Waste Separation Container

Considering our rapidly deteriorating ecological conditions due to waste incineration, underground water contamination from garbage landfills and ocean dumping, there is obviously a serious waste management problem. A large portion of our garbage (trash) can be reclaimed, recycled and resold. Traditionally waste containers have not been designed to facilitate the source separation required for highly effective recycling programs to be successful. Nor have they incorporated the convenience required to encourage wide spread, willing participation.

Current waste disposal containers discourage and hamper recycling efforts by their inherent design where only a co-mingling of recoverable waste is provided for. They fail to provide the plurality of compartments and the ability to hold and support multiple liner bags which would greatly enhance the effectiveness of such endeavors.

In essence, this type of waste container is unsatisfactory because it makes it necessary to provide separate containers that require additional space for people who separate their recyclable waste. It is easy to understand why only a very small portion of our population takes part in any recycling effort. Waste containers have been suggested in which a plurality of self-supporting sub-containers are held in a large, open-topped box type of container or a frame, but these tend to be expensive and to be difficult to handle. Other containers have been proposed in which single plastic bags are supported, or, in laundry hampers, in which bags made specially to be accommodated by the hampers are arranged to receive different kinds of laundry, or in which partitions are arranged, but not to support plastic bags. All of these have had drawbacks that have evidently militated against their commercial acceptance when it comes to the segregation of recyclable trash.

Therefore, not only the ecologically concerned people who do separate their recyclable material would find it desirable to have a multiple plastic bag holding container, but people who have not heretofore done so would be likely to start if an attractive, easy to use multiple bag holding container were provided, especially if the lid of such a container has specifically designated through apertures that allow for discernable placement of specific materials in a correspondingly appropriate compartment or bag.

One of the objects of this invention is to provide a device to facilitate the sorting of trash and garbage, that is adapted to be used inside the home, office, factory, hospital, or commercial establishment, is economical to manufacture, easy to use, rugged, safe and durable.

Another object is to provide a multiple bag holding container that may readily be adapted to accommodate not only different shapes and sizes of liner bags, but also the desire of the user to separate waste materials either totally or partially.

Another object is to provide means in which existing waste receptacles may be retrofitted to facilitate the support and holding of multiple liner bags.

Other objects will become apparent to those skilled in the art in the light of the following description and accompanying drawings.

In accordance with this invention, generally stated, a trash receptacle is provided in which a plurality of thin-walled, flexible bags are supported to receive trash or garbage. In one embodiment, a container has an upper lip defining an open mouth and a detachable and re-attachable cover, the cover comprising a frame with an outer flange shaped complementarily to the perimeter of the upper lip and dimensioned frictionally to engage the upper lip. The frame defines an opening, and a lid, pivoted to the frame at both ends of a center line of the lid, within the opening is adapted to be biased to a mouth closing position and to be swung away from the mouth closing position to permit entry of material to one side or the other side of the mouth. Slots are provided in the container, extending through the lip and opening upwardly therethrough, the slots being substantially aligned with the lid center line and each of the slots being of a width and depth to accommodate part of upper margins of two thin plastic bags. Another part of the margins of the two bags extends between the slots, the margins of the two bags being parallel to one another and substantially aligned with the center line of the lid. Yet another part of each margin is draped over the lip and held between the lip and the frame flange, whereby when the lid is swung in mouth-opening direction, material passed through the opening on one side of the center line passes into one bag, and material passed through the opening on the other side, passes into the other bag.

In another embodiment, one or more bag retainers is provided, each in the form of a multiplicity of contiguous lobes or ears, defining between them a relatively wide mouth and a narrow slit adapted to receive and hold securely a margin of a thin plastic bag. The retainer or retainers can be integral with the upper edge of a container, or a part or parts of dividers or other supports. They can be provided in strip form, made of heavy, but flexible, plastic. to be mounted on or secured to a support, generally the upper margin of a container. The ears are flexible, and can be moved out of the plane of contiguous ears to facilitate introduction of the bag margin to the slot or removal of the bag margin from the slot defined by and between the contiguous ears.

