US20130327659A1 - Disposable oil change kit - Google Patents
Disposable oil change kit Download PDFInfo
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- US20130327659A1 US20130327659A1 US13/538,412 US201213538412A US2013327659A1 US 20130327659 A1 US20130327659 A1 US 20130327659A1 US 201213538412 A US201213538412 A US 201213538412A US 2013327659 A1 US2013327659 A1 US 2013327659A1
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- Prior art keywords
- liquid
- absorbent
- disposal tool
- liquid disposal
- container
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16N—LUBRICATING
- F16N31/00—Means for collecting, retaining, or draining-off lubricant in or on machines or apparatus
- F16N31/002—Drain pans
Definitions
- the present invention in general relates to the collection, storage and disposal of used and spent liquids, and in particular to a disposable oil change kit for servicing engines.
- the spilt oil results in driveways and garages being stained. Further, the leakage or spilling of oil results in a significant amount of oil accumulating on the roadways. During rains, the accumulated oil can present a driving hazard to motorists as the oil makes the roadway slick. Additionally, during rains the oil on the driveways and roadways eventually ends up in streams, waterways, and ground water thereby creating a significant environmental problem.
- a disposable oil change kit for changing engine oil or other hydrocarbon containing products whereby the spent oil or hydrocarbon is encapsulated in a non-biodegradable substance rendering the kit safe for disposal in a non-hazard or controlled substance landfill.
- a container insert tray for dispersing spent hydrocarbons may be formed from scrap news print that has been emulsified into liquefied slurry that is injected into a mold, thus creating a uniquely designed dispersion tray.
- the disposable container insert tray is composed of rows of conical shaped protrusions that are used to channel the hydrocarbon materials to all levels of the container so that the hydrocarbon can be exposed to the maximum surface area of the non-biodegradable substance for total encapsulation.
- various slits or holes are strategically placed within each conical shaped protrusion of the insert tray.
- the top of the oil change kit container is covered with an open weave fabric material that acts as a diffuser whereby the hydrocarbon materials are spread more equally throughout the confines of the container and on to the surface of the tray insert.
- the polypropylene material has a center taper of about 1 inch depth to create a reservoir in the top of the container that accommodates the on-rush of dirty oil upon opening the drain plug to an oil pan, and prevents an over-flow condition.
- An absorbent including but not limited to a non-degradable substance, such as peat moss that has been specially processed and is capable of absorbing hydrocarbons with total encapsulation is present underneath the tray insert.
- the peat moss prevents the hydrocarbons from escaping or exhibiting any form of free flow once the encapsulation has occurred.
- the encapsulation process provided by the absorbent non-degradable substance is what allows the DOCK to be disposed of in a non-hazardous or controlled substance landfill.
- FIG. 1 is a see through diagram of a container portion of a disposable oil change kit (DOCK) according to an embodiment of the invention
- FIGS. 2A and 2B are top and side views of the container of FIG. 1 with an open weave polypropylene material that acts as a diffuser cover;
- FIG. 3 is an exploded perspective view of the embodiment of the inventive DOCK
- FIGS. 4A-4E are a series of perspective views of another embodiment of a contoured insert tray of the inventive DOCK;
- FIGS. 5A-5F are a series of perspective views of yet another embodiment of a contoured insert tray with rows of depressions;
- FIGS. 6A-6G are a series of perspective views of yet another embodiment of a contoured insert tray with a higher density of rows of depressions;
- FIG. 7 is an additional perspective view of a contoured insert tray for yet another embodiment of the inventive DOCK.
- FIG. 8 is a side view of an alternative embodiment of the DOCK configured with an under try for holding the absorbent encapsulating material.
- the present invention has utility as a liquid disposal tool.
- An inventive liquid disposal tool may be used to collect liquids that drip from equipment over time, or in a particular non-limiting application as a disposable oil change kit (DOCK).
