mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the risk of an adverse pregnancy or neonatal outcome for a subject, said method comprising: (a) detecting in a biological sample taken from the subject the level of bacteria of Parvimonas micra, Ureaplasma urealyticum or Ureaplasma parvum, Atopobium vaginae, Peptoniphilus lacrimalis, Megasphaera cerevisiae, and Parvibacter caecicola ; and (b) determining that the subject has an increased risk for an adverse pregnancy or neonatal outcome if the level of each of the bacteria is greater than a standard control level. (a) detecting in a biological sample taken from the subject the level of bacteria of Parvimonas micra, Ureaplasma urealyticum or Ureaplasma parvum, Atopobium vaginae, Peptoniphilus lacrimalis, Megasphaera cerevisiae, and Parvibacter caecicola ; and (b) determining that the subject has an increased risk for an adverse pregnancy or neonatal outcome if the level of each of the bacteria is greater than a standard control level.
A method performed by a network operator providing a lawful interception, LI, service to a law enforcement agency, LEA, the method characterized by : determining (S410) a chain identifier, chainID, based on a target type related to an LI target, a target identifier related to the LI target, a Lawful Interception Identifier uniquely associated with an intercept request, and a correlation number for a service session of the LI target; and transmitting (S420) packets related to the service session to the LEA as a unique chain, each packet including a chain header and at least one of intercept related information, IRI, and content of communication, CC, wherein the chain header includes the chainID, a timestamp and a sequence number, which is a packet counter, and wherein the chain header of a first packet transmitted for the service session also includes the target type, the target identifier, the Lawful Interception Identifier, and the correlation number. determining (S410) a chain identifier, chainID, based on a target type related to an LI target, a target identifier related to the LI target, a Lawful Interception Identifier uniquely associated with an intercept request, and a correlation number for a service session of the LI target; and transmitting (S420) packets related to the service session to the LEA as a unique chain, each packet including a chain header and at least one of intercept related information, IRI, and content of communication, CC, wherein the chain header includes the chainID, a timestamp and a sequence number, which is a packet counter, and wherein the chain header of a first packet transmitted for the service session also includes the target type, the target identifier, the Lawful Interception Identifier, and the correlation number.
A display device comprising: a display configured to display image; and at least one light emitting diode configured to emit light to the display, the at least one light emitting diode including a light emitting diode chip including a sapphire substrate , a translucent sealing resin that covers the light emitting diode chip, and a reflective layer that is disposed on an upper face of the sealing resin such that the reflective layer forms an uppermost layer of the light emitting diode, wherein the light emitting diode chip is a flip chip type with the sapphire substrate disposed at an upper side of the light emitting diode chip, and an upper face of the sapphire substrate and a lower face of the reflective layer are separated by the sealing resin, characterized in that : the upper face of the sapphire substrate has an uneven shape; and the lower face of the reflective layer has an uneven shape. a display configured to display image; and at least one light emitting diode configured to emit light to the display, the at least one light emitting diode including a light emitting diode chip including a sapphire substrate , a translucent sealing resin that covers the light emitting diode chip, and a reflective layer that is disposed on an upper face of the sealing resin such that the reflective layer forms an uppermost layer of the light emitting diode, a light emitting diode chip including a sapphire substrate , a translucent sealing resin that covers the light emitting diode chip, and a reflective layer that is disposed on an upper face of the sealing resin such that the reflective layer forms an uppermost layer of the light emitting diode, wherein the light emitting diode chip is a flip chip type with the sapphire substrate disposed at an upper side of the light emitting diode chip, and an upper face of the sapphire substrate and a lower face of the reflective layer are separated by the sealing resin, characterized in that : the upper face of the sapphire substrate has an uneven shape; and the lower face of the reflective layer has an uneven shape. the upper face of the sapphire substrate has an uneven shape; and the lower face of the reflective layer has an uneven shape.
