the present invention is a culling device 2 comprising a cable element 4 , a retainer element 6 and a floating element 8 . the retainer element 6 may attach the device 2 to an animal , preferably a fish . the floating element 8 comprises a center section 10 and two dial sections 12 , the two dial sections being controllably adjustable to indicate the weight of the animal to which the device 2 is attached or to be attached . the cable element 4 is attached at one end to the retainer element 6 and is attached at the other end to the floating element 8 . the retainer element 6 may be comprised of any suitable material , though metal is preferred . the metal should be resilient and rustproof , given the exposure to water and the natural elements encountered when fishing . it is preferred that the retainer element 6 be a closable loop hook , one that can easily puncture the mouth of a fish and is sturdy enough to remain attached on the fish through fish activity , including struggling , swimming , diving and collision . the cable element 4 may be comprised of any suitable material , though coated wire is preferred , and plastic - coated wire is more preferred . the cable element 4 should be resilient , non - frayable and rustproof , given the exposure to water and the natural elements encountered when fishing , and may be of any practical length . it is preferred that the cable element 4 be between about twelve inches to about eighteen inches in length . the floating element 8 may be comprised of any suitable material that floats . it is preferred that the floating element 8 substantially consist of plastic with a specific gravity of less than one , and it is more preferred that the floating element 8 substantially consist of high density polyethylene . in an embodiment , the floating element 8 is comprised of plastic and a foam , such as polystyrene , and in such an embodiment it is preferred that the plastic completely enclose the foam , and in such an embodiment it is possible for the plastic to have a specific gravity of more than one , as long as the foam present in the floating element causes the floating element as a whole to be buoyant . the floating element 8 may further comprise one or more dial display openings 16 . one of the dial sections 12 may further comprise pound number surface 32 and the other dial section 12 may further comprise an ounce number surface 36 . in a preferred embodiment , the dial display openings 16 permit the view of only the desired numbers and that have been printed on the pound number surface 32 and ounce number surface 36 to be readable , while not revealing the other numbers printed on the pound number surface 32 and ounce number surface 36 . this is a preferred , though not required , configuration , as it improves readability of the device . it is preferred that , on the surface of the center section 10 , adjacent to the dial display opening 16 which permits the view of the pound number surface 32 is a pound indicator 34 , which indicates to the user that the number being viewed through that particular display opening 16 is a weight in pounds . similarly , it is preferred that , on the surface of the center section 10 , adjacent to the dial display opening 16 which permits the view of the ounce number surface 36 is an ounce indicator 38 , which indicates to the user that the number being viewed through that particular display opening 16 is a weight in ounces . the floating element 8 may further comprise a ring extension 30 . the ring extension 30 permits the attachment of the cable element 4 to the floating element 8 . any suitable manner known by those of ordinary skill in the art for attaching the cable element 4 to the floating element 8 is acceptable , and the ring extension 30 may be of any suitable general shape , though a substantially circular protrusion from the center section 10 is preferred . in a particularly preferred embodiment of the present invention , the floating element 8 comprises a center section 10 and two dial sections 12 . the center section 10 comprises a ring extension 30 , two dial mount mechanisms 14 , and two dial display openings 16 . the dial mount mechanisms 14 are on substantially opposite sides of the center section 10 . each dial section 12 is attached to the center section 10 on substantially opposite sides of the center section through rotatable attachment to a dial mount mechanism 14 . in this particularly preferred embodiment , each dial mount mechanism 14 comprises a button 18 , an axle 20 , and a spring 22 . the axle 20 is a substantially cylindrical piece extending from the center section 10 and having a groove 24 bisecting the axle 20 through a diameter of the axle . the button 18 is a substantially flat piece residing at least partially within the groove 24 and having at least one locking peg 26 extending therefrom . the spring 22 resides at the base of and at least partially within the groove 24 such that the spring 22 , when compressed , provides a force parallel to the height of the axle 20 and along the groove 24 against the button 18 away from the center of the center section 10 . the angler may press and release the button 18 through a depression extension 42 , which is a protrusion on the button 18 extending through the dial section 12 and at least partially beyond the end of the axle 20 . in this particularly preferred embodiment , the dial sections 12 each comprise a series of peg - accepting notches 28 , and the peg - accepting notches 28 are circumferentially equidistant from one another . each dial section 12 may be independently rotated around the axle 20 upon