Abstract:
A dispenser system for scented material for use during hunting includes a container having a sealable opening and a wick stored in the container, the wick having a series of weights distributed thereon. The wick may have a tab positioned on one end to prevent complete removal of the wick from the bottle, and a grab hook at the other end. The dispenser system may include an auxiliary line attachable to the grab hook for connecting the wick to a tree limb of the like.

Description:
FIELD OF THE INVENTION 
     The invention relates to a container for storing and dispensing game animal scent attractant, particularly game animal urine, such as deer urine. 
     BACKGROUND OF THE INVENTION 
     Hunters employ many techniques to lure game animals such as deer to a desired hunting area. One technique is deploying animal scent in the hunt area. The scents used include urine from the hunted animal, or estrus scent. Such scented lures are typically available as liquid concentrates. 
     The concentrated scent may be dispensed at the hunt site in many ways. Typically, the scent is stored in a sealed container and dispensed from the container at the hunt site, such as by applying the scent to an elevated scent pad disposed in an artificial scrape surrounding an artificial rub. Alternatively, a scent container may contain a wick stored in the container and soaked in the scent. At the hunt site, the wick is deployed from the container and suspended from a tree or bush. One end of the wick may have a hook to assist deployment, while the other end may be attached to a device to prevent complete separation from the container. At the end of the hunt, the wick is then restored into the container. 
     With these containers, re-storage of the wick is problematic. Many of the scents have an odor that is pungent to humans and difficult to remove from skin and clothing; therefore great care is required in handling the wick, as it is difficult to re-store the wick without the user&#39;s hands contacting the wick and scent. One approach to solve this problem was to incorporate a reel internally into the container with an external crank, thereby allowing the wick to be withdrawn into the container without the need to handle the wick. One such device is shown in U.S. Pat. No. 5,947,379 to Freeman, hereby incorporated by reference. 
     This design however has a tendency to be complex, expensive to make, and subject to leakage, as the container is usually manufactured in two mating halves, and the container further has a number of gaskets used to seal off the various compartments. 
     SUMMARY OF THE INVENTION 
     Accordingly, it is an object of the invention to provide a container for scented materials for use during hunting which provides compact storage, does not leak, and has a wick easily retractable into the container. 
     To that end, a dispenser system for storing and deploying scented material for use during hunting is provided which includes a container having a sealable opening and a wick stored in the container, the wick having a series of weights distributed thereon. The wick may have a tab positioned on one end to prevent complete removal of the wick from the bottle, and a grab hook at the other end. The dispenser system may include an auxiliary line attachable to the grab hook for connecting the wick to a tree limb or the like. 
    
    
     BRIEF DESCRIPTION OF THE DRAWINGS 
     FIG. 1 a  is a schematic showing the container and wick stored in the container. 
     FIG. 1 b  is a schematic showing the container, wick and auxiliary line after deployment. 
    
