mhurhangee/ep-ind-claims huggingface dataset:
A channel state measurement method in a wireless communication system, performed by a user equipment, UE, the method comprising: receiving, from a base station, an interference measurement resource, IMR, configuration related to DeModulation Reference Signals, DMRS, for channel state measurement; receiving information on a number of significant interference layers of the base station at a channel state measurement time; and performing the channel state measurement using the received information and the IMR configuration, characterized in that performing the channel state measurement comprises: attempting blind detection, BD, to measure per-layer interference power for each DMRS layer, wherein the number of DMRS layers where the UE attempts blind detection is based on the received number of significant interference layers. receiving, from a base station, an interference measurement resource, IMR, configuration related to DeModulation Reference Signals, DMRS, for channel state measurement; receiving information on a number of significant interference layers of the base station at a channel state measurement time; and performing the channel state measurement using the received information and the IMR configuration, characterized in that performing the channel state measurement comprises: attempting blind detection, BD, to measure per-layer interference power for each DMRS layer, wherein the number of DMRS layers where the UE attempts blind detection is based on the received number of significant interference layers. attempting blind detection, BD, to measure per-layer interference power for each DMRS layer, wherein the number of DMRS layers where the UE attempts blind detection is based on the received number of significant interference layers.
A method of transmitting video content by a first device, the method comprising: transmitting, from a first device, a codec selection request frame to a second device, the codec selection request frame comprising a frame identifier field, and further comprising a first identifier that identifies a first codec to be used to compress a first video content of the video content and a second codec to be used to compress a second video content of the video content; receiving, at the first device, a codec selection response frame from the second device, the codec selection response frame provided as only the frame identifier field to indicate that the codec selection response frame corresponds to the codec selection request frame, the frame identifier field thereby indicates that the use of all codecs corresponding to identifiers included in the codec selection request frame corresponding to the codec selection response frame is approved; and transmitting, from the first device, the first video content compressed by the first codec and the second video content compressed by the second codec, to the second device, based on the codec selection response frame transmitting, from a first device, a codec selection request frame to a second device, the codec selection request frame comprising a frame identifier field, and further comprising a first identifier that identifies a first codec to be used to compress a first video content of the video content and a second codec to be used to compress a second video content of the video content; receiving, at the first device, a codec selection response frame from the second device, the codec selection response frame provided as only the frame identifier field to indicate that the codec selection response frame corresponds to the codec selection request frame, the frame identifier field thereby indicates that the use of all codecs corresponding to identifiers included in the codec selection request frame corresponding to the codec selection response frame is approved; and transmitting, from the first device, the first video content compressed by the first codec and the second video content compressed by the second codec, to the second device, based on the codec selection response frame
A connector comprising: a housing having a flow path through which liquid passes, and a male connector connecting portion having a substantially circular tube hole communicating with the flow path; and a valve (3, 63) formed of an elastic material and adapted to block the male connector connecting portion of the housing, wherein the valve (3, 63) is formed in a substantially columnar shape and includes: a top surface exposed from the male connector connecting portion; a bottom surface opposite to the top surface; and a slit opened at least on the top surface or the bottom surface, characterized in that the housing includes a surface portion (16a, 17a) on which a stopping portion (19, 20) is formed in a projection shape protruding in a direction opposite to an insertion direction of a male connector, the stopping portion adapted to be engaged with a tip end of a male connector to define an insertion length of the male connector, and a space being formed around the stopping portion (19, 20), wherein the valve (3, 63) deformed by being pressed by a male connector is arranged. a housing having a flow path through which liquid passes, and a male connector connecting portion having a substantially circular tube hole communicating with the flow path; and a valve (3, 63) formed of an elastic material and adapted to block the male connector connecting portion of the housing, wherein the valve (3, 63) is formed in a substantially columnar shape and includes: a top surface exposed from the male connector connecting portion; a bottom surface opposite to the top surface; and a slit opened at least on the top surface or the bottom surface, characterized in that the housing includes a surface portion (16a, 17a) on which a stopping portion (19, 20) is formed in a projection shape protruding in a direction opposite to an insertion direction of a male connector, the stopping portion adapted to be engaged with a tip end of a male connector to define an insertion length of the male connector, and a space being formed around the stopping portion (19, 20), wherein the valve (3, 63) deformed by being pressed by a male connector is arranged. a top surface exposed from the male connector connecting portion; a bottom surface opposite to the top surface; and a slit opened at least on the top surface or the bottom surface, characterized in that the housing includes a surface portion (16a, 17a) on which a stopping portion (19, 20) is formed in a projection shape protruding in a direction opposite to an insertion direction of a male connector, the stopping portion adapted to be engaged with a tip end of a male connector to define an insertion length of the male connector, and a space being formed around the stopping portion (19, 20), wherein the valve (3, 63) deformed by being pressed by a male connector is arranged.
