mhurhangee/ep-ind-claims huggingface dataset:
A rotor for a 1.1 permanent magnet retarder, comprising several magnets distributed over the circumference of the stator or the rotor, the rotor comprising, 1.2 a hub, and 1.3 a ring element connected via spokes with the hub, 1.4 the spokes are provided with an axially taken cross-sectional profile at least in a section of their radial extension, with the axial extension of said profile being at most two thirds of the extension of said profile in the circumferential direction of the rotor, and 1.5 the spokes being fixed in a displaceable manner in the radial direction in the region of the ring element or the hub, so that in braking operation, the thermally induced tension between the relatively colb hub and the relatively hot ring element is reduced, in comparison with a fixed connection. 1.1 permanent magnet retarder, comprising several magnets distributed over the circumference of the stator or the rotor, the rotor comprising, 1.2 a hub, and 1.3 a ring element connected via spokes with the hub, 1.4 the spokes are provided with an axially taken cross-sectional profile at least in a section of their radial extension, with the axial extension of said profile being at most two thirds of the extension of said profile in the circumferential direction of the rotor, and 1.5 the spokes being fixed in a displaceable manner in the radial direction in the region of the ring element or the hub, so that in braking operation, the thermally induced tension between the relatively colb hub and the relatively hot ring element is reduced, in comparison with a fixed connection.
Thermally insulated container, in particular for transportation purposes, having a container wall which completely encloses an interior space and is formed by a plurality of wall elements (03, 04, 05, 06), namely three side wall elements, a top element, a bottom element and a door element, the interior space having at least one closable opening and a plurality of passive melt storage elements (16, 17) being provided in the container, each of which is filled with a melt storage material, wherein the container wall is double-walled with an outer wall and an inner wall, wherein the outer wall and the inner wall are each mechanically stable and self-supporting, the interior being insulated against heat exchange by a plurality of vacuum insulation elements, and wherein the vacuum insulation elements are arranged between the outer wall and the inner wall, characterized in that in each individual wall element (03, 04, 05, 06) a plurality of vacuum insulation elements are provided for insulation and each vacuum insulation element has a base body made of an open-pored material which is enclosed in a gas-tight manner by a film, the interior formed by the film being evacuated, the film of each vacuum insulation element having no projecting edge flaps. wherein the container wall is double-walled with an outer wall and an inner wall, wherein the outer wall and the inner wall are each mechanically stable and self-supporting, the interior being insulated against heat exchange by a plurality of vacuum insulation elements, and wherein the vacuum insulation elements are arranged between the outer wall and the inner wall, characterized in that in each individual wall element (03, 04, 05, 06) a plurality of vacuum insulation elements are provided for insulation and each vacuum insulation element has a base body made of an open-pored material which is enclosed in a gas-tight manner by a film, the interior formed by the film being evacuated, the film of each vacuum insulation element having no projecting edge flaps.
A system for stimulating electrodes, the system including: a multichannel electrode array, wherein the multichannel electrode array is suitable for use in a cochlear implant for stimulating the acoustic nerve, and wherein each channel is associated with an electrode in the array and with a different filter in a filter bank; a controller (101 or 105) for defining at least two groups of channels in the multichannel array such that at least one of the defined groups includes a plurality of channels, selecting one or more channels in each group, activating the electrodes associated with each selected channel, and repeating the steps of selecting at least one channel in each selected group, and activating the electrodes associated with each selected channel, wherein the selected channels in at least one selected group vary, and wherein the controller (101 or 105) defines a first group of channels that includes neighboring electrodes, wherein, due to spatial channel interaction, activating one of the neighboring electrodes in the first group provides stimulation to those regions associated with all of the neighboring electrodes in the first group, characterized in that the selection is based on the filter output amplitudes associated with given channels in the group. a multichannel electrode array, wherein the multichannel electrode array is suitable for use in a cochlear implant for stimulating the acoustic nerve, and wherein each channel is associated with an electrode in the array and with a different filter in a filter bank; a controller (101 or 105) for defining at least two groups of channels in the multichannel array such that at least one of the defined groups includes a plurality of channels, selecting one or more channels in each group, activating the electrodes associated with each selected channel, and repeating the steps of selecting at least one channel in each selected group, and activating the electrodes associated with each selected channel, wherein the selected channels in at least one selected group vary, and wherein the controller (101 or 105) defines a first group of channels that includes neighboring electrodes, wherein, due to spatial channel interaction, activating one of the neighboring electrodes in the first group provides stimulation to those regions associated with all of the neighboring electrodes in the first group, characterized in that the selection is based on the filter output amplitudes associated with given channels in the group.
