mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining a network slice identifier, wherein the method comprises: receiving, by a wireless access device, a first service packet sent by a terminal; obtaining , by the wireless access device, a second service packet based on the first service packet, wherein the second service packet comprises the first service packet and a network slice identifier; and sending , by the wireless access device, the second service packet to a forwarding device, wherein the obtaining , by the wireless access device, a second service packet based on the first service packet comprises: obtaining, by the wireless access device, a first identifier based on the first service packet, wherein the first identifier is used to identify a service of a subscriber; and obtaining, by the wireless access device, the second service packet based on the first identifier, the first service packet, and a correspondence, wherein the correspondence comprises the network slice identifier and the first identifier, the second service packet comprises tunnel encapsulation, and the tunnel encapsulation comprises the network slice identifier, wherein the first identifier comprises at least one of a service identifier and an identifier of the subscriber. receiving, by a wireless access device, a first service packet sent by a terminal; obtaining , by the wireless access device, a second service packet based on the first service packet, wherein the second service packet comprises the first service packet and a network slice identifier; and sending , by the wireless access device, the second service packet to a forwarding device, wherein the obtaining , by the wireless access device, a second service packet based on the first service packet comprises: obtaining, by the wireless access device, a first identifier based on the first service packet, wherein the first identifier is used to identify a service of a subscriber; and obtaining, by the wireless access device, the second service packet based on the first identifier, the first service packet, and a correspondence, wherein the correspondence comprises the network slice identifier and the first identifier, the second service packet comprises tunnel encapsulation, and the tunnel encapsulation comprises the network slice identifier, wherein the first identifier comprises at least one of a service identifier and an identifier of the subscriber. obtaining, by the wireless access device, a first identifier based on the first service packet, wherein the first identifier is used to identify a service of a subscriber; and obtaining, by the wireless access device, the second service packet based on the first identifier, the first service packet, and a correspondence, wherein the correspondence comprises the network slice identifier and the first identifier, the second service packet comprises tunnel encapsulation, and the tunnel encapsulation comprises the network slice identifier, wherein the first identifier comprises at least one of a service identifier and an identifier of the subscriber.
A system of monitoring the formation of a traveling sheet of material, that moves in a machine direction (MD), which comprises: a thermal imaging device that is configured to capture a thermal image of the sheet material along a cross direction at a first position along the MD to generate sequential temperature profiles of the traveling sheet of material; characterized by means for measuring an areal weight of the traveling sheet of material at a second position along the MD that is downstream of the first position; a temperature sensor that is configured to measure the temperature of the sheet of material at a third position, wherein the third position is adjacent to the second position along the MD; and a controller that is configured to compute the areal weight of the traveling sheet of material along the cross direction (CD), the controller is configured to use the sequential temperature profiles, the means for measuring the areal weight, and the temperature sensor for computing the areal weight in the CD. a thermal imaging device that is configured to capture a thermal image of the sheet material along a cross direction at a first position along the MD to generate sequential temperature profiles of the traveling sheet of material; characterized by means for measuring an areal weight of the traveling sheet of material at a second position along the MD that is downstream of the first position; a temperature sensor that is configured to measure the temperature of the sheet of material at a third position, wherein the third position is adjacent to the second position along the MD; and a controller that is configured to compute the areal weight of the traveling sheet of material along the cross direction (CD), the controller is configured to use the sequential temperature profiles, the means for measuring the areal weight, and the temperature sensor for computing the areal weight in the CD.
Multistage compressor , - with at least one high-pressure stage and at least one low-pressure stage , - with at least two pistons which are driven via a common crankshaft mounted in a crankcase , and which are guided in associated cylinders , and which form the at least one high-pressure stage and the at least one low-pressure stage , - with a line arrangement which communicates with the individual cylinders for supplying and discharging air to and from the cylinders , - wherein in the line arrangement a switchable valve device is arranged, which is configured such that the at least one high-pressure stage is associated with different cylinders according to a switching position of the valve device , characterised in that the at least one high-pressure stage moves one cylinder further with each cylinder operating cycle or each switching position. - with at least one high-pressure stage and at least one low-pressure stage , - with at least two pistons which are driven via a common crankshaft mounted in a crankcase , and which are guided in associated cylinders , and which form the at least one high-pressure stage and the at least one low-pressure stage , - with a line arrangement which communicates with the individual cylinders for supplying and discharging air to and from the cylinders , - wherein in the line arrangement a switchable valve device is arranged, which is configured such that the at least one high-pressure stage is associated with different cylinders according to a switching position of the valve device , characterised in that the at least one high-pressure stage moves one cylinder further with each cylinder operating cycle or each switching position.