- DOCK disposable oil change kit
- Embodiments of the liquid disposal tool absorb a variety of liquids illustratively including spent oil, other hydrocarbon fuel, or combinations thereof in a substance and in specific instances rendering the tool safe for disposal in a non-hazard or controlled substance landfill.
- a disposable container insert tray is composed of rows of protrusions that are used to channel the liquid within the container so that the liquid can be exposed to the maximum surface area of the absorbent substance.
- the protrusions have a variety of shapes illustratively including conical, stepped, cuboidal, frustoconical, and other polygonal forms.
- the structure of the insert tray is designed to provide a reservoir to hold the oil long enough to allow the absorbent to absorb the liquid.
- a physical limitation of the absorption when the liquid is 10/30 weight motor oil is that the oil can only be absorbed from a diameter of about 2 inches.
- various slits or holes are strategically placed within each protrusion of the insert tray.
- the top of the inventive liquid disposal tool is in some specific embodiments covered with an open weave fabric that acts as a diffuser whereby the liquid or hydrocarbon materials are spread more equally throughout the confines of the container and on to the surface of the tray insert.
- This fabric is synonymously referred to herein as a top or top cover.
- the fabric is illustratively formed from materials synthetics such as polypropylene, polyethylene, polyamides, and polystyrenes; and natural fibers such as cotton, hemp, jute, and other cellulosics.
- the mesh coating of the diffusing top coat fabric provides a capillary action to spread the oil across the whole surface.
- the fabric in some specific embodiments has a center depression to create a reservoir in the top of the container that accommodates the on-rush of liquids.
- the taper at the center of the fabric is about one inch and in other embodiments ranges between 0.5 an 2 inches.
- the on-rush of dirty oil exiting upon opening the drain plug to an oil pan is controlled on the surface of the fabric and prevents an over-flow condition.
- An absorbent operative herein illustratively includes peat moss; peat moss that has been specially processed and is capable of absorbing hydrocarbons with total encapsulation; cellulosics such as corn cob grit, saw dust, paper, straw, and cotton; clays such as cat litter; synthetic polymers such as polyethylene, polypropylene and polyacrylics.
- This or other absorbents specific to the liquid to be absorbed is present underneath a tray insert, filling the tray insert, or both.
- Peat moss prevents the hydrocarbons from escaping or exhibiting any form of free flow once the encapsulation has occurred.
- Peat moss is a well suited material for absorbing oil because the oil penetrates into the peat core and does not seep from it.
- FIG. 1 is a partial transparent view diagram of a container portion 120 of a liquid disposal tool 100 according to specific embodiments of the invention.
- the container 120 is illustratively formed from a variety of materials such as paper, cardboard, plastic, oriented strand board (OSB), sugar cane, and any composite material containing any of the aforementioned. It is appreciated that the container 120 is readily formed of virgin or recycled materials.
- the container portion 120 has a bottom 122 where an absorbent 140 is placed, as shown in FIGS. 2B and 3 .
- the absorbent 140 may be treated with microbes that digest the absorbed liquid, such as microbes that digest petroleum based products such as oil absorbent microbes. These are detailed for example in U.S. Pat. No.
- the container 120 also has walls 124 with a perimeter shelf 126 and upper lip 128 .
- the perimeter shelf 126 serves as an attachment point for a top cover 180 .
- the top cover 180 may be glued to the perimeter shelf 126 with for example ultra violet (UV) glue.
- UV ultra violet
- the container 120 though depicted as a rectangle in the figures, it is appreciated that it may assume a variety of shapes including a square, triangle, circle, cube, or trapezoid.
- the top cover 180 acts as a diffuser whereby the liquid is spread more equally throughout the confines of the container and on to the surface of the tray insert 160 .
- the top cover 180 has a center taper 182 to create a reservoir in the top of the container that accommodates the on-rush of liquids.
