Arçelik Patente

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The present invention relates to a household appliance (1) comprising a body (2); a drum (3) which is disposed in the body (2) and wherein the laundry is loaded; an air duct (12) through which the drying air to be delivered to the drum (3) is circulated; and a fan (7) positioned in the air duct (12) and having a hub (4) which is suitable to be placed on a shaft rotated by a motor and a frame (6) having a plurality of blades (5) which move the air.

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The present invention relates to a method for mounting an evaporator, which is suitable to be used in a refrigerator and which has a metal part and a plastic surface, comprising the steps of opening channels on the surface of the metal evaporator body (11) part by means of laser, placing the surface of the metal evaporator body (11) part, which has said channels opened by means of laser, on the plastic refrigerator cabinet, fixing the metal evaporator body (11) part on a mounting area with fixtures provided under the plastic refrigerator cabinet, applying pressure onto said metal evaporator body (11) part with a press comprising a resistance (14), ensuring the superficial melting of the plastic refrigerator body (13) by increasing the temperature of the part to a predetermined value, ensuring that the plastic material formed as a result of superficial melting is filled into the channels opened on the metal evaporator body (11) part, and forming a physical connection with the cooling system body (13) as the plastic filled into the channels by melting cools down and solidifies.

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The present invention relates to a washing machine control method comprising a mobile interface suitable for enabling the user to select the washing program and the parameters thereof, and the control method comprises the steps of determining at least one input module enabling the user to select parameters according to the characteristics of the laundry to be washed in the washing machine via the mobile interface, at least one washing module enabling the user to select parameters according to the characteristics of the washing program and at least one output module enabling the user to select the parameters according to the characteristics desired to be obtained by the laundry at the end of the washing program, and transferring to the user the washing program consumption parameters obtained as a result of the selected input module, washing module and output module.

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The present invention relates to a refrigerator (1) comprising a body (2); a door (3); and a door shelf (4) placed onto the door (3) and having a shelf body (5) with open base having two opposite side walls (6) and a front wall (7) extending between the side walls (6), the door shelf (4) further having an inner receptacle (11) which is placed into the shelf body (5), which is suitable for being moved vertically in the shelf body and which has a base (14), two side supports (12) which extend perpendicular to the base (14) from the two sides of the base (14) and a front support (13) which extends between the side supports (12).

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The present invention relates to an air analysis device (1) comprising a body (2); at least one cover glass (9) whereon the sample is placed; a camera (3); a camera holder (4) which is positioned on the body (2) and whereon the camera (3) is fixed; at least one spring (12) which is disposed between the body (2) and the camera holder (4) and which pushes the camera holder (4) upwards in the vertical direction; a holder (10) whereon the cover glass (9) is fixed; a cartridge (5) whereon the holder (10) is placed; a sliding member (11) which is positioned on the body (2) so as to align with the camera (3) and which enables the cartridge (5) thereon to slide and move horizontally; at least one recess (8) which is provided in the side wall of the cartridge (5); and a protrusion (21) which extends vertically from the camera holder (4) and which is fitted into the recess (8) so as to enable the cartridge (5) to be centered on the camera (3).

The present invention relates to a coffee maker (1) comprising a body (2); a dosing compartment (3) which is disposed in the body (2); a coffee receptacle (4) which is disposed in the dosing compartment (3) and which is suitable for loading coffee; a brewing chamber (5) which is disposed in the body (2) and wherein the brewing process is performed; a transfer opening (6) which allows foodstuff transfer between the dosing compartment (3) and the brewing chamber (5); and a control unit (7) which controls the operation.

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The present invention relates to a cooling device (1) comprising a fresh food compartment (2); a freezing compartment (3), a partition (4) which separates the freezing compartment (3) from the fresh food compartment (2); an evaporator (5) which is disposed behind the freezing compartment (3); an air guiding member (6) which is placed onto the partition (4) surface adjacent to the freezing compartment (3) so as to form the base of the freezing compartment (3) and which guides the air leaving the evaporator (5) towards the front side of the freezing compartment (3); one or more than one locking housing (7) arranged on the partition (4) surface adjacent to the freezing compartment (3) so as to protrude into the partition (4); and one or more than one locking member (8) fixed to the locking housing (7) in both vertical and horizontal axes.