Drive trains, especially hydraulic trains with electronically adjustable slip
A technology of drive assembly and electronic device, applied in the field of hydraulic assembly, can solve problems such as high production technology requirements, control or test costs, and achieve the effects of avoiding leakage and reducing costs
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[0014] figure 2 The drive assembly 10 shown in FIG. 2 comprises a housing block 12 having a shaft bore 14 formed thereon. The shaft bore penetrates the housing block 12 and forms two open ends on opposite outer sides of the housing block 12 , of which only one end is visible in the drawing. In the shaft hole 14 , a working shaft 16 is rotatably accommodated in a bearing 18 . The working shaft 16 is a part of a motor or generator (referred to as an electric working machine), and the working shaft is configured to convert supplied electrical energy into a rotational movement of the working shaft 16 or to convert the rotational movement of the working shaft 16 into electrical energy. It is assumed that on the working shaft 16 there is also a non-visible rotor arranged against rotation, which rotates in a stator likewise not shown and equipped with magnets.
[0015] Knowledge of the rotational position of the working shaft 16 is important for electronically actuating the drive ...
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