IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0588161
(2009-10-06)
|
등록번호 |
US-8353563
(2013-01-15)
|
우선권정보 |
AT-1565/2008 (2008-10-07); EP-09 007 350 (2009-06-03) |
발명자
/ 주소 |
|
출원인 / 주소 |
- Fulterer Gesellschaft m.b.H.
|
인용정보 |
피인용 횟수 :
0 인용 특허 :
5 |
초록
▼
A roller pull-out guide pulls out a furniture part from a furniture body in a pull-out direction and slides the furniture part into the furniture body in a slide-in direction. The guide includes at least one guide rail and at least one roller guided in this guide rail as well as a self-retraction de
A roller pull-out guide pulls out a furniture part from a furniture body in a pull-out direction and slides the furniture part into the furniture body in a slide-in direction. The guide includes at least one guide rail and at least one roller guided in this guide rail as well as a self-retraction device with a spring-loaded, tiltably and displaceably supported tilt slide for retracting the furniture part in the slide-in direction. The tilt slide includes a claw which engages on the roller for the retraction of the furniture part in the slide-in direction.
대표청구항
▼
1. A roller pull-out guide for pulling out a furniture part from a furniture body in a pull-out direction and for sliding the furniture part into the furniture body in a slide-in direction, comprising: at least one guide rail;at least one roller guided in the guide rail; anda self-retraction device
1. A roller pull-out guide for pulling out a furniture part from a furniture body in a pull-out direction and for sliding the furniture part into the furniture body in a slide-in direction, comprising: at least one guide rail;at least one roller guided in the guide rail; anda self-retraction device with a spring-loaded, tiltably and displaceably supported tilt slide for retracting the furniture part in the slide-in direction;wherein the tilt slide is displaceable in the slide-in direction, and includes a claw which engages on the roller for the retraction of the furniture part in the slide-in direction; andwherein the roller has a running surface with which the roller runs in the guide rail. 2. The roller pull-out guide as claimed in claim 1; wherein the roller is rotatably supported or rotatably secured on a second rail of the roller pull-out guide. 3. The roller pull-out guide as claimed in claim 2; wherein the roller is supported or secured on the second rail at its, viewed in the pull-out direction, rearward end. 4. The roller pull-out guide as claimed in claim 1; wherein the claw of the tilt slide engages on the running surface of the roller. 5. The roller pull-out guide as claimed in claim 1; wherein the claw has a claw face with which it engages on the roller or on the running surface of the roller. 6. The roller pull-out guide as claimed in claim 5; wherein the claw face engages on the running surface of the roller; andwherein the length of the claw face, measured in the pull-out direction, is at least one eighth or at least one fourth of the total circumference of the running surface of the roller. 7. The roller pull-out guide as claimed in claim 5; wherein the claw face is at least sectionwise curved. 8. The roller pull-out guide as claimed in claim 5; wherein the claw face delimits an indentation in the claw. 9. The roller pull-out guide as claimed in claim 5; wherein the claw face is at least sectionwise curved in the form of a circular arc; andwherein the radius of curvature of the circular arc-shaped section of the claw face is between 100% and 110% or between 100% and 105% of a radius of the running surface of the roller. 10. The roller pull-out guide as claimed in claim 1; wherein the claw has an indentation for receiving the roller, the indentation being delimited by two claw arms. 11. The roller pull-out guide as claimed in claim 10; wherein the claw arms are curved. 12. The roller pull-out guide as claimed in claim 10; wherein at least one of the claw arms is elastically deformable, and includes an oblique run-up face which is oblique with respect to the slide-in direction; andwherein the roller, by running up the roller against the oblique run-up face and by elastic deformation of the claw arm, is displaceable past the claw arm into the indentation of the claw. 13. The roller pull-out guide as claimed in claim 1; wherein the tilt slide includes at least one guide pin which is per force guided displaceably in a guide track. 14. The roller pull-out guide as claimed in claim 13; wherein the guide track on its, viewed in the slide-in direction, forward end includes an angled-off section. 15. The roller pull-out guide as claimed in claim 13; wherein the tilt slide comprises at least two guide pins spaced apart in the pull-out direction. 16. The roller pull-out guide as claimed in claim 15; wherein a first of the guide pins can be slid into the angled-off section. 17. Roller pull-out guide as claimed in claim 16; wherein the other guide pin forms a swivel axle about which the tilt slide swivels during the sliding-in of the first guide pin into the angled-off section. 18. The roller pull-out guide as claimed in claim 1; wherein on the tilt slide an attenuator part is disposed of an attenuator comprising at least two attenuator parts movable relative to one another, or the tilt slide is operationally connected with the attenuator part via a connection body. 19. The roller pull-out guide as claimed in claim 1, claim 1; wherein the guide rail, viewed in the slide-in direction, is angled off in its end region, wherein the roller is guidable into this end region. 20. The roller pull-out guide as claimed in claim 1; wherein the tilt slide is displaceably and tiltably supported in a housing and the housing has a U-shaped recess in which the guide rail is supported with its, viewed in the slide-in direction, rearward end. 21. The roller pull-out guide as claimed in claim 20; wherein the housing is realized such that it is elastically resilient and can be snapped onto the guide rail. 22. The roller pull-out guide as claimed in claim 1; wherein the tilt slide is displaceably and tiltably supported in a housing and the housing, viewed in an operating position of the roller pull-out guidance, is disposed above or beneath the guide rail. 23. The roller pull-out guide as claimed in claim 1; wherein the tilt slide is displaceably and tiltably supported in a housing; andwherein the housing, viewed in an operating position of the roller pull-out guidance, is disposed completely above or completely beneath the guide rail. 24. The roller pull-out guide as claimed in claim 2; wherein a first coupling part is disposed on the tilt slide;wherein a second coupling part is disposed on the second rail;wherein the coupling parts, in a first tilt position of the tilt slide, are detached from one another and, in a second tilt position of the tilt slide, are engaged with one another;wherein, in the first tilt position, the second rail and the tilt slide are movable relative to one another in the pull-out direction, or in the slide-in direction, or in the pull-out direction and the slide-in direction; andwherein, in the second tilt position, the second rail and the tilt slide are per force coupled with one another with respect to a movement in the pull-out direction, or in the slide-in direction, or in the pull-out direction and the slide-in direction. 25. A method of operating a roller pull-out guide as claimed in claim 24; wherein the tilt slide by the roller occurring onto the claw is tilted from the first tilt position into the second tilt position;wherein, through this tilting, the coupling parts are brought into engagement with one another; andwherein, subsequent to the engagement of the coupling parts, the second rail, via the coupling parts caught on the tilt slide, is pulled by the tilt slide in the slide-in direction.
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