- the taper 182 is optionally created by attaching the fabric of the top cover 180 to stringers 184 . This attachment is readily accomplished by conventioned techniques such using ultra-violet light (UV) activated adhesives, hot melt glues, contact adhesives and the like.
- the taper at the center of the top cover material may have a depth (D) of about one inch or between 0.5 and 2 inches.
- the cover 180 also serves to retain the absorbent 140 .
- FIG. 3 is an exploded perspective view of another specific embodiment of the liquid disposal tool 100 that shows the placement of the major component parts.
- the container 120 houses the absorbent 140 , a tray insert 160 , and a top cover 180 .
- FIGS. 4A-4E are a series of perspective views of another specific embodiment of a contoured insert tray 160 .
- the insert tray 160 has a series of elevations 162 and rows 164 that are used to channel the liquid downward to all levels of the container so that the liquid can be exposed to the maximum surface area of the absorbent or the non-biodegradable substance for total encapsulation.
- various slits or holes are strategically placed within each elevation shaped protrusion 162 of the insert tray 160 .
- the insert tray 160 is formed of the same materials as container 120 . Preferably, recycled materials are used for forming the insert tray 160 .
- Embodiments of a container insert tray 160 for dispersing spent hydrocarbons are readily formed from scrap news print or sugar cane pulp that has been emulsified into liquefied slurry that is injected into a mold, thus creating a uniquely designed dispersion tray.
- FIGS. 5A-5F are a series of perspective views of another specific embodiment of a contoured insert tray 160 ′ with rows of depressions 166 .
- the insert tray 160 ′ may have a series of elevations 162 , rows 164 , and depressions 166 protruding into an underlying absorbent 140 that are used to channel the liquid downward within the container so that the liquid is exposed to the maximum surface area of the absorbent 140 for absorption or encapsulation. It is appreciated that additional absorbent 140 is readily placed within the tray 140 as well (not shown for visual clarity).
- various slits or holes may be strategically placed within each elevation shaped protrusion 162 and depressions 166 of the insert tray 160 ′.
- the insert tray 160 ′ is formed of the same materials as container 120 . Preferably, recycled materials will be used for forming the insert tray 160 ′.
- Embodiments of a container insert tray 160 ′ for dispersing spent hydrocarbons are readily formed from scrap news print or sugar cane pulp that has been emulsified into liquefied slurry that is injected into a mold, thus creating a uniquely designed dispersion tray.
- FIGS. 6A-6G are a series of perspective views of an embodiment of a contoured insert tray 160 ′′ with a higher density of rows 164 of depressions 166 with no elevations 162 .
- the insert tray 160 ′′ may have a series of rows 164 and depressions 166 protruding into absorbent layer 140 that are used to channel the liquid or hydrocarbon materials to all levels of the container so that the liquid is exposed to a large percentage of the surface area of the absorbent 140 or the non-biodegradable substance for total encapsulation.
- various slits or holes may be strategically placed within each of the depressions 166 of the insert tray 160 ′′.
- the insert tray 160 ′′ is formed of the same materials as container 120 . Preferably, recycled materials will be used for forming the insert tray 160 ′′.
- Embodiments of a container insert tray 160 ′′ for dispersing spent hydrocarbons may be formed from scrap news print or sugar cane pulp that has been emulsified into liquefied slurry that is injected into a mold, thus creating a uniquely designed dispersion tray.
- FIG. 7 is an additional perspective view of a contoured insert tray 160 ′′′ with rows 164 of elevations 162 .
- FIG. 8 is a side view of an alternative embodiment of the liquid disposal tool 100 ′ configured with an under tray 138 for holding the absorbent encapsulating material 140 .
- the under tray 138 may be joined directly to the insert tray 160 via glue, frictional fitting, a shrink wrap or the like is used to join the under tray 138 to the insert tray 160 .
- Void areas 168 hold the liquid as the liquid is being absorbed into the absorbent encapsulating material 140 .
