mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal comprising: a transmitting section configured to multiplex and transmit a Hybrid Automatic Repeat Request - Acknowledgement, HARQ-ACK in at least one of a first uplink shared channel transmission scheduled by downlink control information and a second uplink shared channel transmission not scheduled by downlink control information; and a control section configured to: control, when the HARQ-ACK is to be multiplexed in the first uplink shared channel transmission, multiplexing of the HARQ-ACK based on a Downlink Assignment Indicator, DAI, included in the downlink control information and a counter DAI included in downlink control information for scheduling a downlink shared channel, and control, when the HARQ-ACK is to be multiplexed in the second uplink shared channel transmission, multiplexing of the HARQ-ACK based on a total DAI and the counter DAI included in downlink control information for scheduling a downlink shared channel. a transmitting section configured to multiplex and transmit a Hybrid Automatic Repeat Request - Acknowledgement, HARQ-ACK in at least one of a first uplink shared channel transmission scheduled by downlink control information and a second uplink shared channel transmission not scheduled by downlink control information; and a control section configured to: control, when the HARQ-ACK is to be multiplexed in the first uplink shared channel transmission, multiplexing of the HARQ-ACK based on a Downlink Assignment Indicator, DAI, included in the downlink control information and a counter DAI included in downlink control information for scheduling a downlink shared channel, and control, when the HARQ-ACK is to be multiplexed in the second uplink shared channel transmission, multiplexing of the HARQ-ACK based on a total DAI and the counter DAI included in downlink control information for scheduling a downlink shared channel. control, when the HARQ-ACK is to be multiplexed in the first uplink shared channel transmission, multiplexing of the HARQ-ACK based on a Downlink Assignment Indicator, DAI, included in the downlink control information and a counter DAI included in downlink control information for scheduling a downlink shared channel, and control, when the HARQ-ACK is to be multiplexed in the second uplink shared channel transmission, multiplexing of the HARQ-ACK based on a total DAI and the counter DAI included in downlink control information for scheduling a downlink shared channel.
A spinning machine comprising: a draft device adapted to draft a fiber bundle (T); a spinning device adapted to form a yarn (Y) by performing a spinning operation in which the yarn (Y) is formed by applying twists using airflow to the fiber bundle (T) drafted by the draft device ; a winding device adapted to wind the yarn (Y) formed by the spinning device ; an additive supplying device adapted to supply additive to be supplied to a prescribed position between an outlet of the draft device and an outlet of the spinning device ; a first detecting section arranged in the additive supplying device and adapted to detect information relating to supplying state of the additive supplied by the additive supplying device ; characterized in that the spinning machine further comprises a control device adapted to determine a presence or an absence of an abnormality in the additive supplying device in accordance with a detection signal of the first detecting section . a draft device adapted to draft a fiber bundle (T); a spinning device adapted to form a yarn (Y) by performing a spinning operation in which the yarn (Y) is formed by applying twists using airflow to the fiber bundle (T) drafted by the draft device ; a winding device adapted to wind the yarn (Y) formed by the spinning device ; an additive supplying device adapted to supply additive to be supplied to a prescribed position between an outlet of the draft device and an outlet of the spinning device ; a first detecting section arranged in the additive supplying device and adapted to detect information relating to supplying state of the additive supplied by the additive supplying device ; characterized in that the spinning machine further comprises a control device adapted to determine a presence or an absence of an abnormality in the additive supplying device in accordance with a detection signal of the first detecting section .
A rotor for an electrical machine, the rotor comprising: a rotor body ; one or more magnets arranged around the rotor body; and a non-magnetic containment sleeve positioned radially outwardly of the one or more magnets, the containment sleeve having axially-alternating solid ring sections and reticulated ring sections , characterised in that each reticulated ring section is formed by an open framework of intersecting strips which extend between neighbouring solid ring sections, the strips being angled from the axial direction, so that the reticulated ring sections form substantial bottlenecks to conduction in the axial direction by increasing the electric resistance to eddy currents generated within the containment sleeve . a rotor body ; one or more magnets arranged around the rotor body; and a non-magnetic containment sleeve positioned radially outwardly of the one or more magnets, the containment sleeve having axially-alternating solid ring sections and reticulated ring sections , characterised in that each reticulated ring section is formed by an open framework of intersecting strips which extend between neighbouring solid ring sections, the strips being angled from the axial direction, so that the reticulated ring sections form substantial bottlenecks to conduction in the axial direction by increasing the electric resistance to eddy currents generated within the containment sleeve .
