Climate control system for an indoor garden center
AssigneeHaier US Appliance Solutions, Inc.
InventorsVineeth Vijayan, Vishal Vittal Tulasigeri
Life of this patent
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Abstract
An indoor gardening appliance includes a grow module rotatably mounted within a liner to at least partially define a first grow chamber and a second grow chamber. A climate control system includes an evaporator plenum housing an evaporator, a fan assembly for urging air through the evaporator plenum, recirculation ducts for independently circulating air through the first grow chamber and the second grow chamber, and ambient duct systems for independently circulating fresh ambient air through the first grow chamber and the second grow chamber. A system of dampers selectively opens or closes each respective recirculation duct and ambient duct system for independent climate control of the first grow chamber and the second grow chamber.
Claims20
A gardening appliance, comprising:
- a liner positioned within a cabinet;
- a grow module rotatably mounted within the liner, the grow module at least partially defining a first grow chamber and a second grow chamber;
- and
- a climate control system comprising:
- an evaporator plenum housing an evaporator;
- a fan assembly operably coupled to the evaporator plenum for urging a flow of air through the evaporator plenum;
- a first recirculation duct system fluidly coupling the evaporator plenum and the first grow chamber;
- a second recirculation duct system fluidly coupling the evaporator plenum and the second grow chamber;
- a first ambient duct system fluidly coupling the first grow chamber to an ambient environment;
- a second ambient duct system fluidly coupling the second grow chamber to the ambient environment;
- a first damper system operably coupled to the first recirculation duct system and the first ambient duct system, the first damper system being movable between a recirculation position where the first ambient duct system is in a closed position and a refresh position where the first recirculation duct system is in a closed position;
- and
- a second damper system operably coupled to the second recirculation duct system and the second ambient duct system, the second damper system being movable between a recirculation position where the second ambient duct system is in a closed position and a refresh position where the second recirculation duct system is in a closed position.
A climate control system for a gardening appliance, the gardening appliance comprising a liner positioned within a cabinet and a grow module rotatably mounted within the liner, the grow module at least partially defining a first grow chamber and a second grow chamber, the climate control system comprising:
- an evaporator plenum housing an evaporator;
- a fan assembly operably coupled to the evaporator plenum for urging a flow of air through the evaporator plenum;
- a first recirculation duct system fluidly coupling the evaporator plenum and the first grow chamber;
- a second recirculation duct system fluidly coupling the evaporator plenum and the second grow chamber;
- a first ambient duct system fluidly coupling the first grow chamber to an ambient environment;
- a second ambient duct system fluidly coupling the second grow chamber to the ambient environment;
- a first damper system operably coupled to the first recirculation duct system and the first ambient duct system, the first damper system being movable between a recirculation position where the first ambient duct system is in a closed position and a refresh position where the first recirculation duct system is in a closed position;
- and
- a second damper system operably coupled to the second recirculation duct system and the second ambient duct system, the second damper system being movable between a recirculation position where the second ambient duct system is in a closed position and a refresh position where the second recirculation duct system is in a closed position.
The climate control system 14, wherein the evaporator plenum defines a first evaporator chamber in fluid communication with the first recirculation duct system and a second evaporator chamber in fluid communication with the second recirculation duct system.
The climate control system 15, wherein the evaporator is a first evaporator positioned within the first evaporator chamber, the climate control system further comprising a second evaporator positioned within the second evaporator chamber.
The climate control system 14, wherein the fan assembly comprises:
- a first fan fluidly coupling the evaporator plenum and the first recirculation duct system;
- and
- a second fan fluidly coupling the evaporator plenum and the second recirculation duct system.
The climate control system 14, wherein the first recirculation duct system comprises a first chamber supply duct and a first chamber return duct, and wherein the second recirculation duct system comprises a second chamber supply duct and a second chamber return duct, and
- wherein the first damper system comprises a first intake damper operably coupled to the first chamber return duct for regulating a first flow of intake air from the first grow chamber, and wherein the second damper system comprises a second intake damper operably coupled to the second chamber return duct for regulating a second flow of intake air from the second grow chamber.
The climate control system 14, wherein the first ambient duct system comprises a first ambient intake duct and a first ambient discharge duct, and wherein the second ambient duct system comprises a second ambient intake duct and a second ambient discharge duct.
The climate control system 14, wherein the grow module at least partially defines a third grow chamber, and wherein the first recirculation duct system, the second recirculation duct system, the first ambient duct system, the second ambient duct system, the first damper system, and the second damper system are positioned at fixed locations within the cabinet for being selectively aligned with two chambers of the first grow chamber, the second grow chamber, and the third grow chamber.
Dependencies are inferred from the claim text.