with reference to fig1 there is provided container 100 constructed in accordance with the invention as shown in the open position . the container 100 comprises a box or bottom 17 having a bottom wall 20 and substantially vertically extending sidewalls 12 . one such wall has been designated as 12a to illustrate which wall is cut away in fig2 . per fig3 the upper portion of the sidewalls 12 has a round ridge 14 molded on the exterior surface of the front and rear walls , and a similar ridge 40 molded into the side walls in axial alignment therewith . the rear wall has a belt clip 16 integrally or otherwise fixedly attached thereto . the detachable lid 13 consists of a top 33 having at the edges thereof downwardly depending sidewalls 34 . tab 31 is disposed at the corner forming the junction of two of the walls 34 , here shown to be the rear and right side wall . it is preferable for said tab 31 not to project rearwardly to avoid interference with the location between the wearer &# 39 ; s belt and clip 16 . if desired tab 31 could extend forwardly . while shown at one corner , it is within the scope of the invention for the tab to be disposed at any location along the length of right side wall 34 . indeed the tab 31 could be placed on side wall 34a , the left side wall if desired . tab 31 has a central aperture 32 therethrough for the insertion of connecting string 37 which is knotted at one end 38 to attach it to the tab 31 . a similar tab 35 having an aperture 36 therein is disposed normal to the right side wall 12 of box 17 . all of the comments pertinent to the disposition of tab 31 are pertinent here as well . for style and ease of operation , the two tabs should preferably be facing the same direction and more preferably in vertical alignment , as shown . however , preferably the apertures 32 and 36 are horizontally disposed . the opposite end of string 37 is knotted at 38 through aperture 36 to thereby detachably secure lid 13 to box 17 . if desired , tabs 31 and 35 may be oriented 90 ° to provide vertical apertures . in fig2 and 3 one embodiment of container 100 is further illustrated . the box side walls 12 are shown as they engage the bottom of the container 20 . the ridges 14 and 40 are shown as they are molded to the upper portion of box side walls 12 . the lid top 13 is shown separated from box 17 due to the absence of string 37 . inwardly extending groove 15 , in phantom in fig3 and in fig1 is shown as it is constructed into the lower portion of the internal surface of the downardly depending walls 12 of the lid . it is to be noted that left side wall 12 is designate 12a in fig3 to further indicate the fact that it is this wall that is missing in fig2 . disposed along substantially the entire depth of wall 12a at a convenient elevation , preferably around the middle for proper balance , is disposed a strip of velcro ® 49 . the velcro ® material 49 may be adhesed to wall 12a by a suitable glue or self - adhesive velcro ® available in the marketplace . velcro ® is an engaging means comprising a pad of nylon hooks which engages a pad of complimentary loops for forming a detachable bond of one time to another . velcro ® is a well known material available in the marketplace from velcro s . a . of friebourg , switzerland or its licensee . it is to be seen that preferably , as illustrated here , the tabs 31 and 35 are disposed on the opposite side wall from velcro ® strip 49 . the choice of left or right for either is at the choice of the practitioner . lid 13 is seen to include a similar velcro ® strip 19 of convenient size disposed on the top outside surface thereof . at the midportion of the clip there is shown another velcro ® strip 19 which can serve to better secure the clip to the belt of the wearer by engaging the fabric of the trousers , thereby adding in the disposition of the clip at its desired position on the belt . obviously this additional strip is optional . demonstrating the intended use of the invention , an array 11 of shotgun shells , stacked five rounds wide and five rounds tall , is shown in fig3 . while shown in the preferred orientation , horizontal , for easier handling and quicker removal , it is within the scope of the invention , but less preferred , to size the container for vertical storage of the shells 11 . thus , the container can be adapted to maintain all guages and lengths of shotshell or other ammunition securely . the application of the detachable lid 13 is accomplished by a downward vertical pressure until the groove 15 on the lid side walls as aforesaid engages the ridge 14 of the box side walls . with the presence of ridges 40 , they would also engage their appropriate groove 45 until the ridges snap into the lid whereby the bottom becomes removably secured to the lid . when lid 135 , per fig5 is employed , it is seen that upon engagement of ridge 14 with groove 15 , gasket 395 will assume a contact relationship with lip 46 , the