Schornack, Oliver

The present disclosure relates to a dishwasher (1) and a wash water filter module (47) that secure a wide filtering area and thus provide a higher filtering force by forming a filtering mesh (4731) constituting the wash-water-filter module to have a cross-section in a wave shape having a plurality of valleys (4731v) and ridges (4731p), and effectively detach food residues adhered to a filtering surface by a suction force during a drainage cycle as a suction-force component acting on the food residues in a vertical direction of the filtering surface is increased by forming the filtering mesh to include a truncated-cone shape with an expanding inclined angle (a) that allows an inner diameter and an outer diameter of a horizontal cross-section to gradually increase downward from an upper edge (4731U) to a lower edge (4731B) of the filtering mesh (4731).

A frequency selective electromagnetic wave transmitting/blocking module including a substrate; and a plurality of conductive mesh target patterns on the substrate and including a first inner linear region; a second inner linear region intersecting with the first linear region; a first outer liner region and a second outer liner region centered on a midpoint of opposite sides from a center of the first inner linear region; and a third outer liner region and a fourth outer liner region centered on a midpoint of opposite sides from a center of the second inner linear region. Further, at least one of the inner linear and outer linear regions includes a conductive uneven mesh pattern having uneven length conductive lines.

Provided is a dishwasher in which a central immovable tray is constructed in a fixed state in which vertical movement and left-right or lateral directional movement thereof are impossible, a first movable tray is constructed to be movable in a left-right or lateral direction and movable vertically, and a second movable tray is constructed to be immovable in the left-right or lateral direction and be movable vertically, and thus, a relative vertical position of the trays is set such that even when the first movable tray has moved to the uppermost position, the first movable tray is positioned at a position lower than that of the central immovable tray, thereby allowing the first movable tray to smoothly move in the left-right or lateral direction without additional manipulation and maximizing user convenience.

A refrigerator is provided. According to one embodiment, the refrigerator includes a cabinet forming a storage compartment; a lighting assembly disposed at an inner upper part of the storage compartment and providing light toward the storage compartment; and a duct assembly disposed at an inner rear part of the storage compartment, in which the lighting assembly includes a lighting device having a rear end which is supported by the duct assembly and a front end which is fixed to the cabinet.

Die vorliegende Offenbarung betrifft einen Flugzeugabschnitt (100) und ein Flugzeug mit einem zusätzlichen Sicherheitsgurt, dessen Gurtaufwickler an einer Primärstrukturbaugruppe befestigt ist und durch ein Seitenverkleidungselement 130 in eine Passagierkabine des Flugzeugabschnitts geführt wird.

Provided is a refrigerator. The refrigerator includes a first door opening and closing a storage chamber of a cabinet and a second door coupled to be rotatable relative to the first door by a second hinge. The second hinge includes a locking hook mounted to be reciprocally movable along a hinge coupling portion by an operation of a door opening and closing device, to be locked to engage with an engaging protrusion of the first door or unlocked from the engaging protrusion when the second door is open or closed. Through this, the locking hook can be automatically locked to or unlocked from the engaging protrusion by an operation of the door opening and closing device.

A clothing processing apparatus of the present disclosure includes: a heat pump which includes an evaporator, a compressor, a condenser, and an expansion valve, and applies heat to air circulating through a drum; and an air flow path forming a movement path so that the air circulates through the drum, wherein the condenser includes: a plurality of condensation refrigerant tubes through which refrigerant flows; and a condensation fin for conducting heat from the condensation refrigerant tube, wherein the evaporator includes: a plurality of evaporation refrigerant tubes through which refrigerant flows; and an evaporation fin for conducting heat from the evaporation refrigerant, wherein the condensation refrigerant tube includes a plurality of channels through which refrigerant flows, wherein each of the channels has a cross-sectional area smaller than a cross-sectional area of each of the evaporation refrigerant tubes, wherein a sum of cross-sectional areas of the condensation refrigerant tubes divided by a sum of the cross-sectional areas of the evaporation refrigerant tubes is 1.3 or less.

Disclosed is a display device. The display device includes a display panel that is configured to display an image on a surface thereof and is light-transmissive and a board electrically connected to the display panel. The board does not overlap the display panel in a first direction perpendicular to the surface of the display panel.

The present disclosure relates to an aircraft air-conditioning system (100) and corresponding aircraft, wherein ambient air is cooled by a cooling system (200) having a first cooling circuit (210) and a second cooling circuit (220) thermally coupled to one another via a common heat exchanger (205).

Refrigerator including a cabinet (11) defining a storage space (101, 102) open forward; a door (200) disposed at a front of the cabinet (11) and configured to open and close the storage space (101, 102); and an opening module (300) disposed inside the door (200). The opening module (300) including a handle (5) including a handle rotating shaft (52) defining a center of rotation in a left-right direction, an operation part (55) exposed to an outside of the door (200) and located above the center of rotation, and a lever (53) located below the center of rotation; a link (9) including a link rotating shaft (91) disposed in an up-down direction, a first arm (92) extending from the link rotating shaft (91) toward the handle (5) and contacting the lever (53), and a second arm (93) extending from the link rotating shaft (91) toward an opposite side of the handle (5); and a pusher (8) configured to be pushed by the second arm (93) to slide rearward and protrude from a rear surface (220) of the door (200).