mhurhangee/ep-ind-claims huggingface dataset:
An exhaust gas supply arrangement to a turbine wheel of an exhaust gas turbocharger, having: a flange for connecting to a manifold of an internal combustion engine; an exhaust gas supply leading from the flange to the turbine wheel; a partition which divides the exhaust gas supply into two channels, wherein, in a top view of the flange, a coordinate system is defined, the origin thereof lies in the center of the partition, the y-axis thereof follows the partition and the x-axis thereof is perpendicular to the y-axis; wherein the flange has a rectangular base shape with two X-outer sides (15, 16) running parallel to the x-axis and two Y-outer sides running parallel to the y-axis, wherein at least one of the X-outer sides has a reinforcement in the form of an elevation, and wherein the elevation is formed in the center of the X-outer side, wherein the elevation has an elevation width perpendicular to the y-axis, wherein the flange has a largest flange width perpendicular to the y-axis, characterised in that the elevation width is 0.2 to 0.7 times, preferably 0.3 to 0.5 times the flange width. a flange for connecting to a manifold of an internal combustion engine; an exhaust gas supply leading from the flange to the turbine wheel; a partition which divides the exhaust gas supply into two channels, wherein, in a top view of the flange, a coordinate system is defined, the origin thereof lies in the center of the partition, the y-axis thereof follows the partition and the x-axis thereof is perpendicular to the y-axis; wherein the flange has a rectangular base shape with two X-outer sides (15, 16) running parallel to the x-axis and two Y-outer sides running parallel to the y-axis, wherein at least one of the X-outer sides has a reinforcement in the form of an elevation, and wherein the elevation is formed in the center of the X-outer side, wherein the elevation has an elevation width perpendicular to the y-axis, wherein the flange has a largest flange width perpendicular to the y-axis, characterised in that the elevation width is 0.2 to 0.7 times, preferably 0.3 to 0.5 times the flange width.
Unlocking mechanism for locking and unlocking a plug-in connection of a vacuum cleaner between a housing of the vacuum cleaner and a suction tube and/or between the housing and a suction nozzle and/or between the suction tube and the suction nozzle, the unlocking mechanism comprising an unlocking element for unlocking the plug-in connection, the unlocking element being movable between an unlocking position, in which it unlocks the unlocking mechanism, and a locking position, in which it locks the unlocking mechanism, the unlocking mechanism comprising at least one clamping wedge which, in the unlocking position, enters a recess of the unlocking element, in the locking position, the clamping wedge being supported against the unlocking element and locking the plug-in connection, characterised in that the unlocking element is displaceable between an unlocking position and a locking position.
A composition comprising calcium nitrate, at least one epoxy resin and at least one amine of the formula, (H 2 N) m -A-(NH-Y) n where m is 0 or 1, n is 1 or 2 and (m+n) is 2, A is an alkylene radical that optionally contains nitrogen atoms or cyclic or aromatic components and has 2 to 10 carbon atoms, and Y is an alkyl, cycloalkyl or aralkyl radical having 1 to 20 carbon atoms. m is 0 or 1, n is 1 or 2 and (m+n) is 2, A is an alkylene radical that optionally contains nitrogen atoms or cyclic or aromatic components and has 2 to 10 carbon atoms, and Y is an alkyl, cycloalkyl or aralkyl radical having 1 to 20 carbon atoms.
A cutting device for flexible material, which comprises a blade, wherein either the blade can move relative to a sheet of flexible material or said sheet of flexible material can move relative to said blade, said blade being associated with a plurality of elastic bristles, the blade being placed on a base where the flexible material to be cut is supported, characterized in that all of said elastic bristles form an acute angle with the upper surface of said base, so that the elastic bristles vertically and horizontally press and stabilize the flexible material against said base.
A polyisocyanate composition comprising: a polyisocyanate; and a poly(oxyalkylene) alkylether phosphate, wherein the amount of the poly(oxyalkylene) alkylether phosphate satisfies the peak area ratio, relative to a bis(2-ethylhexyl)phosphate, of 0.1 to 9.6, the peak area ratio being determined by LC-MS measurement of a sample prepared by mixing equal amounts of a methanol solution comprising 0.03 g/mL of the polyisocyanate composition and a methanol solution comprising 1000 ppm by mass of the bis(2-ethylhexyl)phosphate, and the polyisocyanate is obtained from at least one selected from the group consisting of aliphatic diisocyanates and alicyclic diisocyanates.
