Examples of using Detection of objects in English and their translations into Dutch
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Computer
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Ecclesiastic
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Official/political
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Programming
Detection of objects as small as 1 mm.
High ranges for accurate detection of objects.
Detection of objects: transparent
Unique: More reliable detection of objects in damp concrete.
Ultrasonic through-beam barrier for contact free detection of objects.
High-precision detection of objects smaller than 1 mm.
A diffuse reflection sensor is used for the direct detection of objects.
Secure detection of objects with a remission of 6% to 90%.
The diffuse reflection laser sensor is used for the direct detection of objects.
Reliable detection of objects, giving a visual and acoustic signal.
Diffuse reflection sensors are used for the direct detection of objects.
Reliable detection of objects regardless of their surfaces.
Reliable and precise obstacle detection via the precise detection of objects.
Quick, reliable detection of objects under nearly any ambient conditions.
Reliable and precise obstacle detection via the precise detection of objects.
Two-dimensional detection of objects in transit on transport systems using two light curtains.
Intelligent Video Analytics enables the detection of objects over large distances.
D5B's detection of objects in multiple directions with high sensitivity makes it an ideal switch for usage in robotics.
Diffuse reflection sensors are used for the direct detection of objects. The transmitter and receiver are integrated into one housing.
thus allowing the detection of objects 10 times fainter than previously available.
To the functions of the detection of objects, 1D and 2D barcodes
localization of defects and detection of objects in concrete and fibre reinforced concrete.
This technique allows the detection of objects with a brightness millions or even billions of times smaller than that of the object blocked out.
Omron's unique p-opaquing technology enables very reliable detection of objects with double refraction properties like PET bottles or plastic trays.
The underlying principle is the non-contact detection of objects and the measurement of their distance from the ultrasonic sensor.
For the reliable detection of tiny objects.
Transparent mode" function for detection of transparent objects.
Retroreflective sensors are especially recommended for reliable detection of sound-absorbing objects.
Capacitive sensors are used for the non-contact detection of any objects.
Reliable detection of transparent objects.