mhurhangee/ep-ind-claims huggingface dataset:
A method for deploying a network service, comprising: obtaining, by a primary orchestrator, a network service instantiation request, wherein the network service instantiation request is used to request the primary orchestrator to instantiate the network service, and the network service comprises a first subnetwork service nested in the network service; obtaining, by the primary orchestrator, network service description information across orchestrator management domains; determining, by the primary orchestrator according to the network service description information, the first subnetwork service that needs to be deployed in a management domain of a secondary orchestrator; and sending, by the primary orchestrator, a subnetwork service instantiation request to the secondary orchestrator, wherein the subnetwork service instantiation request is used to request the secondary orchestrator to instantiate the first subnetwork service; sending, by the primary orchestrator, lifecycle management policy information to the secondary orchestrator, wherein the lifecycle management policy information is used to describe permission of the secondary orchestrator to perform a lifecycle management operation on the first subnetwork service; wherein a management domain of the primary orchestrator is different from the management domain of the secondary orchestrator. obtaining, by a primary orchestrator, a network service instantiation request, wherein the network service instantiation request is used to request the primary orchestrator to instantiate the network service, and the network service comprises a first subnetwork service nested in the network service; obtaining, by the primary orchestrator, network service description information across orchestrator management domains; determining, by the primary orchestrator according to the network service description information, the first subnetwork service that needs to be deployed in a management domain of a secondary orchestrator; and sending, by the primary orchestrator, a subnetwork service instantiation request to the secondary orchestrator, wherein the subnetwork service instantiation request is used to request the secondary orchestrator to instantiate the first subnetwork service; sending, by the primary orchestrator, lifecycle management policy information to the secondary orchestrator, wherein the lifecycle management policy information is used to describe permission of the secondary orchestrator to perform a lifecycle management operation on the first subnetwork service; wherein a management domain of the primary orchestrator is different from the management domain of the secondary orchestrator.
Method for measuring a moisture value F of dielectric materials using at least one microwave resonator, wherein a shift in the resonant frequency is evaluated respectively for at least two resonance modes with resonant frequencies which are different from one another, wherein the shifts are determined respectively from the difference between the resonant frequency of the empty resonator and the resonant frequency of the resonator having the dielectric material located in its field range, and a density-independent moisture value F is calculated from the measured shifts in the resonant frequency, wherein the density-independent moisture value F is calculated depending on a quotient of two shifts of the resonant frequencies and the density-independent moisture value F is determined independent of an occurring attenuation in each of the resonance modes and three or more measuring points for the resonant frequency shift are determined from a dispersion curve A (f) of the following form A f = A 1 + A 2 1 + 2 ⁢ πfτ 2 A 1, A 2 and τ being real-value constants, of which A 1 and A 2 are established according to the measured values and the values A 1 and A 2 from the dispersion curve are set and evaluated as resonant frequency shifts at a low frequency and at a high frequency.
A device for the light spectroscopic analysis of a small amount of a liquid sample, comprising: a light source for excitation of the sample; a receiving point in the form of a two-dimensional indentation on the upper side of the device, or of a solid surface in the form of an anvil, which is dimensioned and configured for the application of a small amount of the liquid sample of less than 10 μl volume or 10 mg mass, and light conductors (5, 6) which are configured to input excitation light from the light source to the sample and to output signal light from the sample towards subsequent detection and analysis, characterized in that a light-emitting diode is provided directly below the receiving point as illumination source which is a source of light in addition to the light source and is not used for spectroscopic excitation, and a region is provided directly below the receiving point which extends from the illumination source to the lower side of the receiving point and is transmissive to the light of the illumination source so that the illumination light illuminates the receiving point properly for the human eye for better visibility and more precise identification of the receiving point, wherein along the vertical projection of the receiving point there is no region guiding the illumination light, and the region which is transmissive for the light of the illumination source is located laterally of said projection and is suitable to guide the illumination light obliquely upwards to the receiving point. a light source for excitation of the sample; a receiving point in the form of a two-dimensional indentation on the upper side of the device, or of a solid surface in the form of an anvil, which is dimensioned and configured for the application of a small amount of the liquid sample of less than 10 μl volume or 10 mg mass, and light conductors (5, 6) which are configured to input excitation light from the light source to the sample and to output signal light from the sample towards subsequent detection and analysis, characterized in that a light-emitting diode is provided directly below the receiving point as illumination source which is a source of light in addition to the light source and is not used for spectroscopic excitation, and a region is provided directly below the receiving point which extends from the illumination source to the lower side of the receiving point and is transmissive to the light of the illumination source so that the illumination light illuminates the receiving point properly for the human eye for better visibility and more precise identification of the receiving point, wherein along the vertical projection of the receiving point there is no region guiding the illumination light, and the region which is transmissive for the light of the illumination source is located laterally of said projection and is suitable to guide the illumination light obliquely upwards to the receiving point.
