app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the...

220
1" .75 .75 1"

Transcript of app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the...

Page 1: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

1"

.75

.75

1"

Page 2: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

1"

.75

.75

1"

TM

� � � �

�����������

Page 3: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

.75".75"

1"

1"

� � � �

�����������

shaping the future of measurement

© 1998 Brown&Sharpe Manufacturing Company

Page 4: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

.75".75"

1"

1"

Page 5: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

C-1

Page 6: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

C-2

Page 7: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

C-3

Page 8: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

C-4

Page 9: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 10: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 11: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Maple

A1

2

3

4

5

B

C

D

E

Birch

Chestnut

Sycamore

Elm

Oak

Ritz Hotel

Restaurant

Train Station

Museum

Figure 1

Page 12: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Origin or Datum

X Axis

Y Axis

Z A

xis

X AxisY Axis

Z A

xis

Figure 2

Page 13: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

X Axis

Y Axis

Z Axis

Figure 3

Page 14: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Figure 4

X AxisY Axis

Z A

xis

Page 15: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Figure 5

Y Axis

Z Axis

X Axis

Y Axis

Z Axis

X Axis

X AxisY Axis

Z Axis

Page 16: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Maple

A1

2

3

4

5

B

C

D

E

Birch

Chestnut

Sycamore

Elm

Oak

Ritz Hotel (Datum)

Restaurant (Datum)

Train Station (Datum)

Museum (Datum)

Figure 6

Datum Point

Datum Line

Datum CircleDatum Surface

Figure 7

Page 17: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Translated Origin

First OriginFigure 8

Page 18: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Maple

A1

2

3

4

5

B

C

D

E

Birch

Chestnut

Sycamore

Elm

Oak

Ritz Hotel

Restaurant

Train Station

Museum

Figure 9

4

0

1

2

3

4

0

1

2

3

4 3 2 1 0

45ϒ

Origin

Figure 10

Page 19: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Measured Circles

Measured Circles

Constructed Circle

Figure 11

Page 20: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Measured FeaturesMeasured Features

Constructed Intersect Point

Figure 12

Page 21: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 22: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

True North

Magnetic North

315°

Page 23: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 24: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Z

Y

X

P1 P2

P3

P4P5

P1P2

P3

P4

P5

Figure 16

Page 25: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Probe Offset

Center of ProbCenter of Meas

Probe Tip

Page 26: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

PART SURFACE

PROBE PATH

APPROACH OF THE PROBE

SHOULD BE WITHIN ±80

OF THE PERPENDICULAR

TO MINIMIZE SKIDDING ERROR

POINT TO BE PROBED

Note that probe approachvectors are perpendicularto the surface of the sphere

Page 27: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Shanking

Correct Probe Contact

Shanking

Page 28: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Effective Working Length (EWL)

Ball/Stem Clearance

Page 29: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 30: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 31: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 32: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 33: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 34: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 35: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 36: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 37: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 38: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 39: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 40: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 41: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 42: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 43: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 44: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 45: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 46: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 47: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 48: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 49: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 50: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 51: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 52: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 53: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 54: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 55: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 56: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 57: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 58: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 59: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 60: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

0.0 05+

Page 61: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 62: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 63: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 64: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 65: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 66: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 67: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 68: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 69: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 70: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 71: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 72: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 73: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

1 Pts. Req'd

2

3

3 0.000

10

10

10

X: 278.171

Y: 218.030

Z: -284.781

mm

1

Press Done When Finished

Good 4Pts. Too Fast

1

2

TTP

Page 74: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

Maximum Velocity 9.25 mm/sec Average Velocity 8.75 Current Velocity 8.52

X: 278.171

Y: 218.030

Z: -284.781

X

mm

Press Done When Finished

Good 36Pts. Fast

1 1

Y

Page 75: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

mm

28

26

Cylinder

1

27

X: 2.359

Y: 4.034

Z: 128.842

Y

X

x

0.003X

0.000Y

1/8

0.008

18.028

Page 76: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

1 1 1/7

1

1-9

Page 77: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 78: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 79: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 80: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 81: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 82: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 83: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 84: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 85: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

0.0 05+

Page 86: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

XYZUVØr

YZ

XYYZZX

XYZ

X Y Z

XY YZ ZX

Ø MØ S

Ø

GD&T

Page 87: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 88: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

0.0 05+

Page 89: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 90: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 91: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 92: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 93: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 94: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 95: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

1

0

x

Page 96: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

(XY)

(ZX)

(YZ)

Page 97: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 98: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 99: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 100: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 101: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 102: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 103: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

D

1234

Page 104: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

RefleX

Page 105: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 106: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 107: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

0: Z

ZY

X?