An information processing device , comprising: a generation section configured to generate, on a basis of a difference between a first timing at which a sound is to be outputted from an acoustic presentation section and a second timing at which the sound is to be perceived by a first user, first data used for presentation of a first sensation to the first user at a third timing; and a communication section configured to transmit the first data to a first sensation presentation device (100; 100b) worn by the first user, wherein the generation section is configured to generate, on a basis of the first data, progress notification data that is used for notifying a second user of the third timing at which the first sensation is to be presented to the first user, and wherein the communication section is configured to provide the progress notification data to a directional speaker to present sound toward the second user based on the progress notification data generated by the generation section , or provide the progress notification data to a light presentation section (100; 300; 320) to irradiate light onto the first user based on the progress notification data generated by the generation section . a generation section configured to generate, on a basis of a difference between a first timing at which a sound is to be outputted from an acoustic presentation section and a second timing at which the sound is to be perceived by a first user, first data used for presentation of a first sensation to the first user at a third timing; and a communication section configured to transmit the first data to a first sensation presentation device (100; 100b) worn by the first user, wherein the generation section is configured to generate, on a basis of the first data, progress notification data that is used for notifying a second user of the third timing at which the first sensation is to be presented to the first user, and wherein the communication section is configured to provide the progress notification data to a directional speaker to present sound toward the second user based on the progress notification data generated by the generation section , or provide the progress notification data to a light presentation section (100; 300; 320) to irradiate light onto the first user based on the progress notification data generated by the generation section . provide the progress notification data to a directional speaker to present sound toward the second user based on the progress notification data generated by the generation section , or provide the progress notification data to a light presentation section (100; 300; 320) to irradiate light onto the first user based on the progress notification data generated by the generation section .
Method for determining the absolute position of a motor vehicle in a global coordinate system , wherein a first position is recorded by means of a satellite-assisted navigation system , wherein a second position is calculated by means of at least one inertial sensor and integration of its measured values, and wherein the first position and the second position are taken as a basis for ascertaining the absolute position of the motor vehicle using a fusion filter, wherein an error in the currently determined second position is determined on the basis of a comparison of the most recently recorded first position with an associated second position and is taken into consideration for determining the current second position, characterized in that a continuous differentiable modulo integrator is used for the integration.
A lining tube for reconditioning of a defective sewer pipe , comprising an inner film tube which is transparent for UV light, and a radially expandable ply of fiber material which is arranged around said tube and has been impregnated with a UV curable reaction resin, wherein the inner film tube has a connecting section , which extends in the longitudinal direction thereof and connects two mutually parallel circumferential sections , of the inner film tube to give a circumferentially closed inner film tube which has a defined nominal diameter, and wherein the connecting section has a predetermined breaking point which extends along the inner film tube and can be parted in the circumferential direction by introducing a pressure medium into the inner film tube in order to expand the inner film tube and the ply of fiber material arranged thereon radially beyond the nominal diameter.
Crystalline form T13 of Apalutamide characterized by a PXRD pattern having peaks at 13.8, 17.1, 18.3, 22.4 and 26.8 degrees 2-theta ± 0.1 degrees 2-theta.
Radar structure of the type comprising at least two gear motors which are associated through linking means with a radar aerial structure , the linking means comprise, for each gear motor, coupling means having a freewheel , characterised in that the coupling means having a freewheel operating in parallel with means having a torque limiter with disengagement .
A method performed by a management device in a wireless communication system , the method comprising: obtaining a measurement result for each of a plurality of cells; identifying an aggressor cell and a victim cell by atmospheric interference among the plurality of the cells, based on the measurement result for the each of the plurality of cells; performing interference control on the aggressor cell for the plurality of cells, in case that a total interference amount of victim cells associated with the aggressor cell among the plurality of cells exceeds a first threshold; and performing interference control on the victim cell for the plurality of cells, in case that a total interference amount of aggressor cells associated with the victim cell among the plurality of cells exceeds a second threshold, wherein the measurement result for each cell comprises information on inter-cell interference caused by a propagation delay occurring in signal transmission over a radio channel, wherein the inter-cell interference is related to a downlink signal of another cell that is received in an uplink resource duration of the each cell, and wherein the measurement result for the each cell further comprises cell identity information of said other cell. obtaining a measurement result for each of a plurality of cells; identifying an aggressor cell and a victim cell by atmospheric interference among the plurality of the cells, based on the measurement result for the each of the plurality of cells; performing interference control on the aggressor cell for the plurality of cells, in case that a total interference amount of victim cells associated with the aggressor cell among the plurality of cells exceeds a first threshold; and performing interference control on the victim cell for the plurality of cells, in case that a total interference amount of aggressor cells associated with the victim cell among the plurality of cells exceeds a second threshold, wherein the measurement result for each cell comprises information on inter-cell interference caused by a propagation delay occurring in signal transmission over a radio channel, wherein the inter-cell interference is related to a downlink signal of another cell that is received in an uplink resource duration of the each cell, and wherein the measurement result for the each cell further comprises cell identity information of said other cell.
