mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting Demodulation-Reference Signal, DM-RS, configured for Vehicle-to-everything, V2X, communication, characterized in : determining, based on a first group-hopping associated with a first slot of a subframe, a first DM-RS for V2X communication, and determining, based on a second group-hopping associated with the first slot and with an offset, a second DM-RS for V2X communication; mapping the first DM-RS for V2X communication in a first symbol in the first slot of the subframe, and mapping the second DM-RS for V2X communication in a second symbol in the first slot of the subframe; determining, based on a third group-hopping associated with a second slot of the subframe, a third DM-RS for V2X communication, and determining, based on a fourth group-hopping associated with the second slot and with an offset, a fourth DM-RS for V2X communication; mapping the third DM-RS for V2X communication in a first symbol in the second slot of the subframe, and mapping the fourth DM-RS for V2X communication in a second symbol in the second slot of the subframe; and transmitting the mapped first DM-RS for V2X communication, the mapped second DM-RS for V2X communication, the mapped third DM-RS for V2X communication, and the mapped fourth DM-RS for V2X communication . determining, based on a first group-hopping associated with a first slot of a subframe, a first DM-RS for V2X communication, and determining, based on a second group-hopping associated with the first slot and with an offset, a second DM-RS for V2X communication; mapping the first DM-RS for V2X communication in a first symbol in the first slot of the subframe, and mapping the second DM-RS for V2X communication in a second symbol in the first slot of the subframe; determining, based on a third group-hopping associated with a second slot of the subframe, a third DM-RS for V2X communication, and determining, based on a fourth group-hopping associated with the second slot and with an offset, a fourth DM-RS for V2X communication; mapping the third DM-RS for V2X communication in a first symbol in the second slot of the subframe, and mapping the fourth DM-RS for V2X communication in a second symbol in the second slot of the subframe; and transmitting the mapped first DM-RS for V2X communication, the mapped second DM-RS for V2X communication, the mapped third DM-RS for V2X communication, and the mapped fourth DM-RS for V2X communication .
Electrical drive system, having: - a plurality of multi-phase multi-lane electric motors , wherein the same lanes of different electric motors together form a lane group (LG1, LG2, LG3), - at least one electrical energy store (3.1, 3.2, 3.3) for each lane group (LG1, LG2, LG3), - at least one electrical AC/DC regulating unit (4.1, 4.2, 4.3) for each lane group (LG1, LG2, LG3), wherein the AC/DC regulating unit (4.1, 4.2, 4.3) is an inverter, and wherein the inverter is configured to regulate the DC voltage of the lane group (LG1, LG2, LG3) or the AC voltage of the AC/DC regulating unit (4.1, 4.2, 4.3), - a DC bus (10.1, 10.2, 10.3) for each lane group (LG1, LG2, LG3), wherein, via the DC bus (10.1, 10.2, 10.3), a DC/AC regulating unit (2.1, 2.2, 2.3) for each lane of the electric motors can be supplied with direct current by the AC/DC regulating units (4.1, 4.2, 4.3) or the energy stores, - at least one electromagnetic transducer which is designed to electromagnetically interlink the AC voltages of the AC/DC regulating units (4.1, 4.2, 4.3), characterized by an open-loop and closed-loop control unit which is configured, in the event of a failure of lanes in the electric motors in one lane group (LG1, LG2, LG3), to provide the energy of the lane group weakened by the failure for at least one other lane group by means of closed-loop control of the voltage of the AC/DC regulating units (4.1, 4.2, 4.3) - a plurality of multi-phase multi-lane electric motors , wherein the same lanes of different electric motors together form a lane group (LG1, LG2, LG3), - at least one electrical energy store (3.1, 3.2, 3.3) for each lane group (LG1, LG2, LG3), - at least one electrical AC/DC regulating unit (4.1, 4.2, 4.3) for each lane group (LG1, LG2, LG3), wherein the AC/DC regulating unit (4.1, 4.2, 4.3) is an inverter, and wherein the inverter is configured to regulate the DC voltage of the lane group (LG1, LG2, LG3) or the AC voltage of the AC/DC regulating unit (4.1, 4.2, 4.3), - a DC bus (10.1, 10.2, 10.3) for each lane group (LG1, LG2, LG3), wherein, via the DC bus (10.1, 10.2, 10.3), a DC/AC regulating unit (2.1, 2.2, 2.3) for each lane of the electric motors can be supplied with direct current by the AC/DC regulating units (4.1, 4.2, 4.3) or the energy stores, - at least one electromagnetic transducer which is designed to electromagnetically interlink the AC voltages of the AC/DC regulating units (4.1, 4.2, 4.3),
