IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0306927
(2007-06-26)
|
등록번호 |
US-8215593
(2012-07-10)
|
우선권정보 |
NL-1032064 (2006-06-27) |
국제출원번호 |
PCT/NL2007/000161
(2007-06-26)
|
§371/§102 date |
20090727
(20090727)
|
국제공개번호 |
WO2008/002129
(2008-01-03)
|
발명자
/ 주소 |
|
출원인 / 주소 |
- J. Van Walraven Holding B.V.
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
1 인용 특허 :
4 |
초록
▼
A pipe clip comprises an annular pipe clip body made from a metal strip for accommodating a pipe in order to attach the latter to a wall, ceiling or other support. Vibration-isolating material is applied to the pipe clip body, at least on that side which, in use, faces the pipe. The viewed in the wi
A pipe clip comprises an annular pipe clip body made from a metal strip for accommodating a pipe in order to attach the latter to a wall, ceiling or other support. Vibration-isolating material is applied to the pipe clip body, at least on that side which, in use, faces the pipe. The viewed in the width direction of the metal strip, outermost regions, are coated with a vibration-isolating material, at least on that side which, in use, faces the pipe. A central region of the metal strip situated between the outermost regions is uncoated on the side facing the pipe and the side facing away from the pipe.
대표청구항
▼
1. Pipe clip comprising an annular pipe clip body made from a metal strip for accommodating a pipe in order to attach the latter to a wall, ceiling or other support, in which vibration-isolating material is applied to the pipe clip body, at least on that side which, in use, faces the pipe, character
1. Pipe clip comprising an annular pipe clip body made from a metal strip for accommodating a pipe in order to attach the latter to a wall, ceiling or other support, in which vibration-isolating material is applied to the pipe clip body, at least on that side which, in use, faces the pipe, characterized in that on the, viewed in the width direction of the metal strip, outermost regions, a vibration-isolating material is applied to the metal strip, at least on that side which, in use, faces the pipe, and in that a central region of the metal strip situated between the outermost regions lies bare on the side facing the pipe and the side facing away from the pipe. 2. Pipe clip according to claim 1, in which recesses or openings are provided in the metal strip at regular intervals along the length of the outermost regions of the metal strip, which recesses or openings are filled with vibration-isolating material. 3. Pipe clip according to claim 1, in which the outermost regions are coated with vibration-isolating material over their length on the side which faces the pipe during use and on the side which faces away from the pipe. 4. Pipe clip according to claim 2, in which the outermost regions are coated with vibration-isolating material over their length on the side which faces the pipe during use and on the side which faces away from the pipe, and in which the openings are shaped as holes, in which connections made of vibration-isolating material are formed between the layer of vibration-isolating material which is applied to the side facing the pipe during use and the layer of vibration-isolating material which is applied to the side facing away from the pipe, respectively. 5. Pipe clip according to claim 1, in which the vibration-isolating material is bonded to the pipe clip body. 6. Pipe clip according to claim 1, in which outwardly bent tightening flanges are arranged on the ends of the pipe clip body, which tightening flanges can be pulled together during use by means of tightening means in which each of the tightening flanges is free from vibration-isolating material, at least on the side facing the other tightening flange. 7. Pipe clip according to claim 1, in which the vibration-isolating material comprises a coating layer extruded onto the metal strip. 8. Pipe clip according to claim 1, in which the clip body has an outer side, wherein a nut is provided on the outer side of the clip body in the central region. 9. Pipe clip according to claim 1, in which the width of the central region at least corresponds to the largest radial dimension of a nut to be fitted on the clip body. 10. Pipe clip according to claim 1, in which one or more reinforcing ridges are formed in the central region of the pipe clip body. 11. Pipe clip according to claim 1, in which the vibration-isolating material comprises rubber or another elastomeric material. 12. Pipe clip according to claim 3, in which the thickness of the vibration-isolating material on the side facing the pipe during use is greater than the thickness of the vibration-isolating material on the side facing away from the pipe during use. 13. Pipe clip according to claim 1, in which the clip body comprises a plurality of clip parts which are hingedly connected to one another. 14. Metal strip for forming a pipe clip body for accommodating a pipe in order to attach the pipe to a wall, ceiling or other support, the metal strip comprising vibration-isolating material applied to at least on one side of the metal strip which, after the pipe clip body has been formed, faces the pipe during use, wherein on outermost regions on said side as viewed in the width direction of the metal strip, the vibration-isolating material is applied, and a central region of the metal strip situated between the outermost regions is uncoated. 15. Vibration-isolating element to be provided on a pipe clip body of a pipe clip for attaching a pipe to a wall, ceiling or other support, wherein the vibration-isolating element comprises two angled metal reinforcing profiled sections which are located opposite one another and connected to one another, each reinforcing profiled section comprising a first leg which, in the fitted position, extends substantially parallel to the pipe clip body, as well as a second leg wherein, in the fitted position, each of the second legs of the angled profiled sections extends along one of the edges of the clip body, with a vibration-isolating layer being applied to the first leg of the metal reinforcing profiled section, at least on the side which is to face the pipe. 16. Vibration-isolating element according to claim 15, in which the metal reinforcing profiled sections are completely embedded in vibration-isolating material. 