    
     DESCRIPTION OF THE PREFERRED EMBODIMENTS 
     As shown in FIG. 1 a , the system includes a container  2 . As shown, container  2  is a plastic bottle having an opening  3  defined by a neck  4 . It is preferred that the container  2  be inert to the materials stored in the container, such as deer urine. The opening  3  is sealingly closable through use of cap  5  and the cap  5  may include an optional gasket. As shown, the cap  5  engages the bottle&#39;s neck  4  through the action of matching threads. Container  2  is sized to be easily transportable and preferably, fit in a shirt pocket. 
     The system also includes a wick  10 . Wick  10  is a length of wickable, or more generally, wetable fabric, such as cotton, and is stored in the interior of the container  2 . One source of a suitable wick  10  is round shoestring. Placed along the length of the wick  10  is at least one weight, with a plurality of weights  11  preferred. One type of weight found suitable is fishing line weight crimped onto the wick. As shown, weights are placed on the wick  10  at intervals of 2-3 inches, using 1-3 ounce weights. 
     One end of the wick  10  has attached thereto a tab  12 . The tab  12  should be larger in at least one dimension then the diameter of the opening  3 . In this fashion, it is possible to insert the tab  12  with wick attached into the interior of the container  2 , but because of the tab&#39;s size, it is difficult to remove the tab  13  from the interior of the container  2 . One type of tab  12  is a portion of a paper clip. Flexible plastic tabs could also be used, where the tab is “flexed” for insertion. Another embodiment may have one end of the wick attached to the interior of the container, such as with glue or the like, thereby preventing full removal of the wick from the interior of the container. 
     Attached to the other end of the wick  10  is a grab hook  13 . Grab hook  13 , as shown, is a loop made from a paper clip. Grab hook  13  is designed to be grabbed (by the hands or other suitable implement) and pulled out of the interior, thereby deploying the wick  10 . Grab hook  13  should have one dimension slightly greater than the diameter of the opening  3  so that the grab hook  13  will not fall into the interior of the container  2 . It is not necessary that the grab hook  13  be “hooked” or “looped” shaped. For instance, the grab hook  13  could be a bar attached to the end of the wick, or a knot formed in the end of the wick  10 , where the knot is slightly larger in size than the container opening. It is desired that the grab hook  13  be insertable into the neck  4  of the container  2 , to allow the cap  5  to close and seal over the grab hook  13 . Consequently, it is preferred that either the neck  4  of the container  2  or the grab hook  13  (or both) be slightly flexible. 
     Additionally, the system may have a auxiliary line  20 , shown in FIG. 1 b . Auxiliary line  20  has two ends, a first end  30  and a second end  40 . First end  30  has a device  31  or a means for engaging the grab hook on the wick, to assist in removal and re-insertion of the wick. Device  31  may be a hook, clasp, clip, (shown is an alligator clip) or a loop of Velcro. Second end  40  may be attached to a tree or brush limb, and can include a hook  41  to assist in so attaching. Auxiliary line  20  can made from a non-wickable material, as the auxiliary line  20  is not intended to be stored in the interior of the container  2 . 
     One end of the wick  10  has attached thereto a tab  12 . The tab  12  should be larger in at least one dimension then the diameter of the opening  3 . In this fashion, it is possible to insert the tab  12  with wick attached into the interior of the container  2 , but because of the tab&#39;s size, it is difficult to remove the tab  12  from the interior of the container  2 . One type of tab  12  is a portion of a paper clip. Flexible plastic tabs could also be used, where the tab is “flexed” for insertion. Another embodiment may have one end of the wick attached to the interior of the container, such as with glue or the like, thereby preventing full removal of the wick from the interior of the container. 
     Attached to the other end of the wick  10  is a grab hook  13 . Grab hook  13 , as shown, is a loop made from a paper clip. Grab hook  13  is designed to be grabbed (by the hands or other suitable implement) and pulled out of the interior, thereby deploying the wick  10 . Grab hook  13  should have one dimension slightly greater than the diameter of the opening  3  so that the grab hook  13  will not fall into the interior of the container  2 . It is not necessary that the grab hook  13  be “hooked” or “looped” shaped. For instance, the grab hook  13  could be a bar attached to the end of the wick, or a knot formed in the end of the wick  10 , where the knot is slightly larger in size than the container opening. It is desired that the grab hook  13  be insertable into the neck  4  of the container  2 , to allow the cap  5  to close and seal over the grab hook  13 . Consequently, it is preferred that either the neck  4 of the container  2  or the grab hook  13  (or both) be slightly flexible. 
     Additionally, the system may have a auxiliary line  20 , shown in FIG. 1 b . Auxiliary line  20  has two ends, a first end  30  and a second end  40 . First end  30  has a device  31  or a means for engaging the grab hook on the wick, to assist in removal and re-insertion of the wick. Device  31  may be a hook, clasp, clip, (shown is an alligator clip) or a loop of Velcro. Second end  40  may be attached to a tree or brush limb, and can include a hook  41  to assist in so attaching. Auxiliary line  20  can made from a non-wickable material, as the auxiliary line  20  is not intended to be stored in the interior of the container  2 . 
     In use, the cap  5  is removed and scent is poured into the container. The cap  5  is then replaced, and the container  2  taken to the hunt site. At the hunt site, the cap  5  is removed and the grab hook  13  of the wick  10  is grasped and pulled, drawing out the wick  10 . The auxiliary line  10  can be used to accomplish the grasping, if desired (shown in FIG. 1 b ). The grab hook  13  (or the second end of the auxiliary line if the auxiliary line is utilized) is then attached to a tree limb or the like, suspending the saturated wick  10  in the air at a suitable height. The container  2  should also be suspended in the air to prevent the contents from spilling. At the end of the hunt, the grab hook  13  (or the second end of the auxiliary line) is detached from the tree limb or the like, and the wick  10  is threaded back into the interior of the container  2 . The weights  11  greatly assist re-insertion of the wick  10 , as the weights  11  help maintain the exposed portion of the wick  10  under tension, allowing the operator to simply lower the wick  10  into the interior, or if need be, to steer the wick  10  into the interior. Because the wick  10  is under tension, the wick  10  will generally follow a straight line into the interior and not flop about upon re-insertion.