mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a receiver arranged to receive random access resource information indicating a plurality of random access resource configurations and corresponding priority levels for the plurality of random access resource configurations via a system information block, wherein each random access resource configuration of the plurality of random access resource configurations comprises: a random access resource priority level, a subcarrier spacing of a preamble, a frequency domain interval of the random access resource, and a time domain interval of the random access resource; a processor arranged to determine a random access resource configuration from the plurality of random access resource configurations; and a transmitter arranged to transmit a random access signal using the random access resource configuration. a receiver arranged to receive random access resource information indicating a plurality of random access resource configurations and corresponding priority levels for the plurality of random access resource configurations via a system information block, wherein each random access resource configuration of the plurality of random access resource configurations comprises: a random access resource priority level, a subcarrier spacing of a preamble, a frequency domain interval of the random access resource, and a time domain interval of the random access resource; a random access resource priority level, a subcarrier spacing of a preamble, a frequency domain interval of the random access resource, and a time domain interval of the random access resource; a processor arranged to determine a random access resource configuration from the plurality of random access resource configurations; and a transmitter arranged to transmit a random access signal using the random access resource configuration.
Machine for dewatering and drying a paper, board or other fibrous web formed at least partly from waste paper, having at least two press nips , which are each formed by two press rolls , wherein the fibrous web runs through the first press nip with a water-absorbing dewatering belt on both sides and through the second press nip with at least one other dewatering belt and, on the side of the fibrous web that is opposite to the other dewatering belt , a smooth impermeable transfer belt is led through the second press nip , and, after the second press nip , transfers the fibrous web to a belt of a following machine unit, wherein the transfer belt runs underneath the fibrous web , wherein the accepting belt is a dryer fabric and the following machine unit is a drying group, in which the fibrous web is led in a meandering fashion alternately over heated drying cylinders and evacuated guide rolls , and a drying cylinder of the following drying group is assigned at least one removal doctor , and wherein there is a pulper under the removal doctor , and wherein the axis of the drying cylinder having the removal doctor and the axis of the following evacuated guide roll are offset vertically relative to each other, characterized in that the axis of the drying cylinder having the removal doctor and the axis of the following evacuated guide roll are at a horizontal distance from each other which is greater than 80% of the sum of the radii of this drying cylinder and this guide roll .
A method for discontinuous reception, DRX, comprising: receiving , by a terminal device, a DRX indication signal sent by a network device, wherein the DRX indication signal comprises a first sequence, the first sequence being configured to instruct the terminal device to wake up or sleep during an on duration in a DRX cycle after the first sequence, the terminal device belonging to a device group in M device groups, the first sequence corresponding to the device group to which the terminal device belongs, each device group in the M device groups corresponding to a respective first sequence and M is a positive integer; and the terminal device waking up or sleeping during the on duration in the DRX cycle after the first sequence according to the first sequence, characterized in that the first sequence corresponding to the terminal device is determined according to the device group to which the terminal device belongs and a physical cell identifier, PCI, of a cell where the terminal device is located. receiving , by a terminal device, a DRX indication signal sent by a network device, wherein the DRX indication signal comprises a first sequence, the first sequence being configured to instruct the terminal device to wake up or sleep during an on duration in a DRX cycle after the first sequence, the terminal device belonging to a device group in M device groups, the first sequence corresponding to the device group to which the terminal device belongs, each device group in the M device groups corresponding to a respective first sequence and M is a positive integer; and the terminal device waking up or sleeping during the on duration in the DRX cycle after the first sequence according to the first sequence, characterized in that the first sequence corresponding to the terminal device is determined according to the device group to which the terminal device belongs and a physical cell identifier, PCI, of a cell where the terminal device is located.
An active splint comprising a sheath within which a slider is arranged so as to slidably move between a retracted position and a deployed position, the slider comprising a head intended to bear against the head of a perineal bone of a user, said active splint comprising: - a member for blocking the slider adapted to hold said slider in its deployed position, - detent means adapted to act on the blocking member so as to release the slider from its deployed position, the active splint being characterized in that it comprises elastic return means configured to urge the slider towards its retracted position. - a member for blocking the slider adapted to hold said slider in its deployed position, - detent means adapted to act on the blocking member so as to release the slider from its deployed position, the active splint being characterized in that it comprises elastic return means configured to urge the slider towards its retracted position.
Mounting bracket for mounting an awning to a building, in particular to a vertically or horizontally standing part of a building, such as a building wall , underside of a ceiling or roof beam, comprising - a base plinth that can be mounted to the building, - an awning holder connected in a swivelling manner thereto via a swivel joint about a horizontal axis of rotation and having a receptacle for an awning part, in particular an awning housing , wherein the swivellability of the awning holder causes the inclination position of the awning holder to be adapted to the angle of inclination (N) of the awning, and - a locking mechanism of the awning holder on the base plinth in a raised initial swivel position, characterized in that the locking mechanism can be released by swivelling the awning holder during the assembly in order to adjust its inclination position to the angle of inclination (N) of the awning, - wherein the awning holder is held in its initial swivel position by a spring action with the effect of a reversible locking mechanism, or - wherein the locking mechanism is formed by at least one mechanical engagement part between the base plinth and the awning holder and can be irreversibly released by shearing due to the swivelling of the awning holder during the initial adjustment of its inclination position. - a base plinth that can be mounted to the building, - an awning holder connected in a swivelling manner thereto via a swivel joint about a horizontal axis of rotation and having a receptacle for an awning part, in particular an awning housing , wherein the swivellability of the awning holder causes the inclination position of the awning holder to be adapted to the angle of inclination (N) of the awning, and - a locking mechanism of the awning holder on the base plinth in a raised initial swivel position, - wherein the awning holder is held in its initial swivel position by a spring action with the effect of a reversible locking mechanism, or - wherein the locking mechanism is formed by at least one mechanical engagement part between the base plinth and the awning holder and can be irreversibly released by shearing due to the swivelling of the awning holder during the initial adjustment of its inclination position.
