一种全新概念的并行梳理精梳机

传统直板式精梳机“单工位”集中工作方式决定了梳理速度已难以进一步大幅提高。本文引入装配流水线的“多工位”并行工作方式理念，原创提出了一种全新的并行梳理概念，并基于此工作原理，设计出了单元式多伺服电机驱动精梳机样机。该精梳机的给棉罗拉、顶梳、输出罗拉部件布置在锡林圆周不同部位，取消了传统精梳机复杂的往复、倒顺和停歇运动机构。利用几组随锡林回转的钳板依次夹持纤维须丛，须丛的头尾端梳理、分离和接合成网工艺动作针对不同纤维须丛并行进行。消除了传统精梳机所有工艺动作集中在狭小的区域针对同一簇纤维进行带来的空间位置和时间配合的苛刻要求。有望突破传统精梳机的速度瓶颈，实现高钳次下的柔顺梳理。

Comber for cotton fiber based on new parallel combing concept

The traditional plate type comber "single" centralized mode determines the carding speed has been difficult to further increase. This paper introduced the assembly line "station" parallel working mode concept, original presents a new parallel combing concept, and based on this principle, design a unit type servo motor drive prototype comber. The cotton feed roller, top comb, the output roller member is disposed in the cylinder circumference of different parts, the abolition of the traditional comber complex reciprocating, inverted and intermittent motion mechanism. Several groups of nipper rotating as cylinder are clamped fiber bundles, the head end and the tail end of combing bundles, separation and synthesis technology action for different fiber palpus bundles in parallel. The elimination of the traditional comber all process action of concentrated in a small area in the same cluster fiber has the space location and time with the stringent requirements. It will be expected to break through the traditional comber speed bottleneck, realize compliant combing under high nipper speed.