초록 ▼

A scent dispersion system that is integrated into an air handler of a central air conditioning system located within a facility. The scent dispersion system includes an inlet flow conduit, which is positioned within and obtains pressurized airflow from a high pressure section of the air handler. The

A scent dispersion system that is integrated into an air handler of a central air conditioning system located within a facility. The scent dispersion system includes an inlet flow conduit, which is positioned within and obtains pressurized airflow from a high pressure section of the air handler. The airflow passes through a pressure application conduit into a scent reservoir. A scent generating liquid is stored within the scent reservoir. The scent generating liquid vaporizes and combines with the passing airflow creating a scent injection airflow. The scent injection airflow flows through a scent injection conduit and is discharged into a low pressure section of the air handler. The scent injection airflow combines with the conditioned air to form a scented and conditioned air mixture. The scented and conditioned air mixture is then dispersed throughout the facility using a central air conditioning ducting.

대표청구항 ▼

1. An air conditioning vapor injection system comprising: an air conditioning air handler integrated into a central air conditioning system, said air handler having an air handler housing divided into a low pressure air entry section, and a high pressure air discharge section by a pressure divider w

1. An air conditioning vapor injection system comprising: an air conditioning air handler integrated into a central air conditioning system, said air handler having an air handler housing divided into a low pressure air entry section, and a high pressure air discharge section by a pressure divider wall, a pressure differential being created by an air handler fan located within the air handler housing with the low pressure air entry section being located on a supply side of the air handler fan and the high pressure air discharge section being located on a discharge side of the air handler fan;a scent injection assembly comprising a scent reservoir;a pressure application conduit having a first orifice end connected to said high pressure air discharge section of the air handler housing and a second orifice end connected to and in fluid communication with said scent injection assembly; anda scent injection conduit having a first orifice end connected to and in fluid communication with said scent injection assembly and a second orifice end connected to said low pressure air entry section of the air handler housing. 2. An air conditioning vapor injection system as recited in claim 1, said system further comprising a scent generating liquid disposed within said scent reservoir. 3. An air conditioning vapor injection system as recited in claim 1, said pressure application conduit first orifice end being located proximate an upper region of said scent injection assembly and said scent injection conduit first orifice end also being located proximate an upper region of said scent injection assembly. 4. An air conditioning vapor injection system as recited in claim 3, said scent injection assembly further comprising an integrated scent injection body, wherein said pressure application conduit first orifice end and said scent injection conduit first orifice end are mechanically coupled with said integrated scent injection body in a manner providing fluid communication therethrough. 5. An air conditioning vapor injection system as recited in claim 4, said scent reservoir and said integrated scent injection body further comprising a releasable reservoir coupling interface provided therebetween, enabling removal and reassembly of said scent reservoir from and to said scent injection body, respectively. 6. An air conditioning vapor injection system as recited in claim 1, said scent injection assembly further comprising a scent dispersion flow valve enabling flow control of a scent emitted from a scent oil disposed within said scent reservoir into said scent injection conduit. 7. An air conditioning vapor injection system as recited in claim 1, said air conditioning vapor injection system further comprising at least one scent enhancing apparatus, wherein said at least one scent enhancing apparatus accelerates a process of converting a scent generating liquid into a scent generating vapor. 8. An air conditioning vapor injection system comprising: an air conditioning air handler integrated into a central air conditioning system, said air handler having an air handler housing divided into a low pressure air entry section, and a high pressure air discharge section by a pressure divider wall, a pressure differential being created by an air handler fan located within the air handler housing with the low pressure air entry section being located on a supply side of the air handler fan and the high pressure air discharge section being located on a discharge side of the air handler fan;a scent injection assembly comprising a scent reservoir;a pressure application conduit having a first orifice end connected to within said high pressure, air discharge section of the air handler housing and a second orifice end connected to and in fluid communication with said scent injection assembly;an aerator connected to said pressure application conduit second orifice end and to a lower region of said scent reservoir; anda scent injection conduit having a first orifice end connected to and in fluid communication with said scent injection assembly and a second orifice end connected to said low pressure, air entry section of the air handler housing. 9. An air conditioning vapor injection system as recited in claim 8, said system further comprising a scent generating liquid disposed within said scent reservoir. 10. An air conditioning vapor injection system as recited in claim 8, said pressure application conduit first orifice end being located proximate an upper region of said scent injection assembly and said scent injection conduit first orifice end also being located proximate an upper region of said scent injection assembly. 11. An air conditioning vapor injection system as recited in claim 8, said scent injection assembly further comprising an integrated scent injection body, wherein said pressure application conduit first orifice end and said scent injection conduit first orifice end are mechanically coupled with said integrated scent injection body in a manner providing fluid communication therethrough. 12. An air conditioning vapor injection system as recited in claim 11, said scent reservoir and said integrated scent injection body further comprising a releasable reservoir coupling interface provided therebetween, enabling removal and reassembly of said scent reservoir from and to said scent injection body, respectively. 13. An air conditioning vapor injection system as recited in claim 8, said scent injection assembly further comprising a scent dispersion flow valve enabling flow control of a scent emitted from a scent oil disposed within said scent reservoir into said scent injection conduit. 14. An air conditioning vapor injection system as recited in claim 8, said aerator further comprising a backflow prevention device to prevent fluid from flowing into said pressure application conduit. 15. An air conditioning vapor injection system comprising: an air conditioning air handler integrated into a central air conditioning system, said air handler having a air handler housing divided into a low pressure air entry section, and a high pressure air discharge section by a pressure divider wall, a pressure differential being created by an air handler fan located within the air handler housing with the low pressure air entry section being located on a supply side of the air handler fan and the high pressure air discharge section being located on a discharge side of the air handler fan;a scent injection assembly comprising a scent reservoir;a pressure application conduit having a first orifice end connected to said high pressure, air discharge section of the air handler housing and a second orifice end connected to and in fluid communication with said scent injection assembly;a scent operation control valve integrated into said pressure application conduit at a location between said pressure application conduit first orifice and said pressure application conduit second orifice, wherein said scent operation control valve controls a volume flow of pressure into said scent injection assembly; anda scent injection conduit having a first orifice end connected to and in fluid communication with said scent injection assembly and a second orifice end connected to said low pressure, air entry section of the air handler housing. 16. An air conditioning vapor injection system as recited in claim 15, said system further comprising a scent generating liquid disposed within said scent reservoir. 17. An air conditioning vapor injection system as recited in claim 15, said pressure application conduit first orifice end being located proximate an upper region of said scent injection assembly and said scent injection conduit first orifice end also being located proximate an upper region of said scent injection assembly. 18. An air conditioning vapor injection system as recited in claim 17, said scent injection assembly further comprising an integrated scent injection body, wherein said pressure application conduit first orifice end and said scent injection conduit first orifice end are mechanically coupled with said integrated scent injection body in a manner providing fluid communication therethrough. 19. An air conditioning vapor injection system as recited in claim 18, said scent reservoir and said integrated scent injection body further comprising a releasable reservoir coupling interface provided therebetween, enabling removal and reassembly of said scent reservoir from and to said scent injection body, respectively. 20. An air conditioning vapor injection system as recited in claim 15, said air conditioning vapor injection system further comprising at least one scent enhancing apparatus, wherein said at least one scent enhancing apparatus accelerates a process of converting a scent generating liquid into a scent generating vapor.