件中尽可能使用,因为它们可以跟随转向运动,而这是不可能的。

著录项

  • 公开/公告号DE102018004261A1

    专利类型

  • 公开/公告日2019-11-28

    原文格式PDF

  • 申请/专利权人 ALEXANDER KRAFT;

    申请/专利号DE20181004261

  • 发明设计人 GLEICH ANMELDER;

    申请日2018-05-26

  • 分类号A01C5/06;A01C7/20;

  • 国家 DE

  • 入库时间 2022-08-21 11:02:06

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