A compressor unit of a split Stirling cryogenic refrigeration device, the compressor unit comprising: a compression chamber that is connectable via a transfer line to an expander unit of the refrigeration device; a piston that is configured to be moved back and forth along a longitudinal axis to alternately compress and decompress a gaseous working agent in the compression chamber ; and a linear electromagnetic actuator that is configured to drive the piston , the actuator characterized in that the actuator comprises: a stator assembly that includes a driving coil that is wound about the longitudinal axis and that is enclosed within a toroidal back iron except for a coaxial cylindrical gap in a radially outward facing surface of the toroidal back iron ; and a movable assembly that is connected to the piston , the movable assembly comprising two movable permanent magnets separated by a ferromagnetic spacer that are located radially exteriorly to the stator assembly , the two movable permanent magnets being magnetically polarized parallel to the longitudinal axis and oppositely to one another such that an alternating electrical current that flows through the driving coil causes the movable assembly to move back and forth parallel to the longitudinal axis so as to periodically drive the piston into and out of the compression chamber . a compression chamber that is connectable via a transfer line to an expander unit of the refrigeration device; a piston that is configured to be moved back and forth along a longitudinal axis to alternately compress and decompress a gaseous working agent in the compression chamber ; and a linear electromagnetic actuator that is configured to drive the piston , the actuator characterized in that the actuator comprises: a stator assembly that includes a driving coil that is wound about the longitudinal axis and that is enclosed within a toroidal back iron except for a coaxial cylindrical gap in a radially outward facing surface of the toroidal back iron ; and a movable assembly that is connected to the piston , the movable assembly comprising two movable permanent magnets separated by a ferromagnetic spacer that are located radially exteriorly to the stator assembly , the two movable permanent magnets being magnetically polarized parallel to the longitudinal axis and oppositely to one another such that an alternating electrical current that flows through the driving coil causes the movable assembly to move back and forth parallel to the longitudinal axis so as to periodically drive the piston into and out of the compression chamber .
A method for producing granules from a powder, characterized in that a compaction force is applied to the powder to produce a compacted mass comprising a mixture of fine particles and granules and separating and removing fine particles and/or small granules from the granules of the compacted mass by entraining the fine particles and/or small granules in a gas stream and wherein the direction of the flow of the gas stream has a component which is contrary to that of the direction of flow of the compacted mass wherein the fine particles and/or small granules are separated and removed from the granules by means of an apparatus comprising fractionating means wherein the fractionating means comprises a device along the axis of which the compacted mass is moved in said gas stream by effect of gravitation wherein the fractionating means is static and comprises a vortex device and wherein the compacted mass moves along a helical path within the device .
Vehicle pane module for installation in a car body opening of a vehicle, the vehicle pane module being prefabricated and equipped with at least one vehicle pane and at least one functional component of the vehicle, which functional component, together with the vehicle pane , can be inserted as a constituent part of the vehicle pane module into the car body opening of the vehicle, characterized in that the vehicle pane module has a frame which supports the vehicle pane and the at least one functional component indirectly or directly, and the interior region of which frame is filled in sections by the vehicle pane and in sections by the functional component.
