83results about How to "Avoid axial force" patented technology

A constant velocity universal ball joint 11 having first and second outer ball tracks 16, 18, and first and second inner ball tracks 17, 19, forming first pairs of tracks 16, 17 which widen in a first axial direction Ri1 (α), and forming second pairs of tracks 18, 19 which widen in a second axial direction Ri2 (β). Balls 20 are guided in the pairs of tracks and have centers Z positioned on a pitch circle radius PCR around a joint centre M. A ball cage 21 holds the balls 20 in a common central plane E on to the angle-bisecting plane when the joint is articulated. There is provided an axial clearance permitting a relative axial displacement S wherein, when in the aligned condition, the ratio between the axial clearance S and the pitch circle radius PCR ranges between 0.01 and 0.09 (0.01<S / PCR<0.09).

An improved double-return cylinder dryer, including a body composed of a bracket, a sealed box and a cylinder, and its driving device, supporting device and controller, wherein the axis of the cylinder of the body is parallel to the horizontal plane, and the cylinder is arranged concentrically. The inner and outer cylinders are misplaced and fitted together, and the volume cavities formed constitute two drying and precipitation units respectively. The outer periphery of the cylinder wall board is provided with a heat insulation cover, and the inner peripheral surface of the inner and outer cylinder wall boards is respectively provided with a spiral propulsion type distribution device, and the direction of the helix is ​​reversed. The center of gravity of the ring gear and the barrel is assembled. It effectively solves the defects of easy deformation and displacement and axial displacement of traditional drum dryers. It has reasonable structural design, stable performance, smooth process flow, large precipitation at one time, high thermal efficiency, energy saving and consumption reduction, and a wide range of applications. .

The invention relates to a cylindrical cutter, the roller body of which comprises grooves provided along the length thereof at a distance from one another and at an angle to the longitudinal axis. Indexable inserts, particularly coated hard metal inserts, are disposed in the grooves. In order to largely prevent axial forces from acting on the milling cutter or on the material to be worked, either the grooves and thus the cutting edges of the indexable inserts are aligned sectionally at different angles, said angles being selected such that the axial forces generated in the one section during the milling process are neutralized or are reduced to a defined degree by the axial forces generated in the neighboring section, or the indexable inserts are disposed or aligned alternately in the grooves such that the axial force generated by one indexable insert during the milling process is neutralized by the axial force generated by the neighboring indexable insert.

The subject matter of the invention is a separating device for removing solid particles from liquids and / or gases in extraction wells, comprising a) an annular stack (7) of at least three brittle-hard annular discs (8), the upper side (9) of the annular discs (8) having at least three spacers (10), which are distributed uniformly over the circular circumference of the discs and the contact area (11) of which is planar, so that the spacers (10) have planiform contact with the underside of an adjacent annular disc (8), and the annular discs (8) being stacked and fixed in such a way that between the individual discs (8) there is in each case a separating gap (14) for the removal of solid particles, and the axial projection of the annular discs (8) at the inner and the outer circumference being circular, and the brittle-hard material of the annular discs (8) being chosen from oxidic and non-oxidic ceramic materials, mixed ceramics of these materials, ceramic materials with the addition of secondary phases, mixed materials with fractions of ceramic or metallic hard materials and with a metallic binding phase, powder-metallurgical materials with hard material phases formed in situ and long- and / or short-fibre-reinforced ceramic materials, b) a perforated pipe (1), which is located inside the annular stack (7) and on which the brittle-hard annular discs (8) are stacked, c) at least three bands (15), which are provided axially parallel and uniformly spaced apart on the lateral surface (21) of the perforated pipe (1) located inside the annular stack (7) and onto which the annular discs (8) have been pushed, whereby the annular discs (8) are centred on the perforated pipe (1), and d) an end cap (5) at the upper end and an end cap (6) at the lower end of the annular stack (7), the end caps (5, 6) being firmly connected to the perforated pipe (1). The subject matter of the invention is likewise the use of a separating device according to the invention for removing solid particles from liquids and / or gases in a process for extracting liquids and / or gases from extraction wells

A transmission mechanism (1), in particular to a device used for the power-operated adjustment of the seating elements of a motor vehicle, which comprises a housing part (2), a gearbox cover (3), a bearing element (7) connected with one end to the housing part (2) and a first gear (13) rotatably mounted on the bearing element (7). The first gear (13) has an axial recess (16) facing the end face (17) of the gearbox cover (3). The gearbox cover (3) has a bearing dome (10) which extends in the axial recess (16) of the first gear (13). The bearing element (7) is connected with the bearing dome (10) of the gearbox cover (3). Due to the adoption of the above structural design, the thickness of the transmission mechanism (1) can be optimized.