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TECHNOLOGY OF NON-CONTACT MEASUREMENT OF AUTOMOBILE GAP FOR SEMI-AUTOMATIC USE

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ARTICLE ANNOTATION

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The paper represents infrared laser and digital camera-based equipment for the measurement of gap and flushness on the automobile. The system is based on the smartphone that is used as camera and database, while the red laser is targeted as a measurement tool. The method used to measure the gap and flushness is based on laser triangulation. The camera on the smartphone captures the laser line projected on the body of the automobile and serves as database of captured photos. The measurement algorithm is done on a remote computer-based algorithm that serves as computation station for gap and flushness measurement. Experiments are done on real car body in laboratory conditions. The process is done as an effective replacement of operator’s gap and flushness measurement in the production process. The results enable to eliminate the operators’ error and help to implement semi-automatic measurement system in the production plan.

AUTHORS

J.Xolxo'jayev

Toshkent Turin politexnika universiteti

N.Abdukarimov

Toshkent Turin politexnika universiteti

J.Mavlonov

Toshkent Turin politexnika universiteti

Tags

# база данных# database# маълумотлар базаси# non-contact measurement equipmen# контактсиз ўлчов ускуналари# лазер триангуляцияси# оралиқ масофа# смартфон камераси# юқори аниқликдаги тасвир# чизиқни мослаш# доирани мослаш# Саноатдаги Интернет Нарсалари (С# бесконтактное измерительное обор# лазерная триангуляция# зазор# камера смартфона# изображение высокого разрешения# подгонка кривой# подгонка круга# промышленный Интернет вещей (ПИВ# laser triangulation# smartphone camera# high-resolution picture# Industrial Internet of things (I# gap and flushness# curve fitting# circle fitting

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