mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle locking and/or access system, comprising a motor vehicle door latch, and comprising at least one further door element, wherein the motor vehicle door latch and the further door element are acted upon by a common functional unit (5, 6), wherein the further door element is designed as a door handle assembly (3, 4), wherein the common functional unit (5, 6) has at least one mechanically operating functional element and one electrically operating functional element, wherein the mechanically operating functional element is designed as a motor drive unit and the electrically operating functional element is designed as an electronic control unit, wherein the motor drive unit is mechanically coupled to the motor vehicle door latch and/or the door handle assembly (3, 4) via at least one flexible connection means, wherein the control unit is electrically coupled to the motor vehicle door latch and the door handle assembly (3, 4), wherein the electronic control unit has an integrated energy store, so that the common electronic control unit is able not only to control the motor drive unit but also to supply it with electrical energy if necessary, wherein, by means of the motor drive unit, an external door handle can be extended and retracted, and the motor vehicle door latch can be opened and closed electrically. wherein the control unit is electrically coupled to the motor vehicle door latch and the door handle assembly (3, 4), wherein the electronic control unit has an integrated energy store, so that the common electronic control unit is able not only to control the motor drive unit but also to supply it with electrical energy if necessary, wherein, by means of the motor drive unit, an external door handle can be extended and retracted, and the motor vehicle door latch can be opened and closed electrically.
A method for displaying an application interface, comprising: obtaining an interface framework of a target interface, wherein the interface framework comprises display positions for a plurality of sub-interfaces, and the plurality of sub-interfaces are provided by a plurality of plug-ins; sending an interface obtaining request to other plug-ins of the plurality of plug-ins other than a first plug-in, respectively; receiving window handles, corresponding to the sub-interfaces respectively provided by the other plug-ins, respectively returned by the other the plug-ins; sending the window handles corresponding to the sub-interfaces respectively provided by the other plug-ins to the first plug-in; receiving a window handle of a combined interface returned by the first plug-in to obtain the combined interface, wherein the combined interface is obtained by combining the plurality of sub-interfaces provided by the plurality of plug-ins through the first plug-in, and each sub-interface in the combined interface corresponds to a display position in the interface framework; and displaying the target interface based on the interface framework and the plurality of sub-interfaces corresponding to the display positions in the interface framework. obtaining an interface framework of a target interface, wherein the interface framework comprises display positions for a plurality of sub-interfaces, and the plurality of sub-interfaces are provided by a plurality of plug-ins; sending an interface obtaining request to other plug-ins of the plurality of plug-ins other than a first plug-in, respectively; receiving window handles, corresponding to the sub-interfaces respectively provided by the other plug-ins, respectively returned by the other the plug-ins; sending the window handles corresponding to the sub-interfaces respectively provided by the other plug-ins to the first plug-in; receiving a window handle of a combined interface returned by the first plug-in to obtain the combined interface, wherein the combined interface is obtained by combining the plurality of sub-interfaces provided by the plurality of plug-ins through the first plug-in, and each sub-interface in the combined interface corresponds to a display position in the interface framework; and displaying the target interface based on the interface framework and the plurality of sub-interfaces corresponding to the display positions in the interface framework.
A pharmaceutical dosage form comprising one or more antiretroviral active ingredients in the form of a solid dispersion or solid solution in a matrix, wherein said matrix comprises an amino(meth)acrylate copolymer, characterized in that the matrix does not contain any essential amounts of pharmaceutically acceptable surfactants with an HLB value from 12 to 18 and in that the matrix comprises a mono carboxylic acid or an alcohol with 12 to 22 carbon atoms or both, wherein the pharmaceutical dosage form is containing 5 to 25 % by weight lopinavir, 1 to 10 % by weight ritonavir, 5 to 20 % by weight stearic acid, 50 - 80 % by weight amino methacrylate copolymer (USP/NF), up to 20 % by weight further pharmaceutically acceptable excipients, whereby the components add up to 100 %. 5 to 25 % by weight lopinavir, 1 to 10 % by weight ritonavir, 5 to 20 % by weight stearic acid, 50 - 80 % by weight amino methacrylate copolymer (USP/NF), up to 20 % by weight further pharmaceutically acceptable excipients,
A cooling system for cooling an electric generator having a stator, a rotor and one or more superconducting coils, wherein the cooling system comprises: at least a first cooling unit for cooling the stator and/or the rotor, at least a second cooling unit with a second cooling medium being circulated in the second cooling unit, the second cooling medium being nitrogen or helium (He)for cooling the superconducting coils, the second cooling unit being thermally connected to the first cooling unit, the first cooling unit providing a hot source for the second cooling unit, characterized in that the first cooling unit is connected to an ambient environment, providing a hot source for the first cooling unit, a first cooling medium being circulated in the first cooling unit, the first cooling medium exchanging thermal energy with the ambient environment in the first cooling unit, and the second cooling medium exchanging thermal energy with the first cooling medium in the second cooling unit. at least a first cooling unit for cooling the stator and/or the rotor, at least a second cooling unit with a second cooling medium being circulated in the second cooling unit, the second cooling medium being nitrogen or helium (He)for cooling the superconducting coils, the second cooling unit being thermally connected to the first cooling unit, the first cooling unit providing a hot source for the second cooling unit, characterized in that the first cooling unit is connected to an ambient environment, providing a hot source for the first cooling unit, a first cooling medium being circulated in the first cooling unit, the first cooling medium exchanging thermal energy with the ambient environment in the first cooling unit, and the second cooling medium exchanging thermal energy with the first cooling medium in the second cooling unit.
