mhurhangee/ep-ind-claims huggingface dataset:
A method for determining trace amounts of water in oil, the method comprising the steps of: obtaining a blended sample of a low water content fluid, wherein the low water content fluid comprises an amount of water and an amount of oil, and wherein the amount of water in the blended sample is distributed as water droplets, the water droplets having an average diameter; transferring a portion of the blended sample to a cuvette to create a measurement sample, the cuvette having a laser-receptive surface adjacent to a viewing surface, the viewing surface of the cuvette having an opaque sheet to form a covered side, wherein the opaque sheet contains a slit; transmitting a pulsed laser beam from a laser source through the laser-receptive surface of the cuvette; inducing fluorescence in a fluorescence spectrum of the measurement sample, wherein the pulsed laser beam induces fluorescence, and wherein the fluorescence emits from the slit in the opaque sheet on the covered side of the cuvette; focusing the fluorescence through a collecting lens and transmitting the fluorescence to a spectrometer, wherein the collecting lens is located between the cuvette and the spectrometer, wherein the spectrometer comprises a spectrograph coupled with an intensified charge coupled device; and measuring the fluorescence with the spectrometer, comprising the steps of: dispersing the fluorescence with the spectrograph; and intensifying the fluorescence with the intensified charge coupled device. obtaining a blended sample of a low water content fluid, wherein the low water content fluid comprises an amount of water and an amount of oil, and wherein the amount of water in the blended sample is distributed as water droplets, the water droplets having an average diameter; transferring a portion of the blended sample to a cuvette to create a measurement sample, the cuvette having a laser-receptive surface adjacent to a viewing surface, the viewing surface of the cuvette having an opaque sheet to form a covered side, wherein the opaque sheet contains a slit; transmitting a pulsed laser beam from a laser source through the laser-receptive surface of the cuvette; inducing fluorescence in a fluorescence spectrum of the measurement sample, wherein the pulsed laser beam induces fluorescence, and wherein the fluorescence emits from the slit in the opaque sheet on the covered side of the cuvette; focusing the fluorescence through a collecting lens and transmitting the fluorescence to a spectrometer, wherein the collecting lens is located between the cuvette and the spectrometer, wherein the spectrometer comprises a spectrograph coupled with an intensified charge coupled device; and measuring the fluorescence with the spectrometer, comprising the steps of: dispersing the fluorescence with the spectrograph; and intensifying the fluorescence with the intensified charge coupled device.
A component arrangement for producing a welded joint in a joining zone, with a first thermoplastic component and at least a second thermoplastic component and a resistance element with a conductive path structure formed on a thermoplastic plastics film, which structure has at least one heating portion and connection portions (214, 216), wherein the heating portion can be heated by introducing electrical energy, so that surrounding plastics material can be melted, wherein the resistance element, at least with its heating portion, is arranged in the joining zone between the components, characterised in that the thermoplastic film has a higher melting point than the thermoplastic materials of the components (100; 110).
A partial elbow joint replacement, comprising: - a shell-like segment along a longitudinal direction having a concave inner contour for arrangement on or at bone structures of a patient, the segment comprising a lateral section and a medial section; - wherein an outer contour of the segment comprises at least one inflection point in the longitudinal direction; and - wherein the inner contour of the segment comprises at least one inflection point in the longitudinal direction. - a shell-like segment along a longitudinal direction having a concave inner contour for arrangement on or at bone structures of a patient, the segment comprising a lateral section and a medial section; - wherein an outer contour of the segment comprises at least one inflection point in the longitudinal direction; and - wherein the inner contour of the segment comprises at least one inflection point in the longitudinal direction.
A method for making a dynamically crosslinked thermoplastic material, comprising: providing a thermoplastic, partially crosslinked elastomer composition; mixing a thermoplastic polymer composition with the thermoplastic, partially crosslinked elastomer composition while further crosslinking the elastomer composition to form a thermoplastic material having a dispersed phase of crosslinked elastomer composition in the thermoplastic polymer composition. providing a thermoplastic, partially crosslinked elastomer composition; mixing a thermoplastic polymer composition with the thermoplastic, partially crosslinked elastomer composition while further crosslinking the elastomer composition to form a thermoplastic material having a dispersed phase of crosslinked elastomer composition in the thermoplastic polymer composition.