In any embodiment of container in which a cover or lid is supplied, it is contemplated that indicia, which can be in the form of words or illustrations, be applied to designate the kinds of waste to be deposited in a particular bag, or that openings of different shapes or sizes or both be provided to make reasonably certain that the appropriate waste be deposited in the bags beneath the cover, or, preferably, both indicia and sized and shaped apertures be supplied, where feasible.

1. Container

2. Side wall

3. End wall

4. Bottom wall

5. Grooves

6. Partition

7. Partition

8. Spaced openings

9. Alternate partition

10. Alternate partition mounting means

11. Bags

12. Retro fit cross member

13. Retro fit cross member mounting means

14. Existing container

15. Alternate lid

16. Lid

17. Retro fit lid

18. Alternate retro fit lid

19. Alternate retro fit lid

20. Lids through apertures

21. Liner bag support structure

22. Wide open mouth

23. Narrow slit

24. Wall material

25. Bags handle portion

26. Corrugated slit

27. Slit with one serration

28. Dual liner bag receptacle

29. Opposing container walls

30. Bags

31. Bag upper end portion

32. Lid

33. Swinging door for lid

34. Multiple liner bag support structure flattened plastic strip form.

35. Contiguous teeth or lobes

36. Plurality of wide open mouths

37. Plurality of narrow slits

38. Multiple liner bag waste separation container

39. Rivets

40. Closure

41. Apertures 41A Garbage, 41B glass, 41C Plastic, 41D newspaper, 41E fine paper, 41F cardboard, 41G aluminum cans, 41H metal, 41I hazardous waste

42. Individually removable receptacle

43. Large partitioned multiple liner bag waste separation container

44. Partition member

45. Lid for large partitioned multiple liner bag waste separation container

46. Existing waste receptacle--round

47. Existing fit assembly lid--round

48. Retro fit assembly receptacles--quarter round

49. Magnet

50. Retro fit assembly receptacles--rectangular

51. Existing waste receptacle--rectangular

53. Retro fit assembly lid--rectangular with swinging door

54. Retro fit assembly lid--square

55. Existing waste receptacle--square

56. Retro fit assembly receptacles--square

In the drawings, FIG. 1 is a perspective view of a waste separation container of this invention showing a lid with designated through apertures;

FIG. 2 is a perspective view of a container with two partition members therein;

FIG. 3 is a top plan view of the base container of FIG. 2;

FIG. 4 is a perspective view of base container showing one possible arrangement of four liner bags;

FIG. 5 is a view in side elevation of a rectangular partition member;

FIG. 6 is a perspective view of an elongated holding and support member;

FIG. 7 is an enlarged perspective view, partly broken away, of an elongated holding and support member, showing mounting means;

FIG. 8 is an enlarged fragmentary side view of two lobes or ears defining an opening, showing, in cross section, a marginal portion of a liner bag being removably held;

FIG. 9 is a view of a multiple bag holding cross member for retro fitting of existing waste receptacles, showing only one liner bag removably held;

FIG. 10 is an enlarged, fragmentary view in perspective of the cross member of FIG. 9, showing the detail of mounting means for the retro fitting cross member of FIG. 9;

FIG. 11 is a perspective view of a retro fitting cross member of FIG. 9 mounted in an existing waste receptacle;

FIG. 12 is a view of a lid with designated through apertures that is used in retro fitting existing receptacles also;

FIG. 13 is a top view of an alternate retro fitting lid with designated through apertures;

FIG. 14 is a view of another retro fitting lid with alternate designated through apertures;

FIG. 15 is a perspective view of the waste separation container of FIG. 2 with an alternate lid with designated through apertures;

FIG. 16 is a fragmentary side view of wall material forming a slit opening;

FIG. 17 is a fragmentary side VieW of Wall material forming a slit with a cross section of a bag's upper end portion inserted thereinto;

FIG. 18 is a fragmentary side view of wall material forming a slit with a cross section of two bags upper portion inserted thereinto;

FIG. 19 is a fragmentary side view of wall material forming an opening with a corrugated slit;

FIG. 20 is a fragmentary side view of a wall material forming an opening with a slit with a serrated portion;

