Common use of Expression of results Clause in Contracts

Expression of results. Determine whether, When target (a) (see Figure 22(a)) is used, the primary and secondary images of the circle separate, i.e. whether the limit value of n is exceeded, or When target (b) (see Figure 22(b)) is used, the secondary image of the spot shifts beyond the point of tangency with the inside edge of the circle, i.e. whether the limit value of n is exceeded. Figure 22 Slot width 2 mm a) D D b) 12 mm centre spot Figure 23 Safety glazing Target Rake angle Observation distance ( X > 7 m) Suitable light source Figure 24 Collimation telescope Observation telescope Image plane (1) Lamp bulb (2) Condenser aperture > 8.6 mm (3) Ground-glass screen aperture > condenser aperture (4) Colour filter with central hole approximately 0.3 mm in diameter, diameter > 8.6 mm (5) Polar co-ordinate plate, diameter > 8.6 mm (6) Achromatic lens, f  86 mm, aperture 10 mm (7) Achromatic lens, f  86 mm, aperture 10 mm (8) Black spot, diameter approximately 0.3 mm

Expression of results. Determine whether, When target (a) (see Figure 22(a11(a)) is used, the primary and secondary images of the circle separate, i.e. whether the limit value of n is exceeded, or When target (b) (see Figure 22(b11(b)) is used, the secondary image of the spot shifts beyond the point of tangency with the inside edge of the circle, i.e. whether the limit value of n is exceeded. Figure 22 11 Slot width 2 mm a) D D b) 12 mm centre spot Figure 23 12 Safety glazing Target Rake angle Observation distance ( X > 7 m) Suitable light source Figure 24 13 Collimation telescope Observation telescope Image plane (1) Lamp bulb (2) Condenser aperture > 8.6 mm (3) Ground-glass screen aperture > condenser aperture (4) Colour filter with central hole approximately 0.3 mm in diameter, diameter > 8.6 mm (5) Polar co-ordinate plate, diameter > 8.6 mm (6) Achromatic lens, f  86 mm, aperture 10 mm (7) Achromatic lens, f  86 mm, aperture 10 mm (8) Black spot, diameter approximately 0.3 mm

Expression of results. Determine whether, When target (a) (see Figure 22(a11(a)) is used, the primary and secondary images of the circle separate, i.e. whether the limit value of n is exceeded, or When target (b) (see Figure 22(b11(b)) is used, the secondary image of the spot shifts beyond the point of tangency with the inside edge of the circle, i.e. whether the limit value of n is exceeded. Figure 22 11 Slot width 2 mm a) D D b) 12 mm centre spot Figure 23 12 Safety glazing Target Rake angle Observation distance ( X > 7 m) Suitable light source Figure 24 13 Collimation telescope Observation telescope Image plane (1) Lamp bulb (2) Condenser aperture > 8.6 mm (3) Ground-glass screen aperture > condenser aperture (4) Colour filter with central hole approximately 0.3 mm in diameter, diameter > 8.6 mm (5) Polar co-ordinate plate, diameter > 8.6 mm (6) Achromatic lens, f  ≥ 86 mm, aperture 10 mm mm (7) Achromatic lens, f  ≥ 86 mm, aperture 10 mm (8) Black spot, diameter approximately 0.3 mm

Expression of results. Determine whether, When target (a) (see Figure 22(a)) is used, the primary and secondary images of the circle separate, i.e. whether the limit value of n is exceeded, or When target (b) (see Figure 22(b)) is used, the secondary image of the spot shifts beyond the point of tangency with the inside edge of the circle, i.e. whether the limit value of n is exceeded. Figure 22 Slot width 2 mm a) D D b) 12 mm centre spot n nt O ly Figure 23 mme Safety glazing Target Rake angle Observation distance ( X > 7 m) Suitable light source PublicCo Figure 24 Collimation telescope Observation telescope r Fo Image plane (1) Lamp bulb (2) Condenser aperture > 8.6 mm (3) Ground-glass screen aperture > condenser aperture (4) Colour filter with central hole approximately 0.3 mm in diameter, diameter > 8.6 mm (5) Polar co-ordinate plate, diameter > 8.6 mm (6) Achromatic lens, f  86 mm, aperture 10 mm (7) Achromatic lens, f  86 mm, aperture 10 mm (8) Black spot, diameter approximately 0.3 mm