mhurhangee/ep-ind-claims huggingface dataset:
A battery system for a vehicle, comprising: a battery pack having a structure defining a chamber receiving a battery, the structure including a frame having an outer wall defining a portion of the chamber; a first sensor mounted to the structure for sensing an operating condition of the battery system within the chamber, the first sensor mounted within the chamber on the inside of the outer wall of the chamber; a safety module disposed outside of the chamber, the safety module processing signals received from the first sensor, the safety module sending a first safety module signal when the signals received from the first sensor indicate an abnormal condition; and an impact sensor located within the safety module; and characterized in that the structure includes a bottom wall and the first sensor defines a moisture sensor positioned on the bottom wall and wherein the bottom wall includes a low point, with the moisture sensor positioned at the low point. a battery pack having a structure defining a chamber receiving a battery, the structure including a frame having an outer wall defining a portion of the chamber; a first sensor mounted to the structure for sensing an operating condition of the battery system within the chamber, the first sensor mounted within the chamber on the inside of the outer wall of the chamber; a safety module disposed outside of the chamber, the safety module processing signals received from the first sensor, the safety module sending a first safety module signal when the signals received from the first sensor indicate an abnormal condition; and an impact sensor located within the safety module; and characterized in that the structure includes a bottom wall and the first sensor defines a moisture sensor positioned on the bottom wall and wherein the bottom wall includes a low point, with the moisture sensor positioned at the low point.
A resin composition comprising an alkenyl-substituted nadimide, a maleimide compound, and an amino-modified silicone, wherein the content of the alkenyl-substituted nadimide is 10 to 60 parts by mass, based on 100 parts by mass in total of the components to, the content of the maleimide compound is 30 to 80 parts by mass, based on 100 parts by mass in total of the components to, and the content of the amino-modified silicone is 1 to 40 parts by mass, based on 100 parts by mass in total of the components to, wherein at least a portion of the maleimide compound is comprised in the form of a prepolymer obtained by polymerizing the maleimide compound with the amino-modified silicone and wherein the alkenyl-substituted nadimide comprises a compound represented by following general formula: wherein each R 1 independently represents a hydrogen atom or an alkyl group having 1 to 6 carbon atoms, and R 2 represents an alkylene group having 1 to 6 carbon atoms, a phenylene group, a biphenylene group, a naphthylene group, or a group represented by following general formula or: wherein R 3 represents a methylene group, an isopropylidene group, or a substituent represented by CO, O, S, or SO 2, and wherein each R 4 independently represents an alkylene group having 1 to 4 carbon atoms, or a cycloalkylene group having 5 to 8 carbon atoms.
A computer-implemented B 0 -mapping method for determining the spatial distribution of a static magnetic field in a pre-selected imaging zone, the method comprising - computing a spatial distribution of spin-phase accruals between magnetic resonance echo signals acquired from the pre-selected imaging zone: - computing a phase-estimate magnetic susceptibility distribution that is consistent with the spatial distribution of spin-phase accruals; - estimating a proton density distribution in the pre-selected imaging zone from magnetic resonance signals acquired during a preparation phase; - segmenting the estimate of the proton density distribution in at least three components; computing a proton-estimate magnetic susceptibility distribution from the segmented proton density distribution; fitting a final magnetic susceptibility distribution so as to minimise the differences between the final magnetic susceptibility distribution and both the phase-estimate magnetic susceptibility distribution and proton-estimate magnetic susceptibility distribution; and computing the spatial distribution of the static magnetic field from the final magnetic susceptibility distribution. - computing a spatial distribution of spin-phase accruals between magnetic resonance echo signals acquired from the pre-selected imaging zone: - computing a phase-estimate magnetic susceptibility distribution that is consistent with the spatial distribution of spin-phase accruals; - estimating a proton density distribution in the pre-selected imaging zone from magnetic resonance signals acquired during a preparation phase; - segmenting the estimate of the proton density distribution in at least three components; computing a proton-estimate magnetic susceptibility distribution from the segmented proton density distribution; fitting a final magnetic susceptibility distribution so as to minimise the differences between the final magnetic susceptibility distribution and both the phase-estimate magnetic susceptibility distribution and proton-estimate magnetic susceptibility distribution; and computing the spatial distribution of the static magnetic field from the final magnetic susceptibility distribution.