Abstract
A disposable liquid disposal tool is provided for collecting liquids and for changing engine oil or other hydrocarbon containing products whereby the liquid, spent oil, or hydrocarbon is encapsulated in a non-biodegradable substance rendering the kit safe for disposal in a non-hazard or controlled substance landfill. A disposable container insert tray may be composed of rows of conical shaped protrusions that are used to channel the liquid to all levels of the container so that liquids can be exposed to the maximum surface area of the non-biodegradable substance for total encapsulation. In embodiments, the top of the liquid disposal container may be covered with an open weave fabric material that acts as a diffuser whereby the liquid materials are spread more equally throughout the confines of the container and on to the surface of the tray insert.
Description
- This application claims priority benefit of U.S. Provisional Application Ser. No. 61/658,655 filed 12 Jun. 2012; the contents of which are hereby incorporated by reference.
- The present invention in general relates to the collection, storage and disposal of used and spent liquids, and in particular to a disposable oil change kit for servicing engines.
- The high cost of owning and maintaining an automobile has led many vehicle owners to drain and change their own oil at home. Typically, the oil change performed by the vehicle owner is done in a haphazard manner, with the vehicle owner utilizing any available household receptacle, such as a bowl or cooking pan, to receive the dirty or spent engine oil. Subsequently, the dirty oil must be disposed of in an ecologically responsible manner into some larger licensed receptacle, thus increasing cost and adding further inconvenience to the procedure. Furthermore, there is greater likelihood of spilling the dirty oil during the oil changing operation using readily available household equipment.
- The spilt oil results in driveways and garages being stained. Further, the leakage or spilling of oil results in a significant amount of oil accumulating on the roadways. During rains, the accumulated oil can present a driving hazard to motorists as the oil makes the roadway slick. Additionally, during rains the oil on the driveways and roadways eventually ends up in streams, waterways, and ground water thereby creating a significant environmental problem.
- Thus, there exists a need for an economical oil change kit that collects and provides for the disposal of spent or dirty oil in an ecologically safe manner.
- A disposable oil change kit (DOCK) is provided for changing engine oil or other hydrocarbon containing products whereby the spent oil or hydrocarbon is encapsulated in a non-biodegradable substance rendering the kit safe for disposal in a non-hazard or controlled substance landfill. Embodiments of a container insert tray for dispersing spent hydrocarbons may be formed from scrap news print that has been emulsified into liquefied slurry that is injected into a mold, thus creating a uniquely designed dispersion tray.
- In specific embodiments, the disposable container insert tray is composed of rows of conical shaped protrusions that are used to channel the hydrocarbon materials to all levels of the container so that the hydrocarbon can be exposed to the maximum surface area of the non-biodegradable substance for total encapsulation. In other specific embodiments in order to maximize the rate of absorption and efficiency of the encapsulating material, various slits or holes are strategically placed within each conical shaped protrusion of the insert tray.
- In other specific embodiments, the top of the oil change kit container is covered with an open weave fabric material that acts as a diffuser whereby the hydrocarbon materials are spread more equally throughout the confines of the container and on to the surface of the tray insert. The polypropylene material has a center taper of about 1 inch depth to create a reservoir in the top of the container that accommodates the on-rush of dirty oil upon opening the drain plug to an oil pan, and prevents an over-flow condition.
- An absorbent including but not limited to a non-degradable substance, such as peat moss that has been specially processed and is capable of absorbing hydrocarbons with total encapsulation is present underneath the tray insert. The peat moss prevents the hydrocarbons from escaping or exhibiting any form of free flow once the encapsulation has occurred. The encapsulation process provided by the absorbent non-degradable substance is what allows the DOCK to be disposed of in a non-hazardous or controlled substance landfill.
