mhurhangee/ep-ind-claims huggingface dataset:
An apparatus to be employed by an evolved NodeB, eNB, of an evolved universal terrestrial radio access network, E-UTRAN, comprising: a communications module to communicate with a user equipment, UE; and a multimedia broadcast multicast service, MBMS, module to: transmit to the UE, via the communications module, system information that is to indicate multiple frequency carriers by which respective MBMS services are to be provided, wherein the system information is included in a system information block transmission; and characterized in that the MBMS module is further to: receive from the UE, via the communications module, an MBMS interest indication message to indicate a plurality of the frequency carriers by which the UE is receiving or is interested to receive two or more of the plurality of MBMS services, wherein the MBMS interest indication message further includes a priority indicator to indicate a priority of the UE for reception of all the frequency carriers indicated in the MBMS interest indication message compared to reception of any unicast bearer. a communications module to communicate with a user equipment, UE; and a multimedia broadcast multicast service, MBMS, module to: transmit to the UE, via the communications module, system information that is to indicate multiple frequency carriers by which respective MBMS services are to be provided, wherein the system information is included in a system information block transmission; and characterized in that the MBMS module is further to: receive from the UE, via the communications module, an MBMS interest indication message to indicate a plurality of the frequency carriers by which the UE is receiving or is interested to receive two or more of the plurality of MBMS services, wherein the MBMS interest indication message further includes a priority indicator to indicate a priority of the UE for reception of all the frequency carriers indicated in the MBMS interest indication message compared to reception of any unicast bearer.
A projection optical system comprising in this order: an image forming unit that forms an image; a refractive optical system including a plurality of lenses configured to enlarge and project the image on a screen; and a concave reflecting surface, wherein an intermediate image is formed between the refractive optical system and the reflecting surface, and characterized in that: the intermediate image is formed with a barrel form distortion, and the projection optical system satisfies conditions of "0.6 < D/Did < 0.8" and "2.5 < Did/F < 6", where "Did" represents a maximum paraxial image height of the intermediate image in a focusing state in which a projection image is maximum, "D" represents a maximum value of a distance between an optical axis and an intersection of a paraxial image surface and a light beam passing center of an aperture stop of the refractive optical system, and "F" represents a focal length of the refractive optical system in a focusing state in which the projection image is maximum. an image forming unit that forms an image; a refractive optical system including a plurality of lenses configured to enlarge and project the image on a screen; and a concave reflecting surface, wherein an intermediate image is formed between the refractive optical system and the reflecting surface, and characterized in that: the intermediate image is formed with a barrel form distortion, and the projection optical system satisfies conditions of "0.6 < D/Did < 0.8" and "2.5 < Did/F < 6", where "Did" represents a maximum paraxial image height of the intermediate image in a focusing state in which a projection image is maximum, "D" represents a maximum value of a distance between an optical axis and an intersection of a paraxial image surface and a light beam passing center of an aperture stop of the refractive optical system, and "F" represents a focal length of the refractive optical system in a focusing state in which the projection image is maximum. the intermediate image is formed with a barrel form distortion, and the projection optical system satisfies conditions of "0.6 < D/Did < 0.8" and "2.5 < Did/F < 6", where "Did" represents a maximum paraxial image height of the intermediate image in a focusing state in which a projection image is maximum, "D" represents a maximum value of a distance between an optical axis and an intersection of a paraxial image surface and a light beam passing center of an aperture stop of the refractive optical system, and "F" represents a focal length of the refractive optical system in a focusing state in which the projection image is maximum.