A method of transmitting broadcast signals, the method including: formatting input streams into Base Band, BB, packets of Physical Layer Pipes, PLPs, wherein the input streams include a plurality of input packets, wherein each of the input packets includes a packet header including information about synchronization, wherein the formatting input streams further includes: processing the input packets in the input streams, and generating the BB packets by using the processed input packets; encoding data of the PLPs; building at least one signal frame by mapping the encoded data of the PLPs; and modulating data in the built signal frame by Orthogonal Frequency Division Multiplexing, OFDM, method and transmitting the broadcast signals having the modulated data, characterised in that, when at least two successive input packets have same packet header fields except for continuity counter fields and the continuity counter fields increase sequentially among the successive input packets, the processing the input packets further includes: deleting packet headers of the successive input packets except for a packet header of first input packet in the successive input packets. processing the input packets in the input streams, and generating the BB packets by using the processed input packets; encoding data of the PLPs; building at least one signal frame by mapping the encoded data of the PLPs; and modulating data in the built signal frame by Orthogonal Frequency Division Multiplexing, OFDM, method and transmitting the broadcast signals having the modulated data, characterised in that, when at least two successive input packets have same packet header fields except for continuity counter fields and the continuity counter fields increase sequentially among the successive input packets, the processing the input packets further includes: deleting packet headers of the successive input packets except for a packet header of first input packet in the successive input packets.
An atomizer, comprising: a housing having a mouthpiece thereon; a liquid storage cup provided in the housing and configured for storing tobacco liquid, the liquid storage cup having an opening at one end thereof; a microporous liquid conducting body plugged inside the opening; an atomizing unit connected to the opening and configured for heating the tobacco liquid to generate aerosol, the microporous liquid conducting body being configured for conveying the tobacco liquid in the liquid storage cup to the atomizing unit; and an air flow channel provided between the mouthpiece and the atomizing unit; wherein the atomizing unit comprises a support defining an aerosol outlet configured for discharging the aerosol into the air flow channel, wherein the atomizing unit further comprises a liquid guiding component located in the support, characterized in that the atomizing unit further comprises at least one heating sheet arranged along the central axis of the atomizer; the heating sheet comprises a side surface in contact with the liquid guiding component, the liquid guiding component is configured to be in contact with the microporous liquid conducting body to guide the tobacco liquid to the heating sheet. a housing having a mouthpiece thereon; a liquid storage cup provided in the housing and configured for storing tobacco liquid, the liquid storage cup having an opening at one end thereof; a microporous liquid conducting body plugged inside the opening; an atomizing unit connected to the opening and configured for heating the tobacco liquid to generate aerosol, the microporous liquid conducting body being configured for conveying the tobacco liquid in the liquid storage cup to the atomizing unit; and an air flow channel provided between the mouthpiece and the atomizing unit; wherein the atomizing unit comprises a support defining an aerosol outlet configured for discharging the aerosol into the air flow channel, wherein the atomizing unit further comprises a liquid guiding component located in the support, characterized in that the atomizing unit further comprises at least one heating sheet arranged along the central axis of the atomizer; the heating sheet comprises a side surface in contact with the liquid guiding component, the liquid guiding component is configured to be in contact with the microporous liquid conducting body to guide the tobacco liquid to the heating sheet.
A method of encoding a video data, the method comprising: determining a fixed number of candidate intra prediction modes in a candidate list according to intra prediction modes of a left block and an upper block; generating a most probable mode flag indicating whether one of the candidate intra prediction modes is used to determine an intra prediction mode of a current block; when the most probable mode flag indicates one of intra prediction modes in the candidate list used for prediction of the current block, generating a mode index indicating one among the candidate intra prediction modes included in the candidate list; and generating a bitstream including the mode prediction flag and the mode index, wherein, the candidate list includes a planar mode, when the intra prediction modes of the left block and the upper block are equal to each other and the intra prediction mode of the left block is the DC mode. determining a fixed number of candidate intra prediction modes in a candidate list according to intra prediction modes of a left block and an upper block; generating a most probable mode flag indicating whether one of the candidate intra prediction modes is used to determine an intra prediction mode of a current block; when the most probable mode flag indicates one of intra prediction modes in the candidate list used for prediction of the current block, generating a mode index indicating one among the candidate intra prediction modes included in the candidate list; and generating a bitstream including the mode prediction flag and the mode index, wherein, the candidate list includes a planar mode, when the intra prediction modes of the left block and the upper block are equal to each other and the intra prediction mode of the left block is the DC mode.
