mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a first radio-frequency identification, RFID, tag of a second RFID reader (104, 600), a first interrogation command from a first RFID reader; transmitting, by the first RFID tag of the second RFID reader (104, 600), a first response signal to the first RFID reader in response to receiving the first interrogation command; and transmitting, by a processor of the second RFID reader (104, 600), a second interrogation command to one or more second RFID tags, characterized in that transmitting the second interrogation command is concurrent to receiving the first interrogation command or transmitting the first response signal. receiving, by a first radio-frequency identification, RFID, tag of a second RFID reader (104, 600), a first interrogation command from a first RFID reader; transmitting, by the first RFID tag of the second RFID reader (104, 600), a first response signal to the first RFID reader in response to receiving the first interrogation command; and transmitting, by a processor of the second RFID reader (104, 600), a second interrogation command to one or more second RFID tags, characterized in that transmitting the second interrogation command is concurrent to receiving the first interrogation command or transmitting the first response signal.
Colouring pre-mix for use in colouring of a cosmetic composition, comprising or consisting of: 45 - 80 wt-% benzyl benzoate; 20 - 49 wt-% dipropylene glycol; 0.00001 - 5 wt-% colouring plant extracts; with the provision that the content of benzyl benzoate exceeds the content of dipropylene glycol, wherein all data given in wt-% refer to the total weight of the colouring pre-mix.
An open bottom electric induction cold crucible for an electromagnetic casting, the open bottom electric induction cold crucible comprising: a crucible volume into which a charge can be fed for inductive heating and melting, and subsequent solidification within the crucible volume to form an ingot at the open bottom of the open bottom electric induction cold crucible, the crucible volume formed from an electrically conductive, water-cooled and slot-segmented wall, the electrically conductive, water-cooled and slot-segmented wall having a continuous, electrically conductive and non-slotted perimeter wall region at the open bottom of the open bottom electric induction cold crucible; at least one induction coil surrounding a portion of the height of the crucible volume to inductively heat and melt the charge in the crucible volume when an alternating current flows through the at least one induction coil; and a bottom electrically conductive magnetic shield disposed around the outer perimeter of the electrically conductive, water-cooled and slot-segmented wall in a crucible bottom region adjacent to the continuous, electrically conductive and non-slotted perimeter wall region. a crucible volume into which a charge can be fed for inductive heating and melting, and subsequent solidification within the crucible volume to form an ingot at the open bottom of the open bottom electric induction cold crucible, the crucible volume formed from an electrically conductive, water-cooled and slot-segmented wall, the electrically conductive, water-cooled and slot-segmented wall having a continuous, electrically conductive and non-slotted perimeter wall region at the open bottom of the open bottom electric induction cold crucible; at least one induction coil surrounding a portion of the height of the crucible volume to inductively heat and melt the charge in the crucible volume when an alternating current flows through the at least one induction coil; and a bottom electrically conductive magnetic shield disposed around the outer perimeter of the electrically conductive, water-cooled and slot-segmented wall in a crucible bottom region adjacent to the continuous, electrically conductive and non-slotted perimeter wall region.
An assay method for detecting the level of Golgi membrane protein 73 -specific autoantibodies in serum or plasma from a subject suspected of having a liver disease, comprising: (a) preparing a GP73 protein; (b) reacting the GP73 protein with a serum or plasma sample from the subject; and (c) detecting the GP73 autoantibodies. (a) preparing a GP73 protein; (b) reacting the GP73 protein with a serum or plasma sample from the subject; and (c) detecting the GP73 autoantibodies.
A toy top set comprising a toy top and a launcher (50a, 50b) that applies a spinning force to the toy top, characterized in that the launcher comprising a fork that has a locking part the toy top comprising: a shaft unit; and a body into which a slot to which the fork of the launcher is to be inserted is formed concentrically with a shaft axis, wherein the body comprises a lock receiver (41a, 41f) which is disposed in an end in a longitudinal direction of the slot, and which is to be locked by the locking part of the fork to be inserted into the slot, wherein the toy top is configured such that a spinning force is applied by means of rotation of the fork of the launcher in a state in which the fork is slid inside the slot toward the end beforehand so that the lock receiver is locked by the locking part at a previously-set locking position, wherein the toy top is launched from the launcher when rotation of the fork is stopped so that the lock receiver is unlocked from the locking part, wherein locking positions are defined respectively at opposite ends in the longitudinal direction of the slot, and wherein the lock receiver is movable to and from the locking positions and is able to selectively enter one of the locking positions so that the toy top can be spun in both clockwise and anti-clockwise directions as the lock receiver is movable to the unlocking position independent of the direction of rotational movement.