A communication device for handling a link failure in a 3GPP communication system providing dual connectivity with a master base station and a secondary base station, the communication device comprising: a storage unit for storing instructions of: communicating with the master base station via a first uplink, UL, carrier and a first downlink, DL, carrier; communicating with the secondary base station via a second UL carrier and a second DL carrier; detecting a link failure related to the secondary base station while communicating with the master base station; and transmitting information of the link failure and information of a measurement result related to the secondary base station to the master base station to report the link failure; not indicating availability of information of the link failure in a message transmitted to the master base station; detecting another link failure related to the master base station; and indicating availability of information of the other link failure to the master base station; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit. a storage unit for storing instructions of: communicating with the master base station via a first uplink, UL, carrier and a first downlink, DL, carrier; communicating with the secondary base station via a second UL carrier and a second DL carrier; detecting a link failure related to the secondary base station while communicating with the master base station; and transmitting information of the link failure and information of a measurement result related to the secondary base station to the master base station to report the link failure; not indicating availability of information of the link failure in a message transmitted to the master base station; detecting another link failure related to the master base station; and indicating availability of information of the other link failure to the master base station; and communicating with the master base station via a first uplink, UL, carrier and a first downlink, DL, carrier; communicating with the secondary base station via a second UL carrier and a second DL carrier; detecting a link failure related to the secondary base station while communicating with the master base station; and transmitting information of the link failure and information of a measurement result related to the secondary base station to the master base station to report the link failure; not indicating availability of information of the link failure in a message transmitted to the master base station; detecting another link failure related to the master base station; and indicating availability of information of the other link failure to the master base station; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit.
A component comprising a substrate having at least one surface which is provided with a layer system, wherein the layer system comprises at least one amorphous carbon layer, wherein the layer system further comprises at least one metal intermediate layer which is arranged between the substrate and the at least one amorphous carbon layer, wherein the metal intermediate layer consists of titanium, a titanium alloy, nickel or a nickel alloy, wherein there is furthermore a two-layer adhesion promoter layer which is arranged between the at least one intermediate layer and the substrate, wherein a first adhesion promoter layer made of NiP and a second adhesion promoter layer thereon made of a nickel-chromium alloy or a nickel-vanadium alloy is present, and wherein the at least one amorphous carbon layer forms an outer layer of the layer system facing away from the substrate and comprises at least one amorphous hydrogen-containing carbon layer.
A gas turbine engine assembly comprising: a first spool having a first turbine operatively mounted to a first turbine shaft; a second spool having a second turbine operatively mounted to a second turbine shaft, the first and second turbines (54, 46) mounted for rotation about a common rotational axis within an engine static structure, the first and second turbine shafts (50, 40) coaxial with one another; first and second towershafts (64, 66) respectively coupled to the first and second turbine shafts (50, 40); an accessory drive gearbox with a first set of gears; a compressor driven by the first towershaft; a starter generator assembly; and a transmission coupling the starter generator assembly to the first set of gears, the transmission transitionable between a first mode where the starter generator assembly is driven at a first speed relative to the second towershaft, and a second mode where the starter generator assembly is driven at a different, second speed relative to the second towershaft, characterised in that: the gas turbine engine assembly further comprises a first clutch disposed between the first towershaft and the starter generator assembly, the first clutch configured to enable the starter generator assembly to drive the first spool through the accessory drive gearbox, and a second clutch disposed between the second towershaft and the starter generator assembly, the second clutch configured to enable the second spool to drive the starter generator assembly through the accessory drive gearbox. a first spool having a first turbine operatively mounted to a first turbine shaft; a second spool having a second turbine operatively mounted to a second turbine shaft, the first and second turbines (54, 46) mounted for rotation about a common rotational axis within an engine static structure, the first and second turbine shafts (50, 40) coaxial with one another; first and second towershafts (64, 66) respectively coupled to the first and second turbine shafts (50, 40); an accessory drive gearbox with a first set of gears; a compressor driven by the first towershaft; a starter generator assembly; and a transmission coupling the starter generator assembly to the first set of gears, the transmission transitionable between a first mode where the starter generator assembly is driven at a first speed relative to the second towershaft, and a second mode where the starter generator assembly is driven at a different, second speed relative to the second towershaft,
Dispenser for washing machines for being placed inside a drum of a washing machine, comprising a casing that can house a container for an active substance, said casing being provided with openings for delivering or releasing the active substance during a washing process, said dispenser also comprising a structure placed inside said casing, said structure being of a harder material than the material of said casing, characterized in that: said casing comprises magnets in order to detachably fix the casing to a washing machine drum; and said casing is formed by two bodies (1a, 1b) articulated to one another, one of said bodies houses the container for the active substance and is provided with said plurality of openings and the other body of the casing is substantially flat. said casing comprises magnets in order to detachably fix the casing to a washing machine drum; and said casing is formed by two bodies (1a, 1b) articulated to one another, one of said bodies houses the container for the active substance and is provided with said plurality of openings and the other body of the casing is substantially flat.
