초록 ▼

A clip assembly configured for attachment to an axially elongated tubular member in a manner limiting movements of said clip assembly relative to the elongated member is disclosed. The clip assembly includes a hollow sleeve configured to fit about and grippingly engage an outer lengthwise portion of

A clip assembly configured for attachment to an axially elongated tubular member in a manner limiting movements of said clip assembly relative to the elongated member is disclosed. The clip assembly includes a hollow sleeve configured to fit about and grippingly engage an outer lengthwise portion of the elongated tubular member and a clip having a fastening portion and an attachment portion. The fastening portion of the clip is configured to attach the clip to a support. The attachment portion of the clip includes first and second sections which combine with each other to define an opening for accommodating and compressing the hollow sleeve therebetween. The sleeve and attachment portion of the clip are provided with cooperating instrumentalities which relate to each other after said sleeve is inserted and compressed between the first and second sections of the attachment portion of the clip to limit movement between the sleeve and clip thereby providing a positive locating feature between the sleeve, the clip, and the elongated member.

대표청구항 ▼

A clip assembly configured for attachment to an axially elongated tubular member in a manner limiting movements of said clip assembly relative to the elongated member is disclosed. The clip assembly includes a hollow sleeve configured to fit about and grippingly engage an outer lengthwise portion of

A clip assembly configured for attachment to an axially elongated tubular member in a manner limiting movements of said clip assembly relative to the elongated member is disclosed. The clip assembly includes a hollow sleeve configured to fit about and grippingly engage an outer lengthwise portion of the elongated tubular member and a clip having a fastening portion and an attachment portion. The fastening portion of the clip is configured to attach the clip to a support. The attachment portion of the clip includes first and second sections which combine with each other to define an opening for accommodating and compressing the hollow sleeve therebetween. The sleeve and attachment portion of the clip are provided with cooperating instrumentalities which relate to each other after said sleeve is inserted and compressed between the first and second sections of the attachment portion of the clip to limit movement between the sleeve and clip thereby providing a positive locating feature between the sleeve, the clip, and the elongated member. odule". 5. A deployable radiator according to claim 2, wherein said radiator, in the established deployed position, possesses at least one degree of freedom about at least one axis. 6. A deployable radiator according to claim 5, wherein said radiator, in the established deployed position, possesses at least two degrees of freedom about at least two axes. 7. A deployable radiator according to claim 1, wherein the main axis of said radiator in the deployed position is not parallel to a main axis of said vehicle. 8. A deployable radiator according to claim 1, wherein the main plane of said radiator in the deployed position is not parallel to a main plane of said vehicle. 9. The deployable radiator according to claim 1, wherein the space vehicle is a geostationary space vehicle. 10. The deployable radiator according to claim 1, wherein the deployable radiator is a thin panel with the first face on one side of the panel and the second face on an opposite side of the panel. 11. The deployable radiator according to claim 1, further comprising a heat pipe thermally coupling the deployable radiator to heat generating equipment within the space vehicle. 12. A deployable space vehicle radiator, comprising: a thin panel having a first face on one side of the panel and a second face on an opposite side o the panel; and a hinge coupled to one end of the panel, the hinge configured to extend the radiator between a first position and a second position displaced from the first position; and wherein the first face has a radiating coating over at least the major portion of its area; wherein at least a portion of the second face has a thermally insulating coating; and wherein a large portion of the second face has a radiating coating. t connected drivably to said crankshaft; a cam case; said camshaft being rotatably mounted in said cam case; a first oil mist flow passage in said camshaft, a radial port in said camshaft connecting said first oil mist flow passage to said cam case; a valve chamber housing secured to said cylinder housing portion; and a second oil mist flow passage fluidly communicating first oil mist flow passage and said valve chamber. 4. The engine set forth in claim 3, wherein said first oil mist flow passage comprises a central opening extending axially through said camshaft, one end of said central opening communicating with the crankcase housing portion and an opposite end thereof communicating with said second oil mist flow passage.