while the present invention is susceptible of embodiment in various forms , there is shown in the drawings and will hereinafter be described a presently preferred , albeit not limiting , embodiment with the understanding that the present disclosure is to be considered an exemplification of the present invention and is not intended to limit the invention to the specific embodiments illustrated . fig1 - 35 , which are now referenced , illustrate illuminations systems 100 , 200 , 300 and 400 , which are different embodiments of the present invention . a first embodiment 100 , illustrated in fig1 - 6 , is constructed and arranged for securement to eyewear . a second embodiment 200 , illustrated in fig7 - 11 , is constructed and arranged for securement to a hard hat . a third embodiment 300 , illustrated in fig1 and 13 , is constructed and arranged for securement to a hard hat . a fourth embodiment 400 , illustrated in fig7 - 11 , is constructed and arranged for securement to a hard hat . each embodiment includes an illumination system which comprise , a light source , a power source , a power switch , and a multi - axis pivot assembly which permits directional adjustment of the light source . the first embodiment of the present invention , 100 , includes an adaptor clip 102 , an offset arm 104 , a power switch 106 , a power source 108 ( batteries within the light source ), a light source 110 , and a light source holder 112 . the adaptor clip 102 , offset arm 104 and light source holder 112 comprise the multi - axis pivot assembly 114 . as illustrated in fig3 , the first embodiment of the present invention is constructed and arranged to be secured to eyewear 116 , such as eyeglasses , safety glasses , sun glasses , etc . the adaptor clip 102 includes a substantially l - shaped portion 118 . hingedly secured to one end of the l - shaped portion 118 is closure member 120 . a plurality of teeth or ridges 122 are formed on an inner portion of clip 120 . the closure member 120 includes a plurality of grooves 124 located between ridges 126 at one end of the closure member . the opposite end of the closure member includes a tapered end 128 . the tapered end 128 passes over ridges 122 of the clip and engages the grooves 123 between the ridges 122 . this interaction locks the clip in a closed position . a tab or finger support 125 is located at an end of the adaptor clip 102 . this tab 125 provides support for an individual &# 39 ; s thumb or finger to grasp when attaching to or removing the clip from glasses . a temple portion 130 of eyewear 116 is secured in the clip 102 within one of the grooves 124 . the different grooves 124 enable adjustment of the illumination system on eyewear . normally , the clip is secured to the eyewear in one of the grooves 124 and the light assembly is placed on an individual . if adjustment of the offset arm 104 and light source holder 112 do not provide adequate light or light in the proper direction , then the clip is removed from the eyewear and the temple portion of the eyewear is inserted into another groove 123 . the light source 110 preferably comprises a housing 132 , one or more batteries ( not shown ) within the housing , and a light 134 at one end of the light source . the light is preferably an led , but any other light can be employed . the preferable led emits a white light , such as the luxeon ™ series led &# 39 ; s manufactured by lumileds ™. these led &# 39 ; s have a high flux output , 100 , 000 hour lifespan , operate on low dc voltage , are fully dimmable , and operate at cool temperatures , which make them ideal for securement to eyewear . of course , those skilled in the art will understand that various types of high intensity led &# 39 ; s are available in the industry , and that the present invention is not limited to any particular type or configuration of light . the light source preferably also has a lens 136 to focus the light 134 . the power switch 106 in the light source is preferably activated by rotating one end of the light source or bezel . normally , when the one end of the light source is rotated past a certain point , the power from the batteries is connected to the light 134 . the offset arm 104 is pivotally secured to the adaptor clip 102 at bearing 138 . the offset arm can pivot through 360 degrees . the offset arm 104 is also preferably l - shaped . one end of the offset arm includes a bearing 140 . bearing 140 enables the light source holder 112 to be pivotally secured to the offset arm 104 . the light source holder can pivot through 360 degrees . while the offset arm 104 is preferably l - shaped , it is recognized that other shapes are possible . the offset arm could also be a flexible member which is able to be adjusted in three dimensions . a second embodiment of the present invention is illustrated as 200 in fig7 - 11 . this second embodiment includes an adaptor bracket 202 , an offset arm 204 , a power switch 206 , a power source 208 ( batteries within the light source ), a light source 210 , and a light source holder 212 . the adaptor bracket 202 , offset arm 204 and light source holder 212 comprise the multi - axis pivot assembly 214 . the second embodiment of the present invention is constructed and arranged to be secured to a hard hat . the light source 210 preferably comprises a housing 232 , one or more batteries ( not shown ) with in the housing , a light 234 at one end of the light source . the light is preferably a led , but any other light can be employed . the preferable led emits a white light , such as the luxeon ™ series led &# 39 ; s manufactured by lumileds ™. these led &# 39 ; s have a high flux output , 100 , 000 hour