mhurhangee/ep-ind-claims huggingface dataset:
A data stream into which a media content is coded, the data stream comprising packets, each packet comprising an packet type identifier identifying a packet type associated with the respective packet, out of a plurality of packet types, wherein each packet having a packet type out of a first set of the plurality of packet types associated therewith, comprises an operation point identifier identifying an operation point associated with the respective packet, out of a plurality of operation points within a scalability space spanned by a number n of scalability axes (22a, 22b), with 0<n, the operation points having a sequential operation point order defined thereamong, wherein each packet having any packet type out of a second set of the first set of packet types associated therewith, additionally carries data contributing to a coded representation of the media content at the operation point associated with the respective packet along with the packets having any operation point associated therewith which precedes the operation point associated with the respective packet, or equals the operation point associated with the respective packet, wherein each packet having a predetermined packet type disjoint to the second set associated therewith, has an scalability axes descriptor defining the number n and a semantic meaning of the one or more scalability axes.
An electronic device, configured to receive and send calls, wherein: the device is configured to, when in a first mode, display caller information and a group of selectable command-images when a call is received by the device, wherein the group of command-images correspond to an answer command to answer the received call, a call-back command to send a message that the call will be returned within a predetermined amount of time, and an override command to send an urgency-override, wherein selection of the command-image corresponding to the call-back command causes the device to provide an option of recording a message, and wherein selection of the command-image corresponding to the override command causes the device to send a message providing the caller with the options of (i) prompting the device user to answer the received call and (ii) recording a message; and the device is configured to, when in a second mode, automatically direct all calls to voicemail except calls from callers on a user-defined list, and send an urgency-override option (128, 470) to a caller on the user-defined list when a call from the caller on the user-defined list is received by the device. the device is configured to, when in a first mode, display caller information and a group of selectable command-images when a call is received by the device, wherein the group of command-images correspond to an answer command to answer the received call, a call-back command to send a message that the call will be returned within a predetermined amount of time, and an override command to send an urgency-override, wherein selection of the command-image corresponding to the call-back command causes the device to provide an option of recording a message, and wherein selection of the command-image corresponding to the override command causes the device to send a message providing the caller with the options of (i) prompting the device user to answer the received call and (ii) recording a message; and display caller information and a group of selectable command-images when a call is received by the device, wherein the group of command-images correspond to an answer command to answer the received call, a call-back command to send a message that the call will be returned within a predetermined amount of time, and an override command to send an urgency-override, wherein selection of the command-image corresponding to the call-back command causes the device to provide an option of recording a message, and wherein selection of the command-image corresponding to the override command causes the device to send a message providing the caller with the options of (i) prompting the device user to answer the received call and (ii) recording a message; and the device is configured to, when in a second mode, automatically direct all calls to voicemail except calls from callers on a user-defined list, and send an urgency-override option (128, 470) to a caller on the user-defined list when a call from the caller on the user-defined list is received by the device.
A laser reflow apparatus for reflowing electronic components on a substrate disposed on a stage, the apparatus comprising: a laser emission unit comprised of a plurality of laser modules (310, 320, 330, 340) for emitting a laser beam having a flat top output profile in at least one section of the substrate on which the electronic components are disposed; a camera unit comprising at least one camera module for capturing a reflowing process of the electronic components performed by the laser beam; and a laser output control unit configured to generate a control signal for independently controlling the respective laser modules (310, 320, 330, 340) of the laser emission unit based on a signal output from the camera unit and apply the control signal to the laser emission unit. characterised in that each of the laser modules (310, 320, 330, 340) has an equal maximum output, and emits a laser beam equal in beam shape, beam area and emission area, such that the laser beams are superposed with one another, wherein each laser beam provides flat superposition in the emission area. wherein each of the laser modules (310, 320, 330, 340) has an optical system provided therein, the optical system comprising: a beam shaper; at least one pair of cylindrical lenses; at least another pair of cylindrical lenses arranged perpendicularly to the at least one pair of cylindrical lenses; and a zoom lens module comprised of one or more of convex lenses and concave lenses. a laser emission unit comprised of a plurality of laser modules (310, 320, 330, 340) for emitting a laser beam having a flat top output profile in at least one section of the substrate on which the electronic components are disposed; a camera unit comprising at least one camera module for capturing a reflowing process of the electronic components performed by the laser beam; and a laser output control unit configured to generate a control signal for independently controlling the respective laser modules (310, 320, 330, 340) of the laser emission unit based on a signal output from the camera unit and apply the control signal to the laser emission unit. characterised in that each of the laser modules (310, 320, 330, 340) has an equal maximum output, and emits a laser beam equal in beam shape, beam area and emission area, such that the laser beams are superposed with one another, wherein each laser beam provides flat superposition in the emission area. wherein each of the laser modules (310, 320, 330, 340) has an optical system provided therein, the optical system comprising: a beam shaper; at least one pair of cylindrical lenses; at least another pair of cylindrical lenses arranged perpendicularly to the at least one pair of cylindrical lenses; and a zoom lens module comprised of one or more of convex lenses and concave lenses. a beam shaper; at least one pair of cylindrical lenses; at least another pair of cylindrical lenses arranged perpendicularly to the at least one pair of cylindrical lenses; and a zoom lens module comprised of one or more of convex lenses and concave lenses.