FIG. 21 is a perspective view of a non-partitioned plastic waste container with two openings at the uppermost rim portion thereof;

FIG. 22 is a perspective view of the waste receptacle of FIG. 21 holding two liner bags;

FIG. 23 is a perspective view of the waste receptacle of FIGS. 21 and 22 including a swinging door lid;

FIG. 24 is a fragmentary perspective view of a multiple liner bag support structure in plastic strip form;

FIG. 25 is a perspective view of a multiple liner bag support structure in plastic strip form attached to the uppermost portion of a waste container;

FIG. 26 is a perspective view of the waste receptacle of FIG. 25 holding a plurality of liner bags;

FIG. 27 is a perspective view of the waste receptacle FIG. 26 with a closure having designated apertures of a size and shape to encourage proper placement;

FIG. 28 is an exploded perspective view of a multiple liner bag support structure atop a waste receptacle showing one bag in connection with an individually removable separate receptacle;

FIG. 29 is a perspective view of a large partitioned container having multiple liner bag support structure;

FIG. 30 is a perspective view of the assembly shown in FIG. 29 including a closure or lid in combination with multiple individually removable receptacles;

FIG. 31 is an exploded perspective vie of a retro fit assembly for round existing waste receptacles;

FIG. 32 is an exploded perspective view of a retro fit assembly for rectangular existing waste receptacles; and

FIG. 33 is an exploded perspective view of a retro fit assembly for square existing waste receptacles.

Referring to the drawings for illustrative embodiments of this invention, FIG. 1 shows an overall view of the waste separation container of the invention. The base container 1 is covered by a lid 16 that is but one of many designs that have a utilitarian function of facilitating discernable placement and separation of recyclable material and garbage by the use of designated through apertures 20, said through apertures generally being of a size and shape so as to encourage source separation of recyclable waste.

FIGS. 2, 3 and 4 show a one piece molded synthetic resin open topped container 1 having opposed generally parallel side walls 2, opposed generally parallel end walls 3, and a generally rectangular bottom wall 4. However, it will be understood that the invention is applicable to receptacles of various shapes and sizes. Side walls 2 and end walls 3 are molded to form at the uppermost portion a plurality of contiguous teeth which in this embodiment take the form of lobes or ears 28 that define between them spaced openings 8, which provide the means for removably holding, in an open position, a selective number of bags in a selectively variable arrangement. Preferably, side walls 2 are molded to form on the inner surface a plurality of bosses 29, spaced form one another to define between them vertically spaced channels 5, like channels being parallel and in transverse alignment with each other for substantially the full height of said side walls for receiving therein partitions for partitioning the interior of container 1. Partition members 6 and 7 are separate from container 1 and are molded from a synthetic resin, which can be the same as the resin from which the container is molded. They are of a size and rectangular shape to allow secure positioning within a selected pair of said side wall channels 15 and molded to form at their uppermost portion a plurality of spaced openings 8 substantially identical to the plurality of spaced openings of end walls 3, so that when partition members are placed in container 1, spaced openings are opposed and in vertical alignment with said end walls spaced openings. They thus can be used to provide not only means for removably mounting a larger number of bags in a selectively more variable combination of arrangements, but by selective positioning of partition members also provide the ability to accommodate different sizes and shapes of bags.

FIG. 4 shows one of the many possible combinations in which four bags 11 could be arranged.

FIG. 5 shows partition member 6 removed from container 1. As can be seen it is generally rectangular and extends to the top of container 1 and is of a size and shape so as to divide the full space of container 1. However, in FIGS. 6 and 7 a one piece molded synthetic resin elongated support member 9 having a plurality of spaced openings 8, that is translated horizontally relative to the base container, could substitute and facilitate the same functions as partitions 6 and 7.

FIG. 7 shows mounting mans 10 for such a support member, where material at opposite ends of said support member is formed so as to allow selective positioning in a secure manner into a selected pair of spaced openings 8.

FIG. 8 shows the exploded view of two lobes defining between them a single spaced opening 8 that provided the means for removably holdings bags 11 and/or partition support members 9. The lobes individually are of a general shape to define an opening that opens upwardly as a wide mouth, tapers downwardly to a point of near contact whereby adequate oppositional force is maintained to removably hold a portion of the upper marginal edge of a bag, and then enlarges to provide a generally triangular shaped space to accommodate excess of said portion of said upper marginal edge of said bag.