A computer system adapted to perform a method comprising: encoding multiple pictures to produce encoded data, wherein each of the multiple pictures is partitioned into multiple tiles; and outputting the encoded data along with control data that indicates that inter-picture prediction dependencies across specific boundaries are constrained for a given tile set of one or more tiles of the multiple tiles, wherein the given tile set is parameterized in the control data as one or more tile regions covering the one or more tiles of the multiple tiles, wherein the control data is a supplemental enhancement information ("SEI") message that indicates that inter-picture prediction dependencies across tile set boundaries are constrained for the given tile set, characterized in that the SEI message includes a syntax element that is usable for a decoder to assess whether quality of the given tile set is adversely affected when decoding the given tile set only. encoding multiple pictures to produce encoded data, wherein each of the multiple pictures is partitioned into multiple tiles; and outputting the encoded data along with control data that indicates that inter-picture prediction dependencies across specific boundaries are constrained for a given tile set of one or more tiles of the multiple tiles, wherein the given tile set is parameterized in the control data as one or more tile regions covering the one or more tiles of the multiple tiles, wherein the control data is a supplemental enhancement information ("SEI") message that indicates that inter-picture prediction dependencies across tile set boundaries are constrained for the given tile set, characterized in that the SEI message includes a syntax element that is usable for a decoder to assess whether quality of the given tile set is adversely affected when decoding the given tile set only.
An electric machine, in particular for an electrically operated drive train of a motor vehicle, comprising a rotor which is rotatably mounted relative to a stator, wherein the rotor has a rotor shaft with at least one first rotor body arranged on the rotor shaft in a non-rotatable and non-displaceable manner, wherein the stator comprises a first stator body and a second stator body which are spaced apart from one another, and the first stator body has a first stator winding and the second stator body has a second stator winding, wherein the first stator winding is arranged within a first hydraulic chamber and the second stator winding is arranged within a second hydraulic chamber, within which the respective stator windings (41, 42) can each be contacted by a hydraulic fluid at least in sections, characterized in that the electric machine comprises a hydraulic connecting element, which hydraulically connects the first hydraulic chamber to the second hydraulic chamber, wherein at least one electrical conductor of the first stator winding and/or the second stator winding is arranged within the hydraulic connecting element.
A method of receiving data, the method comprising: obtaining information about a plurality of media data which are different encoded versions of the same component included in a content, wherein the plurality of media data respectively correspond to a plurality of elementary streams, and wherein each of the plurality of media data includes a plurality of data segments, wherein the information includes a header url element referencing a header of the plurality of media data; requesting and receiving the header of the plurality of media data based on the information, wherein the header of the plurality of media data comprises at least one of a program association table, PAT, or a program map table, PMT, relating to the plurality of elementary streams; selecting and requesting at least one media data among the plurality of media data based on at least one of the PAT and the PMT included in the header file; and obtaining the at least one media data in response to the request. obtaining information about a plurality of media data which are different encoded versions of the same component included in a content, wherein the plurality of media data respectively correspond to a plurality of elementary streams, and wherein each of the plurality of media data includes a plurality of data segments, wherein the information includes a header url element referencing a header of the plurality of media data; requesting and receiving the header of the plurality of media data based on the information, wherein the header of the plurality of media data comprises at least one of a program association table, PAT, or a program map table, PMT, relating to the plurality of elementary streams; selecting and requesting at least one media data among the plurality of media data based on at least one of the PAT and the PMT included in the header file; and obtaining the at least one media data in response to the request.
A lighting unit for a headlight, in particular a motor vehicle headlight, comprising a plurality of light sources, a light guide unit having a plurality of light guides, and a and wherein each light source couples light precisely into a light guide associated therewith, and wherein adjacent light guides are separated from one another by partition walls (31, 32), characterised in that at least one diaphragm element is arranged between the light guide unit and the projection lens, which diaphragm element has apertures separated from one another by aperture partition walls (51,52), wherein the diaphragm element is arranged in such a way that an aperture is arranged to the front of each light decoupling face, and wherein the apertures correspond substantially in terms of shape and size to the light decoupling faces associated therewith, and wherein, on the faces of the at least one diaphragm element facing away from the light guide unit, at least part of the aperture partition walls (51, 52) has a smaller wall thickness (b) than the partition walls (31, 32) of the light guide unit associated with the respective aperture partition walls (51, 52).
