reference is now made to fig1 a showing a conventional tree stand hunting system 10 as previously known in the art . as shown , the system 10 comprises a platform 12 attached to a tree t and a leash 14 attached from the tree t to a hunter h . fig1 b illustrates the hunting aid 16 forming one aspect of the present invention . as noted above , one of the features of the hunting aid 16 is its ability to function as a railing or barrier for providing a hunter h greater confidence when in an elevated position in a conventional tree stand . in one embodiment , this is accomplished by semi - permanently securing a support 18 to a tree t and removably attaching a bar 20 to the support 18 . in one embodiment , shown in fig2 a , the support 18 comprises a generally rectangular baseplate 22 . the baseplate 22 includes an engagement region 24 that engages a securing device 26 of the bar 20 , discussed later in further detail . as illustrated in fig2 a , the baseplate 22 includes a top region 22 a and a bottom region 22 b . in one embodiment , shown in fig2 a , the bottom region 22 b includes the engagement region 24 . alternatively , the top region 22 a may include the engagement region 24 ( see fig2 d ). thus , the baseplate 22 and engagement region 24 may have any orientation that permits attachment of the bar 20 . in one embodiment , shown in fig2 a , a first and second ledge 24 a , 24 b define the engagement region 24 . as discussed later , this configuration of the engagement region 24 promotes easy attachment and removal of the bar 20 . the baseplate 22 also includes a plurality of apertures 28 and extending arms 30 for attaching the baseplate 22 to the tree t . in one embodiment , shown in fig2 a , the extending arms 30 each comprise a first and second member 30 a , 30 b outwardly projecting from the base plate , essentially forming a “ v ” shape . in this configuration , the extending arms 30 may function as barbs for engaging the tree t . in order to avoid interfering with the attachment of the bar 20 , the extending arms 30 may have lengths running from the top region 22 a to the first and second ledge 24 a , 24 b of the engagement region 24 . as shown in fig2 a , the evenly spaced apertures 28 may receive fasteners , such as screws 32 , for securing the baseplate 22 . in use , the hunter h locates the baseplate 22 in the desired position on the tree . next , he inserts the screws 32 through the apertures 28 of the baseplate 22 and into the tree , thereby attaching the baseplate 22 to the tree t . as previously discussed , in addition to the screws 32 , the extending arms 30 engage the surface of the tree t and help prevent rotation of the attached baseplate 22 . thus , the baseplate 22 remains semi - permanently attached to the tree t . in another embodiment , shown in fig2 b , in addition to the plurality of apertures 28 , discussed above , the baseplate 22 may also include a first securing aperture 29 a adapted to receive a locking device , such as a pin 31 , discussed later in further detail . alternatively or in addition to the configuration discussed above , the extending arms 30 of the baseplate 22 may include a plurality of pegs 33 outwardly projecting from the baseplate 22 ( see fig2 b and 2 f ). in one embodiment , the baseplate 22 includes four pegs evenly arranged . the pegs 33 assist in offsetting and securing the baseplate 22 to the tree t . the pegs 33 may comprise substantially cylindrical dowels that attach substantially perpendicular to a surface of the baseplate 22 . the pegs 33 may attach to the baseplate via welding , mechanical fasteners , or otherwise . in one embodiment , the pegs 33 insert through apertures 28 of the baseplate 22 , extend through the entire width of the baseplate w , and become welded in place . the pegs 33 may also include points or barbs ( not shown ) for assisting in attachment of the baseplate to the tree . in addition to attachment via fasteners or pegs , the baseplate 22 may attach to the tree via a strap 34 . as shown in fig2 c and 2 d , the strap 34 may engage a slot 36 located in the baseplate 22 . the slot may be positioned and sized on the baseplate to receive the strap 34 . the manufacturer may fabricate the baseplate 22 with the strap fixedly attached or the baseplate may include a removable strap such that the hunter may attach or remove the strap , as desired . the strap may attach to the tree via a hook 38 and loop 38 a assembly ( shown in fig3 a ), a ratchet assembly ( shown in fig3 b ), or otherwise . in one embodiment , shown in fig2 f , instead of or in addition to the strap 34 engaging a slot 36 located in the baseplate 22 , the hook 38 of the strap 34 may associate with an aperture 27 of the baseplate . in this configuration , the hunter h places the strap around the tree t and associates the hook 38 with one of the apertures 27 of the baseplate 22 for attachment of the baseplate to the tree t . alternatively , the strap 34 may include a plurality of hooks 38 , such that the hunter h may attach one of the hooks to an aperture 27 of the baseplate 22 , place the strap around the tree t , and attach another hook to another aperture of the baseplate . in these configurations , the hunter h may make adjustments to the length of the strap 34 