Retro fittings existing waste receptacle of any size and shape with multiple bag holding means and lids with designated through apertures are best shown in FIGS. 9, 10, 11, 12, 13 and 14.

FIG. 9 shows a molded synthetic resin cross member 12 that is formed with a plurality of spaced openings 8 at the uppermost portion substantially identical to spaced openings that have heretofore been described in detail.

One bag 11 is shown removably held to cross member 12. Mounting means integrally molded with cross member 12 is best shown in FIG. 10 where a simple flange 13 at the end of each section of cross member 12 is joined to the top of an existing receptacle 14 as shown in FIG. 11. However, it should be noted that many variations are possible for retro fitting existing waste receptacle with multiple bag holding means and should not be limited to the above described details.

FIGS. 12, 13 and 14 are examples of lids for completion of retro fitting existing waste receptacles in which lids 17, 18 and 19 have designated through apertures 20 and are joined to multiple bag, retro fitted waste receptacles in a conventional manor so as to cooperate in facilitating the separation of recyclable material, said retro fitting lids can be made of any suitable material.

FIG. 15 shows an alternate lid with designated through apertures 20 that allow for discernable placement and separation of recycling material in a correspondingly appropriate bag or compartment, in relation with the base container of FIGS. 1, 2, 3 and 4.

Referring to FIG. 16, there is illustrated a liner bag support structure 21 in the form of a flexible plastic body 24, which can be in strip form or constitute an upper edge part of a container body, with an opening having an upper wide open mouth 22 descending to a narrow slit 23. Because the body 24 is made of flexible material, it serves to admit the entry of an upper margin or handle of a thin plastic bag and to grasp or clamp it firmly in place. This structure may be of any suitable size, shape, construction or material or any combination thereof, but preferably the structure is comprised of a resilient, flexible, durable plastic and the method of manufacture preferably involves a cutting process rather than strictly a molding one so that the wall material 24 forming the opening and particularly slit 23 provides adequate oppositional force securely to hold an upper portion of one or more bags, but to permit the held potion easily to be removed by pulling upwardly, particularly if one of the leaves or lobes the edge of which defines one side of the opening is moved out of the plane of the body.

FIG. 17 shows somewhat schematically a cross section of a bag's upper end portion 31 inserted and retained in support structure 21.

FIG. 18 shows somewhat schematically the bag upper end portion 31 of two bags inserted into the same support structure.

FIG. 19 shows a structure similar to that of FIG. 16 except that there is a corrugated slit 26 to provide additional grasping force for bags with very thin walls. FIG. 20 is also similar except slit 23 has one serration 27. Accordingly, the same method of manufacture, materials and function described for the structures in FIGS. 16, 17 and 18 also apply to the structures in FIGS. 19 and 20.

All of the structures and combinations described in FIGS. 16, 17, 18, 19 and 20 may optionally include a second opening under the slits 23, 26 or 27 to receive the excess bag upper marginal portions and to terminate the length of the slit as is shown in FIGS. 6, 7, 8 and 10.

FIG. 21 shows a dual liner bag plastic waste receptacle 28 in a condition to conveniently receive and support in an upright open condition two liner bags placed in a side by side arrangement, wherein two liner bag support structures 21 are integrally molded and/or cut or formed at the uppermost rim portion of the receptacle 28. The liner bag support structures 21 are positioned and generally centered on opposing walls 29 and aligned with each other. FIG. 22 shows two bags 30, side by side, securely retained within receptacle 28 by liner bag support structure 21 wherein individually, upper edge portions 31 of the bags 20 are secured by first folding the bag upper edge portion 31 outwardly over the top edges of the receptacle 28, which are defined by an outwardly downwardly extending channel or lip, and then inserting a part thereof with one's hand into the slit 23 of each of the openings of the support structure 21. Wide open mouth 22 helps guide the bags' upper end portion 31 into slit 23.

