3441results about "Ice storing/distribution" patented technology

Disclosed is a refrigerator with an improved structure for supplying ices at an outside of a dispenser provided at a door. The refrigerator includes a supplementary freezer, a cavity, an icemaker and a dispenser. The supplementary freezer is provided in a cooling chamber of the refrigerator. The cavity is provided in the door and is connected with the supplementary freezer when the door is closed. The icemaker produces ices using cool air in the cooling chamber. The dispenser is connected with the cavity provided at the door. In this case, the icemaker is provided in the supplementary freezer or in the cavity.

An icemaking compartment is provided in the refrigerator compartment of a bottom mount refrigerator. An icemaker is within the icemaking compartment. A cold air duct supplies cold air from the freezer compartment to the icemaker. The cold air duct is formed in the rear wall of the refrigerator. A fan controls the flow of air through the cold air duct. A return air duct is provided to direct a portion of the air from the icemaker back to the freezer compartment. An air vent in the icemaker directs another portion of air into the refrigerator compartment.

Refrigerator with an icemaker including a cabinet having a mullion wall for compartmentalization of a freezing chamber and a refrigerating chamber, a case provided to a door on the refrigerating chamber, having a cavity therein, a first duct for supplying cold air from a neighborhood of an evaporator in the freezing chamber to the cavity, the icemaker in the cavity for producing ice, an ice container in the cavity for storing the ice, and a dispenser in the door in communication with the cavity, thereby having ice supplied to a user at an outside of the refrigerator through a dispenser provided to the door.

A bottom mount household refrigerator is provided with an apparatus to permit the dispensing of ice. According to one embodiment, a sealed ice making compartment is provided within the fresh food compartment. The sealed ice making compartment may be located at the bottom, at the top, or along a side wall within the fresh food compartment. According to another embodiment, ice is made in the ice compartment, and lifted upward to a dispensing location through the door of the fresh food compartment.

A portable cooler includes an insulated body that defines a main interior storage space, and a lid structured to at least partially cover the main interior storage space. The lid includes an integrated blender or an integrated blender drive. Components of the blender may include a source of electrical power, an electric motor, and a blender spindle mounted through a surface of the lid and coupled to the electric motor. The integrated blender may also include a blender jar structured to hold food items for blending and one or more blending blades. The lid may further include a blender recess shaped in a negative mold of a collar of the blender jar to prevent the blender jar from rotating during operation.

An ice dispensing system is provided for a refrigerator having a bottom freezer. The system includes an ice maker in the freezer compartment and an ice bucket in the refrigerator compartment. A shuttle carries ice from the ice maker to the bucket through a tube extending upwardly through the dividing wall between the freezer and refrigerator compartments. The bucket includes an auger in communication with an ice dispensing opening in the refrigerator door for ice on demand by a user. The shuttle is raised and lowered by a motor-driven cable.

The present invention 10 discloses a device for making, bagging, and delivering a sealed bag of ice 12 to a consumer 22. The user 22 merely deposits a specified amount of money into the coin operated 18 vending machine and the user thereafter receives the completely sealed bag of ice 12. The present invention 10 has refrigeration means 30 which supplies ice 34 into a hopper area 32 having outfeed means 36 for dispensing ice into a bagging means 39. The ice bagging means 39 has a replaceable roll 48 of plastic material which is conveyed through the machine having a cutting and heat sealing means 41 and 43 which cuts out a bag and produces sealed ends on the bag of ice. Thereafter the sealed bag of ice 50 is delivered to the customer access area 20 where the customer 22 can pick up and access the frozen bag of ice.

An ice making apparatus capable of reducing an ice making time be rapid cooling of an ice making tray thereof while guaranteeing the making of transparent ice and a refrigerating having the ice making apparatus. The ice making apparatus includes the ice making tray to freeze water filled therein so as to make ice, and a cold air guiding device to guide cold air to a lower surface of the ice making tray. The cold air guiding device includes a cold air guiding plate installed below the ice making tray to be spaced apart from the lower surface of the ice making tray, and a plurality of protrusions provided at an upper surface of the cold air guiding plate to guide the cold air flowing along the upper surface of the cold air guiding plate in a direction toward the lower surface of the ice making tray.

A bottom mount household refrigerator is provided with an ice dispenser in the fresh food door to dispense ice from a sealed ice making compartment within the fresh food compartment. A conveyor carries ice from a storage bin in the ice compartment to the dispenser.