Conveying device for a fuel-cell system for conveying and/or recirculating a gaseous medium, in particular hydrogen, having a dosing valve, having a side-channel compressor, which has a housing and a drive, having a compressor chamber, which extends in the housing so as to run around an axis of rotation and has at least one first side channel that runs around, having an impeller, which is situated in the housing and is arranged so as to be rotatable about the axis of rotation and is driven by the drive, having a gas inlet opening, formed on the housing, and a gas outlet opening, which are connected fluidically to one another via the compressor chamber, in particular the first side channel, wherein, by means of the dosing valve, the conveying device is driven at least partially by a motive jet of a pressurized gaseous medium, wherein the pressurized gaseous medium is fed to the compressor chamber at least indirectly by means of the dosing valve, and wherein the gaseous medium is fed by means of the dosing valve to the side-channel compressor via the impeller, characterized in that this feeding takes place at least almost in the direction of the axis of rotation on that side of the impeller which is directed away from the drive. having a compressor chamber, which extends in the housing so as to run around an axis of rotation and has at least one first side channel that runs around, having an impeller, which is situated in the housing and is arranged so as to be rotatable about the axis of rotation and is driven by the drive, having a gas inlet opening, formed on the housing, and a gas outlet opening, which are connected fluidically to one another via the compressor chamber, in particular the first side channel, wherein, by means of the dosing valve, the conveying device is driven at least partially by a motive jet of a pressurized gaseous medium, wherein the pressurized gaseous medium is fed to the compressor chamber at least indirectly by means of the dosing valve, and wherein the gaseous medium is fed by means of the dosing valve to the side-channel compressor via the impeller, characterized in that this feeding takes place at least almost in the direction of the axis of rotation on that side of the impeller which is directed away from the drive.
A hot stamping method comprising: (a) heating a blank to an austenitization temperature of the blank or more; (b) forming the heated blank in a press forming apparatus, wherein the forming of the blank is started at a temperature of 600°C to 900°C and the blank is cooled to below a martensite transformation start temperature (Ms) of the blank at a speed of 25°C/sec or more; characterized in that the method further comprises (c) taking out the formed blank from the press forming apparatus at a temperature of 220°C to 350°C and consecutively cutting the formed blank with a trimming die, wherein a blank temperature at the time of cutting is 170°C to 330°C. (a) heating a blank to an austenitization temperature of the blank or more; (b) forming the heated blank in a press forming apparatus, wherein the forming of the blank is started at a temperature of 600°C to 900°C and the blank is cooled to below a martensite transformation start temperature (Ms) of the blank at a speed of 25°C/sec or more; characterized in that the method further comprises (c) taking out the formed blank from the press forming apparatus at a temperature of 220°C to 350°C and consecutively cutting the formed blank with a trimming die, wherein a blank temperature at the time of cutting is 170°C to 330°C.
A container for storing, producing, and dispensing hypochlorous acid (HOCl), the container comprising: a first compartment containing sodium hypochlorite (NaOCl) in water that has been run through an ion exchange process twice, the first compartment comprising flexible walls that allow an increase in internal pressure in response to a force directly administered to them and a first one-way valve permitting fluid flow from the first compartment in response to an increase in pressure within the first compartment; a second compartment separate from the first compartment and containing an organic acid in water, the second compartment comprising flexible walls that allow an increase in internal pressure in response to a force directly administered to them and a second one-way valve permitting fluid flow from the second compartment in response to an increase in pressure within the second compartment; and a third one-way valve permitting fluid flow of a mixture of the contents of the first and second compartments to an exterior of the container, and wherein air has been purged from the container. a first compartment containing sodium hypochlorite (NaOCl) in water that has been run through an ion exchange process twice, the first compartment comprising flexible walls that allow an increase in internal pressure in response to a force directly administered to them and a first one-way valve permitting fluid flow from the first compartment in response to an increase in pressure within the first compartment; a second compartment separate from the first compartment and containing an organic acid in water, the second compartment comprising flexible walls that allow an increase in internal pressure in response to a force directly administered to them and a second one-way valve permitting fluid flow from the second compartment in response to an increase in pressure within the second compartment; and a third one-way valve permitting fluid flow of a mixture of the contents of the first and second compartments to an exterior of the container, and wherein air has been purged from the container.