A four-wheel drive vehicle comprising a clutch control device, in which, of the left and right front wheels (6, 7) and the left and right rear wheels (19, 20), one pair (6, 7) is set as the main drive wheels which are connected to a drive source and the other pair (19, 20) is set as the auxiliary drive wheels which are connected to the drive source via a clutch, comprising plural clutches, a dog clutch (8; 80) and a friction clutch (16; 70), that are respectively disposed separately in a drive branch-side transmission system path and in an auxiliary drive wheel-side transmission system path which sandwich a differential, in a system for transmitting drive force to the auxiliary drive wheels, wherein the dog clutch (8; 80) separates the system for transmitting drive force to the auxiliary drive wheels from the system for transmitting drive force to the main drive wheels by releasing the clutch, and the friction clutch (16; 70) allocates a portion of the drive force from the drive source to the auxiliary drive wheels in accordance with a clutch engagement capacity, and a clutch control means that carries out an engagement and disengagement control of the dog clutch (8; 80) and an engagement and disengagement control of the friction clutch (16; 70), wherein, when there is a request to engage the dog clutch (8; 80), which is in a disengaged state, the clutch control means first controls an engagement of the friction clutch, monitors a change gradient ΔN/dt of a clutch differential rotation speed ΔN of the dog clutch (8; 80) while controlling the engagement of the friction clutch (16; 70), characterized in that the clutch control means starts an engagement of the dog clutch (8; 80) upon determining that the gradient of the clutch differential rotation speed ΔN is no longer decreasing, wherein the change gradient is calculated by time differentiating the clutch differential rotation speed ΔN.
A sealed battery, comprising: a battery case including a bottomed tubular exterior can, and a sealing assembly sealing an opening of the exterior can; a gasket (40, 50, 60) arranged between the exterior can and the sealing assembly; and an electrode assembly including an electrode lead (20, 21) and housed in the battery case, wherein the sealing assembly includes a metal plate, the metal plate includes: a thin part formed into an annular shape; a vent part that has a shape convex toward an inside of the battery case and is to invert so as to be convex toward an outside of the case when an internal pressure of the battery case reaches a predetermined inversion pressure R, the vent part enclosed by the thin part; and an annular part that is positioned on an outside of the thin part and that the electrode lead (20, 21) is connected to, and an elastic deformation part (44, 54, 64) that comes into contact with an inner surface of the vent part and urges the vent part toward the outside of the battery case is provided in the gasket (40, 50, 60). a battery case including a bottomed tubular exterior can, and a sealing assembly sealing an opening of the exterior can; a gasket (40, 50, 60) arranged between the exterior can and the sealing assembly; and an electrode assembly including an electrode lead (20, 21) and housed in the battery case, wherein the sealing assembly includes a metal plate, the metal plate includes: a thin part formed into an annular shape; a vent part that has a shape convex toward an inside of the battery case and is to invert so as to be convex toward an outside of the case when an internal pressure of the battery case reaches a predetermined inversion pressure R, the vent part enclosed by the thin part; and an annular part that is positioned on an outside of the thin part and that the electrode lead (20, 21) is connected to, and an elastic deformation part (44, 54, 64) that comes into contact with an inner surface of the vent part and urges the vent part toward the outside of the battery case is provided in the gasket (40, 50, 60). a thin part formed into an annular shape; a vent part that has a shape convex toward an inside of the battery case and is to invert so as to be convex toward an outside of the case when an internal pressure of the battery case reaches a predetermined inversion pressure R, the vent part enclosed by the thin part; and an annular part that is positioned on an outside of the thin part and that the electrode lead (20, 21) is connected to, and an elastic deformation part (44, 54, 64) that comes into contact with an inner surface of the vent part and urges the vent part toward the outside of the battery case is provided in the gasket (40, 50, 60).
