mhurhangee/ep-ind-claims huggingface dataset:
Battery charging apparatus for inductively charging a traction battery of an industrial truck, having a primary coil which is embedded in a floor area which can be driven over by an industrial truck, wherein the primary coil is constructed from one or more modules which are arranged beside one another and have respective module coils, and the primary coil can transmit electrical power to a secondary coil of the industrial truck, wherein each module can be adjusted for operation with respect to a stipulated adjacent module, both for operation as a composite module and for operation as a route module, wherein the module coil is operated in sync with the adjacent module during operation as a composite module, characterized in that, during operation as a route module, the module coil is activated by the adjacent module if the latter captures an industrial truck, or conversely activates the adjacent module if an industrial truck is captured by the module itself, wherein the adjustment is effected via a cable connection, wherein each module has two cable terminals, and operation as composite modules is stipulated in the case of a connection to an adjacent module via both cable terminals, whereas operation as route modules is stipulated during operation via one cable terminal.
A method for monitoring fan blades for a gas turbine engine comprising: receiving, by a controller, a signal from a pressure sensor (192, 193); performing, by the controller, a time frequency analysis on the signal to calculate a power level of the signal over a range of frequencies of the signal; monitoring, by the controller, the power level of the signal over the range of frequencies; and determining, by the controller, a susceptibility to a flutter condition based on the monitoring the power level of the signal; characterised in that the pressure sensor (192, 193) is located downstream from the fan blades; and in that the monitoring the power level of the signal includes determining a shift in the power level of the signal from a lower frequency to a higher frequency. receiving, by a controller, a signal from a pressure sensor (192, 193); performing, by the controller, a time frequency analysis on the signal to calculate a power level of the signal over a range of frequencies of the signal; monitoring, by the controller, the power level of the signal over the range of frequencies; and determining, by the controller, a susceptibility to a flutter condition based on the monitoring the power level of the signal; characterised in that the pressure sensor (192, 193) is located downstream from the fan blades; and in that the monitoring the power level of the signal includes determining a shift in the power level of the signal from a lower frequency to a higher frequency.
A method for inserting a fictive object ( a 0) into an image set that has been generated by at least one camera when attached to a moving vehicle, said method comprising: • determining an optical measure indicative of a motion blur of said at least one camera that occurred during the generation of said image set; • inserting said fictive object (a 0) into at least one image of said image set, wherein the visual appearance of said fictive object is modified such that it corresponds to said optical measure; said method being characterized in that it further comprises determining a trajectory along which said at least one camera is moving when attached to said moving vehicle, said method comprising: • determining a sample set of trajectory indication samples ( TIS 1, TIS 2), said sample set comprising at least two trajectory indication samples; • for each trajectory indication sample in said sample set ( TIS 1, TIS 2), determining an individual reliability measure (R 1, R 2) indicative of the reliability of the associated trajectory indication sample; • determining a trajectory estimate (C est); • determining a trajectory estimate error by, for each one of said trajectory indication samples in said sample set, determining an error measure (EM 1, EM 2) indicative of an error between the trajectory estimate (C est) and said trajectory indication sample ( TIS 1, TIS 2), and by combining said error measures, weighted by said individual reliability measure, and • determining said trajectory as being a trajectory estimate (C est) that results in a trajectory estimate error that is within a predetermined trajectory estimate error range (ΔCE). • determining an optical measure indicative of a motion blur of said at least one camera that occurred during the generation of said image set; • inserting said fictive object (a 0) into at least one image of said image set, wherein the visual appearance of said fictive object is modified such that it corresponds to said optical measure; • determining a sample set of trajectory indication samples ( TIS 1, TIS 2), said sample set comprising at least two trajectory indication samples; • for each trajectory indication sample in said sample set ( TIS 1, TIS 2), determining an individual reliability measure (R 1, R 2) indicative of the reliability of the associated trajectory indication sample; • determining a trajectory estimate (C est); • determining a trajectory estimate error by, for each one of said trajectory indication samples in said sample set, determining an error measure (EM 1, EM 2) indicative of an error between the trajectory estimate (C est) and said trajectory indication sample ( TIS 1, TIS 2), and by combining said error measures, weighted by said individual reliability measure, and • determining said trajectory as being a trajectory estimate (C est) that results in a trajectory estimate error that is within a predetermined trajectory estimate error range (ΔCE).