A method for eliminating leakage of process gas in a solids delivery system comprising: transporting a particulate material from an inlet to an outlet via a bulk solids pump; transporting the particulate material from said outlet through a buffer gas channel and into a pneumatic conveyor system in which the particulate material is transported by the process gas to a downstream system; forming a seal of said particulate material in said outlet; passing a buffer gas through the buffer gas channel at a pressure sufficient to limit a backflow of said process gas; sensing a flow rate of said buffer gas via a flow meter; and maintaining a positive differential in pressure between said buffer gas and said process gas via at least two pressure sensors or one differential pressure sensor. transporting a particulate material from an inlet to an outlet via a bulk solids pump; transporting the particulate material from said outlet through a buffer gas channel and into a pneumatic conveyor system in which the particulate material is transported by the process gas to a downstream system; forming a seal of said particulate material in said outlet; passing a buffer gas through the buffer gas channel at a pressure sufficient to limit a backflow of said process gas; sensing a flow rate of said buffer gas via a flow meter; and maintaining a positive differential in pressure between said buffer gas and said process gas via at least two pressure sensors or one differential pressure sensor.
Harvested goods remnant shredder and distribution assembly with a straw chopper, wherein: the harvested goods remnant shredder and distribution assembly can be operated in a swath discharge mode, in which straw is guided past the straw chopper and is deposited as swath on the field, and in a chopping mode, in which the straw is guided through the straw chopper and is distributed over the field, and guiding elements for the lateral deflection of the harvested goods are arranged downstream of the straw chopper and can be set into a continuous swinging movement by means of a drive, characterized in that a transmission with an adjustable transmission ratio is arranged between the drive and the guiding elements, said transmission being designed in such a manner that it brings the guiding elements at a minimal transmission ratio into a position guiding the harvested goods remnants outwards as far as possible. the harvested goods remnant shredder and distribution assembly can be operated in a swath discharge mode, in which straw is guided past the straw chopper and is deposited as swath on the field, and in a chopping mode, in which the straw is guided through the straw chopper and is distributed over the field, and guiding elements for the lateral deflection of the harvested goods are arranged downstream of the straw chopper and can be set into a continuous swinging movement by means of a drive, characterized in that a transmission with an adjustable transmission ratio is arranged between the drive and the guiding elements, said transmission being designed in such a manner that it brings the guiding elements at a minimal transmission ratio into a position guiding the harvested goods remnants outwards as far as possible.
A device for releasably attaching an accessory to an operating table, comprising: - two coupling parts (10, 100) connectable to each other, wherein a first of said coupling parts can be arranged at the accessory and a second of said coupling parts can be arranged at the operating table, and - a mechanism for locking and unlocking the connection between the two coupling parts (10, 100), characterized in that the mechanism comprises: - a first locking element arranged at the first coupling part and a second locking element arranged at the second coupling part, which are engageable to each other for locking and releasable from each other for unlocking, - a manually operable unlocking element movably arranged at the first coupling part, which unlocking element is biased into a locking position and movable against the bias into an unlocking position, in which unlocking position the unlocking element acts upon one of the two locking elements (26, 114) such that the two locking elements (26, 114) are released from each other, - a blocking element movably arranged at the first coupling part, which holds the unlocking element against the bias in the unlocking position thereof, and - a release element movably arranged at the first coupling part, which is biased into a first position and, when the two coupling parts (10, 100) are connected to each other, is acted upon by the second coupling part and pressed against the bias into a second position, - wherein the release element acts upon the blocking element in the first position thereof such, that the blocking element is released from the unlocking element. - two coupling parts (10, 100) connectable to each other, wherein a first of said coupling parts can be arranged at the accessory and a second of said coupling parts can be arranged at the operating table, and - a mechanism for locking and unlocking the connection between the two coupling parts (10, 100), characterized in that the mechanism comprises: - a first locking element arranged at the first coupling part and a second locking element arranged at the second coupling part, which are engageable to each other for locking and releasable from each other for unlocking, - a manually operable unlocking element movably arranged at the first coupling part, which unlocking element is biased into a locking position and movable against the bias into an unlocking position, in which unlocking position the unlocking element acts upon one of the two locking elements (26, 114) such that the two locking elements (26, 114) are released from each other, - a blocking element movably arranged at the first coupling part, which holds the unlocking element against the bias in the unlocking position thereof, and - a release element movably arranged at the first coupling part, which is biased into a first position and, when the two coupling parts (10, 100) are connected to each other, is acted upon by the second coupling part and pressed against the bias into a second position, - wherein the release element acts upon the blocking element in the first position thereof such, that the blocking element is released from the unlocking element.