FIG. 23 shows a lid 12, with a hinged sWinging door 13, positioned on top of receptacle 28 with that part of the upper end portion 31 of the bags 30 that is lapped over the lip of the container trapped between the lip of the container and an inside surface of an outwardly and then downwardly extending rim of the lid. Swinging door 33 is designated with words or symbols denoting garbage for one side and recyclables for the other side. Swinging door 33 tilts and opens one way to allow entry and access to one bag and tilts the opposite way to allow entry and access to the other bag. One bag is for waste or non-recyclables and the other bag is for co-mingled recyclables.

The dual multiple liner bag waste separation container 28 of FIG. 23 provides a convenient, egronomical, esthetically pleasing structure for collecting and storing co-mingled recyclables as well as non-recyclables, that can be used in the home or any place else that is desired, that covers the waste and recyclables, and that also helps prevents the odor from escaping.

The multiple liner bag support structure 34 in flattened plastic strip form is shown best in FIG. 24 and is comprised of a plurality of spaced apart openings with a plurality of upper wide open mouths 36 correspondingly descending to a plurality of narrow slits 37 defined by a series of integral flexible contiguous teeth, ears or lobes 35 and serving to admit the entry of bag upper end portion 31 and/or handle portion 25 and to grasp or clamp it firmly in place.

The multiple liner bag support structure 34 is preferably constructed with a uniform cross section and consists of a resiliently flexible sheet of material which can be repeatedly bent without fracturing and it should be noted that the preferable method of manufacture is to die cut the slits 13 in order to provide lobe 15 with adequate oppositional force to securely removably hold and reliably retain the material of a bag or bags.

The multiple liner bag support structure 34 may be of any size, shape or construction for adequate bag support or placement for instance, to prevent slippage, and assisting secure support they may be serrated, barbed, positioned differently, angled and/or formed differently, for instance, like a hook, have varying wall thickness, etc., and may further be made of any suitable material or combination thereof, although a width of one and one half inches (11/2) for each flexible lobe 35 works quite well.

The flexible multiple liner bag support structure 34 in flattened strip form has many uses wherein individual strips and the strips' openings are positioned in opposing alignment with each other and applied for instance in the construction of new waste receptacles and the retro-fitting of existing waste receptacles of any size, shape or construction or may be included in a kitchen cabinet or undercounter assembly, tilt-table, roll-out, stationery, etc. The structure may be used in a stand alone horizontal or vertical frame, adjustable and/or collapsible to be used alone or to be inserted into or upon a drawer, etc. It is generally positioned at the upper portions of such structures and attached in any conventional way, as by gluing or riveting. It may be provided with a channel at its lower edge to receive an upper edge of a container. Whether separately attached or integral with the container, it provides means in which a selectively variable number and arrangement of liner bags may be reliably retained and quickly and conveniently positioned in an open upright condition.

FIG. 25 shows the improved multiple liner bag support structure 34 attached to the top of receptacle 38 with rivets 39, providing a means in which a plurality of liner bags (ones with handles or drawstrings or without) may be quickly and conveniently positioned and removably held and reliably retained in an open mouth, upright, selectively variable arrangement.

FIG. 26 shows just one possible arrangement of liner bags 10 in receptacle 38. The bags 30 are positioned and secured to the support 34 by first folding a portion of the bag end portion 31 or handle portion 25 outwardly over the top edge of the lobes 35, and then inserting a part thereof with one's hands into a selected slit 37, this particular procedure is generally repeated four times in four places, per bag in order to support the bag in an open mouth condition. This general procedure is repeated for each bag. The bags are positioned according to the user's desire or need, or to align with the apertures in a lid if used. The bags being positioned and retained in a contiguous relation by the support structure in a container for instance, are for receiving material, the particular material designated for a particular bag can be inserted and compacted thereinto, limited only by the capacity of the bag or the space restrictions of adjacent bags and the container itself. Therefore, the bags expand according to the amount of material put into them and the space limitations dictated by adjacent bags and the capacity of the container itself. For instance if one bag has a larger volume of materials than the adjacent bags it simply expands and occupies their space making it materials volume self-adjusting.