An apparatus comprising means for: detecting a user input comprising one or more fingers; identifying a tremor characteristic for each of the one or more fingers; determining a correlation between the tremor characteristic of a first finger and another detected tremor characteristic wherein the another detected tremor characteristic corresponds to another part of a user's hand which is interacting with the apparatus wherein the interacting comprises at least one of: forming part of the user input or holding the apparatus in the user's hand; wherein if the correlation is above a threshold a first output signal is provided and if the correlation is below a threshold a second output signal is provided and wherein if the correlation is above a threshold it is determined that the first finger and the another part of the user's hand belong to the same hand and if the correlation is below a threshold it is determined that the first finger and the another part of the user's hand belong to different hands. detecting a user input comprising one or more fingers; identifying a tremor characteristic for each of the one or more fingers; determining a correlation between the tremor characteristic of a first finger and another detected tremor characteristic wherein the another detected tremor characteristic corresponds to another part of a user's hand which is interacting with the apparatus wherein the interacting comprises at least one of: forming part of the user input or holding the apparatus in the user's hand; wherein if the correlation is above a threshold a first output signal is provided and if the correlation is below a threshold a second output signal is provided and wherein if the correlation is above a threshold it is determined that the first finger and the another part of the user's hand belong to the same hand and if the correlation is below a threshold it is determined that the first finger and the another part of the user's hand belong to different hands.
A method, by an authentication service, for providing step-up authentication in a system providing single sign on to a plurality of applications (110 1, 110 2, 110 3) on a computing device, comprising: receiving, from a token agent on the computing device, a request to authenticate a user of the computer device for a first native application (110 1) among the plurality of applications (110 1, 110 2, 110 3) on the computing device using a primary token associated with a single sign on capability; determining that the primary token is insufficient to authenticate the user for the first native application (110 1); requesting a step-up authentication for the user; updating the primary token to reflect the step-up authentication; granting access to the first native application (110 1) based on the updated primary token; and re-using the updated primary token which reflects the step-up authentication to grant access to one or more additional native applications (110 2, 110 3) among the plurality of applications (110 1, 110 2, 110 3) on the computing device, wherein the first native application (110 1) and the one or more additional native applications (110 2, 110 3) are configured to be executed on an operating system of the computing device. receiving, from a token agent on the computing device, a request to authenticate a user of the computer device for a first native application (110 1) among the plurality of applications (110 1, 110 2, 110 3) on the computing device using a primary token associated with a single sign on capability; determining that the primary token is insufficient to authenticate the user for the first native application (110 1); requesting a step-up authentication for the user; updating the primary token to reflect the step-up authentication; granting access to the first native application (110 1) based on the updated primary token; and re-using the updated primary token which reflects the step-up authentication to grant access to one or more additional native applications (110 2, 110 3) among the plurality of applications (110 1, 110 2, 110 3) on the computing device, wherein the first native application (110 1) and the one or more additional native applications (110 2, 110 3) are configured to be executed on an operating system of the computing device.
A cassette (1,200,300) for use in concentrating matter in a sample suspension, the cassette (1,200,300) comprising a housing having a support, an inlet port adapted to receive the sample suspension; and an enclosed sample-receiving channel in fluid communication with the inlet port, the enclosed sample-receiving channel having an upper portion and a base connected by at least two walls (11a,11b); in which the upper portion is configured to have a width less than a width of the base and the enclosed sample-receiving channel is configured to have a depth greater than 400 μm; in which the inlet port is configured to act as a conduit to deliver the sample to the enclosed sample-receiving channel; and in which the walls (11a, 11b) of the enclosed sample-receiving channel have a slope of between 40° and less than 90° with respect to the base; characterised in that the enclosed sample-receiving channel further comprises a raised platform extending upwards from the base; and in which the raised platform is separated from the upper portion (7,208) and both of the walls (11a,11b), and wherein the depth of the enclosed sample-receiving channel is measured from the top of the raised platform.
