mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment, UE, for use in a wireless communication system, the UE comprising: a communication module; and a processor configured to control the communication module, wherein the processor is configured to: receive a radio resource control, RRC, signal including configuration information related to a monitoring period for an uplink, UL, preemption indicator; receive scheduling information for a physical uplink shared channel, PUSCH, transmission; after a reception of the scheduling information, detect a common physical downlink control channel, PDCCH, including the UL preemption indicator during a monitoring time among a plurality of periodically configured monitoring times according to the monitoring period; and when the PUSCH transmission overlaps with at least one resource part indicated by the UL preemption indicator within a reference UL resource, cancel a portion of the PUSCH transmission based on the at least one resource part, wherein the reference UL resource starts in time after an offset from an ending time of the monitoring time, and the offset is associated with a PUSCH processing time. a communication module; and a processor configured to control the communication module, wherein the processor is configured to: receive a radio resource control, RRC, signal including configuration information related to a monitoring period for an uplink, UL, preemption indicator; receive scheduling information for a physical uplink shared channel, PUSCH, transmission; after a reception of the scheduling information, detect a common physical downlink control channel, PDCCH, including the UL preemption indicator during a monitoring time among a plurality of periodically configured monitoring times according to the monitoring period; and when the PUSCH transmission overlaps with at least one resource part indicated by the UL preemption indicator within a reference UL resource, cancel a portion of the PUSCH transmission based on the at least one resource part, wherein the reference UL resource starts in time after an offset from an ending time of the monitoring time, and the offset is associated with a PUSCH processing time. receive a radio resource control, RRC, signal including configuration information related to a monitoring period for an uplink, UL, preemption indicator; receive scheduling information for a physical uplink shared channel, PUSCH, transmission; after a reception of the scheduling information, detect a common physical downlink control channel, PDCCH, including the UL preemption indicator during a monitoring time among a plurality of periodically configured monitoring times according to the monitoring period; and when the PUSCH transmission overlaps with at least one resource part indicated by the UL preemption indicator within a reference UL resource, cancel a portion of the PUSCH transmission based on the at least one resource part, wherein the reference UL resource starts in time after an offset from an ending time of the monitoring time, and the offset is associated with a PUSCH processing time.
Device for the continuous and non-invasive determination of physiological parameters of a test person during physical exertion, comprising a LED-based illumination unit , designed to be able to rest on the skin of the test person at a desired measuring point, including a plurality of different, juxtaposed LED types, whose emission maxima are at different wavelengths λ1 , λ2 ... λL from visible to NIR-wavelength range, wherein the illumination unit comprises at least one LED type with an emission maximum below 590 nm, a photo sensor, which is designed to rest on the skin of the test person in order to capture light which was emitted by the illumination unit and passed through the body of the person to an exit location in the area of the photo sensor, a data processing unit , which is connected to the photo sensor for reading it out, and which is connected to the illumination unit and is adapted to activate the different LED types individually in a predetermined activation sequence at successive activation start times t k (k=1, 2 ... M) for a respective predetermined activation period and to repeat the activation sequence with a clock frequency as a series n = 1, 2 ... N of activation sequences, wherein the clock frequency is sufficiently high to resolve the pulse of the test person's circulation, characterized in that a camera sensor of CCD or CMOS type having a two-dimensional array with rows and columns of sensor elements is used as the photo sensor, the camera sensor is arranged relative to the illumination unit such that it can rest on the skin on the same side of the body part as the illumination unit and adjacent to it to detect light passing by transflection through the body of the test person to the camera sensor, the data processing unit is set up to read out the camera sensor in each activation sequence at the activation start times t k (k=1, 2 ... M) and over the respective activation period, and to record the detected intensities of the sensor elements, combined over subregions of sensor elements and assigned to the respective activation sequence from the sequence n = 1, 2 ... N of activation sequences and the respective activation start time t k (k=1, 2 ... M) as time series, wherein sub-areas of the camera sensor are summed up by reading out rows of the camera sensor, which lie parallely to the connection axis between the illumination unit and the camera sensor and along which the distance from the illumination unit increases, and to combine parallel rows into a single averaged row, and the data processing means is arranged to analyze the averaged row as a function of the distance from the illumination unit for the purpose of muscle oximetry.