When it is desired to remove a bag having been attached to support structure 34, one of the two lobes 35 grasping bag material is pushed one way or the other to assist in releasing the bag.

FIG. 27 shows a closure 40 on top of receptacle 38 with designated apertures 41A, 41B, 41C, 41D, 41E and 41G, aligned with open mouths of six bags, not here shown, but which are mounted in much the same way as the bags 30 shown in FIG. 26.

Preferably a lid is used which has designated apertures aligned with the open mouths of a plurality of bags or receptacles and the apertures are of size and shape to encourage proper placement. What is meant by the appropriate size and shape is that generally the apertures' size would only be slightly larger than the specific size of items to be inserted thereinto, and of a shape that generally may correspond to the shape of the material that is to be deposited thereinto. For example, preferably the size and shape of the aperture for newspaper would be an oblong slot approximately 1 inch to 3 inches wide and 8 inches to 14 inches long as illustrated in FIG. 27 at 41D.

The size and shape of the aperture for aluminum cans 41G would generally be approximately a 3 inch circle, if the cans were not crushed, and could be further shaped also for accommodating crushed cans. The aperture for plastic 2 liter containers 41C could be an approximately 41/2 inch circle or a slot-like aperture if the container is crushed. The list can go on and on for each of the many sizes and shapes of individual materials. Thus it can be seen that there are many variable combinations of these apertures that constitute a distinctly different configuration. These apertures of a distinctly different configuration also provide a more efficient use of space on the lid.

Closure 40 may additionally include a swinging hinged door 33 serving the same purpose as previously described. The lids or closures preferably also include symbols or words that specifically designate what material goes into the appropriate aperture and corresponding bag or receptacle.

The lid or closure, although optional, is nevertheless very important in many environments and circumstances.

A closure having specifically designated holes or apertures of a distinctly different configuration from one another and of a size and shape to encourage proper discernable placement of material (and discourage or restrict improper placement of materials) into a correspondingly appropriate bag or receptacle is beneficial for instance when a person in a hurry, who would typically just toss waste or recyclable material into a waste receptacle, is more or less forced to find an appropriate opening for this particular material. The same applies to pranksters wishing to show off and to children who can't yet read. The result is that there is a more uniform segregation of recyclables in the respective bag or receptacle, therefore enhancing many aspects of the recycling efforts.

Closure 40 exemplifies how openings or apertures of a distinctly different configuration from one another encourage the deposit of the same kind of waste material through the same opening and different kinds through different, appropriate openings.

The new and useful combination illustrated in FIG. 28 includes an individually removable receptacle 42 that serves the purpose of receiving and collecting commingled recyclables for ease of transportation elsewhere to be separated, for instance the curb. The receptacle 42 is to be placed inside the multiple liner bag waste separation container 38 beside liner bag 30, and may further include another bag 30 that may be inserted into and supported by either receptacle 42 or multiple liner bag waste separation container 38, and is seen helpful in keeping receptacle 42 clean and sanitary. Lid 32 and swing door 33 are positioned above the receptacle denoting proper discernable placement of material and allow access to bags 30 and receptacle 42.

FIG. 29 shows a larger multiple liner bag waste separation container 43 that is partitioned to allow for a larger number of bags to be removably held in a selectively more variable combination of arrangements, the partition member 44 divides container 43 into four compartments and may be integral or separately attached in any of the many ways possible, to container 43, and generally extends to the top of container 43. The upper portions of container 43 and partition member 44 includes a multiple liner bag support structure 34 either integral with or separately attached and provides means in which a larger number of liner bags 30 may be removably held in an open condition in a selectively variable arrangement that is determined by a corresponding alignment to the apertures in a lid or closure if used. Optionally included also in this particular aspect are three individually removable receptacles 42 best shown in FIG. 30 for the different colors of glass which if separated by color not only benefits the subsequent recycling process but also brings a higher dollar value if resold. The individually removable receptacles 42 are particularly advantageous in the event glass breakage occurs because broken glass can cut through bags.

