SU29091A1 - Epicyclic gear - Google Patents

Description

In the Proposed, an epicyclic transmission, referring to those in which a free-C drive mounted on a drive shaft is used, for1 (including satellite axes, the drive, in order to regulate its connection with the shaft, is connected to it the clutch, and for the purpose of communicating to the known-1 shaft of rotation in the same direction as the leader, the disk is still not equipped with a parasitic (intermediate) gear.: i

In FIG. 1 is a side view of a half-cut transfer along the shaft axis} of FIG. transmissions from the side of the removed clutch.

The drive shaft 7 with its gear with the gear / into the socket 6 of the driven shaft 8, provided with teeth on the inside. A clutch 5 is mounted on the shaft 7, and between it and the socket 6 there is a disk 4, loosely mounted on this shaft. On the axles fixed in the disk, the sheft 3 (salesite), having a permanent engagement with the internal teeth of the socket b, and parasitic gear 2, engaging with the constant gears 7 and 3, freely rotate.

The operation of the proposed transmission (with rotations in all the following cases of the drive shaft) will occur as follows:

1) when the clutch: 5 rascep; A disk with a disk / shaft 8, having experienced resistance, remains stationary, then gear 3, having a clutch with rotating sherterni 1 through gear 2, will roll idle over the internal teeth of the bell) 5 shaft 5 so 4 bearing a region of gears 3, 2, without being bonded, can freely rotate: on the shaft7;

2) if, however, as before uncoupling the clutch 5, the locking disk 4 is jammed into the disk 4 and the rotation of it is stopped, then the gear 5, the axis of which, like the axis of gear 2, will be fixed, will cause its greatest possible force nepie from her shaft 7 through gears and 2, rotate shaft 8, overcoming its resistance and transferring to it the lowest possible speed, depending on the ratio between the diameters of gear 3 and the toothed circumference of the socket 6;

3) when fully coupled by the coupling 5 of the shaft 7 with the disk 4, the latter, of course, without all already seizing it, will rotate in one piece with the shaft 7 and with gear /, and gear 3, remaining together with gear 2, fixed relative to the disk 4 will, due to the appropriate interplay of their axes with it, act directly on the internal gear circle of the bell 6, do not roll along it, and transmit the rotation of the shaft jS with the lowest possible force, depending on pain neck or smaller coupling force with the disk 4 of the coupling 5, produced by moving it along the shaft 7, its rotation will be transmitted to the shaft 8 at a speed more or less changed within the limits achieved in the second and third cases.

Due to the presence of stubble stubble 2, the rotation of the driven shaft will be

in all cases occur in the same direction as the drive shaft.

Subject invention.

Claims (2)

1. Epicyclic transmission using a disc mounted on the drive shaft and enclosing satellite axis, characterized in that the disc 4 can be articulated with a clutch 5, in order to be controlled by the drive shaft. connection of the disk with 2. When transferring under item 1, use parasitic gear 2, the axis of which is also fixed on the disk 4, in order to rotate the driven and driving shafts in one direction. FIG.2 PHIL1