mhurhangee/ep-ind-claims huggingface dataset:
A braking system for an aircraft wheel, comprising: first and second brake rotor discs (20a, 20b) axially spaced along an axis and rotationally coupled to the wheel; a stator disc arranged axially between the first and second rotor discs (20a, 20b), wherein radially outer portions of the first and second rotor discs (20a, 20b) extend radially outwardly of the stator disc to define a gap between the radially outer portions of the first and second rotor discs (20a, 20b); and a heat shield mounted to at least one of the first and second rotor discs (20a, 20b) and extending at least partially over or into the gap, the heat shield comprising: a first heat shield mounted to the first rotor disc; and a second heat shield mounted to the second rotor disc, the first heat shield and the second heat shield both extending at least partially over or into the gap, wherein the first and second heat shields (34a, 34b) each comprise at least one axially extending fin (36a, 36b, 38a, 38b); characterised in that: respective fins (36a, 36b, 38a, 38b) of the first and second heat shields (20a, 20b) are arranged at different radial distances from the axis such that the fins (36a, 36b, 38a, 38b) may overlap axially during use of the braking system as the rotor discs (20a, 20b) and stator disc wear. first and second brake rotor discs (20a, 20b) axially spaced along an axis and rotationally coupled to the wheel; a stator disc arranged axially between the first and second rotor discs (20a, 20b), wherein radially outer portions of the first and second rotor discs (20a, 20b) extend radially outwardly of the stator disc to define a gap between the radially outer portions of the first and second rotor discs (20a, 20b); and a heat shield mounted to at least one of the first and second rotor discs (20a, 20b) and extending at least partially over or into the gap, the heat shield comprising: a first heat shield mounted to the first rotor disc; and a second heat shield mounted to the second rotor disc, the first heat shield and the second heat shield both extending at least partially over or into the gap, wherein the first and second heat shields (34a, 34b) each comprise at least one axially extending fin (36a, 36b, 38a, 38b); characterised in that: respective fins (36a, 36b, 38a, 38b) of the first and second heat shields (20a, 20b) are arranged at different radial distances from the axis such that the fins (36a, 36b, 38a, 38b) may overlap axially during use of the braking system as the rotor discs (20a, 20b) and stator disc wear. a first heat shield mounted to the first rotor disc; and a second heat shield mounted to the second rotor disc, the first heat shield and the second heat shield both extending at least partially over or into the gap, wherein the first and second heat shields (34a, 34b) each comprise at least one axially extending fin (36a, 36b, 38a, 38b);
A fabric holder comprising: a platen to hold a portion of a fabric to be printed, and a peripheral cover including a frame to sandwich the fabric between the platen and the frame, wherein the fabric holder is detachably attachable to a heating device that heats the fabric, the fabric holder being characterized in that the peripheral cover includes a heat insulator having a thermal conductivity lower than a thermal conductivity of the peripheral cover. a platen to hold a portion of a fabric to be printed, and a peripheral cover including a frame to sandwich the fabric between the platen and the frame, wherein the fabric holder is detachably attachable to a heating device that heats the fabric, the fabric holder being characterized in that the peripheral cover includes a heat insulator having a thermal conductivity lower than a thermal conductivity of the peripheral cover.
A computer program product comprising program code means for causing a data processing system to perform a method for planning, visualizing, and/or optimizing a dental restoration on at least a part of the pre-prepared teeth of a patient when said program code means are executed on the data processing system, wherein said method comprises the steps of: - providing at least one 3D digital model of at least a part of the pre-prepared teeth; - designing at least one dental restoration CAD model based on the 3D digital model of at least a part of the pre-prepared teeth; - providing at least one 3D digital model of at least a part of the prepared teeth, where the prepared teeth are provided by preparing the pre-prepared teeth by dental restorative work; and - aligning the 3D models of the pre-prepared and the prepared teeth. - providing at least one 3D digital model of at least a part of the pre-prepared teeth; - designing at least one dental restoration CAD model based on the 3D digital model of at least a part of the pre-prepared teeth; - providing at least one 3D digital model of at least a part of the prepared teeth, where the prepared teeth are provided by preparing the pre-prepared teeth by dental restorative work; and - aligning the 3D models of the pre-prepared and the prepared teeth.