A method of feeding cells in a cell expansion system according to a schedule, the method comprising: coating a bioreactor comprising a hollow fiber membrane; loading cells into the bioreactor; and feeding the cells according to the schedule, wherein the feeding the cells according to the schedule comprises increasing an inlet rate into a portion of the cell expansion system from a first inlet rate to a second inlet rate according to the schedule; wherein the increase takes place regardless of metabolite levels. coating a bioreactor comprising a hollow fiber membrane; loading cells into the bioreactor; and feeding the cells according to the schedule, wherein the feeding the cells according to the schedule comprises increasing an inlet rate into a portion of the cell expansion system from a first inlet rate to a second inlet rate according to the schedule; wherein the increase takes place regardless of metabolite levels.
Metering device for granular material, comprising a housing that can be arranged inside a container for the granular material, said housing comprising at least one feed opening for the granular material and an outlet, which outlet can be closed by means of a sealing element, characterised in that the at least one feed opening is arranged laterally on the housing and so as to extend obliquely downwards, in that the sealing element is arranged on a metering piston which is preloaded by means of a spring and can be axially moved in a compressed-air cylinder, a compressed-air connection being provided on the compressed air cylinder such that the metering piston can be moved against the spring by means of compressed air and the outlet can be opened, the spring being formed at least in two stages such that the stroke (Δx) of the metering piston can be changed at least in two stages by varying the pressure of the compressed air, in that a device is provided for adjusting the maximum stroke (Δx max) of the metering piston, and in that a bush made of dimensionally stable material is arranged in the region of the outlet.
A method for suppressing a fire condition in an aircraft, the method comprising the steps of: detecting a presence of a fire condition in one or more areas of an aircraft; characterised in that: after detecting the presence of the fire condition in the one or more areas of the aircraft, depressurizing the one or more areas of the aircraft; and after depressurizing the one or more areas of the aircraft, releasing a first discharge of an extinguishing agent in the one or more areas of the aircraft. detecting a presence of a fire condition in one or more areas of an aircraft; characterised in that: after detecting the presence of the fire condition in the one or more areas of the aircraft, depressurizing the one or more areas of the aircraft; and after depressurizing the one or more areas of the aircraft, releasing a first discharge of an extinguishing agent in the one or more areas of the aircraft.
A method of radio frequency interference mitigation in multi-carrier modulation where tones are used as carriers for communication, comprising: detecting radio interference at a receiver, identifying one or more tones in which the detected radio frequency interference is located, transmitting a message to a tone manager, said message containing an instruction to disable the one or more identified tones during at least one phase of a training and during steady state. detecting radio interference at a receiver, identifying one or more tones in which the detected radio frequency interference is located, transmitting a message to a tone manager, said message containing an instruction to disable the one or more identified tones during at least one phase of a training and during steady state.
Antenna for a contactless chip card that makes it possible to communicate with a chip card reader by means of a carrier signal at a frequency F 0, which is modulated by a data signal at a frequency f, said antenna being characterized in that it includes at least three LC circuits connected in parallel so as to simultaneously have, for a given communication rate between the chip card and the reader, at least three resonant peaks, namely a first peak close to the carrier frequency F 0, and at least 2 n lateral peaks close to the data transmission frequencies F 0 + n.f and F 0 - n.f, where n represents the number of harmonics of the signal to be transmitted.
A position-sensitive light beam detector comprising photodiodes and at least two weighting networks (3,4,11,12), each comprising a signal output (CH1,CH2,CH3,CH4) and network nodes, wherein a plurality of the network nodes of the first weighting network are provided for a photodiode connection, characterized in that each node of said plurality of nodes of said first weighting network is connected via a photodiode to one of the nodes of the second weighting network. photodiodes and at least two weighting networks (3,4,11,12), each comprising a signal output (CH1,CH2,CH3,CH4) and network nodes, a signal output (CH1,CH2,CH3,CH4) and network nodes, wherein a plurality of the network nodes of the first weighting network are provided for a photodiode connection, characterized in that each node of said plurality of nodes of said first weighting network is connected via a photodiode to one of the nodes of the second weighting network. each node of said plurality of nodes of said first weighting network is connected via a photodiode to one of the nodes of the second weighting network.
