At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，对热滚挤加工备样机进行了计，并提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的法计的参数建一台220 W的样机，果证了所提出改进型计法的正确性和可行性。

At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，对热滚挤加工备样机进了，提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的方法的参数建一台220 W的样机，实验结果证实了所提出改进型方法的正确性性。

At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，对热滚挤加工设备样机进行了设计，并提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的方法设计的参数建一台220 W的样机，实验结果证实了所提出改进型设计方法的正确性和可行性。

At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，对热滚挤加工备样进行了，并提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的方法的参数建一台220 W的样，结果证了所提出改进型方法的正确性和可行性。

At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，对热滚挤加工设备样机进行了设计，并提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的方法设计的参数建一台220 W的样机，实验结果证实了所提出改进型设计方法的正确性和可行性。

At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，挤加工设备样机进行了设计，并提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的方法设计的参数建一台220 W的样机，实验结果证实了所提出改进型设计方法的正确性和可行性。

At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，对热滚挤加工备样机进行了计，并提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的法计的参数建一台220 W的样机，果证了所提出改进型计法的正确性和可行性。

At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，对热滚挤加工设备样机进行了设计，并提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的方法设计的参数建一台220 W的样机，实验结果证实了所提出改进型设计方法的正确性和可行性。

At last, the design of the prototype machine for ausform finishing process is carried out, and compensating measures of machining error are put forward.

最后，对热滚挤加工机进行了计，并提出了加工误差的消减措施。

By the resonant tank parameters obtained from the proposed method, a 220W phototype was built up, and the experimental results verified the improved design method.

基于所提出的方法计的参数建一台220 W的机，实验结果证实了所提出改进型计方法的正确性和可行性。