Abstract: The present invention relates to a locking system for a drawer of a drawer dishwasher and a method for unlocking a drawer of a drawer dishwasher. The locking system includes a locking device for locking a drawer of the drawer dishwasher to a chassis or frame of the dishwasher; an opening attempt sensor for detecting an opening attempt of the drawer; and a control unit connected to the opening attempt sensor and the locking device. The control unit is arranged to trigger stop of a dishwasher pump of the dishwasher based on a detected opening attempt, and wherein the control unit is further arranged to trigger the locking device to unlock after the dishwasher pump has been stopped. Thereby, there is provided a reliable and safe way of opening the drawer during a washing program without the risk of hot water splashing out onto the user or onto the floor.

Abstract: The present invention relates to a locking system for a drawer of a drawer dishwasher and a method for unlocking a drawer of a drawer dishwasher. The locking system includes a locking device for locking a drawer of the drawer dishwasher to a chassis or frame of the dishwasher; an opening attempt sensor for detecting an opening attempt of the drawer; and a control unit connected to the opening attempt sensor and the locking device. The control unit is arranged to trigger stop of a dishwasher pump of the dishwasher based on a detected opening attempt, and wherein the control unit is further arranged to trigger the locking device to unlock after the dishwasher pump has been stopped. Thereby, there is provided a reliable and safe way of opening the drawer during a washing program without the risk of hot water splashing out onto the user or onto the floor.

Abstract: The invention relates to a packaging for a tool with sharp edge, said packaging comprising a suspension device (3). The packaging also comprises a protective sheath (1) and means for supporting the tool (2) in different positions on the sheath, including a first position adapted for sales exposure in which at least a major part of the tool is free of the sheath and exposed for inspection by a prospective buyer, and a second position in which the tool is inserted in the sheath and ready to be handled by a user.

Abstract: A differential gear for distribution of torque between a forward driven wheel shaft and a rear driven wheel shaft on a vehicle in which the rear wheel shaft can be raised has an input shaft (3) which via differential pinions (6) is in engagement with a rear differential wheel (7) connected to an output shaft (4). The input shaft (3) and the rear differential wheel (7) are mutually supported via a bearing (15) which transmits axial forces between them. This bearing is fitted with preloading to eliminate axial play.

Abstract: A keyboard means in stationary control units (23) in a vehicle. The keys (24) thereof are arranged at an outer edge portion of the unit (23), which has the shape of a thin plate (23), which may be embraced in a pinching movement, preferably a pinching movement between the thumb and some finger. The keys may thus be pressed down from one side of the edge portion while supporting it from the opposite side by another finger. This results in very limited free forces against the unit during operation.

Abstract: The present invention relates to a store (1) for the storage of environmentally harmful substances (2), such as stable toxic compounds and long-lived nuclear materials, etc., which store comprises a number of cavities (6) in rock intended for holding the substances (2) in question, with a roof (8) above said cavities, and with the cavities (6)in question being surrounded by a hydraulic barrier (7). Amongst other things, the invention permits a passive dry store to be achieved. Holding cavities for storage are formed by drilled vertical holes (6) which extend down to a level (10) situated above a subjacent drainage and ventilation zone (11). The hydraulic barrier (7), which is displaced laterally in relation to the storage boreholes (6), and the ventilation holes (12) situtated to the side are connected to a subjacent drainage and ventilation zone (9).

Abstract: A wedging device comprises at least two bodies which are movable in relation to each other, namely a first body having two diverging surfaces and a second body which is displaceable relative to the first body along one of its diverging surfaces. A heat-shrinkable casing, made for example from a tape, sheet or film of polymeric material, is arranged around the movable bodies of the device. When the device is heated, the casing shrinks, causing relative displacement between the first and second bodies and a consequent change in the outer dimensions of the device.