A method for immobilizing living microorganisms comprising a step of disposing a solution, which contains microorganisms, as an electrolyte on the surface of a substrate at least one portion of which is an electrode, and applying a constant potential to the electrode to cause at least a portion of the microorganisms to attach to the surface of the portion of the substrate which is the electrode, characterized in that: the constant potential in step is greater than -0.5 V but not greater than -0.2 V (vs Ag/AgCl); and the electrolyte in step does not contain a source of nutrition for the microorganisms. the constant potential in step is greater than -0.5 V but not greater than -0.2 V (vs Ag/AgCl); and the electrolyte in step does not contain a source of nutrition for the microorganisms.
A refrigerator, comprising: at least one storage compartment defined by thermally-insulating walls (21, 22, 23, 5) of the refrigerator, wherein a back wall of said thermally-insulating walls has a channel suitable to receive a flow of air; at least one air-blowing duct configured to blow cold air from a source of cold air to said channel; the refrigerator being characterized in that the back wall has one or more shutters movable from a closed position, wherein they are aligned with it, to an open position, wherein they are arranged transverse to the channel and establish fluid communication between the latter and the storage compartment, and in that at least one heat conduction medium having a thermal conduction plate and thermal convection fins is associated with the back wall and arranged in the storage compartment, said thermal conduction plate being arranged together with thermal convection fins at a through span of the back wall, the overall configuration being such that, depending on the position of the shutters, cold air flowing through the channel of the back wall crosses it from an inlet to an outlet thereof thus contacting the thermal convection fins, or is diverted by one of the shutters and enters the storage compartment. at least one storage compartment defined by thermally-insulating walls (21, 22, 23, 5) of the refrigerator, wherein a back wall of said thermally-insulating walls has a channel suitable to receive a flow of air; at least one air-blowing duct configured to blow cold air from a source of cold air to said channel; the refrigerator being characterized in that the back wall has one or more shutters movable from a closed position, wherein they are aligned with it, to an open position, wherein they are arranged transverse to the channel and establish fluid communication between the latter and the storage compartment, and in that at least one heat conduction medium having a thermal conduction plate and thermal convection fins is associated with the back wall and arranged in the storage compartment, said thermal conduction plate being arranged together with thermal convection fins at a through span of the back wall, the overall configuration being such that, depending on the position of the shutters, cold air flowing through the channel of the back wall crosses it from an inlet to an outlet thereof thus contacting the thermal convection fins, or is diverted by one of the shutters and enters the storage compartment.
A waste recovery system for a floor surface maintenance machine comprising: a squeegee assembly having a reservoir integrally defined therein, the reservoir comprising a fluid trap portion therein and adapted to retain backflow waste, characterized in that the squeegee assembly is configured such that the reservoir is positioned at a clearance distance from the floor surface in a direction normal to the floor surface such that the reservoir forms the lowest portion of the waste recovery system in the direction normal to the floor surface.
Method for detecting abnormal behaviour of traffic transmitted by at least one mobile terminal in a radiocommunication network, said method comprising the following steps in a device included in a location register of the radiocommunication network: during at least one predetermined time interval, incrementing an authentication count assigned to the mobile terminal when security data are transmitted from the location register to an intermediate register in order to authenticate the mobile terminal, the security data being authentication vectors and the authentication count being incremented by one unit for each authentication vector transmitted, and comparing the authentication count with a predefined threshold in order to detect abnormal behaviour of the traffic transmitted by the mobile terminal if the authentication count exceeds the predefined threshold. during at least one predetermined time interval, incrementing an authentication count assigned to the mobile terminal when security data are transmitted from the location register to an intermediate register in order to authenticate the mobile terminal, the security data being authentication vectors and the authentication count being incremented by one unit for each authentication vector transmitted, and comparing the authentication count with a predefined threshold in order to detect abnormal behaviour of the traffic transmitted by the mobile terminal if the authentication count exceeds the predefined threshold.
