IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0176373
(2002-06-21)
|
우선권정보 |
DE-0030411 (2001-06-23) |
발명자
/ 주소 |
- Bayer, Benjamin
- Gamisch, Roland
- Kraemer, Bernd
|
출원인 / 주소 |
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
4 인용 특허 :
3 |
초록
▼
The invention relates to a device for adjusting a relative position between two components, having a support part which is fastened to the one component and has a through-opening in a holder section. The device includes a setting screw which has an external thread that engages in the region of its o
The invention relates to a device for adjusting a relative position between two components, having a support part which is fastened to the one component and has a through-opening in a holder section. The device includes a setting screw which has an external thread that engages in the region of its one end in an internal thread firmly arranged on the other component. The setting screw has rotary actuating means on its other end, has a radially projecting, fixed collar between its ends, and passes through the through-opening on a side of the collar remote from the other component. The setting screw carries a lock nut on a side of the holder section remote from the other component, the collar and lock nut axially restraining the holder section between them for fixing a relative position between setting screw and support part.
대표청구항
▼
1. structural arrangement including a first component, a second component, and a device for adjusting a relative position between the first and second components, the device having a support part which is fastened to the first component and has a through-opening in a holder section, and having a set
1. structural arrangement including a first component, a second component, and a device for adjusting a relative position between the first and second components, the device having a support part which is fastened to the first component and has a through-opening in a holder section, and having a setting screw which:has an external thread,engages in a region of a first end in an internal thread firmly arranged on the second component,has rotary actuating means on a second end,has a radially projecting, fixed collar between the first and second ends,passes through the through-opening on a side of the collar remote from the second component, andcarries a lock nut on a side of the holder section remote from the second component,the collar and lock nut axially restraining the holder section between them for fixing a relative position between the setting screw and the support part. 2. The structural arrangement according to claim 1, wherein the rotary actuating means of the setting screw has a smaller external cross section than the external thread in such a way that the lock nut can be screwed onto the external thread of the setting screw over the rotary actuating means. 3. The structural arrangement according to claim 2, wherein the rotary actuating means of the setting screw is designed as an external polygon or as an internal polygon. 4. The structural arrangement according to claim 1, wherein the through-opening has radial clearance relative to the external thread of the setting screw. 5. The structural arrangement according to claim 1, wherein the second component is formed by a windscreen-wiper support unit which serves to mount one or more windscreen wipers of a motor vehicle, the first component being formed by a body part or by an element fixed to the body. 6. The structural arrangement according to claim 5, wherein the first component is formed by a splashboard arranged in an engine compartment of the motor vehicle and firmly connected to the body. 7. In combination with the structural arrangement of claim 1, a tool for actuating the adjusting device having an external rotary drive which is designed to be complementary to a rotary drive means of the lock nut,having an internal rotary drive which is designed to be complementary to the rotary actuating means of the setting screw,the internal rotary drive and external rotary drive being designed to be rotatable relative to one another, andcoupling means being provided which, in an activated state, couple the internal rotary drive and the external rotary drive to one another in a rotationally fixed manner and, in a deactivated state, permit relative rotations between the internal rotary drive and the external rotary drive. 8. The actuating tool according to claim 7, wherein the internal rotary drive is designed to be axially adjustable relative to the external rotary drive. 9. The actuating tool according to claim 7, wherein a first handle is provided for the rotary actuation of the internal rotary drive. 10. The actuating tool according to claim 9, wherein a second handle is provided for the rotary actuation of the external rotary drive. 11. The actuating tool according to claim 7, wherein first rotary drive means are provided for the rotary actuation of the internal rotary drive by means of a tool. 12. The actuating tool according to claim 11, wherein second rotary drive means are provided for the rotary actuation of the external rotary drive by means of a tool. 13. The structural arrangement of claim 5 wherein a relative position between the windscreen-wiper support unit and the body part or the element fixed to the body of the motor vehicle is adjusted. 14. A device for adjusting a relative position between a first component and a second component, comprising:a support part fastened to the first component, the support part having a holder section and an aperture defined by the holder section;a setting screw having an external thread, wherein the setting screw engages an internal thread of the second component at a first end of the setting screw and wherein the setting screw is disposed through the aperture of the holder section at a second end of the setting screw;a collar fixed on the setting screw between the first and second components;a rotary actuating mechanism disposed on the second end of the setting screw; anda lock nut disposed on the second end of the setting screw on a side of the holder section opposed from the second component;wherein the holder section is disposed between the lock nut and the collar. 15. An adjustment tool, comprising:an external rotary drive;an internal rotary drive, wherein the internal rotary drive is disposed within the external rotary drive and is rotatable within the external rotary drive and axially adjustable within the external rotary drive;a first rotary drive actuator coupled to the internal rotary drive for rotating the internal rotary drive;a second rotary drive actuator disposed on the external rotary drive for rotating the external rotary drive; anda coupler selectively engageable with the external and internal rotary drive, wherein when the coupler engages both the external and internal rotary drives the external and internal rotary drives are rotationally fixed together and when the coupler is disengaged from one of the external and internal rotary drives the external and internal rotary drives rotate independently. 16. The adjustment tool of claim 15 wherein the coupler includes an axially projecting pin and wherein the external rotary drive defines an aperture on an axial end face thereof, the projecting pin disposed within the external rotary drive aperture when the coupler engages both the external and internal rotary drives. 17. The adjustment tool of claim 16 wherein the coupler is disposed on the first rotary drive actuator and is axially moveable on the first rotary drive actuator. 18. An apparatus for adjusting a relative position of a first component and a second component, comprising:an adjustment device including:a support part fastened to the first component, the support part having a holder section and an aperture defined by the holder section;a setting screw having an external thread, wherein the setting screw engages an internal thread of the second component at a first end of the setting screw and wherein the setting screw is disposed through the aperture of the holder section at a second end of the setting screw;a collar fixed on the setting screw between the first and second components;a rotary actuating mechanism disposed on the second end of the setting screw; anda lock nut disposed on the second end of the setting screw on a side of the holder section opposed from the second component;wherein the holder section is disposed between the lock nut and the collar; andan adjustment tool including:an external rotary drive;an internal rotary drive, wherein the internal rotary drive is disposed within the external rotary drive and is rotatable within the external rotary drive and axially adjustable within the external rotary drive;a first rotary drive actuator coupled to the internal rotary drive for rotating the internal rotary drive;a second rotary drive actuator disposed on the external rotary drive for rotating the external rotary drive; anda coupler selectively engageable with the external and internal rotary drives, wherein when the coupler engages both the external and internal rotary drives the external and internal rotary drives are rotationally fixed together and when the coupler is disengaged from one of the external and internal rotary drives the external and internal rotary drives rotate independently;wherein the lock nut is engageable with the external rotary drive and the rotary actuating mechanism is engageable with the internal rotary drive.
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