Food cutting guide

Abstract

A food cutting guide for safely holding a food item and allowing for essentially uniform thickness cuts to be made through the food item has a base with a pair of opposing jaws pivotally attached to the base. Each jaw has a series of spaced apart teeth such that the jaws articulate between a closed position wherein the teeth of each jaw intermesh with one another and an open position wherein the teeth do not so intermesh. A spring mechanism holds the jaws in a normally closed position while an actuation trigger articulates the jaws to the open position against the bias of the spring mechanism. A guard plate is located at an end of the pair of jaws to protect a user's hand from errant knife travel.

Claims

1. A food cutting guide comprising: a base; a pair of opposing jaws, each jaw having a pair of spaced apart teeth, such that the jaws are rotatably attached to the base and articulate between a closed position wherein the teeth of one of the jaws intermesh with the teeth of the other jaw, and an open position wherein the teeth of each jaw are not intermeshed and are spaced apart from one another; a spring mechanism attached to each jaw such that the spring mechanism spring biases each jaw into the closed position; and an actuator trigger pivotally attached to the base, such that the actuator trigger engages each jaw and moves the jaws into the open position, overcoming the spring bias of the spring mechanism.

2. The food cutting guide as in claim 1 further comprising a guard plate attached to the base and positioned at an end of the pair of jaws.

3. The food cutting guide as in claim 2 further comprising a stop pin attached to the guide plate and slidable between a stop position wherein the stop pin is within a travel path of one of the jaws and an unstop position wherein the stop pin is not in the travel path of the jaw.

4. The food cutting guide as in claim 3 wherein the stop pin is articulated between the stop and the unstop position via a spring encircling the stop pin.

5. The food cutting guide as in claim 1 wherein each jaw is comprised of a jaw bar that is axially attached to a pair of opposing posts such that the teeth of the jaw extend upwardly from the jaw bar.

6. The food cutting guide as in claim 1 further comprising a pair of actuator bars, one bar each attached to a respective one of the jaw bars such that when the actuator trigger is pivoted upwardly away from the base, the actuator trigger engages each actuator bar causing each jaw to rotate to the open position.

7. The food cutting guide as in claim 6 wherein each spring mechanism comprises a jaw spring having a first end attached to a respective one of the jaw bars and an opposing second end attached to one of the posts of that jaw bar.

8. The food cutting guide as in claim 6 wherein each spring mechanism comprises a jaw spring having a first end attached to a respective one of the jaw bars and an opposing second end attached to one of the posts of that jaw bar.

9. The food cutting guide as in claim 1 wherein each of the teeth of a jaw are curved toward the opposing jaw.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is perspective view of the food cutting guide of the present invention in a normally relaxed closed gripping position.

(2) FIG. 2 is a perspective view of the food cutting guide in an open position.

(3) FIG. 3 is a side view of the food cutting guide.

(4) FIG. 4 is a top view of the food cutting guide.

(5) FIG. 5 is a first end view of the food cutting guide

(6) FIG. 6 is an opposing second end view of the food cutting guide.

(7) Similar reference numerals refer to similar parts throughout the several views of the to drawings.

DESCRIPTION OF THE PREFERRED EMBODIMENT

(8) Referring now to the drawings, it is seen that the food cutting guide of the present invention, generally denoted by reference numeral 10, is comprised of a base 12 of appropriate shape and sizethe base may be the work surface upon which the food cutting guide 10 is stationed. The base 12 may have an upwardly directed annular flange 14 to help catch any juices or food product being cut from escaping from the base 12. The base 12 may be made from any appropriate material, such as plastic, stainless steel, silicone, wood, etc. A pair of opposing jaws 16 are pivotally attached to the base 12 and articulate between an closed, normally relaxed gripping position wherein the teeth 18 of the jaws 16 intermesh, as best seen in FIG. 1, and an open position wherein the teeth 18 of the jaws are spread apart from each other, as seen in FIGS. 2-6. Each jaw 16 is comprised of a jaw bar 20 that is axially attached to a first end post 22 located proximate an end of the base 12 and a second end post 24 located medially about the base 12. As seen, a jaw spring 26 has one end attached to the jaw base 20 of the jaw 16 and the opposing end attached to the second end post 24. The jaw spring 26 biases its jaw 16 into the normally relaxed closed position as seen in FIG. 1. The teeth 18 of the jaw 16 are located in spaced apart position along the jaw bar 20 and extend upwardly from the jaw bar 20 and curve toward the opposing jaw 16. As stated, the teeth 18 of each jaw 16 are positioned so that when the jaws 16 are articulated into the closed position, the teeth 18 of each jaw 16 intermesh with one another. The teeth 18 of each jaw 16, and possibly the entire jaw 16 are made from an appropriate food grade material such as stainless steel, plastic, silicone, etc.

