mhurhangee/ep-ind-claims huggingface dataset:
A method in a fixed mobile convergence system, the method comprising: analyzing at least one rule set associated with at least one user profile, the user profile associated with at least one mobile device supporting more than one line, each line offering one or more transports and options for establishing a telephone call to or from the device; determining a context-specific real-time usage mode based on the analysis, the context-specific real-time usage mode including selections of: one of the lines supported by the mobile device, a transport for the selected line, and establishment options for the selected line; and establishing a call between the mobile device and a telephony endpoint, either incoming or outgoing, based on the determined context-specific real-time usage mode. analyzing at least one rule set associated with at least one user profile, the user profile associated with at least one mobile device supporting more than one line, each line offering one or more transports and options for establishing a telephone call to or from the device; determining a context-specific real-time usage mode based on the analysis, the context-specific real-time usage mode including selections of: one of the lines supported by the mobile device, a transport for the selected line, and establishment options for the selected line; and establishing a call between the mobile device and a telephony endpoint, either incoming or outgoing, based on the determined context-specific real-time usage mode.
Method of protecting a user of a light system comprising more than two illuminants (L1-L6), at least one light sensor, and at least one coding unit from glare from at least one of the illuminants (L1-L6), comprising the steps of: - creating a respective, different coding for light (M1 - M6) of the individual illuminants (L1 - L6) by the at least one coding unit, - detecting glare (M2X) from at least one of the illuminants (L1 - L6) by the at least one light sensor, characterized by the steps: - assigning the detected glare (M2X) to the at least one associated illuminant on the basis of the different coding of the light for the corresponding illuminant, and - adjusting the at least one associated illuminant to protect the user from the detected glare (M2X). - creating a respective, different coding for light (M1 - M6) of the individual illuminants (L1 - L6) by the at least one coding unit, - detecting glare (M2X) from at least one of the illuminants (L1 - L6) by the at least one light sensor, characterized by the steps: - assigning the detected glare (M2X) to the at least one associated illuminant on the basis of the different coding of the light for the corresponding illuminant, and - adjusting the at least one associated illuminant to protect the user from the detected glare (M2X).
A recombinant AAV vector comprising a transgene encoding acid beta glucosidase for use in a method of treating Gaucher disease in a subject, wherein the method comprises administering the recombinant AAV vector to at least one ventricle of the brain, whereby said transgene is expressed in a therapeutically effective amount, wherein the recombinant AAV vector is an AAV4 or AAV5 vector, wherein the expressed acid beta glucosidase is delivered to the central nervous system and affected visceral organs, and wherein the subject is a mammal.
A processing method for automatically setting an Internet access mode, comprising: separately sending a Point-to-Point Protocol over Ethernet PPPoE request message and a Dynamic Host Configuration Protocol DHCP request message; if a DHCP response message corresponding to the DHCP request message is received first within a set time, determining that the Internet access mode is a DHCP mode; characterised in that if a PPPoE response message corresponding to the PPPoE request message is received later within the set time, determining that the Internet access mode switches from the DHCP mode to a PPPoE mode. separately sending a Point-to-Point Protocol over Ethernet PPPoE request message and a Dynamic Host Configuration Protocol DHCP request message; if a DHCP response message corresponding to the DHCP request message is received first within a set time, determining that the Internet access mode is a DHCP mode;
Ceiling suspension arrangement exhibiting at least one crawler type ceiling unit and a ceiling structure extending in at least two spatial directions (x, y), wherein the ceiling structure comprises a plurality of profile units (1.1) extending in a first spatial direction (x), wherein the ceiling structure defines at least one structural regularity in a second spatial direction (y); and wherein the crawler type ceiling unit exhibits a plurality of suspension elements (13, 13a, 13b) configured for suspending the ceiling unit and configured for coupling the crawler type ceiling unit to the ceiling structure by means of de-/coupling kinematics depending on a relative motion of the crawler type ceiling unit with respect to the ceiling structure in at least said second spatial direction, wherein the crawler type ceiling unit exhibits at least two circumferential tracks (12, 12a, 12b), wherein the suspension elements (13, 13a, 13b) are attached to the circumferential tracks (12, 12a, 12b) at predefined longitudinal positions corresponding to the structural regularity, wherein the circumferential tracks (12, 12a, 12b) respectively define a specific path of circumferential motion of the respective suspension elements (13, 13a, 13b), thereby providing for de-/coupling kinematics during a motion of the crawler type ceiling unit in said second spatial direction, especially with the crawler type ceiling unit being configured to be moved in said first spatial direction along the profile units (1.1) irrespective of momentary motion in said second spatial direction.