An elastic body for use with an audio accessory comprising: a cylindrical inner cover; a plurality of outer covers (310-1, 310-2) which are elongated from a top end edge of the cylindrical inner cover to enclose the cylindrical inner cover, the plurality of outer covers (310-1, 310-2) having at least one inlet which partially exposes at least a part of the cylindrical inner cover; and at least one sensor module disposed on at least one of the cylindrical inner cover and the plurality of outer covers (310-1, 310-2) and configured to generate a sensor signal related to deformation of the plurality of outer covers (310-1, 310-2); wherein the at least one sensor module comprises: a plurality of deformation units (411-1,411-2) which are disposed on inlets (311-1, 311-2) of the plurality of outer covers (310-1, 310-2), respectively; and a reference unit disposed on a bottom surface of the cylindrical inner cover disposed at a center of the inlets. a cylindrical inner cover; a plurality of outer covers (310-1, 310-2) which are elongated from a top end edge of the cylindrical inner cover to enclose the cylindrical inner cover, the plurality of outer covers (310-1, 310-2) having at least one inlet which partially exposes at least a part of the cylindrical inner cover; and at least one sensor module disposed on at least one of the cylindrical inner cover and the plurality of outer covers (310-1, 310-2) and configured to generate a sensor signal related to deformation of the plurality of outer covers (310-1, 310-2); wherein the at least one sensor module comprises: a plurality of deformation units (411-1,411-2) which are disposed on inlets (311-1, 311-2) of the plurality of outer covers (310-1, 310-2), respectively; and a reference unit disposed on a bottom surface of the cylindrical inner cover disposed at a center of the inlets. a plurality of deformation units (411-1,411-2) which are disposed on inlets (311-1, 311-2) of the plurality of outer covers (310-1, 310-2), respectively; and a reference unit disposed on a bottom surface of the cylindrical inner cover disposed at a center of the inlets.
A surgical adapter assembly configured for selective connection with a handle assembly and an end effector, the adapter assembly comprising: a tubular housing having a proximal end portion and a distal end portion and defining a longitudinal axis; and a load sensing assembly disposed within the tubular housing in contact between a proximal surface and a distal surface, each of the proximal surface and the distal surface is perpendicular to the longitudinal axis, the load sensing assembly configured to measure a load exerted on the tubular housing, the load sensing assembly including a sensor body (168, 268), characterized in that at least one of the proximal surface or the distal surface includes a first surface feature being one of a convex or concave surface feature (156, 256) and the sensor body includes a second surface feature being the other of a convex or concave surface feature (170, 270) engaging the first surface feature. a tubular housing having a proximal end portion and a distal end portion and defining a longitudinal axis; and a load sensing assembly disposed within the tubular housing in contact between a proximal surface and a distal surface, each of the proximal surface and the distal surface is perpendicular to the longitudinal axis, the load sensing assembly configured to measure a load exerted on the tubular housing, the load sensing assembly including a sensor body (168, 268), characterized in that at least one of the proximal surface or the distal surface includes a first surface feature being one of a convex or concave surface feature (156, 256) and the sensor body includes a second surface feature being the other of a convex or concave surface feature (170, 270) engaging the first surface feature.