-
FIG. 1 is a see through diagram of a container portion of a disposable oil change kit (DOCK) according to an embodiment of the invention; -
FIGS. 2A and 2B are top and side views of the container ofFIG. 1 with an open weave polypropylene material that acts as a diffuser cover; -
FIG. 3 is an exploded perspective view of the embodiment of the inventive DOCK; -
FIGS. 4A-4E are a series of perspective views of another embodiment of a contoured insert tray of the inventive DOCK; -
FIGS. 5A-5F are a series of perspective views of yet another embodiment of a contoured insert tray with rows of depressions; -
FIGS. 6A-6G are a series of perspective views of yet another embodiment of a contoured insert tray with a higher density of rows of depressions; -
FIG. 7 is an additional perspective view of a contoured insert tray for yet another embodiment of the inventive DOCK; and -
FIG. 8 is a side view of an alternative embodiment of the DOCK configured with an under try for holding the absorbent encapsulating material. - The present invention has utility as a liquid disposal tool. An inventive liquid disposal tool may be used to collect liquids that drip from equipment over time, or in a particular non-limiting application as a disposable oil change kit (DOCK). Embodiments of the liquid disposal tool absorb a variety of liquids illustratively including spent oil, other hydrocarbon fuel, or combinations thereof in a substance and in specific instances rendering the tool safe for disposal in a non-hazard or controlled substance landfill.
- In other specific embodiments of the inventive liquid disposal tool, a disposable container insert tray is composed of rows of protrusions that are used to channel the liquid within the container so that the liquid can be exposed to the maximum surface area of the absorbent substance. The protrusions have a variety of shapes illustratively including conical, stepped, cuboidal, frustoconical, and other polygonal forms. The structure of the insert tray is designed to provide a reservoir to hold the oil long enough to allow the absorbent to absorb the liquid. A physical limitation of the absorption when the liquid is 10/30 weight motor oil is that the oil can only be absorbed from a diameter of about 2 inches. In other embodiments, in order to maximize the rate of absorption and efficiency of the absorbent, various slits or holes are strategically placed within each protrusion of the insert tray.
- The top of the inventive liquid disposal tool is in some specific embodiments covered with an open weave fabric that acts as a diffuser whereby the liquid or hydrocarbon materials are spread more equally throughout the confines of the container and on to the surface of the tray insert. This fabric is synonymously referred to herein as a top or top cover. The fabric is illustratively formed from materials synthetics such as polypropylene, polyethylene, polyamides, and polystyrenes; and natural fibers such as cotton, hemp, jute, and other cellulosics. The mesh coating of the diffusing top coat fabric provides a capillary action to spread the oil across the whole surface. The fabric in some specific embodiments has a center depression to create a reservoir in the top of the container that accommodates the on-rush of liquids. In another specific embodiment the taper at the center of the fabric is about one inch and in other embodiments ranges between 0.5 an 2 inches. For example, in the application of the liquid disposal tool for an oil change or DOCK, the on-rush of dirty oil exiting upon opening the drain plug to an oil pan is controlled on the surface of the fabric and prevents an over-flow condition.
- An absorbent operative herein illustratively includes peat moss; peat moss that has been specially processed and is capable of absorbing hydrocarbons with total encapsulation; cellulosics such as corn cob grit, saw dust, paper, straw, and cotton; clays such as cat litter; synthetic polymers such as polyethylene, polypropylene and polyacrylics. This or other absorbents specific to the liquid to be absorbed is present underneath a tray insert, filling the tray insert, or both. Peat moss prevents the hydrocarbons from escaping or exhibiting any form of free flow once the encapsulation has occurred. Peat moss is a well suited material for absorbing oil because the oil penetrates into the peat core and does not seep from it. In contrast, other conventional absorbents operative herein are either only surface coated (cellulosics such as sawdust or corn cob grit) or becomes softened with the absorption (polyethylene). It is appreciated that some disposal regulations allow for oil that has been encapsulated in an inventive DOCK to be disposed of in a non-hazardous or controlled substance landfill.
