mhurhangee/ep-ind-claims huggingface dataset:
Module for an underwater modular structure comprising a plurality of mutually compatible modules wherein a labyrinth is at least in part defined by outer contours and/or inner contours of the plurality of modules to force incoming water to pass through the labyrinth, wherein the module has an elongate form and comprises: - connector insertion openings configured to receive a connector in the form of an elongate member therethrough, wherein: - a connector insertion opening is arranged at each end of the module and equidistant along its sides; - at least one of the connector insertion openings is inwardly tapered to define a guide for connector insertion into the module; and - at least one of the connector insertion openings is outwardly protruding, wherein the inwardly tapered connector insertion opening and the outwardly protruding connector insertion opening are arranged on opposite sides of the module to mutually extend the guide defined by the inwardly tapered connector insertion opening to guide the connector out of the module; and - a tortuous path in the form of tunnels further defining the labyrinth internal to the module comprising a plurality of interconnected inlets and outlets which comprise the connector insertion openings. - connector insertion openings configured to receive a connector in the form of an elongate member therethrough, wherein: - a connector insertion opening is arranged at each end of the module and equidistant along its sides; - at least one of the connector insertion openings is inwardly tapered to define a guide for connector insertion into the module; and - at least one of the connector insertion openings is outwardly protruding, wherein the inwardly tapered connector insertion opening and the outwardly protruding connector insertion opening are arranged on opposite sides of the module to mutually extend the guide defined by the inwardly tapered connector insertion opening to guide the connector out of the module; and - a connector insertion opening is arranged at each end of the module and equidistant along its sides; - at least one of the connector insertion openings is inwardly tapered to define a guide for connector insertion into the module; and - at least one of the connector insertion openings is outwardly protruding, wherein the inwardly tapered connector insertion opening and the outwardly protruding connector insertion opening are arranged on opposite sides of the module to mutually extend the guide defined by the inwardly tapered connector insertion opening to guide the connector out of the module; and - a tortuous path in the form of tunnels further defining the labyrinth internal to the module comprising a plurality of interconnected inlets and outlets which comprise the connector insertion openings.
An electric motor configured to come into contact with a lubricating medium, the electric motor comprising: - a housing defining an interior and exterior of the electric motor, the housing comprising a first end shield with a shaft opening, - a shaft extending through the shaft opening such that a gap between the shaft opening and the shaft results, - a first seal between the first end shield and the shaft for preventing the lubricating medium from entering the interior of the electric motor through the gap, the first seal comprising at least one sealing lip (200, 210) configured to rest against the shaft or against the first end shield in a dynamic manner, and - a second seal between the first end shield and the shaft for preventing the lubricating medium from entering the interior of the electric motor through the gap, the second seal comprising at least one sealing lip configured to rest against the shaft or against the first end shield in a dynamic manner, and that the electric motor further comprises a drainage conduit with a drainage opening between the first and second seals (100, 110), characterized in that the electric motor further comprises a plug closing the drainage conduit, the plug being configured to indicate a leakage of the lubricating medium. - a housing defining an interior and exterior of the electric motor, the housing comprising a first end shield with a shaft opening, - a shaft extending through the shaft opening such that a gap between the shaft opening and the shaft results, - a first seal between the first end shield and the shaft for preventing the lubricating medium from entering the interior of the electric motor through the gap, the first seal comprising at least one sealing lip (200, 210) configured to rest against the shaft or against the first end shield in a dynamic manner, and - a second seal between the first end shield and the shaft for preventing the lubricating medium from entering the interior of the electric motor through the gap, the second seal comprising at least one sealing lip configured to rest against the shaft or against the first end shield in a dynamic manner, and that the electric motor further comprises a drainage conduit with a drainage opening between the first and second seals (100, 110),
A coating composition, comprising: a cellulose nanomaterial in an amount ranging from 0.1% w/w wet basis to 1% w/w wet basis; and an emulsion system, comprising an oleic acid and a sucrose ester of a fatty acid, wherein the oleic acid is present in an amount ranging from 0.1% w/w wet basis to 5% w/w wet basis and the sucrose ester of a fatty acid is present in an amount ranging from 0.1% w/w wet basis to 2% w/w wet basis; wherein the cellulose nanomaterial comprises cellulose nanofibrils. a cellulose nanomaterial in an amount ranging from 0.1% w/w wet basis to 1% w/w wet basis; and an emulsion system, comprising an oleic acid and a sucrose ester of a fatty acid, wherein the oleic acid is present in an amount ranging from 0.1% w/w wet basis to 5% w/w wet basis and the sucrose ester of a fatty acid is present in an amount ranging from 0.1% w/w wet basis to 2% w/w wet basis; wherein the cellulose nanomaterial comprises cellulose nanofibrils.