A system comprising: a computing device comprising one or more processors, a communications interface, a display, and a storage device; (FIG. 4, elements 402, 420, and 422) one or more computer programs executable on the one more or processors which cause the computing device to: (FIG. 4, element 424) receive, via the communications interface, one or more databases from a mobile electronic device, the one or more databases comprising a key file and a data file, wherein the data file comprises picture data and the key file comprises an index to the picture data; (FIG. 2, element 202) store the one or more databases on the storage device; (FIG. 3) generate a synchronization set on the computing device, wherein the synchronization set comprises one or more picture files to be stored on the mobile electronic device; (FIG. 2, element 204) transform the one or more databases to one or more updated databases, wherein transforming comprises updating the key file to index pictures included in the synchronization set and updating the data file to include thumbnails of picture files included in the synchronization set; and (FIG. 2, element 206) transmit, via the communications interface, the one or more updated databases to the mobile electronic device. (FIG. 2, element 208) a computing device comprising one or more processors, a communications interface, a display, and a storage device; (FIG. 4, elements 402, 420, and 422) one or more computer programs executable on the one more or processors which cause the computing device to: (FIG. 4, element 424) receive, via the communications interface, one or more databases from a mobile electronic device, the one or more databases comprising a key file and a data file, wherein the data file comprises picture data and the key file comprises an index to the picture data; (FIG. 2, element 202) store the one or more databases on the storage device; (FIG. 3) generate a synchronization set on the computing device, wherein the synchronization set comprises one or more picture files to be stored on the mobile electronic device; (FIG. 2, element 204) transform the one or more databases to one or more updated databases, wherein transforming comprises updating the key file to index pictures included in the synchronization set and updating the data file to include thumbnails of picture files included in the synchronization set; and (FIG. 2, element 206) transmit, via the communications interface, the one or more updated databases to the mobile electronic device. (FIG. 2, element 208)
Liposomal irinotecan for use in a method of treating pancreatic cancer in a human patient, wherein the patient exhibits evidence of recurrent or persistent pancreatic cancer following primary chemotherapy and wherein the patient has failed prior treatment with gemcitabine or become resistant to gemcitabine, the method comprising co-administration of an effective amount each of liposomal irinotecan, 5-fluorouracil (5-FU) and leucovorin to the patient in at least one cycle wherein the cycle is a period of 2 weeks and, for each cycle: (a) liposomal irinotecan is administered to patients not homozygous for the UGT1A1 *28 allele on day 1 of each cycle at a dose of 80 mg/m 2 and to patients homozygous for the UGT1A1 *28 allele on day 1 of cycle 1 at a dose of 60 mg/m 2 and on day 1 of each subsequent cycle at a dose of 60 mg/m 2 or 80 mg/m 2; (b) 5-FU is administered at a dose of 2400 mg/m 2; and (c) leucovorin is administered at a dose of 200 mg/m 2 (l form) or 400 mg/m 2 (l + d racemic form); and wherein in each cycle, the liposomal irinotecan is administered prior to the leucovorin, and the leucovorin is administered prior to the 5-FU. (a) liposomal irinotecan is administered to patients not homozygous for the UGT1A1 *28 allele on day 1 of each cycle at a dose of 80 mg/m 2 and to patients homozygous for the UGT1A1 *28 allele on day 1 of cycle 1 at a dose of 60 mg/m 2 and on day 1 of each subsequent cycle at a dose of 60 mg/m 2 or 80 mg/m 2; (b) 5-FU is administered at a dose of 2400 mg/m 2; and (c) leucovorin is administered at a dose of 200 mg/m 2 (l form) or 400 mg/m 2 (l + d racemic form);
An apparatus adapted for answering a query, the apparatus comprising: a microphone (401L, 401R) adapted to receive a first query; a sensor (401L, 401R, 601) adapted to determine a first head direction of a person when the first query was received; the microphone adapted to receive a second query; the sensor adapted to determine a second head direction of the person when the second query was received; the microphone adapted to receiving a third query; the sensor adapted to determine a third head direction of the person when the third query was received; logic circuitry adapted to determine that the third query is a follow-up query to either the first or the second query and adapted to associate the third query with either the first or the second query based on the third head direction and to provide a follow-up answer to the third query based on the third head direction. a microphone (401L, 401R) adapted to receive a first query; a sensor (401L, 401R, 601) adapted to determine a first head direction of a person when the first query was received; the microphone adapted to receive a second query; the sensor adapted to determine a second head direction of the person when the second query was received; the microphone adapted to receiving a third query; the sensor adapted to determine a third head direction of the person when the third query was received; logic circuitry adapted to determine that the third query is a follow-up query to either the first or the second query and adapted to associate the third query with either the first or the second query based on the third head direction and to provide a follow-up answer to the third query based on the third head direction.