Page 108: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 109: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 110: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 111: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 112: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 113: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 114: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 115: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 116: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

ZY

X?

Page 117: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 118: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 119: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 120: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 121: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

ZY

X?0: X 0: Y 0: Z

Page 122: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

0.0 05+

Page 123: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 124: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 125: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 126: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

0.0 05+

Page 127: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 128: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 129: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 130: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 131: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 132: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 133: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 134: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 135: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 136: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 137: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 138: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 139: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 140: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 141: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 142: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 143: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 144: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 145: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 146: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 147: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 148: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 149: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 150: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 151: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 152: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 153: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-1

Page 154: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-2

Page 155: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-3

Page 156: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-4

Page 157: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-5

0.010

-0.002

Page 158: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-6

Ref. Length:

Page 159: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-7

0.010

0.080

-0.002

1 1/61

Roundness:

Roundness

Number Of Points:

Page 160: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-8

Page 161: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-9

0

0.010

0.010

-0.002

1 1/61

Flatness:

Flatness

Number Of Points:

Page 162: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-10

Page 163: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-11

Page 164: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-12

Page 165: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-13

Page 166: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-14

Page 167: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-15

Page 168: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-16

Page 169: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-17

Page 170: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-18

Page 171: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-19

Page 172: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-20

Page 173: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-21

Ref. Length:

Page 174: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-22

Page 175: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-23

Page 176: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-24

Page 177: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-25

Page 178: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-26

Page 179: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-27

Page 180: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-28

Page 181: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-29

Page 182: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-30

Page 183: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-31

Page 184: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-32

Page 185: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-33

Page 186: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-34

Page 187: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-35

Page 188: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-36

Page 189: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-37

Page 190: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-38

Page 191: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-39

Page 192: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-40

Page 193: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-41

Page 194: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-42

Page 195: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-43

Page 196: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A1-44

Page 197: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A2-1

+1 =.00

-1

0.0 05+ 0: Z

0: Y

0: X

ZY

X?

Page 198: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A2-2

x

1

0

D

1234

Page 199: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 200: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A3-2

Page 201: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

����

��

����� � �

���

������������

�����

��������

�����

����������

��� �������

��������

�������

������������

�������

������

����

�����

�������

������

�������������

����

�������

����

�������

����������

�������

���������

���������

�����������

����������

�������

�������

Page 202: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A4-2 ����� � �

�������

��� �������

����������

�������

�������

������

�����������

���������

����

�����������

���������

������������������

������������������

������������������

������������������

�����

������������

�������

����������

������

����������

�������

����������

��������

����������

��������

��������

�����������

��������

���������

����

�������

����������

�������������

����������

��������������

����������

�������������

����������

�������

���������

�����������

���������������������

���������������������

��������������������

���������������������

Page 203: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 204: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 205: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 206: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 207: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 208: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A6-2

Page 209: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 210: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A7-2

Page 211: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 212: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

A7-4

Page 213: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 214: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach
Page 215: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

I-3

A

B

C

Page 216: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

I-4

D

E

F

G

Page 217: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

I-5

H

J

K

L

M

Page 218: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

I-6

P

Q

R

S

T

W

X

Page 219: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

I-7

Y

Z

Page 220: app1 - ok-tech.com · part surface probe path approach of the probe should be w ithin ±80 of the perpendicular to minim ize skidding erro r po int to be pro bed note that probe approach

I-8


How To Prevent Car From Skidding

How To Prevent Car From Skidding

EARLY LIFE LOW SKIDDING RESISTANCE RISK …tap.iht.org/objects_store/200701/TAMPMMPD-09 Draft v1-0.pdf · the appropriate Skidding resistance Investigatory Level ... lengths only

EARLY LIFE LOW SKIDDING RESISTANCE RISK …tap.iht.org/objects_store/200701/TAMPMMPD-09 Draft v1-0.pdf · the appropriate Skidding resistance Investigatory Level ... lengths only

Equipment Data Sheet Self-Propelled Skidding …...Equipment Data Sheet Self-Propelled Skidding Systems For reference only Issue:1 Specification Self Propelled Skidshoe System SPSS

Equipment Data Sheet Self-Propelled Skidding …...Equipment Data Sheet Self-Propelled Skidding Systems For reference only Issue:1 Specification Self Propelled Skidshoe System SPSS

Tracking Control for Differential Mobile Robots With Skidding ...Tracking Control for Di erential Mobile Robots With Skidding and Slipping e ects D. Garc a-Olivares, M. Velasco-Villa,

