the following description provides detail of various embodiments of the invention , one or more examples of which are set forth below . each of these embodiments are provided by way of explanation of the invention , and not intended to be a limitation of the invention . further , those skilled in the art will appreciate that various modifications and variations may be made in the present invention without departing from the scope or spirit of the invention . by way of example , those skilled in the art will recognize that features illustrated or described as part of one embodiment , may be used in another embodiment to yield a still further embodiment . thus , it is intended that the present invention also cover such modifications and variations that come within the scope of the appended claims and their equivalents . the apparatus of the present invention is particularly well suited for providing eye protection or fashionable eyewear for animals such as equestrian or canine eyewear . the animal goggles 10 generally includes a frame 14 , unified lens 16 and strap assembly 18 . the strap assembly 18 has a four point attachment to the frame 14 which thereby applies a holding force of the goggles against both the snout of the animal and the forehead of the animal . the goggle frame 14 further has a stylish or fashionable appearance best seen in fig1 - 18 . with reference to fig1 and 2 the animal goggles 10 are shown assembled . the goggles 10 includes frame 14 , lens 16 and strap assembly 18 . a lower portion 30 of the frame 14 is shaped to receive a maxilla or snout of the animal . an inner frame portion 32 and outer frame portion 34 extend upward from the lower frame portion 30 . a profile curve 58 of a rim portion 66 of the frame extends about an inside perimeter of the frame . the lower portion of the frame 30 includes profile curves 60 and 62 profiled to fit the facial profile of the animal in a way that the lower portion of the frame 30 fits snuggly on the animal &# 39 ; s snout and the remaining portion of the frame fits snug against the sides and forehead of the animal . padding 46 attached to the inner rim or flange further promotes a snug fit of the goggles 10 on the animal . a filter media , foam , or fabric covers cross - pieces 36 that separate the inner frame 32 and outer frame 34 . ventilation holes 50 are formed between cross - pieces 36 allowing facial heat to escape through the vent holes rather than being trapped between the animal &# 39 ; s face and the interior of the goggles . lens receiving slots 52 , 54 , and 56 extend about the lower portion and outer portion of the frame . the slots are adapted to receive and retain the unified lens 16 against the frame 14 . the lens 16 may be interchangeable and provided with various tints or magnification depending upon the particular intended use of the goggles . fig3 - 7 illustrates the matching profile curve 70 of the lens 16 that snaps into the perimeter slot of the frame 14 . the lens includes a first profile angle 72 that is angled from a vertical axis angling from the snout towards the forehead of the animal . second profile angle 74 angles down and outward from a horizontal axis to wrap about the snout of the animal . stated otherwise , the lens includes a curved profile both from side to side and from top to bottom . without limitation intended , the lens 16 may be stamped , die cut , or otherwise formed from a uv tinted polycarbonate sheet material 76 , for example , that is both curved radially 78 and curved vertically 80 from top to bottom . curved indents or slots 82 engage tabs extending from within the slot portion 54 of slot 52 to secure a lower portion of the lens to the frame 14 . similarly , curved indents or slots 84 are formed in an upper portion of the lens and engage tabs extending from within upper slot portion 56 of slot 52 . those skilled in the art will appreciate that the slots 84 may be formed larger than the corresponding tabs to reduce effects of convection on the lens . with reference to fig1 , and 8 the strap assembly 18 includes first strap segment 100 , second strap segment 120 , third strap segment 140 , and fourth strap segment 160 . the straps may be constructed of a webbing , leather strapping or other suitable known material . first strap segment 100 includes first strap end 102 and opposing second end 104 . the first strap end includes a stretchable portion 106 coupled to a static portion 108 of the strap 100 . stretchable portion 106 and static portion 108 may be coupled together with stitching 110 . when the goggles are fitted on the animal a slight stretch to the stretchable portion 106 pulls the goggles towards the animals face . a first fastener half 182 of fastener 180 is attached to the second end 104 of the strap 100 . the first end 102 of the strap is coupled about a first strap connector 38 extending from the frame 14 . the strap may be coupled about the connector 38 by overlapping the strap about the connector and sewing the end to the strap with stitching 112 . similarly , the second end 104 of the strap segment 100 may be coupled to fastener half 182 by