ROBOTIC VISION CHAPTER 6: APPLICATION. INDUSTRY MEDICAL SERVICE AEROSPACE.

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ROBOTIC VISION CHAPTER 6: APPLICATION

Transcript of ROBOTIC VISION CHAPTER 6: APPLICATION. INDUSTRY MEDICAL SERVICE AEROSPACE.

Page 1: ROBOTIC VISION CHAPTER 6: APPLICATION. INDUSTRY MEDICAL SERVICE AEROSPACE.

ROBOTIC VISION

CHAPTER 6:

APPLICATION

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INDUSTRY MEDICAL SERVICE AEROSPACE

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APPLICATION IN INDUSTRY FIELD

Delivers exact information about position, rotation and type variant of parts to be processed.

identify even critical surfaces, such as forged parts (crankshaft etc.).

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APPLICATION IN INDUSTRY FIELD

used as flexible manufacturing equipment to lower costs per unit. By utilizing automated equipment, factories, from automotive manufacturers to medical device organizations, are able to continually create quality products faster than through manual assembly.

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APPLICATION IN MEDICAL FIELD

To operate on the heart and other organs while sitting yards away from the operating table.

Advantage is robotic surgery usually has a shorter recovery time, less blood loss and fewer post-surgical complications, with procedures done through a series of small cuts

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APPLICATION IN AEROSPACE

Each Mars rover has nine "eyes."

Six engineering cameras aid in rover navigation and three cameras perform science investigations.

Each camera has an application-specific set of optics.

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Four Engineering Hazcams-Mounted on the lower portion of the front and rear of the rover, these black-and-white cameras use visible light to capture three-dimensional (3-D) imagery.

Two Engineering Navcams- Mounted on the mast (the rover "neck and head), these black-and-white cameras use visible light to gather panoramic, three-dimensional (3D) imagery. The Navcam is a stereo pair of cameras