mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: Displaying teleconference images on display screens of each of a plurality of participant computers (20A, 20B, 20C, 20D, 20E) for viewing by participants in a teleconference; Detecting, for each of the plurality of participant computers, movement of a headset that is in direct communication with the participant computer; Assigning, for each of the plurality of participant computers, a sentiment to the participant using the participant computer as a function of the detected headset movement; and displaying the sentiment assigned to at least one of the participants along with the teleconference images on at least one of the participant computers; establishing, for each of the plurality of participant computers, a network connection with a teleconferencing server; and the teleconferencing server sending the teleconference images to each of the plurality of participant computers, characterized in that the sentiment is assigned by a component of the headset responsive to the movement of the headset. Displaying teleconference images on display screens of each of a plurality of participant computers (20A, 20B, 20C, 20D, 20E) for viewing by participants in a teleconference; Detecting, for each of the plurality of participant computers, movement of a headset that is in direct communication with the participant computer; Assigning, for each of the plurality of participant computers, a sentiment to the participant using the participant computer as a function of the detected headset movement; and displaying the sentiment assigned to at least one of the participants along with the teleconference images on at least one of the participant computers; establishing, for each of the plurality of participant computers, a network connection with a teleconferencing server; and the teleconferencing server sending the teleconference images to each of the plurality of participant computers, characterized in that the sentiment is assigned by a component of the headset responsive to the movement of the headset.
A method for receiving a downlink control channel by a communication device in a wireless communication system, the method comprising: receiving a plurality of physical resource blocks, RBs, in a plurality of consecutive orthogonal frequency division multiplexing, OFDM, symbols, wherein the plurality of physical RBs includes a physical RB set semi-statically configured for the downlink control channel; and for reception of the downlink control channel for a cell, monitoring a plurality of downlink control channel candidates for the cell on a control channel element set of the physical RB set among the plurality of physical RBs, wherein the plurality of downlink control channel candidates for the cell include two or more downlink control channel candidates for the cell in a search space of an aggregation level, separated by a gap on the control channel element set corresponding to the physical RB set, according to the number of configured control channel elements and the aggregation level. receiving a plurality of physical resource blocks, RBs, in a plurality of consecutive orthogonal frequency division multiplexing, OFDM, symbols, wherein the plurality of physical RBs includes a physical RB set semi-statically configured for the downlink control channel; and for reception of the downlink control channel for a cell, monitoring a plurality of downlink control channel candidates for the cell on a control channel element set of the physical RB set among the plurality of physical RBs, wherein the plurality of downlink control channel candidates for the cell include two or more downlink control channel candidates for the cell in a search space of an aggregation level, separated by a gap on the control channel element set corresponding to the physical RB set, according to the number of configured control channel elements and the aggregation level.
An intraocular lens (10, 58, 62, 70, 78) of one-piece type comprising: an optical portion of generally circular shape in front view and including a lens zone having prescribed optical characteristics; and supporting portions (16, 60, 64, 72, 80) that extend radially outwardly from the optical portion, and that with the lens (10, 58, 62, 70, 78) inserted into an eye, are disposed in contact against an inside surface of an outer circumferential part of a capsule thereby holding the optical portion positioned within the capsule, the optical portion and supporting portions (16, 60, 64, 72, 80) are integrally formed with a foldable or rollable soft material, characterized in that a viscous material is employed as the soft material, and viscosity reducing portions having irregularities are formed only on the projecting distal end portions of the posterior faces of the supporting portions in a longitudinal direction (16, 60, 64, 72, 80) so as to reduce the viscosity of the posterior faces of the projecting distal end portions of the supporting portions (16, 60, 64, 72, 80) that are adapted to be superposed on the optical portion when the lens (10, 58, 62, 70, 78) is folded or rolled and inserted into the eye. an optical portion of generally circular shape in front view and including a lens zone having prescribed optical characteristics; and supporting portions (16, 60, 64, 72, 80) that extend radially outwardly from the optical portion, and that with the lens (10, 58, 62, 70, 78) inserted into an eye, are disposed in contact against an inside surface of an outer circumferential part of a capsule thereby holding the optical portion positioned within the capsule, the optical portion and supporting portions (16, 60, 64, 72, 80) are integrally formed with a foldable or rollable soft material, characterized in that a viscous material is employed as the soft material, and viscosity reducing portions having irregularities are formed only on the projecting distal end portions of the posterior faces of the supporting portions in a longitudinal direction (16, 60, 64, 72, 80) so as to reduce the viscosity of the posterior faces of the projecting distal end portions of the supporting portions (16, 60, 64, 72, 80) that are adapted to be superposed on the optical portion when the lens (10, 58, 62, 70, 78) is folded or rolled and inserted into the eye.
