Abstract: An ice dispensing assembly includes a hopper, a metering disk, a shelf member, and a separating wall. The hopper includes an outlet opening defined in a bottom end of the hopper, and an ice inlet defined in a top end of the hopper. The metering disk is positioned in the hopper and includes a plurality of cavities. The shelf member is arranged to at least partially shield the cavities from a supply of ice held in the hopper. The metering disk is rotatable relative to the hopper between a first position wherein at least one cavity is exposed to the supply of ice to be filled with ice, and a second position wherein the cavity is separated from the supply of ice by the separating wall and ice in the cavity is dispensed through the outlet opening.

Abstract: A self-serve drink blending device includes a blend chamber, at least one product source, a water source, an ice source, a liquid level sensor, a controller and a dispenser. The blend chamber includes a blending blade. The at least one product source is configured to deliver a volume of product to the blend chamber. The water source is configured to deliver a volume of water to the blend chamber. The ice source is configured to deliver a volume of ice to the blend chamber. The liquid level sensor is mounted to the blend chamber and configured to create a liquid level signal when contents in the blend chamber reach a predetermined level. The controller is configured to automatically calibrate the at least one product source, the water source, and the ice source based on the liquid level signal. The dispenser is arranged to dispense contents from the blend chamber.

Abstract: A blending apparatus includes a blending jar and a lid. The blending jar has an internal surface defining an internal volume, and a mixing blade positioned within the internal volume. The lid is releasably mounted to the blending jar and includes at least one scraper extending into the internal volume. The at least one scraper is adjacent to the internal surface of the blending jar and is arranged and configured to disrupt rotational flow of food particles within the internal volume and/or scrape food particles from an inner surface of the blending jar.

Abstract: A variety of embodiments of blending containers are shown herein. In one embodiment, the blending container includes a mixing blade that rotates on an axis adjacent to the bottom of the blending container. The blending container includes one or more walls that extend upward from the bottom and a handle secured to the one or more walls. The blending container may be configured so that a vortex created when liquid is blended inside the container is not positioned over the axis. The blending containers may also be configured to stack inside one another.

Abstract: A blending container may include one or more walls and a handle secured to the one or more walls. The blending container may have a generally rectangular shape. The blending container may also include a mixing blade that rotates on an axis. The blending container may be configured so that a vortex created when liquid is blended inside the container is not positioned over the axis. The blending containers may also be configured to stack inside one another.

Abstract: A blending station apparatus and method includes a foodstuffs storage location where a plurality of individual foodstuffs storage containers are held, a control panel for inputting information into the blending station so that the beverage size and one or more of the various types of foodstuffs, as well as other ingredients such as ice, water, supplements, etc., can be selected to make a drink, a blending container to hold the various ingredients, a mixing location for blending the ingredients to achieve a uniform drink consistency, and a cleaning location to clean the blending container after the blended contents have been dispensed into a container for consumption.

Abstract: A blending apparatus includes an articulable housing operatively coupled to one or more switches to actuate a blending motor. Upon mounting a mixing jar and associated lid on top of the housing, downward pressure is placed on the lid/jar assembly which places, in turn, downward pressure on the housing. Such downward pressure on the housing causes the housing to articulate and actuate the switch, which in turn provides power to the motor to rotate the blade mounted within the mixing container at a first rotational speed. In one embodiment, the switch is interposed between the housing and a stationary base. A second switch may also be utilized to rotate the blade at a second, increased rotational speed upon additional articulation of the housing.

Abstract: A blending station apparatus and method includes a foodstuffs storage location where a plurality of individual foodstuffs storage containers are held, a control panel for inputting information into the blending station so that the beverage size and one or more of the various types of foodstuffs, as well as other ingredients such as ice, water, supplements, etc., can be selected to make a drink, a blending container to hold the various ingredients, a mixing location for blending the ingredients to achieve a uniform drink consistency, and a cleaning location to clean the blending container after the blended contents have been dispensed into a container for consumption.

Abstract: A blending jar apparatus is disclosed including a plurality of walls and a handle secured to one of the plurality of walls. One of the plurality of walls may comprise a truncated wall. The handle may include an aperture extending at least partially through the handle. The handle may be secured to the truncated wall. Methods of stacking blending jars are also disclosed.

