Flange for connecting a vibration damper tube to a module tube of a vibration damper

Patent metadata

Field	Value
Publication number	US-10184541-B2
Application number	US-201515316037-A
Country	US
Kind code	B2
Filing date	Jun 3, 2015
Priority date	Jun 6, 2014
Publication date	Jan 22, 2019
Grant date	Jan 22, 2019

Abstract

A flange for connecting a vibration damper tube to a module tube of a vibration damper may include one or more fluid ducts, by which the module tube is fluidically coupled to the vibration damper tube. The flange may further include a plastic body in which the fluid duct for the fluidic coupling is formed and wherein connection elements are provided that extend between the vibration damper tube and the module tube. The connection elements may form a retaining connection between the vibration damper tube and the module tube. The plastic body may comprise two opposite side walls, and the connection elements may be formed by metal plates arranged on the side walls. The plastic body may also comprise retaining means for the retaining of the plates.

First claim

What is claimed is:

1. A flange for connecting a vibration damper tube to a module tube of a vibration damper, the flange comprising:
connection elements that comprise metal plates that extend between the vibration damper tube and the module tube and form a retaining connection between the vibration damper tube and the module tube,
a plastic body comprising:
two opposite side walls, wherein the metal plates are disposed on the two opposite side walls, and
retaining means for retaining the metal plates; and

a fluid duct disposed or formed in the plastic body, wherein the fluid duct fluidically couples the module tube to the vibration damper tube.

2. The flange of claim 1 wherein the retaining means is formed by grooves configured on the plastic body.

3. The flange of claim 2 wherein the grooves are configured as guide grooves into which the metal plates are inserted.

4. The flange of claim 2 wherein the grooves are parallel and limit the two opposite side walls at two opposite edges of the plastic body.

5. The flange of claim 1 wherein the metal plates are clamped into or between the retaining means and are disposed in a self-retaining manner on the plastic body.

6. The flange of claim 1 wherein the metal plates substantially cover the two opposite side walls of the plastic body.

7. The flange of claim 1 wherein the metal plates are flat and square.

8. The flange of claim 1 wherein each of the metal plates has two opposite end faces, wherein a first end face is welded to the vibration damper tube and a second end face is welded to the module tube.

9. The flange of claim 1 wherein the retaining means is formed by grooves configured on the plastic body, wherein the retaining means comprise wrap-around strips at edges of the plastic body that extend in a lengthwise direction between the vibration damper tube and the module tube, wherein the wrap-around strips are shorter than the grooves in the lengthwise direction.

10. The flange of claim 1 wherein the retaining means is formed by grooves configured on the plastic body, wherein a width of the grooves is smaller than a thickness of the metal plates.

11. The flange of claim 1 wherein the retaining means is formed by grooves configured on the plastic body, wherein a space between two of the grooves that limit one of the two opposite sidewalls is less than a height of the metal plates.

12. A vibration damper with a vibration damper tube and a module tube, wherein the module tube is attached by a flange to the vibration damper tube, with the flange comprising:
connection elements that comprise metal plates that extend between the vibration damper tube and the module tube and form a retaining connection between the vibration damper tube and the module tube,
a plastic body that comprises:
two opposite side walls, wherein the metal plates are disposed on the two opposite side walls, and
retaining means for retaining the metal plates; and

a fluid duct disposed or formed in the plastic body, wherein the fluid duct fluidically couples the module tube to the vibration damper tube.

13. A flange for a vibration damper, the flange comprising:
a connection element comprising a plate and extending between a first tube and a second tube of the vibration damper, wherein the connection element retains the first tube to the second tube,
a plastic body that comprises:
opposing side walls, wherein the plate is disposed on at least one of the opposing side walls, and
grooves that retain the plate; and

a fluid duct disposed or formed in the plastic body, wherein the fluid duct fluidically couples the first tube to the second tube.

14. The flange of claim 13 wherein the plate is metal and substantially covers the at least one of the opposing side walls on which the plate is disposed.

15. The flange of claim 13 wherein the plate has two opposite end faces, wherein a first end face is welded to the first tube and a second end face is welded to the second tube.

16. The flange of claim 13 wherein the grooves comprise wrap-around strips at edges of the plastic body that extend in a lengthwise direction between the first tube and the second tube, wherein the wrap-around strips are shorter than the grooves in the lengthwise direction.

17. The flange of claim 13 wherein a width of the grooves is smaller than a thickness of the plate.

18. The flange of claim 13 wherein a space between two of the grooves that limit one of the opposing sidewalls is less than a height of the plate.

19. The flange of claim 13 wherein the plate is flat and square.

Assignees

• Thyssen Krupp Bilstein Gmbh
• Thyssenkrupp Ag

Inventors

• Schmidt Klaus
• Fritz Michael

Classifications

• F16F9/3235 Primary

  of cylinders (F16F9/483 takes precedence) · CPC title

• F16F9/325 Primary

  for attachment of valve units · CPC title