A method of outputting a combined disconnectable external battery alarm for an implantable blood pump, the method comprising: determining a status of a first disconnectable external battery for the implantable blood pump assembly; determining a status of a second disconnectable external battery for the implantable blood pump assembly, the second disconnectable external battery being different from the first disconnectable external battery; and outputting a combined disconnectable external battery alarm based on the statuses of the first and second disconnectable external batteries, wherein each of the status of the first disconnectable external battery and the status of the second disconnectable external battery is selected from: (a) a first status indicative of a relative state of charge being between a first threshold and a full state of charge for the respective disconnectable external battery; (b) a second status indicative of a relative state of charge being between the first threshold and a second threshold lower than the first threshold; (c) a third status indicative of a relative state of charge being below the second threshold; (d) a fourth status indicative of the disconnectable external battery being unknown; and (e) a fifth status indicative of a power cable disconnect. determining a status of a first disconnectable external battery for the implantable blood pump assembly; determining a status of a second disconnectable external battery for the implantable blood pump assembly, the second disconnectable external battery being different from the first disconnectable external battery; and outputting a combined disconnectable external battery alarm based on the statuses of the first and second disconnectable external batteries, wherein each of the status of the first disconnectable external battery and the status of the second disconnectable external battery is selected from: (a) a first status indicative of a relative state of charge being between a first threshold and a full state of charge for the respective disconnectable external battery; (b) a second status indicative of a relative state of charge being between the first threshold and a second threshold lower than the first threshold; (c) a third status indicative of a relative state of charge being below the second threshold; (d) a fourth status indicative of the disconnectable external battery being unknown; and (e) a fifth status indicative of a power cable disconnect.
Gas premix burner (100, 300) comprising - a perforated plate, a woven wire mesh or expanded metal sheet; - a fiber based burner deck (130, 330) placed on said perforated plate, woven wire mesh or expanded metal sheet; wherein said fiber based burner deck (130, 330) has a same mass per unit of surface area over the full surface of the burner deck (130, 330); - an ignition electrode (160, 360) to ignite said gas premix burner, wherein said fiber based burner deck (130, 330) is thicker in at least part of the region (135,335) where said ignition electrode (160, 360) is located, than in at least some other areas of the fiber based burner deck (130, 330) for ensuring that the gas premixed burner can be ignited in a proper and reliable way. - a perforated plate, a woven wire mesh or expanded metal sheet; - a fiber based burner deck (130, 330) placed on said perforated plate, woven wire mesh or expanded metal sheet; wherein said fiber based burner deck (130, 330) has a same mass per unit of surface area over the full surface of the burner deck (130, 330); - an ignition electrode (160, 360) to ignite said gas premix burner,
An optical sensor comprising: an optical window; a first optical pathway configured to direct light through the optical window optically connected to the first optical pathway into a fluid sample under analysis and receive light from the fluid sample through the optical window; a first optical emitter configured to emit light at a first wavelength through the first optical pathway and into the fluid sample to excite fluorescent emissions in the fluid sample under analysis; an optical emitter assembly disposed in the first optical pathway, the optical emitter assembly comprising a second optical emitter configured to emit light at a second wavelength into the first optical pathway and through the optical window into the fluid sample, wherein the light emitted by the second optical emitter is scattered off the fluid sample under analysis; a first optical detector optically coupled to the first optical pathway and configured to receive a fluorescent emission beam from the fluid sample and a scattered beam from the fluid sample through the first optical pathway; characterized in that the optical emitter assembly is positioned such that the second optical emitter is within the first optical pathway and blocks a portion of the light from the first optical emitter from reaching the optical window. an optical window; a first optical pathway configured to direct light through the optical window optically connected to the first optical pathway into a fluid sample under analysis and receive light from the fluid sample through the optical window; a first optical emitter configured to emit light at a first wavelength through the first optical pathway and into the fluid sample to excite fluorescent emissions in the fluid sample under analysis; an optical emitter assembly disposed in the first optical pathway, the optical emitter assembly comprising a second optical emitter configured to emit light at a second wavelength into the first optical pathway and through the optical window into the fluid sample, wherein the light emitted by the second optical emitter is scattered off the fluid sample under analysis; a first optical detector optically coupled to the first optical pathway and configured to receive a fluorescent emission beam from the fluid sample and a scattered beam from the fluid sample through the first optical pathway; characterized in that the optical emitter assembly is positioned such that the second optical emitter is within the first optical pathway and blocks a portion of the light from the first optical emitter from reaching the optical window.