(9) An actuator bar 28 is attached to the top of the jaw bar 20 of each jaw 16 and extends toward the opposing jaw 16. As seen, each actuator bar 28 curves upwardly at its distal end.

(10) A guard plate 30 is attached to the base via diagonal post 32 that extends from the ends of the jaws 16 toward one of the ends of the base 12, the distal end of the diagonal post 32 attached to the base 12 in appropriate fashion. A pair of support posts 34 is attached to the base 12 and to a medial portion of the diagonal post 30 such that a narrow gap 36 exists between the support posts 34.

(11) An actuator trigger 38 has a first end 40 pivotally attached to the distal end of the diagonal bar 32. The actuator trigger 38 also has a proximal end 42 located underneath the pair of actuator bars 28. The actuator trigger 38 passes through the gap 36 between the pair of support posts 34.

(12) A pair of stop pins 44 is located on the guard plate 30 passing therethrough. Each stop pin 44 can be pushed or depressed toward the jaws 16 such that when so pushed, an appropriate ball stop (not illustrated) locks the stop pin 44 in such depressed position, as best seen in the upper stop pin 44 in FIG. 4. When the stop pin 44 is pressed slightly in the depressed position, the ball stop releases and a spring 46 encircling the stop pin 44 and biased between the head 48 of the stop pin 44 and the guard plate 30 causes the stop pin 44 to spring bias back to its undepressed position.

(13) In order to use the food cutting guide 10 of the present invention, with the jaws 16 of the device in the relaxed normally closed position, the jaws 16 are opened. This is accomplished by grasping the actuator trigger 38 and squeezing the actuator trigger 38 toward the diagonal post 32. The support posts 34 act as a guide for the actuator trigger 38. As the actuator trigger 38 pivots upwardly, its distal end 42 engages each of the actuator bars 28 and pushes each upwardly, the curved portion of each actuator bar 28 adding fluidity in this motion, resulting in a relatively smooth actuator trigger 38 pull. The upwardly travelling actuator bars 28, cause the jaw bar 20 to which the specific actuator bar 28 is attached to rotate away from the opposing jaw 16 against the spring mechanism of that jaw 16. This causes the teeth 18 of each jaw 16 to rotate away from one another and to unmesh. When the jaw 16 is in the open position, a desired food item is placed between the open jaws 16. Once the food item is positioned as desired, the actuator trigger 38 is released causing it to pivot downwardly so that its distal end 42 rests on the base 12. This causes the distal end 42 of the actuator trigger 38 to disengage from each of the actuator bars 28. As no force is being placed on the actuator bars 28, the jaw spring 26 of each jaw 16 biases its jaw 16 toward the other jaw 16 so that the teeth 18 of each jaw 16 once again intermesh, and the jaws 16 are in the closed position. The jaw spring 26 helps bias its jaw 16 into a gripping position onto the food item held between the jaws 16. If the user desired, one or both jaws 16 can be locked in this closed position by pressing the stop pin 44 associated with that jaw 16 inwardly toward that jaw 16. The stop pin 44 is dimensioned so that once it is pressed inwardly and is in the locked depressed position, the stop pin 44 interferes with the travel path of the endmost tooth 18 of that jaw 18 and thus prevents that tooth 18, and thus the entire jaw 16, from rotating into the open position. As the food item is being gripped by the teeth 18 of each jaw 16, the user is able to slice the food item as desired, with the evenly spaced teeth 18 of each jaw 16 providing a guide that allows for essentially uniform cuts through the food item. As the user is gripping the food cutting guide 10 via the diagonal post 32 in order to be able to actuate the actuator trigger 38, the guard plate 30 provides protection to the user's hand show an errant slice of the knife K occur.

(14) Once the food items are sliced as desired, the jaws 16 are once again articulated into the open position and the slices of the food item are removed.

(15) While the invention has been particularly shown and described with reference to an embodiment thereof, it will be appreciated by those skilled in the art that various changes in form and detail may be made without departing from the spirit and scope of the invention.