A manufacturing method of a flexible display device, comprising: forming an adhesive layer on a bearing substrate , the bearing substrate comprising at least a metal plate ; forming a flexible substrate on the adhesive layer , and fixing the flexible substrate to the bearing substrate through the adhesive layer ; forming display elements on a surface of the flexible substrate opposite to the surface which is adhered to the adhesive layer ; and arranging an electromagnetic heater on a surface of the bearing substrate , opposite to the surface on which is formed the adhesive layer , wherein the electromagnetic heater is electrified to generate an alternating magnetic field which heats the metal plate thereby heating the adhesive layer via the electromagnetic heater to strip the flexible substrate from the bearing substrate , so as to obtain the flexible display device; wherein the adhesive of the adhesive layer is an adhesive whose viscosity is degraded after the adhesive is heated, and wherein the bearing substrate further comprises an insulated heat conduction layer arranged on the metal plate , wherein the insulated heat conduction layer is an insulating layer which conducts heat; and the adhesive layer is formed on the insulated heat conduction layer . forming an adhesive layer on a bearing substrate , the bearing substrate comprising at least a metal plate ; forming a flexible substrate on the adhesive layer , and fixing the flexible substrate to the bearing substrate through the adhesive layer ; forming display elements on a surface of the flexible substrate opposite to the surface which is adhered to the adhesive layer ; and arranging an electromagnetic heater on a surface of the bearing substrate , opposite to the surface on which is formed the adhesive layer , wherein the electromagnetic heater is electrified to generate an alternating magnetic field which heats the metal plate thereby heating the adhesive layer via the electromagnetic heater to strip the flexible substrate from the bearing substrate , so as to obtain the flexible display device; wherein the adhesive of the adhesive layer is an adhesive whose viscosity is degraded after the adhesive is heated, and wherein the bearing substrate further comprises an insulated heat conduction layer arranged on the metal plate , wherein the insulated heat conduction layer is an insulating layer which conducts heat; and the adhesive layer is formed on the insulated heat conduction layer .
Hose connection with a hose and with a connector , wherein the hose has an outer diameter (d h_a ) and an inner diameter (d h_i ), wherein the inner diameter (d h_i ) of the hose is greater than an outer diameter (d n_a ) of the connector in a pushing-on region , characterized in that the hose has in the pushing-on region at least one clamping portion with a reduced inner diameter (d h_r ) which is smaller than the outer diameter (d n_a ) of the connector , so that a press fit is realized for the clamping portion .
A light deflector comprising: a mirror unit including a reflection plane, the mirror unit configured to rotate around a predetermined rotational axis; a pair of supporting beams (111a,b) configured to support the mirror unit in a rotatable manner; and at least one driver (110a,b) configured to drive the mirror unit to rotate, through the supporting beams, wherein the at least one driver has one end coupled to the supporting beams and another end coupled to a supporting unit formed to surround the mirror unit, the supporting unit has a frame structure having a plurality of sides formed by a thick portion and a thin portion different from each other in thickness; an opening is provided in a side of the supporting unit; the thin portion is provided in a side of the supporting unit at which the driver is connected. a mirror unit including a reflection plane, the mirror unit configured to rotate around a predetermined rotational axis; a pair of supporting beams (111a,b) configured to support the mirror unit in a rotatable manner; and at least one driver (110a,b) configured to drive the mirror unit to rotate, through the supporting beams, wherein the at least one driver has one end coupled to the supporting beams and another end coupled to a supporting unit formed to surround the mirror unit, the supporting unit has a frame structure having a plurality of sides formed by a thick portion and a thin portion different from each other in thickness; an opening is provided in a side of the supporting unit; the thin portion is provided in a side of the supporting unit at which the driver is connected.
