mhurhangee/patent-ind-claim-en huggingface dataset:
A random access method, being applicable to a user equipment, UE in an idle state or an inactive state, and comprising: selecting a first bandwidth part, BWP, from a plurality of BWPs, the plurality of BWPs being configured by a network device through an SIB 1, and the SIB 1 being obtained through a cell defining synchronization signal block, CD-SSB; determining a first physical random access channel, PRACH, resource corresponding to a first synchronization signal block, SSB based on a correspondence between the first SSB and the first PRACH resource; and transmitting a random access preamble on the first BWP based on the first PRACH resource, wherein selecting the first BWP from the plurality of BWPs comprises: selecting the first BWP corresponding to a service type of the UE from the plurality of BWPs based on a correspondence between service types and BWPs, wherein the correspondence between service types and BWPs is configured by the network device. selecting a first bandwidth part, BWP, from a plurality of BWPs, the plurality of BWPs being configured by a network device through an SIB 1, and the SIB 1 being obtained through a cell defining synchronization signal block, CD-SSB; determining a first physical random access channel, PRACH, resource corresponding to a first synchronization signal block, SSB based on a correspondence between the first SSB and the first PRACH resource; and transmitting a random access preamble on the first BWP based on the first PRACH resource, wherein selecting the first BWP from the plurality of BWPs comprises: selecting the first BWP corresponding to a service type of the UE from the plurality of BWPs based on a correspondence between service types and BWPs, wherein the correspondence between service types and BWPs is configured by the network device.
Hybrid video encoder for predictively encoding a first- and a second- view video into a multi-view data signal with frames (122 1 - 122 4 ) of the second-view video being spatially subdivided into sub-regions (132 232 ), the hybrid video encoder being configured to assign a prediction mode out of a set of possible prediction modes, to each of the sub-regions of the frames (122 1 - 122 4 ) of the second-view video, wherein the set of possible prediction modes comprises at least an inter-view prediction mode and an intra-view prediction mode; respectively determine, for sub-regions (132 232 ) of the frames of the second-view video with which the inter-view prediction mode is associated, a disparity vector among disparity vectors out of a set of disparity vectors lying within a predetermined search area, which corresponds to a local minimum of prediction errors resulting from applying the set of disparity vectors to a reconstructed version of a portion of frames (120 1 - 120 4 ) of the first-view video, and the prediction residual, resulting from applying the disparity vector determined; and respectively insert, for the sub-regions (132 232 ) of the frames of the second-view video with which the inter-view prediction mode is associated, the disparity vector determined, and the prediction residual determined into the multi-view data signal, the encoder being characterized in that it is configured to further respectively insert, for the sub-regions of the frames of the second-view video with which the inter-view prediction mode is associated, reliability data into the multi-view data signal, with the reliability data being determined in dependence on a function which monotonically increases with decreasing value of a dispersion measure of the distribution of a resulting prediction error at the set of disparity vectors when plotted against a distance of the respective one of the set of disparity vectors from the disparity vector inserted into the multi-view data signal. a disparity vector among disparity vectors out of a set of disparity vectors lying within a predetermined search area, which corresponds to a local minimum of prediction errors resulting from applying the set of disparity vectors to a reconstructed version of a portion of frames (120 1 - 120 4 ) of the first-view video, and the prediction residual, resulting from applying the disparity vector determined; and the disparity vector determined, and the prediction residual determined into the multi-view data signal, the encoder being characterized in that it is configured to further respectively insert, for the sub-regions of the frames of the second-view video with which the inter-view prediction mode is associated, reliability data into the multi-view data signal, with the reliability data being determined in dependence on a function which monotonically increases with decreasing value of a dispersion measure of the distribution of a resulting prediction error at the set of disparity vectors when plotted against a distance of the respective one of the set of disparity vectors from the disparity vector inserted into the multi-view data signal.