surface of thickness of wall 12 , to help ensure an even better water tight seal . at all times string 37 will remain almost taut since little extra should be provided such that when the lid is detached and then let go , it will dangle but a few inches from the box , again saving time for re - location when it is desired to reseal container 100 after removing the desired shells . with the detachable lid closed , the shotshell container may be turned in any position while maintaining the contents securely . removal of the detachable lid requires upward vertical pressure until such time the grooves 15 and 45 if present of the lid disengage the ridge 14 and 40 if present of the box side walls . the shotshell container is intended for loose storage of shotshell ammunition in such a manner that the ammunition need not be retained in the array when the detachable top is removed , but may be moved or shifted for convenient access . fig4 is a sectional view of an alternate belt clip . clip 26 is seen to include an integral nonspring vertical extension 25 which attaches to the leading edge thereof and preferably formed therewith . extension 25 is held in abutting relationship to side wall 12 by rivet 28 inserted into aperture 29 in said plate 27 , through the aligned apertures 30 of said wall 12 . optionally , a retainer plate 27 may be juxtaposed against the inside of wall 12 such that apertures aligned with apertures 29 would extend through . such retainer plate can be of thin steel or aluminum and is intended for reinforcement of the plastic wall 12 . it is to be understood that while two rivets are shown securing clip 26 and its extension 25 more or only one need be or can be employed . clip 26 and extension 25 may be constructed of steel , for example . the embodiment of fig5 is similar to that of fig3 except for the presence of lid 135 without ridges 45 . while a lid 13 such as shown in fig2 or fig3 having both grooves 15 and 45 , it is preferable to employ a lid such as 135 which has only grooves 155 therein , re front and back . the absence of side grooves increases the strength of lid 135 since such grooves would receive no ridges . in addition , to ensure a tight seal to protect ammunition 11 from water contact , gasket 395 usually of synthetic rubber may be either separatedly adhesed onto the surface of the interior of top wall 335 of lid 135 or the gasket may be integrally cast into place in same at the time of manufacture using conventional technology . reference is made to fig5 wherein the tab is designated 315 with its aperture designated 325 . obviously the concept of employing an extra gasket such as 395 is equally applicable to lid 13 , and it is within the scope of the total invention to include same and such would be designated 39 . it is also seen that it is just as applicable to employ the clip mechanism of fig4 for the container structure of fig5 as well . from the point of view of manufacture , the embodiment of fig3 is best made having a flexible lip 13 such as one made of polypropylene or polyethylene . if a more rigid plastic , such as abs , were used , it might be difficult to remove the lid from the bottom . therefore abs and other rigid plastics , such styrene , should preferably be employed for the embodiments of fig5 . in any event , the box of said container should have rigid sidewalls , and the walls of the lid , at least those having the grooves therein should possess some degree of flexibility to permit opening and closing of the container . the ammunition container of this invention with its self - locking lid , which remains secured to the box even after unsealing of the lid , is seen to possess many advantages over the prior art , such as ease of opening and closure and the ability to be cheaply and easily manufactured . while the forms of apparatus described constitute the preferred embodiments , it is to be understood that the invention is not to be limited to the forms of the apparatus as presented herein , and that changes may be made therein without departing from the scope of the invention . as is seen , velcro ® strips 19 and 49 have been provided to allow alternate mount means for the container 100 of this invention upon the clothing of the wearer . thus , a hunter having a strip of complimentary velcro ® on his sleeve , or elsewhere , could secure the device of this invention to his sleeve or such other location as possessed the complimentary velcro ®, e . g . a boot . a velcro ® strip on the side wall having tab 35 is not suggested as the user may believe he should attach the removed lid thereto whereas in fact quicker replacement of the lid to the box can be attained if the lid is allowed to dangle free after separation from the box .
a portable container for gun shells having a self - locking lid , and which may be belt mountable is disclosed . the container is sized preferably to accommodate shot gun shells and is water resistant .