Abstract:
A beverage brewer comprises a housing, with a spray head mounted to the housing and operably connected to a source of water. A brew basket is selectively installed and secured to the housing, with the brew basket holding a quantity of a beverage component below the spray head, such that water introduced by the spray head contacts and passes through the beverage component to produce a brewed beverage. A shelf supports a receptacle below the brew basket. The shelf includes a frame that is configured for mounting at multiple locations on the housing, i.e., at multiple vertical positions between the base portion of the housing and the brew basket. The shelf also includes a platform that is mounted to and supported by the frame.
Abstract:
A brew basket includes a body defining an internal cavity for holding a quantity of a beverage component, such that, in use, water introduced into the internal cavity contacts and passes through the beverage component to produce a brewed beverage. The brew basket further includes an outlet orifice for the brewed beverage defined by a downward extension of the brew basket. A cap engages the downward extension of the brew basket, with an opening defined through a bottom wall of the cap. A gasket is received in the cap, and a thickness of the gasket determines a position of the cap relative to the downward extension of the brew basket, and thus determines a flow rate of the brewed beverage from the outlet orifice through the opening defined through the bottom wall of the cap.
Abstract:
A beverage brewer comprises a housing, with a spray head mounted to the housing and operably connected to a source of water. A brew basket is selectively installed and secured to the housing, with the brew basket holding a quantity of a beverage component below the spray head, such that water introduced by the spray head contacts and passes through the beverage component to produce a brewed beverage. One or more magnets are installed on the brew basket, and one or more magnetic proximity sensors are installed in the housing and positioned to sense the presence of the one or more magnets installed on the brew basket. A control logic then receives signals from the one or more magnetic proximity sensors and executes a selected brewing routine in response to the signals received from the one or more magnetic proximity sensors.