Led indicating light assembly for a computer housing

Claim 2

An LED indicating light lens comprising: an elongated body having an inlet end face for receiving light from an LED device positioned adjacent thereto, an outlet end face spaced apart from said inlet end face, an outer peripheral side surface extending between said inlet and outlet end faces, said elongated body being adapted to transmit received LED device light from said inlet end face to said outlet end face through an internal light transmission path externally bounded by said outer peripheral side surface, said elongated body having, along its length, a generally doglegged configuration defined by a front end portion centered about a first axis passing through said outlet end face, a rear end portion laterally offset from and generally parallel to said front end portion and centered about a second axis extending through said inlet end face and laterally offset from and generally parallel to said first axis, and a bent longitudinally intermediate portion joining said front and rear end portions and being centered about a third axis that is angled relative to said first and second axes; and a mounting pin portion positioned on said front end portion of said elongated body and projecting transversely outwardly from said peripheral side surface.

Claim 3

The LED indicating light lens of claim 1 wherein: said elongated body and said mounting pin portion are integrally molded from a plastic material.

Claim 4

The LED indicating light lens of claim 1 wherein: said elongated body has a front end portion having a generally oval cross-section, with the balance of said elongated body having a generally rectangular cross-section along its length.

Claim 5

The LED indicating light lens of claim 1 wherein: said elongated body has a rear end portion tapering rearwardly and laterally inwardly to said inlet end face of said elongated body.

Claim 6

The LED indicating light lens of claim 4 wherein: said inlet end face is essentially planar and has a generally square configuration.

Claim 7

Indicating light apparatus mountable on a housing wall structure having a closely grouped plurality of lens receiving openings extending outwardly therethrough, said indicating light apparatus comprising: a plurality of lens members each having an elongated body that has, along its length, a generally doglegged configuration defined by a front end portion having a front end surface and being centered about a first axis passing through said front end surface, a rear end portion laterally offset from and generally parallel to said front end portion, said rear end portion having a rear end surface and being centered about a second axis extending through said rear end surface and laterally offset from and generally parallel to said first axis, a bent longitudinally intermediate portion joining said front and rear end portions and being centered about a third axis that is angled relative to said first and second axes, said front end portion outwardly insertable into one of said lens openings, said rear end portion positionable in a facing relationship with an LED device to receive light therefrom, an outer peripheral side surface extending between said front and rear end portions, an internal light transmission path extending between said front and rear end portions and being laterally bounded by said outer peripheral side surface, and a mounting projection positioned intermediate said front and rear end portions and extending outwardly from said outer peripheral side surface: mounting socket means for supporting said lens members in operating positions in which said front end portions thereof are disposed within said lens receiving openings of said housing wall structure, said mounting socket means having an open front end securable to the interior side of said housing wall structure over said lens receiving openings, an open rear end, interior wall means for dividing the interior of said mounting socket means into a plurality of generally parallel cavities, opening outwardly through said front and rear ends of said mounting socket means and having outer side wall portions, through which said lens members may be forwardly inserted and moved through said cavities to said operating positions, and resilient latch means formed by said outer side wall portions, said resilient latch means being operative to be deflected by and then lockingly engage said mounting projections in response to forward movement of said lens members through said cavities to said operating positions; and means for securing said open front end portion of said mounting socket means on the interior side of said housing wall structure over said lens receiving openings; each of said mounting projections having a generally pin-like configuration, longitudinally projecting outwardly from the peripheral side surface of its associated lens member intermediate the front and rear end portions therefor, and having an outer end portion, each of said outer side wall portions of said mounting socket means having a first side wall section extending rearwardly from adjacent said open front end of said mounting socket means and having a rear end with a depression therein configured to receive a first portion of the outer end portion of one of said mounting projections, and a resiliently deflectable second side wall section extending forwardly from adjacent said open reef end of said mounting socket means and having a front end with a depression therein configured to receive a second portion of the outer end portion of said one of said mounting projections, said mounting socket means being configured in a manner such that each of said cavities has a rear end portion laterally enlarged relative to a front end portion thereof and bounded on one side by one of said outer side wall portions, and each of said outer side wall portions, each of said resiliently deflectable second side wall sections being sloped forwardly and inwardly, each of said second side wall sections being positioned opposite another of said second side wall sections with a pair of said rear cavity end portions being disposed therebetween, and each lens member rear end portion and its associated front end portion being positioned to be received within the enlarged rear end portion of its associated cavity, adjacent the second side wall section partially bounding the cavity, when said mounting projections are lockingly engaged by said resilient latch means.