A method for predicting recurrence of Hodgkin lymphoma (HL) in a subject treated with a first treatment regimen comprising: (a) providing an isolated sample from the subject and an isolated sample from a good clinical outcome control subject; (b) isolating total RNA comprising CD30 RNA, Fibroblast Growth Factor-2 (FGF2) RNA, TGFβ1 RNA, MMP9 RNA, and Syndecan-1 (SDC1) RNA from the isolated sample from the subject and from the isolated sample from the good clinical outcome control subject; (c) amplifying the total RNA from step (b); (d) measuring a level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in the isolated sample from the subject and in the isolated sample from the good clinical outcome control subject; (e) comparing the level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in step (d) in the isolated sample from the subject with the level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in step (d) in the isolated sample from the good clinical outcome control subject, wherein an increased level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in the isolated sample from the subject compared to the level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in the isolated sample from the good clinical outcome control subject is indicative of recurrence of HL in the subject; (f) predicting recurrence of Hodgkin lymphoma (HL) in the subject based on step (e). (a) providing an isolated sample from the subject and an isolated sample from a good clinical outcome control subject; (b) isolating total RNA comprising CD30 RNA, Fibroblast Growth Factor-2 (FGF2) RNA, TGFβ1 RNA, MMP9 RNA, and Syndecan-1 (SDC1) RNA from the isolated sample from the subject and from the isolated sample from the good clinical outcome control subject; (c) amplifying the total RNA from step (b); (d) measuring a level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in the isolated sample from the subject and in the isolated sample from the good clinical outcome control subject; (e) comparing the level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in step (d) in the isolated sample from the subject with the level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in step (d) in the isolated sample from the good clinical outcome control subject, wherein an increased level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in the isolated sample from the subject compared to the level of expression of the CD30 RNA, the FGF2 RNA, the TGFβ1 RNA, the MMP9 RNA, and the SDC1 RNA in the isolated sample from the good clinical outcome control subject is indicative of recurrence of HL in the subject; (f) predicting recurrence of Hodgkin lymphoma (HL) in the subject based on step (e).
Computer implemented method for determining probability distributions in an area for a pre-determined point in time using a hidden Markov model, the method comprising the following steps carried out by computer hardware components: - determining a probability distribution over a list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at a previous point in time, wherein the area comprises a cell of an occupancy grid, the occupancy grid comprising a plurality of further cells; - determining measurement data related to the area at the pre-determined point in time using a sensor; and - determining a probability distribution over the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at the pre-determined point in time based on the measurement data and the probability distribution over the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at the previous point in time; wherein the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) comprises: a static occupancy state (S), a dynamic occupancy state (D), a free-space state (F), a first uncertainty state (SD) between the static occupancy state (S) and the dynamic occupancy state (D), a second uncertainty state (SF) between the static occupancy state (S) and the free-space state (F), a third uncertainty state (DF) between the dynamic occupancy state (D) and the free-space state (F), and an unknown occupancy state (SDF). - determining a probability distribution over a list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at a previous point in time, wherein the area comprises a cell of an occupancy grid, the occupancy grid comprising a plurality of further cells; - determining measurement data related to the area at the pre-determined point in time using a sensor; and - determining a probability distribution over the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at the pre-determined point in time based on the measurement data and the probability distribution over the list of possible occupancy states (S, D, F, SD, SF, DF, SDF) of the area at the previous point in time;
Collar of a knitted garment, in particular a polo shirt, comprising: - a first flexible knit portion comprising a rectilinear-shaped inner longitudinal end and a substantially curved-shaped outer longitudinal end ; - a second structured knitted stiff knit portion , distinct from said first portion and constituting the collar stand, said second portion comprising an inner longitudinal end of rectilinear shape corresponding to said inner longitudinal end of said first portion and an outer longitudinal end of substantially curved shape, said second portion being integral with said first portion at said inner longitudinal end ; the collar being characterised by , - a substantially curved-shaped longitudinal fold axis of said first portion , said longitudinal fold axis being located in said first portion , parallel to said outer longitudinal end , so that said first portion folds along said longitudinal fold axis to cover a part of said first portion and the whole of said second portion ; said collar comprising two rectilinear-shaped lateral ends ; and said collar defining a height H1 between said outer longitudinal end and said outer longitudinal end at its central portion, and a height H2 at each of its two lateral ends , with H1 equal to or greater than H2. - a first flexible knit portion comprising a rectilinear-shaped inner longitudinal end and a substantially curved-shaped outer longitudinal end ; - a second structured knitted stiff knit portion , distinct from said first portion and constituting the collar stand, said second portion comprising an inner longitudinal end of rectilinear shape corresponding to said inner longitudinal end of said first portion and an outer longitudinal end of substantially curved shape, said second portion being integral with said first portion at said inner longitudinal end ; the collar being characterised by , - a substantially curved-shaped longitudinal fold axis of said first portion , said longitudinal fold axis being located in said first portion , parallel to said outer longitudinal end , so that said first portion folds along said longitudinal fold axis to cover a part of said first portion and the whole of said second portion ; said collar comprising two rectilinear-shaped lateral ends ; and said collar defining a height H1 between said outer longitudinal end and said outer longitudinal end at its central portion, and a height H2 at each of its two lateral ends , with H1 equal to or greater than H2.