A composition containing: (a) hydroxypropyl-chitosan or a physiologically acceptable salt thereof in an amount of from 0.25 to 2.0% with respect to the total weight of the composition; (b) finasteride; (c) at least one volatile solvent selected from ethanol or isopropanol in an amount of from 35% to 80% with respect to the total weight of the composition; and (d) water, for use in the treatment and/or prevention of scalp and/or hair conditions and/or diseases. (a) hydroxypropyl-chitosan or a physiologically acceptable salt thereof in an amount of from 0.25 to 2.0% with respect to the total weight of the composition; (b) finasteride; (c) at least one volatile solvent selected from ethanol or isopropanol in an amount of from 35% to 80% with respect to the total weight of the composition; and (d) water,
A light emitting device comprising: a substrate; a plurality of protrusions protruding from a top surface of the substrate; a first semiconductor layer;a plurality of seed patterns protruding from a bottom surface of the first semiconductor layer toward the protrusions, the bottom surface of each of the seed patterns contacting the top surface of each of the protrusions; a medium layer surrounded by the substrate, the protrusions, the seed patterns and the first semiconductor layer and a light emitting structure disposed on a top surface of the first semiconductor layer, characterized in that each of the protrusions includes six inclined side surfaces and the top flat surface on the six inclined side surfaces.. a substrate; a plurality of protrusions protruding from a top surface of the substrate; a first semiconductor layer;a plurality of seed patterns protruding from a bottom surface of the first semiconductor layer toward the protrusions, the bottom surface of each of the seed patterns contacting the top surface of each of the protrusions; a medium layer surrounded by the substrate, the protrusions, the seed patterns and the first semiconductor layer and a light emitting structure disposed on a top surface of the first semiconductor layer, characterized in that each of the protrusions includes six inclined side surfaces and the top flat surface on the six inclined side surfaces..
A balustrade system for providing a balcony for a window, the balustrade system comprising: a balustrade apparatus comprising: a balustrade railing; a support fixing for retaining the balustrade railing in a retracted condition; a balcony platform which is pivotably engagable with the balustrade railing; and an actuation means for actuating the balustrade railing between the retracted condition and an extended condition which is different to the retracted condition; wherein, in the extended condition, the balcony platform extends horizontally, with the balustrade railing being spaced apart from its position in the retracted condition to form a balcony rail for the balcony platform; and an openable window associated with the balustrade apparatus, wherein one or more openable panels of the window are positionable to provide a barrier at or adjacent to a lateral edge of the balcony platform in the extended condition; characterised in that the balustrade railing includes first and second railing portions (328, 330), the first and second railing portions (328, 330) being movable relative to one another such that the balustrade railing is vertically extendible in at least the extended condition. a balustrade railing; a support fixing for retaining the balustrade railing in a retracted condition; a balcony platform which is pivotably engagable with the balustrade railing; and an actuation means for actuating the balustrade railing between the retracted condition and an extended condition which is different to the retracted condition; wherein, in the extended condition, the balcony platform extends horizontally, with the balustrade railing being spaced apart from its position in the retracted condition to form a balcony rail for the balcony platform; and an openable window associated with the balustrade apparatus, wherein one or more openable panels of the window are positionable to provide a barrier at or adjacent to a lateral edge of the balcony platform in the extended condition; characterised in that the balustrade railing includes first and second railing portions (328, 330), the first and second railing portions (328, 330) being movable relative to one another such that the balustrade railing is vertically extendible in at least the extended condition.
A method performed by a user equipment, UE, the method comprising: receiving, from the source base station, a handover command for performing a handover to a target base station, wherein the handover command includes information indicating an interval at which a resource for persistent transmission is scheduled; and processing the handover command to determine the interval. receiving, from the source base station, a handover command for performing a handover to a target base station, wherein the handover command includes information indicating an interval at which a resource for persistent transmission is scheduled; and processing the handover command to determine the interval.
Hood for a taphole and a tapping spout in a submerged arc furnace in the production of silicon wherein the hood has at least two suction ducts which are placed asymmetrically on either side of the hood.
