This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁极圈绕、整型、做、鸽尾槽冲、绝缘、热压、围带槽加工工艺等方面内容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内的任务是通过二叉树最底层叶节点上的功能处理单元和可以拆分成子树的加法树的。

This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁极线圈绕线、整型、引线制做、鸽尾槽冲制、绝缘、热压、围带槽加艺等方面内容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内的任务是通过二叉树最底层叶节点上的功能处理单元和可以拆分成子树的加法树来实现的。

This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁绕、整型、引制做、鸽尾槽冲制、绝缘、热压、围带槽加工工艺等方面内容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内的任务是通过二叉树最底层叶节点的功能处理单元和可以拆分成子树的加法树来实现的。

This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁极圈、型、引制做、鸽尾槽冲制、绝缘、热压、围带槽加工工艺等方面内容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内的任务是通过二叉树最底层叶节点上的功能处理单元和可拆分成子树的加法树来实现的。

This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁极线圈绕线、整型、引线制做、鸽尾槽冲制、绝缘、热压、围带槽加工工艺等容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在任务是通过二叉树最底层叶节点功能处理单元和可以拆分成子树加法树来实现。

This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁极线圈绕线、整型、引线制做、鸽尾槽冲制、绝缘、热压、围带槽加工工艺内容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内任务是通过二叉树最底层叶节点上能处理单元和可以拆分成子树加法树来实现。

This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁极线圈绕线、整型、引线制做、鸽尾槽冲制、绝缘、热压、围带槽加工工艺等方面内容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运矢量优化（搜索）在内的任务是通过二叉树最底层叶节点上的功能处理单元和可以拆分成子树的加法树来实现的。

This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁极线圈绕线、整型、引线制做、鸽尾槽冲制、绝缘、热压、围带槽加工工艺等容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在任务是通过二叉树最底层叶节点功能处理单元和可以拆分成子树加法树来实现。

This paper mainly discusses subjects such asprocessing,technology of pole coil wind ing,forming,manufacturing lead,punching,dove-tail groove,insulating,heat pr essing,encircling slot,etc.

本文主要研究了磁极、整型、引制做、鸽尾槽冲制、绝缘、热压、围带槽加工工艺等方面内容。

In the architecture， multi-function proc essing elements are arranged on the lowest layer of the binary tree and the adde r tree can be split into two sub-trees.

包括运动矢量优化（搜索）在内的任务是通过二叉树最底层叶节点的功能处理单元和可拆分成子树的加法树来实现的。