Heat exchanger, such as evaporator, condenser, or the like
AssigneeBSH Bosch und Siemens Hausgerate GmbH
InventorsHans-Christian Mack, Walter Lipp, Michael Neumann
Life of this patent
Estimating the term…
Abstract
A heat exchanger, such as an evaporator, a condenser, or the like, for a refrigerator, such as a chill cabinet, a freezer cabinet or the like, includes at least one surface with which a thermal energy storage medium is in at least as far as possible heat-conducting contact, and bag-like reception containers to be connected to the evaporator.
Claims23
A heat exchanger for a refrigerator, comprising:
- a chill cabinet including at least one separate reception container receiving a thermal energy storage medium and having at least one flexurally slack container wall bearing at least approximately in heat-conducting contact against the thermal energy storage medium dependent upon the flexurally slack properties of said container wall.
A heat exchanger for a refrigerator, comprising:
- a freezer cabinet including at least one separate reception container receiving a thermal energy storage medium and having at least one flexurally slack container wall bearing at least approximately in heat-conducting contact against the thermal energy storage medium dependent upon the flexurally slack properties of said container wall.
A heat exchanger for a refrigerator, comprising:
- at least one separate reception container receiving a thermal energy storage medium and having at least one flexurally slack container wall bearing at least approximately in heat-conducting contact against the thermal energy storage medium dependent upon the flexurally slack properties of said container wall;
- and
- a wire-tube evaporator system having a meandering refrigerant line and wire-bar planes spanning said refrigerant line, said evaporator system including said reception container disposed between said wire-bar planes.
A heat exchanger for a refrigerator, comprising:
- at least one separate reception container being of a metallic material having a film shape with a given film thickness, receiving a thermal energy storage medium and having at least one flexurally slack container wall bearing at least approximately in heat-conducting contact against the thermal energy storage medium dependent upon the flexurally slack properties of said container wall.
A heat exchanger for a refrigerator, comprising:
- at least one separate reception container being formed from a plastic-coated aluminum film, receiving a thermal energy storage medium and having at least one flexurally slack container wail bearing at least approximately in heat-conducting contact against the thermal energy storage medium dependent upon the flexurally slack properties of said container wall.
A heat exchanger for a refrigerator, comprising:
- at least one separate reception container being formed from a plastic-coated aluminum film receiving a thermal energy storage medium and having at least one flexurally slack container wall bearing at least approximately in heat-conducting contact against the thermal energy storage medium dependent upon the flexurally slack properties of said container wall.
A heat exchanger for a refrigerator, comprising:
- at least one separate reception container receiving a thermal energy storage medium and having at least one flexurally slack container wall bearing at least approximately in heat-conducting contact against the thermal energy storage medium dependent upon the flexurally slack properties of said container wall, said reception container defines a reception space with a receiving volume corresponding at least to a volume of the thermal energy storage medium when in a solid state of aggregation.
A heat exchanger for a refrigerator, comprising:
- at least one separate reception container receiving a thermal energy storage medium and having at least one flexurally slack container wall bearing at least approximately in heat-conducting contact against the thermal energy storage medium dependent upon the flexurally slack properties of said container wall, said reception container defines a reception space;
- and
- said reception space is subdivided into at least two partial reception spaces each with a receiving volume corresponding at least to a volume of the thermal energy storage medium in a solid state of aggregation.
Dependencies are inferred from the claim text.