for use with various trees having differing dimensions . the strap 34 may comprise nylon or other material that provides secure attachment of the baseplate 22 to the tree t . additionally , as representatively shown in fig2 c - 2 f , a hunter may use any combination of mechanical fasteners and / or strap 34 for semi - permanently attaching the baseplate 22 to the tree t . in addition to the generally rectangular baseplate shown , the support 18 may take the form of a plate 23 having apertures 28 and a semi - circular engagement region 24 ( fig4 a ). similar to attachment of the base plate 22 , fasteners , such as screws 32 may engage the apertures 28 for attachment of the plate 23 to the tree . as shown in cross - section in fig4 a , the engagement region 24 lies in an offset plane parallel to the plate 23 . this arrangement facilitates easy attachment and removal of the bar 20 by minimizing interference of the bar 20 with the tree t . the support may also comprise a hook 25 ( fig4 b ) having an aperture 28 for attachment to the tree t , as previously described . as shown in cross - section , the hook 25 may essentially form a “ j ” shape with an offset engagement region 24 . therefore , the support 18 may take any form , shape , or configuration and attach to the tree t in any manner . the support 18 may also include a threaded region or integrated fasteners ( not shown ), thereby obviating the need for screws 32 or straps 34 . thus , the support 18 may be adapted to work with many types / sizes of trees and various hunting situations . with reference to fig5 a , the bar 20 in the illustrated embodiment comprises a generally circular hoop 42 , which functions as a rail or barrier for boosting the confidence of a hunter positioned on a conventional tree stand . the hoop 42 may comprise one piece of material or multiple pieces joined together and may be formed of any material , but would preferably be metallic tubing , such as a ½ ″ diameter aluminum , steel or iron tube . the hoop 42 may be formed in any shape or size , however , in one embodiment , the hoop has a diameter d of approximately 2 - 3 feet . as shown in fig6 , the hoop 42 may include a padded region 44 a and a cover 44 b . the padded region 44 a functions to provide cushioning for a hunter that may be leaning or resting against the hoop 42 . the hoop or padded region may also function as a gunrest when the hunter is sighting or shooting prey . the padded region 44 a may comprise any material , but preferably a polymer material , such as a polyvinyl chloride ( pvc ) foam , that fits over the hoop 42 . the cover 44 b may comprise a weather resistant fabric that fits over the padded region 44 a . as shown , the cover 44 b may comprise an elongated tube that slides over the hoop 42 and / or the padded region 44 a or it may affix to the padded region 44 a via hook and loop fasteners , or otherwise . the cover 44 b may include a camouflage pattern for assisting in concealing the hunting aid 16 . alternatively , the padded region 44 a may be printed or formed with a desired pattern , such as a camouflage pattern , thereby eliminating the need for the cover 44 b . in addition to the cover 44 b for the padding 18 a , the hoop 42 may include a drape 47 . as shown in fig7 , the drape 47 may attach to the hoop 42 to provide further concealment of the hunter . as discussed above regarding the cover 44 b , the drape 47 may also comprise a camouflage pattern that helps hide the hunter from detection by the hunted game . the drape may attach to the hoop 42 via hook and loop fasteners , stitching , adhesives , or otherwise . the configuration illustrated in fig7 shows the hunting aid 16 positioned in a ground hunting situation , such as used when hunting turkeys . however , the drape may also be used when hunting from the elevated tree stand , thereby providing greater scent and visual concealment of the hunter . additionally , as shown in fig5 a , 5 b and 2 b , the hoop 42 also includes a securing device 26 for attachment of the hoop 42 to the support 18 . in one embodiment , the securing device 26 includes an elongated rectangular block 46 having a front wall 46 a , a back wall 46 b , and side walls 46 c , 46 d . the configuration of walls shown defines an aperture or slot 49 having a volume for receiving a portion of the support 18 . in one embodiment , as shown in fig5 b , the slot 49 of the securing device 26 associates with the engagement region 24 of the support 18 such that the first ledge 24 a contacts the side wall 46 c , the second ledge 24 b contacts the side wall 46 d , and the engagement region 24 substantially fills the volume of the slot . thus , the size and configuration of the slot 49 may correspond to the size and configuration of the engagement region 24 of the support 18 . alternatively , the engagement region 24 of the support 18 may only partially fill the volume of the slot 49 or it may extend beyond the slot 49 , thereby exceeding the volume . in fig2 b , the engagement region 24 corresponds to the upper portion 37 of support 18 and has a size and shape slightly less in volume than the void 49 . during use , the engagement region 37 fills the entirety of the void 49 and upper surface 39 contacts the surface 51 of the rectangular