An inkjet ink composition comprising color material particles, a water soluble polymerizable compound, a water soluble silicate salt and 30-80% by mass, based on the ink composition, of water.
Shoe, in particular sport shoe, having a sole and a shoe upper part connected to the sole, wherein the sole is made, at least in sections, from an expanded thermoplastic polyolefin (E-TPO), wherein the section of the sole consisting of expanded thermoplastic polyolefin (E-TPO) consists of a plurality of spherical or ellipsoidal plastic bodies which are joined to one another in a substance-locking manner, and wherein the dimensions of the single plastic bodies in the three spatial directions are between 0.5 mm and 5.0 mm, wherein the section consisting of expanded thermoplastic polyolefin forms an insert of the sole, wherein further sections of the sole consisting of a material which is not expanded thermoplastic polyolefin, wherein the further section of the sole, which does not consist of expanded thermoplastic polyolefin, consists at least in sections of an ethylene-vinyl acetate copolymer, of expanded thermoplastic polyurethane (E-TPU), of thermoplastic polyurethane, of thermoplastic elastomer, of polyamide, of foamed polyurethane and/or of rubber material.
Motor vehicle body with stiffening struts constructed from a fibre composite material, wherein each stiffening strut is connected at both ends to adjoining body components via a respective connection section, wherein the cross-sectional area of the stiffening strut remains constant at least between the connection sections of the stiffening strut along the length of the stiffening strut, characterised in that the fibres of the stiffening strut extend substantially unidirectionally in the direction of loading of the stiffening strut.
A method for manufacturing a composite fabric, the method comprising: holding a surface of a filter part (22A, 22B), through which a dispersion solvent and carbon nanotubes whose surface is oxidized dispersed in the dispersion solvent are allowed to pass, on at least one surface of a woven fabric (12A, 12B) comprising carbon fiber bundles as weaving yarn while the clearance between the woven fabric (12A, 12B) and the filter part (22A, 22B) is maintained to 100 μm or less; immersing the woven fabric (12A, 12B) on which the filter part (22A, 22B) is held in a dispersion that comprises the dispersion solvent and the carbon nanotubes whose surface is oxidized dispersed in the dispersion solvent and applying ultrasonic vibrations to the dispersion; and extracting the woven fabric (12A, 12B) on which the filter part (22A, 22B) is held from the dispersion and removing the filter part (22A, 22B) from the woven fabric (12A, 12B). holding a surface of a filter part (22A, 22B), through which a dispersion solvent and carbon nanotubes whose surface is oxidized dispersed in the dispersion solvent are allowed to pass, on at least one surface of a woven fabric (12A, 12B) comprising carbon fiber bundles as weaving yarn while the clearance between the woven fabric (12A, 12B) and the filter part (22A, 22B) is maintained to 100 μm or less; immersing the woven fabric (12A, 12B) on which the filter part (22A, 22B) is held in a dispersion that comprises the dispersion solvent and the carbon nanotubes whose surface is oxidized dispersed in the dispersion solvent and applying ultrasonic vibrations to the dispersion; and extracting the woven fabric (12A, 12B) on which the filter part (22A, 22B) is held from the dispersion and removing the filter part (22A, 22B) from the woven fabric (12A, 12B).
Method for operating a brake system for motor vehicles, having • a plurality of wheel brakes (8, 9, 10, 11), for which wheel-specific setpoint pressures (p n soll) are specified, • an electrically controllable pressure supply device, which can provide a brake system pressure for actuating the wheel brakes, wherein the brake system pressure provided by the pressure supply device can be determined, and • an electrically controllable inlet valve (6a-6d) and an electrically controllable outlet valve (7a-7d), the latter being arranged between the wheel brake and a pressure medium reservoir, per wheel brake for setting wheel-specific brake pressures (p n R), wherein at least one outlet valve (7a-7d), in particular each outlet valve, is analogized or analog-controlled and is controlled by means of an electric control variable (I n), wherein at least one valve-specific control characteristic (I Ö (p R), I S (p R), Q(I,p R)) is determined for the analogized or analog-controlled outlet valve, in particular for each such valve, by means of the brake system, wherein the analogized or analog-controlled outlet valve is controlled in accordance with the valve-specific control characteristic to reduce the brake pressure (p R) in the wheel brake associated with the outlet valve, and wherein a control characteristic map (Q(I, p R)), which describes the volume flow through the outlet valve as a function of the control variable of the outlet valve and the brake pressure (p R) of the wheel brake associated with the outlet valve, is determined by means of the pressure supply device. • a plurality of wheel brakes (8, 9, 10, 11), for which wheel-specific setpoint pressures (p n soll) are specified, • an electrically controllable pressure supply device, which can provide a brake system pressure for actuating the wheel brakes, wherein the brake system pressure provided by the pressure supply device can be determined, and • an electrically controllable inlet valve (6a-6d) and an electrically controllable outlet valve (7a-7d), the latter being arranged between the wheel brake and a pressure medium reservoir, per wheel brake for setting wheel-specific brake pressures (p n R), wherein at least one outlet valve (7a-7d), in particular each outlet valve, is analogized or analog-controlled and is controlled by means of an electric control variable (I n),
Air passenger seat with a frame which is provided for fastening to a floor of an aircraft passenger cabin, with a seat base which is mounted movably on the frame, and a movably mounted backrest, wherein at least one rail (6, 7) is fixed on the frame, and the seat base is arranged on the rail (6, 7) such that it can be displaced via guide means; wherein the seat base and the backrest are connected to one another in an articulated manner, characterized in that the frame has an enclosure of the backrest, wherein the enclosure is configured as a backrest shell; wherein an adjustment mechanism is configured on the backrest, between the backrest and the backrest shell, such that the backrest and the seat base coupled to the backrest are movable by means of the adjustment mechanism.
