Wine cellar drawer, wine cabinet and kitchen cabinet
A wine cellar drawer for storing, displaying and cooling bottles, in particular beverage bottles like wine bottles. The wine cellar drawer has a drawer assembly with a drawer housing and a drawer, as well as a cooling unit for cooling the inner of the wine cellar drawer and the inner of the drawer. The various components of the cooling unit are provided at the back of the drawer housing. A condenser of the cooling unit is provided outside the drawer housing and behind the drawer housing with respect to the sliding direction of the drawer, while an evaporator of the cooling unit is provided within the back of the drawer housing. The condenser and the evaporator are positioned side by side with respect to a direction perpendicular to the sliding direction of the drawer within the horizontal extension plane of the wine cellar drawer.
1 . A wine cellar drawer for storing, displaying and cooling bottles, comprising:
a drawer assembly having a drawer housing configured to be mounted in a cavity of a cabinet and a drawer provided in the drawer housing, wherein the drawer is coupled to the drawer housing to be movable with respect to the drawer housing between an extended position, in which the drawer at least partly protrudes out from the drawer housing, and a retracted position, in which the drawer is positioned within the drawer housing;
a cooling unit defining a refrigerant circuit and comprising a plurality of components of at least a compressor, a condenser and an evaporator, wherein the cooling unit is configured to cool a storage area within the inner of the drawer housing and of the drawer; and
a control unit configured to control the operation of the cooling unit;
the plurality of components of the cooling unit are provided at the back of the drawer housing,
wherein the condenser is provided outside the drawer housing and behind the drawer housing with respect to a sliding direction of the drawer and rearward of the storage area,
wherein said condenser has pipe loops that are stacked vertically and said condenser has an S-shape;
wherein the evaporator is provided within the back of the drawer housing rearward of the storage area, and
wherein the condenser and the evaporator are positioned side by side along a direction perpendicular to the sliding direction of the drawer within a horizontal extension plane of the wine cellar drawer.
2 . The wine cellar drawer of claim 1 , wherein
all components of the cooling unit are provided substantially side by side along the direction perpendicular to the sliding direction of the drawer within the horizontal extension plane of the wine cellar drawer.
3 . The wine cellar drawer of claim 1 , wherein
the cooling unit further comprises a condenser fan unit with an air inlet and an air outlet, the condenser fan unit directing in said direction perpendicular to the sliding direction of the drawer within the horizontal extension plane of the wine cellar drawer,
wherein in particular both of the air inlet and the air outlet of the condenser fan unit are covered by the condenser.
4 . The wine cellar drawer of claim 1 , wherein
the condenser is formed in the S-shape seen along a direction perpendicular with respect to the horizontal extension plane of the wine cellar drawer.
5 . The wine cellar drawer of claim 4 , wherein
at least one component of the cooling unit is positioned within the S-shaped condenser seen along the direction perpendicular with respect to the horizontal extension plane of the wine cellar drawer.
6 . The wine cellar drawer of claim 1 , wherein
the pipe loops being stacked in the direction perpendicular with respect to the horizontal extension plane of the wine cellar drawer,
wherein the stacked pipe loops are formed in a S-shape seen along the direction perpendicular with respect to the horizontal extension plane of the wine cellar drawer.
7 . The wine cellar drawer of claim 6 , wherein
at least one component of the cooling unit is positioned within the S-shaped pipe loops of the condenser seen along the direction perpendicular with respect to the horizontal extension plane of the wine cellar drawer.
8 . The wine cellar drawer of claim 1 , wherein
the cooling unit comprises an evaporator fan unit directing in the sliding direction of the drawer,
wherein in particular the evaporator fan unit is provided in the back of the drawer housing at the evaporator.
9 . The wine cellar drawer of claim 8 , wherein
the evaporator fan unit has a evaporator fan unit housing defining at least one cavity, the cavity being formed and positioned such that in the retracted position of the drawer a top end of at least one bottle stored within the drawer can protrude at least partly into said cavity.