A receiver circuit for receiving an analog signal, encoding an incoming bit stream, from a Controller Area Network, CAN, bus system and for processing said incoming bit stream, the receiver circuit comprising: - an analog interface for converting said analog signal to a digital input data stream, said analog interface comprising an analog filter and a switch to process said analog signal before generating said digital input data stream using said filter if, and only if, a selection criterion controlling said switch is met, - a frame decoding unit for at least partially decoding a data frame encoded in said digital input data stream in accordance with a Controller Area Network protocol, and - a frame processing unit comprising a flexible data rate detector for detecting a flexible data rate frame in said digital input data stream by detecting a Flexible Data Rate Format, FDF, bit, said flexible data rate detector being adapted for activating said analog filter by said switch upon detecting said FDF bit having a logic 1 value and a recessive bit counter for counting a number of consecutive recessive bits in said digital input data stream after detecting said flexible data rate frame, - a wake-up decision unit for processing said data frame when said FDF bit is set to a logic 0 value such as to detect a selective wake-up message encoded in said data frame while the receiver circuit is in a power-preservation mode wherein said frame processing unit is adapted for controlling said selection criterion, such that said selection criterion is satisfied when the flexible data rate frame is detected and is reset to an unsatisfied condition when the recessive bit counter reaches a predetermined number. - an analog interface for converting said analog signal to a digital input data stream, said analog interface comprising an analog filter and a switch to process said analog signal before generating said digital input data stream using said filter if, and only if, a selection criterion controlling said switch is met, - a frame decoding unit for at least partially decoding a data frame encoded in said digital input data stream in accordance with a Controller Area Network protocol, and - a frame processing unit comprising a flexible data rate detector for detecting a flexible data rate frame in said digital input data stream by detecting a Flexible Data Rate Format, FDF, bit, said flexible data rate detector being adapted for activating said analog filter by said switch upon detecting said FDF bit having a logic 1 value and a recessive bit counter for counting a number of consecutive recessive bits in said digital input data stream after detecting said flexible data rate frame, - a wake-up decision unit for processing said data frame when said FDF bit is set to a logic 0 value such as to detect a selective wake-up message encoded in said data frame while the receiver circuit is in a power-preservation mode
Method for operating a spinning position of a spinning machine , in particular a rotor spinning machine, in which a fiber material is opened up into individual fibers by means of an opening device and the individual fibers are spun into a yarn by means of a spinning device , wherein the opening device contains an opening roller which is rotatably mounted in an opening housing and can be driven by means of an individual drive , wherein the spinning device is connected to a negative pressure channel of the spinning machine and is acted upon with negative pressure, and wherein the opening housing is connected to the spinning device via a feeding channel , characterized in that , during a standstill of the spinning position , the opening roller is driven at least once briefly by means of its individual drive and is stopped again, or in that , during a standstill of the spinning position , the opening roller is driven at a minimum rotational speed by means of its individual drive .
A transmit power determining method, comprising: obtaining , by user equipment, UE, transmit power indication information of a first link, the transmit power indication information comprises first indication information of a first maximum transmit power of the UE; determining , by the UE, a first transmit power of control information and a second transmit power of data based on the transmit power indication information, wherein a sum of a linear value of the first transmit power and a linear value of the second transmit power is equal to the first maximum transmit power, and a difference between a transmit power on each physical resource block, PRB, of the control information and a transmit power on the each PRB of the data is equal to a third preset value; and sending , by the UE, the control information on the first link at the first transmit power, and sending the data on the first link at the second transmit power, wherein the control information and the data are in a same subframe. obtaining , by user equipment, UE, transmit power indication information of a first link, the transmit power indication information comprises first indication information of a first maximum transmit power of the UE; determining , by the UE, a first transmit power of control information and a second transmit power of data based on the transmit power indication information, wherein a sum of a linear value of the first transmit power and a linear value of the second transmit power is equal to the first maximum transmit power, and a difference between a transmit power on each physical resource block, PRB, of the control information and a transmit power on the each PRB of the data is equal to a third preset value; and sending , by the UE, the control information on the first link at the first transmit power, and sending the data on the first link at the second transmit power, wherein the control information and the data are in a same subframe.