A compact ice-making device is provided for making ice chips of varied shapes for use in glasses of whiskey and water, and the like purposes. Ice is made using an ice-making vessel (13) for making a plank-like block of ice with a shaft (18) inserted in advance in the vessel, the shaft (18) having ribs (18A) extending substantially radially from a rotating axis. Upon completion of the ice making, a gear unit (20) connected to the shaft (18) is driven by a motor to rotate the shaft (18), which cracks and divides the plank-like ice block into ice chips of varied shapes.

A dispenser of a refrigerator comprises a dispensing chamber recessed in one of doors for opening and closing freezing and refrigerating compartments, a chute member pivotally mounted in the dispensing chamber and connected with a water supply pipe for supplying water toward the dispensing chamber, and an operating means for rotating the chute member about a pivot axis of the chute member. Accordingly, water can be easily stored in a vessel regardless of the size of the vessel, utilization effect of an internal space of the refrigerator can be improved, and insulation effect of the refrigerator can be also improved because of an increase in a thickness for insulation of the refrigerator.

An ice measuring and dispensing apparatus includes a rotating drum rotatable about a horizontal axis. The rotating drum has a plurality of chambers, and an ice supply hopper has a delivery opening for delivering ice into the plurality of chambers. A discharge tube to dispense ice from the plurality of chambers is also provided. The delivery opening of the supply hopper is larger than an opening of each of the chambers.

In accordance with the present disclosure, an icemaker combination assembly is provided and comprises a refrigerator having a freezer compartment and a fresh food compartment. The freezer compartment can have a freezer door assembly and the fresh food compartment can have a fresh food door assembly. The icemaker combination further comprises a first icemaker having a first ice cube storage bin disposed within the freezer compartment and a second icemaker having a second ice cube storage bin disposed within the fresh food compartment. The first and second icemakers having a production activation level selected from the group consisting of the first icemaker active only, the second icemaker active only, the first and the second icemakers both active, and the first and the second icemakers both inactive. The first and second icemakers can selectively and simultaneously produce and independently store ice.

Vacuum pneumatic conveying apparatus and method are described to provide for a simple, economical, convenient (and preferably automatic) system for conveying ice on an as-required basis from a source such as an ice maker to one or more receptors at locations remote from that source. The system can be configured such that dispensing locations can be added or eliminated from the system or temporarily taken "off line" from the system without the need to change the basic system configuration or the central ice providing apparatus. The apparatus in various embodiments includes an ice source, a conveying conduit from the source to the receptor, a vacuum pump for moving the ice through the conduit by vacuum, and the receptor to collect the conveyed ice. The receptor may be an ice / beverage dispenser, an accumulator for retention and discharge to further devices, an intermediate storage dispenser, or an air lock device from where the ice can be projected over significant distances. Ice and vacuum may simultaneously be routed into different branched routes, utilizing a unique diverter / air shifter with the capability of providing routing to up to four different routes. Appropriate sensors and controllers, which may be microprocessor-based, may be used to automate the system. The entire system is easily cleanable. The system is advantageously used by restaurants, groceries, hotels and motels, hospitals, laboratories, and many other establishments where the providing of ice at various locations is desirable or required.

A refrigerator includes a first storage compartment defining a first interior volume. A first evaporator is disposed in a first evaporator compartment and is configured to provide cool air to the first interior volume. A second storage compartment defines a second interior volume, the second interior volume configured to be cooled by cool air received from the first interior volume. A door is positionable to permit and prohibit access to the second interior volume through a front of the second interior volume. A third interior volume is defined in an interior of the door. A second evaporator is disposed in a second evaporator compartment and is configured to provide cool air to the third interior volume. An air flow channel extends from the second evaporator compartment to the third interior volume. A fan is disposed in the third interior volume. A mold is disposed in the third interior volume and is configured to receive water and to retain the water during cooling of the water.

A refrigerator includes a refrigerator main body having a storage chamber, a door coupled to the refrigerator main body to be opened or closed, a cool air supplying device which generates cool air, an ice maker including an ice making tray having ice making cells to produce ice and a cool air guide member installed in the door, coupled to the ice making tray and having a cool air line that guides the cool air supplied from the cool air supplying device to flow around the ice making tray. The cool air line disposed on the cool air guide member to supply the ice making tray guides the cool air supplied from the cool air supplying device to move along the surrounding of the ice making tray, thereby uniformly cooling down the ice making tray.

