|1.||WO||WO/2015/010670 - CLOSING DEVICE HAVING EMERGENCY OPENING SYSTEM||29.01.2015||
|PCT/DE2013/000409||ELDOMAT INNOVATIVE SICHERHEIT GMBH||BARTHOLDI, Eberhard|
The invention relates to a closing device having a bar element, which can be moved automatically to and fro between a closed position and an open position during normal operation, the bar element being prestressed in the closed position during normal operation, characterised in that an actuation device is provided, by means of which the bar element can be moved manually from the closed position to the open position during emergency operation, when the prestress into the open position is no longer present. A method for emergency opening of an automatic closing device comprises: providing an automatic closing device, providing an actuation device, actuating the actuation device, actuating an unlocking device, and actuating the actuation device until the bar element is in the open position.
|2.||WO||WO/2015/010669 - METHOD FOR DYNAMIC LINEARISATION OF SENSOR SIGNALS FROM A MAGNETIC STRIP LENGTH MEASURING SYSTEM||29.01.2015||
|PCT/DE2013/000398||BALLUF GMBH||BURKHARDT, Thomas|
The invention relates to a method for linearising sensor signals in a magnetic strip length measuring system, in which a sensor head (100) is moved between two magnetic poles (103, 105) of a measurement body (107). In particular, linearisation takes place dynamically during operation of the magnetic strip length measuring system, and linearisation deviations are compensated by extrapolation as the sensor head (100) moves between the two poles (103, 105) of the measurement body (107) from pole to pole or from pole pair to pole pair.
|3.||WO||WO/2015/010691 - PROPELLER BLADE MOUNTING SYSTEM||29.01.2015||
|PCT/DE2014/200117||SCHAEFFLER TECHNOLOGIES GMBH & CO. KG||SEBALD, Wilhelm|
The invention concerns a propeller blade mounting system comprising a mounting system (4) on rolling bearings between a propeller hub (3) and a propeller blade (2), wherein: at least one bearing outer ring (9) is connected in rotationally fixed manner to the propeller blade (2); at least one bearing inner ring (15, 16, 17) is mounted on the propeller hub (3); a sleeve-shaped central portion (13) connected to the propeller blade (2) is disposed radially inside the bearing inner ring (15, 16, 17); and a lubricant chamber (18) is formed between the bearing outer ring (9) and the central section (13) in the radial direction, relative to the rotational axis (R) of the propeller hub (3), and is closed towards the exterior.
|4.||WO||WO/2015/010693 - DRIVEN WHEEL BEARING UNIT WITH INTEGRATED TORQUE MEASUREMENT||29.01.2015||
|PCT/DE2014/200217||SCHAEFFLER TECHNOLOGIES GMBH & CO. KG||MOCK, Christian|
The invention relates to a wheel bearing unit (1) for supporting a vehicle wheel which can be driven. Said wheel bearing unit (1) comprises a wheel hub (2) which forms a hollow space (11) and is rotatably supported by means of a wheel bearing (3) designed as an anti-friction bearing, wherein the wheel bearing is inserted (3) in a wheel mounting Furthermore the wheel hub (2) is connected by means of a hub flange (21) to the vehicle wheel and reciprocally to the hub flange (21) by means of an end toothing (9) in positive engagement with a drive joint (8). A measurement of a torque or a torsion takes place by means of a sensor (18) of an inner wall (17) of the cavity (11) of the wheel hub (2).
|5.||WO||WO/2015/010692 - LEVER-TYPE CAM OR ECCENTRIC FOLLOWER||29.01.2015||
|PCT/DE2014/200213||SCHAEFFLER TECHNOLOGIES GMBH & CO. KG||DUPKE, Stefan|
A lever-type cam follower (1) is proposed having two side walls (2) which are connected at the undersides (3) thereof by a transverse bar (4), on the free lower surface (5) of which a rest (7) for a following member lies at one end (6), wherein a roller (10) which runs on a pin (9) and serves for cam run-up is received between inner surfaces (8) of the side walls (2), which pin (9) is seated with the ends (11) thereof in receptacles (12) of the side walls (2), wherein the follower (1) can be supported via a pivoting bearing (13) with respect to a surrounding construction, wherein each receptacle (12) is a blind bore-like formed recess in the inner surface (8) of the side wall (2) thereof and firstly has a first longitudinal section (14) which intersects an inner edge (15) of an upper side (16) of the side wall (2) and consists of two slotted guide-like longitudinal tracks, and secondly has a second longitudinal section (18) which is present as a half shell which wraps around the pin (9), and wherein the pin (9) is fastened in the receptacles (12) via a press fit.