Radio access management system, comprising: a radio access network including a number of base stations, and a backhaul network to which said base stations are connected via backhaul links, characterized in that the system further comprises: a global backhaul resource controller overseeing the backhaul network as a whole and which is configured to: acquire information about both the load of said radio access network and of said backhaul network, suggest and/or to enforce handovers of user terminals connected to said base stations based on said acquired load information, and assign, to each of said base stations, a utility value which represents the acceptability of that base station to which it is assigned to serve further user terminals. a radio access network including a number of base stations, and a backhaul network to which said base stations are connected via backhaul links, a global backhaul resource controller overseeing the backhaul network as a whole and which is configured to: acquire information about both the load of said radio access network and of said backhaul network, suggest and/or to enforce handovers of user terminals connected to said base stations based on said acquired load information, and assign, to each of said base stations, a utility value which represents the acceptability of that base station to which it is assigned to serve further user terminals. acquire information about both the load of said radio access network and of said backhaul network, suggest and/or to enforce handovers of user terminals connected to said base stations based on said acquired load information, and assign, to each of said base stations, a utility value which represents the acceptability of that base station to which it is assigned to serve further user terminals.
A membrane module provided for an immersed operation in a basin with a liquid to be filtered, comprising: a headpiece; a fibre bundle of a multiplicity of hollow fibre membranes, which are cast with open ends into the headpiece and are surrounded by a liquid to be filtered, wherein the hollow fibre membranes are largely vertically oriented in the liquid; a permeate collection chamber connecting to the headpiece with at least one permeate outlet for the permeate draining from the interior of the hollow fibre membranes; a gas supply comprising a pipe which is guided through the headpiece, wherein the pipe ends in the interior of the fibre bundle in a gas outlet for a gaseous medium which after the transition from the pipe to the liquid to be filtered largely rises between the hollow fibre membranes of the fibre bundle as bubbles, characterized in that the fibre bundle is divided into sections each comprising a group of hollow fibre membranes wherein free spaces remain between the sections extending from the pipe to the outer circumference of the headpiece in a star-shaped structure to promote an inflow of the liquid from the surroundings of the fibre bundle into a foot area of the fibre bundle adjoining the headpiece due to flow movement through the rising bubbles, and wherein the gas outlet of the pipe is arranged in the foot area of the fibre bundle and is designed as a nozzle comprising an axial outlet opening. a headpiece; a fibre bundle of a multiplicity of hollow fibre membranes, which are cast with open ends into the headpiece and are surrounded by a liquid to be filtered, wherein the hollow fibre membranes are largely vertically oriented in the liquid; a permeate collection chamber connecting to the headpiece with at least one permeate outlet for the permeate draining from the interior of the hollow fibre membranes; a gas supply comprising a pipe which is guided through the headpiece, wherein the pipe ends in the interior of the fibre bundle in a gas outlet for a gaseous medium which after the transition from the pipe to the liquid to be filtered largely rises between the hollow fibre membranes of the fibre bundle as bubbles, characterized in that the fibre bundle is divided into sections each comprising a group of hollow fibre membranes wherein free spaces remain between the sections extending from the pipe to the outer circumference of the headpiece in a star-shaped structure to promote an inflow of the liquid from the surroundings of the fibre bundle into a foot area of the fibre bundle adjoining the headpiece due to flow movement through the rising bubbles, and wherein the gas outlet of the pipe is arranged in the foot area of the fibre bundle and is designed as a nozzle comprising an axial outlet opening.
