as shown in the figures , the present invention relates to protective wear for canine paws that protects the paws from dangers such as the elements , chemicals , liquids , insects , soil , heat / cold , ice , and pad rashes , post - surgical infections and other medical problems . in particular , the sock / boot 10 for canines of the present invention is bulb - shaped and has a closed , bulbous bottom end 20 and an open , top end 30 . the top end 30 has a short , tube - like opening , having a smaller cross - section than the rest of the sock / boot 10 . the material of the sock / boot is rolled over once at the top end 30 to form a rim 40 . the sock / boot device is made of a latex or polymer material that is very flexible , lightweight and waterproof . as an example , the material may be one that is commercially available ( e . g ., in the manufacture of balloons ). the thickness may be the thickness of a standard latex balloon , or thicker . a thickness greater than the thickness of a standard balloon may be produced by dipping the formers ( the balloon molds ) twice into the latex or polymer material ( called “ double dipping ”), or by some other means as is well known in the art . the sock / boot protective wear is one - piece and entirely seamless . it can be made in a variety of sizes or widths and lengths . the appropriate size can then be selected according to the width of the canine &# 39 ; s paws . the sock / boot can also be made with various colors or patterns . in use , the narrower top end 30 is widened , and the dog &# 39 ; s paw is inserted into the narrow opening toward the wider bulbous area 20 . then , the narrower top end 30 is released to snugly secure the sock / boot to the dog &# 39 ; s leg , as shown in fig2 . thus , the sock / boot is slipped over the paw in a fashion similar to that of a person putting on a sock . as illustrated in fig2 , the bottom end 20 comfortably conforms to the shape of the paw , while remaining loose . when the canine walks or runs , the sock / boot remains securely on the canine &# 39 ; s leg . it does not come off during such usage . however , due to the flexibility and elasticity of the latex or polymer material , it does not cut off the canine &# 39 ; s circulation , and it allows the canine to make such movements naturally . then , one can easily take off the sock / boot , by simply pulling it off . thus , a protective canine sock / boot is provided that is simple and requires no fasteners or closures . it can be easily slipped over the animal &# 39 ; s paw and then taken off . yet , it remains snugly secured to the dog &# 39 ; s leg and does not fall off , during use . as described above , all of the canine boots currently on the market use various devices to fasten the boots to the legs or paws . such devices include straps , zippers , velcro , buttons , elastic bands or other additional closure devices . consequently , the prior art boots are difficult to put on and often fall off during use . such a problem leaves the canine unprotected and the dog owner with only three remaining dog boots . the dog owner then needs to purchase another set of four dog boots , just to replace the missing single boot . the sock / boot of the present invention avoids such very common and expensive problems . furthermore , the sock / boot of the present invention is disposable or semi - disposable . depending on durability against wear and tear , it may also be reused many times . thus , the dog owner can cheaply and easily provide continuous paw protection , while replacing a lost or worn out sock / boot cheaply and easily . as described above , another conventional problem is that canines very frequently resist wearing protective paw coverings . the primary reason that canines resist wearing such boots is that they are typically made like a human &# 39 ; s shoe , with padding in the sole and closure devices . with such a conventionally constructed boot , the canine cannot feel the ground through the boot . this feels most discomforting to the canine . the sock / boot of the present invention eliminates this problem by being very flexible and thereby bending where the canine &# 39 ; s paw bends . while still providing protection , the unpadded sole allows the canine to feel the ground , thereby providing a sense of security and sure - footedness . due to such novel features , dogs that previously have not been able to wear other conventional dog boots , have been accepting of the sock / boot of the present invention . in addition to its use as everyday protective wear , it can also be used to protect or cover wounded or injured paws , or more generally , to keep the paws clean from outdoor dirt . thus , it can accomplish both animal paw protection and protection of the owner &# 39 ; s furniture and house against outdoor dirt , etc . the foregoing description of the embodiments of this invention has been presented for purposes of illustration and description . it is not intended to be exhaustive or to limit the embodiments of the invention to the form disclosed , and , obviously , many modifications and variations are possible . all such modifications and variations that may be apparent to a person skilled in the art are intended to be included within the scope of this invention as defined by the accompanying claims .
a disposable dog boot comprising a single , seamless piece of flexible latex or polymer material having a bulbously shaped , bottom closed end and a top open end of a smaller cross - section , wherein when a paw of the dog is slipped into the boot , the bottom end covers and loosely conforms to the paw to protect the paw , and the top end flexibly and removably secures , through the material &# 39 ; s elasticity , the boot to a leg of the dog .