Method for adjusting amount of spinning stagger of two spinning wheels
A spinning wheel and offset technology, which is applied in the field of adjusting the offset amount of two-wheel spinning, can solve the problems of cumbersome calculation process, poor stability, and poor scientific applicability, and achieve simple operation, high stability, and good applicability sexual effect
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[0049] Example 1
[0050] This embodiment is a method for adjusting the amount of staggered spinning distance in the processing of ultra-high-strength steel thin-walled cylindrical parts by a two-wheel staggered-distance spinning method.
[0051] The structure of the rotary wheel used in the machining process is exactly the same. The number of rotary wheels N is 2, the diameter of the rotary wheel D is 300mm, the thickness of the rotary wheel is 70mm, the screw-in angle of the rotary wheel is 30°, and the thickness of the rotary wheel is d. 0 It is 35mm, the exit angle β of the rotary wheel is 30°, and the radius R of the corner of the rotary wheel is 6mm.
[0052] The specific process of this embodiment is:
[0053] Step 1, determine the basic parameters of the rotary wheel.
[0054] The number N of the rotary wheels is 2, and the structures of the rotary wheels are the same. The basic parameters of the rotary wheel include the diameter D of the rotary wheel, the thickness d...
Example Embodiment
[0077] Example 2
[0078] This embodiment is a method for adjusting the amount of staggered spinning distance in the processing of ultra-high-strength steel thin-walled cylindrical parts by a two-wheel staggered-distance spinning method.
[0079] The structure of the rotary wheel used in the machining process is exactly the same. The number of rotary wheels N is 2, the diameter of the rotary wheel D is 300mm, the thickness of the rotary wheel is 70mm, the screw-in angle of the rotary wheel is 30°, and the thickness of the rotary wheel is d. 0 It is 35mm, the exit angle β of the rotary wheel is 30°, and the radius R of the corner of the rotary wheel is 6mm.
[0080] The specific process of this embodiment is:
[0081] The first step is to determine the basic parameters of the rotary wheel.
[0082] The number N of the rotary wheels is 2, and the structures of the rotary wheels are the same. The basic parameters of the rotary wheel include the diameter D of the rotary wheel, ...
Example Embodiment
[0105] Example 3
[0106] This embodiment is a method for adjusting the amount of staggered spinning distance in the processing of ultra-high-strength steel thin-walled cylindrical parts by a two-wheel staggered-distance spinning method.
[0107] The structure of the rotary wheel used in the machining process is exactly the same. The number of rotary wheels N is 2, the diameter of the rotary wheel D is 300mm, the thickness of the rotary wheel is 70mm, the screw-in angle of the rotary wheel is 30°, and the thickness of the rotary wheel is d. 0 It is 35mm, the exit angle β of the rotary wheel is 30°, and the radius R of the corner of the rotary wheel is 6mm.
[0108] The specific process of this embodiment is:
[0109] The first step is to determine the basic parameters of the rotary wheel.
[0110] The number N of the rotary wheels is 2, and the structures of the rotary wheels are the same. The basic parameters of the rotary wheel include the diameter D of the rotary wheel, ...
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