A method of applying material from a nozzle (100; 1602), the method comprising: positioning the nozzle (100; 1602) relative to a substrate to which material is to be applied from a dispensing port (102; 1606) of the nozzle (100; 1602); dispensing the material from the dispensing port (102; 1606) at a surface of the nozzle (100; 1602), wherein a dispensing axis extends through a central location of the dispensing port (102; 1606) at the surface of the nozzle (100; 1602) and in a direction parallel to an average material stream orientation of the material dispensed; concurrent to dispensing the material from the dispensing port (102; 1606), discharging gas from an air-mask port (202; 1612), wherein a masking axis extends through a central location of the air-mask port (202; 1612) in a direction parallel to an average stream orientation of the gas discharged toward the substrate; an alignment axis extends through the dispensing port (102; 1606) and the air-mask port (202; 1612); and while dispensing the material and discharging the gas, moving the nozzle (100; 1602) along an application line of the substrate such that the dispensing axis intersects with the masking axis within 5 cm of a substrate application surface of the substrate.
A method performed by a network node in a communication network, the communication network providing a first type of positioning information wherein the first type of positioning information enables positioning with a first positioning accuracy, the method comprising: - obtaining a request for a second type of positioning information from a wireless device, wherein the second type of positioning information enables positioning with a second positioning accuracy that is higher than the first positioning accuracy; - providing information to the wireless device in response to the request, wherein the information is valid for a predefined period of time and wherein the information enables the wireless device to obtain the second type of positioning information only during the predefined period of time; and - providing the second type of positioning information, characterized in that the information provided in response to the request comprises one or more of: - an indication of in which communication resources the second type of positioning information may be obtained during the predefined period of time, wherein the communication resources comprise radio resources that are changed at regular or irregular intervals; - information enabling decoding of the second type of positioning information during the predefined period of time; wherein a code used by the communication network for encoding the second type of positioning information is changed by the communication network at regular or irregular intervals. - obtaining a request for a second type of positioning information from a wireless device, wherein the second type of positioning information enables positioning with a second positioning accuracy that is higher than the first positioning accuracy; - providing information to the wireless device in response to the request, wherein the information is valid for a predefined period of time and wherein the information enables the wireless device to obtain the second type of positioning information only during the predefined period of time; and - providing the second type of positioning information, - an indication of in which communication resources the second type of positioning information may be obtained during the predefined period of time, wherein the communication resources comprise radio resources that are changed at regular or irregular intervals; - information enabling decoding of the second type of positioning information during the predefined period of time; wherein a code used by the communication network for encoding the second type of positioning information is changed by the communication network at regular or irregular intervals.
Process for making a composite absorbent structure , comprising the steps of: a. Feeding, from a first source onto a deposit surface , a first layer comprising a first nonwoven fabric ; b. Feeding superabsorbent polymer on said first layer ; c. Feeding, from a second source onto the assembly formed by said first layer and said superabsorbent polymer , a second layer comprising a second nonwoven fabric ; d. Bonding said first nonwoven fabric and said second nonwoven fabric to each other by means of at least one calender ; wherein said first nonwoven fabric and/or said second nonwoven fabric comprise/s, preferably is essentially composed of, multicomponent filaments, and wherein said process comprises the step of crimping by heating the multicomponent filaments of said first nonwoven fabric and/or of said second nonwoven fabric so as to increase the volume of said first nonwoven fabric and/or of said second nonwoven fabric, wherein the superabsorbent polymer is in powder form, and the composite structure is essentially free of cellulose. a. Feeding, from a first source onto a deposit surface , a first layer comprising a first nonwoven fabric ; b. Feeding superabsorbent polymer on said first layer ; c. Feeding, from a second source onto the assembly formed by said first layer and said superabsorbent polymer , a second layer comprising a second nonwoven fabric ; d. Bonding said first nonwoven fabric and said second nonwoven fabric to each other by means of at least one calender ;
A method of manufacturing a smoking article , the method comprising the steps of: providing a mouthpiece comprising one or more segments and a substantially transparent wrapper circumscribing at least a portion of the one or more segments , the substantially transparent wrapper being formed from a polymeric film; providing an aerosol generating substrate in axial alignment with the mouthpiece ; providing a sheet of paper material comprising a window in the paper material, wherein the ratio of shrinkage of the substantially transparent wrapper to shrinkage of the paper material at the time of manufacture of the smoking article is less than 3.5 when subjected to 15 percent relative humidity at 42 degrees Celsius for 3 hours; and wrapping the sheet of paper material around at least a portion of the transparent wrapper so that an underlying mouthpiece segment can be viewed through the window and the substantially transparent wrapper . providing a mouthpiece comprising one or more segments and a substantially transparent wrapper circumscribing at least a portion of the one or more segments , the substantially transparent wrapper being formed from a polymeric film; providing an aerosol generating substrate in axial alignment with the mouthpiece ; providing a sheet of paper material comprising a window in the paper material, wherein the ratio of shrinkage of the substantially transparent wrapper to shrinkage of the paper material at the time of manufacture of the smoking article is less than 3.5 when subjected to 15 percent relative humidity at 42 degrees Celsius for 3 hours; and wrapping the sheet of paper material around at least a portion of the transparent wrapper so that an underlying mouthpiece segment can be viewed through the window and the substantially transparent wrapper .