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, configuration information for configuring a phase-tracking reference signal, RS, based on a radio resource control, RRC, signaling; receiving, from the base station, downlink control information, DCI, for a physical downlink shared channel, PDSCH, wherein the DCI includes a modulation and coding scheme, MCS, for the UE; identifying a presence and a pattern of the phase-tracking RS based on the configuration information and the DCI; and receiving, from the base station, the phase-tracking RS based on the presence and the pattern of the phase-tracking RS, wherein the pattern of the phase-tracking RS is configured with a time density of the phase-tracking RS and a frequency density of the phase-tracking RS, and wherein the presence and the pattern of the phase-tracking RS is identified based on a comparison of the MCS in the DCI with an MCS threshold. receiving, from a base station, configuration information for configuring a phase-tracking reference signal, RS, based on a radio resource control, RRC, signaling; receiving, from the base station, downlink control information, DCI, for a physical downlink shared channel, PDSCH, wherein the DCI includes a modulation and coding scheme, MCS, for the UE; identifying a presence and a pattern of the phase-tracking RS based on the configuration information and the DCI; and receiving, from the base station, the phase-tracking RS based on the presence and the pattern of the phase-tracking RS, wherein the pattern of the phase-tracking RS is configured with a time density of the phase-tracking RS and a frequency density of the phase-tracking RS, and wherein the presence and the pattern of the phase-tracking RS is identified based on a comparison of the MCS in the DCI with an MCS threshold.
A method for manufacturing a composition consisting of brewer's spent grains and polylactic acid, comprising the following steps: a step a of providing a raw material containing brewer's spent grains; a step b of providing a raw material containing polylactic acid; and a step c of mixing the brewer's spent grains with the polylactic acid at a specific proportion; characterized in that the step a includes a pretreatment unit which uses a dehydration process, a desiccation process, a drying process, a grinding process and a sieving process to process the brewer's spent grains into brewer's spent grains which have a length-to-diameter ratio of 7.6 to 10.2 and a moisture content of the brewer's spent grains is controlled at 2% to 5%. a step a of providing a raw material containing brewer's spent grains; a step b of providing a raw material containing polylactic acid; and a step c of mixing the brewer's spent grains with the polylactic acid at a specific proportion; characterized in that the step a includes a pretreatment unit which uses a dehydration process, a desiccation process, a drying process, a grinding process and a sieving process to process the brewer's spent grains into brewer's spent grains which have a length-to-diameter ratio of 7.6 to 10.2 and a moisture content of the brewer's spent grains is controlled at 2% to 5%.
A catalyst layer for use in a membrane electrode assembly for a proton exchange membrane fuel cell, the catalyst layer comprising: (i) a platinum-containing electrocatalyst; (ii) an oxygen evolution reaction electrocatalyst which does not comprise platinum; (iii) one or more carbonaceous materials selected from the group consisting of graphite, nanofibres, nanotubes, nanographene platelets and low surface area, heat-treated carbon blacks; and (iv) proton-conducting polymer; wherein the platinum-containing electrocatalyst is unsupported, supported on a non-carbonaceous support or supported on the oxygen evolution reaction electrocatalyst; wherein the one or more carbonaceous materials have a BET surface area of less than 100m 2 /g.
An amusement park tracking and control system for evaluating a position of one or more persons in a guest attraction area, comprising: a plurality of retro-reflective markers positioned within the guest attraction area, wherein the plurality of retro-reflective markers are positioned on a floor of the guest attraction area, a wall of the guest attraction area or a combination of both; an emission subsystem configured to emit electromagnetic radiation toward the plurality of retro-reflective markers; a detection subsystem configured to detect reflection of electromagnetic radiation from the plurality of retro-reflective markers resulting from electromagnetic radiation emission by the emission subsystem; and a control system communicatively coupled to the detection subsystem and comprising processing circuitry configured to monitor the reflection from the plurality of retro-reflective markers and evaluate a position of one or more persons in the guest attraction area using the identification of one or more occluded retro-reflective markers in the monitored reflection, wherein the evaluation comprises comparing a pattern of reflection observed in the monitored reflection with a stored pattern of reflection to identify which of the plurality of retro-reflective markers are occluded. a plurality of retro-reflective markers positioned within the guest attraction area, wherein the plurality of retro-reflective markers are positioned on a floor of the guest attraction area, a wall of the guest attraction area or a combination of both; an emission subsystem configured to emit electromagnetic radiation toward the plurality of retro-reflective markers; a detection subsystem configured to detect reflection of electromagnetic radiation from the plurality of retro-reflective markers resulting from electromagnetic radiation emission by the emission subsystem; and a control system communicatively coupled to the detection subsystem and comprising processing circuitry configured to monitor the reflection from the plurality of retro-reflective markers and evaluate a position of one or more persons in the guest attraction area using the identification of one or more occluded retro-reflective markers in the monitored reflection, wherein the evaluation comprises comparing a pattern of reflection observed in the monitored reflection with a stored pattern of reflection to identify which of the plurality of retro-reflective markers are occluded.
