TH41464B - Installation kit for machine tools - Google Patents

Abstract

DC60 when the horizontal shaft (61) and piston (71) are moved to one side by interlocking. Sprocket coupling (94) The rotation of the piston (71) is designed to be limited by grinding the spur gear (72) against the internal sprocket (76) attached to the main body (23a) of the pivot section. horizontal rotation (23). In contrast, when the horizontal shaft (61) and piston (71) are moved to the second side and consequently the sprocket coupling (94) is dislodged, the horizontal shaft (61) and piston ( 71) are designed to be rotated in such a way that they are integrated. By grinding the spur gears (62) and (73) respectively with the spur gears (83) and (82), when the horizontal shaft (61) and piston (71) move from the first side to the second side, the spur gear (72) is designed to be away from the internal sprocket (76) after the spur gear (62) engages the spur gear (83), when the horizontal shaft (61) and the steer (71) are moved to the side one by correlating Sprocket coupler (94) The piston support (71) is designed to be limited by the sprocket (72) with the internal sprocket (76) attached to the main body (23a) of the pivot section. Sleep time (23) In contrast, when the horizontal shaft (61) and piston (71) are moved to the second machine and consequently the gear coupler (94) is dislodged, the horizontal shaft (61) and piston (71) are disengaged. are designed to be rotated in such a way that they are integrated By grinding the spur gears (72) and (73) respectively with the spur gears (83) and (82), when the horizontal shaft (61) and piston (71) move from side to side, the spur gear ( 72) are designed to be away from the internal sprocket (76) after the spur gear (72) meets the spur gear (83).

Claims (3)

1. The mounting assembly for the machine, which is detachable and securely attached to the main sprinkler head of the machine tool, consists of: an inner rotating shaft to which the rotation of the main sprinkler is transmitted; an outer rotating shaft coaxial with the inner rotating shaft, supporting the inner rotating shaft in its center hole; a main body for receiving the inner and outer rotating shafts rotatably; the main sprinkler of the mounting assembly, positioned in a direction opposite to the inner rotating shaft, which is driven rotatably by the rotation of the inner rotating shaft; and the tool attached to the main sprinkler head of the detachable mounting assembly. A swivel pin supports the rotatable main sprinkler of the mounting assembly. The swivel pin is rotated by the rotation of the inner and outer shafts. A indexing path engages the main body and the swivel pin in a detachable manner, thus rotating the swivel pin relative to the main body for indexing. A travel path moves the inner and outer rotating shafts in their respective axial directions. A limiting path restricts the rotation of the outer rotating shaft once the travel path has moved. The inner and outer shafts rotate to the first side by the interlocking of the indexing path and the limiting path, which restricts the rotation of the inner and outer shafts to each other. When the indexing path is released after the moving path has moved the inner and outer shafts to the second side, the unique mounting arrangement is such that when the inner and outer shafts move from one side to the second, the limiting path stops restricting the outer shaft's rotation after the inner and outer shafts are connected to each other by the connecting path. 2. The mechanical mounting sets described in Representation 1 are characterized by the limiting paths, which include the front spindle gear set on the outer spindle shaft and the main body gear set on the main body and which mesh with the spindle gear. The coupling path is the rotational transmission gear for transmitting rotation from the inner spindle gear set on the inner spindle shaft to the outer spindle gear set on the outer spindle shaft, and when the inner and outer shafts move from one side to the other, the spindle gear separated from the main body gear from the outer spindle gear meshes with the rotational transmission gear that has meshed with the inner spindle gear. 3. A mounting assembly for a mechanical instrument described in any of the claims in Clauses 1 and 2, which is characterized by a main body with a horizontal pivot for rotating the instrument in a horizontal plane for indexing around a vertical shaft, and a pivot section with a vertical pivot for rotating the instrument in a vertical plane for indexing around a horizontal shaft.