A detector, comprising: a sound-emitting device; and a detection unit configured to detect a specific event, the sound-emitting device, comprising: a sound generation unit configured to generate sounds in a plurality of patterns having different tones in conformity with country standards; and a signal generation unit configured to transmit, to the sound generation unit, a signal corresponding to any of the plurality of patterns, the sound generation unit being configured to generate an alarm sound in a pattern according to the signal from the signal generation unit, and wherein the signal generation unit is configured to cause the sound generation unit to generate the alarm sound by transmitting the signal corresponding to any of the plurality of patterns when the detection unit detects the specific event. a sound-emitting device; and a detection unit configured to detect a specific event, the sound-emitting device, comprising: a sound generation unit configured to generate sounds in a plurality of patterns having different tones in conformity with country standards; and a signal generation unit configured to transmit, to the sound generation unit, a signal corresponding to any of the plurality of patterns, the sound generation unit being configured to generate an alarm sound in a pattern according to the signal from the signal generation unit, and wherein the signal generation unit is configured to cause the sound generation unit to generate the alarm sound by transmitting the signal corresponding to any of the plurality of patterns when the detection unit detects the specific event. a sound generation unit configured to generate sounds in a plurality of patterns having different tones in conformity with country standards; and a signal generation unit configured to transmit, to the sound generation unit, a signal corresponding to any of the plurality of patterns, the sound generation unit being configured to generate an alarm sound in a pattern according to the signal from the signal generation unit, and wherein the signal generation unit is configured to cause the sound generation unit to generate the alarm sound by transmitting the signal corresponding to any of the plurality of patterns when the detection unit detects the specific event.
A method for optimizing a search by a query, comprising: partitioning the query into one or more optimization blocks; creating a subplan for a given optimization block; and selecting an optimization algorithm for the subplan, wherein selecting the optimization algorithm comprises: determining a maximum estimated cost for executing an access plan generated for the subplan using an inexpensive algorithm from a pool of search space generation algorithms; comparing the maximum estimated cost of executing the subplan to a predefined threshold cost; selecting the inexpensive algorithm when the maximum estimated cost is less than the threshold cost; and if the maximum estimated cost is greater than the threshold cost: determining complexity of the subplan for the given optimization block; and selecting another algorithm (151b, 151c) from the pool of search space generation algorithms based on the complexity of the subplan and characteristics of the algorithm; and wherein the method further comprises optimizing the subplan by using the selected algorithm. partitioning the query into one or more optimization blocks; creating a subplan for a given optimization block; and selecting an optimization algorithm for the subplan, wherein selecting the optimization algorithm comprises: determining a maximum estimated cost for executing an access plan generated for the subplan using an inexpensive algorithm from a pool of search space generation algorithms; comparing the maximum estimated cost of executing the subplan to a predefined threshold cost; selecting the inexpensive algorithm when the maximum estimated cost is less than the threshold cost; and if the maximum estimated cost is greater than the threshold cost: determining complexity of the subplan for the given optimization block; and selecting another algorithm (151b, 151c) from the pool of search space generation algorithms based on the complexity of the subplan and characteristics of the algorithm; and wherein the method further comprises optimizing the subplan by using the selected algorithm. determining a maximum estimated cost for executing an access plan generated for the subplan using an inexpensive algorithm from a pool of search space generation algorithms; comparing the maximum estimated cost of executing the subplan to a predefined threshold cost; selecting the inexpensive algorithm when the maximum estimated cost is less than the threshold cost; and if the maximum estimated cost is greater than the threshold cost: determining complexity of the subplan for the given optimization block; and selecting another algorithm (151b, 151c) from the pool of search space generation algorithms based on the complexity of the subplan and characteristics of the algorithm; determining complexity of the subplan for the given optimization block; and selecting another algorithm (151b, 151c) from the pool of search space generation algorithms based on the complexity of the subplan and characteristics of the algorithm; and wherein the method further comprises optimizing the subplan by using the selected algorithm.