An inhalation therapy device - having an aerosol generator, which can be inserted into the inhalation therapy device or removed from the inhalation therapy device and to which a control signal can be supplied for aerosol generation, and - having a control device for providing the control signal that is supplied to the aerosol generator inserted in the inhalation therapy device during aerosol generation, - the aerosol generator comprising a characterization device for the provision of information characterizing the aerosol generator, and - the inhalation device comprising an identification device, which cooperates with the characterization device of an aerosol generator inserted in the inhalation therapy device for determining the information characterizing the aerosol generator, the characterizing information comprising type details which include a type designation and/or operating parameters of the aerosol generator, and the control device being designed to ascertain, on the basis of the type designation determined in the characterizing information, whether the inserted aerosol generator is suitable/permissible for the inhalation therapy device. - having an aerosol generator, which can be inserted into the inhalation therapy device or removed from the inhalation therapy device and to which a control signal can be supplied for aerosol generation, and - having a control device for providing the control signal that is supplied to the aerosol generator inserted in the inhalation therapy device during aerosol generation, - the aerosol generator comprising a characterization device for the provision of information characterizing the aerosol generator, and - the inhalation device comprising an identification device, which cooperates with the characterization device of an aerosol generator inserted in the inhalation therapy device for determining the information characterizing the aerosol generator,
A fuel supply device comprising: a fuel-tank main body including a plurality of accommodation portions configured to accommodate a fuel therein; sending means (42, 44, 48) for sending out the fuel outside the fuel-tank main body, the sending means including a sending pipe extending outside from a main-side accommodation portion, which is one of the accommodation portions, and a fuel pump provided in the sending pipe; a returning pipes configured to return part of the fuel flowing through the sending means by driving of the fuel pump to a subsidiary-side accommodation portion not provided with the sending means; a fuel transfer passage configured to transfer the fuel from the subsidiary-side accommodation portion to the main-side accommodation portion; passage sectional area changing means for changing a sectional area of a passage of the returning pipe; and characterized by a communication portion configured to communicate the fuel transfer passage with the returning pipe so that part of a fluid in the fuel transfer passage is movable to the returning pipe. a fuel-tank main body including a plurality of accommodation portions configured to accommodate a fuel therein; sending means (42, 44, 48) for sending out the fuel outside the fuel-tank main body, the sending means including a sending pipe extending outside from a main-side accommodation portion, which is one of the accommodation portions, and a fuel pump provided in the sending pipe; a returning pipes configured to return part of the fuel flowing through the sending means by driving of the fuel pump to a subsidiary-side accommodation portion not provided with the sending means; a fuel transfer passage configured to transfer the fuel from the subsidiary-side accommodation portion to the main-side accommodation portion; passage sectional area changing means for changing a sectional area of a passage of the returning pipe; and characterized by a communication portion configured to communicate the fuel transfer passage with the returning pipe so that part of a fluid in the fuel transfer passage is movable to the returning pipe.
A communication apparatus comprising: a frame generating unit (20-1, 20-2,..., 20-N, 25) configured to generate a plurality of frames to be transmitted at the same time; a frame integration processing unit (20-1, 20-2,..., 20-N, 25) configured to integrate at least two of the frames generated by the frame generating unit into a single aggregated frame; and characterized by further comprising a frame length control unit (20-1, 20-2,..., 20-N, 25) for performing padding on the aggregated frame if the length of the aggregated frame is shorter than the length of another frame that is multiplexed at the same time, and a communication unit (21-1, 21-2,..., 21-N) configured to transmit the frames at the same time in a multiplexed manner. a frame generating unit (20-1, 20-2,..., 20-N, 25) configured to generate a plurality of frames to be transmitted at the same time; a frame integration processing unit (20-1, 20-2,..., 20-N, 25) configured to integrate at least two of the frames generated by the frame generating unit into a single aggregated frame; and characterized by further comprising a frame length control unit (20-1, 20-2,..., 20-N, 25) for performing padding on the aggregated frame if the length of the aggregated frame is shorter than the length of another frame that is multiplexed at the same time, and a communication unit (21-1, 21-2,..., 21-N) configured to transmit the frames at the same time in a multiplexed manner.