A supply component for a printing device (104; 300) for supplying consumable printing material to the printing device, wherein the supply component (102; 212; 304) comprises a memory device (100; 232; 314), the memory device comprising: corrective data (106; 326) corresponding with a reference color table (108; 320), the reference color table stored in a memory of the printing device (104; 200; 300) which is different from the memory (100; 232; 314) of the supply component; wherein the printing device includes a standard color table for a first gamut; the corrective data (106; 326) including a set of residual values to transform the reference color table to a customized color table having a second gamut; wherein the color tables provide transformations between various color spaces; and wherein the reference color table (108; 320) includes a set of nodes and the set of residual values includes a residual value corresponding with every node. corrective data (106; 326) corresponding with a reference color table (108; 320), the reference color table stored in a memory of the printing device (104; 200; 300) which is different from the memory (100; 232; 314) of the supply component; wherein the printing device includes a standard color table for a first gamut; the corrective data (106; 326) including a set of residual values to transform the reference color table to a customized color table having a second gamut; wherein the color tables provide transformations between various color spaces; and wherein the reference color table (108; 320) includes a set of nodes and the set of residual values includes a residual value corresponding with every node.
A system (202; 300) for treating a surface and applying adhesive to an already treated portion of the surface concurrently, the system (202; 300) comprising: surface treatment equipment (208; 308) configured to treat the surface (204; 302) of an elongated member (213; 306); adhesive application equipment (210; 310) configured to apply adhesive (206; 304) to the already treated portion of the surface (204; 302); and a common feed system (212; 312) for feeding the elongated member (213; 306) beneath the surface treatment equipment (208; 308) and the adhesive application equipment (210; 310) concurrently, wherein the common feed system comprises: drive equipment (216; 402) comprising a plurality of drive wheels (218; 404) configured to contact the elongated member (213; 306); and indexing equipment (230; 406) configured to center the elongated member (213; 306) beneath the surface treatment equipment (208; 308) and the adhesive application equipment (210; 310). surface treatment equipment (208; 308) configured to treat the surface (204; 302) of an elongated member (213; 306); adhesive application equipment (210; 310) configured to apply adhesive (206; 304) to the already treated portion of the surface (204; 302); and a common feed system (212; 312) for feeding the elongated member (213; 306) beneath the surface treatment equipment (208; 308) and the adhesive application equipment (210; 310) concurrently, wherein the common feed system comprises: drive equipment (216; 402) comprising a plurality of drive wheels (218; 404) configured to contact the elongated member (213; 306); and indexing equipment (230; 406) configured to center the elongated member (213; 306) beneath the surface treatment equipment (208; 308) and the adhesive application equipment (210; 310). drive equipment (216; 402) comprising a plurality of drive wheels (218; 404) configured to contact the elongated member (213; 306); and indexing equipment (230; 406) configured to center the elongated member (213; 306) beneath the surface treatment equipment (208; 308) and the adhesive application equipment (210; 310).
