mhurhangee/ep-ind-claims huggingface dataset:
Charging apparatus for an internal combustion engine, in particular for a vehicle, wherein the charging apparatus has: a compressor with a compressor housing and a compressor space in which a compressor wheel is arranged, an electric motor with a motor housing which defines a motor space in which a rotor and a stator are arranged, a receiving space in which a power electronics circuit for driving the electric motor is arranged, wherein the receiving space is hermetically sealed off from the compressor space and the motor space, characterized in that the compressor housing is closed by a rear wall on that side which faces the motor housing, wherein the rear wall is situated opposite a wall of the motor housing, and wherein the receiving space is arranged between the wall and the rear wall, and wherein a cutout for leading through a shaft from the motor space into the compressor space is formed in the wall and the rear wall, wherein a second seal is arranged between the rear wall and the wall in the region of the cutout, wherein an inner circumferential surface of the rear wall and a second outer circumferential surface of the wall bear against the second seal. a compressor with a compressor housing and a compressor space in which a compressor wheel is arranged, an electric motor with a motor housing which defines a motor space in which a rotor and a stator are arranged, a receiving space in which a power electronics circuit for driving the electric motor is arranged, wherein the receiving space is hermetically sealed off from the compressor space and the motor space, characterized in that the compressor housing is closed by a rear wall on that side which faces the motor housing, wherein the rear wall is situated opposite a wall of the motor housing, and wherein the receiving space is arranged between the wall and the rear wall, and wherein a cutout for leading through a shaft from the motor space into the compressor space is formed in the wall and the rear wall, wherein a second seal is arranged between the rear wall and the wall in the region of the cutout, wherein an inner circumferential surface of the rear wall and a second outer circumferential surface of the wall bear against the second seal.
An electrically conductive joining composition comprising: a solder particle and a resin component containing a thermosetting resin, a thermoplastic resin, and a curing agent, wherein the viscosity of the resin component at the melting point of the solder particle is 8000 Pa·s or more, the volume content of the thermoplastic resin with respect to the resin component is 60% by volume or more, and the viscosity is measured by using a dynamic viscoelasticity measuring device under the conditions of a shear mode, a frequency of 0.1 Hz, and a temperature rising rate of 10°C/min. a solder particle and a resin component containing a thermosetting resin, a thermoplastic resin, and a curing agent, wherein the viscosity of the resin component at the melting point of the solder particle is 8000 Pa·s or more, the volume content of the thermoplastic resin with respect to the resin component is 60% by volume or more, and the viscosity is measured by using a dynamic viscoelasticity measuring device under the conditions of a shear mode, a frequency of 0.1 Hz, and a temperature rising rate of 10°C/min.
Electronic device for measuring electric quantities, comprising: an analog-digital conversion module configured to receive an analog signal (S M (t)) to be measured and a reference analog signal (S R (t)), said analog-digital conversion module being configured to digitally convert, alternately and according to a switching frequency, time portions of said analog signal (S M (t)) to be measured alternated with time portions of said reference analog signal ( S R (t)), for supplying respective first (D SM) and second pluralities (D SR) of digital values, said switching frequency being greater than a frequency associated to undesired fluctuations of the gain of the analog-digital conversion module; a digital processing module configured to: - calculate a first mean amplitude of the first plurality of digital values and a second mean amplitude of the second plurality of digital values; the first and second mean amplitudes being proportional to a mean gain value of the analog-digital conversion module; - supply a ratio value (V RT) of the first mean amplitude to the second mean amplitude, representative of a measured amplitude of the analog signal ( S M (t)) to be measured. an analog-digital conversion module configured to receive an analog signal (S M (t)) to be measured and a reference analog signal (S R (t)), said analog-digital conversion module being configured to digitally convert, alternately and according to a switching frequency, time portions of said analog signal (S M (t)) to be measured alternated with time portions of said reference analog signal ( S R (t)), for supplying respective first (D SM) and second pluralities (D SR) of digital values, said switching frequency being greater than a frequency associated to undesired fluctuations of the gain of the analog-digital conversion module; a digital processing module configured to: - calculate a first mean amplitude of the first plurality of digital values and a second mean amplitude of the second plurality of digital values; the first and second mean amplitudes being proportional to a mean gain value of the analog-digital conversion module; - supply a ratio value (V RT) of the first mean amplitude to the second mean amplitude, representative of a measured amplitude of the analog signal ( S M (t)) to be measured. - calculate a first mean amplitude of the first plurality of digital values and a second mean amplitude of the second plurality of digital values; the first and second mean amplitudes being proportional to a mean gain value of the analog-digital conversion module; - supply a ratio value (V RT) of the first mean amplitude to the second mean amplitude, representative of a measured amplitude of the analog signal ( S M (t)) to be measured.