A method of detecting the number of covalent lysine modifications in a lysine-modified DNA polymerase, said method comprising (i) detecting the mass of the lysine-modified DNA polymerase at a modification stabilizing pH of at least 8; and (ii) calculating the number of lysine modifications in the lysine-modified DNA polymerase by comparing the mass of the lysine-modified DNA polymerase to a polymerase without lysine modifications, wherein the number of lysine modifications is the difference of the mass of the lysine-modified DNA polymerase and the polymerase without lysine modifications divided by the mass of the lysine modification, thereby detecting the number of lysine modifications in the DNA polymerase, wherein said covalent lysine modification is a citraconyl modification, an aconitylated modification or a 2,3-dimethylmaleated modification.. (i) detecting the mass of the lysine-modified DNA polymerase at a modification stabilizing pH of at least 8; and (ii) calculating the number of lysine modifications in the lysine-modified DNA polymerase by comparing the mass of the lysine-modified DNA polymerase to a polymerase without lysine modifications, wherein the number of lysine modifications is the difference of the mass of the lysine-modified DNA polymerase and the polymerase without lysine modifications divided by the mass of the lysine modification, thereby detecting the number of lysine modifications in the DNA polymerase,
A mutated nucleic acid encoding a delta-12 oleate desaturase enzyme from a Cruciferae plant, wherein said mutated nucleic acid consists of (i) a sequence which comprises the non-conservative mutation of at least one nucleotide of at least one codon representing an amino acid selected from the group consisting of: - the amino acid at position 259 of the amino acid sequence of said FAD2 when said FAD2 sequence is constituted of 384 amino acids, or at position 258 when said FAD2 sequence is constituted of 383 amino acids, or (ii) the complementary sequence of said sequence, said mutated nucleic acid encoding a FAD2 having an activity lower than that of the corresponding natural FAD2 measured in the same conditions. - the amino acid at position 259 of the amino acid sequence of said FAD2 when said FAD2 sequence is constituted of 384 amino acids, or at position 258 when said FAD2 sequence is constituted of 383 amino acids,
A method for sharing network resources, characterized by comprising: determining, a maximum network resource on a Packet Data Network, PDN, corresponding to a User Equipment,UE, when the UE sets up a bearer with the PDN; and allocating, by a PDN gateway connecting the UE and the PDN and by an Evolved NodeB, ENB, corresponding to the UE, a resource for the bearer in the range of the maximum network resource according to the determined maximum network resource; wherein the determining step comprises: receiving, by the PDN gateway and the ENB, a sharing information of the maximum network resource corresponding to the UE on a current PDN from a Mobility Management Entity, MME, wherein the sharing information is obtained by the MME from a Home Subscriber Server, HSS, corresponding to the UE (3006, 3010) during network registration of the UE, wherein the HSS stores the sharing information of the maximum network resource; determining, by the PDN gateway and the ENB, the maximum network resource according to the received sharing information (3007,3011). determining, a maximum network resource on a Packet Data Network, PDN, corresponding to a User Equipment,UE, when the UE sets up a bearer with the PDN; and allocating, by a PDN gateway connecting the UE and the PDN and by an Evolved NodeB, ENB, corresponding to the UE, a resource for the bearer in the range of the maximum network resource according to the determined maximum network resource; wherein the determining step comprises: receiving, by the PDN gateway and the ENB, a sharing information of the maximum network resource corresponding to the UE on a current PDN from a Mobility Management Entity, MME, wherein the sharing information is obtained by the MME from a Home Subscriber Server, HSS, corresponding to the UE (3006, 3010) during network registration of the UE, wherein the HSS stores the sharing information of the maximum network resource; determining, by the PDN gateway and the ENB, the maximum network resource according to the received sharing information (3007,3011). receiving, by the PDN gateway and the ENB, a sharing information of the maximum network resource corresponding to the UE on a current PDN from a Mobility Management Entity, MME, wherein the sharing information is obtained by the MME from a Home Subscriber Server, HSS, corresponding to the UE (3006, 3010) during network registration of the UE, wherein the HSS stores the sharing information of the maximum network resource; determining, by the PDN gateway and the ENB, the maximum network resource according to the received sharing information (3007,3011).