depression of the button 18 and compression of the spring 22 , thereby disengaging the at least one locking peg 26 from a peg - accepting notch 28 . upon raising the button 18 and the expansion of the spring 22 , the at least one locking peg 26 may engage a peg - accepting notch 28 . in this particularly preferred embodiment , one end of the cable element 4 is attached to the ring extension 30 of the center section 10 , and the other end of the cable element 4 is attached to the retainer element 6 . the cable element 4 comprises a flexible metal cable that has been coated in a thin plastic layer . in this particularly preferred embodiment , each dial section 12 has sixteen peg - accepting notches 28 . the peg - accepting notches 28 on each dial are circumferentially equidistant from one another , are substantially identical in size and shape , reside within a concave portion of the dial section 12 , which faces towards the center section 10 , and are substantially complimentary in shape to the one or more locking pegs 26 . one dial section 12 further comprises a pound number surface 32 , and the other dial section 12 further comprises an ounce number surface 36 . both the pound number surface 32 and the ounce number surface 36 are numbered in consecutive whole number integers from zero to fifteen . the center section 10 further comprises a pound indicator 34 and an ounce indicator 38 . in this particularly preferred embodiment , each dial section 12 further comprises eight dial grips 40 , circumferentially equidistant from one another . in this particularly preferred embodiment , a number on the pound number surface 32 is visible through the dial display opening 16 adjacent to the pound indicator 34 , and a number on the ounce number surface 36 is visible through the dial display opening 16 adjacent to the ounce indicator 38 . the angler may adjust the number visible on the pound number surface 32 , the ounce number surface 36 , or both , by pressing the depression extension 42 on the button 18 downward , thereby compressing the spring 22 and disengaging one or more locking pegs 26 from one or more peg - accepting notches 28 , and rotating the desired dial 12 until the desired number appears in the respective dial display opening 16 . then the angler will release the depression extension 42 , thereby expanding the spring 22 , and engaging the one or more locking pegs 26 into one or more peg - accepting notches 28 . in an embodiment , the dial sections 12 may further comprise dial grips 40 , which may be of any suitable shape or size known to those of ordinary skill in the art , to serve the purpose of enabling the angler to grip the dial section 12 and rotate it around the axle 20 . the present invention further includes an embodiment where the floating element 8 comprises a center section 10 and a single dial section 12 , wherein the pound number surface 32 and ounce number surface 36 are one in the same . the present invention further comprises a method of culling fish , the method comprising the steps of catching a first fish , weighing the first fish , adjusting a culling device 2 to indicate the weight of the first fish , and attaching the culling device to the first fish . preferably , the method further comprises the steps of catching a second fish , weighing the second fish , determining that the second fish has a greater weight than the first fish , adjusting a culling device 2 to indicate the weight of the second fish , and attaching the culling device to the second fish . the culling device being used on the aforementioned second fish may or may not be the same culling device being used on the aforementioned first fish . the angler may optionally remove the culling device from the first fish , and use that device on the second fish , or he may place a different culling device on the second fish , and subsequently remove the culling device from the first fish and return the first fish to the wild . the present invention further includes a kit , the kit potentially comprising a plurality of culling devices 2 . the kit may also further comprise a scale . it should be understood that the aforementioned embodiments are for exemplary purposes only and are merely illustrative of the many possible specific embodiments that can represent applications of the principles of the invention . without departing from the spirit and scope of this invention , one of ordinary skill in the art can make various changes and modifications to the invention to adapt it to various usages and conditions , including those not specifically laid out herein . as such , those changes and modifications are properly , equitably , and intended to be , within the full range and scope of equivalents of the invention disclosed and described herein .
the present invention is a culling device that comprises a cable element , a retainer element and a floating element . when in use , the device is attached to a fish by way of the retainer element , which may be a clip , hook or other suitable element . the cable element is the link between the retainer element and the floating element . the floating element provides buoyancy to the device as a whole , and serves the purpose of indicating the weight of the fish to which the device is attached . the present invention further comprises a kit , the kit potentially including a plurality of devices , a scale , or some combination thereof . the present invention further comprises a method of using a device or kit . the present invention further comprises embodiments where a device disclosed herein is used on an animal other than a fish .