초록 ▼

A wire shield has a first tubular section for attachment to a fixed component. A second tubular section is integrally joined to the first tubular section along a common longitudinal axis. The second tubular section has an outer diameter with an outer surface. A small key protrudes from the outer sur

A wire shield has a first tubular section for attachment to a fixed component. A second tubular section is integrally joined to the first tubular section along a common longitudinal axis. The second tubular section has an outer diameter with an outer surface. A small key protrudes from the outer surface. A third tubular section has an inner diameter slightly larger than the outer diameter of the second tubular section. An opening having spaced borders extends through the third tubular section. The third tubular section is fit around, and is able to slide upon, the second tubular section with the key positioned in the opening. A mounting device and a support for an electrical connector extending from the third tubular section are adjustable in longitudinal and angular position relative to the first and second tubular sections within limits defined by contact of the key with the borders of the opening.

대표청구항 ▼

What is claimed is: 1. A wire shield for routing a wire to a component, the wire shield comprising: a main part having a first tubular section for receiving the wire, the first tubular section having a first end and a second end, the first tubular section being joined at the second end to a second

What is claimed is: 1. A wire shield for routing a wire to a component, the wire shield comprising: a main part having a first tubular section for receiving the wire, the first tubular section having a first end and a second end, the first tubular section being joined at the second end to a second tubular section for receiving the wire, the second tubular section having an outer surface and a smaller outside diameter than the first tubular section, the first and second tubular sections having a common longitudinal axis; means joined to the first end of the first tubular section for securing the main part to the component such that the main part is prevented from moving linearly along and rotationally about the longitudinal axis; a protuberance extending outward from the outer surface of the second tubular section; a sliding part having a third tubular section for receiving the wire, the third tubular section being sized to fit around the outside diameter of the second tubular section, the third tubular section having an opening for receiving the protuberance when the third tubular section is fit around the second tubular section, the opening being larger than the protuberance such that the sliding part is arranged to move along the longitudinal axis of the main part and rotate relative to the longitudinal axis of the main part within parameters defined by borders of the opening; and means attached to the sliding part for mounting the sliding part in a generally fixed position relative to the main part, wherein the opening and protuberance accommodate a required spatial location for the mounting means. 2. The wire shield of claim 1 wherein the securing means is a snap framework. 3. The wire shield of claim 1 wherein the mounting means is a flange with a through-hole. 4. The wire shield of claim 1 wherein each tubular section has a base portion and a lid portion, the lid portions of the first and third tubular sections being attached by resilient hinges to the base portions of the first and third tubular sections, respectively. 5. The wire shield of claim 4 wherein the base and lid portions of the first and second tubular sections are integrally joined. 6. The wire shield of claim 5 wherein the wire shield is formed as one piece with the base and lid portions of the third tubular section integrally joined to the base and lid portions of the second tubular section, respectively, the base and lid portions of the third tubular section being separable from the base and lid portions of the second tubular section prior to fitting the third tubular section around the outside diameter of the second tubular section. 7. A wire protector comprising: a first conduit for receiving the wire; a second conduit for receiving the wire; and means for positioning the second conduit on the first conduit such that the second conduit is extendable and rotatable relative to the first conduit within predetermined parameters, the positioning means comprising a key on the first conduit and a window on the second conduit, the window being sized to enable the second conduit to move in four main directions. 8. The wire protector of claim 7 wherein the window is in a section of the second conduit that fits around a section of the first conduit, the key being located on an outer surface of the section of the first conduit. 9. A wire shield comprising: a first tubular section having a first end and a second end; a second tubular section having a first end integrally joined to the second end of the first tubular section, the second tubular section having an outer diameter and an outer surface, the second tubular section further including a protuberance extending from the outer surface; and a third tubular section having a first end and a second end, the first end of the third tubular section being integrally joined to the second end of the second tubular section, the third tubular section having an inner diameter slightly larger than the outer diameter of the second tubular section, the third tubular section further having an opening larger in size than the protuberance on the outer surface of the second tubular section, each tubular section having a lid portion and a base portion, the lid and base portions of the first and third tubular sections being attached together by resilient hinges. 10. The wire shield of claim 9 further comprising a securing device on the first end of the first tubular section for fixing the first and second tubular sections to a component. 11. The wire shield of claim 9 further comprising a mounting device on the second end of the third tubular section for attaching the third tubular section to a fixed location. 12. The wire shield of claim 9 further comprising a support extending at an angle from the third tubular section. 13. The wire shield of claim 12 further comprising a bracket on the support for attaching an electrical connector to the third tubular section. 14. The wire shield of claim 13 wherein the support includes an extension for receiving a wire harness clip, whereby both the electrical connector and a wire harness terminated in the electrical connector would be held by the support. 15. The wire shield of claim 9 wherein a thickness of the shield at a location where the first end of the third tubular section is integrally joined to the second end of the second tubular section is sized such that the third tubular section can be cleanly separated from the second tubular section at the location. 16. The wire shield of claim 9 further comprising cooperating latch means on the lid and base portions of the first and third tubular sections such that the lid portions and base portions close and latch around a wire. 17. The wire shield of claim 9 wherein the opening has two spaced side borders, and a top border spaced from a bottom border. 18. The wire shield of claim 17 wherein the protuberance is a small rectangular-shaped pin.