the present invention in its broadest application , therefore , comprises frame means or a housing in the form or shape of goggles having lead - glass lenses or a single large lens and wherein the frame means or housing forming the overall goggles comprises a high density material for shielding the eyes from radiation , whether scattered or from a direct beam . thus , the basic invention may simply comprise a frame means or , preferably , housing in the form and shape of a conventional pair of goggles wherein the material forming same is simply lead , and wherein the lenses are made of a clear or transparent lead - glass material . other suitable high density materials may be used in lieu of lead , such as tantalum , tungsten , or the like . as will be explained hereinafter in greater detail , the preferred embodiment of the invention incorporates suitable frame means or a housing supporting the lead - glass lenses or lens , wherein the frame means or housing is preferably made from a lead - vinyl material . such material may comprise a vinyl impregnated with lead or a foam - like vinyl material containing lead , or even a laminate of lead and vinyl or other suitable material possessing effective shielding qualities , as is conventionally well known in the art . in the drawing , and referring more particularly to fig1 - 4 , a radiation eye shield is generally designated by the reference character 10 , and comprises a suitable frame means or housing 12 having an adjustable , preferably elastic headband 14 attached to the side portions or panels 16 . the headband 14 being elastic or otherwise suitably adjustable is used to accommodate the fit of the eye shield or goggles 10 on one &# 39 ; s head . the ends of the headband 14 may be fixedly secured to the goggles 10 or may pass through a pair of suitable elongated apertures 15 ( only one shown ) on each side of the goggles 10 to provide even greater adjustment to the length of the headband 14 . the interior edge or front portion 18 of the goggles 10 is contoured and made to fit comfortably against one &# 39 ; s face . the top portion 20 of the goggles 10 should preferably have suitable ventilating means , such as the ventilation holes 22 to prevent fogging of the lenses 24 and to permit circulation of the ambient air . in the particular embodiment of fig1 - 4 , the eye shield or goggles 10 are equipped with a radiation protective shield 26 of one or more pieces secured in any suitable manner to the goggles 10 , such as by means of adhesives , fasteners and the like , to the inner front , side , bottom and even top surfaces of the goggles 10 . the front portion 28 of the shield 26 is , of course , provided with suitable cutouts for the eye lenses 24 and for permitting the nose to protrude from the goggles 10 . a top portion of the shield 26 , although not shown for purposes of convenience , may extend entirely across the roof of the shield 26 , as best shown in fig4 and same would also be provided with ventilation holes coincident with those in the top portion of the goggles 10 . this top portion is useful for protecting the user from scattered radiation from the patient and table , particularly from scattered radiation reflected from the ceiling and x - ray machine fixtures disposed above and about the user . as noted hereinbefore , the shield 26 may comprise the actual goggles 10 or it can be made of any suitable high density radiation protective material . the shield 26 may thus be of lead or any other radiation protective metal . the shield 26 should preferably be made of a soft flexible material , and suitably impregnated with a high density material . such a soft flexible material is &# 34 ; warm to the touch &# 34 ; and is more comfortable to one &# 39 ; s face , in comparison to a metal sheet material which is cold to the touch . the preferred material for the goggles 10 itself or for the shield 26 when the goggles 10 are made of another material , such as plastic , is a lead - vinyl composite with the previously mentioned qualities . although lead rubber may also be used in lieu thereof , this lead impregnated vinyl material is preferred inasmuch as it is 10 % lighter in weight than lead rubber . lead - impregnated vinyl has a sanitary , non - absorbing , smooth surface on both sides and it also has an indefinite shelf life , as the material does not age . further qualities and properties are its uniform density , flexibility and pliability . it is also acid and alkali resistant , odorless , and exhibits considerable abrasion resistance . the preferred thickness of shielding may vary over a wide range dependent upon the degree of shielding required . an example of a desired material is lead x ( manufactured by the bar ray company of brooklyn , n . y ., and lead x is its trademark ). the goggles 10 have two apertures 27 in the front 28 thereof and extending outwardly therefrom are suitable lens housings 30 , for removably replacing the lenses 24 , as may be necessary if they break or otherwise are damaged during use , for instance if the goggles 10 are dropped . the housings 30 are suitably provided with external threads , and cover means 32 having compatible internal threads together hold the removable lenses 24 in place . of course , the lenses 24 may be permanently affixed to the goggles 10 , if desired . for example , if desired they may be secured directly to the shield 26 itself or to the front portion 28 . although the lens 24 may be made from any transparent radiation protective material , it is preferred to employ a transparent lead - glass material for the lens . if desired , the two lenses 24 may be replaced by a single elongated or wide lens ( not shown ) forming a large window - like structure with which to look and observe through . such a structure would provide greater peripheral vision than that of a pair of lenses . also , these lenses may be angulated and joined at the center by a flexible bond such that they bridge the nose . the lens structure may also be comprised of a composite of lenses completely abridging the eyes and temples to provide further peripheral vision . such a structure is shown in fig5 where the shield itself is the housing or goggle means , and the front panel is a single large lens , and the radiation eye shield or actual goggles 40 themselves form the extra radiation shielding in these alternate constructions where the material forming the goggles is of high density . for example , the goggles 40 of fig5 may comprise elements of lead - glass fixedly held together by conventional adhering means or other securing means , or the goggles could be made in one piece , although it would be expensive to do so . fig6 and 7 illustrate a fluoroscopist 42 conducting fluoroscopic procedures on a patient 44 . the x - ray tube or device emitting x - rays 46 is below the patient and an image amplifier 48 is disposed above the patient . a tv monitor 50 may be mounted on a wall or on a cart and the arrows are representative of the ionized rays scattered about the patient and fluoroscopist during such procedures . note that both direct and scattered rays can penetrate one &# 39 ; s eyes , and the goggles or eye shield 10 of the present invention , as shown in fig6 clearly protects the eyes from every angle , not just from rays directly impinging eyes shielded by simple lead - glass lenses alone . while the invention has been described , disclosed , illustrated and shown in terms of an embodiment or modification which it has assumed in practice , the scope of the invention should not be deemed to be limited by the precise embodiment or modification herein described , disclosed , illustrated or shown , such other embodiments or modifications as may be suggested to those having the benefit of the teachings herein being intended to be reserved especially as they fall within the scope and breadth of the claims here appended .
a radiation eye shield adapted to protect the wearer from the hazards of direct beam and scattered radiation . in one embodiment , the entire eye shield is of a high density material and in another example of the invention , the shield comprises goggles having a pair of lead - glass lenses and lead impregnated vinyl shielding applied to the front and side surfaces of the goggles surrounding the lenses .