referring more specifically to the drawings , for illustrative purposes the present invention is embodied in the apparatus generally shown in fig1 through fig1 , wherein like reference numerals denote like parts . it will be appreciated that the apparatus may vary as to configuration and as to details of the parts without departing from the basic concepts as disclosed herein . referring to fig1 and fig2 a finger flossing apparatus 10 in accordance with the present invention is generally shown . apparatus 10 generally comprises a thimble 12 , a pair of tines 14a , 14b extending from the distal end 16 of thimble 12 , and a section of dental floss 18 is horizontally suspended between the tips 20a , 20b of tines 14a , 14b , respectively . tines 14a , 14b can be configured to either be straight , or curved as shown in fig2 and are typically about 3 / 4 inches long . thimble 12 has an opening 22 sized and configured to receive the tip of a finger or thumb therein . the wall 24 of thimble 12 is preferably distally tapered to generally match a fingertip &# 39 ; s profile , and distal end 16 of thimble is generally convex . thimble 12 can be sized to accommodate all the varying finger sizes from children to adults , and thimble 12 is preferably fabricated from an elastic material , such as rubber , abs plastic or polypropylene , to better conform to the fingertip of the user and to provide a better grip when worn . where a collapsible elastic material is used , a band 26 is provided around opening 22 to hold open and facilitate placement of apparatus 10 over the tip of the finger or thumb , much like a finger cot . dental floss 18 is preferably fabricated from puffed teflon ™ or other similarly tough floss material . however , those skilled in the art will appreciate that use of apparatus 10 can be practiced with any type of dental floss . dental floss 18 is permanently affixed at points 28a , 28b adjacent tips 20a , 20b of tines 14a , 14b during manufacturing by an injection molding process that also forms thimble 12 and tines 14a , 14b of apparatus 10 . in this embodiment , tines 14a , 14b can either be rigid or semi - rigid . apparatus 10 manufactured in this manner is a single - use disposable article . to use apparatus 10 for flossing teeth , thimble 12 is inserted over the tip of any finger or thumb . since some manipulation of the finger or thumb within the mouth is necessary during flossing with apparatus 10 , the preferred finger used for flossing with apparatus 10 is the index finger , as most users have better control of their index fingers . thimble 12 is sized such that a fairly tight fit results with the finger is inserted therein , and the elasticity of thimble 12 serve to better grip thimble around the tip of the finger . a vacuum is also created after insertion of the finger into thimble 12 , which further aids in securely holding thimble 12 onto the finger or thumb . once thimble 12 is in place over the finger or thumb tips , apparatus 10 is maneuvered within the mouth so that dental floss 18 can be slid between teeth for flossing action . various other means for supporting dental floss 18 on thimble 12 are also contemplated . these alternative attachment means provide for the removal and replacement of dental floss 18 , thus rendering apparatus 10 reusable . for example , as shown in fig3 through fig6 an alternative embodiment and a second alternative embodiment of apparatus 10 is generally shown . dental floss 18 can include gripper handles 30a , 30b as shown in fig3 or gripper handles 32a , 32b , as shown in fig5 and fig6 which are disposed at each end of the dental floss as taught in u . s . pat . no . 4 , 016 , 892 , which is incorporated herein by reference . the gripper handles can be spherical as shown in fig3 elongated as shown in fig5 and fig6 or any other shape ( e . g ., hex , triangular , star - shaped , etc .) that is desired and convenient for attachment and use . to accommodate dental floss 18 having gripper handles , a channel or slot 34a , 34b is disposed adjacent each tip 20a , 20b of tines 14a , 14b . each slot 34a , 34b preferably has an opening 36a , 36b for the insertion of dental floss 18 therein . slots 34a , 34b and openings 36a , 36b are sized to receive and allow passage of dental floss 18 therethrough . to prevent dental floss 18 from slipping off during flossing , slots 34a , 34b preferably follow an