摘要:
The hoist machine includes the main shaft 10 having its one axial end attached to the casing 7 via a bearing 11, and the other end to which another bearing 12 is attached. The bearing 12 attached to the other end of the main shaft is disposed inside the housing 13. The housing 13 is located closer to the casing than the support base 14, and fixed thereto with a bolt 15. The friction force is generated between the housing 13 and the support base 14 under the axial force caused by fastening the bolt 15 to fix the housing 13 and the support base 14 so as to bear the suspension load.
摘要:
An oil-lubricated bearing assembly (10) for supporting a rotating shaft (12) with respect to a support member (14), comprises a tubular housing body (16) which surrounds an axial through cavity (24). The housing body has an annular bearing seat (26) facing radially inwards within the through cavity (24). A bearing (18) is received in the through cavity (24) of the housing body (16), with at least one outer race ring (28) fitted into the bearing seat (26). A sealed inner space (56) including the bearing is defined between two annular seal assemblies (36, 52). A mounting flange (72) integral with the housing body (16) protrudes radially from the housing body (16). The mounting flange (72) is provided with axial through holes (74) extending in the axial direction for fixing the housing body (16) to a wall (14) of the support member, which extends perpendicularly to the reference axis.
摘要:
An outer ring (31) has a small-diameter stepped part (37) comprising a stepped part outer peripheral surface (37a) and a step-difference surface (37b), and a locking groove (37c) is formed in the stepped part outer peripheral surface (37a). The inner peripheral surface of a fixing plate (40) is provided with a small-diameter hole part (41) facing the stepped part outer peripheral surface (37a), and a large-diameter hole part (42) facing the outer peripheral surface (31a) of the outer ring (31) and guiding a rolling bearing (30). The fixing plate (40) is provided with a plurality of locking pawls (49) for locking into the locking groove (37c), the locking pawls protruding diametrically inward from the inner periphery of the small-diameter hole part (41), and the fixing plate (40) and the rolling bearing (30) are inseparably assembled by locking the locking pawls (49) into the locking groove (37c).
摘要:
A bearing housing may include a main body integrated with a bearing receiving portion. A bearing retention stop may extend from the main body and include a plurality of access cutouts for facilitating the removal of a bearing from the bearing housing without causing damage to the bearing.
摘要:
Various embodiments of stand-off devices and methods are disclosed. The stand¬ off device can space a bearing assembly apart from a support, such as a frame of a conveyor belt, thereby providing access between the bearing assembly and the frame, such as for cleaning fluid. Certain embodiments of the stand-off device include a first end and a second end, with the first end being receivable in a securing hole of the bearing assembly and the second end configured to protrude from the bearing assembly.
摘要:
A mechanically driven agitator (500) for use in bioprocessing, including a seal housing (510) providing an integral seal around the agitator shaft (20) is provided. Additionally, a fluid mixing assembly (1000) comprising a container (1100) and the agitator (500), as well as a support assembly (2000) for supporting the fluid mixing assembly (1000), the support assembly (2000) further comprising a mounting assembly (2100) for lockably engaging the seal housing (510), are also provided.
摘要:
The invention provides a drive train for a horizontal axis wind turbine, comprising—a main shaft provided with a rotor attachment flange adapted to be connected to a rotor of the wind turbine, and—a main bearing housing having a main body at least partly enclosing the main shaft and extending from a first end to a second end, a distance from the second end to the rotor attachment flange being larger than a distance from the first end to the rotor attachment flange, the main body presenting at the second end a component attachment flange for a connection of the housing to a further drive train component,—the main bearing housing carrying the main shaft via a first bearing and a second bearing, a distance between the second bearing and the rotor attachment flange being larger than a distance between the first bearing and the rotor attachment flange,—the main bearing housing having a first seat for the first bearing, and a second seat for the second bearing,—the main bearing housing comprising a seat flange extending from the main body at least partly radially inwards, the second seat being located on a distal end of the seat flange.