A method of operating a user equipment, UE, comprising: receiving , during at least one slot, transmission from a base station of a Physical Downlink Control Channel, PDCCH, and a Physical Downlink Shared Channel, PDSCH, the PDCCH including a first part of a Downlink Control Information, DCI, the PDSCH including a second part of the DCI; and determining at least one timing value associated with an effective receive time for the PDCCH, wherein, if there is a demodulation reference signal, DMRS, after a last symbol of the second part of the DCI within the PDSCH, then the effective receive time of the PDCCH corresponds to a last symbol of a first DMRS instance after the last symbol of the second part of the DCI within the PDSCH; and wherein the at least one timing value comprises: a time offset between the effective receive time for the PDCCH and at least one of a channel state information, CSI, report, a Physical Uplink Shared Channel, PUSCH, communication, a PDSCH communication, or a Sounding Reference Signal, SRS, communication. receiving , during at least one slot, transmission from a base station of a Physical Downlink Control Channel, PDCCH, and a Physical Downlink Shared Channel, PDSCH, the PDCCH including a first part of a Downlink Control Information, DCI, the PDSCH including a second part of the DCI; and determining at least one timing value associated with an effective receive time for the PDCCH, wherein, if there is a demodulation reference signal, DMRS, after a last symbol of the second part of the DCI within the PDSCH, then the effective receive time of the PDCCH corresponds to a last symbol of a first DMRS instance after the last symbol of the second part of the DCI within the PDSCH; and wherein the at least one timing value comprises: a time offset between the effective receive time for the PDCCH and at least one of a channel state information, CSI, report, a Physical Uplink Shared Channel, PUSCH, communication, a PDSCH communication, or a Sounding Reference Signal, SRS, communication.
A process for the preparation of 5-bromo-1,3-dichloro-2-fluoro-benzene which process comprises diazotization of 6-bromo-2,4-dichloro-3-fluoro-aniline and reduction of the resulting diazonium salt to yield 5-bromo-1,3-dichloro-2-fluoro-benzene.
A method for manufacturing an electronic module , comprising: a circuit-unit forming step of forming a circuit unit by forming a wiring pattern on a surface of a substrate having flexibility and an electrical insulation property and mounting an electronic device on the wiring pattern; and a sealing step of sealing the circuit unit with a resin body of an electrical insulating resin, wherein the substrate is composed of a flexible material that is deformable during sealing with the electrical insulating resin, and the sealing step includes sealing seals the substrate and the circuit unit with the electrical insulating resin, wherein the wiring pattern is composed of a metallic foil that enables soldering, and the metallic foil has a recrystallization temperature equal to or less than a molding temperature of the electrical insulating resin, and the circuit-unit forming step includes soldering the electronic device to the wiring pattern . a circuit-unit forming step of forming a circuit unit by forming a wiring pattern on a surface of a substrate having flexibility and an electrical insulation property and mounting an electronic device on the wiring pattern; and a sealing step of sealing the circuit unit with a resin body of an electrical insulating resin, wherein the substrate is composed of a flexible material that is deformable during sealing with the electrical insulating resin, and the sealing step includes sealing seals the substrate and the circuit unit with the electrical insulating resin, wherein the wiring pattern is composed of a metallic foil that enables soldering, and the metallic foil has a recrystallization temperature equal to or less than a molding temperature of the electrical insulating resin, and the circuit-unit forming step includes soldering the electronic device to the wiring pattern .
A lighting device comprised of a light emitting diode and a film or sheet or profile suitable for use as an optical reflector, comprising a layer of a melt-processable acrylic resin composition comprised of - an acrylic polymer and - a white pigment at not more than 40 weight % and - up to 20 weight % of a matting or diffusion agent; wherein said matting agent is selected from the group consisting of barium sulfate particles, aluminum oxide particles, silicon oxide particles, hollow particles, organic particles, and fluoropolymers and wherein the melt-processable acrylic resin composition has a melt flow rate (as measured in the description) of at more than 0.4 grams for 10 minutes under 3.8Kg at 230°C, wherein the film or the sheet or the profile further comprises a substrate film layer comprised of a thermoplastic polymer, or wherein the film or the sheet is a monolithic film or sheet. - an acrylic polymer and - a white pigment at not more than 40 weight % and - up to 20 weight % of a matting or diffusion agent; wherein said matting agent is selected from the group consisting of barium sulfate particles, aluminum oxide particles, silicon oxide particles, hollow particles, organic particles, and fluoropolymers and wherein the melt-processable acrylic resin composition has a melt flow rate (as measured in the description) of at more than 0.4 grams for 10 minutes under 3.8Kg at 230°C, wherein the film or the sheet or the profile further comprises a substrate film layer comprised of a thermoplastic polymer, or wherein the film or the sheet is a monolithic film or sheet.
