IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0934880
(2001-08-22)
|
발명자
/ 주소 |
- Magyar, Robert P.
- Marhefka, Matt
|
대리인 / 주소 |
Akin Gump Strauss Hauer & Feld, L.L.P.
|
인용정보 |
피인용 횟수 :
20 인용 특허 :
35 |
초록
▼
The present invention is directed to a receptacle system including a block and a receptacle assembly. The receptacle assembly forms within the block a passageway that is impermeable to fluid and that extends from a first exterior surface of the block to a second exterior surface of the block. The re
The present invention is directed to a receptacle system including a block and a receptacle assembly. The receptacle assembly forms within the block a passageway that is impermeable to fluid and that extends from a first exterior surface of the block to a second exterior surface of the block. The receptacle assembly includes an enclosure having a unitary wall that forms a chamber for containing an electrical device. The unitary wall has a first chamber opening in the first exterior surface of the block for providing access to the electrical device. A tubular member extends from a hub integral with the unitary wall to the second exterior surface of the block. The tubular member has a conduit coupling for joining with a conduit having a portion of the length of the electrical conductor extending therefrom and through the passageway for connection to the electrical device.
대표청구항
▼
The present invention is directed to a receptacle system including a block and a receptacle assembly. The receptacle assembly forms within the block a passageway that is impermeable to fluid and that extends from a first exterior surface of the block to a second exterior surface of the block. The re
The present invention is directed to a receptacle system including a block and a receptacle assembly. The receptacle assembly forms within the block a passageway that is impermeable to fluid and that extends from a first exterior surface of the block to a second exterior surface of the block. The receptacle assembly includes an enclosure having a unitary wall that forms a chamber for containing an electrical device. The unitary wall has a first chamber opening in the first exterior surface of the block for providing access to the electrical device. A tubular member extends from a hub integral with the unitary wall to the second exterior surface of the block. The tubular member has a conduit coupling for joining with a conduit having a portion of the length of the electrical conductor extending therefrom and through the passageway for connection to the electrical device. 4080027, 19780300, Benasutti, 439/260; US-4085990, 19780400, Jayne, 439/267; US-4196955, 19800400, Anhalt, 439/267; US-4540228, 19850900, Steele, 439/260; US-4548452, 19851000, Gillett, 439/260; US-4556268, 19851200, Noschese, 439/267; US-4574332, 19860300, Calabro, 361/413; US-4606594, 19860800, Grabbe et al., 439/260; US-4648668, 19870300, Sinisi, 439/260; US-4685032, 19870800, Blomstedt et al., 361/412; US-4705338, 19871100, Sitzler, 439/260; US-4804334, 19890200, Alexeenko et al., 439/260; US-4845589, 19890700, Weidler et al., 361/342; US-4846713, 19890700, Matsuoka, 439/260; US-4861274, 19890800, Brune et al., 439/189; US-5388995, 19950200, Rudy, Jr. et al., 439/061; US-5402320, 19950300, Kielstra et al., 361/796; US-5564930, 19961000, Yu, 439/061; US-5708563, 19980100, Cranston, III et al., 361/683; US-5788509, 19980800, Byers et al., 439/061 predetermined spacing distance. 39. The implant according to claim 27, wherein the implant is sized and configured to be implanted in a maxilla or a mandible of an edentulous patient for supporting a superstructure which presents one or more artificial teeth. 40. An implant comprising a shaft, wherein the shaft is sized and configured to be embedded in bone tissue and comprises a coronal end having a coronal end portion with a maximum lateral dimension not exceeding the maximum lateral dimension of the shaft an apical end, and an outer surface provided with a circumferentially-oriented roughness consisting of a first axial section and a second axial section, each of the sections comprising a series of circumferentially-oriented peaks, each peak having a crest and being axially spaced apart from adjacent peaks by troughs, wherein the axial spacing between the crests of adjacent
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