Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析数学模式，包括压角分析、曲率分析、运分析，及推导系统输入扭矩表示式。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

利电荷投影方法,给出导体薄板上电荷表示式和中垂面上场强分布。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性析的数学模式，包括压析、曲率析、运动静析，及推导系统输入扭矩表示式。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

利电荷投影方法,给出导体薄板电荷密度的表示式和中垂强布。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分的数学模式，包括压力角分、分、运动静力分，及推导系统输入扭矩表示式。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

利电荷投影方法,给出导体薄板上电荷密度的表示式面上场强分布。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析的数学模，包括压力角分析、曲率分析、运动静力分析，及推导系统输入扭矩表示。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

投影方法,给出导体薄板上密度的表示和中垂面上场强分布。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析的数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输表示式。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

利电荷投影法,出导体薄板上电荷密度的表示式和中垂面上场强分布。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性的数学模式，包括压角、曲率、运动静，及推导系统输入扭矩表示式。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

利投影方法,给出导体薄板上度的表示式和中垂面上场强布。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析的数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输入扭矩表示式。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

利电荷投影方法,给出导体薄板上电荷密度的表示式和中垂面上场强分布。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析的数学模式，包括压力角分析、曲率分析、运动静力分析，系统输入扭矩表示式。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

利电荷投影方法,给出体电荷密度的表示式和中垂面场强分布。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析的数学模，包括压力角分析、曲率分析、运动静力分析，及推导系统输入扭矩表。

By the method of electril charge projection the expression of charge density and field intensity on midperpendicular plane on a conductive plate are given.

影方法,给出导体薄板上密度的表和中垂面上场强分布。