A system configured for obtaining electricity in an offshore wind turbine farm and including a first arrangement that comprises: a gearbox configured to mechanically change a variable first rotational speed of a wind turbine into a higher variable second rotational speed; a generator having a rated electrical frequency for full-power output in a range from about 50 Hz to about 150 Hz, and configured to be driven at the variable second rotational speed by an output of the gearbox and to thereby generate electricity at a correspondingly variable first frequency; and an AC-to-AC converter configured to convert the electricity from the generator into electricity output from the AC-to-AC converter at a fixed low frequency for offshore collection at the fixed low frequency, wherein the fixed low frequency is lower than a utility grid frequency that is either 50 or 60 Hz; said AC-to-AC converter comprising a modular multilevel converter, MMC, having converter inputs, corresponding converter outputs, and associated modular conversion circuitry, which collectively are configured to receive input electricity over a variable frequency range expected for the variable first frequency of the electricity output from the generator and to convert the input electricity into the electricity output from the MMC at the fixed low frequency. a gearbox configured to mechanically change a variable first rotational speed of a wind turbine into a higher variable second rotational speed; a generator having a rated electrical frequency for full-power output in a range from about 50 Hz to about 150 Hz, and configured to be driven at the variable second rotational speed by an output of the gearbox and to thereby generate electricity at a correspondingly variable first frequency; and an AC-to-AC converter configured to convert the electricity from the generator into electricity output from the AC-to-AC converter at a fixed low frequency for offshore collection at the fixed low frequency, wherein the fixed low frequency is lower than a utility grid frequency that is either 50 or 60 Hz; said AC-to-AC converter comprising a modular multilevel converter, MMC, having converter inputs, corresponding converter outputs, and associated modular conversion circuitry, which collectively are configured to receive input electricity over a variable frequency range expected for the variable first frequency of the electricity output from the generator and to convert the input electricity into the electricity output from the MMC at the fixed low frequency.
A method of controlling hydrogen concentrations in an offgas system of a nuclear reactor by hydrogen water chemistry system injection, the method comprising: passively injecting ambient air through the hydrogen water chemistry system into an existing offgas line of the offgas system, wherein the ambient air is passively injected by the ambient air being drawn into the offgas line by a vacuum exerted by the offgas system, the offgas line configured to transport gases containing hydrogen, oxygen, and other non-condensable gases from a condenser to a recombiner, the recombiner configured to react hydrogen with oxygen to form water vapor; injecting oxygen into the offgas line using an oxygen injection unit; wherein the passive ambient air injection serves as a backup oxygen source in the event that the oxygen injection unit malfunctions. passively injecting ambient air through the hydrogen water chemistry system into an existing offgas line of the offgas system, wherein the ambient air is passively injected by the ambient air being drawn into the offgas line by a vacuum exerted by the offgas system, the offgas line configured to transport gases containing hydrogen, oxygen, and other non-condensable gases from a condenser to a recombiner, the recombiner configured to react hydrogen with oxygen to form water vapor; injecting oxygen into the offgas line using an oxygen injection unit; wherein the passive ambient air injection serves as a backup oxygen source in the event that the oxygen injection unit malfunctions.
Milling tool, in particular face-milling cutter or comer miller, with a support body having a rotation axis and with several insert pockets distributed over its periphery for the holding and fixing of assigned first cutting edges belonging to the milling tool, each having a base section with at least one mounting surface (22, 23, 24) which is pressed by clamping means on to at least one counter mounting surface (19, 20, 21) on the insert pocket and is there firmly clamped in a defined installed position, and having a cutting edge section connected to the base section and with at least one cutting edge which, in the installed position, is aligned in a first setting angle (α1) relative to a vertical to the rotation axis in a plane including the rotation axis, wherein the milling tool has, in addition to the first cutting edges, second cutting edges likewise belonging to the milling tool, which may be clamped to the insert pockets alternatively to the first cutting edges, characterised in that the second cutting edges each have a base section and a cutting edge section equipped with at least one cutting edge which, in the installed position in a plane including the rotation axis is so aligned to the base section with an angular offset, that the respective second cutting edge may be clamped in the same defined installed position as one of the first cutting edges, wherein however the cutting edge or edges of the second cutting edge is or are aligned with respect to the first setting angle(α1) of the first cutting edges with different second setting angles (α2) lying relative to a vertical of the rotation axis lying in a plane including the rotation axis.