An electronic device comprising: a display ; and a processor configured to: based on a plurality of objects being identified by the processor in an image obtained by a camera included in an unmanned aerial vehicle (UAV) , provide a first user interface (UI) comprising an object identified as a target to be reconnoitred by the UAV based on a predefined priority on types of objects, control the display to provide the first UI the target, and control the display to provide a second UI for selecting a flight path for reconnoitering the target, wherein the second UI comprises a plurality of images corresponding to a plurality of different flight paths for reconnoitering the target, wherein each of the plurality of images comprises a flight space for reconnoitering the target represented as a figure of a three-dimensional shape and each of the plurality of different flight paths is represented as a directional line in the figure a display ; and a processor configured to: based on a plurality of objects being identified by the processor in an image obtained by a camera included in an unmanned aerial vehicle (UAV) , provide a first user interface (UI) comprising an object identified as a target to be reconnoitred by the UAV based on a predefined priority on types of objects, control the display to provide the first UI the target, and control the display to provide a second UI for selecting a flight path for reconnoitering the target, wherein the second UI comprises a plurality of images corresponding to a plurality of different flight paths for reconnoitering the target, wherein each of the plurality of images comprises a flight space for reconnoitering the target represented as a figure of a three-dimensional shape and each of the plurality of different flight paths is represented as a directional line in the figure based on a plurality of objects being identified by the processor in an image obtained by a camera included in an unmanned aerial vehicle (UAV) , provide a first user interface (UI) comprising an object identified as a target to be reconnoitred by the UAV based on a predefined priority on types of objects, control the display to provide the first UI the target, and control the display to provide a second UI for selecting a flight path for reconnoitering the target, wherein the second UI comprises a plurality of images corresponding to a plurality of different flight paths for reconnoitering the target, wherein each of the plurality of images comprises a flight space for reconnoitering the target represented as a figure of a three-dimensional shape and each of the plurality of different flight paths is represented as a directional line in the figure
A melamine/formaldehyde foam having an open-cell foam structure, with an impregnation applied to the foam structure that comprises at least one particulate phyllosilicate surface-modified with aminosilane and at least one anionically- and/or nonionically-stabilized polyurethane dispersion, wherein the substances applied by the impregnation may be dried.
Heat exchanger for a motor vehicle, comprising: - a bundle of tubes stacked in a stacking direction (d), each tube comprising at least one fluid circulation inlet channel and one fluid circulation outlet channel that are separated by a separating wall and each tube comprising an end mouth , - a header plate comprising a plate bottom pierced with openings for receiving the bundle of tubes , said header plate comprising a peripheral groove , - a header tank secured to the header plate and having a separating partition delimiting an inlet chamber into the inlet channels of the tubes and an outlet chamber for the outlet channels of the tubes , - a seal disposed on the header plate and having a sealing strap for ensuring sealing with the separating partition , said sealing strap extending in the stacking direction (d) of the tubes over the end mouths of the tubes , above the separating wall of each tube , the end mouths not comprising a cutout in the zone of contact with the sealing strap , said sealing strap comprising a receiving plateau for the separating partition and means for holding said separating partition on said receiving plateau , - the seal comprising a frame located in the peripheral groove of the header plate , - the sealing strap extending between two opposite edges of the frame , characterized in that the seal comprises at least one lateral tongue extending perpendicularly from the sealing strap . - a bundle of tubes stacked in a stacking direction (d), each tube comprising at least one fluid circulation inlet channel and one fluid circulation outlet channel that are separated by a separating wall and each tube comprising an end mouth , - a header plate comprising a plate bottom pierced with openings for receiving the bundle of tubes , said header plate comprising a peripheral groove , - a header tank secured to the header plate and having a separating partition delimiting an inlet chamber into the inlet channels of the tubes and an outlet chamber for the outlet channels of the tubes , - a seal disposed on the header plate and having a sealing strap for ensuring sealing with the separating partition , said sealing strap extending in the stacking direction (d) of the tubes over the end mouths of the tubes , above the separating wall of each tube , the end mouths not comprising a cutout in the zone of contact with the sealing strap , said sealing strap comprising a receiving plateau for the separating partition and means for holding said separating partition on said receiving plateau , - the seal comprising a frame located in the peripheral groove of the header plate , - the sealing strap extending between two opposite edges of the frame , characterized in that the seal comprises at least one lateral tongue extending perpendicularly from the sealing strap .
