the cherry fork pitter of the present invention comprises an extended shaft attaching the forking prongs “ claws ” and a circular cutter “ tunneler ”. the fork - prongs consist of two or more “ u ” shaped curving claws mounted to the shaft . the curvature of the prongs is designed to grip and lock to the stone for unproblematic dislodging from the fruit . this shape is found to cause minimal damage to the outer flesh and inner core during removal . on the opposite end of the utensil is a circular shaped cutter , the tunneler . the tunneler creates the initial puncture in the bottom of the fruit by cutting a small circle the same diameter of the claw end of the utensil . once the fruit is cut and the pits / stones / seeds have been found , the claws are inserted in the punctured bottom to dislodge the pit . cherries and similar fruits vary in size , therefore the convenient small shape of the cutter and claws enable maximize fruit yield . when inserting the cherry fork correctly , the tunneler will puncture the outer bottom flesh of the cherry or similar fruit , creating a clean circular cut of the fruit . the tunneler is thereafter turned in a circular motion to loosen the stone from the inner core of the fruit . the prong side of the utensil is then inserted into the fruit ; thereafter , the claws are gently angled and slid along the side of the stone until the claws reach the top of the stone . the cherry fork is then pressed tightly against the top of the pit to grip the stone . the stone is gently dislodged from the fruit directly through the initial puncture . cherries or similar fruits thereafter can be cooked , marinated , and or served raw as if they have never been touched . the fruit when placed on a flat surface will resemble an untouched cherry directly from the tree . fig1 is a perspective view of a cherry fork according to the invention . fig5 is a perspective view of the cherry fork in use fig1 is a perspective view of the cherry fork according to its intended use . the cherry fork includes a tunneler end ( 3 ) and a claw end ( 6 ) attached by a shaft ( 4 ). starting with the tunneler portion of the utensil fig2 ( 3 ), the tunneler is constructed into a “ u ” shaped cutter ( 2 ) which consist of two sharpen edges ( 2 a & amp ; 2 b ). the tunneler &# 39 ; s sides ( 2 a & amp ; 2 b ) are angled , creating a slight point ( 1 ) where the two sides ( 2 a & amp ; 2 b ) meet at the bottom ( 1 ). 7 a displayed in fig3 displays the diameter of the fork which also matches the diameter between the two claws ( 6 ) and ( 7 ). moving back from the starting point of the tunneler fig2 ( 1 ), two top flaps are shown ( 3 a & amp ; 3 b ). these flaps are constructed for manual adjustment of the size of the tunneler ( 3 ) and gripping when in use . this adjustment can be made by squeezing the sides of the tunneler ( 3 ) decreasing the gap between the sides ( 3 a ). this feature is useful for removal of seeds of smaller fruits ( tart cherries , sour cherries , or pie cherries ). once the sides have been comprised the tunneler can be resized to its original state by expanding the gap between the sides ( 3 a & amp ; 3 b ). in fig1 , the shaft ( 4 ) is shown attaching the tunneler to the claw end of the utensil . the shaft ( 4 ) is constructed of the same material as both ends . the shaft rounds into a tube like structure from the tunneler ( 3 ), penciling out to the claws ( 6 ). it should be noted that the tubular form of the shaft illustrated should not dictate or limit the laws governing the patent , as the cherry fork &# 39 ; s shaft could be flat , squared , circular or decorative . the shaft is created specifically as a connector , binding the two ends together . moving further down the shaft fig3 ( 4 ) the fork begins to split in a “ v ” shaped fashion ( the fork in the utensil ) ( 5 ) which attach the claws ( 6 ). the “ v ” ( 5 ) attaching the claws expands in diameter until it reaches the specified diameter ( 7 ). each end of the “ v ” shape ( 5 ) is then curved into a claw - like hook ( 6 ). each hook is honed at its end ( 6 a ) creating a needle point for easy snagging of pits or seeds . the curvature of the hooks is limited to a small bend enabling minimal damage to the fruit . fig4 , displays an entire view of the cherry fork from its side . note the areas of interest : tunneler ( 3 ), shaft ( 4 ), and claws ( 6 ). fig5 demonstrates the cherry fork in use . image 1 & amp ; 2 shows the tunneler puncturing the fruit and reaching the pit . image 3 & amp ; 4 shows the claws before extraction of pit . fig6 displays a sample of the blade guard used to cover and protect the tunneler side of the utensil when not in use . this patent should not be limited to a specific design or shape , as the invention can be embodied in other specific forms without departing from the spirit or essential attributes thereof ; reference should be made to the following claims , rather than to the foregoing specification , as indicating the scope of the invention .
a utensil used for removing pits from cherries and similar fruits . a clawed and tunneled utensil used to cleanly remove pits from the bottom of cherries or other similar fruits with a single one - sided hole keeping the stem and fruit intact .