A guide assembly for guiding at least one movable furniture part , preferably a sliding door or a folding-sliding door, relative to at least one stationary furniture part , preferably a furniture wall, the guide assembly comprising: - at least one guide configured to be arranged on the at least one stationary furniture part , - at least one guide device configured to be connected to the at least one movable furniture part , the at least one guide device being displaceable relative to the at least one guide , and - at least one adjustment device for adjusting the at least one guide relative to the at least one stationary furniture part , wherein the at least one adjustment device includes a mounting device configured to be fixed to the at least one stationary furniture part and at least one coupling device configured to be coupled to the at least one guide , wherein at least one, preferably pivotally supported, actuating element is provided by means of which the at least one coupling device can be adjusted relative to the mounting device , characterized in that at least one securing device is provided by means of which the at least one guide device can be fixed relative to the at least one guide in a securing position, wherein the at least one securing device includes at least one securing body integrated into the at least one adjustment device . - at least one guide configured to be arranged on the at least one stationary furniture part , - at least one guide device configured to be connected to the at least one movable furniture part , the at least one guide device being displaceable relative to the at least one guide , and - at least one adjustment device for adjusting the at least one guide relative to the at least one stationary furniture part , wherein the at least one adjustment device includes a mounting device configured to be fixed to the at least one stationary furniture part and at least one coupling device configured to be coupled to the at least one guide , wherein at least one, preferably pivotally supported, actuating element is provided by means of which the at least one coupling device can be adjusted relative to the mounting device ,
Method for operating a wind turbine, comprising: measuring a torsion between a first point and a second point, which is at a distance from the first, of a rotor blade of a wind turbine, preferably using a torsion sensor integrated into the rotor blade or arranged on a surface of the rotor blade; and determining at least one parameter, preferably an actual value of the at least one parameter, of the wind turbine based on the measured torsion, wherein the at least one parameter is selected from the group comprising an angle of attack of the rotor blade, a pitch angle, a wind speed, a flow angle and a free stream velocity, wherein the torsion measurement is carried out using at least one further point on the rotor blade, wherein the torsion measurement preferably is carried out between at least two further points on the rotor blade, wherein the torsion measurement is carried out in at least two segments of the rotor blade, wherein the first point and the second point are located in a first segment of the rotor blade, and wherein at least one further point is located in a second segment of the rotor blade, and/or wherein the method further comprises: segmentally determining a free stream velocity, and wherein the method further comprises: segmentally adjusting an angle of attack and/or pitch angle of the rotor blade. measuring a torsion between a first point and a second point, which is at a distance from the first, of a rotor blade of a wind turbine, preferably using a torsion sensor integrated into the rotor blade or arranged on a surface of the rotor blade; and determining at least one parameter, preferably an actual value of the at least one parameter, of the wind turbine based on the measured torsion, wherein the at least one parameter is selected from the group comprising an angle of attack of the rotor blade, a pitch angle, a wind speed, a flow angle and a free stream velocity, wherein the torsion measurement is carried out using at least one further point on the rotor blade, wherein the torsion measurement preferably is carried out between at least two further points on the rotor blade, wherein the torsion measurement is carried out in at least two segments of the rotor blade, wherein the first point and the second point are located in a first segment of the rotor blade, and wherein at least one further point is located in a second segment of the rotor blade, and/or wherein the method further comprises: segmentally determining a free stream velocity, and wherein the method further comprises: segmentally adjusting an angle of attack and/or pitch angle of the rotor blade.
Method for the in vitro diagnosis of a urological cancer comprising the following steps: - retrieving the secretions produced by the cells isolated from a urine sample from a patient to be diagnosed, - analysing the components of said secretions, referred to as the secretome, produced by said cells isolated from a urine sample from said patient to be diagnosed; - comparing a secretome of cells isolated from a urine sample from a patient to be diagnosed with respect, either to a reference secretome obtained from secretions of isolated healthy cells from a urine sample from a healthy subject, or to a reference secretome obtained from secretions of healthy cells derived from standard cell line cultures characteristic of a defined urological organ, - determining the presence of a urological cancer when at least one difference of a component is determined between said secretome of cells isolated from a urine sample from said patient to be diagnosed and said reference secretome, said secretome and said reference secretome consisting of the set of components forming the respective secretions thereof. - retrieving the secretions produced by the cells isolated from a urine sample from a patient to be diagnosed, - analysing the components of said secretions, referred to as the secretome, produced by said cells isolated from a urine sample from said patient to be diagnosed; - comparing a secretome of cells isolated from a urine sample from a patient to be diagnosed with respect, either to a reference secretome obtained from secretions of isolated healthy cells from a urine sample from a healthy subject, or to a reference secretome obtained from secretions of healthy cells derived from standard cell line cultures characteristic of a defined urological organ, - determining the presence of a urological cancer when at least one difference of a component is determined between said secretome of cells isolated from a urine sample from said patient to be diagnosed and said reference secretome,
A copper phthalocyanine pigment composition comprising: a copper phthalocyanine pigment; a copper phthalocyanine sulfonic acid derivative represented by general formula (I), in the formula, n represents an average number of substituents of 0.5 to 1.5; a copper phthalocyanine derivative represented by general formula (II), in the formula, R 1 represents a C 1 -C 20 alkyl group, and n represents an average number of substituents of 0.5 to 1.5; and a copper phthalocyanine derivative represented by general formula (III), in the formula, R 2 , R 3 , R 4 , and R 5 each independently represent a C 1 -C 20 alkyl group, at least one of R 2 , R 3 , R 4 , and R 5 is a C 6 -C 20 alkyl group, and n represents an average number of substituents of 0.5 to 1.5. a copper phthalocyanine pigment; a copper phthalocyanine sulfonic acid derivative represented by general formula (I), in the formula, n represents an average number of substituents of 0.5 to 1.5; a copper phthalocyanine derivative represented by general formula (II), in the formula, R 1 represents a C 1 -C 20 alkyl group, and n represents an average number of substituents of 0.5 to 1.5; and a copper phthalocyanine derivative represented by general formula (III), in the formula, R 2 , R 3 , R 4 , and R 5 each independently represent a C 1 -C 20 alkyl group, at least one of R 2 , R 3 , R 4 , and R 5 is a C 6 -C 20 alkyl group, and n represents an average number of substituents of 0.5 to 1.5.
