Patent Application
20220081146
The present invention relates generally to devices for supporting and reinforcing trash bags during filling. More specifically, the present invention relates to a biodegradable insert configured to hold open and reinforce a standard yard lawn and leaf bag during filling and be left inside the bag for composting.
Many townships and municipalities require residents to separate yard lawn and leaf from other trash that is set out for scheduled pick-up by placing the yard lawn and leaf in specially designed yard lawn and leaf bags. These yard lawn and leaf bags typically consist of heavy paper and are generally rectangular in shape, like a large grocery bag.
However, many problems occur when attempting to fill these bags. For example, since the yard lawn and leaf bags are made of paper, there is no support to maintain the bag in an open position other than the heavy paper construction. Additionally, when the person begins filling the bag and attempts to compact the collected yard lawn and leaf, the shape of the bag becomes distorted, causing it to fall over and/or causing any compacted twigs, branches, etc. to tear or rip the bag during filling. If the person wants to avoid this, the user may simply not fill the entire bag, but just obtain a second bag, thereby not getting the full use of the yard lawn and leaf bag which is wasteful.
Although attempts have been made to solve some of the above problems, none of them are designed to have the insert left inside the bag and allowed to biodegrade with the rest of the yard lawn and leaf and the bag itself. Additionally, existing inserts are designed to be removed from the bag after filling, thus allowing sharper debris to punch through the yard lawn and leaf bag during handling and filling.
Designed by a twice wounded combat veteran in the vietnam war to make handling and filling a standard yard lawn and leaf bag easier, the present invention is designed to be placed inside the yard lawn and leaf bag for filling, then left inside the yard lawn and leaf bag for disposal, or even be integrated into the yard lawn and leaf bag to prevent punctures yet still be allowed to biodegrade along with the yard lawn and leaf and bag.
Accordingly, it is the general object of this invention to provide a solution to the disadvantages of the prior art.
It is an object of the present invention to provide an insert for facilitating the filling of a yard lawn and leaf bag by adding more rigidity during filling of the yard lawn and leaf bag.
It is still yet another object of the present invention to provide an insert for facilitating the filling of a yard lawn and leaf bag by preventing the ripping and/or tearing of the yard lawn and leaf bag during filling and compacting.
It is still yet another object of the present invention to provide an insert for facilitating the filling of a yard lawn and leaf bag that does not have to be removed yet will biodegrade along with the yard lawn and leaf and bag.
It is still yet another object of the present invention to provide an insert for facilitating the filling of a yard lawn and leaf bag that is an additional reinforcement integrated within the yard lawn and leaf bag construction.
These and other objects of the instant invention are achieved by providing a biodegradable lawn and leaf bag insert system for facilitating the collection of yard lawn and leaf (dry leaves, twigs, branches, trimmed shrubbery, etc.) into a yard lawn and leaf bag. The biodegradable insert system comprises
The particular objects and features of the invention as well as the advantages will become apparent from the following description taken in connection with the accompanying drawings in which:
The foregoing and other objectives, features, and advantages of the invention will be more readily understood upon consideration of the following description of the invention taken in conjunction with the accompanying drawings.
Referring now to the attached drawings,
The foldable insert 120 is preferably configured to be placed inside the standard lawn and leaf bag 110 such that the foldable insert 120 is placed on a bottom surface of the standard lawn and leaf bag. Further, the foldable insert is configured such that when opened, or expanded, the outside surface of the foldable insert mates with an inside surface of the standard lawn and leaf bag 110. The foldable insert 120 top edge is preferably below the standard lawn and leaf bag top edge 112 so that, once full of debris, the standard lawn and leaf bag 110 can be closed without removing the foldable insert 120.
The foldable insert 120 preferably further comprises a plurality of panels 132 foldably connected to each other such that the foldable insert 120 forms a rectangular shape when opened, or expanded, inside the standard lawn and leaf bag 110 and folds down flat prior to use for storage and packaging. In an alternate embodiment, the foldable insert 120 preferably forms a generally circular shape when opened or expanded and placed into the standard lawn and leaf bag (not shown).
The foldable insert 120 is preferably configured to lay flat and be packaged and sold with the standard lawn and leaf bag 110, as shown in
The foldable insert 120 preferably further comprises at least one tab 126 on a first edge 134 and at least one slot 128 on a second edge 136. Preferably, the at least one tab 126 is configured to fit into the at least one slot 128 such that the first edge 134 is coupled to the second edge 136 forming a rectangular hollow tube. Alternately preferably, the foldable insert 120 is opened such that the first edge 134 is abutted against the second edge 136 to form a relatively rectangular shape. Alternately preferably, the first edge 134 is configured to wrap around the second edge 136 to provide an overlap without tabs or slots when the foldable insert is opened or expanded. Alternately preferably, the overlap further comprises a biodegradable adhesive to adhere a portion of the panel to the overlap.
In an alternate embodiment, as shown in
In an alternate embodiment, the foldable insert 120 is integrated with the standard lawn and leaf bag 110. In this alternate embodiment, the lawn and leaf bag 110 is constructed with a semi-flexible layer of biodegradable material on the inside of the sidewalls of the lawn and leaf bag. In this alternate embodiment, the foldable insert 120 preferably starts at a bottom surface 114 of the lawn and leaf bag 110 and extends up a distance to stop short of a top edge 112 of the lawn and leaf bag 110.
The foldable insert 120 is preferably comprised of one layer of biodegradable material, such as a paper-based cardboard. In an alternate embodiment, the foldable insert 120 is comprised of multiple layers of biodegradable material. In this alternate embodiment, the multiple layers of biodegradable material can be comprised of the same biodegradable material or different biodegradable materials. In this alternate embodiment, the multiple layers of biodegradable material are preferably bonded together using a biodegradable adhesive material.
The foldable insert 120 is preferably configured to be a rectangular hollow tube shape when opened or expanded. The rectangular hollow tube shape preferably matches the inside structure of the standard yard lawn and leaf bags available all across the country.
Although the present invention has been described by way of example, it should be appreciated that variations and modifications may be made without departing from the scope of the invention. Furthermore, where known equivalents exist to specific features, such equivalents are incorporated as if specifically referred to in this specification.