A safety needle assembly, comprising: a housing including a proximal end and a distal end, the housing defining an interior space; a barrel rotatably received within the interior space of the housing; a needle hub received within the proximal end of the housing; a needle extending distally from the needle hub, through the barrel, and through the distal end of the housing, the needle including a sharp distal tip; a safety shield defining a lumen and received within the interior space of the housing, the safety shield extending distally from the housing through the distal end of the housing, the needle extending through the lumen of the safety shield with the sharp distal tip exposed from the safety shield in a pre-activation configuration; and a biasing member received within the barrel and extending between the needle hub and the safety shield; wherein the safety needle assembly includes a first configuration in which the safety shield and the barrel define a first relative rotational orientation; and wherein the safety needle assembly includes a second configuration in which the safety shield and the barrel define a second relative rotational orientation, characterized in that the safety shield includes a detent that engages a notch on the barrel when the safety needle assembly occupies the first configuration, and that the notch includes a sloped surface proximal of the detent in the first configuration. a housing including a proximal end and a distal end, the housing defining an interior space; a barrel rotatably received within the interior space of the housing; a needle hub received within the proximal end of the housing; a needle extending distally from the needle hub, through the barrel, and through the distal end of the housing, the needle including a sharp distal tip; a safety shield defining a lumen and received within the interior space of the housing, the safety shield extending distally from the housing through the distal end of the housing, the needle extending through the lumen of the safety shield with the sharp distal tip exposed from the safety shield in a pre-activation configuration; and a biasing member received within the barrel and extending between the needle hub and the safety shield; wherein the safety needle assembly includes a first configuration in which the safety shield and the barrel define a first relative rotational orientation; and wherein the safety needle assembly includes a second configuration in which the safety shield and the barrel define a second relative rotational orientation, characterized in that the safety shield includes a detent that engages a notch on the barrel when the safety needle assembly occupies the first configuration, and that the notch includes a sloped surface proximal of the detent in the first configuration.
A display apparatus comprising: a substrate comprising a display area, and a peripheral area outside the display area; a display element at the display area; an input-sensing layer over the display element; and an optical functional layer on the input-sensing layer, and comprising a first layer, which corresponds to the display area and the peripheral area, and a second layer on the first layer in the display area, and having a greater refractive index than the first layer, wherein the first layer defines a first valley portion defining first holes that is on the peripheral area, and that surrounds the second layer. a substrate comprising a display area, and a peripheral area outside the display area; a display element at the display area; an input-sensing layer over the display element; and an optical functional layer on the input-sensing layer, and comprising a first layer, which corresponds to the display area and the peripheral area, and a second layer on the first layer in the display area, and having a greater refractive index than the first layer, wherein the first layer defines a first valley portion defining first holes that is on the peripheral area, and that surrounds the second layer.
A vehicle illumination lamp designed to form a high-beam variable luminous intensity distribution pattern, the vehicle illumination lamp comprising: a projection lens; a light source which is disposed further rearwards than a rear focal point of the projection lens; a reflector which reflects light from the light source towards the projection lens; and a movable shade which is disposed between the reflector and the projection lens so as to shift between a light interruptive position where part of reflected light from the reflector is interrupted so as to eliminate part of a high-beam luminous intensity distribution pattern and a light uninterruptive position where the interruption of the reflected light is released, wherein a second light source is disposed rearwards of the movable shade and a second reflector is disposed forwards of the movable shade, and wherein the second light source and the second reflector are disposed in such a positional relationship that when the movable shade shifts to the light uninterruptive position, light from the second light source is reflected by the second reflector so as to be shone to the front of the lamp without being allowed to be incident on the projection lens, while when the movable shade shifts to the light interruptive position, the light from the second light source is interrupted by the movable shade so as not to be incident on the second reflector, wherein the light source is made up of a light emitting element which is disposed to be oriented upwards on or near to an optical axis (Ax) of the projection lens, wherein the second light source is made up of a light emitting element which is disposed to be oriented downwards in a position lying further forwards than the light source and further upwards than the optical axis (Ax), and wherein the second reflector is disposed further downwards than the optical axis (Ax).
CONTROL SYSTEM FOR PRESSURIZATION, VENTILATION AND AIR CONDITIONING OF AN AIRCRAFT, which includes pneumatic air conditioning kits (PACK), electrically fed independent pneumatic compressors, an auxiliary power unit with pneumatic compressor and with at least one electrical power generator, and pneumatic distribution means for pneumatically feeding the pneumatic air conditioning kits (PACKs); wherein it consists of two electrically fed independent pneumatic compressors (CACs), which are connected to an independent CACs controller; an auxiliary power unit sized for feeding the pneumatic air conditioning kits (PACK) in a manner selected between independent or in connection with the operations of the aircraft both on the ground or in flight, which is connected to an independent APU controller; an independent controller of pneumatic air conditioning kits PACKs, and a central controller connected to the independent CACs controller, to the independent controller and to the independent controller of the pneumatic air conditioning kits (PACKs), so that the pneumatic air conditioning kits (PACKs) can be individually fed by a source selected from between an electrically fed independent pneumatic compressor or the auxiliary power unit to either one PACK or a plurality of PACKs; the central controller being connected to an electrical system of the aircraft which governs the demand and distribution of electrical power of the aircraft.