An aerosol-generating article for producing an inhalable aerosol upon heating, the aerosol-generating article comprising: a rod of aerosol-generating substrate ; a mouthpiece segment comprising a plug of filtration material, the mouthpiece segment being arranged downstream of the rod and in longitudinal alignment with the rod; and a hollow tubular segment at a location between the rod and the mouthpiece segment, the hollow tubular segment being in longitudinal alignment with the rod and the mouthpiece segment, wherein the hollow tubular segment defines a cavity extending all the way to an upstream end of the mouthpiece segment; a ventilation zone at a location along the hollow tubular segment; characterised in that the rod of aerosol-generating substrate has a length of less than about 40 millimetres; in that an equivalent internal diameter of the hollow tubular segment at the location of the ventilation zone is at least about 5 millimetres; and in that the rod of aerosol-generating substrate comprises at least an aerosol former, the rod of aerosol-generating substrate having an aerosol former content of at least about 10 percent on a dry weight basis. a rod of aerosol-generating substrate ; a mouthpiece segment comprising a plug of filtration material, the mouthpiece segment being arranged downstream of the rod and in longitudinal alignment with the rod; and a hollow tubular segment at a location between the rod and the mouthpiece segment, the hollow tubular segment being in longitudinal alignment with the rod and the mouthpiece segment, wherein the hollow tubular segment defines a cavity extending all the way to an upstream end of the mouthpiece segment; a ventilation zone at a location along the hollow tubular segment; characterised in that the rod of aerosol-generating substrate has a length of less than about 40 millimetres; in that an equivalent internal diameter of the hollow tubular segment at the location of the ventilation zone is at least about 5 millimetres; and in that the rod of aerosol-generating substrate comprises at least an aerosol former, the rod of aerosol-generating substrate having an aerosol former content of at least about 10 percent on a dry weight basis.
A controller , comprising: a single memory activate pin to provide a memory activate command at a first or at a second value; one or more address signal pins; one or more combined memory command/address signal pins; and a selection circuit adapted to use signals on the one or more combined memory command/address signal pins as either additional memory address signals or as memory command signals in response to the value of the memory activate command. a single memory activate pin to provide a memory activate command at a first or at a second value; one or more address signal pins; one or more combined memory command/address signal pins; and a selection circuit adapted to use signals on the one or more combined memory command/address signal pins as either additional memory address signals or as memory command signals in response to the value of the memory activate command.
A lithium ion secondary battery capacity restoration system for restoring a capacity of a battery pack including lithium ion secondary batteries and mounted on a vehicle , the lithium ion secondary battery capacity restoration system comprising: a capacity restoration device configured to perform a restoration process to restore a capacity of the battery pack by maintaining an SOC of the battery pack to be equal to or less than a reference SOC (X2); a data acquisition device configured to acquire restoration data (P1, P2) from a plurality of vehicles including a target vehicle and a plurality of further vehicles , the restoration data including the reference SOC (X2) used for the restoration process and a capacity restoration amount (R, ΔC) attained by the restoration process; and a calculation device configured to calculate a target reference SOC using the restoration data, the target reference SOC being the reference SOC used for the restoration process for the target vehicle . a capacity restoration device configured to perform a restoration process to restore a capacity of the battery pack by maintaining an SOC of the battery pack to be equal to or less than a reference SOC (X2); a data acquisition device configured to acquire restoration data (P1, P2) from a plurality of vehicles including a target vehicle and a plurality of further vehicles , the restoration data including the reference SOC (X2) used for the restoration process and a capacity restoration amount (R, ΔC) attained by the restoration process; and a calculation device configured to calculate a target reference SOC using the restoration data, the target reference SOC being the reference SOC used for the restoration process for the target vehicle .