Abstract:
A radar system for discriminating between sources of radar interference and targets of interest. The system includes a transmitter for transmitting radar signals into a region, a receiver for receiving return signals of the radar signals returned from within the region, and a processor for processing the return signals to discriminate between return signals returned from a first object and return signals returned from a second object where the return signals from the second object comprise both zero and non-zero Doppler components and interfere with the return signals from the first object. The radar system is operable for discriminating between the return signals when the return signals are received at a distance from the second object which is less than a proximity limit based on the geometry of the object.
Abstract:
An ice maker comprises a tray (1), which has at least one compartment (4) for molding a piece of ice, a frame (15), in which the tray is mounted to be pivotable about an axis (14), and a motor (22) for driving the pivot movement of the tray, which motor is mounted at the frame (15) to be adjacent to the tray (1) and transversely offset relative to the axis.
Abstract:
The invention relates to a storing device for ice chunks that includes a receiving compartment for receiving therein ice chunks and a movable stirrer for effecting displacement of ice chunks received in the receiving compartment. The movable stirrer extends in the receiving compartment and rotates about a stirrer axis with the movable stirrer being disposed relative to the receiving compartment such that its stirrer axis extends through two surfaces of the receiving compartment. The movable stirrer is drivable in a stirring movement in a manner such that the movable stirrer effects displacement of the ice chunks with a substantial portion of the ice chunks not be advanced in a either a direction toward one of the two surfaces through which the stirrer axis extends of the other of the two surfaces through which the stirrer axis extends.
Abstract:
An ice maker comprises a tray (1), which has at least one compartment (4) for moulding a piece of ice, a frame (15), in which the tray is mounted to be pivotable about an axis (14), and a motor (22) for driving the pivot movement of the tray, which motor is mounted at the frame (15) to be adjacent to the tray (1) and transversely offset relative to the axis.
Abstract:
An ice maker comprises a frame (15) and a tray (1) pivotable in the frame (15) about an axis. At least one compartment (4) is formed in the tray (1) and the tray (1) is provided with an electric heating device (13).
Abstract:
A refrigeration device is provided that includes a housing enclosing an interior and an assembly in the interior having a storage compartment for chunks of ice and a stirrer. The stirrer is rotatable about an axis that extends through the storage compartment to move chunks of ice contained in the storage compartment in relation to each other and to move ice towards a dispensing passage that extends through the housing. A closable flap is interposed between the storage compartment and the dispensing passage.
Abstract:
A tray (1) pivotably mounted in an automatic ice maker has a plurality of compartments (4) arranged in a number of rows and separated from one another by partition walls. The wall (6) extending above the upper edges of the partition walls (3) is formed at a longitudinal side of each row of compartments (4) and at at least a part of the transverse sides (2) thereof.For ice making, water (10) is filled into the tray (1) and allowed to freeze therein. Prior to letting the freezing take place, the tray (1) is pivoted from a tilted setting, in which the filled water (10) floods over the partition walls (3) between the compartments (4) of the tray (1) on a part of the width thereof and contacts a region of the longitudinal wall (6) extending above the upper edges of the partition walls (3), to an upright setting, in which the level of the water (10) lies below the upper edges of the partition walls (3).
Abstract:
An ice maker comprises a frame (15) and a tray (1) pivotable in the frame (15) about an axis. The tray (1) has a plurality of compartments (4) which are arranged in a number of rows and separated from one another by partition walls (3) and is pivotable between an upright setting in which the upper edges of the partition walls (3) extend horizontally, an emptying setting in which the openings of the compartments (4) face downwardly and a tilted setting in which a predetermined water quantity filled into a row of the tray (1, 1′, 1″) in part floods over the upper edges of the partition walls (3) between the compartments (4) of the row whilst after pivotation back into the upright setting the partition walls (3) separate the part quantities, which are distributed to the compartments (4), of the water quantity from one another.
Abstract:
An ice maker comprises a tray, which has at least one automatically emptiable compartment for moulding a piece of ice, a storage chamber (50) for receiving pieces of ice produced in the compartment and a sensor (57, 59) for detecting the presence of pieces of ice in the storage chamber (50). The sensor (57, 59) comprises a transmitter (57) and a receiver (59) for a detection beam.
Abstract:
An ice dispenser including an ice supply container; a shaft extending into the supply container; a stirrer rotatable about the shaft which extends into the supply container, the stirrer being connectable to a rotation drive device that rotates the stirrer; an output chamber communicated with the supply container, the output chamber having an ice outlet opening; a slider rotatable in the output chamber, a rotation of the slider in a predetermined manner operating to bring the slider into moving engagement with ice located in the output chamber; and a coupling selectively disposable between an active coupling disposition in which the coupling operatively interconnects the stirrer and the slider to one another such that the slider rotates in correspondence with a rotation of the stirrer and a decoupling disposition in which the coupling does not operatively interconnect the stirrer and the slider to one another.