- Referring now to the figures,
FIG. 1 is a partial transparent view diagram of acontainer portion 120 of aliquid disposal tool 100 according to specific embodiments of the invention. Thecontainer 120 is illustratively formed from a variety of materials such as paper, cardboard, plastic, oriented strand board (OSB), sugar cane, and any composite material containing any of the aforementioned. It is appreciated that thecontainer 120 is readily formed of virgin or recycled materials. Thecontainer portion 120 has abottom 122 where an absorbent 140 is placed, as shown inFIGS. 2B and 3 . Optionally, the absorbent 140 may be treated with microbes that digest the absorbed liquid, such as microbes that digest petroleum based products such as oil absorbent microbes. These are detailed for example in U.S. Pat. No. 5,348,803. Thecontainer 120 also haswalls 124 with aperimeter shelf 126 andupper lip 128. Theperimeter shelf 126 serves as an attachment point for atop cover 180. In an embodiment thetop cover 180 may be glued to theperimeter shelf 126 with for example ultra violet (UV) glue. Extending from theperimeter shelf 126, theupper lip 128 serves to catch and contain a sudden flow of liquids. Thecontainer 120, though depicted as a rectangle in the figures, it is appreciated that it may assume a variety of shapes including a square, triangle, circle, cube, or trapezoid. - The
top cover 180, which is shown in greater detail inFIGS. 2A and 2B , acts as a diffuser whereby the liquid is spread more equally throughout the confines of the container and on to the surface of thetray insert 160. Thetop cover 180 has acenter taper 182 to create a reservoir in the top of the container that accommodates the on-rush of liquids. Thetaper 182 is optionally created by attaching the fabric of thetop cover 180 tostringers 184. This attachment is readily accomplished by conventioned techniques such using ultra-violet light (UV) activated adhesives, hot melt glues, contact adhesives and the like. In another specific embodiment, the taper at the center of the top cover material may have a depth (D) of about one inch or between 0.5 and 2 inches. In another specific embodiment (not shown) that does not use thetray insert 160, thecover 180 also serves to retain the absorbent 140. -
FIG. 3 is an exploded perspective view of another specific embodiment of theliquid disposal tool 100 that shows the placement of the major component parts. As described above, thecontainer 120 houses the absorbent 140, atray insert 160, and atop cover 180. -
FIGS. 4A-4E are a series of perspective views of another specific embodiment of a contouredinsert tray 160. Theinsert tray 160 has a series ofelevations 162 androws 164 that are used to channel the liquid downward to all levels of the container so that the liquid can be exposed to the maximum surface area of the absorbent or the non-biodegradable substance for total encapsulation. In other specific embodiments in order to maximize the rate of absorption and efficiency of the encapsulating material, various slits or holes are strategically placed within each elevation shapedprotrusion 162 of theinsert tray 160. Theinsert tray 160 is formed of the same materials ascontainer 120. Preferably, recycled materials are used for forming theinsert tray 160. Embodiments of acontainer insert tray 160 for dispersing spent hydrocarbons are readily formed from scrap news print or sugar cane pulp that has been emulsified into liquefied slurry that is injected into a mold, thus creating a uniquely designed dispersion tray. -
FIGS. 5A-5F are a series of perspective views of another specific embodiment of a contouredinsert tray 160′ with rows ofdepressions 166. Theinsert tray 160′ may have a series ofelevations 162,rows 164, anddepressions 166 protruding into anunderlying absorbent 140 that are used to channel the liquid downward within the container so that the liquid is exposed to the maximum surface area of the absorbent 140 for absorption or encapsulation. It is appreciated thatadditional absorbent 140 is readily placed within thetray 140 as well (not shown for visual clarity). In other specific embodiments, in order to maximize the rate of absorption and efficiency of the absorbent located beneath thetray 160, various slits or holes may be strategically placed within each elevation shapedprotrusion 162 anddepressions 166 of theinsert tray 160′. Theinsert tray 160′ is formed of the same materials ascontainer 120. Preferably, recycled materials will be used for forming theinsert tray 160′. Embodiments of acontainer insert tray 160′ for dispersing spent hydrocarbons are readily formed from scrap news print or sugar cane pulp that has been emulsified into liquefied slurry that is injected into a mold, thus creating a uniquely designed dispersion tray. -
