referring to fig1 , there is shown a partial sectional view of a prior art motion waterfowl shell decoy 14 on a support stake 22 . the decoy is of a canadian goose having a decoy body 12 , a neck and head 16 and an opening 18 in its back for loosely receiving an end 20 of a support stake 22 . the prior art motion waterfowl decoy shown in fig1 is a higdon motion shell decoy . this decoy comes with a ¼ inch black steel stake 22 with a washer 24 welded into place about 1½ inches from the top end 20 of the stake as shown in fig2 . to use this prior art decoy , a hunter pushes or pounds the bottom end 26 of the stake 22 into either soft or thawed ground and then places the motion shell decoy onto the top end 20 of the stake 22 . a ¼ inch hole 18 is located in the back of the decoy for loosely receiving the top end 20 of the stake 22 . the top end 20 of the stake goes into the decoy until the back of the decoy engages the top of the washer 24 . the washer prevents the decoy from sliding down the stake onto the ground . at this time the decoy is balanced on the washer and stake and has motion . because the decoy is coupled to the end of the stake by placing the end of the stake into the ¼inch opening in the back of the decoy where it is not easily seen , a hunter either has to get down on his / her knees , or move the decoy back and forth until the opening 18 in the back of the decoy is aligned with the end of the stake . in some instances the hunter may place the stake into the opening in the bottom of the decoy , and then by using two hands , one hand near the opening in the bottom of the decoy and the other hand on the top end of the stake , insert the decoy and stake into the ground at once . clearly , the prior art motion decoys are almost impossible to set up in frozen conditions . for example , when the ground is frozen and a hunter drills a number of holes in the frozen ground for receiving the stakes , it may be difficult to locate each drilled hole in order to push the stake into it . in addition , the prior art motion decoys are subject to being blown off their stakes during high wind conditions , just when the geese like to fly . the present invention overcomes the deficiencies present in setting up prior art motion decoys . referring to fig3 , there is shown a side view of a tubular receiving member 30 having a removable end cap 32 and a flared top end 36 . the small bottom end has a cap 34 that is securely attached to the tubular receiving member 30 . the tubular receiving member 30 functions as a holder for the support stake 22 of the motion or other waterfowl decoy . the tubular receiving member 30 has a length of about 18 - 20 inches more or less , is composed of ½ inch black extruded pvc conduit pipe , and has a flared end section 36 at the top end 38 . different lengths can be used dependent on which species are being attracted and the location of the receiving member . for instance , hunting in shallow water areas could require the receiving member to be several feet long . a cone , pyramid , or wedge shaped watertight cap 34 is glued in place on the bottom end of the tubular receiving member to facilitate placing the bottom end of member 30 into the ground . the removable cap at the top end of the tubular receiving member is provided to prevent water , snow , or other debris from entering the member . the tubular receiving member can be made of copper , brass , bronze , aluminum , plastic , pvc , pvc conduit , fiberglass or any other suitable material . in each instance , the tubular receiving member has an inside diameter that is sufficient to loosely receive , without binding , the support stake of the decoy . in addition , the surface of the tubular receiving member has a color or shade of black when the hunter is after canadian geese , straw colored when the hunter is after white geese , and various other colors when after other waterfowl . in an embodiment , the tubular receiving member can have a permanent finish of black and a removable sleeve that is either a rigid tube or a fabric having a straw color that can be placed over the black tubular receiving member to allow the hunter to have the option of hunting either canadian geese or white geese . end cap 32 can have a striking color such as orange or any other color which is flat , reflecting , or fluorescent to enable a hunter to quickly and easily locate the tubular receiving members when he / she is setting up a pattern of decoys . the top end of the tubular receiving member is flared to have either an enlarged diameter or it can have a funnel shape . the larger opening at the top end of the tubular receiving member is provided to facilitate placing the support stake of the decoy into the tubular receiving member . decoys with support stakes encased in a tubular receiving member can be placed in their entirety into the invention . referring to fig4 , when the invention herein disclosed is being used for the first time in the hunting season , the hunter removes the top removable end cap and or lightly pounds on the top end of the tubular receiving member to force the conical or wedge shaped end of the tubular receiving member into the ground , leaving about 14 inches of the tubular receiving member protruding up from the ground . the hunter then replaces the top removable end cap until they are ready to use the tubular receiving member . normally the hunter will push a number of tubular receiving members into the ground in this fashion to form a suitable pattern . at least one tubular receiving member will be used for each decoy . however , in order to vary the pattern of the decoys , more tubular receiving members than decoys can be used . this is usually done before the waterfowl season begins and when conditions are favorable such as when the ground is soft and the farmer has finished working the field . the top removable caps are removed when the tubular receiving members are to be used and are replaced when not in use . under normal conditions , the tubular receiving members are left in the ground until the hunting season ends . the removable caps prevent the tubular receiving members from filling with water or other debris during rain or snow conditions . after the tubular receiving members have been placed in the ground the hunter is ready to hunt geese . when the hunter wants to deploy the decoys , he / she first removes all of the removable caps from the tubular receiving members that have previously been driven into the ground . the hunter then carries several decoys to the tubular receiving members at one time and , with one hand , merely drops each support stake with the motion or other waterfowl decoy attached , into the top opening of each tubular receiving member to quickly and easily position the various decoys ( see fig4 ). when the hunt is completed , the hunter removes the decoys and replaces the removable caps on the ends of the tubular receiving members and leaves for home until the next hunt . the removal and replacement of the exposed end caps is relatively easy as the caps are on top of the tubular receiving members which are approximately 14 inches above the ground . with this invention the motion decoys can be quickly and easily set up and retrieved in any light or weather conditions with almost no possibility that the decoys and their attached stakes will be contaminated by touching the ground . the black tubular receiving members are easily visible in rainy , snowy or low light conditions as they protrude well above the ground and are of sufficient diameter to be easily seen . the decoys may never come in contact with the ground or other contaminates and the decoy support stakes are never inserted directly into or removed from the ground . thus , it is not necessary to remove mud or other contaminates from the decoys or their stakes . the decoys can be deployed in snowy conditions as the ends of the tubular receiving members are well above the ground and are visible in over one foot of snow . the height of the tubular receiving members eliminates the need for extensive bending over by the hunter when setting up and retrieving the decoys , and setting up is simple in frozen conditions because holes do not have to be drilled in the ground for the stakes . high winds will not dislodge the decoys from their position , as the push nuts or other methods of attachment hold the decoys in place on the stakes . the invention can be used with any motion or other waterfowl decoy_that requires the decoy to be supported by a stake . decoys that have a supporting stake encased in a sleeve may be used with the invention by placing the entire stake and sleeve into the invention . based upon the foregoing , it will be apparent that there has been provided a new and useful apparatus and method for setting up and retrieving waterfowl motion or stationary decoys that have a support stake . while there have been shown and described and pointed out the fundamental novel features of the invention as applied to the preferred embodiments , it will be understood that various omissions and substitutions and changes of the form and details of the apparatus illustrated and in the operation may be done by those skilled in the art , without departing from the spirit of the invention .
there is disclosed an apparatus and a method for supporting a movable or stationary decoy displayed on a stake for attracting waterfowl where the decoy has a neck portion , a head portion , a body portion , and a stake that protrudes from and may be securely attached to the body portion of the decoy . a tubular receiving member having an internal channel is provided for loosely receiving the stake . the tubular receiving member can be made of black pvc conduit or other suitable materials and has an upper end that is flared to provide an opening that is larger than the internal channel in the tubular receiving member and a lower end that is sealed to prevent water from entering the tubular receiving member . the lower end of the tubular receiving member is adapted to be mounted in the ground .