The propeller will windmill and crank the engine.

螺旋浆将旋转并转动引擎的。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于销及深孔，必须使用气枪对底部铁屑清理干净，在作业指导书中明确以图片形式反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘连杆机构是自动化中最常用的机构之一，它可使旋转运动与往复直线运动相转化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析化，完成不同条件下满足设计参数的摇杆机构各构件确定，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了轴的部分结构参数对其应力集中部位的影响，如轴颈过渡圆角半径、销长度和臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制的训练腿部力量的健身器械,该健身器械采用了摇杆机构,能真实地模拟运动员双腿交替运动。

The propeller will windmill and crank the engine.

螺旋浆将旋转并转引擎。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于销及深孔，必须使用气枪对底部铁屑清理干净，在作业指导书明确以图片形式反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要连杆机构是自最常用机构之一，它可使旋转运与往复直线运相转。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析，完成不同条件下满足设计参数摇杆机构各构件尺寸确定，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了轴部分结构参数对其应力集部位影响，如轴颈过渡圆角半径、销长度和臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制训练腿部力量健身器械,该健身器械采用了摇杆机构,能真实地模拟运员双腿交替运。

The propeller will windmill and crank the engine.

螺旋浆将旋转并转动引擎的。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于销深孔，必须使用气枪对底铁屑清理干净，在作业指导书明确以图片形式反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要连杆机构是自动化最常用的机构之一，它可使旋转运动与往复直线运动相转化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析化，完成不同条件下满足设计参数的摇杆机构各构件尺寸确定，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了轴的分结构参数对其应力位的影响，如轴颈过渡圆角半径、销长度和臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制的训练腿力量的健身器械,该健身器械采用了摇杆机构,能真实地模拟运动员双腿交替运动。

The propeller will windmill and crank the engine.

螺旋浆将旋转并转动引擎的曲柄。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于曲柄销及曲柄深孔，必须使用气枪对底部铁屑清干净，在作业指导书中明确以图片形式反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中最常用的机构之一，它可使旋转运动直线运动相转化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图析化，完成不同条件下满足设计参数的曲柄摇杆机构各构件尺寸确定，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了曲轴的部分结构参数对其应力集中部位的影响，如轴颈过渡圆角半径、曲柄销长度和曲柄臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制的训练腿部力量的健身器械,该健身器械采用了曲柄摇杆机构,能真实地模拟运动员双腿交替运动。

The propeller will windmill and crank the engine.

螺旋浆将旋转并转动引擎的曲柄。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于曲柄销及曲柄深孔，必须使用气枪对底部铁屑清理干净，在作业指导书中明确以图片形式反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中常用的机构之一，它可使旋转运动与往复直线运动相转化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析化，完成不同条件下满足设计参数的曲柄摇杆机构各构件尺寸确定，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了曲轴的部分结构参数对其应力集中部位的影响，如轴颈过渡圆角半径、曲柄销长度和曲柄臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一研制的训练腿部力量的健身器械,该健身器械采用了曲柄摇杆机构,能真实地模拟运动员双腿交替运动。

The propeller will windmill and crank the engine.

螺旋浆将旋转并转动引擎的曲柄。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于曲柄销及曲柄深孔，必须使用气枪对底部铁屑清理干净，在作业指导书中明以图片形式反。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

曲柄连杆机构是自动化中最常用的机构之一，它可使旋转运动与往复直线运动相转化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析化，完成不同条件下满足设计参数的曲柄摇杆机构各构件尺，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了曲轴的部分结构参数对其应力集中部位的影响，如轴颈过渡圆角半径、曲柄销长度和曲柄臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制的训练腿部力量的健身器械,该健身器械采用了曲柄摇杆机构,能真实地模拟运动员双腿交替运动。

The propeller will windmill and crank the engine.

螺旋浆将旋动引擎的柄。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于柄销及柄深孔，必须使用气枪对底部铁屑清理干净，在作业指导书中明确以图片形式反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要柄连杆机构是自动化中最常用的机构之一，它可使旋运动与往复直线运动相化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析化，完成不同条件下满足设计参数的柄摇杆机构各构件尺寸确定，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了轴的部分结构参数对其应力集中部位的影响，如轴颈过渡圆角、柄销长度和柄臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制的训练腿部力量的健身器械,该健身器械采用了柄摇杆机构,能真实地模拟运动员双腿交替运动。

The propeller will windmill and crank the engine.

螺旋浆将旋转并转动引擎的曲柄。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于曲柄销及曲柄深孔，必须使用气枪对底部铁屑清理干净，在作业指导书中明确以图反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中最常用的机构之一，它可使旋转运动与往复直线运动相转化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析化，完成不同条件下满足设计参数的曲柄摇杆机构各构件尺寸确定，整借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了曲轴的部分结构参数对其应力集中部位的影响，如轴颈渡圆角半径、曲柄销长度和曲柄臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制的训练腿部力量的健身器械,该健身器械采用了曲柄摇杆机构,能真实地模拟运动员双腿交替运动。

The propeller will windmill and crank the engine.

螺浆将转并转动引擎的曲柄。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于曲柄销及曲柄深孔，必须用气枪对底部铁屑清理干净，在作业指导书中明确以图片形式反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自动化中最常用的机构之一，它转运动与往复直线运动相转化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析化，完条件下满足设计参数的曲柄摇杆机构各构件尺寸确定，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

时还探讨了曲轴的部分结构参数对其应力集中部位的影响，如轴颈过渡圆角半径、曲柄销长度和曲柄臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制的训练腿部力量的健身器械,该健身器械采用了曲柄摇杆机构,能真实地模拟运动员双腿交替运动。

The propeller will windmill and crank the engine.

螺旋浆将旋转并转的曲柄。

For the pin and crankweb deep holes, use gas gun to clean chips and show operators in WI.

对于曲柄销及曲柄深孔，必须使用气枪对底部铁屑清理干净，在作业指导书中明确以图片形式反映。

The crank and connecting rod mechanism (CCRM) is often used in automatization machineries.It can transform circumrotation movement into to-and-fro beeline movement.

摘要曲柄连杆机构是自化中最常用的机构之一，它可使旋转运与往复直线运相转化。

By CAD, based on diagrammatize principle, the dimensions of every parts in cracker rocker mechanism under different conditions are determined, and design demands are satisfied.

将图解原理解析化，完成不同条件下满足设计参数的曲柄摇杆机构各构件尺寸确定，整个过程借助计算机辅助设计。

The influence of structure parameters which include diameter of round corner in axis, crankpin length and crankweb width and so on to stress focus place were discussed.

同时还探讨了曲轴的部分结构参数对其应力集中部位的影响，如轴颈过半径、曲柄销长度和曲柄臂厚度等。

A new training apparatus for legs based on crank and rocker mechanism,is proposed in this paper.It can simulate the to-and-fro motion of the sporter's legs realistically.

介绍了一种最新研制的训练腿部力量的健身器械,该健身器械采用了曲柄摇杆机构,能真实地模拟运员双腿交替运。