An operating method of a relay station, RS supporting a layer-3, L3, relay communication in a wireless communication system, the method comprising: establishing a first connection with a base station, BS by performing a network entry procedure as a mobile station, MS ; establishing a second connection with the MS by performing a network entry procedure as the BS ; receiving , from the MS accessing the RS through the second connection, a traffic media access control, MAC, protocol data unit, PDU including a MAC header; extracting an L3 packet by removing the MAC header from the traffic MAC PDU, wherein the L3 packet comprises an internet protocol, IP, packet; generating a relay MAC PDU comprising the L3 packet extracted by removing the MAC header from the traffic MAC PDU; and transmitting , to the BS through the first connection, the relay MAC PDU using an RS service flow, SF, which supports a same quality of service, QoS, as a QoS required by an MS SF carrying the L3 packet from the MS to the RS. establishing a first connection with a base station, BS by performing a network entry procedure as a mobile station, MS ; establishing a second connection with the MS by performing a network entry procedure as the BS ; receiving , from the MS accessing the RS through the second connection, a traffic media access control, MAC, protocol data unit, PDU including a MAC header; extracting an L3 packet by removing the MAC header from the traffic MAC PDU, wherein the L3 packet comprises an internet protocol, IP, packet; generating a relay MAC PDU comprising the L3 packet extracted by removing the MAC header from the traffic MAC PDU; and transmitting , to the BS through the first connection, the relay MAC PDU using an RS service flow, SF, which supports a same quality of service, QoS, as a QoS required by an MS SF carrying the L3 packet from the MS to the RS.
A method of producing a composition containing a monoglyceride using a tall fatty acid as a constituent fatty acid, the method comprising the following steps and : subjecting glycerin and the tall fatty acid to an esterification reaction in such a manner that a ratio of the number of moles of a fatty acid group to the number of moles of a glycerin group, [FA/GLY], falls within a range of from 0.1 to 2.0, and followed by recovery of unreacted glycerin; and subjecting glycerin including the glycerin recovered in the step and the tall fatty acid to the esterification reaction to obtain a monoglyceride-containing composition having cloud point decreased by 0.3°C or more with respect to the cloud point of the reaction product after the esterification reaction obtained in the step . subjecting glycerin and the tall fatty acid to an esterification reaction in such a manner that a ratio of the number of moles of a fatty acid group to the number of moles of a glycerin group, [FA/GLY], falls within a range of from 0.1 to 2.0, and followed by recovery of unreacted glycerin; and subjecting glycerin including the glycerin recovered in the step and the tall fatty acid to the esterification reaction to obtain a monoglyceride-containing composition having cloud point decreased by 0.3°C or more with respect to the cloud point of the reaction product after the esterification reaction obtained in the step .