A product for simultaneous, separate or sequential use comprising effective amounts of a mixed lineage kinase inhibitor and an antiretroviral drug for use in treating an individual infected with a retrovirus, wherein the antiretroviral drug comprises one or more antiretroviral compounds in a crystalline nanoparticle, wherein the nanoparticle further comprises one or more surfactants
A traffic service obtaining method, wherein the method is applied to a transport system, the transport system comprises a management center, a first vehicle, and a second vehicle, the management center stores a table of a correspondence between a traffic service and status information, and the method comprises: receiving, by the management center, a registration request sent by the first vehicle; allocating (202, 203), by the management center, a temporary identifier to the first vehicle based on the registration request, wherein the temporary identifier is used to identify the first vehicle in coverage of the transport system; receiving, by the management center, a request message that is sent by the second vehicle and that is used to request a target traffic service; determining, by the management center, a temporary identifier related to the target traffic service, wherein the temporary identifier is used to indicate a corresponding first vehicle; and determining, based on the table of a correspondence, target status information required for the target traffic service; obtaining, by the management center, the target status information from the first vehicle, wherein the target status information carries the temporary identifier; and sending, by the management center, the target status information to the second vehicle, wherein the target status information is used to provide the second vehicle with the target traffic service. receiving, by the management center, a registration request sent by the first vehicle; allocating (202, 203), by the management center, a temporary identifier to the first vehicle based on the registration request, wherein the temporary identifier is used to identify the first vehicle in coverage of the transport system; receiving, by the management center, a request message that is sent by the second vehicle and that is used to request a target traffic service; determining, by the management center, a temporary identifier related to the target traffic service, wherein the temporary identifier is used to indicate a corresponding first vehicle; and determining, based on the table of a correspondence, target status information required for the target traffic service; obtaining, by the management center, the target status information from the first vehicle, wherein the target status information carries the temporary identifier; and sending, by the management center, the target status information to the second vehicle, wherein the target status information is used to provide the second vehicle with the target traffic service.
Method for the production of single crystalline MgTiO 3 flakes having a particle diameter in the range of 10 to 100 μm, according to an equivalent of the corresponding circle diameter, by the following steps: 1. mixing at least a water soluble titanium compound, a water soluble magnesium compound and a water soluble phosphorous compound in an aqueous medium at a pH value in the range of from 6 to 8, wherein the ratio of the mol number of the phosphorous compound to the Ti atom mol number in the titanium compound is in the range of from at least 0.01 to at most 10.0, whereby a MgTiO 3 precursor is formed, and 2. calcining the MgTiO 3 precursor at a temperature in the range from 800 °C to 1400 °C as a single calcination step. 1. mixing at least a water soluble titanium compound, a water soluble magnesium compound and a water soluble phosphorous compound in an aqueous medium at a pH value in the range of from 6 to 8, wherein the ratio of the mol number of the phosphorous compound to the Ti atom mol number in the titanium compound is in the range of from at least 0.01 to at most 10.0, whereby a MgTiO 3 precursor is formed, and 2. calcining the MgTiO 3 precursor at a temperature in the range from 800 °C to 1400 °C as a single calcination step.
An apparatus comprising: dice arranged in a stack, the dice including at least a first die a second die, and a third die, the second die being arranged between the first die and the third die; and a connection coupled to the dice and configured to transfer control information to the first die during an assignment of a first identification to the first die, to transfer the control information from the first die to the second die during an assignment of a second identification to the second die, and to transfer the control information from the second die to the third die during an assignment of a third identification to the third die, the first die including a first logic component configured to form a first portion of the connection, the second die including a second logic component configured to form a second portion of the connection, the third die including a third logic component configured to form a third portion of the connection, wherein the first and second logic components include different orientations with respect to an edge of the stack, and the first and third logic components include a substantially identical orientation with respect to the edge of the stack. dice arranged in a stack, the dice including at least a first die a second die, and a third die, the second die being arranged between the first die and the third die; and a connection coupled to the dice and configured to transfer control information to the first die during an assignment of a first identification to the first die, to transfer the control information from the first die to the second die during an assignment of a second identification to the second die, and to transfer the control information from the second die to the third die during an assignment of a third identification to the third die, the first die including a first logic component configured to form a first portion of the connection, the second die including a second logic component configured to form a second portion of the connection, the third die including a third logic component configured to form a third portion of the connection, wherein the first and second logic components include different orientations with respect to an edge of the stack, and the first and third logic components include a substantially identical orientation with respect to the edge of the stack.
