Mechanical Deer Skinning Device

1. Field of Invention

This invention relates to the skinning of Whitetail deer ie. removing the skin from the animal.

2. Discussion of Prior Art

Heretofore, the Patent Pending Skin'r Stick or some other type of gimble stick is the only device used for skinning whitetail deer. A singletree or whiffletree which is used on horse-drawn implements is still used by many people. The gambrel stick hooks are placed in the tendons of a deer's hind legs. A rope is attached to the gambrel stick and run over a overhead fulcrum and hoisted by hand until the head of the animal clears the ground. Starting at the rear of the animal the skin is pulled and cut simultaneously by hand the entire length of the animal, making it a time consuming job. This method requires substantial physical strength with the hoisting of the animal and the pulling of the skin while it is being cut. It also requires a permanent overhead structure which is not always where the hunter would prefer it to be. A deer is most often skinned at a hunting camp with several hunters present creating a safety hazard with 2 or more knives skinning the same animal. Conditions are often primitive on a hunt, soap and water for clean hands and utensils sometimes being at a minimum. So much cutting and pulling of the skin and handling of the carcass make for unsanitary conditions. Most times 2 or more people are required to hoist a whitetail off the ground for skinning. Large whitetails can weigh up to 250 lbs. or more, thus being difficult for one person to lift.

(a) no lifting of the deer by hand is necessary as it is done with the winch;

(b) labor saving, it is not necessary to physically pull the skin off the deer as it is automatically pulled loose when it is lifted with the winch;

(c) safety factor, less knife use is required since the winch pulls the skin from the animal, thus reducing the amount of cutting necessary;

(d) time saving, with this invention the whole procedure can be accomplished in a mere 2 to 3 minutes as compared to conventional methods which may require 30 to 45 minutes;

(e) sanitary, conventional methods require a lot of hand contact to remove the skin from the carcass, with this invention the carcass is virtually untouched;

(f) one person is all that is required to operate this invention, extra help as commonly used with other methods is not needed;

(g) portable, this invention is easily assembled and disassembled, only a few minutes is required for either procedure and it can be carried in a small pick-up truck, there are 7 pieces, the largest 2".times.4".times.5'6" long which can easily store away for later use, all material is lightweight metal and will operate on any farely level surface, no permanent overhead structure is required;

(h) virtually no maintenance is required for this invention, over an extended period some moving parts may need light oil, all surfaces are primed and painted for durability;

(i) the main objective of this invention is the ease of handling the deer, virtually no physical labor is necessary.

In the drawings closely related figures have the same number but different alphabetic suffixes.

FIG. 1 shows a top view of the ground support for the invention.

FIG. 1A shows a side view of the ground support.

FIG. 2 shows a side view of the mechanism which holds the skin down while the carcass is being winched up.

FIG. 2A shows the top view of the mechanism which holds the skin down while the carcass is being winched up.

FIG. 2B shows the end view of the mechanism which holds the skin down while the carcass is being winched up.

FIG. 3 and FIG. 3A show the connection of the top sections. FIG. 3 is inserted into FIG. 3A.

FIG. 4 shows detailed description of the gimble stick.

FIG. 5 shows the hand which and its adjustible height and can be mounted for left or right hand operation.

FIG. 6 shows middle connection held together with a 1/2" pin and cotter key.

FIG. 7 shows 45.degree. angle of tubing at the top of the invention.

All tubing is rectangle 1/8" thickness FIG. 1 shows ground supports 14 cut on 45.degree. angle and welded to ground upright 12. The ground support inserts 16 are inserted into ground supports 14 and made stationary with 1/2" pin and cotter key 36.

FIG. 1A shows positioning of ground support leg 18. 1/4".times.1 1/2" flat iron bent to 45.degree. angle and welded to ground support insert 16.

FIGS. 2, 2A and 2B shows a skin holder 21 with pressure bar 22 welded to the pressure bar hinge 34. A pressure bar hinge 34 overhangs the pressure bar 22 so it can swivel in the holes drilled in the swivel clip 20. The swivel clip 20 is welded to the ground support insert 16. A pressure bar rod 24 is welded to the pressure bar 22. A pressure adjustment bolt 26 is welded to the ground support insert 16 in the center of a slot cut in the pressure bar 22. A pressure adjustment handle 28 is welded to the pressure adjustment nut 30. A 1/2" flat washer is placed between the pressure bar 22 and the nut 30.

FIG. 3 shows a 14" piece of 13/8".times.31/4" rectangle tubing welded inside the head piece 38, that will be inserted 10" into center piece 48, and will overhang the ground support.

FIG. 4 shows the gambrel stick 44 with cable eye 42 welded in the center. A 9/16" hole is drilled in each end for the tendon hooks 46. A flat washer 40 is welded to the top of the tendon hooks 46.

FIG. 5 is a hand-winch 1100 lb. capacity mounted with two 5/16" U-bolts Making the height adjustable and left or right hand operation.

FIG. 6 center piece 48 is inserted into ground upright 12 and made stationary with 1/2" pin and cotter key 36.

FIG. 7 head piece 38 is two pieces of rectangle tubing 15/8".times.31/2" each nut to 221/2.degree. angle to form a 45.degree. angle. A 9/16" hole is drilled in the end for a 1/2" eye bolt. A 5/16" shackle secures a pulley to the eye bolt. A 5/16" wire cable is run from the winch FIG. 5 through the pulley and clamped to the cable eye 42 with 5/16" cable clamp.

In order to use this invention properly a deer must be laying on its back between the ground support inserts 16 with its hind legs directly under the gambrel stick 44.

With a knife the skin must be ringed or cut just above the back feet and split to the vent. Just enough skin to reach is pulled from each leg by hand and placed between the ground support insert 16 and the pressure rods 24. Firm hand pressure is applied with the pressure adjustment handle 28.

The tendon hooks 46 are placed in the tendons of the back feet. The hand-winch is then turned, lifting the carcass. The tail bone must be separated from the carcass as soon as it begins to bind, then the process is completed by simply lifting the deer up while the skin is held down by the skin holder 21. The skin is then cut away from the front feet and neck. The deer carcass can then be processed as the hunter sees fit.

This invention has simplified what many hunters view as a painstaking, laborious task. The Mechanical Deer Skinning Device is safer because the use of a knife is greatly reduced to just a few simple cuts as compared to cutting the skin all the way off. Only one person is required to operate this unit, thus eliminating any necessary additional help. The timesaving advantage of this invention, it most memorable feature, is incomparable with any other method.