A method for the manufacture of a membrane having gas-permeable windows, the method comprising the following steps: - manufacturing a first plate from silicon, - forming recesses or passages in the first plate, - applying a second silicon plate comprising a selectively gas-permeable layer of a silicon material onto the first plate, - forming recesses (22, 40) in the second plate, wherein the recesses in the second plate are at least partially overlapping with the recesses in the first plate, such that both plates (10, 20) form a membrane body with windows that each include the selectively gas-permeable layer. - manufacturing a first plate from silicon, - forming recesses or passages in the first plate, - applying a second silicon plate comprising a selectively gas-permeable layer of a silicon material onto the first plate, - forming recesses (22, 40) in the second plate, wherein the recesses in the second plate are at least partially overlapping with the recesses in the first plate, such that both plates (10, 20) form a membrane body with windows that each include the selectively gas-permeable layer.
A powder formed of fused grains of zirconia comprising yttrium, said grains exhibiting the following chemical analysis, as percentage by weight on the basis of the oxides: - ZrO 2 + HfO 2: remainder to 100%, the content of HfO 2 being less than 2.0%; - 11.8% ≤ Y 2 O 3 ≤ 18.6%; - 0.07% ≤ Al 2 O 3 ≤ 1.8%; - TiO 2 < 0.6%, provided that 0.5 x Al 2 O 3 - 0.3% ≤ TiO 2 if 0.6% < Al 2 O 3; - other oxides: ≤ 2.0%. - ZrO 2 + HfO 2: remainder to 100%, the content of HfO 2 being less than 2.0%; - 11.8% ≤ Y 2 O 3 ≤ 18.6%; - 0.07% ≤ Al 2 O 3 ≤ 1.8%; - TiO 2 < 0.6%, provided that 0.5 x Al 2 O 3 - 0.3% ≤ TiO 2 if 0.6% < Al 2 O 3; - other oxides: ≤ 2.0%.
A method for controlling a plurality of light sources, comprising: detecting user input provided to control light emitted by a first light source of the plurality of light sources; determining one or more attributes of the user input; based on the one or more attributes of the user input, selecting a first lighting scene from a plurality of lighting scenes implementable at least in part by multiple light sources of the plurality of light sources other than the first light source; and implementing the selected first lighting scene at least in part on two or more light sources of the plurality of light sources other than the first light source; the method characterized in that it further comprises: determining a context in which the user input is detected, the context comprising a time of day at which the user input was provided, location, user identity or already-implemented lighting scene; and wherein the selecting of the first lighting scene from the plurality of lighting scenes is further based at least on the context in which the user input is detected. detecting user input provided to control light emitted by a first light source of the plurality of light sources; determining one or more attributes of the user input; based on the one or more attributes of the user input, selecting a first lighting scene from a plurality of lighting scenes implementable at least in part by multiple light sources of the plurality of light sources other than the first light source; and implementing the selected first lighting scene at least in part on two or more light sources of the plurality of light sources other than the first light source; the method characterized in that it further comprises: determining a context in which the user input is detected, the context comprising a time of day at which the user input was provided, location, user identity or already-implemented lighting scene; and wherein the selecting of the first lighting scene from the plurality of lighting scenes is further based at least on the context in which the user input is detected. determining a context in which the user input is detected, the context comprising a time of day at which the user input was provided, location, user identity or already-implemented lighting scene; and wherein the selecting of the first lighting scene from the plurality of lighting scenes is further based at least on the context in which the user input is detected.
An electronic device, comprising a rotating shaft mechanism, two main body parts, and a flexible screen, wherein the rotating shaft mechanism comprises a base and a shaft cover, both the two main body parts are rotatably connected to the base, so that the two main body parts are folded or unfolded relative to each other, and in a direction parallel to a rotating shaft direction, a distance between the base and the main body part is not greater than a distance between the shaft cover and the main body part, wherein the base comprises a main body and a protruding part extending outward from a partial area of an end part of the main body, and at least a part of the protruding part extends to a location between the shaft cover and the main body part, or an outer end of the protruding part is flush with an outer wall of the shaft cover.
