초록 ▼

A disposal unit can include a substantially air tight chamber, an insertion component for inserting waste into the chamber, a disposal container for removing the inserted waste from the disposal unit, a container sealant mechanism configured to allow a sealing of the disposal container, and an air e

A disposal unit can include a substantially air tight chamber, an insertion component for inserting waste into the chamber, a disposal container for removing the inserted waste from the disposal unit, a container sealant mechanism configured to allow a sealing of the disposal container, and an air extraction unit. The air extraction unit captures air or airborne particles from the substantially air tight chamber to minimize exposure to the air or the airborne particles from the inserted waste. The exposure to the air or airborne particles is minimized to humans placing the waste into the insertion component, to humans removing the disposal container from the disposal unit, or to humans proximate to the disposal unit.

대표청구항 ▼

1. A disposal unit comprising: a substantially air tight chamber;an insertion component for inserting waste into the chamber, wherein the insertion component comprises an insertion tube and a one-way seal, and wherein said insertion tube comprises an inner tube and an outer tube, wherein a plurality

1. A disposal unit comprising: a substantially air tight chamber;an insertion component for inserting waste into the chamber, wherein the insertion component comprises an insertion tube and a one-way seal, and wherein said insertion tube comprises an inner tube and an outer tube, wherein a plurality of spacers separate the outer tube from the inner tube;a disposal container for removing the inserted waste from the disposal unit;a container sealant mechanism configured to allow a sealing of the disposal container; andan air extraction unit configured to capture air or airborne particles from the substantially air tight chamber to minimize exposure to the air or the airborne particles from the inserted waste, wherein the exposure to the air or airborne particles is minimized to humans placing the waste into the insertion component, to humans removing the disposal container from the disposal unit, or to humans proximate to the disposal unit. 2. The disposal unit of claim 1, further comprising: an air sanitation component configured to sanitize the captured air or airborne particles to a predetermined air quality level, wherein harmful airborne byproducts of the inserted waste are reduced or neutralized by the air sanitation component. 3. The disposal unit of claim 2, wherein the air sanitation component utilizes at least one of heat sterilization, incineration, ultraviolet (UV) disinfection, filtration, photo-catalytic sanitation, oxidation, and ionization. 4. The disposal unit of claim 2, wherein the air sanitation component further comprises: an exhaust element configured to dissipate the sanitized air from the disposal unit. 5. The disposal unit of claim 1, wherein the container sealant mechanism comprises a manipulator, an automated vacuum-sealing component, an automated heat-sealing component, or combinations thereof. 6. The disposal unit of claim 5, wherein the container sealant mechanism is the manipulator, wherein the manipulator comprises a sealed glove through which a user of the disposal unit is able to insert his/her hands to seal the disposal container. 7. The disposal unit of claim 1, further comprising: at least one environmental sensor configured to detect whether an interior of the disposal unit contains harmful airborne byproducts of inserted waste. 8. The disposal unit of claim 7, further comprising: at least one safety indictor configured to notify a user of the disposal unit when a quantity of one or more byproducts detected by the at least one environmental sensor exceeds a previously established threshold. 9. The disposal unit of claim 1, further comprising: a removal component configured to have at least an open state and a closed state, wherein when in the closed state the substantially air tight chamber is approximately air tight, and wherein when in an open state, the substantially air tight chamber is not air tight, wherein when the removal component is in the open state, a disposal container included in the disposal unit is able to be removed. 10. A disposal unit comprising: a substantially air tight chamber;an insertion component for inserting waste into the chamber, wherein the insertion component comprises an insertion tube and a one-way seal, and wherein said insertion tube comprises an inner tube and an outer tube, wherein a plurality of spacers separate the outer tube from the inner tube;a disposal container for removing the inserted waste from the disposal unit;an air extraction unit configured to capture air or airborne particles from the substantially air tight chamber to minimize exposure to the air or the airborne particles; and;an air sanitation component configured to sanitize the captured air or airborne particles to a predetermined air quality level. 11. The disposal unit of claim 10, further comprising: a container sealant mechanism configured to allow a sealing of the disposal container, wherein once sealed by the container sealant mechanism, the disposal container containing the inserted waste is substantially air tight. 12. The disposal unit of claim 11, wherein the air sanitation component sanitizes the captured air or airborne particles after the disposal container is sealed by the container sealant mechanism, wherein the disposal unit further comprises: a door through which the disposal container is extracted, wherein the door is locked until the disposal container is sealed and air or airborne particles of the substantially air tight container is sanitized by the air sanitation component. 13. The disposal unit of claim 10, further comprising: an exhaust element configured to dissipate the sanitized air from the disposal unit. 14. The disposal unit of claim 10, wherein the air sanitation component utilizes heat sterilization. 15. The disposal unit of claim 10, wherein the air sanitation component utilizes incineration. 16. The disposal unit of claim 10, wherein the air sanitation component utilizes ultraviolet (UV) disinfection. 17. The disposal unit of claim 10, wherein the air sanitation component utilizes photo-catalytic sanitation, oxidation, ionization, or a combination thereof. 18. A disposal unit comprising: a substantially air tight chamber;an insertion component for inserting waste into the chamber, wherein the insertion component comprises an insertion tube and a one-way seal, and wherein said insertion tube comprises an inner tube and an outer tube, wherein a plurality of spacers separate the outer tube from the inner tube;a disposal container for removing the inserted waste from the disposal unit;a container sealant mechanism configured to allow a sealing of the disposal container;an air extraction unit configured to capture air or airborne particles from the substantially air tight chamber;at least one environmental sensor configured to detect whether an interior of the disposal unit contains harmful airborne byproducts of inserted waste; andat least one safety indictor configured to notify a user of the disposal unit when a quantity of one or more byproducts detected by the at least one environmental sensor exceeds a previously established threshold. 19. The disposal unit of claim 18, further comprising: a closed vacuum system inside the air tight chamber, which is connected to the air extraction unit and to the insertion component.