VISUAL EXAMINATION APPARATUS FOR RESIN MOLDED ARTICLE AND VISUAL EXAMINATION METHOD FOR THE RESIN MOLDED ARTICLE
PROBLEM TO BE SOLVED: To suppress an installation space to be compact, without having to use too complex a mechanism, in the visual examination of an inspection target. SOLUTION: In the visual examination apparatus, caps C becoming inspection targets are placed on a transparent plate 12, in a matrix...
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| creator | NAGANO YOSHIHIRO YAMAKAWA KOJI TSUCHIKO TOSHIAKI MURAYAMA SHINYA |
| description | PROBLEM TO BE SOLVED: To suppress an installation space to be compact, without having to use too complex a mechanism, in the visual examination of an inspection target. SOLUTION: In the visual examination apparatus, caps C becoming inspection targets are placed on a transparent plate 12, in a matrix form, and the caps C in respective ranks are fed along the surface of the transparent plate 12, while being pushed by pusher rods 14c. During this feed period, the inner surfaces of the caps C are imaged from the area under the transparent plate 12 by inner surface inspection cameras 16. Next, the caps C are fed to the turret table 32 of a transfer part 30, through a first belt conveyor 18 and a second belt conveyor 20 to be received in pockets 34 one by one. The transfer part 30 transfers the caps C in the rotating direction of the turret table 32, in a state where the inner surfaces of the caps C are held and each of the caps C is rotated, at an inspection position in a thrust-up state. At this time, each of the caps C is laterally imaged by an outer peripheral surface inspecting camera 42. Furthermore, each of the caps C is imaged from above by a top surface-inspecting camera 40. COPYRIGHT: (C)2010,JPO&INPIT |
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SOLUTION: In the visual examination apparatus, caps C becoming inspection targets are placed on a transparent plate 12, in a matrix form, and the caps C in respective ranks are fed along the surface of the transparent plate 12, while being pushed by pusher rods 14c. During this feed period, the inner surfaces of the caps C are imaged from the area under the transparent plate 12 by inner surface inspection cameras 16. Next, the caps C are fed to the turret table 32 of a transfer part 30, through a first belt conveyor 18 and a second belt conveyor 20 to be received in pockets 34 one by one. The transfer part 30 transfers the caps C in the rotating direction of the turret table 32, in a state where the inner surfaces of the caps C are held and each of the caps C is rotated, at an inspection position in a thrust-up state. At this time, each of the caps C is laterally imaged by an outer peripheral surface inspecting camera 42. Furthermore, each of the caps C is imaged from above by a top surface-inspecting camera 40. 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SOLUTION: In the visual examination apparatus, caps C becoming inspection targets are placed on a transparent plate 12, in a matrix form, and the caps C in respective ranks are fed along the surface of the transparent plate 12, while being pushed by pusher rods 14c. During this feed period, the inner surfaces of the caps C are imaged from the area under the transparent plate 12 by inner surface inspection cameras 16. Next, the caps C are fed to the turret table 32 of a transfer part 30, through a first belt conveyor 18 and a second belt conveyor 20 to be received in pockets 34 one by one. The transfer part 30 transfers the caps C in the rotating direction of the turret table 32, in a state where the inner surfaces of the caps C are held and each of the caps C is rotated, at an inspection position in a thrust-up state. At this time, each of the caps C is laterally imaged by an outer peripheral surface inspecting camera 42. Furthermore, each of the caps C is imaged from above by a top surface-inspecting camera 40. 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SOLUTION: In the visual examination apparatus, caps C becoming inspection targets are placed on a transparent plate 12, in a matrix form, and the caps C in respective ranks are fed along the surface of the transparent plate 12, while being pushed by pusher rods 14c. During this feed period, the inner surfaces of the caps C are imaged from the area under the transparent plate 12 by inner surface inspection cameras 16. Next, the caps C are fed to the turret table 32 of a transfer part 30, through a first belt conveyor 18 and a second belt conveyor 20 to be received in pockets 34 one by one. The transfer part 30 transfers the caps C in the rotating direction of the turret table 32, in a state where the inner surfaces of the caps C are held and each of the caps C is rotated, at an inspection position in a thrust-up state. At this time, each of the caps C is laterally imaged by an outer peripheral surface inspecting camera 42. Furthermore, each of the caps C is imaged from above by a top surface-inspecting camera 40. COPYRIGHT: (C)2010,JPO&INPIT</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING CONVEYING HANDLING THIN OR FILAMENTARY MATERIAL INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES MEASURING PACKING PERFORMING OPERATIONS PHYSICS PNEUMATIC TUBE CONVEYORS SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDEDFOR SHAPING OR JOINING OF PLASTICS SHOP CONVEYOR SYSTEMS STORING TESTING TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING ORTIPPING TRANSPORTING WORKING OF PLASTICS WORKING OF SUBSTANCES IN A PLASTIC STATE, IN GENERAL |
| title | VISUAL EXAMINATION APPARATUS FOR RESIN MOLDED ARTICLE AND VISUAL EXAMINATION METHOD FOR THE RESIN MOLDED ARTICLE |
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