Abstract: A faucet mounted water filtration system includes a base having an inlet, a water receiving chamber, and at least one outlet. The inlet is configured to be coupled to a faucet. A body is coupled to the base. The body includes a filter compartment configured to house a filter cartridge. A cover is rotatably coupled to the body. A cam is operatively coupled to the cover. A valve operatively engages a surface of the cam. The cam is rotatable to move the valve to open and close a passageway to the filter compartment. A biasing element biases the cover to a default position.

Abstract: A faucet mounted water filtration system includes a base having an inlet, a water receiving chamber, and at least one outlet. The inlet is configured to be coupled to a faucet. A body is coupled to the base. The body includes a filter compartment configured to house a filter cartridge. A cover is rotatably coupled to the body. A cam is operatively coupled to the cover. A valve operatively engages a surface of the cam. The cam is rotatable to move the valve to open and close a passageway to the filter compartment. A biasing element biases the cover to a default position.

Abstract: A method for operating a water cooler, wherein the water cooler includes a cooling system, a storage compartment assembly, a water dispenser assembly, and a climate control assembly including a thermostat and a control capillary, includes coupling the control capillary to the thermostat, and coupling the thermostat to the cooling system such that the thermostat controls the operational state of the cooling system. The method includes positioning the control capillary adjacent each of the storage compartment assembly and the water dispenser assembly, determining the temperature of the storage compartment assembly and the water dispenser assembly using the control capillary, and cooling the storage compartment assembly and the water dispenser assembly using the cooling system.