甘蔗收割机

Accordingly, if much of the cane in the field is included at an angle of away from the travel of the harvester, the front end 20 of the harvester may be controlled so that the semi-erect and lodged cane stalks are also positioned at the same approximately angle in a direction away from the travel of the harvester during the topping operation.

因此，如果甘蔗地里的所有甘蔗杆都与收割机前进的方向倾斜成70度的角的话，那么，就要对收割机的前端20进行调整，使半倒伏和倒伏的甘蔗杆在进行切顶时同样也与收割机前进的方向倾斜成70度的角。

More specifically, the harvester includes a front end which allows for relatively free movement of the harvester through the field without damaging cane stalks or pulling the roots of the cane out of the ground.

更明确地说，就是这种收割机的前端能够使机器在田间作相对自由运动时，不损坏甘蔗杆，也不会将甘蔗拔起。

When making an initial cut of two harvested rows into a cane field, the two harvested rows are separated from an adjacent row on each side of the harvested rows by each of the two crop divider scroll assemblies 30. After the initial two-row cut.

当收割机进入一块甘蔗地进行收割时，收割机上左右各一的螺旋装置30将扶持还没收割的邻近甘蔗并将其与正在收割的甘蔗行分开。

One side divider scroll assembly may be deactivated, while the right side crop divider scroll assembly remains powered for separating the two harvested rows from the adjacent row to the right side of the harvested rows during each subsequent pass of the harvester through the cane field.

最初的两排甘蔗被收割后，收割机在随后进行的每次收割时，其中一边螺旋装置是不活动的，而右边的螺旋装置仍然扶持还没收割的邻近甘蔗并将其与正在收割的甘蔗行分开。

Another object of the invention is to provide a harvester that efficiently removes the tops from millable stalk lengths of cane before the stalks enter the body of the harvester.

这项发明的项目二就是提供了一种在甘蔗杆进入机身之前就能有效地将甘蔗顶部从甘蔗的可轧杆上切除的收割机。

Previous studies focused on cutting and lifting sugarcane stalks, the sugarcane stalks holding and conveying research was almost blank. Researching and designing new holding and conveying mechanism, providing the basis for the design of sugarcane harvester, reducing the plugging and breaking of sugarcane stalk, increasing windrowing quality, reducing power consumption, have important theoretical and practical significance.

以前的研究主要集中在甘蔗切割和扶起方面，对于甘蔗夹持输送机理的研究几乎是空白，研究设计新型的夹持输送机构，研究其工作机理，为甘蔗收割机的设计提供依据，减少甘蔗的堵塞和折断，提高铺放质量，降低功耗，具有重要的理论意义和实用意义。

In mechanized harvesting, high damage feasibility of stubbles and high loss rate highly impact the spread of sugarcane harvester, while manual cutting always performs low loss rate and good cutting quality.

甘蔗直径较粗，表皮坚硬[2]，现有甘蔗收割机多采用圆盘根切器，切割刀片一般为矩形刀片[3]。有的机型(如日本的NB-11手扶式甘蔗收割机)采用类似谷物收割常用的带齿的梯形或三角形刀片[4]。

By providing a two-row harvester, the harvester and transport traffic in the field is reduced, thereby reducing damage to the new cane.

这种双排收割机还可以减少田间的收割运输机械，从而减少了对尚未收割的甘蔗的损坏。

Then it expatiates two-row harvester's working theorem and procedure in detail. Besides that, the design of lifting, scroll and support mechanism are also the key parts.

我国现阶段甘蔗的收割还是主要以手工为主，即使用到的甘蔗收割机在结构和性能上也不完善。

By providing two-row harvesting, the harvester may move through the field at a slower speed, thereby allowing the front end more time to remove much of the leafy material and prevent its entry into the harvester, thus resulting in cleaner cane.

这种双排收割机能够较低速地在田间运动，因此，收割机的前端就有更多的时间来移动更多的多叶甘蔗，以防止它进入收割机，这样就有利于甘蔗收割的顺利进行。

Finally, according to market conditions and market products this article paper analyzes the trends in the development of camera technology, and designs a color night vision camera.

最后根据市场情况和市面上产品的情况分析了摄像机技术的发展趋势，并设计了一款彩色夜视摄像机。

Only person height weeds and the fierce looks stone idles were there.

只有半人深的荒草和龇牙咧嘴的神像。