the invention summarized above and defined by the enumerated claims may be better understood by referring to the following detailed description , which should be read in conjunction with the accompanying drawings . this detailed description of particular preferred embodiments , set out below to enable one to build and use particular implementations of the invention , is not intended to limit the enumerated claims , but to serve as particular examples thereof . the particular examples set out below are preferred specific implementations of a floral bouquet and keepsake assembly , namely , one with a container , a probe extending from the container , a body of stalk supporting material , and a receptacle for attaching a keepsake thereto . the invention , however , may also be applied to other types and shapes of assemblies and keepsakes . fig1 shows the basic components of the floral bouquet and keepsake assembly 1 of the present invention . the assembly 1 includes a container 10 having a bottom wall 6 and a peripheral wall 8 , an upright probe 12 , or supporting means , having one end 14 and an opposite end 16 , a body of stalk supporting material 18 extending through the probe 12 , a floral bouquet 20 extending into the foam , and a keepsake 24 , denoted by a box , secured to the probe 12 via a receptacle 22 . the one end 14 of the upright probe 12 extends from the approximate center of the bottom wall 6 of the container 10 . the container 10 , or containing means , includes any type of suitable container for supporting stalk supporting material , flowers and keepsakes . thus , it can take a variety of shapes , such as round , square , oval , or other suitable shape , sizes and may be constructed of a variety of materials , including natural or synthetic material , most preferably plastics . the probe 12 , or supporting means , can similarly be made of a variety of suitable shapes , sizes and materials . the stalk supporting material 18 can absorb and retain water while firmly supporting the flowers . in the preferred embodiment , the stalk supporting material is known as floral foam , a product commonly used by florists and available from numerous sources . one such suitable product is available under the trademark oasis ®. the term keepsake , as currently used in the floral industry to which this invention is related , denotes a gift item that is delivered as part of a floral display to the recipient . some keepsakes are independently useful items when the bouquet of flowers has lived out its useful life , others are simply adornments , and others are a combination of both . some keepsakes are structures having a flat base while others have one or more connecting components related to the floral display , such as a receptacle , integrally designed into the bottom of the keepsake . examples of keepsakes having utility might be candles , lamps , vases , etc . decorative keepsakes might include figurines , such as ceramic dolls or religious votives . it is understood , however , that keepsakes as used herein , are not limited to these enumerated types of gift items but are merely exemplary . as shown in fig2 the container 10 and the probe 12 are not integral . rather , the bottom wall 6 of the container 10 contains a latching mechanism 32 defining an interior space substantially equal to the circumference of the one end 14 of the probe 12 in order to releasably connect the two components together . fig2 a shows one embodiment of the latching mechanism . in particular , the one end 14 of the probe 12 comprises a substantially round disk . the container bottom wall 6 includes notches 32 that are ratcheted in a downward orientation so that the one end 14 of the probe 12 may snap into the interior space , and the probe 12 is secured in place and can be removed only with considerable force . in the alternative embodiment shown in fig2 b , a twist locking design is used as the latching mechanism . in particular , the one end 33 of the probe 13 is designed with two diametrically opposed &# 34 ; fingers &# 34 ; 34 , two tabs 37 and an alignment dot 35 . the container bottom wall 6 is designed with notches 32 and a mating alignment dot 36 . when assembling the two components , the assembler aligns the two dots 35 and 36 and rotates the probe 13 clockwise . the fingers 34 are slightly compressed by the vertical walls of the two notches 32 across which they horizontally traverse . when the fingers complete their travel across the notches and past their trailing edges , they snap radially outward . concurrently , the rigid tabs 37 abut against the leading edges of the notches 32 , thus preventing further rotation . in this way , each of two opposing notches 32 is secured by a finger 34 at one edge and a tab 37 at the other . these designs provide the benefits of simple and fast assembly , while being very secure when fully assembled . it is understood , however , that other ways of temporarily but securely latching the one end of the probe to the container bottom wall are acceptable , including the use of adhesive , velcro ®, and another known mechanical latching system . the non - integral , snap - in container and probe design , or container - probe kit , permits the manufacturer and the retailer to obtain an economy of storage and shipping volume . as shown in fig3 each container of each assembly of the present invention is nestable into one another when the probes are not attached . fig3 illustrates three such containers 100 , 200 , and 300 nested into one another . accordingly , a shipment of many sets of floral bouquets assemblies of the present invention from the manufacturer to a single retail floral shop takes a fraction of the space that would otherwise be needed were the container 10 and probe 12 integral . this design permits simple and rapid packaging and results in reduced shipping costs and reduces the storage space needed when not in use . referring back to fig2 the upright probe 12 has a generally conical shape , tapering from the one end 14 to an upper region 18 and terminating in an opposite end 16 . it is understood , however , that other shapes , sizes and materials that can support floral foam and a keepsake assembly may be employed . in this preferred embodiment , the probe 12 also includes four vertical slots 17 extending downward from the opposite end 16 into the upper region 18 . in one preferred embodiment the slots 17 extend for approximately 0 . 