A composition for forming a hydrogen peroxide-based emulsion explosive which composition comprises; - an oxidizer-phase comprising at least 15% by weight of hydrogen peroxide and at least 15% by weight of water, - a fuel-phase comprising at least one oil type fuel, - an emulsifier, - at least one finely divided solid adsorbent which is included and dispersed in the fuel-phase, wherein the oxidizer-phase is discontinuously dispersed throughout the continuous fuel-phase. - an oxidizer-phase comprising at least 15% by weight of hydrogen peroxide and at least 15% by weight of water, - a fuel-phase comprising at least one oil type fuel, - an emulsifier, - at least one finely divided solid adsorbent which is included and dispersed in the fuel-phase, wherein
An axial turbomachine compressor (4; 6), especially a low-pressure compressor of an axial turbomachine, the compressor (4; 6) comprising: - a first vane with an intrados surface; - a second vane with an extrados surface facing the intrados surface of the first vane; - an inter-vane passage with a guiding surface which connects the intrados surface to the extrados surface and which has a main bulge and a main recess; the bulge being of convex shape, extending circumferentially from the extrados surface of the second vane, and comprising a vertex against the extrados surface, and the recess being of concave shape, extending circumferentially from the intrados surface of the first vane, and comprising a bottom against the intrados surface, characterized in that the guiding surface comprises an axisymmetric zone or a planar zone which extends axially through the inter-vane passage so as to separate the main recess from the main bulge. - a first vane with an intrados surface; - a second vane with an extrados surface facing the intrados surface of the first vane; - an inter-vane passage with a guiding surface which connects the intrados surface to the extrados surface and which has a main bulge and a main recess;
Dosing system (1', 1") for a liquid to viscous dosing material comprising an actuator system, that has at least one actuating element (29, 55) and a nozzle with an outlet opening, characterized in that the dosing system is realized so that, during a movement in closure direction, the actuating element (29, 57) is initially moved in a first partial movement such that the actuating element (29, 57) is separated from the closure element at an intended stop location, and subsequently strikes the closure element at the stop location and exerts an impulse on the closure element.
A recovery bag for recovering objects, in particular corpses, from the water, said recovery bag comprising a sheet that in use is formed into a tube with two tube ends (4, 5) with a closed tube end and a closable tube end allowing closure of said recovery bag after said recovery bag is filled with said object, characterized in that said sheet comprising two functionally parallel first edges comprising a openable longitudinal closure for connecting said two edges together in a closed seam for forming said tube with said openable closure running in a helix at least partially around said tube, said sheet comprising two parallel second edges forming said two tube ends (4, 5), said sheet further comprising at least one air chamber running from one second edge to the opposite second edge and functional parallel to a longitudinal axis of said tube, said sheet comprising an end closure for providing said closed tube end, and a closable tube end closure for closing said closable tube end, said sheet further comprising at least one water-permeable part having openings for allowing water to be drained after said recovery bag with said object is removed from the water.
A device for use in cardiopulmonary bypass, the device comprising a cannula (1; 2) configured to be positioned in at least one of a right atrium, a superior vena cava, or an inferior vena cava of a patient, the cannula having a first end, a second end, and a longitudinal axis extending between the first end and the second end, the cannula comprising: a first section at the first end, the first section comprising an outer wall and having at least one opening therethrough; a second section (30, 30') connected to the first section along the longitudinal axis, the second section (30; 30') comprising an outer wall and having at least one opening therethrough; and a third section connected to the second section (30; 30') along the longitudinal axis on a side of the second section (30; 30') opposite the first section, the third section comprising an outer wall and having at least one opening therethrough; wherein in a first configuration, the openings (11, 31) in each of the first section, the second section (30; 30'), and the third section are respectively open to inner spaces defined by the first section, the second section (30; 30'), and the third section; characterized in that, in a second configuration, the at least one opening in the second section (30; 30') is occluded by the device to restrict communication with the inner space defined by the second section (30; 30', while the openings in the first section and the third section remain open to the inner spaces defined by the first section and the third section, respectively. a first section at the first end, the first section comprising an outer wall and having at least one opening therethrough; a second section (30, 30') connected to the first section along the longitudinal axis, the second section (30; 30') comprising an outer wall and having at least one opening therethrough; and a third section connected to the second section (30; 30') along the longitudinal axis on a side of the second section (30; 30') opposite the first section, the third section comprising an outer wall and having at least one opening therethrough; wherein in a first configuration, the openings (11, 31) in each of the first section, the second section (30; 30'), and the third section are respectively open to inner spaces defined by the first section, the second section (30; 30'), and the third section; characterized in that, in a second configuration, the at least one opening in the second section (30; 30') is occluded by the device to restrict communication with the inner space defined by the second section (30; 30', while the openings in the first section and the third section remain open to the inner spaces defined by the first section and the third section, respectively.