Coupling which makes it possible to connect the ends of two pipelines, characterized in that it comprises a mixture of PVDF homopolymer and of glass fibres and in that it exhibits a stress at the yield point, measured in tension at 23°C according to Standard ISO 527, of greater than or equal to 60 MPa.
A freestanding vehicle seat assembly comprising: a seat having a seat portion connected to a back portion ; a monopost attached at a bottom of the seat portion such that the seat rests only on the monopost, the monopost having a base ; and a track assembly (718; 1112) attached at a bottom of the monopost, the track assembly configured for providing fore and aft movement of the freestanding vehicle seat assembly, the track assembly comprising at least two rails with corresponding sleds; characterized in that the track assembly (718; 1112) further comprises a load catcher configured to be mounted to a vehicle floor, wherein the base partially extends below the load catcher and is configured to be slidingly constrained by the load catcher. a seat having a seat portion connected to a back portion ; a monopost attached at a bottom of the seat portion such that the seat rests only on the monopost, the monopost having a base ; and a track assembly (718; 1112) attached at a bottom of the monopost, the track assembly configured for providing fore and aft movement of the freestanding vehicle seat assembly, the track assembly comprising at least two rails with corresponding sleds; characterized in that the track assembly (718; 1112) further comprises a load catcher configured to be mounted to a vehicle floor, wherein the base partially extends below the load catcher and is configured to be slidingly constrained by the load catcher.
An unmanned wellhead platform comprising a jacket designed and adapted to be supported on the seabed and projecting above the sea level and a topside structure installed on top of said jacket , wherein said topside is designed as a standardized base concept tailored for repetitive future topside constructions , characterised in that each topside construction is adapted to the number of wells to be developed, said topside construction being made up by a number of different but standardized sections , each standardized section being dedicated for a particular and predetermined purpose and location in said topside construction , said number of standardized sections adopt different sizes and configurations, though grouped in sets of sections having equal dimension.
A computer program product comprising program code means for causing a data processing system to perform a method for detecting development of tooth wear between a first and a second points in time, the method comprising: obtaining a first digital 3D representation of a patients set of teeth recorded by a scanning device at the first point in time; obtaining a second digital 3D representation of a patients set of teeth recorded by a scanning device at the second point in time; segmenting the first and second digital 3D representations to generate a first and a second 3D tooth models for at least one tooth from the first and second digital 3D representations respectively, wherein the first and second 3D tooth models comprises anatomically corresponding regions; locally aligning the first and second 3D tooth models, wherein locally aligning the first and second 3D tooth models comprises determining teeth specific transformation that provides an anatomical correspondence between the first and second 3D tooth models; comparing the locally aligned first and second 3D tooth models; and detecting based on the comparison a change in the tooth size and/or shape of at least one tooth, and correlating a detected change in the tooth size with a threshold value relating to an expected depth of the patient's enamel, and wherein the method comprises providing an alarm, warning an operator when the detected change is above the threshold value. obtaining a first digital 3D representation of a patients set of teeth recorded by a scanning device at the first point in time; obtaining a second digital 3D representation of a patients set of teeth recorded by a scanning device at the second point in time; segmenting the first and second digital 3D representations to generate a first and a second 3D tooth models for at least one tooth from the first and second digital 3D representations respectively, wherein the first and second 3D tooth models comprises anatomically corresponding regions; locally aligning the first and second 3D tooth models, wherein locally aligning the first and second 3D tooth models comprises determining teeth specific transformation that provides an anatomical correspondence between the first and second 3D tooth models; comparing the locally aligned first and second 3D tooth models; and detecting based on the comparison a change in the tooth size and/or shape of at least one tooth, and correlating a detected change in the tooth size with a threshold value relating to an expected depth of the patient's enamel, and wherein the method comprises providing an alarm, warning an operator when the detected change is above the threshold value.
A compound of formula (II) or formula (III), or a pharmaceutically acceptable salt, hydrate, or solvate thereof, for use in the treatment or improvement of at least one disorder of sleep in a subject, wherein the subject does not suffer from schizophrenia.