A method of binaural audio rendering, the method comprising: obtaining a bitstream (517C-E); parsing, from the obtained bitstream (517C-E), encoded audio data, transformation information and an SHC present field, wherein the transformation information comprises rotation information describing how a sound field represented by a plurality of spherical harmonic coefficients was transformed in order to generate a reduced plurality of spherical harmonic coefficients, at least one of the plurality of spherical harmonic coefficients being associated with an order greater than one, the reduced plurality of spherical harmonic coefficients having a number of spherical harmonic coefficients that is less than a number of the plurality of spherical harmonic coefficients, wherein the SHC present field specifies which spherical harmonic coefficients are included in the reduced plurality of spherical harmonic coefficients; decoding the encoded audio data using the SHC present field to obtain the reduced plurality of spherical harmonic coefficients; and performing the binaural audio rendering with respect to the obtained reduced plurality of spherical harmonic coefficients, wherein performing the rendering includes rotating the renderer based on the transformation information. obtaining a bitstream (517C-E); parsing, from the obtained bitstream (517C-E), encoded audio data, transformation information and an SHC present field, wherein the transformation information comprises rotation information describing how a sound field represented by a plurality of spherical harmonic coefficients was transformed in order to generate a reduced plurality of spherical harmonic coefficients, at least one of the plurality of spherical harmonic coefficients being associated with an order greater than one, the reduced plurality of spherical harmonic coefficients having a number of spherical harmonic coefficients that is less than a number of the plurality of spherical harmonic coefficients, wherein the SHC present field specifies which spherical harmonic coefficients are included in the reduced plurality of spherical harmonic coefficients; decoding the encoded audio data using the SHC present field to obtain the reduced plurality of spherical harmonic coefficients; and performing the binaural audio rendering with respect to the obtained reduced plurality of spherical harmonic coefficients, wherein performing the rendering includes rotating the renderer based on the transformation information.
A method of transmitting an acknowledgment signal in a mobile telecommunications system, the system comprising a base station and a terminal operable to communicate with the base station via a wireless interface, the wireless interface having a first frequency band and a second frequency band, wherein the first frequency band is different from the second frequency band and the method comprises: determining that, at a time t, an acknowledgment signal is to be transmitted by the base station to the terminal in the second frequency band; characterised in that when it is determined that, at the time t, a downlink signal is to be transmitted to the terminal, the downlink signal comprising a physical downlink shared channel, PDSCH, scheduled for the terminal wherein the downlink signal is to be transmitted to the terminal in the first frequency band, then transmitting a multiplexed signal by multiplexing the acknowledgment signal with the downlink signal and transmitting the multiplexed signal in the first frequency band. determining that, at a time t, an acknowledgment signal is to be transmitted by the base station to the terminal in the second frequency band; characterised in that when it is determined that, at the time t, a downlink signal is to be transmitted to the terminal, the downlink signal comprising a physical downlink shared channel, PDSCH, scheduled for the terminal wherein the downlink signal is to be transmitted to the terminal in the first frequency band, then transmitting a multiplexed signal by multiplexing the acknowledgment signal with the downlink signal and transmitting the multiplexed signal in the first frequency band.
A method of adjusting viscosity of laundry, antimicrobial, cleaners, paint or ink-jet compositions, the method comprising a) providing a composition comprising one or more surfactants, polymeric polycarboxylates having pendant carboxylate groups, and an effective amount of one or more of a detergent filler selected from the group of sodium sulfate, sodium chloride, starch, sugars, C 1 - C 10 alkylene glycols, b) providing to the composition a viscosity adjuster, wherein the viscosity adjuster is a glycerin C 1 to C 3 aliphatic ether as a solvent, wherein the composition comprises the one or more surfactants in an amount of 0.1 to 50% by weight and the viscosity adjuster in an amount of 0.1 to 50% by weight, and then c) diluting the composition with a diluting liquid, the diluting liquid being water. a) providing a composition comprising one or more surfactants, polymeric polycarboxylates having pendant carboxylate groups, and an effective amount of one or more of a detergent filler selected from the group of sodium sulfate, sodium chloride, starch, sugars, C 1 - C 10 alkylene glycols, b) providing to the composition a viscosity adjuster, wherein the viscosity adjuster is a glycerin C 1 to C 3 aliphatic ether as a solvent, wherein the composition comprises the one or more surfactants in an amount of 0.1 to 50% by weight and the viscosity adjuster in an amount of 0.1 to 50% by weight, and then c) diluting the composition with a diluting liquid, the diluting liquid being water.