A refrigerator includes a first storage compartment defining a first interior volume. A first evaporator is disposed in a first evaporator compartment and is configured to provide cool air to the first interior volume. A second storage compartment defines a second interior volume, the second interior volume configured to be cooled by cool air received from the first interior volume. A door is positionable to permit and prohibit access to the second interior volume through a front of the second interior volume. A third interior volume is defined in an interior of the door. A second evaporator is disposed in a second evaporator compartment and is configured to provide cool air to the third interior volume. An air flow channel extends from the second evaporator compartment to the third interior volume. A fan is disposed in the third interior volume. A mold is disposed in the third interior volume and is configured to receive water and to retain the water during cooling of the water.

A refrigerator door is provided. The refrigerator door has an outer case forming a shape of the refrigerator door, an inner case provided within the outer case to configure a backside of the refrigerator door wherein a space between the inner case and the outer case is charged with a foaming liquid, an ice making unit provided to one side of the inner case to make ice, a fixing unit provided to the space charged with the foaming liquid between the inner case and the outer case and fixing the ice making unit to the refrigerator door, and a dispenser provided to one side of the outer case to discharge the ice supplied by the ice making unit.

A refrigerator has a freezing chamber at the bottom, and a refrigerating chamber over the freezing chamber. The refrigerator includes an ice making unit and an ice dispenser mounted in a refrigerating chamber door that allows ice to be dispensed without opening the door. A sub-PCB is mounted in the refrigerating chamber door for controlling operations of the ice making unit and the dispenser. A cold air supply duct supplies cold air from a cold air supply unit to the ice making unit.

A bottom mount refrigerator is provided with a pantry compartment that is accessible from outside the refrigerator by pulling open an easy access pantry drawer without the need to first open the fresh food compartment or the freezer compartment. A divider between the pantry compartment and the fresh food compartment is formed by a secondary mullion and a transparent shelf. The secondary mullion is provided with a light source for illuminating the contents of the pantry drawer. A light source at the rear of the pantry compartment shines generally forwardly and upwardly to illuminate the fresh food compartment.

Techniques for use in ice maker systems are disclosed. In one example, an ice tray apparatus includes an ice mold body formed substantially of a metal material, and a holder for holding the ice mold body, the holder including a rotation-stopping feature formed thereon. The ice tray assembly may be used in an ice maker system mounted in a storage compartment of a refrigerator appliance.

A clear ice making apparatus includes: a freezing space; a tray placed in the freezing space and having a lower temperature at a bottom part thereof than at an upper part thereof; and a water supply unit of supplying water to the tray from the top thereof, in which ice is made at an ice making rate of 5 μm / s or lower, a part of a liquid-phase section of water in the tray which part is in contact with atmosphere is frozen to complete the ice making, the liquid-phase section of water is not entirely supercooled before the ice making is completed, and the concentration of air in the liquid-phase section of water in the tray is equal to or lower than an excessive concentration of air.

An ice making and dispensing system suitable for making and dispensing ice through the refrigerator compartment door of a bottom freezer refrigerator. The ice maker is positioned in an insulated sub-compartment in the refrigerator compartment maintained at a temperature below 0° C. An insulated ice cube storage bin and ice dispenser are positioned on the refrigerator compartment door for dispensing ice cubes through the face of the refrigerator compartment door.

Provided is an ice maker that includes a mold including a plurality of cavities for receiving water to be frozen into ice pieces, a driver operatively connected to the mold for adjusting a position of the mold to a plurality of different locations during an ice making cycle, and a controller. A limit switch is located at a plurality of different positions along a range of travel of the mold to be actuated and transmit a signal indicative of the mold's arrival at the different locations. The mold can travel along path including first portion having a first axis of rotation and a substantially vertical portion, and can be driven by a motor with a drive shaft rotatable about a single axis of rotation. The motor can drive both the mold and a bail arm, and the mold can be leveled upon reaching a predetermined location. The ice maker can perform a Dry Cycle in response to detecting an anomaly during ice making.

A compact refrigerator has a split cabinet defining insulated refrigerator and clear ice maker sections. Its refrigeration system includes one external compressor and condenser and two evaporators, one for each section. The condenser is coupled to the inlet of the ice maker evaporator by a capillary tube and the evaporators are connected in series via a line having a refrigerator valve. The compressor receives return refrigerant from the outlet side of either the refrigerator evaporator or the ice maker evaporator depending on the state of a bypass valve, which is closed when the refrigerator valve is open, and vice versa. Refrigerant is thus routed to the ice maker evaporator to make ice and to both the ice maker and refrigerator evaporators when the refrigerator needs cooling. A hot gas bypass valve allows pre-condensed refrigerant exiting the compressor to bypass the condenser and be routed to the ice maker evaporator for harvesting the clear ice cubes.