A thrust bearing is disposed between the upper journal bearing and the lower journal bearing.
Further, the journal bearing balances against the thrust bearing so that as fluid is drawn further into the thrust bearing, it is withdrawn from the journal bearing to reduce the working area of the journal bearing.
Provided herein, is an apparatus that includes a stationary component, a rotatable component, and an upper journal bearing and a lower journal bearing.
The conformal journal surfaces (18, 22) may be formed on the main journal bearing, the pilot pin radial bearing, or both surfaces.
This is achieved without reducing the strength and size of the journal bearing and without sacrificing the easiness of assembly of the journal bearing.
The invention further relates to a plain bearing that comprises at least one plain bearing body.
The bearing assembly comprises a spherical plain bearing (130) and a mounting structure (122) for receiving the spherical plain bearing.
The invention also relates to a plain bearing bush and to an advantageous use of a plain bearing material.
This increases the bearing capacity of both the first plain bearing (7) and the second plain bearing (17).
The axial plain bearing has at least one bearing segment according to the invention.
The annular structure and the receiving means (8) form the bearing and the radial bearing is a sliding bearing, whereby means of the receiving element are arranged in a directly gliding manner on a wall of the annular structure.
The bearing system includes a sliding bearing (1).
This sliding bearing (1) is a radial sliding bearing equipped with an inner ring (2) and an outer ring (3).
A sliding bearing is used for the orbiting bearing part and the main bearing part.
The invention also relates to a sintering powder for producing the sliding bearing material, a sliding bearing composite material having a steel protective layer and a bearing layer composed of such a sintered-on sliding bearing material.
Described is an inexpensive method of producing a sleeve-shaped friction bearing (8), as well as the friction bearing (8) thus produced.
The invention relates to a welded structural part that is received on a friction bearing and to a method for producing the same, wherein a transmission member (8) is welded to a hub (6) of an externally toothed gear (2).
A bush-shaped low-friction bearing means (12) for mounting the shaft section is provided inside the opening (4) of the cam ring (2).
In a bearing support tube (26) positioned in the stator a radial anti-friction bearing (28) is located on which a shaft (30) of the rotor is mounted.
The invention relates to a method for disposing of a lubricant, preferably oil, of which a controlled supply is provided to a friction bearing, especially a roll neck bearing of a chock.
worm shaft sleeve bearing
The carrier includes a first sleeve bearing assembly (19) having a first shaft (22) and a first sleeve bearing (24) coupled with the first shaft.
The planet gear (4a) can have a sleeve bearing.
The first sleeve bearing is constructed and arranged to carry a fuel component (34) thereon.
An oil gallery (112) with lubricating oil for lubricating the sleeve bearing system (200) is provided in the shaft (110).
The invention also relates to a slide bearing system comprising a slide bearing (1) having a bearing seat (11) and to a method for assembling the slide bearing system.
The hook elements (1) are supported by a slide bearing or a combined slide and roller bearing against the guide track system (3).
Disclosed is a composition for a bush-type bearing, a bush-type bearing manufactured using the composition, and a method of manufacturing the bush-type bearing.
The first roller (11) constitutes a slide bearing, and the second roller (12) constitutes a full complement roller bearing or a slide bearing.
A first slide bearing (34a) and a second slide bearing (34b) are provided between the first (46a, 46b) and third (44a, 44b) envelope surfaces.
Said plain bearing material is used for radial or axial plain bearings, plain bearing segments, sliding plates, spherical plain bearings and/or bearing bushes.
This slide bearing is provided with a cylindrical bearing body and slides in the axial direction.
The invention further relates to a plain bearing element having a supporting layer and a sintered layer made of the aforementioned plain bearing material.
The bearing gap between the bearing section of the shaft and the slide bearing may be supplied with hydraulic oil.
The tubular body is a part such as the outer ring or the inner ring of the bearing, a slide bearing, and a collar holding the bearing.
A second slide bearing (9) is situated to the outer circumference side of a first bearing case (12).
During operation, rinsing liquid is pumped through the bearing gap of the axial plain bearing (40) and further through the radial plain bearing (31) at the distal end of the drive part (11).
It is the intention for the plain bearing to surround the tensioning lever in sealing fashion.
First and second bearing surfaces (17 and 27) cooperate directly with each other, the first and second bearing materials forming a pair of smooth bearing materials.
The device has at least one axial plain bearing according to the invention.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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