A marine threat monitoring method for a target marine structure, comprising: identifying one or more marine obstacles, by one or more servers, in a vicinity of the target marine structure as the target marine structure conducts set operations in a body of water, comprising obtaining information, by communication equipment (22, 32,42, 52), about the one or more marine obstacles; monitoring the position, by one or more servers, of the one or more identified marine obstacles over time relative to the target marine structure; predicting a threat, by one or more servers, to the target marine structure and/or set operation based on the monitored position of the one or more identified marine obstacles by determining an attribute of the one or more marine obstacles of the threat and comparing the determined attribute to a structural limitation of the target marine structure and/or set operation, wherein the structural limitation comprises a threshold of an impact sustainable by the target marine structure from the one or more marine obstacles, a time interval required to cease the set operation of the target marine structure, a time interval to move the target marine structure from the threat of one or more marine obstacles and/or a time interval to evacuate personnel from the target marine structure; planning a response, by one or more servers, to the predicted threat to the target marine structure and/or set operation by the one or more identified marine obstacles; and presenting the response to at least one user and/or implementing the response. identifying one or more marine obstacles, by one or more servers, in a vicinity of the target marine structure as the target marine structure conducts set operations in a body of water, comprising obtaining information, by communication equipment (22, 32,42, 52), about the one or more marine obstacles; monitoring the position, by one or more servers, of the one or more identified marine obstacles over time relative to the target marine structure; predicting a threat, by one or more servers, to the target marine structure and/or set operation based on the monitored position of the one or more identified marine obstacles by determining an attribute of the one or more marine obstacles of the threat and comparing the determined attribute to a structural limitation of the target marine structure and/or set operation, wherein the structural limitation comprises a threshold of an impact sustainable by the target marine structure from the one or more marine obstacles, a time interval required to cease the set operation of the target marine structure, a time interval to move the target marine structure from the threat of one or more marine obstacles and/or a time interval to evacuate personnel from the target marine structure; planning a response, by one or more servers, to the predicted threat to the target marine structure and/or set operation by the one or more identified marine obstacles; and presenting the response to at least one user and/or implementing the response.
An electromagnetic wave detecting apparatus comprising: a plurality of detecting devices each of which is configured to detect a terahertz wave or a millimeter wave and to include an element having nonlinearity in current-voltage characteristics; a voltage applying device configured to periodically apply a bias voltage whose voltage value changes with time within a predetermined period to each of said plurality of detecting devices; an obtaining device configured to sample a detection signal outputted from each of said plurality of detecting devices and detect an intensity of the terahertz wave or millimeter wave; and a setting device configured to set a sampling timing at which the obtaining device samples the detection signal for each of said plurality of detecting devices, on the basis of the bias voltage, which is applied to each of said plurality of detecting devices during the predetermined period, and the detection signal outputted from each of said plurality of detecting devices during the predetermined period. a plurality of detecting devices each of which is configured to detect a terahertz wave or a millimeter wave and to include an element having nonlinearity in current-voltage characteristics; a voltage applying device configured to periodically apply a bias voltage whose voltage value changes with time within a predetermined period to each of said plurality of detecting devices; an obtaining device configured to sample a detection signal outputted from each of said plurality of detecting devices and detect an intensity of the terahertz wave or millimeter wave; and a setting device configured to set a sampling timing at which the obtaining device samples the detection signal for each of said plurality of detecting devices, on the basis of the bias voltage, which is applied to each of said plurality of detecting devices during the predetermined period, and the detection signal outputted from each of said plurality of detecting devices during the predetermined period.
A speed reducer comprising: a pair of worm shafts having teeth angled in opposite directions to each other, the worm shafts being arranged parallel to each other and being configured to be rotated in a same direction as each other by a driving unit; a driven shaft mounted between the worm shafts so as to extend in a direction perpendicular to the worm shafts; a pair of ring gears mounted so as to face each other, with the worm shafts interposed therebetween, the ring gears being fixed to the driven shaft; a plurality worm wheels configured to mesh with the outer sides of the corresponding worm shafts, the worm wheel having shaft gears formed at both sides thereof so as to mesh with the ring gears; and a rotary member connected to the driven shaft to output rotational force with a speed reduced, characterized in that the speed reducer further comprises: an auxiliary speed reduction unit provided at the driven shaft, wherein rotational force is transmitted to the rotary member, with a speed reduced, by the auxiliary speed reduction unit, and characterized in that the auxiliary speed reduction unit is configured as a harmonic gear. a pair of worm shafts having teeth angled in opposite directions to each other, the worm shafts being arranged parallel to each other and being configured to be rotated in a same direction as each other by a driving unit; a driven shaft mounted between the worm shafts so as to extend in a direction perpendicular to the worm shafts; a pair of ring gears mounted so as to face each other, with the worm shafts interposed therebetween, the ring gears being fixed to the driven shaft; a plurality worm wheels configured to mesh with the outer sides of the corresponding worm shafts, the worm wheel having shaft gears formed at both sides thereof so as to mesh with the ring gears; and a rotary member connected to the driven shaft to output rotational force with a speed reduced, characterized in that an auxiliary speed reduction unit provided at the driven shaft, wherein rotational force is transmitted to the rotary member, with a speed reduced, by the auxiliary speed reduction unit,