A washing machine comprising: a casing having a laundry entry hole formed in a front surface of the casing; a tub disposed in the casing and having an opening formed in a front surface of the tub; a drum rotatably provided in the tub and accommodating laundry; a gasket comprising a gasket body (61, 62) forming a passage connecting the laundry entry hole and the opening, and a plurality of nozzles (66, 67) provided on an inner circumferential surface of the gasket body (61, 62) to spray water into the drum; a pump configured to pump water discharged from the tub; and a distribution pipe supplying water, pumped by the pump, to the plurality of nozzles (66, 67), wherein the distribution pipe comprises: a transport conduit (81, 82) disposed on an outer circumferential surface of the gasket body (61, 62) and guiding water pumped by the pump; and a plurality of outlet ports (83, 84) protruding from the transport conduit (81, 82) toward the gasket body (61, 62) and supplying water to the plurality of nozzles (66, 67), wherein the gasket comprises: an accommodating part in which at least a portion of the transport conduit (81, 82) is disposed; and a rib protruding from the accommodating part toward the transport conduit (81, 82). a casing having a laundry entry hole formed in a front surface of the casing; a tub disposed in the casing and having an opening formed in a front surface of the tub; a drum rotatably provided in the tub and accommodating laundry; a gasket comprising a gasket body (61, 62) forming a passage connecting the laundry entry hole and the opening, and a plurality of nozzles (66, 67) provided on an inner circumferential surface of the gasket body (61, 62) to spray water into the drum; a pump configured to pump water discharged from the tub; and a distribution pipe supplying water, pumped by the pump, to the plurality of nozzles (66, 67), wherein the distribution pipe comprises: a transport conduit (81, 82) disposed on an outer circumferential surface of the gasket body (61, 62) and guiding water pumped by the pump; and a plurality of outlet ports (83, 84) protruding from the transport conduit (81, 82) toward the gasket body (61, 62) and supplying water to the plurality of nozzles (66, 67), a transport conduit (81, 82) disposed on an outer circumferential surface of the gasket body (61, 62) and guiding water pumped by the pump; and a plurality of outlet ports (83, 84) protruding from the transport conduit (81, 82) toward the gasket body (61, 62) and supplying water to the plurality of nozzles (66, 67), wherein the gasket comprises: an accommodating part in which at least a portion of the transport conduit (81, 82) is disposed; and a rib protruding from the accommodating part toward the transport conduit (81, 82). an accommodating part in which at least a portion of the transport conduit (81, 82) is disposed; and a rib protruding from the accommodating part toward the transport conduit (81, 82).
An electronic cigarette, the electronic cigarette comprising a sensor and an atomizing assembly both of which are disposed in a housing, wherein the atomizing assembly is provided with a first airflow passage, a second airflow passage is provided in the housing, and the sensor is disposed in the second airflow passage, the housing is defined with a first air inlet and a second air inlet, the first air inlet is in fluid communication with the first airflow passage, the second air inlet is in fluid communication with the second airflow passage, the first airflow passage and the second airflow passage are isolated from each other by a partition member, the housing comprises a main body and a suction body connected at one end of the main body, the partition member is formed in the suction body, characterized in that the main body further comprises a connection part provided at the end of the main body to which the suction body is connected, the connection part is provided with two mounting holes (182, 183) which are separately formed, the atomizing assembly is mounted in the main body through one of the mounting holes (182, 183), the sensor is mounted in the other one of the mounting holes (182, 183), and the sensor is triggered to generate a signal to a control board of an energy device under an action of suction.
A particulate matter sensor device for detecting and/or characterising particulate matter in a flow of an aerosol sample guided through the particulate matter sensor device, comprising: - an enclosure, the enclosure comprising a flow inlet and a flow outlet, and the enclosure being arranged and configured for defining a flow channel for guiding the flow of the aerosol sample through the particulate matter sensor device from the flow inlet to the flow outlet; - a radiation source arranged and configured to emit radiation at least partially into the flow channel for interaction of the radiation with at least some of the particulate matter in the flow of the aerosol sample; - a radiation detector arranged and configured to detect at least part of said radiation after interaction with the particulate matter; and - a flow modifying device (511, 511a, 512, 513, 514; 521) arranged closely upstream of the radiation detector and/or of the radiation source, and configured to at least locally modify the flow of the aerosol sample for reducing particulate matter precipitation onto the radiation detector and/or onto the radiation source and/or onto the channel wall sections in close proximity to the radiation source and/or radiation detector, wherein the flow modifying device (511, 511a, 512, 513, 514, 521) comprises or consists of a constriction in or of the flow channel, the constriction being configured to direct at least part of the flow of the aerosol sample away from a detection area of the detector and/or away from an emitting area of the radiation source, and wherein said constriction extends over a constriction region, characterized in that the radiation detector and/or the radiation source are arranged in a constriction recess that is arranged in said constriction region and that extends radially into said constriction. - an enclosure, the enclosure comprising a flow inlet and a flow outlet, and the enclosure being arranged and configured for defining a flow channel for guiding the flow of the aerosol sample through the particulate matter sensor device from the flow inlet to the flow outlet; - a radiation source arranged and configured to emit radiation at least partially into the flow channel for interaction of the radiation with at least some of the particulate matter in the flow of the aerosol sample; - a radiation detector arranged and configured to detect at least part of said radiation after interaction with the particulate matter; and - a flow modifying device (511, 511a, 512, 513, 514; 521) arranged closely upstream of the radiation detector and/or of the radiation source, and configured to at least locally modify the flow of the aerosol sample for reducing particulate matter precipitation onto the radiation detector and/or onto the radiation source and/or onto the channel wall sections in close proximity to the radiation source and/or radiation detector,
A diatomite product comprising: soda ash flux-calcined diatomite, wherein the diatomite product has a crystalline silica content of less than 1 wt% as determined by the LH Method, wherein the diatomite product has a permeability between 0.8 darcy and 9 darcy, wherein the diatomite product has more than 4 wt % combined total of aluminum and iron in mineral form or more than 7 wt % expressed as oxides, and wherein the diatomite product has more than 2.6 wt% aluminum in mineral form, or more than 5 wt% expressed as aluminum oxide. soda ash flux-calcined diatomite, wherein the diatomite product has a crystalline silica content of less than 1 wt% as determined by the LH Method, wherein the diatomite product has a permeability between 0.8 darcy and 9 darcy, wherein the diatomite product has more than 4 wt % combined total of aluminum and iron in mineral form or more than 7 wt % expressed as oxides, and wherein the diatomite product has more than 2.6 wt% aluminum in mineral form, or more than 5 wt% expressed as aluminum oxide.