A method for determining the fraction of fetal nucleic acids in a maternal sample comprising a mixture of fetal and maternal genomic DNA, wherein the maternal sample is a plasma sample and wherein said fetal and maternal genomic DNA is cell-free DNA (cfDNA), said method comprising: (a) amplifying a plurality of polymorphic target nucleic acids in said mixture, each of said plurality of polymorphic target nucleic acids comprising at least one single nucleotide polymorphism (SNP) site, such that at least 40 different SNP sites are amplified from the polymorphic target nucleic acids, wherein at least one SNP site is informative, and wherein said plurality of polymorphic target nucleic acids are located on a plurality of different chromosomes; (b) performing massively parallel sequencing of at least a portion of the amplified product obtained in (a), wherein said sequencing comprises providing a plurality of sequence tags; and (c) based on said sequencing, determining said fraction, wherein: (i) said fraction is determined based on the total number of tags that map to a first allele and the total number of tags that map to a second allele at an informative SNP site contained in a reference genome; and (ii) the informative SNP site is identified by the difference in the allelic sequences and the amount of each of the possible alleles. (a) amplifying a plurality of polymorphic target nucleic acids in said mixture, each of said plurality of polymorphic target nucleic acids comprising at least one single nucleotide polymorphism (SNP) site, such that at least 40 different SNP sites are amplified from the polymorphic target nucleic acids, wherein at least one SNP site is informative, and wherein said plurality of polymorphic target nucleic acids are located on a plurality of different chromosomes; (b) performing massively parallel sequencing of at least a portion of the amplified product obtained in (a), wherein said sequencing comprises providing a plurality of sequence tags; and (c) based on said sequencing, determining said fraction, wherein: (i) said fraction is determined based on the total number of tags that map to a first allele and the total number of tags that map to a second allele at an informative SNP site contained in a reference genome; and (ii) the informative SNP site is identified by the difference in the allelic sequences and the amount of each of the possible alleles. (i) said fraction is determined based on the total number of tags that map to a first allele and the total number of tags that map to a second allele at an informative SNP site contained in a reference genome; and (ii) the informative SNP site is identified by the difference in the allelic sequences and the amount of each of the possible alleles.
A frame construction as a panel element for a sectional door leaf which is guided in lateral guides in a locationally movable manner, wherein the frame construction consists of horizontal and vertical frame parts which are screwed together, wherein the frame construction consists of aluminium profile elements which are spaced apart by insulating bars, wherein the aluminium profile elements consist of shell elements made of aluminium, and the insulating bars are connected in a non-positive and positive manner to the aluminium profile elements, and wherein the frame construction can be filled with replaceable, plate-shaped insert elements , which can be held by mounting strips of the frame construction, wherein fastening sections are formed on the inside of the shell elements for the non-positive and positive fastening, via gripping sections , of composite mould bodies used as insulating bars, wherein the composite mould bodies are made of a polyamide, preferably with at least one aggregate, wherein the composite mould bodies are connected via the gripping sections , so that the frame construction has in cross-section an enclosed interior space, dispensing with chambers or the like, characterised in that the frame construction has on its upper side a first composite mould body with a convex shape, which extends beyond the lateral shell elements , so that the first composite mould body can project into a recess of the upper panel element and wherein the frame construction has on its underside a second composite mould body which is convex in the direction of the cavity.
A power transmission chain for use with a drive member having a plurality of teeth , and wherein: (i) the power transmission chain comprises a plurality of chain links which are pivotally connected together by connecting members and pivot arrangements so that the power transmission chain can pass around the drive member in use; (ii) each one of the pivot arrangements comprises first and second pivots which extend towards each other from opposite sides of the chain links ; (iii) the first and second pivots have adjacent ends which face each other and which are spaced apart; (iv) the power transmission chain comprises a plurality of engaging formations for enabling engagement with the drive member ; (v) the engaging formations are positioned between the adjacent ends of the first and second pivots ; and (vi) the engaging formations and the spacing apart of the adjacent ends of the first and second pivots cause the power transmission chain in use always to be positioned on the drive member irrespective of the diameter of the drive member. (i) the power transmission chain comprises a plurality of chain links which are pivotally connected together by connecting members and pivot arrangements so that the power transmission chain can pass around the drive member in use; (ii) each one of the pivot arrangements comprises first and second pivots which extend towards each other from opposite sides of the chain links ; (iii) the first and second pivots have adjacent ends which face each other and which are spaced apart; (iv) the power transmission chain comprises a plurality of engaging formations for enabling engagement with the drive member ; (v) the engaging formations are positioned between the adjacent ends of the first and second pivots ; and (vi) the engaging formations and the spacing apart of the adjacent ends of the first and second pivots cause the power transmission chain in use always to be positioned on the drive member irrespective of the diameter of the drive member.
A system for extracting polluted air in the vicinity of a road surface , the system comprising at least one inlet assembly arranged to be recessed, when in use, into the road surface and to be connected to an extraction duct , characterized in that said at least one inlet assembly comprises a resiliently compressible and/or retractable pod arranged to protrude, when in use, above the level of the road surface and to be driven over by a wheel of a road vehicle, whereby the wheel passing over the pod will cause the pod to compress and/or to retract, whereby one or more intakes are located within the pod , the pod defining a passage arranged to be connected tc the extraction duct .