As the data analysis results shown:

如图所示，数据分析结果：（1）作为有限缺口直径是固定的，根和有限的缺口之间的垂直距离被逐渐减小。<br>（2）当锥形固定的料斗中，作为有限切口的直径的增加，限制位置更接近有限缺口，如果鳞片状芽是向下，它宣告鳞片状芽延伸的长度较长，如果鳞片状芽是向上的，它宣告根和有限的缺口之间的距离较小，根是更有可能从有限切口延伸。<br>（3）Ⅰ型金乡大蒜具有短鳞片状芽和小根的宽度特性。当θ≤35°，小漏斗锥形限制反转种子的移动空间，所以，大多数种子的鳞片状芽不能从限定缺口延伸，同时几个种子的延伸部分不能被检测到。当θ≥50°，漏斗的壁与更大的锥度，以种子的力消失，鳞片状芽具有鳞片状芽下降或反转现象引起鳞片状芽延伸的长度被减小。当d≤5毫米，有鳞芽不能从限定缺口，当d关闭至15mm，由于有限的凹口的直径的延伸过大，有鳞屑芽种子的根向上从限制缺口，使传感器错误检测延长。（4）为Ⅱ型金乡大蒜，当d≥7.5毫米，θ≥45°，鳞片状芽可以从有限的切口延伸，当d≥10毫米，θ≥50°，根可以从有限的缺口延伸。（5）为兰陵大蒜，当d≥5毫米，θ≥40°，鳞片状芽可以从有限的切口延伸，它是依赖于鳞片状芽的特征是长，当d≥10毫米，θ≥50°，根从有限缺口延伸。根据以上分析，漏斗的结构参数的确定应避免过大的限制缺口直径和漏斗锥形。

As the data analysis results shown: (1) As the limited notch diameter was fixed, the vertical distance between root and limited notch was decreasing gradually. <br>(2) When the hopper taper was fixed, as diameter of limited notch was increasing, the limited position is closer to limited notch, if scaly bud is downward, it pronounces the length of scaly bud extending is longer, if scaly bud is upward, it pronounces the distance between root and limited notch is smaller, the root is more likely to extend from limited notch. <br>(3) Ⅰ-type of Jinxiang garlic have characteristics of short scaly bud and small root width. When θ≤35°, a small funnel taper limits the moving space of inverted seed, so that scaly bud of most seed cannot extend from limited notch while the extended part of a few of seeds cannot be detected. When θ≥50°, the force of wall of funnel with bigger taper to seed disappeared, scaly bud had phenomenon of scaly bud declining or inverting caused the length of scaly bud extending is decreasing. When d≤5 mm, scaly bud cannot extend from limited notch, when d closed to 15 mm, because of the diameter of limited notch is too bigger, the root of seed with scaly bud is upward extended from limit notch and make sensor wrong detecting. (4) For Ⅱ-type Jinxiang garlic, when d≥7.5 mm, θ≥45°, the scaly bud can extend from limited notch, when d≥10 mm, θ≥50°, the root can extend from limited notch. (5) For Lanling garlic, when d≥5 mm, θ≥40°, the scaly bud can extend from limited notch, it is depend on the characteristic of scaly bud is long, when d≥10 mm, θ≥50°, the root extend from limited notch. According to analysis above, the determination of structure parameters of funnel should avoid too large limited notch diameter and funnel taper.

数据分析结果表明：（1）随着有限切口直径的确定，根部与有限切口的垂直距离逐渐减小。<br>（2） 当漏斗锥度固定时，随着有限切口直径的增大，有限位置越接近有限切口，若鳞状芽向下，则表明鳞状芽伸出的长度越长，若鳞状芽向上，则表明根距有限切口的距离越小，则根越容易伸出有限的缺口。<br>（3） 金乡大蒜Ⅰ型具有鳞片芽短、根宽小的特点。θ≤35°时，一个小的漏斗锥度限制了倒排种子的移动空间，使多数种子的鳞状芽不能从有限的切口伸出，而少数种子的伸出部分不能被检测到。当θ≥50°时，锥度较大的漏斗壁对种子的作用力消失，鳞片芽出现鳞片芽下降或倒转现象，导致鳞片芽伸长长度减小。当d≤5mm时，有鳞芽不能从限制性切口伸出，当d接近15mm时，由于限制性切口直径过大，有鳞芽的种子根部从限制性切口向上伸出，使传感器误检。（4） Ⅱ型金香蒜，当d≥7.5mm，θ≥45°时，鳞状芽可从有限切口延伸，当d≥10mm，θ≥50°时，根可从有限切口延伸。（5） 兰陵大蒜在d≥5mm，θ≥40°时，鳞片芽可从有限切口延伸，这取决于鳞片芽长的特点，当d≥10mm，θ≥50°时，根可从有限切口延伸。根据以上分析，漏斗结构参数的确定应避免过大的有限切口直径和漏斗锥度。<br>