An airfoil performance monitor comprising: a housing mounted on a low-pressure face of an airfoil, and including at least one pitot pressure orifice used to determine the total pressure at the airfoil performance monitor and at least one static pressure orifice used to determine the static pressure at the airfoil performance monitor; at least one airspeed-dependent sensor that senses the total pressure at the airfoil performance monitor via the pitot pressure orifice and generates a digital airflow signal indicative of the dynamic pressure at the airfoil performance monitor and one or more inertial sensors adapted to register, as frequency and amplitude data, mechanical motion during vibratory oscillations of the airfoil; and a controller adapted to derive a turbulence intensity ratio by normalizing turbulence values using a steady-state airflow signal calculated from the digital airflow signal, and to filter the turbulence values from the digital airflow signal with the frequency and amplitude data from the one or more inertial sensors to eliminate unwanted airfoil vibration effects on the turbulence intensity calculations. a housing mounted on a low-pressure face of an airfoil, and including at least one pitot pressure orifice used to determine the total pressure at the airfoil performance monitor and at least one static pressure orifice used to determine the static pressure at the airfoil performance monitor; at least one airspeed-dependent sensor that senses the total pressure at the airfoil performance monitor via the pitot pressure orifice and generates a digital airflow signal indicative of the dynamic pressure at the airfoil performance monitor and one or more inertial sensors adapted to register, as frequency and amplitude data, mechanical motion during vibratory oscillations of the airfoil; and a controller adapted to derive a turbulence intensity ratio by normalizing turbulence values using a steady-state airflow signal calculated from the digital airflow signal, and to filter the turbulence values from the digital airflow signal with the frequency and amplitude data from the one or more inertial sensors to eliminate unwanted airfoil vibration effects on the turbulence intensity calculations.
A bearing unit of a vehicle subassembly, wherein the vehicle subassembly is an interior subassembly and has a vehicle-mounted support and a component which is to be fastened on the support, wherein the support is a vehicle steering wheel and the component to be fastened on the support is an airbag module, comprising at least one adjustable spacer element (14a, 14b, 14c) for orienting the position of the component on the support, and a first fastener by which the support or the component can be fixed on the spacer element (14a, 14b, 14c), wherein the spacer element (14a, 14b, 14c) has a support-side holding member comprising a first thread, a component-side holding member comprising a second thread and a second fastener by which the support-side holding member can be fixed on the support or the component-side holding member can be fixed on the component, wherein the second thread engages in the first thread in such a way that the length of the spacer element (14a, 14b, 14c) varies by a rotational movement of the support-side holding member relative to the component-side holding member, and wherein the support-side holding member or the component-side holding member is in the form of a nut and the other one of the two holding members (22, 26) is in the form of a sleeve screwed into the nut. at least one adjustable spacer element (14a, 14b, 14c) for orienting the position of the component on the support, and a first fastener by which the support or the component can be fixed on the spacer element (14a, 14b, 14c), wherein the spacer element (14a, 14b, 14c) has a support-side holding member comprising a first thread, a component-side holding member comprising a second thread and a second fastener by which the support-side holding member can be fixed on the support or the component-side holding member can be fixed on the component, wherein the second thread engages in the first thread in such a way that the length of the spacer element (14a, 14b, 14c) varies by a rotational movement of the support-side holding member relative to the component-side holding member, and wherein the support-side holding member or the component-side holding member is in the form of a nut and the other one of the two holding members (22, 26) is in the form of a sleeve screwed into the nut.