Wire mesh having warp and weft wires (2, 3) on a woven surface, the woven surface showing tube devices woven in, to which fin-type devices are attached, so as to serve for shading incident light, characterized in that the tube devices are configured as transparent tubes or as sleeves in which the fin-type devices are accommodated.
Washstand arrangement, comprising - a washstand having a wash-bowl sink and - a water discharge device, configured for discharging water in the form of a fountain jet composed of individual jets and comprising a plurality of water discharge nozzles which are arranged in the wash-bowl sink within a strip-type nozzle assignment region having a strip length (D L) extending in sink circumferential direction and a strip height (D H) perpendicular thereto, wherein its strip length is greater than its strip width, for discharging the individual jets in associated individual jet directions issued from the wash-bowl sink obliquely upwards and back again to the wash-bowl sink, characterized in that - the nozzle assignment region extends with its strip length at most across half the sink circumference, - wherein the water discharge nozzles are arranged in at least two successive nozzle groups (4 1, 4 2) in the sink circumferential direction, each group including multiple water discharge nozzles, wherein a maximum difference of jet outlet directions (S ij) of the water discharge nozzles of a respective nozzle group (4 j) is less than a minimum difference of the jet outlet directions of the water discharge nozzles of in each case two adjacent nozzle groups (4 j, 4 j+1). - a washstand having a wash-bowl sink and - a water discharge device, configured for discharging water in the form of a fountain jet composed of individual jets and comprising a plurality of water discharge nozzles which are arranged in the wash-bowl sink within a strip-type nozzle assignment region having a strip length (D L) extending in sink circumferential direction and a strip height (D H) perpendicular thereto, wherein its strip length is greater than its strip width, for discharging the individual jets in associated individual jet directions issued from the wash-bowl sink obliquely upwards and back again to the wash-bowl sink, characterized in that - the nozzle assignment region extends with its strip length at most across half the sink circumference, - wherein the water discharge nozzles are arranged in at least two successive nozzle groups (4 1, 4 2) in the sink circumferential direction, each group including multiple water discharge nozzles, wherein a maximum difference of jet outlet directions (S ij) of the water discharge nozzles of a respective nozzle group (4 j) is less than a minimum difference of the jet outlet directions of the water discharge nozzles of in each case two adjacent nozzle groups (4 j, 4 j+1).
A blood clot removal device for removing blood clots from the vascular system of a patient and comprising: a blood flow passageway having a first side wall and a second side wall, a filter provided in the blood flow passageway for filtering blood clots, and a cleaning device for cleaning the filter, wherein the the cleaning device is adapted to: - slice, push or scratch away any blood clots from the filter; and/or - suck away any blood clots from the filter, characterised in that the blood clot removal device is configured to be implantable in the patient's body. a blood flow passageway having a first side wall and a second side wall, a filter provided in the blood flow passageway for filtering blood clots, and a cleaning device for cleaning the filter, wherein the the cleaning device is adapted to: - slice, push or scratch away any blood clots from the filter; and/or - suck away any blood clots from the filter, - slice, push or scratch away any blood clots from the filter; and/or - suck away any blood clots from the filter, characterised in that the blood clot removal device is configured to be implantable in the patient's body.
