fig1 shows the preferred embodiment of the invention as it appears when fully assembled tackle container 1 is shown , with top 2 , bottom 3 , sidewall 4 , and partition 8 . fishing lure 35 is also shown , secured into position with lower wire segment 41 against bottom 3 and upper wire segment 40 compressed and secured within catch 26 . fishing lure 35 also has head 38 , hook 37 , neck 39 , and blade 36 . catch 26 is formed as a notch within retainer 25 , which elevates catch 26 above bottom 3 . fig2 shows tackle container 1 as it appears without insert 29 . slots 15 are shown , oriented vertically on the interior of sidewall 4 . each slot 15 is made from two webs 16 . webs 16 preferably converge slightly from top to bottom , to make it easier to insert rails 17 into slots 15 and to provide a snug fit once rails 17 are inserted their fill length . rails 17 have a trapezoidal cross section , widening as they protrude from end wall 30 . slots 15 have a corresponding shape . this prevents rails 17 from disengaging from slots 17 in any way other than by lifting straight up . partition 8 divides tackle container 1 approximately in half to make the storage of multiple types of baits more convenient . fig3 is a view of insert 29 in isolation . end walls 30 , which are perpendicular to bottom 3 upon installation , provide a strong surface to which rails 17 are attached . floor 31 , which is approximately rectangular , extends between its short sides at end walls 30 to provide support for retainer 25 . retainer 25 , which comprises barrier 32 , extends vertically from bottom 3 , and the space between retainers 25 form channel 33 . barriers 32 prevent significant movement of lure 35 in a direction perpendicular to channel 33 . in addition to retainer 25 , barrier 32 also includes other structures that further define the boundaries of channels 33 . for instance , in the preferred embodiment , gusset 28 is included to extend barrier 32 in a direction parallel to both channel 33 and a properly inserted lure 35 . by lengthening barrier 32 , gusset 28 further immobilizes lure 35 . gusset 28 also adds structural integrity by acting to prevent rotation of retainers 25 about the length of insert 29 . when lure 35 is in proper position and compressed , with upper wire segment 40 locked into catch 26 , lure 35 is held relatively motionless . catches 26 are shown in fig3 as well as fig4 . catches 26 are preferably formed by notches in retainer 25 . the notches should extend from the edge of retainer 25 in a slightly upward direction . this upward slant will prevent upper wire segment 40 from slipping out of catch 26 when fishing lure 35 is in place and under compression . in a preferred embodiment , additional notches are included , spaced vertically from catch 26 . this allows many different sizes of fishing lure 35 to be stored without modification of tackle container 1 . well depicted in fig3 and 5 are neck rests 27 , part of the preferred embodiment of the invention . as shown , neck rests 27 are formed of a single piece of plastic running the width of tackle container 1 . the bottom of neck rest 27 is flush with bottom 3 , and the top is formed into a curved u - shape . in combination , neck rests 27 provide support for retainers 25 , acting to prevent rotation about an axis perpendicular to insert 29 . neck rest 27 does not have to be the thin strip of material depicted . a more three - dimensional neck rest 27 , contoured to shape of neck 39 , may be employed . because most spinner baits are manufactured with approximately the same size neck 39 , neck rest 27 can accommodate any size spinner bait without modification . when placing a fishing lure 35 in tackle container 1 , neck 39 is placed directly over and in contact with neck rest 27 . this will make it impossible for fishing lure 35 to slide longitudinally once a vertical force is applied to neck 39 . the vertical force is generated when upper wire segment is compressed and placed within catch 26 . without neck rest 27 , fishing lure 35 is not likely to slide due to the frictional forces induced by the compression , but the extra support is desirable . although the preferred embodiment has retainers 25 as part of insert 29 , this is merely to facilitate the construction of the containers by injection molding and to make the containers more versatile . slots 15 on the interior wall are suitable for inserts of many types , making tackle container 1 capable of storing a wide variety of baits . it is within the scope of the invention to make retainers 25 an integral , permanent part of tackle container 1 . pursuant to the idea of interchangeability , another embodiment of the invention is an alternative structure for insert 29 . shown in fig6 , buzz bait insert 50 is very similar to insert 29 . it has end walls 30 , rails 17 , and floor 31 . instead of retainers 25 , however , it has two or more rows of buzz clips 51 . buzz clips 51 are open in the longitudinal direction . upon the application of pressure at the crack of buzz clip 51 by a wire , buzz clip 51 will open and allow the wire to enter . thereafter it will close to prevent the wire from exiting without the application of another significant force to reopen buzz clip 51 . although buzz clips 51 are shown with their crack facing upward , any orientation would work reasonably well . the two rows of buzz clips 51 are spaced so that the desired length buzz bait 50 will extend beyond each if buzz bait wire 52 is placed within two corresponding buzz clips . once in place , very little pressure is applied to buzz bait wire 52 by buzz clips 51 . the light pressure allows buzz bait wire 52 to rotate , the entire body of buzz bait 53 leaning to its side in the process . this diagonal orientation reduces the vertical storage space needed . fig7 shows another embodiment of the invention , where bait clip 47 is used to maintain compression of a single fishing lure 35 . numerous fishing lures 35 , when properly inserted into bait clip 47 , can be placed into tackle container 1 if inserts 29 have been removed . to insert fishing lure 35 into bait clip 47 , neck 39 is first placed onto neck rest 27 which is connected to one the ends of strip 46 . with this support , upper wire segment 40 is then compressed and placed within catch 26 , which is connected to the opposite end of strip 46 . bait clip 47 constrains fishing lures 35 to a smaller size so that more fishing lures 35 can fit into tackle container 1 . further , if many fishing lures 35 are stored in tackle container 1 , the tangling of fishing lures 35 is minimized , and tangles that do occur are easier to separate . there are of course other alternate embodiments that are obvious from the foregoing descriptions of the invention , which are intended to be included within the scope of the invention , as defined by the following claims .
a container for the convenient transport and storage of fishing lures , particularly spinner baits , is disclosed . the container includes channels running parallel to one another , a slightly raised portion for supporting the neck of a lure , and a vertically extending retaining piece . the retaining piece has at least one notch near its top for holding the compressed wire portion of a lure . properly positioned within the container , a lure requires relatively little space and is secured to prevent tangling with other baits .