Apparatus for processing organic matter having lid and air treatment system promoting pleasant user experience
Embodiments disclosed herein provide an organic matter processing apparatus and method for the use thereof to convert organic matter into a ground and desiccated product. The organic matter processing apparatus includes a lid assembly that is positioned at the top or head of the processing apparatus and an air treatment system. The lid assembly is operative to open to allow a user to deposit organic matter into the processing apparatus or to remove a removable bucket contained therein. The lid assembly is operative to close and provide an odor containing seal that prevents or substantially mitigates escape of odor. The air treatment system uniformly distributes untreated air through an air treatment chamber to convert the untreated air to treated air, which is exhausted out of the processing apparatus.
1. An organic matter processing apparatus (OMPA), comprising:
a bucket assembly for processing organic matter;
a bucket interface assembly constructed to receive the bucket assembly, the bucket interface assembly comprising a port; and
an air treatment system coupled to receive untreated air via the port, the air treatment system comprising:
an airflow duct assembly coupled to the port;
a fan coupled to the airflow duct assembly and operative to draw in untreated air from the bucket assembly via the port and the airflow duct assembly;
a manifold coupled to the fan and constructed to redirect untreated air through a media chamber positioned above the manifold, wherein the media chamber converts untreated air to treated air; and
a spine member coupled to the manifold, the spine member comprising:
a media chamber retaining region constructed to interface with the media chamber when the media chamber is inserted into and placed within the spine member; and
an exhaust region fluidically coupled to receive treated air from the media chamber and fluidically coupled to at least one outlet port to exhaust the received treated air out of the OMPA.
2. The OMPA of claim 1 , wherein the airflow duct assembly comprises:
an exhaust coupler secured to the port;
an exhaust pipe secured to the exhaust coupler; and
a fan coupler secured to the exhaust pipe and to the fan.
3. The OMPA of claim 2 , wherein the exhaust coupler comprises:
a sensor port;
a circuit board;
a gasket coupled to the circuit board and to a periphery of the sensor port; and
a sensor secured to the circuit board and surrounded by the gasket, the sensor operative to monitor characteristics of the untreated air entering the air treatment system.
4. The OMPA of claim 1 , wherein the air treatment system is operative to:
pull untreated air downward through the airflow duct assembly via the fan;
push the untreated air, via the fan, into the manifold, wherein the manifold redirects the pushed untreated air upward through the media chamber to convert the pushed untreated air into the treated air; and
exhaust the treated air out of the at least one outlet port.
5. The OMPA of claim 1 , wherein the manifold comprises an inlet port and a baffle array constructed to redirect untreated air through the media chamber.
6. The OMPA of claim 5 , wherein the baffle array comprises a plurality of baffles, wherein each baffle of the plurality of baffles comprises a curved shape and a height, and wherein the curved shape and the height of each baffle are selected to evenly distribute air flow of the redirected untreated air through the media chamber.
7. The OMPA of claim 5 , wherein the manifold further comprises at least one air dome constructed to redirect untreated air through the media chamber.
8. The OMPA of claim 1 , wherein the fan is canted relative to the manifold.
9. The OMPA of claim 8 , wherein the manifold is a repository for any moisture existing in the airflow duct assembly, the fan, and the bucket interface assembly.
10. The OMPA of claim 1 , wherein the media chamber comprises activated carbon.
11. The OMPA of claim 1 , wherein the media chamber is user removable from and user installable into the OMPA.
12. An organic matter processing apparatus (OMPA), comprising:
a bucket assembly for processing organic matter;
an air treatment system coupled to receive untreated air from the bucket assembly, the air treatment system comprising:
an airflow duct assembly comprising an exhaust coupler secured adjacent to the bucket assembly;
a fan coupled to the airflow duct assembly and operative to pull untreated air down from the bucket assembly and to push the untreated air into a manifold; and
wherein the manifold is coupled to the fan and is constructed to redirect the pushed untreated air upwards through a manifold exit port and into an air treatment chamber positioned above the manifold exit port, wherein the manifold comprises an inlet port and a baffle array, wherein the baffle array comprises a plurality of baffles each having a respective curve profile including a curve radius and a height, wherein the curve radius and the height is different for each of the plurality of baffles, wherein the air treatment chamber converts untreated air to treated air; and
at least one exhaust port positioned above the air treatment chamber that provides egress for the treated air out of the OMPA.
13. The OMPA of claim 12 , wherein the air treatment chamber comprises a media chamber comprising activated carbon.
14. The OMPA of claim 12 , wherein the manifold further comprises:
at least one air dome positioned adjacent to at least two of the plurality of baffles.
15. The OMPA of claim 12 , wherein the air treatment system further comprises a first sensor for monitoring characteristics of the untreated air.
16. The OMPA of claim 14 , wherein the air treatment system further comprises a second sensor for monitoring characteristics of the treated air.
17. The OMPA of claim 12 , wherein the heights of the plurality of baffles increase as a function of distance away from the inlet port.
18. The OMPA of claim 12 , wherein the curve radii of the plurality of baffles increase as a function of distance away from the inlet port.