IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0316435
(2002-12-11)
|
발명자
/ 주소 |
- Glick, Michael
- Lyons, William R.
|
출원인 / 주소 |
- FCI Americas Technology, Inc.
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
3 인용 특허 :
6 |
초록
▼
An igniter shorting contact for an igniter connector including a base, at least one deflectable contact arm, and a contact leg. The base is adapted to be mounted to an insulating housing member of a housing of the igniter connector. The deflectable contact arm(s) extend from the base and are adapted
An igniter shorting contact for an igniter connector including a base, at least one deflectable contact arm, and a contact leg. The base is adapted to be mounted to an insulating housing member of a housing of the igniter connector. The deflectable contact arm(s) extend from the base and are adapted to contact electrical terminals of the igniter connector. The contact leg extends from the base. The contact leg is adapted to extend radially outward relative to the insulating housing and contact an outer electrically conductive housing member of the igniter connector.
대표청구항
▼
An igniter shorting contact for an igniter connector including a base, at least one deflectable contact arm, and a contact leg. The base is adapted to be mounted to an insulating housing member of a housing of the igniter connector. The deflectable contact arm(s) extend from the base and are adapted
An igniter shorting contact for an igniter connector including a base, at least one deflectable contact arm, and a contact leg. The base is adapted to be mounted to an insulating housing member of a housing of the igniter connector. The deflectable contact arm(s) extend from the base and are adapted to contact electrical terminals of the igniter connector. The contact leg extends from the base. The contact leg is adapted to extend radially outward relative to the insulating housing and contact an outer electrically conductive housing member of the igniter connector. the abutment (2) to the implant (1) is provided, having a screw head (30), and a threaded shank (32); the abutment (2) has an inlet (24), which begins at a lower edge (272) and a support ring (4) is positioned therein, the base screw (3) protruding through the inlet (24); wherein the abutment (2) has in the inlet (24) a widened portion (243), starting at the lower edge (272) and extending internally into the abutment (2) upwardly to a shoulder surface (242), wherein the support ring (4) is firmly inserted in the inlet (24); and the base screw (3), held in the inlet (24) of the abutment (2), rests on the support ring (4). 2. The connection arrangement as claimed in claim 1, wherein the support ring (4) has an upper edge (40) and a lower edge (41); and the lower edge (41) of the support ring (4) is welded to the lower edge (272) of the abutment (2). 3. The connection arrangement as claimed in claim 2, wherein the support ring (4) has at the upper edge (40) a radially encircling beveled surface (400), which widens conically toward the upper edge (40); the base screw (3) has a downwardly tapering sloping surface (310) above the threaded shank (32); the sloping surface (310) of the base screw (3) rests on the beveled surface (400) of the support ring (4); and the screw head (30) has an engagement contour (300) for the placing of a screwing implement. 4. The connection arrangement as claimed in claim 3, wherein the support ring (4) includes at the lower edge (41), a radially encircling beveled surface (400), which widens conically toward the lower edge (41), whereby the support ring (4) is of the same design at the upper and lower edges (40,41). 5. The connection arrangement as claimed in claim 3 or 4, wherein the support ring (4) has an internal thread (44), which complements the threaded shank (32) of the base screw (3) whereby the support ring (4) is screwed onto the base screw (3) via the threaded shank (32). 6. The connection arrangement as claimed in claim 3, wherein the base screw (3) has a screw neck (31) between its screw head (30) and threaded shank (32); the sloping surface (310) on the screw neck (31) is located near the screw head (30); the screw neck (31) is conically constricted, the screw neck (31) widening conically toward the screw head (30); and the sloping surface (310) having greater roughness than the threaded shank (32), thereby achieving a substantial loosening moment within the connection arrangement for the base screw (3). 7. The connection arrangement as claimed in claim 3, wherein the support ring (4) includes at the lower edge (41), a radially encircling beveled surface (400), which widens conically toward the lower edge (41), whereby the support ring (4) is of the same design at the upper and lower edges (40,41), and a penetrating vertical slit (42). 8. The connection arrangement as claimed in claim 3, wherein the support ring (4) includes at the lower edge (41), a radially encircling beveled surface (400), which widens conically toward the lower edge (41), whereby the support ring (4) is of the same design at the upper and lower edges (40,41), and partially cut-in expansion slits (43). 9. The connection arrangement as claimed in claim 3, wherein the base screw (3) has a screw neck (31) between its screw head (30) and threaded shank (32); the sloping surface (310) on the screw neck (31) is located near the screw head (30); the screw neck (31) is conically cylindrical, the screw neck (31) widening conically toward the screw head (30); and the sloping surface (310) having greater roughness than the threaded shank (32), thereby achieving a substantial loosening moment within the connection arrangement for the base screw (3). 10. The connection arrangement as claimed in claim 1, wherein the support ring (4) has an upper edge (40) and a lower edge (41); the abutment (2) has an apically extending bending zone (273') which extends axially beneath the lower edge (41) of the inserted support ring (4) and termin
※ AI-Helper는 부적절한 답변을 할 수 있습니다.