TH9974B - A rotating cylinder rod suspended in the driven ring. - Google Patents

Abstract

The lecture was done with a rotary cylinder axis (1), for example a rotary kiln. Which is suspended in the drive ring (3) by means of the support (7), which extends along the axis It is barred by the driven ring (3) and supported at its free end with the retaining element (5) fixed to the rotating barrel. In such a way that the vertical load of the cylinder axis (1) relative to the cylinder axis shell (1) is sent out in a tangent line to the drive ring (3), the support ring (7) is placed evenly distributed on the circumference of the Propulsion ring (3) fixed with Its side surface (3a, 3b)

Claims (9)

1.Rotary cylinder axis (1), such as rotary kiln Which caused a joint drift The same center in the drive ring (3) by using on both sides of the drive ring (3), the support pad (7), which extends along the axis, as chosen is often arranged in pairs, which are It is held by the driven ring (3), and which, at its free end, is supported closely to the end surfaces (5a, 5b) of the retaining element (5) fixed to the shell of the barrel in a manner. At the vertical load of the core of the cylinder (1) relative to the shell of the cylinder axis is output in the line. Touch the loop to the steering ring (3), making it unique by making the pad diffused Evenly on the circumference of the driven ring (3) fixed to its lateral surface (3a, 3b) 2. The rotary cylinder (1) according to the first claim is unique by That allows the support (7) to be fixed to the drive ring (3) by means of a bolt (9, 9a). 3. The rotary cylinder (1) according to claim 2 makes it unique by On the bolts (9, 9a), which are passed through the through holes (11) in the drive washer (3), secure the supports (7) on both sides of the drive washer (3). 4. The rotary cylinder (1) according to claim No. 1 makes it unique by Where the number of retaining pieces (5) corresponds to the number of pad pairs. 5. The rotary cylinder (1) according to Clause 4 makes it unique by The free ends in the pair of supports (7) are interlocked between the two end surfaces (5a, 5b) of the two adjoining parts (5). 6. Rotating cylinder axis (1) according to Claims 1 to No. 5, one of which makes it Characteristically, it consists of sliding wear sleeves (18). Each wear sleeve is assembled into Non-tight pattern in the space between the function surface (7a) of the end of the support plate and the tip surface (5a, 5b), which is aligned on the retaining piece (5). 7. The rotary cylinder (1) according to claim No. 6 makes it unique by It will consist of a wear compensation wedge (15), each of which is fitted into the space between. The sliding wear sleeve (18) with the end face (5a, 5b) corresponding to the retaining piece (5). 8. The rotary axis (1) according to claim No. 7 makes it unique by Where it will consist of a tensioning device (17) such as a spring for pulling a wedge (15) 9. Rotary cylinder axis (1) according to Claims 6 to No. 8, one of which makes it Its characteristics are made up of covers (19), each of which is mounted on the top surface of the The stopper element (5), which is selected, is mounted with bolts (21) and which keeps the corresponding wedge (15), tensioning device (17) and sliding wear sleeve (18) in the direction. Radial And prevent sliding wear sleeves from moving in axial direction 1 0. The rotary cylinder axis (1) according to claim No. 1 makes it unique by It will consist of a guide platform (25) installed to be distributed evenly on the circumference of the drive ring (3) on both sides of the drive ring and fixed to the shell of the cylinder core (1) to maintain the cylinder core. In the direction along the side support axes (3a, 3b) of the drive ring