arced or curvilinear path from openings 36a , 36b to receptacles 38a , 38b , respectively , which receive the gripper handles . in the embodiments shown , receptacles 38a , 38b are semi - spherical depressions to receive spherical gripper handles , but it will be appreciated that neither the shape of the gripper handles nor that of the receptacles is limited . in the embodiment shown in fig3 tines 14a , 14b are preferably sufficiently flexible that they can be flexed toward each other for attachment of dental floss 18 , and dental floss 18 preferably has a length slightly less than the distance between tips 20a , 20b when tines 14a , 14b are in a relaxed position ( no floss installed ). receptacles 38a , 38b are sized to be smaller than gripper handles 30a , 30b to prevent passage of gripper handles 30a , 30b therethrough . as dental floss 18 is placed in receptacles 38a , 38b , tines 14a , 14b are flexed toward each other . the tendency for tines 14a , 14b to return to their relaxed position serves to maintain constant tautness on dental floss 18 necessary for flossing . in the second alternative embodiment shown in fig5 and fig6 gripper handles 32a , 32b are inserted into receptacles 40a , 40b , respectively , as shown . receptacles 40a , 40b are disposed on wall 24 of thimble 12 below tines 14a , 14b , respectively . receptacles 40a , 40b are sized to snugly receive gripper handles 32a , 32b therein and to securely maintain said handles in place during flossing . the length of dental floss 18 , in conjunction with the position of receptacles 40a , 40a provides for tautness of dental floss 18 when placed on apparatus 10 . it will be appreciated that the means for suspending dental floss between the tines shown in fig3 and fig4 and between the tine and the thimble shown in fig5 and fig6 could be combined . for example , a hybrid could be configured where one gripper handle is retained by the tip of a tine as in fig3 while the other gripper handle fits into a receptacle in the thimble as shown in fig6 . referring also to fig7 and fig8 a third alternative embodiment 42 of the present invention is generally shown wherein still another means for supporting dental floss 18 from thimble can be seen . a single tine 14a extends from the distal end 16 of thimble 12 and dental floss 18 is suspended between tip 20a of tine 14a and thimble 12 . tine 14a is typically angled or curved , as shown in fig7 to better allow for the vertical suspension of dental floss 18 , and is preferably centered as shown in fig8 . dental floss 18 can be attached to either wall 24 or distal end 16 of thimble 12 . dental floss 18 is preferably fixedly attached to both tip 20a of tine 14a and thimble 12 during manufacture by an injection molding process . this embodiment is particularly well suited to flossing anterior teeth such as rear molars . it will also be appreciated that , as an alternative , dental floss with gripper handles could be used . here , the tip of the tine would be configured similarly to that shown in the alternative embodiment of fig3 and fig4 and the receptacle in the thimble would be like that shown in second alternative embodiment of fig6 . referring now to fig9 and fig1 , a fourth alternative embodiment of a dental flossing apparatus is generally shown . here , a second thimble 46 is used in conjunction with thimble 12 to allow for additional torque control and leverage during flossing . second thimble 46 is placed in tandem with thimble 12 and connected thereto by a bridge 48 . second thimble includes an opening 50 , a band 52 peripherally disposed around opening 50 , a tapered wall 54 extending from opening 50 and a convex - shaped distal end 56 . bridge 48 is attached to wall 24 of thimble 12 and wall 54 of second thimble 46 . tines 14a , 14b is fixedly attached and extends from distal end 16 of thimble 12 , as also shown in the first embodiment . it is also contemplated that tines 14a , 14b can extend from distal end 56 of second thimble 46 . it is further contemplated that tine 14a may extend from thimble 12 while tine 14b may extend from second thimble 46 . tines 14a , 14b are formed with thimbles 12 , 46 during manufacturing preferably by an injection molding process . the additional of second thimble 46 in tandem to thimble 12 permits two adjacent fingers to be used to floss which increases the user &# 39 ; s torque control and leverage