A vehicle lamp, comprising: a first lamp unit that includes a light source, a driving unit, and a reflective body that is driven by the driving unit to repeat a periodic motion and thus scans an exit beam from the light source; and a controlling unit for controlling the first lamp unit, characterized in that the controlling unit is arranged to immediately stop the emission of a beam, and to instruct that the driving unit be driven until a first duration has passed, and stop driving the driving unit after the first duration has passed, in a case where the controlling unit has received an illumination instruction instructing the first lamp unit to emit a beam and then received a stop instruction instructing the first lamp unit to stop emitting a beam. a first lamp unit that includes a light source, a driving unit, and a reflective body that is driven by the driving unit to repeat a periodic motion and thus scans an exit beam from the light source; and a controlling unit for controlling the first lamp unit, characterized in that the controlling unit is arranged to immediately stop the emission of a beam, and to instruct that the driving unit be driven until a first duration has passed, and stop driving the driving unit after the first duration has passed, in a case where the controlling unit has received an illumination instruction instructing the first lamp unit to emit a beam and then received a stop instruction instructing the first lamp unit to stop emitting a beam.
Process for making a complexing agent with an enantiomeric excess of at least 60%, wherein said process comprises the following steps: (a) reacting an aqueous slurry of alanine with an enantiomeric excess of at least 60% with formaldehyde and hydrocyanic acid, thereby forming an aqueous solution of alanine-bisacetonitrile, (b) saponifying the alanine-bisacetonitrile from step (a) by combining the aqueous solution obtained in step (a) with an aqueous solution of alkali metal hydroxide. (a) reacting an aqueous slurry of alanine with an enantiomeric excess of at least 60% with formaldehyde and hydrocyanic acid, thereby forming an aqueous solution of alanine-bisacetonitrile, (b) saponifying the alanine-bisacetonitrile from step (a) by combining the aqueous solution obtained in step (a) with an aqueous solution of alkali metal hydroxide.
An anti-fatigue mat, said mat being made from a first material having a first coefficient of friction providing nonslip characteristics when used on a floor during standing or walking over the mat, characterized in that, at least one activation pad is attached to said mat, said activation pad being made from a second material having a second coefficient of friction that is lower than said first coefficient of friction in relation to a common surface, and being configured to allow lateral movement of the mat on a floor by placing a foot on the mat at the spot above the activation pad's location and applying pressure both downward and laterally. said mat being made from a first material having a first coefficient of friction providing nonslip characteristics when used on a floor during standing or walking over the mat, characterized in that, at least one activation pad is attached to said mat, said activation pad being made from a second material having a second coefficient of friction that is lower than said first coefficient of friction in relation to a common surface, and being configured to allow lateral movement of the mat on a floor by placing a foot on the mat at the spot above the activation pad's location and applying pressure both downward and laterally.
A method comprising: (a) receiving a plurality of positioning reference signals, PRSs, from a plurality of base stations by a user equipment, UE, in a mobile communications network, wherein the plurality of base stations include a serving base station and two neighboring base stations; (b) estimating a plurality of line-of-sight, LOS, paths and corresponding indexes of the PRSs for time of arrival, TOA, and time difference of arrival, TDOA, measurements; (c) estimating an elevation angle of departure of the UE based on the estimated LOS paths of the PRS from the serving base station, wherein the PRS from the serving base station is applied with distinct beamforming vectors for multiple orthogonal frequency division multiplexing, OFDM, symbols using multiple antennas, and wherein the LOS path of the PRS from the serving base station is related to the beamforming vector and an antenna response that is associated with the elevation angle of departure of the UE; and (d) calculating a UE position based on the TOA/TDOA measurements and the elevation angle of departure if the UE knows the plurality of base stations positions. (a) receiving a plurality of positioning reference signals, PRSs, from a plurality of base stations by a user equipment, UE, in a mobile communications network, wherein the plurality of base stations include a serving base station and two neighboring base stations; (b) estimating a plurality of line-of-sight, LOS, paths and corresponding indexes of the PRSs for time of arrival, TOA, and time difference of arrival, TDOA, measurements; (c) estimating an elevation angle of departure of the UE based on the estimated LOS paths of the PRS from the serving base station, wherein the PRS from the serving base station is applied with distinct beamforming vectors for multiple orthogonal frequency division multiplexing, OFDM, symbols using multiple antennas, and wherein the LOS path of the PRS from the serving base station is related to the beamforming vector and an antenna response that is associated with the elevation angle of departure of the UE; and (d) calculating a UE position based on the TOA/TDOA measurements and the elevation angle of departure if the UE knows the plurality of base stations positions.