Abstract: A blending jar apparatus is disclosed and includes a plurality of walls and a handle secured to one of the plurality of walls. The handle includes an aperture receptive of a handle of another blending jar apparatus. One of the plurality of walls may include a truncated wall, to which the handle is secured.

Abstract: A blending station apparatus and method includes a foodstuffs storage location where a plurality of individual foodstuffs storage containers are held, a control panel for inputting information into the blending station so that the beverage size and one or more of the various types of foodstuffs, as well as other ingredients such as ice, water, supplements, etc., can be selected to make a drink, a blending container to hold the various ingredients, a mixing location for blending the ingredients to achieve a uniform drink consistency, and a cleaning location to clean the blending container after the blended contents have been dispensed into a container for consumption.

Abstract: A blending apparatus includes an articulable housing operatively coupled to one or more switches to actuate a blending motor. Upon mounting a mixing jar and associated lid on top of the housing, downward pressure is placed on the lid/jar assembly which places, in turn, downward pressure on the housing. Such downward pressure on the housing causes the housing to articulate and actuate the switch, which in turn provides power to the motor to rotate the blade mounted within the mixing container at a first rotational speed. In one embodiment, the switch is interposed between the housing and a stationary base. A second switch may also be utilized to rotate the blade at a second, increased rotational speed upon additional articulation of the housing.

Abstract: A container rinsing apparatus and method of rinsing a container that includes a nozzle positioned to spray liquid at a particular spray angle toward the interior surface of the container when the top surface of the container depresses a base cover of the rinsing apparatus. The rinsing apparatus is capable of completely rinsing virtually any shape of container without requiring manipulation of the container relative to the rinsing device during rinsing. When the container is positioned to engage the rinsing apparatus, the nozzle is closer to the open end of the container than the closed end.

Abstract: A blending apparatus includes an articulable housing operatively coupled to one or more switches to actuate a blending motor. Upon mounting a mixing jar and associated lid on top of the housing, downward pressure is placed on the lid/jar assembly which places, in turn, downward pressure on the housing. Such downward pressure on the housing causes the housing to articulate and actuate the switch, which in turn provides power to the motor to rotate the blade mounted within the mixing container at a first rotational speed. In one embodiment, the switch is interposed between the housing and a stationary base. A second switch may also be utilized to rotate the blade at a second, increased rotational speed upon additional articulation of the housing.

Abstract: A blending apparatus includes an articulable housing operatively coupled to one or more switches to actuate a blending motor. Upon mounting a mixing jar and associated lid on top of the housing, downward pressure is placed on the lid/jar assembly which places, in turn, downward pressure on the housing. Such downward pressure on the housing causes the housing to articulate and actuate the switch, which in turn provides power to the motor to rotate the blade mounted within the mixing container at a first rotational speed. In one embodiment, the switch is interposed between the housing and a stationary base. A second switch may also be utilized to rotate the blade at a second, increased rotational speed upon additional articulation of the housing.

Abstract: A headset device is provided with a headphone unit having head band, a pair of guide arms and a speaker unit, a microphone unit connected to one side of the speaker unit, and a controller divided into two bodies, wherein since the pair of guide arms are adapted to be rotatably connected to the speaker unit, a position of the head band can be easily adjusted, with an auricle of the user being enclosed by the speaker unit, whereby the user can feel good to wear the headset device due to resilience and softness thereof, and wherein the headset device is capable of being used with various apparatuses such as a telephone and a computer system since the controller which can be divided into two bodies or assembled into a unit enables replacing connection terminals with various kinds of other connection terminals is used.

Abstract: An enclosure apparatus for processing devices includes a portion movable between an open position and a closed position. A receptacle in which items to be processed are contained is placed within the enclosure when the movable portion is in the open position. Upon securing the enclosure about the receptacle, the enclosure engages a lid covering the receptacle to maintain the lid in position within the receptacle. Engagement of the lid by the enclosure causes the lid to flex outwardly and seal against the receptacle opening. A switch may be interposed between the enclosure and the processing device to immediately initiate a blending cycle at the moment the enclosure is secured about the processing receptacle.