A method for a communication system that implements a converged network to support communication by multiple networks including at least a first network and a second network wherein the first network is a fixed network , the method comprising: transmitting, from a user equipment based on a determination that a signal quality of a signal received from the second network for the multicast or broadcast content fails to satisfy a threshold value, a request to configure the first network to transmit complementary content associated with multicast or broadcast content received at the user equipment from the second network; and combining, at the user equipment , the complementary content received from the first network with the multicast or broadcast content received from the second network to increase a quality of the multicast or broadcast content. transmitting, from a user equipment based on a determination that a signal quality of a signal received from the second network for the multicast or broadcast content fails to satisfy a threshold value, a request to configure the first network to transmit complementary content associated with multicast or broadcast content received at the user equipment from the second network; and combining, at the user equipment , the complementary content received from the first network with the multicast or broadcast content received from the second network to increase a quality of the multicast or broadcast content.
Native, unmodified RS type 2 resistant potato starch having a resistant starch content of at least 60% for use in the treatment of a human for one of the following: a) increasing High Density Lipoprotein plasma levels, b) decreasing blood glucose levels, c) decreasing insulin resistance, comprising administering to said human an effective amount of resistant potato starch on a regular schedule or regimen, wherein the effective amount is between 0.25 and 40 g, preferably between 0.5 and 40 g and more preferably between 0.5 and 30 g. a) increasing High Density Lipoprotein plasma levels, b) decreasing blood glucose levels, c) decreasing insulin resistance,
A method for reducing latency in an Orthogonal Frequency Division Modulation, OFDM, communication system , characterized by comprising: storing an amount of information symbol samples for an overlap-and-add operation, where the amount of information symbol samples is less than a total length of the information symbol and corresponds to a size of a zero-padded suffix, ZPS, that follows the information symbol; and further characterized by cyclically shifting the order of samples input to a receiver's Fourier Transform logic, comprising: forwarding at least one remaining information symbol sample for Fourier transform processing at the Fourier Transform logic ; performing the overlap-and-add operation of the stored amount of symbols with the zero-padded suffix ,ZPS, following each information symbol, wherein the overlap-and-add operation is performed in a PHY layer of device in the communication system ; forwarding an overlapped-and-added sample for Fourier transform processing, and wherein the Fourier transform logic begins to receive the at least one remaining information symbol sample preceding the ZPS before the ZPS samples are added to the stored amount of symbols and the overlap-and-add operation is performed. storing an amount of information symbol samples for an overlap-and-add operation, where the amount of information symbol samples is less than a total length of the information symbol and corresponds to a size of a zero-padded suffix, ZPS, that follows the information symbol; and further characterized by cyclically shifting the order of samples input to a receiver's Fourier Transform logic, comprising: forwarding at least one remaining information symbol sample for Fourier transform processing at the Fourier Transform logic ; performing the overlap-and-add operation of the stored amount of symbols with the zero-padded suffix ,ZPS, following each information symbol, wherein the overlap-and-add operation is performed in a PHY layer of device in the communication system ; forwarding an overlapped-and-added sample for Fourier transform processing, and wherein the Fourier transform logic begins to receive the at least one remaining information symbol sample preceding the ZPS before the ZPS samples are added to the stored amount of symbols and the overlap-and-add operation is performed. performing the overlap-and-add operation of the stored amount of symbols with the zero-padded suffix ,ZPS, following each information symbol, wherein the overlap-and-add operation is performed in a PHY layer of device in the communication system ; forwarding an overlapped-and-added sample for Fourier transform processing, and wherein the Fourier transform logic begins to receive the at least one remaining information symbol sample preceding the ZPS before the ZPS samples are added to the stored amount of symbols and the overlap-and-add operation is performed.