Method for supplying oxygen to at least one aeration tank (18a, 18b) of a water treatment system, comprising: - a step of injecting a gas comprising ozone into an ozonation tank, - a step of collecting a vent gas from the ozonation tank, - a step of measuring an ozone content in the vent gas, and - a step of comparing the measured ozone content to an ozone content threshold, and of: - supplying the at least one aeration tank (18a, 18b) directly with the vent gas if the measured ozone content is below the ozone content threshold, or - treating the vent gas so as to decrease its ozone content, if the measured ozone content is equal or above the ozone content threshold, and supplying the at least one aeration tank (18a, 18b) with the treated gas. - a step of injecting a gas comprising ozone into an ozonation tank, - a step of collecting a vent gas from the ozonation tank, - a step of measuring an ozone content in the vent gas, and - a step of comparing the measured ozone content to an ozone content threshold, and of: - supplying the at least one aeration tank (18a, 18b) directly with the vent gas if the measured ozone content is below the ozone content threshold, or - treating the vent gas so as to decrease its ozone content, if the measured ozone content is equal or above the ozone content threshold, and supplying the at least one aeration tank (18a, 18b) with the treated gas. - supplying the at least one aeration tank (18a, 18b) directly with the vent gas if the measured ozone content is below the ozone content threshold, or - treating the vent gas so as to decrease its ozone content, if the measured ozone content is equal or above the ozone content threshold, and supplying the at least one aeration tank (18a, 18b) with the treated gas.
Use of a copper-zinc alloy as material for a horseshoe, wherein the alloy consists of 59-73% by weight of copper, 2.7-8.5% by weight of manganese, 1.5-6.3% by weight of aluminum, 0.2-4% by weight of silicon, 0.2-3% by weight of iron, 0-2% by weight of lead, 0-2% by weight of nickel, 0-0.4% by weight of tin, 0-0.1% by weight of one of the elements chromium, vanadium, titanium or zirconium, 0-0.0005% by weight of boron, 0-0.03% by weight of antimony, 0-0.03% by weight of phosphorus, 0-0.03% by weight of cadmium, 0-0.05% by weight of cobalt, balance zinc and unavoidable impurities.
A nuclear power plant comprising a passive condenser and a containment, the passive condenser comprising: an upper collecting tube defining a plurality of heat exchange tube steam inlets and having an opening end and a closed end, and the opening end being fixedly connected to a first connector, the upper collecting tube extending through the containment of the nuclear power plant; first flanges defining first through holes and being arranged at positions of the heat exchange tube steam inlets, the first flanges being fixedly connected to the upper collecting tube, with the first through holes being in communication with the heat exchange tube steam inlets; a lower collecting tube defining a plurality of heat exchange tube condensate return ports and having an opening end and a closed end, and the opening end being fixedly connected to a second connector, the lower collecting tube extending through the containment of the nuclear power plant; second flanges defining second through holes and being arranged at positions of the heat exchange tube condensate return ports, the second flanges being fixedly connected to the lower collecting tube, with the second through holes being in communication with the heat exchange tube condensate return ports; and a heat exchange tube bundle comprising a plurality of heat exchange tubes, each of the heat exchange tubes comprising an upper inclined section, a middle connecting section and a lower inclined section, the upper inclined section being fixedly connected to the first flange, and the lower inclined section being fixedly connected to the second flange. an upper collecting tube defining a plurality of heat exchange tube steam inlets and having an opening end and a closed end, and the opening end being fixedly connected to a first connector, the upper collecting tube extending through the containment of the nuclear power plant; first flanges defining first through holes and being arranged at positions of the heat exchange tube steam inlets, the first flanges being fixedly connected to the upper collecting tube, with the first through holes being in communication with the heat exchange tube steam inlets; a lower collecting tube defining a plurality of heat exchange tube condensate return ports and having an opening end and a closed end, and the opening end being fixedly connected to a second connector, the lower collecting tube extending through the containment of the nuclear power plant; second flanges defining second through holes and being arranged at positions of the heat exchange tube condensate return ports, the second flanges being fixedly connected to the lower collecting tube, with the second through holes being in communication with the heat exchange tube condensate return ports; and a heat exchange tube bundle comprising a plurality of heat exchange tubes, each of the heat exchange tubes comprising an upper inclined section, a middle connecting section and a lower inclined section, the upper inclined section being fixedly connected to the first flange, and the lower inclined section being fixedly connected to the second flange.