Arc deposition source, comprising: - a cathode with an electrically conductive ceramic target plate with a surface to be vaporized, - an anode, - a voltage supply source, which is interconnected with the target plate and the anode in such a manner that the target plate opposite the anode can be put to negative potential, - an ignition device for igniting the arc, wherein the target plate is operatively connected thermally with a cooling plate over a large area and means are provided for constraining the movement of the cathodic spot, characterized in that • these means comprise inner permanent magnets arranged behind the cooling plate and an outer ring magnet that is oriented with opposing polarity to the inner permanent magnets, wherein, due to the inner permanent magnets and the outer ring magnets, magnetic field lines are provided that run over the surface to be vaporized from north to south resp. from south to north, wherein horizontal components of the magnetic field formed over the surface can lead to a constrained movement of a cathode spot of an arc over the surface, • the cooling plate is bonded to the target plate, and • a shield is provided in the central area on the surface of the electrically conductive ceramic target plate in order to keep the cathode spot away from areas of the surface at which vertical components of the magnetic field predominate, • wherein the surface of the shield is electrically isolated from the voltage supply source and thus during operation of the deposition source no electron supply is available in this area. - a cathode with an electrically conductive ceramic target plate with a surface to be vaporized, - an anode, - a voltage supply source, which is interconnected with the target plate and the anode in such a manner that the target plate opposite the anode can be put to negative potential, - an ignition device for igniting the arc, • these means comprise inner permanent magnets arranged behind the cooling plate and an outer ring magnet that is oriented with opposing polarity to the inner permanent magnets, wherein, due to the inner permanent magnets and the outer ring magnets, magnetic field lines are provided that run over the surface to be vaporized from north to south resp. from south to north, wherein horizontal components of the magnetic field formed over the surface can lead to a constrained movement of a cathode spot of an arc over the surface, • the cooling plate is bonded to the target plate, and • a shield is provided in the central area on the surface of the electrically conductive ceramic target plate in order to keep the cathode spot away from areas of the surface at which vertical components of the magnetic field predominate, • wherein the surface of the shield is electrically isolated from the voltage supply source and thus during operation of the deposition source no electron supply is available in this area.
A method of delivering media to a plurality of mobile devices in a communication group, the method comprising a group transport function, GTF, performing: receiving media for delivery to a plurality of mobile devices in a group, wherein the plurality of mobile devices are served by a plurality of cells, wherein each mobile device is wirelessly connected to one of the cells; receiving a plurality of inputs comprising at least capabilities of each mobile device in the group to receive the media using point-to-multipoint media transport and capabilities of each cell in the plurality of cells to deliver the media using point-to-multipoint or point-to-point transport; applying a set of policy rules to the plurality of inputs to determine, for each mobile device in the group, whether to deliver the content to the mobile device using point-to-multipoint or point-to-point media transport, wherein the policy rules are based on one or more of a role, in the communication group, of a group member associated with the mobile device and a type of an incident for which a group member associated with the mobile device is involved; initiating an allocation of a set of resources in each cell to transport the media to each mobile device in the group using the determined media transport for that mobile device; replicating the media; and conveying the replicated media to the plurality of cells for delivery to the plurality of mobile devices over the allocated resources using the determined media transport for each mobile device. receiving media for delivery to a plurality of mobile devices in a group, wherein the plurality of mobile devices are served by a plurality of cells, wherein each mobile device is wirelessly connected to one of the cells; receiving a plurality of inputs comprising at least capabilities of each mobile device in the group to receive the media using point-to-multipoint media transport and capabilities of each cell in the plurality of cells to deliver the media using point-to-multipoint or point-to-point transport; applying a set of policy rules to the plurality of inputs to determine, for each mobile device in the group, whether to deliver the content to the mobile device using point-to-multipoint or point-to-point media transport, wherein the policy rules are based on one or more of a role, in the communication group, of a group member associated with the mobile device and a type of an incident for which a group member associated with the mobile device is involved; initiating an allocation of a set of resources in each cell to transport the media to each mobile device in the group using the determined media transport for that mobile device; replicating the media; and conveying the replicated media to the plurality of cells for delivery to the plurality of mobile devices over the allocated resources using the determined media transport for each mobile device.
A random bit generator comprising: • a noise source configured to generate a noise signal; • a digitizer possessing a voltage input range and a resolution of ten bits and configured to digitize the noise signal from said noise source; • a processor configured to apply pre-defined rules for selecting the six least significant bits captured by said digitizer and to generate an output bits flow of random bit strings of 24 bits and concatenating said selected bits into three bytes so as to provide an entropy so high that no conditioning of said output bits flow is required. • a noise source configured to generate a noise signal; • a digitizer possessing a voltage input range and a resolution of ten bits and configured to digitize the noise signal from said noise source; • a processor configured to apply pre-defined rules for selecting the six least significant bits captured by said digitizer and to generate an output bits flow of random bit strings of 24 bits and concatenating said selected bits into three bytes so as to provide an entropy so high that no conditioning of said output bits flow is required.