Metering valve for a pressurized vial, comprising a valve body in which a stem is slidable, and a metering chamber, the stem being movable between a closed position in which, in the mounted state on a vial, the metering chamber is in contact with the inside of the vial and isolated from the outside of the vial, and an open position in which, in the mounted state, the metering chamber is isolated from the inside of the vial and in contact with the outside of the vial, the metering chamber being fixed by its upper end to the portion of the valve body located, in the mounted state, inside the vial, an inlet passage (99, 981, 714, 712) being provided contacting the inside of the vial and the metering chamber and an outlet passage (712, 714, 442, 443, 51b, 45, 42) contacting the metering chamber and the outside of the valve, inlet closure means being provided to close the inlet passage when the stem is in the open position and outlet closure means being provided to close the outlet passage when the stem is in the closed position, characterized in that the stem can be moved beyond the open position into a third position, called short-circuit position, a third passage (931, 94, 31, 48, 47), called short-circuit passage, being provided to contact the inside of the vial and the outside of the valve, short-circuit closure means being provided to close the short-circuit passage when the stem is in the closed position or the open position.
Expanded beads, which are crosslinked expanded beads and which are olefin-based thermoplastic elastomer expanded beads containing a coloring agent and a cell controlling agent, and have an apparent density of 40 to 300 g/L and an average surface layer membrane thickness (a) of 3 to 25 μm, wherein a proportion of a xylene insoluble fraction of the crosslinked expanded beads by a hot xylene extraction method according to the specification is from 30 to 70% by mass, and the flexural modulus of the olefin-based thermoplastic elastomer is from 10 to 100MPa, wherein the average surface layer membrane thickness represents the thickness of the thinnest part of the cell membrane on the expanded beads surface side, and the apparent density, the average surface layer membrane thickness, and the flexural modulus are determined by the method according to the specification. wherein the average surface layer membrane thickness represents the thickness of the thinnest part of the cell membrane on the expanded beads surface side, and the apparent density, the average surface layer membrane thickness, and the flexural modulus are determined by the method according to the specification.
A method to communicate with a passenger in a car within a transportation system, the method comprising: receiving an alarm signal from the car; using a communication system associated with the car to initiate a text communication session in response to the alarm signal; receiving a second alarm signal from a second car; using a second communication system associated with the second car to initiate a second text communication session in response to the second alarm signal; characterized by using the communication system and the second communication system to provide operating parameters of the cars; and sending a multicast text based message from a dispatch center to the communication system and the second communication system. receiving an alarm signal from the car; using a communication system associated with the car to initiate a text communication session in response to the alarm signal; receiving a second alarm signal from a second car; using a second communication system associated with the second car to initiate a second text communication session in response to the second alarm signal; characterized by using the communication system and the second communication system to provide operating parameters of the cars; and sending a multicast text based message from a dispatch center to the communication system and the second communication system.
A device for supporting a patient to be X-rayed during an operation, with a first rail which can be fastened to an operating table, with a second rail which can be fastened to the operating table, with at least one first connection unit which connects the first end of the first rail, which faces away from the operating table, to the first end of the second rail, which faces away from the operating table, so that the two rails (12, 14) are arranged at a predetermined distance from one another, with a first patient support unit arranged on the first rail, for supporting a body area of the patient, and with a second patient support unit arranged on the second rail, for supporting a body area of the patient, wherein the first patient support unit is mounted exclusively on the first rail, and the second patient support unit is mounted exclusively on the second rail, and said units are designed in such a manner that a material-free X-ray area is formed between the two patient support units (40, 42), even in an opposite arrangement of the patient support units, characterised in that the first patient support unit and the second patient support unit (40, 42) each comprise a fastening unit which comprises a U-shaped base body which can be placed from above onto the rectangular rails (12, 14), and that, at the end of one of the two flanks of the U-shaped base body, a latch is swivelably arranged, which can be screwed via a screw or nut on the end of the other flank of the U-shaped base body by means of a screw which can be actuated manually without other auxiliary means.