A colorimetric analyzer comprising: a reaction chamber configured to receive a sample having an analyte to be measured and at least one reagent configured to react with the analyte to provide a colorimetrically-detectable compound; a measurement cell operably coupled to the reaction chamber; an illumination source configured to emit illumination at a first wavelength during a first absorbance measurement of the colorimetrically-detectable compound and at a second wavelength different than the first wavelength during a second absorbance measurement of the colorimetrically-detectable compound; an illumination detector spaced from the illumination source such that illumination from the illumination source passes through the measurement cell to the illumination detector; and a controller coupled to the illumination source and the illumination detector, the controller being configured to detect an obstruction of light between the illumination source and the illumination detector based on the first and the second absorbance measurements, characterized in that the obstruction of light is a water/air interface within the measurement cell. a reaction chamber configured to receive a sample having an analyte to be measured and at least one reagent configured to react with the analyte to provide a colorimetrically-detectable compound; a measurement cell operably coupled to the reaction chamber; an illumination source configured to emit illumination at a first wavelength during a first absorbance measurement of the colorimetrically-detectable compound and at a second wavelength different than the first wavelength during a second absorbance measurement of the colorimetrically-detectable compound; an illumination detector spaced from the illumination source such that illumination from the illumination source passes through the measurement cell to the illumination detector; and a controller coupled to the illumination source and the illumination detector, the controller being configured to detect an obstruction of light between the illumination source and the illumination detector based on the first and the second absorbance measurements, characterized in that the obstruction of light is a water/air interface within the measurement cell.
A communication system comprising a base station and a communication terminal, the communication terminal comprising: a controller configured to set a retuning time, wherein when a first narrowband to be used for a first subframe to transmit ACK/NACK to downlink data on PUCCH is different from a second narrowband to be used for a second subframe to transmit uplink data on PUSCH, the second subframe following the first subframe, the controller is configured to set the first two symbols of the second subframe as the retuning time; and when a first narrowband to be used for a first subframe to transmit uplink data on PUSCH is different from a second narrowband to be used for a second subframe to transmit ACK/NACK to downlink data on PUCCH, the second subframe following the first subframe, the controller is configured to set the last two symbols of the first subframe as the retuning time; and a transmitter configured to transmit the uplink data on PUSCH and the ACK/NACK on PUCCH. a controller configured to set a retuning time, wherein when a first narrowband to be used for a first subframe to transmit ACK/NACK to downlink data on PUCCH is different from a second narrowband to be used for a second subframe to transmit uplink data on PUSCH, the second subframe following the first subframe, the controller is configured to set the first two symbols of the second subframe as the retuning time; and when a first narrowband to be used for a first subframe to transmit uplink data on PUSCH is different from a second narrowband to be used for a second subframe to transmit ACK/NACK to downlink data on PUCCH, the second subframe following the first subframe, the controller is configured to set the last two symbols of the first subframe as the retuning time; and a transmitter configured to transmit the uplink data on PUSCH and the ACK/NACK on PUCCH.
A radio transmitting apparatus comprising: an acknowledgement/negative acknowledgement signal transmission processing section (213, 214) that is adapted to spread an acknowledgement/negative acknowledgement signal using an orthogonal sequence from a plurality of orthogonal sequences; a reference signal phase adding section that is adapted to add a phase, according to a first subsequence, to reference signals for channel quality information, the first subsequence determined from the plurality of the orthogonal sequences so that the subsequence is orthogonal to a second subsequence of the orthogonal sequence used to spread the acknowledgement/negative acknowledgement signal, wherein said second subsequence is applied in the same symbol positions as the reference signals, the reference signals being transmitted at a transmission timing defined for an acknowledgement/negative acknowledgement signal; and a transmitting section that is adapted to transmit a channel quality information signal including the reference signals to which the phase is added. an acknowledgement/negative acknowledgement signal transmission processing section (213, 214) that is adapted to spread an acknowledgement/negative acknowledgement signal using an orthogonal sequence from a plurality of orthogonal sequences; a reference signal phase adding section that is adapted to add a phase, according to a first subsequence, to reference signals for channel quality information, the first subsequence determined from the plurality of the orthogonal sequences so that the subsequence is orthogonal to a second subsequence of the orthogonal sequence used to spread the acknowledgement/negative acknowledgement signal, wherein said second subsequence is applied in the same symbol positions as the reference signals, the reference signals being transmitted at a transmission timing defined for an acknowledgement/negative acknowledgement signal; and a transmitting section that is adapted to transmit a channel quality information signal including the reference signals to which the phase is added.
