Реферат: Механизм поперечнострогательного станка

N₁J

N₁K

N₁L

N₁N₂

-

-4.18 -1.38 -0.447 0 0.37 0.58 0.72 0.82 0.895 0.953 1

1 0.809 0.584 0.315 0 -0.573 -1.36 -1.254 -4.507 -8.44 -20.84

-

8. Синтез кулачкового механизма.

8.1. Задачи синтеза кулачкового механизма.

Аналоги движения тотлкателя.

1 S = 0.000 S1 = 0.000 S2 = 0.000 V = 0.000 A = 0.000 FI = 0

2 S = 0.031 S1 = 0.969 S2 = 20.017 V = 21.312 A = 440.381 FI = 6

3 S = 0.245 S1 = 3.780 S2 = 38.075 V = 83.163 A = 837.654 FI = 11

4 S = 0.807 S1 = 8.159 S2 = 52.406 V = 179.498 A = 1152.932 FI = 16

5 S = 1.848 S1 = 13.677 S2 = 61.607 V = 300.887 A = 1355.353 FI = 22

6 S = 3.452 S1 = 19.793 S2 = 64.777 V = 435.448 A = 1425.102 FI = 28

7 S = 5.648 S1 = 25.909 S2 = 61.607 V = 570.009 A = 1355.353 FI = 33

8 S = 8.407 S1 = 31.427 S2 = 52.406 V = 691.398 A = 1152.932 FI = 38

9 S = 11.645 S1 = 35.806 S2 = 38.075 V = 787.733 A = 837.654 FI = 44

10 S = 15.231 S1 = 38.617 S2 = 20.017 V = 849.584 A = 440.381 FI = 50

11 S = 19.000 S1 = 39.586 S2 = 0.000 V = 870.896 A = 0.000 FI = 55

12 S = 22.769 S1 = 38.617 S2 = -20.017 V = 849.584 A = -440.381 FI = 61

13 S = 26.355 S1 = 35.806 S2 = -38.075 V = 787.733 A = -837.654 FI = 66

14 S = 29.593 S1 = 31.427 S2 = -52.406 V = 691.398 A = -1152.932 FI = 72

15 S = 32.352 S1 = 25.909 S2 = -61.607 V = 570.009 A = -1355.353 FI = 77

16 S = 34.548 S1 = 19.793 S2 = -64.777 V = 435.448 A = -1425.102 FI = 83

17 S = 36.152 S1 = 13.677 S2 = -61.607 V = 300.887 A = -1355.353 FI = 88

18 S = 37.193 S1 = 8.159 S2 = -52.406 V = 179.498 A = -1152.932 FI = 94