referring now to the drawing , a planting apparatus in accordance with the present invention , for creating a replaceable plant display or flower bed , is shown generally at 10 . the apparatus 10 hereof , in a preferred embodiment , includes separable components or elements including a fixed component or receptacle 12 , and at least one removable component or tray 14 . the removable component 14 nests within the fixed component 12 , as will be described in detail herein . with more particularity , the fixed component 12 includes a receptacle body 16 formed as an integral unit from a durable material , such as weather - resistant plastic , cement , or the composition sold under the mark geobond . the exact material is not critical hereto , only that it be non - corrosive , non - degradable and dimensionably stable over a wide temperature range , i . e ., from extreme cold to high heat as is environmentally encountered . the receptacle body 15 includes a perimeter rim 17 having an outer edge 18 and an inner edge 19 . the receptacle body 16 also has at least one recess or cavity 20 formed therein , with a flat narrow ledge 21 formed therearound which extends horizontally inwardly from the interior edge 19 of the rim 17 . the ledge 21 defines a shoulder for removably seating either the removable tray 14 , or , alternatively , a lid ( not shown ) thereon . the lid is used to cover the apparatus , when necessary , and as discussed below . the receptacle body 16 further has slightly inwardly tapering side walls 22 , 24 disposed on opposite sides of the cavity 20 , and end walls 26 , 28 located at opposite ends thereof , as shown . each of the walls 22 , 24 , 26 , and 28 depend from and are integrally formed with the rim 17 . a floor extends substantially horizontally across the receptacle body 16 from the lower ends of the walls 22 , 24 , 26 , 28 at the bottom of the cavity 20 . the floor 30 is provided with a non - planar grid 32 , which is preferably a lattice made up of a plurality of flat sided pyramids 34 uniformly spaced through the area of the grid . each pyramid 34 has a high spot or apex 36 , from which pyramid walls 35 slope outwardly and downwardly to the base or floor 30 . the area of the floor 30 between the pyramids 34 forms a channel 37 , and the channel preferably has a plurality of apertures or holes 38 formed therethrough to permit fluid , such as water , to drain outwardly from the receptacle body 16 . the apices 36 of the pyramids work together with the channel 37 to prevent the removable tray 14 from &# 34 ; freezing &# 34 ; to the floor 30 of the fixed component 12 . in practicing the present invention , a hole is dug in the ground and the fixed component 12 is placed in the hole in a position so that the rim 17 is at ground level . in this way , the fixed component 12 is embedded in the ground and is permanently seated therein . also , and as shown in the drawing , at least one aperture 39 may be provided in either one of the side walls 22 , 24 or end walls 26 , 28 , through which one or more spikes or the like ( not shown ) may be driven horizontally therethrough into the earth to fix the component 12 in the place in the ground . also in the preferred embodiment of the present invention , the perimeter rim 17 may have at least one indentation 40 formed therein to enable and facilitate a user &# 39 ; s grasping of the removable tray 14 when it is seated within the cavity 20 . it is further contemplated herein , although not critical to the practice of the present invention , that an embossment or rib 42 be provided at least partially along the vertical extent of any one of the walls 22 , 24 , 26 , and 28 . the embossment 42 , as described hereinafter , cooperates with a groove or recess formed in the removable tray 14 to lock it in place in the cavity 20 of the fixed component 12 . as noted hereinabove , the removable tray 14 hereof provides a nestable open top container for placement within the cavity 20 of the fixed component 12 . the removable tray 14 is preferably formed from a durable and weather - resistant plastic , and is sized to fit snugly within the cavity 20 . the tray 14 defines a hollow interior storage area 44 bounded by two substantially vertical spaced apart side walls 46 , 48 two substantially vertical spaced apart end walls 50 , 52 , and a floor 54 attached to the side and end walls 46 , 48 , 50 , 52 at their lowermost edges , and being integrally formed therewith to provide a unitary , open topped container . the tray 14 further includes a rim 56 attached to and extending horizontally outwardly from the top of the walls 46 , 48 , 50 , 52 as shown . when the tray 14 is inserted into the cavity 20 of the fixed component 12 , the rim 56 seats on the shoulder provided by the ledge 21 ( fig1 ). each of the walls 46 , 48 , 50 , 52 of the tray 14 has a height h which is equal in dimension to the depth d of the cavity 20 in the receptacle body 16 , which is the distance from the ledge 21 to the apices 36 of the pyramids 34 . thus , when the tray 14 is seated within the cavity 20 the rim 56 rests on the ledge 21 , as noted , while the floor 54 rests on the plane defined by the pyramidal apices 36 . because of the vertical distance between the floor 30 of the fixed component 12 and the floor 54 of the tray 14 , any fluid , such as water , which builds up on the floor of the fixed component will not , under most circumstances , abut against the exterior surface of the tray floor 54 and thus , the tray will not freeze to the floor 30 of the fixed component . the floor 54 of the tray 14 preferably has a plurality of apertures 58 formed therethrough to allow fluid , such as water , to drain therethrough . optionally , at least one of the side walls and / or end walls 46 , 48 , 50 , 52 of the tray 14 has a recess 60 formed therein which is substantially equal in length and diameter to that of the embossment 42 provided in a corresponding wall of the fixed component 12 . the recess 60 provides a guideway for the embossment 40 to properly orient and interlock the tray 14 into the fixed component 12 . as is shown in the drawing , the rim 56 when seated on the ledge 21 , may be grasped by a user by inserting a finger into the indentation 40 , and by grasping the rim 56 between the finger and the thumb , the tray 14 may be removed from the cavity 20 . clearly , from the preceding , it is to be appreciated that in use , the tray 14 is inserted into the cavity 20 and is seated therewithin . in the practice of the present invention , the tray 14 is filled with dirt and flowers or other decorative plants in a remote location such as a backyard , greenhouse or nursery , either by horticulture professionals or by the owner thereof , and is then transported to the point of end use where the fixed component 12 is located . then , if necessary , any old plants are removed by removing the old tray 14 in which they are housed , and the fresh tray 14 is installed in its place . in this way , the difficulty and mess of preparing flower beds at the point of use is minimized . as shown in fig1 the present invention has particular utility in preparing cemetery beds for grave sites . by placing the fixed component 12 in the ground , flower beds for the cemetery plots are easily provided , and are easily removed and replaced as desired . in the preferred construction , each of the fixed and removable components 12 , 14 is made of a durable plastic which is resistant to corrosion from acids contained in the soil , and which has a sufficient strength so that it may be trod upon or driven over . suitable materials include nylon , polycarbonate , high density polyethylene and the like . alternatively , the removable component 14 may be formed from a biodegradable material which may then be mulched or composted with the organic matter contained in the flower bed , including any dead flowers as well as the soil , and subsequently may be reused . as noted , in preparing a flower bed , the previously prepared tray 14 containing flowers and dirt is merely inserted into the cavity 20 . after the flowers have frozen and the flower beds are to be prepared for the next season , or when the owner of the site wishes to make a change of the plants on display , the removable component can be removed from the cavity and a new one inserted in its place . alternatively , the tray 14 may be removed from the cavity and may then be dumped out in a suitable area , and new dirt and plants may be planted therein , followed by reinstallation in the cavity of the fixed component 12 . in fabricating and using the apparatus 10 of the present invention , in the preferred embodiment thereof , preferably , the fixed component 12 includes a multi - compartmented cavity having at least two compartments 20 and 20 &# 39 ; for removably storing at least two removable trays 14 and 14 &# 39 ;, each configured substantially similarly , as shown in the drawings . of course , more than two compartments may be used with a corresponding number of removable components . the removable components 14 , as well as the fixed components 12 , are each , respectively , dimensioned to be nestably stacked for storage when not in use . it should be further noted with respect hereto that although the floor of the fixed component 12 has been described herein as one having a closed surface with apertures formed therethrough , clearly , an open grid or the like may be used . as noted hereinabove , it is also contemplated that a lid ( not shown ) also be provided . oftentimes , in preparing grave sites , they are formed adjacent already existing cemetery plots . it is contemplated herein that where a tractor or the like has to be used adjacent an existing cemetery plot , the lid is placed over the fixed component 12 . in use , the tray 14 is manually removed from its associated cavity and the lid is then seated on the ledge 21 . the lid is formed from a sufficiently durable material that the tractor may be driven thereover without destroying the integrity of the flowers , as well as of the flower bed itself . after the new grave site is prepared , the lid may be removed and the flower - bearing tray replaced in the cavity 20 . it is , also , contemplated to use the present invention to provide grave blankets . in doing so , the removable components are replaced with conventional foam blocks which fit in the cavities . a grave blanket ( not shown ) may then be hooked or otherwise secured to the blocks . it is to be appreciated that the present invention is not necessarily limited to grave sites , but may be used in other commercial , as well as residential environments and could be used above - ground , if desired . it is further to be appreciated from the preceding description that the present invention affords a device for creating a flowerbed or plant display which enables easy maintenance and removal of flora stored therein . in another application of the present invention , the apparatus hereof contains a fixed component 12 as shown and described herein , and the fixed component is permanently embedded in the earth , as discussed , but instead of placing the removable component 14 therein , rather , the fixed component is dimensioned to hold and receive a series of standard cylindrical plastic flower pots therein , such as are commonly commercially available , with growing plants disposed in the flower pots . although the present invention has been described herein with respect to a preferred embodiment thereof , the foregoing description is intended to be illustrative , and not restrictive . those skilled in the art will realize that many modifications of the preferred embodiment could be made and would be operable . all such modifications which are within the scope of the following claims are intended to be within the scope and spirit of the present invention .
an apparatus for storing decorative plants , particularly , in earth , while allowing for easy removal and replacement of the stored plants , includes a receptacle body which is embedable in the earth , the receptacle body having at least one cavity formed therein for receiving a storage tray , the receptacle body further having a hole formed therethrough below the cavity to allow drainage therefrom . a storage tray is shaped to fit inside the cavity of the receptacle body , and the storage tray has a hollow space formed therein to receive stored plants such as flowers therein . among other uses , the apparatus hereof is suitable for replaceably holding flowering plants at grave sites , and elsewhere where flower beds are desired .