lifespan , operate on low dc voltage , are fully dimmable , and operate at cool temperatures , which make them ideal for securement to eyewear . of course , those skilled in the art will understand that various type of high intensity led &# 39 ; s are available in the industry and that the present invention is not limited to any particular type or configuration of light . the light source preferably also has a lens 236 to focus the light 234 . the power switch 206 in the light source is preferably activated by rotating one end of the light source or bezel . normally , when the one end of the light source is rotated past a certain point , the power from the batteries is connected to the light 234 . referring now to a portion of the second embodiment , and in particular to fig1 - 17 where the adaptor bracket 202 for attaching the present device to a hard hat is illustrated . the adaptor bracket 202 is preferably l - shaped , while those skilled in the art recognize that it could be any other shape , including a flexible member . one portion 250 of the adaptor bracket 202 is constructed and arranged to fit into a slot 261 ( fig1 ) of a hard hat . the slot 261 is preferably on either side of a hard hat . the other portion 252 of the adaptor bracket includes at least two bearing members 254 and 256 . the offset arm 204 is pivotally secured to the adaptor bracket 202 at bearing 256 . in this configuration , the light source 210 is positioned above an individual &# 39 ; s eyes and relatively close to their head . this configuration enables the light from the light source to be aligned with an individual &# 39 ; s line of sight . the offset arm can pivot through 360 degrees . the offset arm 204 is also preferably s - shaped . one end of the offset arm includes a bearing 240 . bearing 240 enables the light source holder 212 to be pivotally secured to the offset arm 204 . bearing 240 functions in a manner similar to bearing 105 in fig2 . the light source holder can pivot through 360 degrees . while the offset arm 204 is preferably s - shaped , it is recognized that other shapes are possible . the offset arm could also be a flexible member which is able to be adjusted in three dimensions . an alternative configuration of the second embodiment of the present invention is illustrated as 300 in fig1 and 13 . this alternative configuration includes an adaptor bracket 202 , which is the same bracket as the second embodiment of the invention , an offset arm 304 , a power switch 306 , a power source 308 ( batteries within the light source ), a light source 310 , and a light source holder 312 . the adaptor bracket 202 , the offset arm 304 and the light source holder 312 comprise the multi - axis pivot assembly 314 . the alternative configuration of the second embodiment of the present invention is also constructed and arranged to be secured to a hard hat so that the offset arm extends downward instead of upward with respect to the hard hat . the adaptor bracket 202 , illustrated in fig1 - 17 and 30 - 35 , is preferably l - shaped and those skilled in the art recognize that it could be formed to have an included angle of more or less than 90 degrees . a first leg portion 250 of the adaptor bracket 202 is constructed and arranged to fit into a slot 261 of a hard hat . a catch 293 is provided to engage the hard hat to secure the two pieces together . the catch includes a ramp side 294 and a catch side 295 . the slot 261 is preferably on either side of a hard hat and is generally rectangular in shape including an undercut or aperture for releasable engagement with the catch member . the second leg portion 252 of the adaptor bracket includes at least two bearing members 254 and 256 . the bearing members are positioned on opposite sides of the second leg portion of the adapter bracket 202 to allow the user to insert an offset arm 304 into either side thereof . whereby the offset arm 304 may be positioned to extend upwardly or downwardly with respect to the hard hat . the offset arm 304 is pivotally secured to the adaptor bracket 202 at bearing 252 for 360 degree rotation . in this configuration , the light source 210 is positioned inline with an individual &# 39 ; s eyes and relatively close to the user &# 39 ; s head . this configuration enables the light from the light source to be aligned with an individual &# 39 ; s line of sight . the offset arm 304 is also preferably s - shaped when viewed from the side thereof and l - shaped when viewed from an end . the s - shape allows the user to move the position of the light forward or backward with respect to the mounting point . a first leg of the offset arm includes a bearing 340 . bearing 340 enables the light source holder 312 to be pivotally secured to the offset arm 304 . bearing 240 functions in a manner similar to bearing 105 in fig2 . the first leg of the offset arm includes a length similar to that of the second leg of the adapter bracket to allow the offset arm to pivot through a 360 rotation without interference from the hard hat . the second leg of the offset arm includes sufficient length to allow the light source holder to pivot through 360 degrees of rotation with the light source in place . while the offset arm 304 is preferably s - shaped , it is recognized that other shapes are possible . the offset arm could also be a flexible member which is able to be adjusted in three dimensions . referring to fig3 - 35 , the bearing assembly 26 is provided to connect the offset arm 304 to the adapter bracket 202 and the light mount 18 to the offset arm 202 for rotation about a pivot axes a and b . as shown , the bearing 26 utilizes a post 28 receivable in a socket 29 . the post 28 may be in either of the adapter bracket or the offset arm and the socket 29 in the other . in a preferred embodiment , the post 28 can have a flange 30 receivable in an undercut 31 in the socket 29 to provide for a snap lock assembly . friction between the post 28 and the surface defining the socket 29 can be used to maintain the light mount 18 in a selected pivoted position . the post 28 can be split , having a pair of spaced legs 33 . the bearing assembly provides rotation about pivot axes a and b . the pivot axes a , b have different orientations and preferably are generally orthogonal to one another . the axes a , b may also intersect . in a preferred embodiment , the bearing members and subsequent assembly are constructed of resiliently deformable polymeric material to facilitate their assembly with snap lock assembly techniques . a fourth embodiment of the present invention is illustrated as 400 in fig7 - 11 . in this embodiment an adaptor clip 402 is secured to a front bill of a hard hat . the adaptor clip 402 includes a bearing 404 ( fig7 ). an inner surface of the adapter clip includes teeth ( not shown ) to engage the surface of the hard hat . an entrance ramp 296 is provided to allow the clip to slide easily onto the bill of the hard hat . an offset arm 204 , a power switch , a power source ( batteries within the light source ), a light source , and a light source holder 274 can be secured to the bearing 404 of the adaptor clip 402 in a manner similar to that of the first embodiment of the present invention . the adaptor clip , offset arm , and light source holder comprise the multi - axis pivot assembly . another embodiment of the adaptor bracket is illustrated as 260 in fig1 - 20 . while it is illustrated as preferably l - shaped , those skilled in the art recognize that it could be formed to be more or less than 90 degrees so long as the offset arm can rotate about 360 degrees . a first leg portion 262 of the adaptor bracket 260 is constructed and arranged to fit into a slot 261 of a hard hat . a catch 293 is provided to engage the hard hat to secure the two pieces together . the catch includes a ramp side 294 and a catch side 295 . the slot 261 is preferably on either side of a hard hat and is generally rectangular in shape including an undercut or aperture for releasable engagement with the catch member . the other portion 264 of the adaptor bracket includes a bearing member 266 . an offset arm 268 , similar to arms 204 and 304 , is pivotally secured to the adaptor bracket 260 at bearing 266 . the offset arm is preferably s - shaped . in this configuration , the light source 270 is positioned above an individual &# 39 ; s eyes and relatively close to their head . the offset arm can pivot through 360 degrees . one end of the offset arm includes a bearing 272 . bearing 272 enables the light source holder 274 to be pivotally secured to the offset arm 268 . the light source holder 274 can also pivot through 360 degrees . while the offset arm 268 is preferably s - shaped , it is recognized that other shapes are possible . the offset arm could also be a flexible member which is able to be adjusted in three dimensions . all patents and publications mentioned in this specification are indicative of the levels of those skilled in the art to which the invention pertains . all patents and publications are herein incorporated by reference to the same extent as if each individual publication was specifically and individually indicated to be incorporated by reference . it is to be understood that while a certain form of the invention is illustrated , it is not to be limited to the specific form or arrangement herein described and shown . it will be apparent to those skilled in the art that various changes may be made without departing from the scope of the invention and the invention is not to be considered limited to what is shown and described in the specification and any drawings / figures included herein . one skilled in the art will readily appreciate that the present invention is well adapted to carry out the objectives and obtain the ends and advantages mentioned , as well as those inherent therein . the embodiments , methods , procedures and techniques described herein are presently representative of the preferred embodiments , are intended to be exemplary and are not intended as limitations on the scope . changes therein and other uses will occur to those skilled in the art which are encompassed within the spirit of the invention and are defined by the scope of the appended claims . although the invention has been described in connection with specific preferred embodiments , it should be understood that the invention as claimed should not be unduly limited to such specific embodiments . indeed , various modifications of the described modes for carrying out the invention which are obvious to those skilled in the art are intended to be within the scope of the following claims .
this invention relates generally to an illumination system that is configured for attachment to a hard hat or the temple arm portion of a pair of eyeglasses . the illumination system includes a light source and a multi - axis pivot assembly to permit directional adjustment and focus of a beam of light . an adapter clip is provided to facilitate attachment to the temple arm portion of the eyeglasses . the adapter clip includes a plurality of grooves positioned between two flexible side portions to allow the clip to be slid along the temple arm to a desired position and snapped into a locked position . the illumination system is fully adjustable in terms of light intensity and direction of the light beams .