A switching sequence control method for a phase-shifted zero-voltage-transition full bridge converter including switching devices (Q1-Q4) arranged in first and second legs relative to a load circuit, the method comprising the step of: alternately turning the switching devices (Q 1-Q4) on and off according to: a first switching sequence (FIG. 2A) that results in zero voltage switch transitions but higher power dissipation in the switching devices (Q1-Q2) of the first leg than in the switching devices (Q3-Q4) of the second leg; and a second switching sequence (FIG. 2B) that results in zero voltage switch transitions but higher power dissipation in the switching devices (Q3-Q4) of the second leg than in the switching devices (Q1-Q2) of the first leg; thereby balancing the power dissipation in the first and second legs over a period of converter operation. alternately turning the switching devices (Q 1-Q4) on and off according to: a first switching sequence (FIG. 2A) that results in zero voltage switch transitions but higher power dissipation in the switching devices (Q1-Q2) of the first leg than in the switching devices (Q3-Q4) of the second leg; and a second switching sequence (FIG. 2B) that results in zero voltage switch transitions but higher power dissipation in the switching devices (Q3-Q4) of the second leg than in the switching devices (Q1-Q2) of the first leg; thereby balancing the power dissipation in the first and second legs over a period of converter operation.
A capture device for capturing satellites in outer space, wherein the capture device comprises: - two legs (11, 12), each with a first end (11a, 12a) and a second end (11b, 12b); - a connecting bracket that connects the respective first ends of the two legs; - a gripping device arranged on the connecting bracket for gripping a respective satellite to be captured; and - a shared or respective attachment foot (15, 16) at the respective second end of each of the legs, by means of which the respective leg can be or become fastened to a capturing spacecraft; wherein the legs are connected with the connecting bracket and with the shared or respective attachment foot so that they can each swivel around mutually parallel axes (A 1, A 2, A 3, A 4), and have the same leg length (L 1, L 2), characterized in that a connection between one of the legs and the respective attachment foot is designed as a hinge (G 3), which comprises a motor for swiveling purposes. - two legs (11, 12), each with a first end (11a, 12a) and a second end (11b, 12b); - a connecting bracket that connects the respective first ends of the two legs; - a gripping device arranged on the connecting bracket for gripping a respective satellite to be captured; and - a shared or respective attachment foot (15, 16) at the respective second end of each of the legs, by means of which the respective leg can be or become fastened to a capturing spacecraft;
A method of bleeding air from a gas turbine engine comprising a compressor section (14;114) with a downstream centrifugal compressor, characterized in that the method includes: bleeding air from a first location positioned upstream of the centrifugal compressor's inlet and supplying the air bled from the first location to an environmental control system of an aircraft when the compressor is operating in a first pressure range; and bleeding air from a second location positioned upstream of the centrifugal compressor's outlet and downstream of the centrifugal compressor's inlet, the second location being positioned downstream of the first location and supplying the air bled from the second location to the environmental control system of the aircraft when the engine is operating in a second pressure range, the second pressure range being lower than the first pressure range. bleeding air from a first location positioned upstream of the centrifugal compressor's inlet and supplying the air bled from the first location to an environmental control system of an aircraft when the compressor is operating in a first pressure range; and bleeding air from a second location positioned upstream of the centrifugal compressor's outlet and downstream of the centrifugal compressor's inlet, the second location being positioned downstream of the first location and supplying the air bled from the second location to the environmental control system of the aircraft when the engine is operating in a second pressure range, the second pressure range being lower than the first pressure range.
A transmission having a central housing part, characterised in that in the central housing part - the bearings (2, 3) of the input shaft of the transmission, - the bearings of the output shaft and/or - the bearings of an intermediate shaft are received, in particular are received and are connected thermally conductively, wherein the shafts (5, 11, 12) are arranged parallel to one another, wherein the central housing part includes a terminal box attachment that is integrally formed in one piece therewith and on which an inverter is placed as the upper part, wherein the inverter includes a housing lower part and a housing upper part, wherein the upper part is placed on the terminal box attachment, for forming a terminal region, in particular wherein there is arranged between the central housing part, in particular the terminal box attachment, and the upper part a heat barrier, in particular a seal, wherein the central housing part includes a recess, in particular a cable lead-through, for leading through electrical lines, in particular stator winding wires, wherein the recess opens into the terminal region, in particular wherein the central housing part includes a recess through which stator winding wires are guided out into a terminal region, in particular a terminal box, in particular being guided radially out of the motor interior, wherein the central housing part receives the bearings (2, 3) of the input shaft of the transmission, wherein the input shaft also acts as a rotor shaft of an electric motor, this rotor shaft being mounted on one side in the central housing part, wherein the central housing part includes as the terminal box attachment a surface portion in which threaded bores are made and on which the housing lower part is placed, wherein the recess is made in the surface portion, wherein the surface portion is a planar face portion. - the bearings (2, 3) of the input shaft of the transmission, - the bearings of the output shaft and/or - the bearings of an intermediate shaft