An electronic device comprising: a temperature sensor configured to measure a temperature of the battery; a current sensor configured to measure a current of the battery; a voltage sensor configured to measure a voltage of the battery; and a processor configured to estimate a temperature profile of the battery based on the temperature and the current of the battery and a battery model, characterised in that the processor is further configured to determine an overvoltage profile of the battery based on the temperature profile revise the overvoltage profile based on a current state of charge, SOC, and the voltage of the battery, and estimate an unusable SOC of the battery based on the revised overvoltage profile and an open circuit voltage, OCV, profile of the battery. a temperature sensor configured to measure a temperature of the battery; a current sensor configured to measure a current of the battery; a voltage sensor configured to measure a voltage of the battery; and a processor configured to estimate a temperature profile of the battery based on the temperature and the current of the battery and a battery model, characterised in that the processor is further configured to determine an overvoltage profile of the battery based on the temperature profile revise the overvoltage profile based on a current state of charge, SOC, and the voltage of the battery, and estimate an unusable SOC of the battery based on the revised overvoltage profile and an open circuit voltage, OCV, profile of the battery.
A ball component 3600 of a ball-and-socket joint prosthesis comprising a spherical head, a stem and a collar coupling the head to the stem, wherein the stem comprises a web structure, the web structure comprising a space truss comprising a plurality of planar truss units having a plurality of struts joined at nodes, wherein the web structure is configured to interface with bone tissue, and wherein the web structure extends throughout the implant including the central portion of the stem, characterised in that the plurality of planar truss units are coupled to one another such that a planar truss unit lies in a plane that is not substantially parallel to a plane of an adjacent planar truss unit that shares at least one strut.
A fan impeller, with some blades mounted between the upper plate and base plate of said impeller, at least one cambered inwards press crimp is arranged on the blade along the transverse direction of said blade, characterized in that said cambered inwards press crimp has a through hole near the end tip of blade.
A method of implementing intelligent packet aggregation, the method comprising: receiving, at a packet parser, a plurality of packets (302A-N, 1302A-N) and route each packet of the plurality of packets to a queue of a plurality of queues (1300A-N), the packets divided among the queues based on the packets' characteristics; interfacing with a processing element to determine a current operational state of the processing element; selecting a queue from the plurality of queues based on the current operational state of the processing element; and forwarding a number of packets from the selected queue to the processing element; wherein selecting the queue from the plurality of queues comprises: determining a current priority associated with each queue of a set of queues of the plurality of queues and decreasing the current priority of each queue when the current operational state indicates that the processing element is unable to process packets stored in the queue; and selecting a queue with a highest priority from the set of queues. receiving, at a packet parser, a plurality of packets (302A-N, 1302A-N) and route each packet of the plurality of packets to a queue of a plurality of queues (1300A-N), the packets divided among the queues based on the packets' characteristics; interfacing with a processing element to determine a current operational state of the processing element; selecting a queue from the plurality of queues based on the current operational state of the processing element; and forwarding a number of packets from the selected queue to the processing element; wherein selecting the queue from the plurality of queues comprises: determining a current priority associated with each queue of a set of queues of the plurality of queues and decreasing the current priority of each queue when the current operational state indicates that the processing element is unable to process packets stored in the queue; and selecting a queue with a highest priority from the set of queues. determining a current priority associated with each queue of a set of queues of the plurality of queues and decreasing the current priority of each queue when the current operational state indicates that the processing element is unable to process packets stored in the queue; and selecting a queue with a highest priority from the set of queues.