Arçelik

The present invention relates to a heat pump outer unit (1) comprising a base (2); at least one first lateral panel (31) and at least one second lateral panel (32) which are connected to the base (2) at one end thereof and extend in a vertical direction (X) opposite to each other; an intermediate partition metal sheet (4) which extends upward from the base (2) in the vertical direction (X) so as to be located between the first lateral panel (31) and the second lateral panel (32) and to divide the volume remaining between the first lateral panel (31) and the second lateral panel (32) into at least two compartments, namely a cooling compartment (21) and a heat exchanger compartment (22); a front panel group (5) which is connected from the first lateral panel (31) onto the second lateral panel (32) and the intermediate partition metal sheet (4); a plurality of first protrusions (61) which is provided on the front panel group (5); and a plurality of first connection housings (71), each of which receives a first protrusion (61) therein, which are provided on at least one of the first lateral panel (31) and the second lateral panel (32), and on the intermediate partition metal sheet (4).

The present invention relates to a heat pump outer unit (1) comprising a base (2); at least one first lateral panel (31) and one second lateral panel (32) which are connected to the base (2) at one end thereof and extend oppositely; an intermediate partition metal sheet (4) which extends upward from the base (2) plane at least partially parallel to the first lateral panel (31) and the second lateral panel (32) so as to remain between the first lateral panel (31) and the second lateral panel (32), and which divides the base (2) into at least two compartments; a heat exchanger (5) which is connected at one end thereof to the intermediate partition metal sheet (4), at the other end thereof to the first lateral panel (31), and at a lower portion thereof to the base (2); a rear panel (6) which is connected at one end thereof to the heat exchanger (5), at the other end thereof to the second lateral panel (32), and at a lower portion thereof to the base (2); a front beam (8) which is connected to the front upper ends of the lateral panels (31, 32) and the intermediate partition metal sheet (4); and a front panel (9) which is connected to the front beam (8).

A cooling device (1) comprising a body (2) having a ceiling (3); at least one door (4) enabling access into the body (2); at least two hinges (5), each having one end connected to the body (2) and the other end connected to the door (4), which enable the door (4) to rotate about an axis to which the door (4) is mounted and which are provided on the same side of the body (2) or of the door (4) and on the same vertical axis; at least one first circuit board (6) provided in the body (2); at least one second circuit board (7) located on the door (4); a cable distributor (9) which is provided on the ceiling (3) of the body (2) and from which the cables from the first circuit board (6) exit; a first arm (21) which has one end attached so as to cover the cable distributor (9) and which rotates about an axis to which the first arm (21) is attached so as to sweep the ceiling (3) of the body (2); a second arm (22) having one end attached to the first arm (21) and the other end attached to the hinge (5); and a cable assembly (8) wherein the first arm (21) and the second arm (22) are movably attached to each other.

The present invention relates to a stacking apparatus (1) which is suitable for use in stacking a lower household appliance (100) and an upper household appliance (101) having two front feet (102) and two rear feet (103), comprising a front support (2) which remains on a front side (F) when the stacking apparatus (1) is placed between the lower household appliance (100) and the upper household appliance (101), and two side supports (3) which extend from the front side (F) toward a back side (B) perpendicularly to the front support (2) and which are connected to the ends of the front support (2).

The present invention relates to an air conditioner control method, which is for an air conditioner comprising an indoor unit, an outdoor unit, at least one heat exchanger provided in the outdoor unit, a tank wherein the condensate is collected, and a control unit wherein the level of condensate collected in the tank, the parameters related to the cooling and heating modes of the air conditioner, and the contamination on the heat exchanger are evaluated, the method comprising the steps of when contamination is detected on the heat exchanger (101) checking the condensate level (102), operating the air conditioner in the heating mode if the condensate level is at the level determined by the manufacturer (103), directing the condensate in the tank onto the heat exchanger (104), subsequently operating the air conditioner in the cooling mode (105), and if the contamination on the heat exchanger is below the threshold value determined by the manufacturer (106) completing the heat exchanger cleaning function (107).

The present invention relates to a dishwasher (1) comprising a body (2); a washing tub (3) which is provided in the body (2) and wherein the washing process is performed; a door (4) which enables the washing tub (3) to be isolated from the outer environment and which is opened downwards by rotating around the horizontal axis; a decorative panel (D) which is attached onto the door (4); a hinge (5) which enables the door (4) to be connected so as to move on the body (2) and which has a hinge receptacle (5), a hinge arm (6) connected to the door (4), a movement arm (7) connected to the hinge arm (6) and a transmission member (8) enabling the motion of the movement arm (7) to be transmitted; and a spring group (10) which is provided at one end of the transmission member (8) and which enables the weight of the door (4) to be balanced.

The present invention relates to a dishwasher (1) comprising a body (2); a washing tub (3) which is disposed in the body (2) and wherein the washing process is performed; at least one rack (4) which is disposed in the washing tub (3) and whereon the kitchen items are placed; a plurality of wheels (5) which enable the rack (4) to move into or out of the washing tub (3); and at least two rails (6) which are provided on opposite sides of the rack (4) and wherein the wheels (5) move.

The present invention relates to an electrolysis cell system (1) comprising a cathode compartment (2), an anode compartment (3), and a buffer compartment (5) which is positioned between the cathode and anode compartments (2, 3), a buffer compartment (5) having an anion exchange membrane (AEM) on the anode side and a hydrogen gas-blocking separator surface (6) on the cathode side, and flow channels (7) having separate inlet paths (8) and outlet paths (9) for supplying and withdrawing solutions to and from the cathode compartment (2), the buffer compartment (5), and the anode compartment (3).

The present invention relates to a dishwasher (1) comprising a body (2); a washing tub (3) which is disposed in the body (2) and wherein the washing process is performed; at least one rack (4) which is disposed in the washing tub (3) and whereon the kitchen items are placed; a plurality of wheels (5) which enable the rack (4) to move into or out of the washing tub (3); at least two rails (8) which are provided on opposite sides of the rack (4), wherein the wheels (5) move and which have at least two lateral openings (6) and a fixing opening (7) provided at the front surface thereof; and at least two opposing holders (9) which are provided on the side walls of the washing tub (3) and which enable the rails (8) to move thereon.

The present invention relates to a water softening module (1) comprising an ion exchange resin (2) for removing the hardness-forming ions from water; an electrolysis cell (3) for producing a regeneration solution; at least one tank (4 or 5) for storing the solutions used in the electrolysis process; a mixing tank (6) for preparing the washing water; and a control unit configured to reduce the regeneration frequency of the ion exchange resin (2) by preparing the washing water through the use of the water passing through the ion exchange resin (2) and/or the water coming directly from the mains and mixing the same with the solution coming from the second tank (5).