Motor vehicle on-board electrical system comprising: - an electrical cable with a metallic conductor and an electrical insulation surrounding the conductor , - an optical waveguide guided in the insulation , the optical waveguide bearing directly against the conductor at least in some areas - an optical measuring device arranged for coupling a light signal into the optical waveguide and for measuring a conductor temperature using the coupled light signal by means of reflectometry, the measuring device measuring the conductor temperature along a longitudinal direction of the optical waveguide at a plurality of positions, wherein the measuring device puts out a control signal as a function of the measurement, and - an electrical load is connected to the conductor , characterized in that - the electrical load is operatively connected to the measuring device and the electrical load changes a power consumption of the conductor as a function of the control signal, wherein, - the measuring device outputs the control signal only when a limit value is exceeded at a plurality of positions along the conductor. - an electrical cable with a metallic conductor and an electrical insulation surrounding the conductor , - an optical waveguide guided in the insulation , the optical waveguide bearing directly against the conductor at least in some areas - an optical measuring device arranged for coupling a light signal into the optical waveguide and for measuring a conductor temperature using the coupled light signal by means of reflectometry, the measuring device measuring the conductor temperature along a longitudinal direction of the optical waveguide at a plurality of positions, wherein the measuring device puts out a control signal as a function of the measurement, and - an electrical load is connected to the conductor , characterized in that - the electrical load is operatively connected to the measuring device and the electrical load changes a power consumption of the conductor as a function of the control signal, wherein, - the measuring device outputs the control signal only when a limit value is exceeded at a plurality of positions along the conductor.
A surrounding vehicle display method that is used in a vehicle with a function of auto lane change to perform lane change control regardless of intension of a driver, comprising: obtaining information on surroundings of a host vehicle ; using the obtained information on the surroundings of the host vehicle to generate and display a virtual image that indicates the surroundings of the host vehicle as being viewed from above the host vehicle ; starting examination of a possibility that the auto lane change may be needed; determining whether to perform the auto lane change after a lapse of a predetermined time from the start of the examination of a possibility that the auto lane change may be needed; and after the start of the examination of a possibility that the auto lane change may be needed and before the determination of whether to perform the auto lane change, making a display region of the surroundings of the host vehicle on the virtual image wider than a display region before the examination is started. obtaining information on surroundings of a host vehicle ; using the obtained information on the surroundings of the host vehicle to generate and display a virtual image that indicates the surroundings of the host vehicle as being viewed from above the host vehicle ; starting examination of a possibility that the auto lane change may be needed; determining whether to perform the auto lane change after a lapse of a predetermined time from the start of the examination of a possibility that the auto lane change may be needed; and after the start of the examination of a possibility that the auto lane change may be needed and before the determination of whether to perform the auto lane change, making a display region of the surroundings of the host vehicle on the virtual image wider than a display region before the examination is started.
A compressed gas tank assembly for an aircraft evacuation system comprising: a metal liner comprising a cylindrical geometry and having a centerline axis; a carbon fiber shell enveloping the metal liner ; a fiberglass shell enveloping the carbon fiber shell; a port for at least one of charging and dis-charging the gas tank assembly; an inside fastener coupled to the metal liner ; and an attachment feature removably coupled to the inside fastener, the attachment feature configured to secure the compressed gas tank assembly to a portion of an aircraft via a securing element , wherein the attachment feature comprises a loop , and the inside fastener being disposed at least partially within at least one of the carbon fiber shell or the fiberglass shell and disposed on the outer surface of the metal liner , the inside fastener located at a first end of the compressed gas tank assembly and is concentric with the liner; wherein the port is located at a second end of the gas tank assembly. a metal liner comprising a cylindrical geometry and having a centerline axis; a carbon fiber shell enveloping the metal liner ; a fiberglass shell enveloping the carbon fiber shell; a port for at least one of charging and dis-charging the gas tank assembly; an inside fastener coupled to the metal liner ; and an attachment feature removably coupled to the inside fastener, the attachment feature configured to secure the compressed gas tank assembly to a portion of an aircraft via a securing element , wherein the attachment feature comprises a loop , and the inside fastener being disposed at least partially within at least one of the carbon fiber shell or the fiberglass shell and disposed on the outer surface of the metal liner , the inside fastener located at a first end of the compressed gas tank assembly and is concentric with the liner; wherein the port is located at a second end of the gas tank assembly.