especially when flossing hard to reach areas within the mouth . referring also to fig1 , a fifth alternative embodiment 58 of a dental flossing apparatus is generally shown . in this embodiment , a finger holder 60 is attached in tandem to thimble 12 by bridge 48 . finger holder 60 comprises a semi - circular member having a tapered wall 62 that extends to a cover 64 located adjacent its distal end 66 longitudinally separated approximately adjacent its midpoint . cover 64 and wall 62 form a void ( not shown ) configured to receive and hold a finger therein . finger holder 60 increases the user &# 39 ; s torque control and leverage . in fig1 through fig1 , a sixth alternative embodiment 68 of a dental flossing apparatus is generally shown . tines 14a , 14b are part of a tine assembly 70 that is detachable from thimble 12 . assembly 70 comprises a cross - member 72 connecting tines 14b , 14b together in a generally parallel fashion . a pair of legs 74a , 74b extend downwardly from cross - member 72 . legs 74a , 74b each includes a tang 76a , 76b , respectively , at their lower end , which is adapted to slidably engage within a pair of longitudinally - disposed grooves 78a , 78b along wall 42 of thimble 12 . grooves 78a , 78b are spaced approximately 180 ° apart and extend downward from distal end 16 of thimble 12 to approximately the mid - section of thimble 12 . a pair of recesses 80a , 80b are located within grooves 78a , 78b , respectively to serve as anchor points for tangs 76a , 76b . legs 74a , 74b are somewhat flexible and naturally spaced such that when tangs 76a , 76b are inserted into respective recesses 80a , 80b , legs 74a , 74b exert pressure on wall 24 of thimble 12 to help maintain tangs 76a , 76b within recesses 80a , 80b , during stresses encountered by dental floss 18 during flossing . it is contemplated that recesses 80a , 80b can be also located on wall 54 of second thimble 46 , providing the user the option of which thimble to place tine assembly 70 upon . in fig1 , a seventh alternative embodiment 82 of a dental flossing apparatus is generally shown . tine assembly 70 is adapted to attach onto thimble 12 which includes finger holder 60 tandemly attached thereto . the configuration and benefits provided by finger holder is discussed above with respect to fifth alternative embodiment 58 . referring to fig1 and fig1 , an eighth alternative embodiment 84 of a dental flossing apparatus is generally shown . dental floss 18 is attached onto thimble 12 by single tine 14a , and second thimble 46 is tandemly attached to thimble 12 by bridge 48 . in fig1 , a ninth alternative embodiment 86 of a dental flossing apparatus is generally shown . in addition to dental floss 18 attached to thimble 12 by single tine 14a , finger holder 60 is tandemly attached to thimble 12 . accordingly , it will be seen that this invention eliminates the problems commonly associated with flossing teeth by using a teeth flossing apparatus that is placed over the tip of a finger or thumb . although the description above contains many specificities , these should not be construed as limiting the scope of the invention but as merely providing illustrations of some of the presently preferred embodiments of this invention . thus the scope of this invention should be determined by the appended claims and their legal equivalents .
a dental floss apparatus generally comprising a thimble , a pair of tines extending from the top surface of the thimble and a section of dental floss suspended between the tips of the tines . to floss , a forefinger or thumb is typically inserted into the thimble , which remains relatively fixed onto the forefinger or thumb by pressing the opposing forefinger or thumb on the same hand onto the side of the thimble . the thimble is sized and configured such that insertion of the forefinger or thumb causes a suction within the thimble that further aids holding the thimble . the section of dental floss across the tips is used to floss between the teeth . in an alternate configuration , a single tine extends upward from said thimble and dental floss is suspended between the tip of the tine and the thimble . in still another configuration , a second thimble is attached in tandem onto the first thimble for additional torque control . in lieu of the second thimble , a finger holder is attached in tandem onto the first thimble for torque control .