5 inches . the slots 17 create four individual spikes 19 which , when inserted into a receptacle ( not shown ) during assembly , are compressed toward each other , thereby creating a radially outward force against the interior of the receptacle . this adds to the frictional force engaging the two members and provides for a more secure assembly . the compressible spikes 19 also permit the use of a limited variety of sizes of receptacles that can mate with the probe 12 . as shown in fig4 in order to add further versatility to the bouquet assembly , an adaptor cap 40 may be provided . this cap can be pressed onto the upper region 18 of the probe 12 in order to increase the diametric footprint of the opposite end 16 and region 18 , thus adapting the probe 12 to mate with a receptacle having a larger inner diameter than could be accommodated without such a cap . the receptacle may be integral with a keepsake or may be part of an intermediate support which supports a keepsake . in either case , however , the single container and probe design , or kit , described above may be utilized . both embodiments will now be described . as shown in fig5 a keepsake 50 , in this example , a ceramic character and a small candle , has a receptacle 52 defining a hole in the base 54 of the keepsake as a unitary part of the keepsake . thus , when the floral bouquet ( not shown ) has lived out its useful life , and the container 56 and probe 58 are no longer needed , the keepsake 50 is simply removed and the receptacle 52 serves as a permanent part of the base 54 of the keepsake for placement on a flat surface . fig6 shows a floral bouquet assembled with a keepsake that does not incorporate an integral receptacle . in this example , a large cylindrical candle 60 have a base 61 is supported by an intermediate support 62 having a base plate 64 and gripping members 66 to secure the candle 60 thereto . projecting normally from the underside of the base plate 64 is a receptacle 68 defining a hole 69 . as shown , this receptacle is substantially tubular - shaped and frictionally engages the probe 70 in exactly the same manner as described in the previous embodiments . the base plate 64 has a top surface , a bottom surface and a peripheral edge , and a shape , in this case circular , that supports a keepsake having a base of a similar shape and size . however , it is understood that base plates and mating keepsakes of any of a variety of shapes and sizes are possible . the intermediate support 62 may be made of any suitable material , such as plastic or metal and may be assembled from individual components or molded or cast as a unitary assembly . in the embodiment shown , the gripping members 66 are connected at various locations around the circumference of the base plate 64 , normal to the top surface 14 . in this embodiment , wherein the base plate 64 takes the shape of a round disk , two of the gripping members 66 are directly opposite and facing each other and the third is located substantially equidistant between the first two members . thus , almost half of the circumference of the edge is unobstructed by a gripping member . the unobstructed area provides a point of entry and removal for the keepsake . to assemble , the candle 60 is simply slid into the retention assembly 62 until its base abuts the three gripping members 66 . as shown , these members &# 34 ; hug &# 34 ; the base 61 of the candle 60 and prevents the keepsake from moving in the both the vertical and horizontal positions . as further detailed in fig7 a and 7b , in order to prevent the candle 60 from sliding back out of the intermediate support 62 in the same manner that it was inserted therein , a depressible detente , or protuberance 80 is provided . as shown in fig7 b , the protuberance 80 is located at the edge of the base plate 64 directly or approximately opposite one of the gripping members 66 . when inserting the keepsake 60 into the intermediate support 62 , the base 61 of the keepsake contacts the protuberance 80 and either a lateral sliding force or a downward force deflects it downwardly . when the keepsake 60 is fully inserted , the protuberance 80 snaps back to its original position . at this point , the substantially flat and vertical edge 81 of the protuberance 80 is flush against the base 61 of the keepsake and obstructs its lateral movement in that direction . thus , the keepsake 60 is safely secured to the retention assembly at four points , in particular , the three gripping members 66 and the protuberance 80 . in this way , the final two steps of assembly , namely , snapping the keepsake 60 into the keepsake assembly 62 and safely securing it into place , are accomplished simultaneously , in a matter of seconds , and with practically no effort or skill . it is understood that the gripping members and protuberance of the intermediate support described herein in detail and shown in fig6 a and 7b comprise but one example of an acceptable means for securing a keepsake without an integral receptacle to a probe . other intermediate supports , or means that can support a keepsake while permitting easy detachment of the keepsake from the support , are also acceptable . for example , the base of the keepsake can be temporarily adhered to the top surface of the base plate of the intermediate support with any of a variety of adhesives , adhesive tapes , velcro ®, and other temporary connecting means . these options may eliminate the need for gripping members or other support members or may be used in conjunction with such members . after serving their intended purposes , typically , the molded components of this invention will be discarded along with the old flowers . however , this may not always be the case . an additional feature of this invention is that they , in fact , can be reused repeatedly to create new bouquet / keepsake arrangements . for example , a large quantity of the assemblies of the present invention may be purchased by a florist or a caterer of large affairs for use as reusable centerpieces . at the completion of one event , during which numerous bouquet / keepsake arrangements are displayed , the flowers and keepsakes would typically be removed . the container and keepsake retention assemblies could then be disassembled , cleaned , if necessary , and stored for a future affair . at the appropriate time , the components can then simply be reassembled with new florists &# 39 ; foam , flowers and new ( or existing ) keepsakes in the manner described in detail above . having thus described an exemplary embodiment of the invention , it will be apparent that further alterations , modifications , and improvements will also occur to those skilled in the art . further , it will be apparent that the present invention is not limited to use of a candle and candle retention device . such alterations , modifications , and improvements , though not expressly described or mentioned above , are nonetheless intended and implied to be within the spirit and scope of the invention . accordingly , the foregoing discussion is intended to be illustrative only ; the invention is limited and defined only by the various following claims and equivalents thereto .
a universal floral bouquet assembly secures a keepsake to a floral bouquet arrangement . in particular , a container is provided having an upright probe projecting vertically from the center of the container . floral foam that receives a bouquet of flowers is pressed into and through the probe . a receptacle associated with the keepsake frictionally engages the opposite end of the probe to securely support the keepsake above the floral arrangement . the receptacle may be integral to the base of the keepsake or may be a component of a transition piece , called an intermediate support , upon which the keepsake , such as a cylindrical candle , is secured . the supporting components are inexpensive to manufacture and ship , simple to assemble , provide firm support for the assembled arrangement during its transportation , and are small and unobtrusive , resulting in an aesthetically pleasing , but inexpensive floral / bouquet arrangement . the components are also reusable for those applications that require this feature .