Use of Arginine for reddening meat products using microorganisms, wherein up to 1 × 10 12 colony-forming units per kilogram meat mass of one or more food-stable species of the Staphylococcus or Kocuria type, which are capable of converting arginine into nitrogen, and up to 20 g per kg meat mass of an arginine-containing yeast extract are added to meat mass and the meat mass is subjected to a reddening process, wherein the nitrogen monoxide released from the arginine reacts with the myoglobin of the meat product to produce nitrosomyglobin.
A display apparatus comprising: a displayer configured to display a video frame; a plurality of speakers dispersedly disposed in a main body of the display apparatus; a controller configured to detect a vocalized position in the video frame; and an audio processor configured to: process an audio signal corresponding to the video frame differently according to a distance between the vocalized position and each of the plurality of speakers; create a plurality of audio output signals, and provide each created audio output signal to each of the plurality of speakers, wherein, when the vocalized position is moved within the video frame, the controller controls the audio processor to change the each created audio output signal provided to the each of the plurality of speakers according to the moved vocalized position, wherein the audio processor, when an audio signal corresponding to the video frame includes sub audio signals with frequency bands different from each other, adjusts and re-combines the audio signal according to the distance between the vocalized position of a vocalizing object, which corresponds to each of the sub audio signals, and the plurality of speakers, and creates the plurality of audio output signals. a displayer configured to display a video frame; a plurality of speakers dispersedly disposed in a main body of the display apparatus; a controller configured to detect a vocalized position in the video frame; and an audio processor configured to: process an audio signal corresponding to the video frame differently according to a distance between the vocalized position and each of the plurality of speakers; create a plurality of audio output signals, and provide each created audio output signal to each of the plurality of speakers, wherein, when the vocalized position is moved within the video frame, the controller controls the audio processor to change the each created audio output signal provided to the each of the plurality of speakers according to the moved vocalized position, process an audio signal corresponding to the video frame differently according to a distance between the vocalized position and each of the plurality of speakers; create a plurality of audio output signals, and provide each created audio output signal to each of the plurality of speakers, wherein, when the vocalized position is moved within the video frame, the controller controls the audio processor to change the each created audio output signal provided to the each of the plurality of speakers according to the moved vocalized position, wherein the audio processor, when an audio signal corresponding to the video frame includes sub audio signals with frequency bands different from each other, adjusts and re-combines the audio signal according to the distance between the vocalized position of a vocalizing object, which corresponds to each of the sub audio signals, and the plurality of speakers, and creates the plurality of audio output signals.
A mounting plate for a pressurized tank, the mounting plate comprising: a mounting portion which completely surrounds and retains a tank end and any affixed plug adjacent to a plurality of fastening regions; a flexing portion adjacent to a mounting feature; a plurality of flexion pathways formed that lead from the mounting portion to the flexing portion, with each of the plurality of flexion pathways having at least a portion having a cross-sectional area, with the cross-sectional areas of the plurality of flexion pathways being substantially consistent with each other; wherein each of the plurality of flexion pathways is formed by one or more cutaway paths having at least one circular end-cut and at least one linear cut in combination, the at least one linear cut of each cutaway path defining a gap between the mounting portion and the flexing portion, wherein the flexing portion is movable in a direction out of a same plane as the mounting portion through a bending deflection, and wherein the gap allows for flexion between the flexing portion and the mounting portion with the flexing portion being movable in a direction that stretches open or presses closed the gap. a mounting portion which completely surrounds and retains a tank end and any affixed plug adjacent to a plurality of fastening regions; a flexing portion adjacent to a mounting feature; a plurality of flexion pathways formed that lead from the mounting portion to the flexing portion, with each of the plurality of flexion pathways having at least a portion having a cross-sectional area, with the cross-sectional areas of the plurality of flexion pathways being substantially consistent with each other; wherein each of the plurality of flexion pathways is formed by one or more cutaway paths having at least one circular end-cut and at least one linear cut in combination, the at least one linear cut of each cutaway path defining a gap between the mounting portion and the flexing portion, wherein the flexing portion is movable in a direction out of a same plane as the mounting portion through a bending deflection, and wherein the gap allows for flexion between the flexing portion and the mounting portion with the flexing portion being movable in a direction that stretches open or presses closed the gap.