A charger device comprising: - a sensor which is configured to measure a differential current (DELTA_I) as a difference between a first current (I_POS) through a first battery portion of a battery and a second current (I_NEG) through a second battery portion of the battery and which is configured to provide a current difference signal (ΔI_meas) based on the measured differential current (DELTA_I) and wherein the first battery portion and the second battery portion are centrally earthed; - a compensator which is configured to calculate a first current setpoint (I_SP_POS) used for the first battery portion and a second current setpoint (I_SP_NEG) used for the second battery portion based on the provided current difference signal (DELTA_I) and a battery current setpoint (I_SP); and - a controller which is configured to control charging and/or discharging of the first battery portion based on the first current setpoint (I_SP_POS) and of the second battery portion based on the second current setpoint (I_SP_NEG); wherein the controller comprises: i) a first portion charging device which is configured to control charging and/or discharging of the first battery portion based on the first current setpoint (I_SP_POS); and ii) a second portion charging device which is configured to control charging and/or discharging of the second battery portion based on the second current setpoint (I_SP_NEG). - a sensor which is configured to measure a differential current (DELTA_I) as a difference between a first current (I_POS) through a first battery portion of a battery and a second current (I_NEG) through a second battery portion of the battery and which is configured to provide a current difference signal (ΔI_meas) based on the measured differential current (DELTA_I) and wherein the first battery portion and the second battery portion are centrally earthed; - a compensator which is configured to calculate a first current setpoint (I_SP_POS) used for the first battery portion and a second current setpoint (I_SP_NEG) used for the second battery portion based on the provided current difference signal (DELTA_I) and a battery current setpoint (I_SP); and - a controller which is configured to control charging and/or discharging of the first battery portion based on the first current setpoint (I_SP_POS) and of the second battery portion based on the second current setpoint (I_SP_NEG); wherein the controller comprises: i) a first portion charging device which is configured to control charging and/or discharging of the first battery portion based on the first current setpoint (I_SP_POS); and ii) a second portion charging device which is configured to control charging and/or discharging of the second battery portion based on the second current setpoint (I_SP_NEG). i) a first portion charging device which is configured to control charging and/or discharging of the first battery portion based on the first current setpoint (I_SP_POS); and ii) a second portion charging device which is configured to control charging and/or discharging of the second battery portion based on the second current setpoint (I_SP_NEG).
A warewash machine for washing wares, comprising: - a chamber for receiving wares, the chamber having at least one wash zone; - a refrigerant medium circuit including a first heat exchanger arranged to provide a heat exchange relationship between the refrigerant medium and a first fluid and a second heat exchanger arranged to provide a heat exchange relationship between the refrigerant medium and a second fluid, the first heat exchanger located upstream of the second heat exchanger in the refrigerant medium circuit; characterized by - a bypass arrangement for causing at least some refrigerant medium to selectively bypass at least one of the first heat exchanger or the second heat exchanger based upon subcooled refrigerant medium condition. - a chamber for receiving wares, the chamber having at least one wash zone; - a refrigerant medium circuit including a first heat exchanger arranged to provide a heat exchange relationship between the refrigerant medium and a first fluid and a second heat exchanger arranged to provide a heat exchange relationship between the refrigerant medium and a second fluid, the first heat exchanger located upstream of the second heat exchanger in the refrigerant medium circuit; characterized by - a bypass arrangement for causing at least some refrigerant medium to selectively bypass at least one of the first heat exchanger or the second heat exchanger based upon subcooled refrigerant medium condition.
A method for providing a proteinuria assessment for a subject, the method comprising: obtaining a non-glycosylated soluble urokinase plasminogen-type activator receptor (nonGly-suPAR) analyte value from a biological sample of a subject comprising the use of a proteinuria assessment device configured to obtain a nonGly-suPAR analyte value for a sample from a subject and output a proteinuria assessment for the subject based on the nonGly-suPAR analyte value, the device comprising one or more nonGly-suPAR detection reagents, wherein the nonGly-suPAR analyte is a nonGly-suPAR variant that contains three N-linked glycans, two N-linked glycans, one N-linked glycan, or no N-linked glycan; providing a proteinuria assessment based on the obtained nonGly-suPAR analyte value comprising comparing the nonGly-suPAR analyte value to a reference, wherein the reference is representative of an individual that does not have proteinuria, wherein an elevated nonGly-suPAR analyte value in the sample relative to the reference indicates that the subject has developed proteinuria or is at risk for developing proteinuria; and providing the proteinuria assessment based on the comparison. obtaining a non-glycosylated soluble urokinase plasminogen-type activator receptor (nonGly-suPAR) analyte value from a biological sample of a subject comprising the use of a proteinuria assessment device configured to obtain a nonGly-suPAR analyte value for a sample from a subject and output a proteinuria assessment for the subject based on the nonGly-suPAR analyte value, the device comprising one or more nonGly-suPAR detection reagents, wherein the nonGly-suPAR analyte is a nonGly-suPAR variant that contains three N-linked glycans, two N-linked glycans, one N-linked glycan, or no N-linked glycan; providing a proteinuria assessment based on the obtained nonGly-suPAR analyte value comprising comparing the nonGly-suPAR analyte value to a reference, wherein the reference is representative of an individual that does not have proteinuria, wherein an elevated nonGly-suPAR analyte value in the sample relative to the reference indicates that the subject has developed proteinuria or is at risk for developing proteinuria; and providing the proteinuria assessment based on the comparison.