An affixing apparatus for affixing a film to a plate-shaped body , comprising: a plate-shaped mounting member provided with a mounting portion on which the plate-shaped body can be mounted; a plate-shaped pressing member installed at a position facing the mounting member ; and a support member installed at an outer edge of the mounting portion so as to be positioned between the mounting member and the pressing member , wherein the pressing member has a pressing surface in contact with the film , and wherein the support member has a support surface facing the pressing surface , and wherein the pressing member is adapted to press the film against a main surface of the plate-shaped body , characterized in that the support member is adapted to support an edge part of the film when the film is pressed by the pressing member , and the affixing apparatus is adapted to sandwich the edge part of the film between the support member and the pressing member and compressing the edge part in a thickness direction of the film . a plate-shaped mounting member provided with a mounting portion on which the plate-shaped body can be mounted; a plate-shaped pressing member installed at a position facing the mounting member ; and a support member installed at an outer edge of the mounting portion so as to be positioned between the mounting member and the pressing member , wherein the pressing member has a pressing surface in contact with the film , and wherein the support member has a support surface facing the pressing surface , and wherein the pressing member is adapted to press the film against a main surface of the plate-shaped body , characterized in that the support member is adapted to support an edge part of the film when the film is pressed by the pressing member , and the affixing apparatus is adapted to sandwich the edge part of the film between the support member and the pressing member and compressing the edge part in a thickness direction of the film .
A locknut assembly for securing at least one component to a shaft , the locknut assembly comprising: a locknut and a lockwasher , the locknut assembly being characterized in that : the locknut defines an internal cavity and an aperture extending through the internal cavity of the locknut , the internal cavity of the locknut defining an internal wall comprising at least one location feature ; and the lockwasher defines an internal cavity , an external wall comprising at least one mating location feature , and an anti-rotation feature disposed within the internal cavity of the lockwasher and adapted for engagement with a corresponding anti-rotation feature located at an end portion of the shaft , the anti-rotation feature being aligned with the aperture and alignable with a longitudinal axis (L) of the shaft , wherein the mating location feature of the lockwasher engages the location feature of the locknut , and the anti-rotation feature of the lockwasher is capable of engaging the corresponding anti-rotation feature of the shaft to limit rotation of the locknut . a locknut and a lockwasher , the locknut assembly being characterized in that : the locknut defines an internal cavity and an aperture extending through the internal cavity of the locknut , the internal cavity of the locknut defining an internal wall comprising at least one location feature ; and the lockwasher defines an internal cavity , an external wall comprising at least one mating location feature , and an anti-rotation feature disposed within the internal cavity of the lockwasher and adapted for engagement with a corresponding anti-rotation feature located at an end portion of the shaft , the anti-rotation feature being aligned with the aperture and alignable with a longitudinal axis (L) of the shaft , the locknut defines an internal cavity and an aperture extending through the internal cavity of the locknut , the internal cavity of the locknut defining an internal wall comprising at least one location feature ; and the lockwasher defines an internal cavity , an external wall comprising at least one mating location feature , and an anti-rotation feature disposed within the internal cavity of the lockwasher and adapted for engagement with a corresponding anti-rotation feature located at an end portion of the shaft , the anti-rotation feature being aligned with the aperture and alignable with a longitudinal axis (L) of the shaft , wherein the mating location feature of the lockwasher engages the location feature of the locknut , and the anti-rotation feature of the lockwasher is capable of engaging the corresponding anti-rotation feature of the shaft to limit rotation of the locknut .
A cutting machine to cut panels made of wood or the like, the machine comprising a cutting station ; a main pusher to move at least one first panel through the cutting station in a first direction ; a secondary pusher to move at least one second panel through the cutting station in the first direction ; a cutting assembly , which is mounted in the cutting station and is movable in a second direction and along a cutting surface (T), which are substantially perpendicular to the first direction , so as to cut the panels ; and a support frame , which defines a support surface (P) for said first and second panels ; the main pusher being provided with a plurality of first gripping members , which are shaped like tongs so as to grip the first panel , and with a first pushing device , which is configured to push at least one component (C) separated from the first panel and/or swarf of the first panel downstream of the cutting surface (T); and the secondary pusher being provided with at least one second gripping member , which is shaped like tongs so as to grip the second panel , and with a second pushing device to push at least one component (C) separated from the second panel and/or swarf of the second panel downstream of the cutting surface (T); the second pushing device comprising a first pushing member ; and the second gripping member and the first pushing member being movable relative to one another between a retracted position, in which the second gripping member projects from the first pushing member in the first direction , and an extracted position, in which the first pushing member projects from the second gripping member in the first direction ; and being characterized in that the second pushing device further comprises a second pushing member ; the second gripping member and the second pushing member being movable relative to one another between a retracted position, in which the second gripping member projects from the second pushing member in the first direction , and an extracted position, in which the second pushing member projects from the second gripping member in the first direction ; and in that the first pushing member extends around the second gripping member .