FIGS. 6A-6G are a series of perspective views of an embodiment of a contouredinsert tray 160″ with a higher density ofrows 164 ofdepressions 166 with noelevations 162. Theinsert tray 160″ may have a series ofrows 164 anddepressions 166 protruding intoabsorbent layer 140 that are used to channel the liquid or hydrocarbon materials to all levels of the container so that the liquid is exposed to a large percentage of the surface area of the absorbent 140 or the non-biodegradable substance for total encapsulation. In embodiments in order to maximize the rate of absorption and efficiency of the encapsulating material, various slits or holes may be strategically placed within each of thedepressions 166 of theinsert tray 160″. Theinsert tray 160″ is formed of the same materials ascontainer 120. Preferably, recycled materials will be used for forming theinsert tray 160″. Embodiments of acontainer insert tray 160″ for dispersing spent hydrocarbons may be formed from scrap news print or sugar cane pulp that has been emulsified into liquefied slurry that is injected into a mold, thus creating a uniquely designed dispersion tray. -
FIG. 7 is an additional perspective view of a contouredinsert tray 160′″ withrows 164 ofelevations 162. -
FIG. 8 is a side view of an alternative embodiment of theliquid disposal tool 100′ configured with an undertray 138 for holding theabsorbent encapsulating material 140. The undertray 138 may be joined directly to theinsert tray 160 via glue, frictional fitting, a shrink wrap or the like is used to join the undertray 138 to theinsert tray 160.Void areas 168 hold the liquid as the liquid is being absorbed into theabsorbent encapsulating material 140. - The foregoing description is illustrative of particular embodiments of the invention, but is not meant to be a limitation upon the practice thereof. The following claims, including all equivalents thereof, are intended to define the scope of the invention.
Claims (20)
1. A liquid disposal tool for the collection and disposal of liquids comprising:
a container with a bottom portion and a set of walls;
an absorbent resting on said bottom portion within said walls, said absorbent configured to collect said liquid; and
an insert tray covering said absorbent.
2. The liquid disposal tool of claim 1 wherein said container is made of a cellulosic material.
3. The liquid disposal tool of claim 1 wherein said container is made of a recycled material.
4. The liquid disposal tool of claim 1 wherein said top portion of said walls further comprise a perimeter shelf with an upper lip and a diffusing top cover joined at a top portion of said walls.
5. The liquid disposal tool of claim 1 wherein said container is sized to hold up to 8 quarts of liquid.
6. The liquid disposal tool of claim 1 wherein said absorbent further comprises at least one of sawdust, corn cob, or cat litter.
7. The liquid disposal tool of claim 1 wherein said absorbent further comprises a non-degradable substance.
8. The liquid disposal tool of claim 7 wherein said non-degradable substance is a peat moss that has been specially processed and is capable of absorbing liquids with total encapsulation.
9. The liquid disposal tool of claim 1 wherein said insert tray comprises a contoured surface with a series of protrusions, depressions, or a combination thereof arranged in a series of rows; and
wherein said tray channels said liquid to all levels of the container so that said liquid is exposed to the maximum surface area of said absorbent.
10. The liquid disposal tool of claim 9 wherein said series of protrusions have a conical shape.
11. The liquid disposal tool of claim 9 wherein said series of protrusions have slits or holes.
12. The liquid disposal tool of claim 1 wherein said insert tray is formed from scrap news print or sugar cane pulp that has been emulsified into liquefied slurry that is injected into a mold.