overlapping and sewing the end of the strap to itself with stitching 114 . of course other suitable couplings may be used to affix the ends of the strap to corresponding fastener 182 and connector 38 . second strap segment 120 includes a first strap end 122 and opposing second end 124 . the first strap end includes a stretchable portion 126 coupled to a static portion 128 of the strap 120 . stretchable portion 126 and static portion 128 may be coupled together with stitching 130 . when the goggles are fitted on the animal a slight stretch to the stretchable portion 126 pulls the goggles towards the animals face . a second fastener half 184 of fastener 180 is attached to the second end 124 of the strap 120 . the first end 122 of the strap is coupled about a third strap connector 42 extending from the frame 14 . the strap may be coupled about the connector 42 by overlapping the strap about the connector and sewing the end to the strap with stitching 132 . the second end 124 may slip through the fastener and the length may be adjustable with the use of a weblock coupled to or integrated with the fastener 184 . the second end 124 of the strap may be overlapped and sewn to itself with stitching 134 . in this manner the overlap may restrict the end 124 from slipping back through the weblock of the fastener 184 . of course other suitable couplings may be used to affix the ends of the strap to corresponding fastener 184 and connector 42 . the fastener 180 and its corresponding first and second halves 182 and 184 may comprise , for example without limitation intended , a side release buckle that allows for adjusting the length of the strap coupled to the fastener . straps 100 and 120 extend through a weblock or tri - glide 190 to thereby interconnect the first and second straps under the chin portion of the animal . third strap segment 140 includes first strap end 142 and opposing second end 144 . the first strap end may loop about frame connector 40 and couple to itself with a tri - glide 192 . stitching 150 may be utilized to keep the tri - glide 192 from slipping off the strap . the opposing end 144 may be looped and coupled to itself with stitching 148 to form loop 146 through which second strap 120 may slide . when the goggles are fitted on the animal , the second strap slips within loop 146 and the first end 142 may be pulled to adjust the length of strap 140 and further engage the goggle to the face of the animal . similarly , fourth strap segment 160 includes a first strap end 162 and opposing second end 164 . the first strap end may loop about fourth strap frame connector 44 and couple to itself with a tri - glide 194 . stitching 170 may be utilized to keep the tri - glide 194 from slipping off the strap . the opposing end 164 may be looped and coupled to itself with stitching 168 to form loop 166 through which first strap 100 may slide . when the goggles are fitted on the animal , the first strap slips within loop 166 and the first end 162 may be pulled to adjust the length of strap 160 and further engage the goggle to the face of the animal . in use , a user positions the snout of the animal between the lower portion of the frame 30 and the tri - glide 190 interconnecting first and second straps 100 and 120 . the goggle frame and straps are then slid over the snout and positioned against the face of the animal . first strap segment 100 , third strap segment 140 and fourth strap segment 160 may be pulled or lengthened to provide a snug fit of the goggles against the animal &# 39 ; s face . these and various other aspects and features of the invention are described with the intent to be illustrative , and not restrictive . this invention has been described herein with detail in order to comply with the patent statutes and to provide those skilled in the art with information needed to apply the novel principles and to construct and use such specialized components as are required . it is to be understood , however , that the invention can be carried out by specifically different constructions , and that various modifications , both as to the construction and operating procedures , can be accomplished without departing from the scope of the invention . further , in the appended claims , the transitional terms comprising and including are used in the open ended sense in that elements in addition to those enumerated may also be present . other examples will be apparent to those of skill in the art upon reviewing this document .
an animal goggle is described that centers and rests upon the maxilla and forehead of the animal . the goggles include a frame , strap system , and a unified interchangeable lens that provides an active animal a full vie and range of motion . the straps are non - obtrusive , also allowing the animal unrestricted movement of the jaw while securely holding the frame against the maxilla and forehead of the animal . the frame includes filtration media and ventilation to reduce condensation and fogging on the lens . the lens allows a full field of view for an active animal while blocking foreign objects such as dust , debris , and ultra violet rays .