10 . The wine cellar drawer of claim 1 , wherein
the wine cellar drawer comprises no separate vent channel to the front side of the wine cellar drawer for the cooling unit.
11 . The wine cellar drawer of claim 1 , wherein
the drawer comprises positioning means, the positioning means having sliding stoppers, the positioning means being configured to hold bottles of various sizes and shapes in position within the drawer.
12 . The wine cellar drawer of claim 1 , wherein
the wine cellar drawer is configured such that bottles having a diameter of up to 96 mm can be stored therein.
13 . The wine cellar drawer of claim 1 , wherein
the wine cellar drawer is of compact size providing an overall height of about 14 cm.
14 . The wine cellar drawer of claim 1 , wherein
the drawer housing comprises at least one insulation layer configured to isolate the inner of the wine cellar drawer thermally from the environment of the wine cellar drawer,
wherein the at least one insulation layer is formed at least partially, of heat resistant material.
15 . The wine cellar drawer of claim 1 , wherein
the drawer housing is provided with an upper insulation layer and/or a lower insulation layer each having a height of about 15 mm to 22 mm.
16 . The wine cellar drawer of claim 1 , wherein
the drawer housing has at least one insulation layer comprising at least one, vacuum insulated panel.
17 . The wine cellar drawer of claim 16 , wherein
the vacuum insulated panel are arranged asymmetrically on the upper side and on the lower side of the wine cellar drawer with respect to the horizontal extension plane of the wine cellar drawer to define an asymmetrical insulation.
18 . The wine cellar drawer of claim 1 , wherein
the wine cellar drawer comprises a user interface coupled to the control unit, wherein the user interface is arranged and configured to display relevant operation parameters and/or state information of the wine cellar drawer to a user and/or to receive and to forward operation commands input by the user to the control unit.
19 . The wine cellar drawer of claim 18 , wherein
the wine cellar drawer comprises at least one temperature sensor coupled to the control unit and configured to measure a temperature within the drawer housing and the drawer,
wherein the user interface comprises a display configured to indicate the current temperature value measured by said at least one temperature sensor.
20 . The wine cellar drawer claim 18 , wherein
the user interface comprises at least one control panel having at least one input section, having buttons and/or a touch-screen, configured to receive an input of operation commands by the user and to forward the operation commands to the control unit,
wherein said at least one input section comprises a power button for switching on and off the cooling unit, and at least one target temperature adjustment button for adjusting the at least one target temperature within the drawer housing and the drawer,
wherein said at least one control panel comprises a display section indicating the currently set target temperature.
21 . The wine cellar drawer of claim 1 , wherein
the wine cellar drawer comprises at least one sensor for obtaining information about the current state of the wine cellar drawer,
wherein the at least one sensor is coupled to the control unit,
wherein the control unit is configured to receive and to process information from said at least one sensor and to set operation parameters for the cooling unit based on the information,
wherein in particular one of said at least one sensor is a temperature sensor configured to measure a temperature of any component of the cooling unit, the temperature within the drawer housing and the drawer of the wine cellar drawer or the temperature in the vicinity of the wine cellar drawer.
22 . The wine cellar drawer of claim 1 , wherein
the wine cellar drawer comprises a motion sensor coupled to the control unit and configured to sense whether there is a person and/or any movement within the vicinity of the wine cellar drawer, and
the control unit is configured such that it prevents fan units and/or the compressor from starting when someone is in the vicinity of the wine cellar drawer.
23 . The wine cellar drawer of claim 1 , further comprising:
a wine cabinet having said wine cellar drawer,
wherein the wine cabinet comprises several of said wine cellar drawers combined with each other to form said wine cabinet.
24 . The wine cellar drawer of claim 1 , further comprising:
a kitchen cabinet comprising:
at least one typical built-in having a compartment or a drawer, and
said wine cellar drawer.