Tracking Control for Differential Mobile Robots With Skidding ...Tracking Control for Di erential Mobile Robots With Skidding and Slipping e ects D. Garc a-Olivares, M. Velasco-Villa,

skidding, roughness.pptx

skidding, roughness.pptx

Challenges of W orking W ithin the Events Industry

Challenges of W orking W ithin the Events Industry

Challees d Opportunies Economc Integration ithin ider European d … · Challees d Opportunies Economc Integration ithin ider European d Eursian Space IIAS A ntrnationa nstitut or

Challees d Opportunies Economc Integration ithin ider European d … · Challees d Opportunies Economc Integration ithin ider European d Eursian Space IIAS A ntrnationa nstitut or

Skidding/Forwarding Trails

Skidding/Forwarding Trails

the determination of the texture depth, skidding resistance and ...

the determination of the texture depth, skidding resistance and ...

Advanced Single-Probe Advanced Multi-Probe Expert Probe ...July 2004 Advanced Single-Probe Advanced Multi-Probe Expert Probe User Guide Advanced and RMON Probe User Guide.book Page

Advanced Single-Probe Advanced Multi-Probe Expert Probe ...July 2004 Advanced Single-Probe Advanced Multi-Probe Expert Probe User Guide Advanced and RMON Probe User Guide.book Page

 · Lockers Solutions for every environment. probe lockers probe shelving. probe cupboards and workstations probe mobile shelving. probe library shelving probe cloakroom. probe cabine

 · Lockers Solutions for every environment. probe lockers probe shelving. probe cupboards and workstations probe mobile shelving. probe library shelving probe cloakroom. probe cabine

SkiddiNg SyStem HeAVy 600 t - mammoet.com · Version 1, 2015-11-06, SAP No. 4000098601 SkiddiNg SyStem HeAVy 600 t SPECIFICATIONS Dimensions are in millimeters, t = metric tons. The

SkiddiNg SyStem HeAVy 600 t - mammoet.com · Version 1, 2015-11-06, SAP No. 4000098601 SkiddiNg SyStem HeAVy 600 t SPECIFICATIONS Dimensions are in millimeters, t = metric tons. The

SKIDDING SYSTEMS - Holmatro...6 | Holmatro Skidding Systems 7 Features and benefi ts • 200-ton capacity (2 X 100 t) • Low construction height; total height is 56 mm (2.20 inches)

SKIDDING SYSTEMS - Holmatro...6 | Holmatro Skidding Systems 7 Features and benefi ts • 200-ton capacity (2 X 100 t) • Low construction height; total height is 56 mm (2.20 inches)

The Role of Social Networking ithin Consumer's Digital Lives

The Role of Social Networking ithin Consumer's Digital Lives

2.1-Skidding Technology - Stouco2.1-Skidding Technology: SKIDDING TECHNOLOGY BY JOHAN HENDRIK W.M. STOUTEN SKIDDING EXPERT SINCE 1970 Stouco Consultance BV ,Gaardedreef 27 ,2723 AK

2.1-Skidding Technology - Stouco2.1-Skidding Technology: SKIDDING TECHNOLOGY BY JOHAN HENDRIK W.M. STOUTEN SKIDDING EXPERT SINCE 1970 Stouco Consultance BV ,Gaardedreef 27 ,2723 AK

Site preparation: Harvesting, full tree skidding, random skidding, Quaking aspen stand (MN)

Site preparation: Harvesting, full tree skidding, random skidding, Quaking aspen stand (MN)

Equipment Data Sheet Self-Propelled Skidding Systems - ALE

Equipment Data Sheet Self-Propelled Skidding Systems - ALE

A Physical Parameter-Based Skidding Model for the Snakeboardbiorobotics.ri.cmu.edu/papers/paperUploads/1104.pdf · A Physical Parameter-Based Skidding Model for the Snakeboard Hadi

A Physical Parameter-Based Skidding Model for the Snakeboardbiorobotics.ri.cmu.edu/papers/paperUploads/1104.pdf · A Physical Parameter-Based Skidding Model for the Snakeboard Hadi

SKIDDING RESISTANCE: MEASUREMENT AND USE OF DATA

SKIDDING RESISTANCE: MEASUREMENT AND USE OF DATA

DRAG SLED AND AUTOMOBILE SKIDDING; AN ... George Research 2008...DRAG SLED AND AUTOMOBILE SKIDDING; AN ANALYTICAL RELATIONSHIP by Frank Navin, Ph.D., D.Sc.(Hon), P.Eng Professor Emeritus

DRAG SLED AND AUTOMOBILE SKIDDING; AN ... George Research 2008...DRAG SLED AND AUTOMOBILE SKIDDING; AN ANALYTICAL RELATIONSHIP by Frank Navin, Ph.D., D.Sc.(Hon), P.Eng Professor Emeritus