A sealing device configured to seal an annular gap between an inner ring and an outer ring provided in a hub bearing , the sealing device comprising: a reinforcement ring configured to be fixed to the outer ring ; a seal body that is provided integrally with the reinforcement ring and is made of an elastic body; and a plurality of seal lips provided in the seal body , the plurality of seal lips being slidable on the inner ring or a slinger fixed to the inner ring , wherein the plurality of seal lips include: a lip for foreign object configured to prevent entry of a foreign object which extends radially outward and is slidable on the inner ring or the slinger fixed to the inner ring ; and a lip for grease configured to prevent leakage of grease which extends radially inward and is slidable on the inner ring or the slinger fixed to the inner ring ; a sliding surface in the lip for foreign object and a sliding surface in the lip for grease have pear-skin-like projections and depressions on them, characterized in that roughness of the pear-skin-like projections and depressions provided on the sliding surface of the lip for grease is larger than roughness of the pear-skin-like projections and depressions provided on the sliding surface of the lip for foreign object . a reinforcement ring configured to be fixed to the outer ring ; a seal body that is provided integrally with the reinforcement ring and is made of an elastic body; and a plurality of seal lips provided in the seal body , the plurality of seal lips being slidable on the inner ring or a slinger fixed to the inner ring , wherein the plurality of seal lips include: a lip for foreign object configured to prevent entry of a foreign object which extends radially outward and is slidable on the inner ring or the slinger fixed to the inner ring ; and a lip for grease configured to prevent leakage of grease which extends radially inward and is slidable on the inner ring or the slinger fixed to the inner ring ; a lip for foreign object configured to prevent entry of a foreign object which extends radially outward and is slidable on the inner ring or the slinger fixed to the inner ring ; and a lip for grease configured to prevent leakage of grease which extends radially inward and is slidable on the inner ring or the slinger fixed to the inner ring ; a sliding surface in the lip for foreign object and a sliding surface in the lip for grease have pear-skin-like projections and depressions on them, characterized in that roughness of the pear-skin-like projections and depressions provided on the sliding surface of the lip for grease is larger than roughness of the pear-skin-like projections and depressions provided on the sliding surface of the lip for foreign object .
A method of transmitting data over a communication channel, the method comprising: receiving a plurality of information symbols; encoding an NxM array containing the plurality of information symbols into a two-dimensional array of modulation symbols by applying an OTFS transform to the plurality of information symbols wherein the OTFS transform includes an inverse symplectic Fourier transform and a windowing operation; and transmitting the two-dimensional array of modulation symbols using M mutually orthogonal waveforms included within M frequency sub-bands. receiving a plurality of information symbols; encoding an NxM array containing the plurality of information symbols into a two-dimensional array of modulation symbols by applying an OTFS transform to the plurality of information symbols wherein the OTFS transform includes an inverse symplectic Fourier transform and a windowing operation; and transmitting the two-dimensional array of modulation symbols using M mutually orthogonal waveforms included within M frequency sub-bands.
An enteric contrast medium formulation which is formulated for oral delivery to a subject contemporaneous with a medical imaging procedure performed on the abdomen of said subject, said formulation comprising: an enteric contrast medium comprising a stable suspension of hollow borosilicate microsphere particles encapsulating gas or partial vacuum, and an aqueous vehicle component, where said aqueous vehicle component is a pharmaceutically acceptable aqueous vehicle comprising xanthan gum as suspension agent maintaining the microsphere particles in suspension, said encapsulated gas or partial vacuum particle is stable at room or body temperature, wherein said particle comprises a shell defining an interior void, said shell formed of a material contributing at least about 30 Hounsfield Units (HU) to the CT number of said contrast medium formulation or of a body cavity in which said contrast medium is distributed during said medical imaging procedure. an enteric contrast medium comprising a stable suspension of hollow borosilicate microsphere particles encapsulating gas or partial vacuum, and an aqueous vehicle component, where said aqueous vehicle component is a pharmaceutically acceptable aqueous vehicle comprising xanthan gum as suspension agent maintaining the microsphere particles in suspension, said encapsulated gas or partial vacuum particle is stable at room or body temperature, wherein said particle comprises a shell defining an interior void, said shell formed of a material contributing at least about 30 Hounsfield Units (HU) to the CT number of said contrast medium formulation or of a body cavity in which said contrast medium is distributed during said medical imaging procedure.