should be appreciated that another alternative embodiment is attaching a spring to the farthest right side of housing of the case 510 to the vertical extension 555 which will bias the plate 140 and flat gear 155 back into the case 510 then when the trigger 159 is squeezed and pulled back into the handle the upward movement of the cable 151 will rotate the round gear 153 thus causing the plate 140 to move outward to the end of the tines 130 alternatively as shown in embodiment of fig7 d and 7e the tines 130 are optionally linear or curved respectively curves tines being preferable when the plate 140 rotates rather than translates in a complete lateral fashion in fig6 a guide rails 165 are shown as also having rearward extending appendages 165 b to plate 140 spaced above tines 130 attached to side 110 b of the shaft 110 more preferably a spring 180 is coiled around each guide rail appendage 165 b which are behind plate 140 to avoid fouling further the ends 165 a of guide rails 165 b extend through mating holes in the base about shaft side 110 b and thus stabilize plate 140 fig6 b illustrates one alternative embodiment for using a leaf spring 180 as opposed to ordinary coil springs 180 and 180 u2032 in fig6 a while leaf spring 180 is oriented with the wide side vertical it is also possible to deploy leaf springs of other shapes and orientation note that the guide rails 165 are attached to the front of plate 140 moving forward therewith this alternative embodiment can be used with any of the actuator embodiments described herein fig7 a c are schematic elevations of the front side and rear of a fourth embodiment.