block . the rectangular block 46 may act as an intervening joint disrupting the continuity of the hoop 42 . in one embodiment ( fig5 b ), two terminal ends of the hoop 42 a , 42 b attach , via a mechanical fastener , welding , or otherwise , to the ends 71 of the rectangular block 46 . therefore , the rectangular block may reside in substantially the same plane as the hoop 42 . alternatively ( fig2 b ), the securing device 26 may attach above , below , or anywhere on the hoop 42 . for instance , if the hoop 42 is configured as a continuous ring with its terminal ends welded together at weld 73 , the securing device 26 may attach to a top or bottom portion 75 of the ring , thus not interrupting the continuity of the ring . preferably , the securing device 26 also includes at least one fastener such as a set screw 50 . additionally , as shown in fig2 b , the securing device 26 may include a second securing aperture 29 b which corresponds to the first securing aperture 29 a , discussed above . in one embodiment , the second securing aperture 29 b extends through the width w ′ of the securing device 26 . thus , after aligning the first and second securing apertures 29 a , 29 b , the hunter may insert a locking device , such as the pin 31 . the pin 31 may comprise a ball - lock style pin wherein the pin includes a outwardly spring biased ball 31 a that retracts when inserted and removed . alternatively , in addition to the ball - lock style pin , the locking device may include a cotter pin , nut and bolt , or any other fastener for temporarily locking the securing device 26 to the support 18 . in use , the hunter h takes the hoop 42 , climbs up the tree , and positions himself on top of the previously positioned tree stand platform . after attaching the leash 14 to himself , he associates and aligns the aperture 49 of the of the rectangular block 46 with the engagement region 24 of the baseplate 22 . next , the hunter engages the fastener such that the hoop 42 becomes attached to the baseplate 22 . if the securing device 26 ( such as the rectangular block 46 ) and the baseplate 22 include first and second securing apertures 29 a , 29 b , the hunter h may insert the locking device ( such as the pin 31 ) through the apertures 29 a , 29 b , thereby further locking the securing device 26 to the baseplate 22 . once installed , the hunter confidently positions himself on the tree stand and begins the hunt . fig5 b shows the baseplate 22 in a generally vertical position such that the engagement region 24 is located at the bottom region 22 b of the baseplate 22 . in this configuration , the set screws 50 are positioned on the securing device 26 located on the hoop 42 . however , one will appreciate that the hoop may attach to the baseplate in various methods . as shown in fig5 c the set screws 50 or fastener 48 may become positioned on the support 18 . in this configuration , the securing device 26 , positioned on the hoop 42 , may include the engagement region 24 and the support 18 may include the slot 49 . alternatively , the support 18 and securing device 26 may become positioned horizontally as shown in fig5 d . additionally , as a substitute for , or for use in conjunction with the set screw 50 , the securing device 26 may include a lever or clamp ( not shown ) for attaching the hoop 42 to the support . thus , any configuration of support 18 , such as the baseplate 22 , and securing device 26 may be used for removably attaching the bar 20 , such as the hoop 42 . the invention presents a hunting aid that provides a barrier or railing for use with a conventional tree stand that enables portability and easy assembly when positioned on a tree stand . additionally , the hunting aid provides concealment features for use in various hunting situations . the foregoing was chosen and described to provide the best illustration of the principles of the invention and its practical application to thereby enable one of ordinary skill in the art to utilize the invention in various embodiments and with various modifications as are suited to the particular use contemplated . all such modifications and variations are within the scope of the invention as determined by the appended claims when interpreted in accordance with the breadth to which they are fairly , legally and equitably entitled .
a hunting aid including a removably attachable bar having a securing device and a support for use in various hunting situations . the support semi - permanently attaches to a tree thereby allowing a hunter to removably attach the bar to the support via the securing device . a hunter may use the device as a confidence booster when using a conventional tree stand . preferred supports include baseplates having engagement regions and slots that receive straps secured about a tree . preferred bars include a circular hoop having a securing device formed of walls defining a slot . the securing device welds to the hoop . during use , the engagement region of the baseplate fits in the slot from above or below and fills the volume thereof . a fastener may optionally tighten against the engagement region . the hunting aid also includes an optional drape for providing concealment / camouflage to the hunter hunting with or without the tree stand .