An electrical device (1; 1') comprising: an electrode arrangement comprising a magnet and an electrode, an electrically conducting movable device, movable relative to the electrode arrangement and spaced apart from the electrode arrangement, whereby a gap is formed therebetween, characterised in that a suspension comprising a liquid, a plurality of magnetic particles dispersed in the liquid and a plurality of non-magnetic electrically conducting particles dispersed in the liquid, which non-magnetic electrically conducting particles have higher electric conductivity than the magnetic particles, wherein the suspension extends between the electrically movable device and the electrode arrangement in the gap, and wherein the magnet is arranged to provide a magnetic field through the suspension to thereby align the non-magnetic electrically conducting particles between the electrode arrangement and the electrically conducting movable device to obtain an electrical connection between the electrode arrangement and the electrically conducting movable device. an electrode arrangement comprising a magnet and an electrode, an electrically conducting movable device, movable relative to the electrode arrangement and spaced apart from the electrode arrangement, whereby a gap is formed therebetween, characterised in that a suspension comprising a liquid, a plurality of magnetic particles dispersed in the liquid and a plurality of non-magnetic electrically conducting particles dispersed in the liquid, which non-magnetic electrically conducting particles have higher electric conductivity than the magnetic particles, wherein the suspension extends between the electrically movable device and the electrode arrangement in the gap, and wherein the magnet is arranged to provide a magnetic field through the suspension to thereby align the non-magnetic electrically conducting particles between the electrode arrangement and the electrically conducting movable device to obtain an electrical connection between the electrode arrangement and the electrically conducting movable device.
A portable communication device comprising: a display; a rear plate comprising a nonconductive material, wherein the rear plate is configured to have a first surface facing an outside of the portable communication device and a second surface facing an inside of the portable communication device; a first antenna attached to a first area of the second surface of the rear plate or disposed adjacent to the first area; an electronic component attached to a second area of the second surface of the rear plate or disposed adjacent to the second area; and a conductive member disposed in or attached to a third area of the second surface of the rear plate between the first area and the second area, wherein the first antenna is operable to form a first beam pattern with a main lobe that is formed substantially in a direction that faces the rear plate, and wherein the conductive member is configured to interrupt some electromagnetic waves, among electromagnetic waves radiated from the first antenna, that travel towards the electronic component by the rear plate functioning as a waveguide. a display; a rear plate comprising a nonconductive material, wherein the rear plate is configured to have a first surface facing an outside of the portable communication device and a second surface facing an inside of the portable communication device; a first antenna attached to a first area of the second surface of the rear plate or disposed adjacent to the first area; an electronic component attached to a second area of the second surface of the rear plate or disposed adjacent to the second area; and a conductive member disposed in or attached to a third area of the second surface of the rear plate between the first area and the second area, wherein the first antenna is operable to form a first beam pattern with a main lobe that is formed substantially in a direction that faces the rear plate, and wherein the conductive member is configured to interrupt some electromagnetic waves, among electromagnetic waves radiated from the first antenna, that travel towards the electronic component by the rear plate functioning as a waveguide.
A wiring substrate, comprising: a metal plate; and a wiring layer comprising a plurality of insulating layers and a conductive layer disposed on the plurality of insulating layers and disposed on at least one principal surface of the metal plate, wherein the plurality of insulating layers of the wiring layer comprise a first insulating layer which is provided in contact with the one principal surface of the metal plate and whose coefficient of thermal expansion in a planar direction is larger than that of the metal plate and a second insulating layer which is laminated on the first insulating layer and contacts the first insulating layer and whose coefficient of thermal expansion in the planar direction is smaller than that of the metal plate, the first insulating layer contains resin, and the second insulating layer contains a plurality of first particles which are formed of an inorganic insulating material and are bound to each other, and a part of the first insulating layer is disposed in spaces between the plurality of first particles. a metal plate; and a wiring layer comprising a plurality of insulating layers and a conductive layer disposed on the plurality of insulating layers and disposed on at least one principal surface of the metal plate, wherein the plurality of insulating layers of the wiring layer comprise a first insulating layer which is provided in contact with the one principal surface of the metal plate and whose coefficient of thermal expansion in a planar direction is larger than that of the metal plate and a second insulating layer which is laminated on the first insulating layer and contacts the first insulating layer and whose coefficient of thermal expansion in the planar direction is smaller than that of the metal plate, a first insulating layer which is provided in contact with the one principal surface of the metal plate and whose coefficient of thermal expansion in a planar direction is larger than that of the metal plate and a second insulating layer which is laminated on the first insulating layer and contacts the first insulating layer and whose coefficient of thermal expansion in the planar direction is smaller than that of the metal plate, the first insulating layer contains resin, and the second insulating layer contains a plurality of first particles which are formed of an inorganic insulating material and are bound to each other, and a part of the first insulating layer is disposed in spaces between the plurality of first particles.