A wall structure, comprising the following elements in the following order: a first dampening element comprising at least one layer (20,20a-c) configured to form an acoustic inner surface and to dampen sound; followed by a first stopping element comprising at least one layer configured to stop sound; a second dampening element comprising at least one layer (40,40',50) configured to dampen sound; an air gap, and a second stopping element comprising at least one layer configured to stop sound; wherein the layers of the first and second dampening elements comprise porous and/or open cell material, wherein the second dampening element comprises a fourth layer comprising porous or open cell material; wherein the air gap is configured to form together with the fourth layer a dampened air gap in order to dampen sound. a first dampening element comprising at least one layer (20,20a-c) configured to form an acoustic inner surface and to dampen sound; followed by a first stopping element comprising at least one layer configured to stop sound; a second dampening element comprising at least one layer (40,40',50) configured to dampen sound; an air gap, and a second stopping element comprising at least one layer configured to stop sound; wherein the layers of the first and second dampening elements comprise porous and/or open cell material, wherein the second dampening element comprises a fourth layer comprising porous or open cell material;
An emergency supply circuit for an electronic ballast, wherein said electronic ballast includes a supply input as well as a dimming control input, the circuit including: - an output line to feed said supply input of the electronic ballast; - a first feed line to receive a mains supply signal; - a second feed line to receive an emergency supply signal from a battery, with an electronic converter interposed in said second feed line to boost said emergency supply signal, said electronic converter being a DC-DC converter, - a switch to alternatively connect said output line to said first or said second feed line; - a control unit sensitive to the absence of said mains supply signal on said first supply line and to the charge level of said battery, said control unit to produce switching of said switch to connect said output line to said second feed line in the absence of said mains supply signal on said first feed line, whereby said output line receives said emergency supply signal boosted by said converter, and - dimming interface circuitry (30; 32, 34) controlled by said control unit to drive said dimming control input of said ballast when said output line is connected to said second feed line characterized in that a low frequency AC ripple is added to the DC output of said converter to improve Electro-Magnetic Compatibility behaviour. - an output line to feed said supply input of the electronic ballast; - a first feed line to receive a mains supply signal; - a second feed line to receive an emergency supply signal from a battery, with an electronic converter interposed in said second feed line to boost said emergency supply signal, said electronic converter being a DC-DC converter, - a switch to alternatively connect said output line to said first or said second feed line; - a control unit sensitive to the absence of said mains supply signal on said first supply line and to the charge level of said battery, said control unit to produce switching of said switch to connect said output line to said second feed line in the absence of said mains supply signal on said first feed line, whereby said output line receives said emergency supply signal boosted by said converter, and - dimming interface circuitry (30; 32, 34) controlled by said control unit to drive said dimming control input of said ballast when said output line is connected to said second feed line characterized in that a low frequency AC ripple is added to the DC output of said converter to improve Electro-Magnetic Compatibility behaviour.
Lancet coupling mechanism for an apparatus for obtaining and analyzing a blood sample, having at least one chamber, which extends in the direction of a piercing axis and contains a lancet, and having a drive rod, which penetrates into the chamber and can be coupled onto the lancet, in order to execute a controlled forward and reverse movement along the piercing axis, wherein the lancet is elastically bendable around at least one bending axis extending transversely to the piercing axis; the chamber comprises a shaft, which is adapted to the cross section of the lancet and has a central guide groove, whose height and width are adapted to the dimensions of the drive rod; the drive rod has a formfitting connection to the lancet when the lancet is in the relaxed state, characterized in that the shaft at least in its rear area has at least one curvature around an axis transverse to the piercing axis, said curvature extending at least along the piercing axis, and the drive rod can be coupled onto the lancet when the lancet is in the bent state in accordance with the curvature of the chamber.
A transport case for a folding bicycle, wherein the transport case comprises - a base and - at least a first wall element that is connected to the base along an edge of said base, wherein the first wall element can be fixed to an element of the transport case by means of a first connection device, so that an interior of the transport case has a first volume, and wherein the first wall element can be fixed to an element of the transport case by means of a second connection device, so that the interior of the transport case has a second volume, wherein the first volume is greater than the second volume, wherein the transport case can be used as a rucksack when the first wall element is fixed by means of the second connection device wherein the base of the transport case is preferably arranged in such a way that it faces a back of the wearer of the rucksack, wherein at least two tabs are arranged on the base wherein said tabs can be brought into a first position, in which they cover the base on its outer side, and into a second position. - a base and - at least a first wall element that is connected to the base along an edge of said base, wherein the first wall element can be fixed to an element of the transport case by means of a first connection device, so that an interior of the transport case has a first volume, and wherein the first wall element can be fixed to an element of the transport case by means of a second connection device, so that the interior of the transport case has a second volume, wherein the first volume is greater than the second volume, wherein the transport case can be used as a rucksack when the first wall element is fixed by means of the second connection device wherein the base of the transport case is preferably arranged in such a way that it faces a back of the wearer of the rucksack, wherein at least two tabs are arranged on the base wherein said tabs can be brought into a first position, in which they cover the base on its outer side, and into a second position.
