embodiments described herein include a sound attractant non - consumable pet toy having characteristics of a plush toy without the need for filling . in particular , the non - consumable pet toy includes an outer fabric covering surrounding an interior skeletal member for housing an unfixed squeaker device . fig1 is a back perspective view of a pet toy 100 under one embodiment . pet toy 100 includes an outer covering 102 . as illustrated in fig1 , outer covering 102 is made of polyester fabric resembling sheepskin , but outer covering 102 can be made of any type of man - made or natural fabric . examples include wool , cotton , nylon , animal fur , animal hide , courdura . blends or knits and the like . outer covering 102 includes at least two fabric pieces 104 and 106 . however , any number of pieces of fabric can be used to form outer covering 102 . as illustrated in fig1 , fabric piece 104 is secured to fabric piece 106 by for example stitching . in one embodiment , fabric pieces 104 and 106 are secured together around a portion of the periphery of internal skeletal member 112 with a machine stitch 108 and are secured together around a remaining portion of the periphery of the internal skeletal member 112 by a hand stitch 110 . instead of filling pet toy 100 with filling fabric such that a pet can compress the toy with their jaw , pet toy 100 includes an internal skeletal member 112 . fig2 is a front perspective view , fig3 is a front view , fig4 is a back view and fig5 is a side view of the skeletal member 112 that is positioned internal to outer covering 102 illustrated in fig1 . skeletal member 112 is a single , unitary member made of a compressible fabric , such as a compressible or pliable rubber . skeletal member 112 includes an outer surface 114 and an inner surface 116 . skeletal member 112 includes an access opening 118 . access opening 118 extends from inner surface 116 to outer surface 118 and allows one to insert an object into the internal space of the skeletal member . skeletal member 112 also includes a plurality of apertures 120 extending from outer surface 114 to inner surface 116 and having of a variety of different geometries . although apertures 120 are predominantly of a rectangular geometry , any type of geometry is possible . in fig2 , the rectangular apertures form a repetitive pattern of criss - crossing to resemble a lattice frame structure . when skeletal member 112 is positioned within outer covering 102 ( fig1 ), skeletal member 112 provides support for outer covering 102 to maintain a desirable shape . in addition , when applying opposing forces to pet toy 100 , such as squeezing or clamping on either side of the pet toy , skeletal member 112 is compressible such that the inner surface 116 of one side of the skeletal member can be compressed to touch or come into contact with the inner surface 116 of the other side of the skeletal member . after the forces on the toy are released , skeletal member 112 reverts to its original form or shape and thereby returns outer covering 102 to its uncompressed state . fig6 illustrates a front perspective view of skeletal member 112 including a squeaker device 122 . squeaker device 122 comprises a housing 124 having an air passage 126 therein . a reed or other noise - making device ( not shown ) is placed in passage 124 so that air passing through passage 124 vibrates the reed or otherwise causes device 122 to emit a sound or noise . squeaker device 122 is inserted through access opening 118 and is left to be retained within the inner surface 116 of skeletal member 112 . squeaker device 122 is free to move within the internal space of skeletal member 112 and remains unfixed . as previously discussed , carnivorous pets will chew on the same location of a pet toy and specifically at the location of a squeaker . however , because squeaker device 122 is free to move about the internal space of skeletal member 112 , the carnivorous pet will not attempt to repeatedly chew on the toy in the same location thereby tearing or rupturing a particular region of the toy . fig7 illustrates a top plan view , fig8 illustrates a front perspective view and fig9 illustrates a sectional view of pet toy 100 showing skeletal member 112 positioned within the outer fabric covering 102 and including the squeaker device 122 . as illustrated in fig7 , three pieces of fabric 104 , 105 and 107 are shown , however , in the exemplary embodiment illustrated in fig1 and 7 - 9 , pet toy 100 actually includes four pieces of fabric 1104 , 105 , 106 and 107 , one of which is hidden from view in fig7 and opposes fabric piece 104 . as illustrated , fabric piece 104 is secured to fabric piece 106 , fabric piece 105 is secured to fabric pieces 104 and 106 and fabric piece 107 is secured to fabric pieces 104 and 106 by , for example , stitching . in one embodiment , fabric pieces 104 , 106 , 105 and 107 are secured together around a portion of the periphery of internal skeletal member 112 with a machine stitch 108 . while an opening in fabric piece 107 is secured together around a remaining portion of the periphery of the internal skeletal member 112 by a hand stitch 110 . as illustrated , machine stitch 110 is located adjacent access opening 118 . a machine stitch is a much stronger mechanism for attaching fabric together . this way , a carnivorous pet will have more difficulty in reaching the access opening by chewing when the fabric pieces are sewn together at the access opening with a machine stitch . fig1 illustrates a front plan view of a pet toy 200 under another embodiment and fig1 illustrates a front plan view of a pet toy 300 under yet another embodiment . as illustrated , internal skeletal members 212 and 312 includes different shapes than internal skeletal member 112 illustrated in the first embodiment . otherwise , internal skeletal members 212 and 312 include the same components of internal skeletal member 112 . for example , internal skeletal members 212 and 312 include outer surfaces 214 and 314 , inner surfaces 216 and 316 , access openings ( hidden from view ), sound - emitting squeaker devices 222 and 322 and a plurality of apertures 222 and 322 . in both of the embodiments illustrated in fig1 and fig1 , internal skeletal members 212 and 312 are located in the main bodies 230 and 330 of the pet toys 200 and 300 and not in appendages ( e . g ., 232 , 332 ) of the pet toy . in addition , fabric pieces are secured to other fabric pieces by , for example , stitching . in one embodiment , fabric pieces are secured together around a portion of the periphery of internal skeletal member 212 and 312 with a machine stitch 208 , 308 and are secured together around a remaining portion of the periphery of the internal skeletal member 212 and 312 by a hand stitch 210 , 310 . in particular , machine stitch 210 and 310 is located adjacent an access opening in internal frame members 212 and 312 . although the subject matter has been described in language specific to structural features and / or methodological acts , it is to be understood that the subject matter defined in the appended claims is not necessarily limited to the specific features or acts described above . rather , the specific features and acts described above are disclosed as example forms of implementing the claims .
a pet toy includes an internal skeletal member having an inner surface and an outer surface . the internal skeletal member is configured to deform upon compression such that opposing sides of the internal surface come into contact with each other . an outer covering surrounds the skeletal member . a sound - emitting squeaker device is located within an internal space of the internal skeletal member . the sound - emitting squeaker device remains free to move throughout the internal space of the internal skeletal member .