A variant polypeptide of a parent polypeptide, wherein said parent polypeptide comprises an IgG4 Fc region having an NXT N-linked glycosylation site, and wherein said IgG4 Fc region is identical between the variant polypeptide and the parent polypeptide except that the threonine of the NXT N-linked glycosylation site is replaced with alanine or cysteine, and wherein the IgG4 Fc region of the variant polypeptide is aglycosylated.
A control unit arranged to monitor a load distribution of a vehicle (100, 200) when the vehicle (100, 200) is in motion, the control unit comprising an interface (115, 820) arranged to receive a plurality of load values associated with one or more vehicle axles (101, 102, 103, 201, 202, 203, 204, 205) and/or three or more one or more vehicle wheels (310, 320) from a plurality of load sensors arranged on the vehicle, wherein the control unit is arranged to determine a vehicle load distribution based on the plurality of load values, to compare the determined vehicle load distribution to a pre-determined allowable vehicle load distribution, and to trigger an emergency procedure in case the determined vehicle load distribution differs from the pre-determined vehicle load distribution by more than an allowable amount, characterized in that the pre-determined allowable vehicle load distribution is a relative load distribution compared to an initial load distribution.
Avocado peptide extract, which comprises 2% to 10% by weight of alpha-amino nitrogen in relation to the weight of the dry matter of the peptide extract, and characterised in that at least 50% of the peptides of the extract consist of 10 to 30 amino acids, for use in treating or preventing internal pruritus in a drug or a dermatological composition comprising said extract and a suitable excipient.
Image generation device comprising a liquid-crystal display screen and a light source optically associated with the liquid-crystal display screen for illuminating said screen, the liquid-crystal display screen comprising an input polarizer designed to selectively transmit a light component having a given polarization, the image generation device comprising an additional polarizer interposed on the light path between the light source and the liquid-crystal display screen, this additional polarizer being designed to transmit said light component having said given polarization and to absorb a light component having a polarization different from said given polarization and the image generation device comprising a reflector arranged so as to reflect a portion of the light emitted by the light source towards the screen, characterized in that the additional polarizer is mounted in the reflector, and in that the additional polarizer is connected to heat removal means that comprise a radiator connected to the additional polarizer via mounting means.
A heater arrangement for an aerosol generating device, the heater arrangement comprising: a tubular heating chamber comprising a cavity arranged to receive an aerosol generating substrate; a layer of insulation wrapped so as to circumferentially surround the heating chamber; and an insulation support assembly comprising a rigid surround arranged around the heating chamber, wherein the insulation support assembly is arranged to engage the heating chamber and the insulation layer to hold the insulation layer in position around the heating chamber, and characterised in that the layer of insulation is wrapped around an outer surface of the rigid surround, and in that the rigid surround comprises a frame comprising a plurality of longitudinal struts running along the length of the tubular heating chamber; wherein the insulation layer is wrapped around an outer surface formed by the longitudinal struts. a tubular heating chamber comprising a cavity arranged to receive an aerosol generating substrate; a layer of insulation wrapped so as to circumferentially surround the heating chamber; and an insulation support assembly comprising a rigid surround arranged around the insulation support assembly is arranged to engage the heating chamber and the insulation layer to hold the insulation layer in position around the heating chamber, and characterised in that the layer of insulation is wrapped around an outer surface of the rigid surround, and in that the rigid surround comprises a frame comprising a plurality of longitudinal struts running along the length of the tubular heating chamber; wherein the insulation layer is wrapped around an outer surface formed by the longitudinal struts.