referring now to fig1 of the drawing , a surgical device 10 is shown having a pair of upper and lower elongated shaft members 11 , 12 . as seen in fig2 upper shaft member 11 is generally round in shape with an elongated rounded cavity 13 extending therealong . lower shaft member 12 is also generally round in shape with an elongated rounded protrusion 14 configured similarly to cavity 13 and adapted to ride therein . shaft member 11 terminates at its forward end in a tapered end 15 ( fig3 ). shaft member 12 terminates at its forward end in a tapered end 16 . a first upper jaw member 17 , having a gear 18 at one end and a plurality of spaced teeth 19 extending therefrom is pivotally connected to end 15 by pivot pin 20 . in like manner , a second lower jaw member 21 , having a gear 22 at one end and a plurality of spaced teeth 23 extending therefrom is pivotally connected to end 16 by a pivot pin 24 . as seen in fig1 teeth 19 , 23 face inwardly toward each other and each set of teeth 19 , 23 curve to a terminal end , such as ends 25 , 26 , respectively . upper shaft member 11 terminates at the rear in a contoured gripping member or first handle portion 27 having shaft member 11 fixed thereto . handle portion 27 is curved at top end 28 to provide a palm rest for the surgeon , the integral lower inwardly curved end 29 providing a palm rest . lower shaft portion 12 has at its rear end a second handle portion 30 having shaft portion 12 fixed thereto at its upper end . handle portion 30 is contoured to receive therearound the fingers of the surgeon . a stop member 31 may be provided on the underside of upper shaft member 11 . a coiled spring 32 is fixed at one end of the upper end of handle portion 30 and at its other end to stop member 31 ( of course , coiled spring 32 need not be fixed to either handle portion 30 or stop member 31 but is disposed therebetween in any suitable manner ). spring 32 thus normally biases first handle portion 27 away from second handle portion 30 . in operation , the surgeon grasps handle portions 27 , 30 with his or her fingers about handle portion 30 , his or her palm against parts 28 and 29 of handle portion 27 . the surgeon squeezes handle portions 27 , 30 together against the bias of spring 32 . this moves upper shaft portion 11 , keyed to lower shaft portion 12 by cavity 13 and protrusion 14 , along lower shaft portion 12 in a straight aligned manner . the forward stroke of the surgeon &# 39 ; s palm is short driving upper shaft member 11 forward with upper gear 18 meshing with lower gear 22 to close the hinged jaw members 17 , 21 . that is , as the two gears 18 , 22 mesh on the forward movement of upper shaft member 11 , lower jaw member 21 moving clockwise bringing end 26 upwardly . a double jaw opening and closing action is thus effected . as an alternative to spring 32 and stop member 31 , as seen in fig4 wherein like numerals refer to like parts of the device of fig1 and 2 , a short flat spring 33 is fixed at one end 34 to handle portion 30 and extends to and curves adjacent handle portion 27 at curved end 35 . as seen in fig5 curved end 35 abuts against and is disposed in a notch 36 on handle portion 27 thereby retaining the same in position . thus , spring 33 biases handle portions 27 , 30 apart . when they are squeezed by the surgeon , as heretofore discussed , upper shaft member 11 moves forward along lower shaft member 12 as heretofore discussed . when released , handle portions return to the fig4 position . another embodiment of the handle portions are shown in fig6 wherein like numerals refer to like parts of the embodiment of fig1 . here , handle portion 37 , fixed to upper shaft member 11 , is a curved member providing a thumb rest for the surgeon . handle portions 38 , 39 , fixed to upper and lower shaft members 12 , respectively , are arcuate members to provide engagement by the forefinger ( upper handle portion 38 ) and middle and fourth finger ( lower handle portion 39 ) of the surgeon . as seen in fig7 a ratchet mechanism 40 may be added to the embodiment of fig1 and 4 to assist in operation of the devices of fig1 and 4 . this provides firm stable operation of the devices of fig1 and 4 . thus , referring to fig7 wherein like numerals refer to like parts of the embodiment of fig1 an elongated member 41 is fixed to handle portion 29 and extends toward handle portion 30 terminating in a single downwardly extending tapered tooth 42 ( see also fig8 ). a like elongated member 43 ( fig7 ) is fixed to and extends from handle portion 30 to handle portion 29 . member 43 terminates in a plurality of spaced upwardly extending tapered teeth 44 ( see also fig8 ). members 41 , 43 may be resilient and tooth 42 engages teeth 44 when handle portion 29 , 30 are squeezed together . this provides firm stable actuation of device 10 . when tooth 42 moves past the last tooth of teeth 44 ( e . g ., tooth 44 &# 39 ;-- fig8 ), it drops downwardly and handle portion 29 returns to the fig1 position . thus , ratchet mechanism 40 provides an overriding ratchet means to hold jaw members 17 , 21 closed . as seen in fig9 wherein like numerals refer to like parts of the embodiment of fig4 the embodiment of fig4 has been modified to add the ratchet mechanism 40 of the embodiment of fig7 and 8 . further description is deemed unnecessary . the interengagement of shaft members 11 , 12 can be accomplished in any suitable matter . for example , as seen in fig1 , instead of the knob or protrusion 14 and cavity 13 interengagement of fig2 upper shaft member 45 may have a t - shaped slot 47 receiving therein a like configured t - shaped member 48 of lower shaft member 46 . other variations may occur to an artisan . the shaft members 11 , 12 or 45 , 46 may be connected together for gripping in any suitable manner . thus , as seen in fig1 to 13 , shaft members 50 , 51 , otherwise identical to shaft members 12 of fig1 and interconnected in like manner , are shown . upper shaft member 50 terminates at the forward end in a rounded slotted yoke 52 ( see also , fig1 ) adapted to receive a pin 53 connected to jaw member 63 therein in a snap fitting relationship . lower shaft member 51 terminates in a yoked head 54 having a first lower slot 55 receiving a pin 56 therein ( fig1 ) in a snap fitting relationship . pin 56 is integral with lower jaw member 57 which may be otherwise similar to lower jaw member 21 with suitable teeth 23 thereon . pin 56 also is the axle for toothed gear 58 ( fig1 ) having lower jaw member 57 integral therewith . head 54 also has a slot 59 at its upper end ( fig1 ) receiving in a rounded hole 60 therein a pin 61 . pin 61 is the axle for gear 62 having upper jaw member 63 integral therewith which is also otherwise similar to upper toothed jaw member 17 . the meshing of gears 58 , 62 is identical to the meshing of gear 18 , 22 and the operation of shaft members 45 , 46 is also identical to the operation of device 10 of fig1 . thus , further discussion is deemed unnecessary . it can be seen that there is a new improved surgical device having upper and lower grasping jaws which are in meshing engagements providing an effective double jaw opening and closing action . the short stroke of shaft members 11 , 12 thus only requires a short ratchet mechanism 40 . the upper jaw member 17 actuates the lower jaw member 21 .
a surgical device having a pair of slidably interlocking spring biased upper and lower shaft members . a grasping handle is associated with one end of the interlocking shaft members for grasping the same and sliding the upper shaft member forwardly along the lower shaft member . a grasping jaw member is pivotally connected to the other end of the shaft members , the jaw members being in meshing engagement thereby effecting a double jaw opening and closing when the upper shaft member is actuated with respect to the lower shaft member .