turning now to the drawings wherein elements are identified by numbers and like elements are identified by like numbers throughout the 7 figures , the invention is depicted in fig1 and illustrates a dental apparatus i that may be utilized by an individual to cleanse and promote dental health . referring now to fig1 , a dental apparatus 1 in the form of a flossing apparatus is provided . the dental apparatus 1 may have a handle 10 , and a neck 60 . additionally , the dental apparatus may also have a socket 20 , a drive shaft 30 , and a floss cartridge 40 . in an exemplary embodiment , the handle 10 may generally include a first side 10 a and a second side 10 b . additionally , the handle may have a battery 12 and a motor 14 . still further , the handle 10 of the dental apparatus 1 may also include a control button 16 , and a rotating connector 18 . rotation of the connector 18 may be driven by motor 14 , and controlled by button 16 . the disk 18 is coupled to the proximal end 32 of the drive shaft 30 using a pin 33 , such that rotation of the connector 18 causes the proximal end 32 of the drive shaft 30 to revolve about a center 19 . the handle 10 of the dental apparatus may rest in optional removable stand 1 . it should be noted that the handle described is only an exemplary embodiment of dental apparatus 1 and may be reconfigured in any desired way to produce the same result . the handle 10 of the dental apparatus 1 may be sized and shaped in any suitable manner , however ; in an exemplary embodiment , the handle 10 may be substantially tubular shaped as shown in the figures . in an exemplary embodiment , the dental apparatus 1 and handle 10 may be constructed of plastics . however , it should be understood that the dental apparatus 1 may be constructed of any material suitable for use by an individual . the handle 10 also may house the power source 12 which in an exemplary embodiment may be a battery which could be preferably user - replaceable , and / or inductively rechargeable according to known principles . the control button 16 can comprise a simple on - off switch , or can provide variable voltage / current to the motor . however , the power source 12 may be a conventional power source such as dc current in the form of a traditional plug - in apparatus . additional power sources 12 are contemplated as are known in the art . connector 18 can be substantially round ( i . e . disk shaped ) as shown , or “ i ” shaped . however , the connector 18 may have any other suitable shape . the connector 18 may be balanced about its center 19 to reduce vibration and / or may be unbalanced to produce a desired amount of vibration . connector 18 can have any desired weight from very light to relatively heavy , at which point it acts as a miniature flywheel . drive shaft 30 can connect to the connector 18 in any suitable manner , including the use of a simple pin 33 as shown . another contemplated system uses a ball and socket ( not shown ), but indeed all suitable connection mechanisms are contemplated . depending on the connection mechanism used , the drive shaft can be made to rotate about its own internal axis as it revolves about the center 19 . these terms “ rotate ” and “ revolve ” are used in the sense of the local solar system , in which the earth rotates about its own axis as it revolves about the sun . the neck 60 of the flosser 1 can either contain the drive shaft 30 , or the neck can be the shaft 30 . socket 20 has a lumen 22 that receives drive shaft 30 at a point or points intermediate of the proximal 32 and distal 34 ends of the drive shaft 30 . drive shaft 30 is preferably quite stiff , and the lumen 22 has a rubber , silicone or other resilient material 24 ( not shown ) disposed about the lumen 22 to accommodate what amounts to wobbling of the drive shaft 30 as it passes through the socket 20 . movement of the drive shaft 30 is thus constrained such that there is little wobbling motion of the drive shaft 30 at the point or points of constraint as compared with the ends 32 , 24 . the constrained point or points of the drive shaft 30 also function as a fulcrum , such that the proximal 32 and distal 34 ends of the drive shaft 30 move in opposite relationship . thus , as the proximal end 32 of the drive shaft 30 moves generally in circles about the center 19 of the connector 18 , the distal end 34 of the drive shaft 30 similarly move in circles . socket 20 can optionally be adjusted up or down the drive shaft 30 , and in that manner alter the movement of the distal end 34 of the drive shaft 30 . in general , the closer the socket 20 is to the connector 18 , while still permitting rotation of the connector 18 , the greater will be the motion of the distal end 34 of the drive shaft 30 . those skilled in the art will appreciate that other means of constraining the motion of the drive shaft are likewise suitable . for example , motion of the drive shaft may be constrained by forming a ball on the drive shaft intermediate the ends thereof and by capturing the ball within a socket . floss cartridge 40 is attached at the distal end 34 of neck 30 , and attached by a suitable mechanism . a release button 36 releases a used cartridge 40 for replacement . referring now to fig3 , the floss cartridge 40 is shown . the floss cartridge 40 may include a body from which extends two tines 42 . a length of floss 44 is affixed at its ends by the tines 42 . in an exemplary embodiment of the apparatus 1 , the neck 60 of the dental apparatus 1 may include a spreader 62 that forces separation of the tines 42 from one another . the three smaller images show sequentially how this operates . those skilled in the art will also appreciate that floss cartridge 40 can be replaced by other oral care devices . it is contemplated that a plurality of different devices and / or tools may be utilized as illustrated in fig5 - 7 , including for example , toothbrush tool 72 , probe tool 74 , tongue scraper tool 76 , or indeed other flosser devices such as spooled floss holder ( not shown ). however , it should be understood that a plurality of different dental tools may be utilized and / or configured to be adaptable with the dental apparatus 1 . many or all such embodiments are expected to provide better 360 - degree cleaning and reduced production costs , relative to the prior art . thus , specific embodiments and applications of the inventive subject matter have been disclosed . it should be apparent , however , to those skilled in the art that many more modifications besides those already described are possible without departing from the inventive concepts herein . the inventive subject matter , therefore , is not to be restricted to the embodiments disclosed herein . moreover , in interpreting the specification , all terms should be interpreted in the broadest possible manner consistent with the context . in particular , the terms “ comprises ” and “ comprising ” should be interpreted as referring to elements , components , or steps in a non - exclusive manner , indicating that the referenced elements , components , or steps can be present , or utilized , or combined with other elements , components , or steps that are not expressly referenced .
an oral care device has a drive shaft with an eccentrically revolving proximal end . a socket or other member constrains an intermediate position of the drive shaft such that both ends of the drive shaft tend to revolve . depending on the particular design , the drive shaft may also rotate about its own axis while the ends are revolving . the constraining member may be user adjustable in a manner that alters the amplitude of movement of the drive shaft at the head end .