A method for performing a procedure for determining control channel allocation for a control channel by a user equipment, UE, in a wireless communication system, the method comprising: monitoring (S1320, S1720) a first search space comprising a set of control channel candidates on a carrier, wherein the set of control channel candidates is for a first control channel having no carrier indication information; and monitoring (S1320, S1720) a second search space comprising a set of control channel candidates on the carrier, wherein the set of control channel candidates is for a second control channel including carrier indication information, wherein, if the UE is configured to monitor a plurality of control channel candidates having the same radio network temporary identifier, RNTI, same information size and same first control channel element, CCE, in the first and second search spaces, only the first control channel is received in the first search space on the carrier. monitoring (S1320, S1720) a first search space comprising a set of control channel candidates on a carrier, wherein the set of control channel candidates is for a first control channel having no carrier indication information; and monitoring (S1320, S1720) a second search space comprising a set of control channel candidates on the carrier, wherein the set of control channel candidates is for a second control channel including carrier indication information, wherein, if the UE is configured to monitor a plurality of control channel candidates having the same radio network temporary identifier, RNTI, same information size and same first control channel element, CCE, in the first and second search spaces, only the first control channel is received in the first search space on the carrier.
A display means adapted for use both indoors and outdoors comprising a stand adapted to secure a first screen (20 1), wherein said stand comprises a first part (11 1) which supports against an underlying supportive surface (u) and comprises a first bobbin (40 1) enclosed in a cavity in said first part (11 1), wherein said first screen (20 1) is wound onto and withdrawn from said first bobbin (40 1), that said stand also comprises at least one support means which in a support mode is arranged perpendicular in relation to the lengthwise direction of said first part (11 1) and supports against said surface (u), and in that said support means is/are arranged to provide a turning moment (Mt) which is anti-twisting in relation to another turning moment (M P) created by a wind pressure acting on said first screen (20 1), wherein M t ≥M p, and in that said stand also comprises at least one foldable pole means (12 1,..., 12 m), or telescopic pole means (12 1,..., 12 m), characterized in a means arranged in connection to said at least one pole means (12 1,..., 12 m), and operable to make said display means bendable in windy conditions, and to withstand twisting of said means in windy conditions, wherein said means comprises n number of springs (132 1,..., 132 n), wherein n is an integer and n≥2.
A battery module, wherein the battery module comprises: a plurality of batteries, arranged sequentially along a thickness direction, wherein a gap exists between every two adjacent batteries; and a first side plate, disposed on one side of the plurality of batteries in a width direction, wherein a plurality of notches and a plurality of flanges are formed on the first side plate, each notch corresponds to a location of the gap between every two adjacent batteries, and each flange is bent from one side of a corresponding notch and extends into the corresponding gap between the two adjacent batteries to separate the two adjacent batteries. a plurality of batteries, arranged sequentially along a thickness direction, wherein a gap exists between every two adjacent batteries; and a first side plate, disposed on one side of the plurality of batteries in a width direction, wherein a plurality of notches and a plurality of flanges are formed on the first side plate, each notch corresponds to a location of the gap between every two adjacent batteries, and each flange is bent from one side of a corresponding notch and extends into the corresponding gap between the two adjacent batteries to separate the two adjacent batteries.
A method for activating a packet data convergence protocol, PDCP, duplication, the method comprising: receiving, by a second node, a notification message transmitted by a first node, wherein the notification message carries indication information to configure a PDCP duplication for a bearer; wherein the notification message carries indication information to configure the PDCP duplication as activated or deactivated; after the second node receives the notification message, changing or determining, by the second node, an activation or deactivation state of uplink, UL, PDCP duplication of the bearer; wherein for carrier aggregation, CA, based PDCP duplication, in a central unit, CU/distribute unit, DU, split scenario, when the first node is the CU, the second node is the DU; or, for double connection, DC, based PDCP duplication, when the first node is a master node, MN, the second node is a secondary node, SN. receiving, by a second node, a notification message transmitted by a first node, wherein the notification message carries indication information to configure a PDCP duplication for a bearer; wherein the notification message carries indication information to configure the PDCP duplication as activated or deactivated; after the second node receives the notification message, changing or determining, by the second node, an activation or deactivation state of uplink, UL, PDCP duplication of the bearer; wherein for carrier aggregation, CA, based PDCP duplication, in a central unit, CU/distribute unit, DU, split scenario, when the first node is the CU, the second node is the DU; or, for double connection, DC, based PDCP duplication, when the first node is a master node, MN, the second node is a secondary node, SN.