FIG. 30 shows these individually removable receptacles 42 positioned into a large partitioned multiple liner bag waste separation container 43 and having a lid 45 with designated apertures 41A, 41B, 41C, 41D, 41E, 41F, 41G, 41H, 41I aligned with the open mouths of respective bags, not here shown, and receptacles 42. The partitioned multiple liner bag waste separation container 43, partition 44 and lid 45 may be constructed of any suitable material. Their functions are substantially similar to those of the structures previously described in detail with the exception of magnet 49 which is used to distinguish ferrous and non-ferrous metals so proper placement may be achieved.

This particular assembly of FIGS. 30 and 31 provides for a more complete segregation of recyclables and will be advantageously beneficial in many circumstances and environments such as in schools, business offices, universities, factories, etc. It should be noted that the herein described container and receptacle structures are preferably tapered, nestable and stackable for storage and shipping purposes and may further include wheels for mobility's sake and handles or cutouts may also be included for lifting and such.

FIGS. 31, 32 and 33 all illustrate conceptually simple but highly effective retro fit assemblies for existing waste receptacles of a size and shape that is generally determined by the size and shape of the existing receptacles and the desired division of materials. For instance, if a separation of just waste material and commingled recyclables are desired, then the receptacle of FIG. 32 would be best suited, or if a more complete segregation of recyclables is desired the exemplified retro fit assemblies of FIGS. 31 and 33 would be more appropriate. The retro fit assemblies further include closures of the type heretofore described.

FIG. 31 shows a round existing waste receptacle 46 which is typically either fiberglass, metal or plastic that is to be retro fitted with four individually removable receptacles 48 that are quarter round in shape if a top view is taken. Individually removable receptacles 48 are to be inserted into existing waste receptacle 46 and covered by round lid 47. Round lid 47 has specifically designated apertures of a size and shape to encourage proper placement and when attached to existing waste receptacle 46, the apertures should be aligned with the open tops of individually removable receptacles 48. It should be noted that improvements could be made to assure proper alignment.

FIG. 32 shows a slightly rectangular existing waste receptacle 51 which is typically fiberglass, metal, plastic or cement in composition that is to be retro fitted with two rectangular individually removable receptacles 50 and lid with swinging door 53. One side of the swinging door is designated recyclable with words or symbols and opens to allow access to one individually removable receptacle 50 which is for the collection and storage of co-mingled recyclables; the other side of the swinging door is designated for garbage and opens and allows access to the other individually removable receptacle 50. Further included in this particular retro fit assembly is multiple liner bag support structure 34 in plastic strip form separately attached to the top of existing waste receptacle 51 with rivets 39 although many possible attachment means are possible, such as a tongue and groove arrangement for instance. Multiple liner bag support structure 34 is for the support of liner bags if desired which could also be inserted into individually removable receptacles 50 and removably held in an open condition.

FIG. 33 shows a square existing waste receptacle 55 which is also typically fiberglass, metal, plastic or cement in composition that is to be retro fitted with square individually removable receptacles 56 and lid 54, which is to be positioned above individually removable receptacles 56 on top of existing waste receptacle 55 and has apertures 41G, marked cans, 41A, marked non-recyclables, 41D, marked newspaper, 41C, marked plastic and 41B, marked glass, aligned with the open tops of individually removable receptacles 56.

Although the herein described structures can be constructed from any suitable material, it is preferable that whenever possible recycled material be used because it is extremely important for the success of recycling that secondary markets to be expanded.

It is apparent from the foregoing discussion that the present invention provides a more convenient egronomical method for people in all facets of our society to participate in recycling efforts which will greatly increase the quantities of recovered recyclables, therefore conserving our natural resources while reducing pollution from other methods of disposal. Thus the invention has not only optimum simplicity, reliability and economy, etc., but more importantly, contributes positive environmental ramifications for this and future generations.

While my above description contains many specificities, these should not be construed as limitations on the scope of the invention, but rather as an exemplification thereof. Many, many variations are possible. For example, the lid and closures may be equipped with rain shields and various attachments to receptacles means, that may further include various bag support assistance means, material crushing and compacting structures may be added. These are merely illustrative.

Accordingly, the scope of the invention should be determined not by the embodiments illustrated, but by the appended claims and their legal equivalents.