A mobile station apparatus comprising: a wireless section configured to communicate with a base station apparatus by carrier aggregation using a first cell and one or more second cells as a plurality of serving cells, wherein the first cell and the one or more second cells are configured by the base station apparatus, and carrier frequencies of the serving cells are different from each other; and a radio resource control section configured to: evaluate a measurement event to trigger the performance of a measurement report, and perform the measurement report, wherein the evaluation of the measurement event comprises: setting a second cell as a neighbor cell of the first cell for the purpose of the evaluation, and using a measurement result of the first cell and a measurement result of said neighbor cell. a wireless section configured to communicate with a base station apparatus by carrier aggregation using a first cell and one or more second cells as a plurality of serving cells, wherein the first cell and the one or more second cells are configured by the base station apparatus, and carrier frequencies of the serving cells are different from each other; and a radio resource control section configured to: evaluate a measurement event to trigger the performance of a measurement report, and perform the measurement report, wherein the evaluation of the measurement event comprises: setting a second cell as a neighbor cell of the first cell for the purpose of the evaluation, and using a measurement result of the first cell and a measurement result of said neighbor cell. the first cell and the one or more second cells are configured by the base station apparatus, and carrier frequencies of the serving cells are different from each other; and a radio resource control section configured to: evaluate a measurement event to trigger the performance of a measurement report, and perform the measurement report, wherein the evaluation of the measurement event comprises: setting a second cell as a neighbor cell of the first cell for the purpose of the evaluation, and using a measurement result of the first cell and a measurement result of said neighbor cell. evaluate a measurement event to trigger the performance of a measurement report, and perform the measurement report, wherein the evaluation of the measurement event comprises: setting a second cell as a neighbor cell of the first cell for the purpose of the evaluation, and using a measurement result of the first cell and a measurement result of said neighbor cell. the evaluation of the measurement event comprises: setting a second cell as a neighbor cell of the first cell for the purpose of the evaluation, and using a measurement result of the first cell and a measurement result of said neighbor cell. setting a second cell as a neighbor cell of the first cell for the purpose of the evaluation, and using a measurement result of the first cell and a measurement result of said neighbor cell.
A battery pack comprising: a plurality of battery modules; at least one space that is formed between the battery modules that are adjacent to each other, and that serves as a flow path through which a heat carrier flows; and a plurality of protrusions that protrude toward an inside of the space, and that are arranged on surfaces of opposing surfaces that oppose each other and that define the space, wherein the plurality of protrusions that are arranged on one surface of the opposing surfaces and the plurality of protrusions that are arranged on the other surface of the opposing surfaces are arranged in positions that oppose each other across the space; and wherein the protrusions have a longitudinal direction when viewed from a protruding direction of the protrusions, characterized in that the longitudinal direction of the protrusions is inclined with respect to the flow direction of the heat carrier in the space, that is a flow direction that excludes disturbed flow caused by the presence of the protrusions, and in that the longitudinal direction of the plurality of protrusions that are arranged on one surface of the opposing surfaces is inclined with respect to a flow direction of the heat carrier in an inverse manner in relation to a direction in which the longitudinal direction of the plurality of protrusions that are arranged on the other surface of the opposing surfaces is inclined with respect to the flow direction of the heat carrier. a plurality of battery modules; at least one space that is formed between the battery modules that are adjacent to each other, and that serves as a flow path through which a heat carrier flows; and a plurality of protrusions that protrude toward an inside of the space, and that are arranged on surfaces of opposing surfaces that oppose each other and that define the space, wherein the plurality of protrusions that are arranged on one surface of the opposing surfaces and the plurality of protrusions that are arranged on the other surface of the opposing surfaces are arranged in positions that oppose each other across the space; and wherein the protrusions have a longitudinal direction when viewed from a protruding direction of the protrusions, characterized in that the longitudinal direction of the protrusions is inclined with respect to the flow direction of the heat carrier in the space, that is a flow direction that excludes disturbed flow caused by the presence of the protrusions, and in that the longitudinal direction of the plurality of protrusions that are arranged on one surface of the opposing surfaces is inclined with respect to a flow direction of the heat carrier in an inverse manner in relation to a direction in which the longitudinal direction of the plurality of protrusions that are arranged on the other surface of the opposing surfaces is inclined with respect to the flow direction of the heat carrier.