A container (1, 1', 1") for a heart pump device (4, 8, 12, 17, 18, 19, 26) with a first receiving chamber for a compressible and expandable heart pump, wherein the first receiving chamber is delimited on several sides, in particular on all sides, by one or more end elements (5, 5', 6, 6', 6"), and is closed off from the outside to prevent contact with the heart pump, wherein the end elements (5, 5', 6, 6', 6") leave an opening for a catheter to pass through into the first receiving chamber from the outside, the diameter of the opening is dimensioned such that the heart pump can pass through it exclusively in an at least partially compressed state with respect to the expanded state, characterised in that the first receiving chamber is delimited by at least two end elements joined along a joining line, wherien the joining line runs essentially perpendicular to a passing direction of a heart pump device.
Apparatus, in particular a roller press, having two rotatable shafts which are arranged at least substantially parallel to one another and have associated rotational axes (13a, 15a) whereof the mutual spacing is adjustable, wherein the shafts each extend through a wall which separates a drive side from a product side and are sealed with respect to the wall, wherein - the sealing between each shaft having the adjustable rotational axis and the wall is effected by means of a sealing unit which surrounds the associated shaft in the region of the wall and maintains its relative position to the rotational axis when this rotational axis is adjusted, characterized in that - the sealing unit comprises, radially inwards, a dynamic seal for sealing between the rotatable shaft and the sealing unit and, radially outwards, a static collar seal which is fixed in sealing manner radially inwards on the sealing unit and radially outwards on the wall and comprises an elastic sealing collar, wherein the static collar seal has a radially inner limb which is received in a first pressure ring which is secured on a base body of the sealing unit so that an end face of the radially inner limb is pressed against the base body of the sealing unit by means of the first pressure ring, and has a radially outer limb which is received in a second pressure ring which is secured on the wall, wherein the first pressure ring and the second pressure ring are arranged on the drive side of the device so that only the elastic sealing collar is exposed to the product on the product side. - the sealing between each shaft having the adjustable rotational axis and the wall is effected by means of a sealing unit which surrounds the associated shaft in the region of the wall and maintains its relative position to the rotational axis when this rotational axis is adjusted, characterized in that - the sealing unit comprises, radially inwards, a dynamic seal for sealing between the rotatable shaft and the sealing unit and, radially outwards, a static collar seal which is fixed in sealing manner radially inwards on the sealing unit and radially outwards on the wall and comprises an elastic sealing collar,
A circulating air tub for a refrigerated counter having a tub body, having a merchandise display means, which is arranged on the tub body able to swivel around a first axis of rotation and comprises an upper display surface for merchandise and two side plates projecting downward therefrom, having a first lifting device for the merchandise display means, said lifting device is supported on the tub body on the one hand and on the merchandise display means, on the other hand, having an evaporator provided beneath the merchandise display surface, said evaporator having a second lifting device with two support points (33, 34) and can be swiveled beneath the display surface around a second axis of rotation, characterized in that the first axis of rotation and the second axis of rotation are arranged at a distance from one another, that the second axis of rotation for the evaporator is provided on the side plates of the merchandise display means, that the lower support point of the second lifting device is arranged on the side plate of the merchandise display means, and that the evaporator can be swiveled downward from an upper, open, inclined position of the merchandise display means around the second axis of rotation in a force actuated way against the second lifting device.