Claim 8

Indicating light apparatus mountable on a housing wall structure having a closely grouped plurality of lens receiving openings extending outwardly therethrough, said indicating light apparatus comprising: a plurality of lens members each having an elongated body that has, along its length, a generally doglegged configuration defined by a front end portion having a front end surface and being centered about a first axis passing through said front end surface, a rear end portion laterally offset from and generally parallel to said front end portion, said rear end portion having a rear end surface and being centered about a second axis extending through said rear end surface and laterally offset from and generally parallel to said first axis, a bent longitudinally intermediate portion joining said front and rear end portions and being centered about a third axis that is angled relative to said first and second axes, said front end portion outwardly insertable into one of said lens openings, said rear end portion positionable in a facing relationship with an LED device to receive light therefrom, an outer peripheral side surface extending between said front and rear end portions, an internal light transmission path extending between said front and rear end portions and being laterally bounded by said outer peripheral side surface, and a mounting projection positioned intermediate said front and rear end portions and extending outwardly from said outer peripheral side surface: mounting socket means for supporting said lens members in operating positions in which said front end portions thereof are disposed within said lens receiving openings of said housing wall structure, said mounting socket means having an open front end securable to the interior side of said housing wall structure over said lens receiving openings, an open rear end, interior wall means for dividing the interior of said mounting socket means into a plurality of generally parallel cavities, opening outwardly through said front and rear ends of said mounting socket means and having outer side wall portions, through which said lens members may be forwardly inserted and moved through said cavities to said operating positions, and resilient latch means formed by said outer side wall portions, said resilient latch means being operative to be deflected by and then lockingly engage said mounting projections in response to forward movement of said lens members through said cavities to said operating positions; and means for securing said open front end portion of said mounting socket means on the interior side of said housing wall structure over said lens receiving openings; each of said mounting projections having a generally pin-like configuration, longitudinally projecting outwardly from the peripheral side surface of its associated lens member intermediate the front and rear end portions therefor, and having an outer end portion, each of said outer side wall portions of said mounting socket means having a first side wall section extending rearwardly from adjacent said open front end of said mounting socket means and having a rear end with a depression therein configured to receive a first portion of the outer end portion of one of said mounting projections, and a resiliently deflectable second side wall section extending forwardly from adjacent said open reef end of said mounting socket means and having a front end with a depression therein configured to receive a second portion of the outer end portion of said one of said mounting projections, said mounting socket means being configured in a manner such that each of said cavities has a rear end portion laterally enlarged relative to a front end portion thereof and bounded on one side by one of said outer side wall portions, and each of said outer side wall portions, each of said resiliently deflectable second side wall sections being sloped forwardly and inwardly, each of said second side wall sections being positioned opposite another of said second side wall sections with a pair of said rear cavity end portions being disposed therebetween, and each lens member rear end portion and its associated front end portion being positioned to be received within the enlarged rear end portion of its associated cavity, adjacent the second side wall section partially bounding the cavity, when said mounting projections are lockingly engaged by said resilient latch means.

Claim 9

The indicating light apparatus of claim 6 wherein: each of said lens members is molded from a plastic material.

Claim 10

The indicating light apparatus of claim 7 wherein: each of said mounting projections has a pin-like configuration and longitudinally projects outwardly from the outer peripheral side surface of its associated lens member at a position thereon intermediate the front and rear end portions of the lens member.

Claim 11

The indicating light apparatus of claim 6 wherein: said mounting socket means have a rear end surface, and said rear end portions of said lens members are disposed forwardly of said rear end surface when said lens member mounting projections are lockingly engaged by said resilient latch means.

Claim 12

The indicating light apparatus of claim 6 wherein said means for securing include: a pair of mounting tabs projecting outwardly from opposite sides of said front end of said mounting socket means and having apertures extending therethrough, and a pair of mounting pin members projecting inwardly from said housing wall structure, said mounting pin members being receivable and securable within said mounting tab apertures to operatively hold said mounting socket means in place on said housing wall structure.