An information processing device comprising: a sensor configured to detect that the information processing device is worn on a part of a human body; a processing unit configured to process information; and a communication unit configured to communicate with another device, wherein the processing unit is configured to transmit a wearing signal to the another device, the wearing signal indicating that the information processing device is worn on a part of a human body, in response to a detection by the sensor, and the processing unit is configured to perform a process according to an instruction transmitted from the another device in accordance with the wearing signal; wherein the another device is configured to transmit a message to the information processing device only in a case where the another device determines, on the basis of the wearing signal, that the information processing device is worn on a part of a human body after predetermined time elapses from when the information processing device is removed from a part of a human body. a sensor configured to detect that the information processing device is worn on a part of a human body; a processing unit configured to process information; and a communication unit configured to communicate with another device, wherein the processing unit is configured to transmit a wearing signal to the another device, the wearing signal indicating that the information processing device is worn on a part of a human body, in response to a detection by the sensor, and the processing unit is configured to perform a process according to an instruction transmitted from the another device in accordance with the wearing signal; wherein the another device is configured to transmit a message to the information processing device only in a case where the another device determines, on the basis of the wearing signal, that the information processing device is worn on a part of a human body after predetermined time elapses from when the information processing device is removed from a part of a human body.
An inerting system comprising: a duct; an injector assembly positioned within the duct, wherein the injector assembly includes a nozzle comprising: an outer gas flow path having a metering flow lip at an outlet thereof, the outer gas flow path adapted to be an air flow path; an inner gas flow path radially inward from the outer gas flow path, the inner gas flow path adapted to be an air flow path; a liquid flow path defined radially between the inner gas flow path and the outer gas flow path, the liquid flow path adapted to be a fuel flow path; a mixing zone for mixing air and liquid fuel is defined downstream of the nozzle; and a core conduit defined radially inward from the inner gas flow path; the system further comprising: a catalytic reactor positioned within the duct downstream from the injector assembly; and at least one tank downstream from the catalytic reactor. a duct; an injector assembly positioned within the duct, wherein the injector assembly includes a nozzle comprising: an outer gas flow path having a metering flow lip at an outlet thereof, the outer gas flow path adapted to be an air flow path; an inner gas flow path radially inward from the outer gas flow path, the inner gas flow path adapted to be an air flow path; a liquid flow path defined radially between the inner gas flow path and the outer gas flow path, the liquid flow path adapted to be a fuel flow path; a mixing zone for mixing air and liquid fuel is defined downstream of the nozzle; and a core conduit defined radially inward from the inner gas flow path; the system further comprising: a catalytic reactor positioned within the duct downstream from the injector assembly; and at least one tank downstream from the catalytic reactor. an outer gas flow path having a metering flow lip at an outlet thereof, the outer gas flow path adapted to be an air flow path; an inner gas flow path radially inward from the outer gas flow path, the inner gas flow path adapted to be an air flow path; a liquid flow path defined radially between the inner gas flow path and the outer gas flow path, the liquid flow path adapted to be a fuel flow path; a mixing zone for mixing air and liquid fuel is defined downstream of the nozzle; and a core conduit defined radially inward from the inner gas flow path; the system further comprising: a catalytic reactor positioned within the duct downstream from the injector assembly; and at least one tank downstream from the catalytic reactor. a catalytic reactor positioned within the duct downstream from the injector assembly; and at least one tank downstream from the catalytic reactor.
A differential pressure sensor, comprising: a fixed support structure; a first membrane layer and a second membrane layer coupled to the fixed support structure wherein the first and second membrane layers cooperate to define a cavity therein; a mesa structure within the cavity, the first and second membrane layers (60, 62) being supported by and bonded to the mesa structure; a resonant member disposed within the cavity and configured to oscillate at a resonant frequency, the resonant member passing through a channel within the mesa structure; and two pillar-like mesas smaller than said mesa structure, the resonant member being supported on either ends on the two pillar-like smaller mesas; wherein the deformations generated in the first and the second membrane layers (60, 62) produce a strain in the resonant member. a fixed support structure; a first membrane layer and a second membrane layer coupled to the fixed support structure wherein the first and second membrane layers cooperate to define a cavity therein; a mesa structure within the cavity, the first and second membrane layers (60, 62) being supported by and bonded to the mesa structure; a resonant member disposed within the cavity and configured to oscillate at a resonant frequency, the resonant member passing through a channel within the mesa structure; and two pillar-like mesas smaller than said mesa structure, the resonant member being supported on either ends on the two pillar-like smaller mesas; wherein the deformations generated in the first and the second membrane layers (60, 62) produce a strain in the resonant member.