Abstract: Solid pharmaceutical formulations including AZD4635 are described. The solid formulations can include a polymeric stabilizer (e.g., a polyvinylpyrollidone), an ionic surfactant (e.g., sodium docusate), and a non-ionic surfactant (e.g., a poloxamer).

Abstract: The invention relates to a locking device comprising a first and a second locking part (2, 4), wherein the second locking part (4), when the locking parts (2, 4) are brought together, moves in relation to the first locking part (2) in a locking direction (L). The first locking part (2) comprises a locking member (2b), comprising a magnet, and a locking member holder (2a), which supports the locking member (2b) without the locking member (2b) being fixed to the locking member holder (2a). The second locking part (4) comprises an actuating part (4b), the locking member (2b) comprises a contact part (2y). Once the actuating part (4b), when moving in the locking direction (L), has passed the contact part (2y), the contact part (2y) moves into the path of the actuating part (4b), so that the locking member (2b), through bearing contact against the locking member holder (2a) and against the actuating part (4b), can prevent movement of the second locking part (4) in a direction opposite to the locking direction (L).

Abstract: The invention relates to a locking device comprising a first and a second locking part (2, 4), wherein the second locking part (4), when the locking parts (2, 4) are brought together, moves in relation to the first locking part (2) in a locking direction (L). The first locking part (2) comprises a locking member (2b), comprising a magnet, and a locking member holder (2a), which supports the locking member (2b) without the locking member (2b) being fixed to the locking member holder (2a). The second locking part (4) comprises an actuating part (4b), the locking member (2b) comprises a contact part (2y). Once the actuating part (4b), when moving in the locking direction (L), has passed the contact part (2y), the contact part (2y) moves into the path of the actuating part (4b), so that the locking member (2b), through bearing contact against the locking member holder (2a) and against the actuating part (4b), can prevent movement of the second locking part (4) in a direction opposite to the locking direction (L).

Abstract: A hydraulic control system for, e.g., electrically driven vehicles, comprising a hydraulic, double-acting steering piston-cylinder device which co-acts with a control unit which is actuable by means of a steering member, and which is connected to a hydraulic pump, driven by an electric motor, and to a tank, and which includes a control signal outlet through which a control signal is delivered for maintaining and interrupting the supply of steering hydraulic fluid to the steering-piston cylinder device.

Abstract: Parallelepipedic packing containers are made and filled in succession by passing a continuous web of packaging material over a forming device which converts the web into tubular form with an overlapped longitudinal seam. The tube is then filled with the intended contents, e.g., a liquid and is then divided off into individual packing containers by first pressing the tube transversely at longitudinally spaced intervals along broad zones and the opposite sides of the flattened tube are heat-sealed to each other along two narrow sealing regions close to the opposite base lines of the flattened zone while the remaining portions of the flattened zone remain non-sealed.