The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

分析接线片的结构特点和冲压工艺性,介件的排样设计方案、模具结构及主要特点。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

并以为依据,设计一套压力式光纤微弯液位传感。

The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

分析了接结构特点和冲压工艺性,介绍了零件排样设计方案、模具结构及主要特点。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

并以为依据,设计了一套压力式光纤微弯液位传感系统。

The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

析了接线片的结构特点和冲压工艺性,介绍了零件的排样设计方案、模具结构及主要特点。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

并以为依据,设计了一套压力式光纤微弯液位传感系统。

The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

分析接线片的结构特点和冲压工艺性,介绍零件的排样设方案、模具结构特点。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

并以为依据,设套压力式光纤微弯液位传感系统。

The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

分析了接线片的结构特和冲压工艺性,介绍了零件的排样设计方案、模具结构及主要特。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

,设计了一套压力式光纤微弯液位传感系统。

The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

分析了接结构特点和冲压工艺性,介绍了零件排样设计方案、模具结构及主要特点。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

并以为依据,设计了一套压力式光纤微弯液位传感系统。

The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

分析了接线片的结构特点和冲压工,绍了零件的排样设计方案、模具结构及主要特点。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

并为依据,设计了一套压力式光纤微弯液位传感系统。

The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

分析了接线片的特点和冲工艺性,介绍了零件的排样设计方案、模及主要特点。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

并以为依据,设计了一式光纤微弯液位传感系统。

The process calculations such as layout chart of punching die for locatized plate, punching pressure, pressural center and etc.

接线片的结构特点和冲压工艺性,介绍零件的排样设计方案、模具结构及主要特点。

And then, the detail of designing process for the optic fiber pressural liquid level sensor is given in the thesis, including calculation of diaphragm and the microdeformation tooth plate.

并以为依据,设计一套压力式光纤微弯液位传感系统。