|6.||WO||WO/2015/010685 - FLOW REGULATING VALVE||29.01.2015||
|PCT/DE2014/100223||OVENTROP GMBH & CO. KG||LÖFFLER, Gerhard|
The invention relates to a flow regulating valve (1) for liquid-conducting heating or cooling systems, consisting of a housing (2) with an inlet (3), an outlet (4), and a connecting piece (13) which is arranged between the inlet and outlet and into which a pressure regulating device (14) that keeps the pressure difference between the pressure regions in front of and behind a flow regulating unit (8) arranged in the connecting piece constant and a spindle (7) with an actuating part protruding out of the housing (2) and with a first throttle element (9) located in the housing (2) are inserted, said first throttle element acting on the flow regulating unit or parts thereof. The flow regulating unit (8) consists of a first throttle device, which is made of the first throttle element (9) that is secured to the spindle (7) and a seat (10), and a second throttle device, which is made of a second throttle element (11) that is arranged on the spindle (7) in a movable manner along same and a seat, wherein the second throttle element (11) can be moved in the direction of the first throttle element (9).
|7.||WO||WO/2015/010687 - POLYMER LAMINATE AND METHOD FOR THE PRODUCTION THEREOF||29.01.2015||
||PCT/DE2014/100245||CHRISTIAN-ALBRECHTS-UNIVERSITÄT ZU KIEL||XIN, Jin|
The invention relates to a polymer laminate made of at least a first polymer and a second polymer and comprising at least one retaining layer between a bounding surface of the first polymer and a bounding surface of the second polymer, which retaining layer keeps the polymers connected, characterized in that the retaining layer has retaining structures made of the first polymer, the retaining structures protrude from the bounding surface of the first polymer, the retaining structures are distributed in an unordered manner along the retaining layer, and the retaining structures are produced by means of open-pore microparticles scattered onto the first polymer, the retaining structures at least partially reproducing the shape of the pore space of the open-pore microparticles and the retaining structures being surrounded by the second polymer up to the bounding surface of the first polymer. The invention further relates to a method for producing a polymer laminate and to a method for joining prefabricated polymer components to each other.
|8.||WO||WO/2015/010681 - DEVICE FOR INSPECTING WORKPIECE SURFACES AND STRIP MATERIALS||29.01.2015||
|PCT/DE2014/000375||ZS-HANDLING GMBH||SCHILP, Michael|
The invention relates to a device for inspecting workpiece surfaces, having the following features: a sensor (7) which is designed to inspect a workpiece surface, a sonotrode (8a, 8b) which has a sound-radiating surface and is rigidly connected to the sensor (7) in order to form a sensor unit (5), and a movable positioning device (6), which is coupled to the sensor unit (5), for positioning the sensor unit (5) opposite the workpiece surface. The positioning device (6) has pressing means which press the sensor unit (5) in the direction of the workpiece surface, and the sound-radiating surface of the sonotrode (8a, 8b) vibrates ultrasonically such that an ultrasonic levitation force field is produced in the presence of a gaseous medium between the workpiece surface and the sound-radiating surface. The force field generates a counterforce directed against the pressing force, whereby the sensor unit (5) is kept at a distance to the workpiece surface in a hovering manner, and the sensor is designed to detect different physical effects, such as surface-structure deviations or color deviations for example.
|9.||WO||WO/2015/010697 - TORQUE TRANSMITTER||29.01.2015||
|PCT/DE2014/200316||SCHAEFFLER TECHNOLOGIES GMBH & CO. KG||GÜLLÜK, Toros|
The invention relates to a torque transmitter (10) for transmitting a torque between a drive side and an output side of a vehicle comprising a housing (12) for receiving a fluid and, arranged therein, a clutch device (14) with at least one clutch input (18) and at least one clutch output (18) which can be brought into frictional engagement with the former, and a torsional vibration damper (20) with a damper stage, having a damper input element (22) which can be rotated to a limited extent with respect to a damper output element (28) via the action of an energy store unit (24), wherein the damper input element has an input-side loading region (40) and the damper output element has an output-side loading region (42) for loading the energy store unit, wherein the damper output element is rotationally fixed with respect to an output element (30) which can be connected fixedly to a transmission input shaft so as to rotate with it, and to an absorber device (32) having an absorber mass unit (38) which is arranged on an absorber mass support (34).
|10.||WO||WO/2015/010679 - TRANSPARENT SUNSCREEN COMPOSITIONS AND USE THEREOF||29.01.2015||
|PCT/DE2014/000371||SASOL GERMANY GMBH||BROCK, Michael|
The invention relates to transparent sunscreen compositions containing an ester of a α-hydroxy carboxylic acid and a solid organic UV-Filter, which is present in the dissolved state, and which are essentially free of water and ethanol, and to the use thereof as a sunscreen, in particular sun protection gel or sun protection spray.