17. Vibration-isolating element according to claim 15, in which the angled metal reinforcing profiled sections are connected to one another by vibration-isolating material. 18. Vibration-isolating element according to claim 15, in which the first legs of the metal reinforcing profiled sections are connected to one another via a metal connecting piece. 19. Vibration-isolating element according to claim 18, in which the angled metal reinforcing profiled sections as well as the metal connecting piece are produced in one piece. 20. Vibration-isolating element according to claim 19, in which the angled metal profiled sections and the metal connecting piece together form a substantially U-shaped profiled section. 21. Vibration-isolating element according to claim 15, in which the angled metal profiled section comprises a third leg which extends from the free end of the second leg in substantially the same direction as the first leg in order to grip around the respective edge of the pipe clip body in the fitted position. 22. Vibration-isolating element according to claim 19, in which the angled metal profiled section comprises a third leg which extends from the free end of the second leg in substantially the same direction as the first leg in order to grip around the respective edge of the pipe clip body in the fitted position, and in which the angled metal profiled sections and the metal connecting piece together form a substantially C-shaped profiled section. 23. Vibration-isolating element according to claim 18, in which openings are provided in each of the angled reinforcing profiled sections at a distance from one another along the length thereof, which openings extend from the side towards the centre at a distance from the centre in such a manner that the metal connecting piece forms a central metal strip with arms extending in the transverse direction which are provided with an upright part at the end facing away from the central strip. 24. Vibration-isolating element according to claim 18, in which, in a position prior to fitting to the pipe clip body, the connecting piece is bent upwards in the middle, in such a manner that the second legs of the angled profiled sections are turned slightly outwardly, so that there is a distance between opposite free ends of the two legs, or, if present, inwardly directed third legs, which distance is greater than the width of the pipe clip body, and in such a manner that if the central connecting piece is pressed flat against the pipe clip body during fitting, the second legs swing inwards, as a result of which the second legs retain the pipe clip body in the axial direction and any third legs grip around the side edges of the pipe clip body. 25. Vibration-isolating element according to claim 21, in which the third leg of the angled metal profiled sections extends at an acute angle with respect to the second legs. 26. Vibration-isolating element according to claim 15, in which the vibration-isolating material is extruded onto the metal profiled section. 27. Vibration-isolating element according to claim 15, in which a profiled section of vibration-isolating material is bonded to the angled metal profiled section, at least on the side facing the pipe during use. 28. Vibration-isolating element according to claim 15, in which the metal reinforcing profiled sections are made from a metal strip having a thickness of 0.2-0.8 mm. 29. Pipe clip provided with a vibration-isolating element according to claim 15. 30. A metal strip for forming a pipe clip body for accommodating a pipe in order to attach the latter to a wall, ceiling or other support, wherein on the, viewed in the width direction of the metal strip, outermost regions, a vibration-isolating material is applied to the metal strip, at least on a side which, in use, faces the pipe, and wherein a central region of the metal strip situated between the outermost regions lies bare on the side facing the pipe and the side facing away from the pipe. 31. A metal strip for forming a pipe clip body for accommodating a pipe in order to attach the latter to a wall, ceiling or other support, wherein on the, viewed in the width direction of the metal strip, outermost regions, a vibration-isolating material is applied to the metal strip, at least on a side which, in use, faces the pipe, wherein a central region of the metal strip situated between the outermost regions lies bare on the side facing the pipe and the side facing away from the pipe, wherein furthermore the outermost regions are coated with vibration-isolating material over their length on the side which faces the pipe during use and on the side which faces away from the pipe. 32. A metal strip for forming a pipe clip body for accommodating a pipe in order to attach the latter to a wall, ceiling or other support, wherein on the, viewed in the width direction of the metal strip, outermost regions, a vibration-isolating material is applied to the metal strip, at least on a side which, in use, faces the pipe, wherein a central region of the metal strip situated between the outermost regions lies bare on the side facing the pipe and the side facing away from the pipe, wherein furthermore recesses or openings are provided in the metal strip at regular intervals along the length of the outermost regions of the metal strip, which recesses or openings are filled with vibration-isolating material.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.