Abstract: Refrigerator (200, 210) comprising a compartment (13a) for storing foodstuff; a cooling system (200, 210) comprising an evaporator (12a), a condenser (14) and a variable speed compressor (10), the cooling system (200, 210) being adapted to go through a refrigeration cycle at certain intervals. A control system (11) is configured to control the variable speed compressor (10) during the refrigeration cycle, the control system (11) being based on a minimum speed (36) and a required speed (22), whereby the control system (11) is configured to set the compressor speed (35) to the highest speed of both the minimum speed (36) and the required speed (22). Such control system (11) provides an improved performance of the cooling system (200, 210), maintaining a balance of different temperatures inside the refrigerator (100, 110).

Abstract: Refrigerator (1) comprising an outer casing (2) which has a thermal-insulating structure and is internally provided with a first (3) and a second (4) storage cavities that are thermal-insulated to one another and to the outside and each of which is adapted to accommodate perishable foodstuff; and an electrically-operated, cooling system (5) which is at least partially accommodated inside the outer casing (2) and is structured/adapted to cool down the inside of both said first (3) and said second (4) storage cavities; the first storage cavity (3) being additionally divided into a first (13) and a second (12) compartments that are both adapted to accommodate perishable foodstuff and directly communicate to one another; the cooling system (5) being adapted to circulate, in closed loop inside said first storage cavity (3), a flow of cold air (f) that crosses in sequence said first (13) and said second (12) compartment so as to cool down in sequence the same compartments (12, 13), and comprising an electrically-op

Abstract: A refrigeration apparatus having an external housing cabinet an inner storage cabinet having a first compartment intended to be cooled at a first temperature, and a second compartment intended to be cooled at a second temperature lower than the first temperature and separated from the first compartment by a partition wall. The first and second compartments and partition wall are defined by a single-piece plastic liner. At least one duct allows air to pass from the first compartment to the second compartment, and at least one fan is provided to force air from the first compartment to the second compartment through duct. At least one evaporator is provided to cool down the air flow before its emission into the second compartment or when it is flowing into the second compartment. A method for producing such a refrigeration apparatus is also provided.

Abstract: A refrigeration apparatus having an external housing cabinet an inner storage cabinet having a first compartment intended to be cooled at a first temperature, and a second compartment intended to be cooled at a second temperature lower than the first temperature and separated from the first compartment by a partition wall. The first and second compartments and partition wall are defined by a single-piece plastic liner. At least one duct allows air to pass from the first compartment to the second compartment, and at least one fan is provided to force air from the first compartment to the second compartment through duct. At least one evaporator is provided to cool down the air flow before its emission into the second compartment or when it is flowing into the second compartment. A method for producing such a refrigeration apparatus is also provided.

Abstract: This invention relates to a built-in electrical household appliance (1), suitable for being housed inside a built-in furniture unit (2), the furniture unit comprising a lateral wall defining a surface (4) and a unit door (6) attached to said lateral surface (4) by means of hinges (10a, 10b).

Abstract: A method for manufacturing a refrigerating apparatus includes providing an inner liner defining a refrigerator compartment for storing goods to be cooled and a freezer compartment for storing goods to be frozen, the inner liner being provided as a one-piece component part. In one solution, the step of providing the inner liner includes forming a freezer delimiting shell in a precursor element of the inner liner, providing an evaporator portion around the freezer delimiting shell, and forming a refrigerator delimiting shell in the precursor element adjacent to the freezer delimiting shell with the evaporator portion.

Abstract: A method for manufacturing a refrigerating apparatus includes providing an inner liner defining a refrigerator compartment for storing goods to be cooled and a freezer compartment for storing goods to be frozen, the inner liner being provided as a one-piece component part. In one solution, the step of providing the inner liner includes forming a freezer delimiting shell in a precursor element of the inner liner, providing an evaporator portion around the freezer delimiting shell, and forming a refrigerator delimiting shell in the precursor element adjacent to the freezer delimiting shell with the evaporator portion.

Abstract: This invention relates to a built-in electrical household appliance (1), suitable for being housed inside a built-in furniture unit (2), the furniture unit comprising a lateral wall defining a surface (4) and a unit door (6) attached to said lateral surface (4) by means of hinges (10a, 10b).

Abstract: A refrigerating apparatus (100), particularly for home use, is proposed.

Abstract: A refrigerator is proposed comprising a fluid mixing apparatus (100) for adding a gas, contained in a storage bottle (125) provided with a valve device (130), to a liquid within a mixing chamber (105); the mixing between the gas and the liquid within the mixing chamber forms a composite solution of mixed gas and liquid and gas being not mixed with the liquid. The pressure value of said non-mixed gas is indicative of the amount of mixed gas within the composite solution. The fluid mixing apparatus according to an embodiment of the present invention comprises a pressure detector (199) configured to detect the pressure value of the non-mixed gas within the mixing chamber; and control means (145, 165, 170, 175, 180, 185, 190, 195, 197) for controlling, as a function of the detected pressure value, the opening or closing of said valve device in order to automatically adjust the gas flow from the storage bottle to the mixing chamber.