13. The liquid disposal tool of claim 1 wherein said insert tray is made of at least one of a cellulosic material.
14. The liquid disposal tool of claim 4 wherein said diffusing cover is made of an open weave fabric of polypropylene, polyethylene, polyamides, polystyrenes, and cellulosics.
15. The liquid disposal tool of claim 4 wherein said diffusing cover has a center taper that creates a reservoir to accommodate the on-rush of said liquid.
16. The liquid disposal tool of claim 15 wherein said center taper is created by attaching a series of stringers to said diffusing cover with ultra violet light (UV) gluing.
17. The liquid disposal tool of claim 1 wherein said absorbent further comprises an oil eating microbes; and
wherein said absorbent is a non-biodegradable substance that renders said tool safe for disposal in a non-hazard or controlled substance landfill.
18. A liquid disposal tool for the collection and disposal of liquids comprising:
a under tray;
an absorbent resting on said under tray, said absorbent configured to collect said liquid;
an insert tray covering or supporting said absorbent; and
a diffusing top cover joined at a top portion of said insert tray.
19. The liquid disposal tool of claim 18 wherein glue, a snap fit, or a shrink wrap joins said under tray to said diffusing cover.
20. The liquid disposal tool of claim 18 wherein said absorbent further comprises at least one of sawdust, corncob, cat litter or a polyalkylenes; and
wherein said non-degradable substance is a peat moss that has been specially processed and is capable of absorbing liquids with total encapsulation.
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US13/538,412 US20130327659A1 (en) | 2012-06-12 | 2012-06-29 | Disposable oil change kit |
US16/672,388 US20200062483A1 (en) | 2012-06-12 | 2019-11-01 | Disposable oil change kit |
US17/462,177 US11440510B2 (en) | 2012-06-12 | 2021-08-31 | Disposable oil change kit |
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US201261658655P | 2012-06-12 | 2012-06-12 | |
US13/538,412 US20130327659A1 (en) | 2012-06-12 | 2012-06-29 | Disposable oil change kit |
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US16/672,388 Continuation-In-Part US20200062483A1 (en) | 2012-06-12 | 2019-11-01 | Disposable oil change kit |
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US20130327659A1 true US20130327659A1 (en) | 2013-12-12 |
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US13/538,412 Abandoned US20130327659A1 (en) | 2012-06-12 | 2012-06-29 | Disposable oil change kit |
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US6945362B1 (en) * | 2001-08-30 | 2005-09-20 | Sumpter Sr Alray | Oil drip collector |
US20030121802A1 (en) * | 2001-10-16 | 2003-07-03 | Macquoid Malcolm | Method for disposing of oils, fats, and greases |
US6793092B1 (en) * | 2002-09-09 | 2004-09-21 | Warren Hayakawa | Disposable container for disposing of used oil |
US20040069571A1 (en) * | 2002-10-09 | 2004-04-15 | Lee Elliot W. | Vehicle drip tray and pet waste pan |
US20050133516A1 (en) * | 2003-12-22 | 2005-06-23 | Russ Dyer | Anti-splatter cover for drain pans |
US20100136128A1 (en) * | 2005-02-08 | 2010-06-03 | Marni Markell Hurwitz | Odor control fragrance additive |
US20100043717A1 (en) * | 2006-03-29 | 2010-02-25 | Ernest Walker | Litter containment and disposal apparatus |
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US20110174740A1 (en) * | 2010-01-15 | 2011-07-21 | Lbi, Llc | Organic absorbent product and method |
US20110253930A1 (en) * | 2010-04-14 | 2011-10-20 | Pearce Iii Robert C | Absorbent Polymer Composition with Hazard Indicator |
US20120311972A1 (en) * | 2011-06-09 | 2012-12-13 | Hunter James D | Disposable Container for Absorbing Oils, Fats and Greases |
US8479945B1 (en) * | 2012-02-02 | 2013-07-09 | Simmons Inventions Llc | Universal drain pan |
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