A system (200, 300), comprising: means configured to identify a cache line for replacement from a cache comprising a plurality of cache lines by an identifier; and means configured to determine a value of the identifier, said value selected from an output of an incrementer during execution of non maintenance instructions and, during execution of cache maintenance instructions, selected from either an index from a cache invalidate by index instruction or an identifier value of a cache line associated with a cache invalidate by address instruction. means configured to identify a cache line for replacement from a cache comprising a plurality of cache lines by an identifier; and means configured to determine a value of the identifier, said value selected from an output of an incrementer during execution of non maintenance instructions and, during execution of cache maintenance instructions, selected from either an index from a cache invalidate by index instruction or an identifier value of a cache line associated with a cache invalidate by address instruction.
A fuel manifold for a gas turbine engine, the fuel manifold comprising an annular body defining a plurality of peripheral surfaces (33, 34, 23, 32) having first and second channels (28a,28b) defined therein, a first one of the peripheral surfaces having the first channel defined therein, each of the first and second channels being sealingly enclosed to define a corresponding fluid conveying conduit, and the body having at least one inlet and at least one outlet defined therein in communication with each of the first and second channels; wherein the fuel manifold further comprises mounting members for supporting fuel nozzles; characterised in that a second one of the peripheral surfaces has the second channel defined therein and in that the mounting members extend from a circumferentially extending one of the peripheral surfaces to support the fuel nozzles one of radially inwardly and radially outwardly of the body, such that the fuel nozzles are radially inwardly or outwardly offset from the fuel manifold.
Movable point tram turnout structure, which being located in an interrupted space of two rails intersecting belonging to two different tracks, it comprises: - an immobilised support cradle having a central space and end rail sections converging towards that central space and aligned with the rails of the turnout; - a movable point located in the central space, which at the same time is transversally movable, and it is able to be placed stably on two end side positions to be aligned by the side rolling portions thereof with one of the end rail sections; - transversal guides located in the central space, by means of which the movable point moves toward its end side positions; characterised in that the transversal guides comprise immobilised guide-rails, on which transversally movable cars are attached, to which the movable point is fastened. - an immobilised support cradle having a central space and end rail sections converging towards that central space and aligned with the rails of the turnout; - a movable point located in the central space, which at the same time is transversally movable, and it is able to be placed stably on two end side positions to be aligned by the side rolling portions thereof with one of the end rail sections; - transversal guides located in the central space, by means of which the movable point moves toward its end side positions;
A method for updating configuration information, comprising: in a computing device including a processor, memory, and an operating system, initiating an update to at least one configuration setting of the computing device; downloading the update from at least one update data source using an update fetcher, wherein the update comprises configuration update data and configuration update metadata, the configuration update metadata indicating a version of the update and at least one configuration setting necessary for the update; performing a comparison of the configuration update metadata with metadata associated with a current version of the at least one configuration setting using an update verifier; responsive to the comparison indicating that the update is not the next immediate version from the current version of the at least one configuration setting, rejecting the update; and downloading at least one intermediate update to the at least one configuration setting of the computing device, wherein the configuration update metadata indicates that the update is a next immediate version from the version of the at least one configuration setting after installation of the at least one intermediate update. in a computing device including a processor, memory, and an operating system, initiating an update to at least one configuration setting of the computing device; downloading the update from at least one update data source using an update fetcher, wherein the update comprises configuration update data and configuration update metadata, the configuration update metadata indicating a version of the update and at least one configuration setting necessary for the update; performing a comparison of the configuration update metadata with metadata associated with a current version of the at least one configuration setting using an update verifier; responsive to the comparison indicating that the update is not the next immediate version from the current version of the at least one configuration setting, rejecting the update; and downloading at least one intermediate update to the at least one configuration setting of the computing device, wherein the configuration update metadata indicates that the update is a next immediate version from the version of the at least one configuration setting after installation of the at least one intermediate update.