Device for fixing a gripper on a gripper shaft of a textile machine, the device comprising a support element for the gripper, wherein the support element for the gripper is connected to a holder to be mounted on the gripper shaft via a connecting element in such a way that the support element for the gripper can be detached from the holder, characterized in that the connecting element is designed as a tommy screw, wherein the tommy screw engages in a corresponding opening in the holder while rotatably penetrating through a bore in the support element and engaging behind an abutment, and in that the connection between the support element and the holder is kept under tension by means of a spring element.
A panel assembly for use in an aircraft, the panel assembly comprising: a surface; a body portion including a honeycomb material having multiple body volumes oriented perpendicular to the surface; an edge portion extending around an edge of the panel assembly and including the honeycomb material having multiple edge volumes oriented parallel to the surface, and a skin; characterized by a core filler located in the multiple edge volumes and at least one of the multiple body volumes; and a conductive layer configured to convert electricity into heat, wherein the skin is installed on an outer surface of the conductive layer to seal the conductive layer. a surface; a body portion including a honeycomb material having multiple body volumes oriented perpendicular to the surface; an edge portion extending around an edge of the panel assembly and including the honeycomb material having multiple edge volumes oriented parallel to the surface, and a skin; characterized by a core filler located in the multiple edge volumes and at least one of the multiple body volumes; and a conductive layer configured to convert electricity into heat, wherein the skin is installed on an outer surface of the conductive layer to seal the conductive layer.
A method for enumerating platelets within a blood sample having a plurality of platelets, comprising the steps of: depositing the sample into an analysis chamber adapted to quiescently hold the sample for analysis, the chamber defined by a first panel and a second panel, both of which panels (12, 16) are transparent; admixing a colorant with the sample, which colorant is operative to cause the platelets to fluoresce upon exposure to one or more predetermined first wavelengths of light; illuminating at least a portion of the sample containing the platelets at the first wavelengths; imaging the at least a portion of the sample, including producing image signals indicative of fluorescent emissions from the platelets, which fluorescent emissions have an intensity; identifying the platelets by their fluorescent emissions, using the image signals; determining an average fluorescent emission intensity value for the individual platelets identified within the sample; identifying clumps of platelets within the sample using one or more of their fluorescent emissions, area, shape, and granularity; enumerating platelets within each platelet clump using the average fluorescent emission intensity value determined for the individual platelets within the sample. depositing the sample into an analysis chamber adapted to quiescently hold the sample for analysis, the chamber defined by a first panel and a second panel, both of which panels (12, 16) are transparent; admixing a colorant with the sample, which colorant is operative to cause the platelets to fluoresce upon exposure to one or more predetermined first wavelengths of light; illuminating at least a portion of the sample containing the platelets at the first wavelengths; imaging the at least a portion of the sample, including producing image signals indicative of fluorescent emissions from the platelets, which fluorescent emissions have an intensity; identifying the platelets by their fluorescent emissions, using the image signals; determining an average fluorescent emission intensity value for the individual platelets identified within the sample; identifying clumps of platelets within the sample using one or more of their fluorescent emissions, area, shape, and granularity; enumerating platelets within each platelet clump using the average fluorescent emission intensity value determined for the individual platelets within the sample.
A battery pack for a vehicle, comprising: - a plurality of battery modules (100.1, 100.2) being positioned above each others in at least two different levels (210, 220) of the battery pack; and - a liquid cooling circuit being in thermal contact with the battery modules (100.1, 100.2) in each of the levels (210, 220) of the battery pack, wherein the liquid cooling circuit includes a bypass tube (80.2) with an inlet opening (81.2) positioned at a highest point of the cooling circuit and an outlet opening (83.2) positioned at a lower point of the cooling circuit within the cooling circuit, wherein the cooling circuit includes a connection tube (62.3) vertically extending between the levels (210, 220) of the battery pack, and wherein the bypass tube (80.2) passes through the interior of the connection tube (62.3). - a plurality of battery modules (100.1, 100.2) being positioned above each others in at least two different levels (210, 220) of the battery pack; and - a liquid cooling circuit being in thermal contact with the battery modules (100.1, 100.2) in each of the levels (210, 220) of the battery pack, wherein the liquid cooling circuit includes a bypass tube (80.2) with an inlet opening (81.2) positioned at a highest point of the cooling circuit and an outlet opening (83.2) positioned at a lower point of the cooling circuit within the cooling circuit,