TH61730A - Strut for dampening - Google Patents

Abstract

DC60 (09/01/47) Strut for damping The inner damper is axially clamped to the outer casing, the outer casing can be connected with the tensioning arm. The wedge piece that was connected to Static mounting parts Is clamped axially to the inner part of the inner damping element The outer shell can move axially as opposed to the wedge element. The spring will support and Push the outer shell away from the end cover. The end cap consists of a stem. Axial Inside the wedge element and there is an end that is connected to the inner damper part The rod will transmit the spring load. From the end cover to the inner damping part In such a way that the inner damping part expands along The radial direction towards the outer shell responds to the load of the spring. Friction between the inner damping part and the outer shell Which delay the movement of the shell The outside is proportional to the spring force. Strut for dampening The inner retarder is axially clamped to the outer casing. The outer shell can be connected to Tension adjusting arm Wedge element connected to the stationary mounting part. Is clamped axially to the inner part of the inner damping element The outer shell can move axially as opposed to the wedge element. The spring supports and pushes the outer shell away from the end cover. The end cover consists of a stem. Which extends axially inside the wedge element and has ends connected to the inner retardant element The rod will send the force of the spring. From the end cover to the inner damping part In such a way that the inner damping element expands radially toward the outer shell in response to the spring load, thereby creating a friction force between the inner damping element and the outer shell. Which delay the movement of the shell The outside is proportional to the spring force.

Claims (8)

1. The strut containing The first part with an inner surface The immobilized wedge fragment relative to the first component. Wedge parts with tapered ends Second, friction clamped parts with inner face and tapered end. The second piece that can be extended radially. The clamped sprocket between the first piece and the end piece. The end piece is connected to the second piece. Where the spring force causes the second part to expand radially toward the inner surface, thereby proportional delaying the movement of the first part 2. strut as in claim 1, where the piece The first part is quite cylindrical 3. strut as in claim 1 where the inner surface is pleated 4 strut as in claim 3 where the second strut There will be a pleated contour to work together with the inner surface. 5. Strut as in claim 1 also contains Quick lever connecting the end piece to the second piece. The shank is co-aligned within the wedge element and the movable shank as opposed to the wedge element. 1 where the second part also contains at least one compartment where the second part can extend radially. Spring with spring force The first, movable cylinder, is fixed directly to the spring and has an internal friction surface. Damping piece supported on tapered parts A damping element that can radiate radially toward the inner friction surface when pushed onto the part by spring force. Where the movement of the first part is dampened and the path for connecting the spring to the damping part 8. strut, as in claim 7, where the inner friction surface describes the pattern That is pleated 9. strut as in claim 7, where the sorted parts are immobile compared to the damping part 1 0. strut as in claim 7 where the path for welding Attach the spring to the damping element, combining the same axis as the slender part 1 1. Strut as in claim 7, where the damping part is co-axed with the first part 1. 2.Strut, as in claim 7, where the spring is connected to the first element 1. 3. Strut, as in claim 7, where the damping element will also consist of at least one channel 1. 4.Struts containing The first part with an inner surface Tightly pinned piece with tapered ends. The damping part is gripped frictionally to the inner surface and is worked together with the tapered end. A piece of body that can expand radially when moving towards the tapered end. The bias part is directly connected between the damper and the first. A bias component that resists axial motion of the first part and a bias part that pushes the retarding part to the tapered end. Where the damping part proportions the movement of the first part 1. 5.Strut, as in claim 14, where the damping element will also consist of at least one channel 1. 6. Strut for damping that contains Tapered parts that can be connected to the mounting surface. A cylindrical part that can move relative to and co-align with the tapered part. Clamped damper parts to tapered parts Friction-bonded parts with cylindrical and damped parts that can be radially extended when pressed to tapered parts. The spring that pushes the cylindrical part axially away from the tapered part, and the spring that compresses the part between the tapered part, where the movement of the cylindrical part is proportionally dampened. 7.Struts, as in claim 16, where the segment still contains at least one channel 1. 8. Strut, as in claim 16, where the retarder element will also consist of a conical element for holding the tapered part.