Dishwashing machine comprising: an outer casing which is provided with an inner washing cavity adapted to accommodate at least one dishwasher rack; a number of nozzles adapted to direct corresponding jets of liquid towards a dishwasher rack momentarily located inside said inner washing cavity; at least one catchment sink assembly which is located on the bottom of said inner washing cavity so as to collect and accumulate the liquid trickling down from a dishwasher rack momentarily located above said catchment sink assembly; and at least one pump that sucks the liquid from said catchment sink assembly and feeds said liquid to the nozzles with a given pressure; said catchment sink assembly comprising: a basin-shaped catchment tank; a drain sump which extends downwards from the bottom of said catchment tank and directly communicates with the inside of the catchment tank so as to receive by gravity the liquid arriving on the bottom of the catchment tank, the dishwashing machine being characterized by comprising a tubular member (23, 123) which communicates with the catchment tank and is fitted in detachable manner into a corresponding tubular outlet portion formed in the drain sump, so as to divide the inner volume of the drain sump into a first inner-volume portion directly connected to a water drain line of the dishwashing machine, and a second inner-volume portion directly connected to the suction of said pump. said catchment sink assembly comprising: a basin-shaped catchment tank; a drain sump which extends downwards from the bottom of said catchment tank and directly communicates with the inside of the catchment tank so as to receive by gravity the liquid arriving on the bottom of the catchment tank, the dishwashing machine being characterized by comprising a tubular member (23, 123) which communicates with the catchment tank and is fitted in detachable manner into a corresponding tubular outlet portion formed in the drain sump, so as to divide the inner volume of the drain sump into a first inner-volume portion directly connected to a water drain line of the dishwashing machine, and a second inner-volume portion directly connected to the suction of said pump.
A layered structure, in particular for production of apparel (50, 70), - comprising at least a first layer and a second layer (20, 22), the second layer including at least a barrier layer, which is water vapor permeable and liquid impermeable, - comprising a bonding substance disposed between the barrier layer and the first layer to create a bond between the barrier layer and the first layer, wherein the bonding substance is partially disposed between the barrier layer and the first layer so that the bonding substance is distributed unevenly and only located at certain locations on the surface area of the first and/or second layers and does not cover the entire surface area of the first and/or second layers, - wherein the bonding substance includes at least one component which is configured such that it has, at 25°C, a shear modulus of not more than 3 x 10 5 Pa in accordance with the Dahlquist criterion. - comprising at least a first layer and a second layer (20, 22), the second layer including at least a barrier layer, which is water vapor permeable and liquid impermeable, - comprising a bonding substance disposed between the barrier layer and the first layer to create a bond between the barrier layer and the first layer, wherein the bonding substance is partially disposed between the barrier layer and the first layer so that the bonding substance is distributed unevenly and only located at certain locations on the surface area of the first and/or second layers and does not cover the entire surface area of the first and/or second layers, - wherein the bonding substance includes at least one component which is configured such that it has, at 25°C, a shear modulus of not more than 3 x 10 5 Pa in accordance with the Dahlquist criterion.
A gas analyzer for measuring at least two components of a gas comprising: an emitter for being able to emit infrared radiation through said gas; a filter assembly for allowing a transmission of predetermined wavelengths emitted by said emitter, said filter assembly comprising a tunable narrowband interference filter (33, 43); and a detector for receiving wavelengths emitted by said emitter and penetrated through said filter assembly, said detector being the only one to measure gases at multiple wavelengths, characterized in that said filter assembly comprises at least two tunable narrowband interference filters (33, 43) in series, each of said filters comprising two dielectric mirrors (35, 36 and 45, 46) having a design wavelength, the design wavelength of the dielectric mirrors of one of said filters being different from the design wavelength of the dielectric mirrors of another of said filters, and an air space (34, 44) between said two dielectric mirrors to tune one of said filters to different transmission band than another of said filters. an emitter for being able to emit infrared radiation through said gas; a filter assembly for allowing a transmission of predetermined wavelengths emitted by said emitter, said filter assembly comprising a tunable narrowband interference filter (33, 43); and a detector for receiving wavelengths emitted by said emitter and penetrated through said filter assembly, said detector being the only one to measure gases at multiple wavelengths, characterized in that said filter assembly comprises at least two tunable narrowband interference filters (33, 43) in series, each of said filters comprising two dielectric mirrors (35, 36 and 45, 46) having a design wavelength, the design wavelength of the dielectric mirrors of one of said filters being different from the design wavelength of the dielectric mirrors of another of said filters, and an air space (34, 44) between said two dielectric mirrors to tune one of said filters to different transmission band than another of said filters.