摘要:
Device for dispensing single components, in particular, rivets of different shapes and sizes. The rivets are conveyed to a riveting station one by one in a given direction by a deformable elastic means (11) guiding them along the whole path. Said rivets (14) are moved along within the elastic means (11) by a pressure source (P). The present invention also concerns a device for storing said components and comprising holding means (24) adapted to feed the pieces one by one to the elastic means (11). The invention provides a device for uniformly and steadily feeding riveting machines used in the aircraft industry.
摘要:
Device for dispensing single components, in particular, rivets of different shapes and sizes. The rivets are conveyed to a riveting station one by one in a given direction by a deformable elastic means (11) guiding them along the whole path. Said rivets (14) are moved along within the elastic means (11) by a pressure source (P). The present invention also concerns a device for storing said components and comprising holding means (24) adapted to feed the pieces one by one to the elastic means (11). The invention provides a device for uniformly and steadily feeding riveting machines used in the aircraft industry.
摘要:
A sensor arm (1) is inserted into a hole (3). The arm is mounted on a pivot (5) perpendicular to the arm axis so that it may be urged into engagement with the wall of the hole, e.g. by an air cylinder (12). The pivot (5) is in turn rotated about an axis passing through the hole, preferably by means of a rotary body (10). A bearing piece (16) controlling the sensor arm may be moved towards or away from the hole and rigidly supports a light sensor (8) that receives a light beam (7) from the sensor arm. The geometry of the hole is determined on the basis of the position where the light beam impinges on the sensor and the position of the bearing piece relative to the hole.
摘要:
A sensor arm (1) is inserted into a hole (3). The arm is mounted on a pivot (5) perpendicular to the arm axis so that it may be urged into engagement with the wall of the hole, e.g. by an air cylinder (12). The pivot (5) is in turn rotated about an axis passing through the hole, preferably by means of a rotary body (10). A bearing piece (16) controlling the sensor arm may be moved towards or away from the hole and rigidly supports a light sensor (8) that receives a light beam (7) from the sensor arm. The geometry of the hole is determined on the basis of the position where the light beam impinges on the sensor and the position of the bearing piece relative to the hole.