A device for use in luminescent imaging , the device comprising: an array of imaging pixels ; a photonic structure disposed over the array of imaging pixels; an array of wells disposed over the photonic structure, a first well of the array of wells being disposed over a first single pixel of the array of imaging pixels, a second well of the array of wells being disposed over the first single pixel and spatially displaced from the first well; a first luminophore disposed within the first well; a second luminophore disposed within the second well; and a radiation source configured to generate first photons having a first characteristic at a first time, and configured to generate second photons having a second characteristic at a second time, the second characteristic being different than the first characteristic, the second time being different than the first time, the first single pixel selectively receiving luminescence emitted by the first luminophore of the first well responsive to the first photons at the first time, and selectively receiving luminescence emitted by the second luminophore of the second well responsive to the second photons at the second time. an array of imaging pixels ; a photonic structure disposed over the array of imaging pixels; an array of wells disposed over the photonic structure, a first well of the array of wells being disposed over a first single pixel of the array of imaging pixels, a second well of the array of wells being disposed over the first single pixel and spatially displaced from the first well; a first well of the array of wells being disposed over a first single pixel of the array of imaging pixels, a second well of the array of wells being disposed over the first single pixel and spatially displaced from the first well; a first luminophore disposed within the first well; a second luminophore disposed within the second well; and a radiation source configured to generate first photons having a first characteristic at a first time, and configured to generate second photons having a second characteristic at a second time, the second characteristic being different than the first characteristic, the second time being different than the first time, the first single pixel selectively receiving luminescence emitted by the first luminophore of the first well responsive to the first photons at the first time, and selectively receiving luminescence emitted by the second luminophore of the second well responsive to the second photons at the second time.
A memory system, comprising: a plurality of solid state memory modules, each module having a capability for writing, reading and erasing data, a group of modules of the plurality of modules configured to store user data and parity data for the user data as sectors of the group of modules, wherein the parity data is capable of correcting a number of sector errors of the user data; a controller which is configured to limit a number of modules of the group of modules performing an erase or a write operation at any time period to less than or equal to the number of sector errors of the user data correctable by the parity data and to allow any of the remaining modules of the group to be accessed during said time period, wherein said number of modules is allocated according to a rotating time sequence across said group of modules; and, in response to a request for stored user data, the controller is configured to read said requested stored user data and stored parity data from the group of modules not performing the write or erase operation and to reconstruct the requested stored user data using the stored parity data when the requested stored user data is stored on the modules of the group of modules performing the erase or write operation. a plurality of solid state memory modules, each module having a capability for writing, reading and erasing data, a group of modules of the plurality of modules configured to store user data and parity data for the user data as sectors of the group of modules, wherein the parity data is capable of correcting a number of sector errors of the user data; a controller which is configured to limit a number of modules of the group of modules performing an erase or a write operation at any time period to less than or equal to the number of sector errors of the user data correctable by the parity data and to allow any of the remaining modules of the group to be accessed during said time period, wherein said number of modules is allocated according to a rotating time sequence across said group of modules; and, in response to a request for stored user data, the controller is configured to read said requested stored user data and stored parity data from the group of modules not performing the write or erase operation and to reconstruct the requested stored user data using the stored parity data when the requested stored user data is stored on the modules of the group of modules performing the erase or write operation.
A dental implant system comprising: a jaw bone anchor according to claim 7 and a dental abutment for attachment to the jaw bone anchor via the attachment element , a jaw-bone facing section of the dental abutment having an exterior shape that is complementary to the tapered open inner area formed by the inner surface of the expandable wall . a jaw bone anchor according to claim 7 and a dental abutment for attachment to the jaw bone anchor via the attachment element , a jaw-bone facing section of the dental abutment having an exterior shape that is complementary to the tapered open inner area formed by the inner surface of the expandable wall .
An immunogenic conjugate comprising a native Outer Membrane Vesicle (nOMV) having at least a surface protein moiety connected to at least an antigen by a divalent linker wherein said divalent linker is a homobifunctional linker.
A method of collecting and processing optical coherence tomography, OCT, data of a sample using an optical coherence tomography system, said method comprising: collecting a first dataset at a transverse location of the sample, said first dataset comprising spectra of a bandwidth Δk 1 sampled at a spectral sampling interval dki; collecting a second dataset at said transverse location of the sample, said second dataset comprising spectra of a bandwidth Δk 2 sampled at a spectral sampling interval dk 2 , wherein Δk 2 is less than Δk 1 and dk 2 is less than dki; characterized by : combining the first and the second datasets; detecting a true imaging depth window from the combined or individual datasets; using the detected true imaging depth window to generate a processed A-scan, wherein the processed A-scan has an axial resolution greater than the axial resolution corresponding to Δk 2 and a depth range greater than the depth range provided by dki; and storing or displaying the results of said processed A-scan or a further analysis thereof. collecting a first dataset at a transverse location of the sample, said first dataset comprising spectra of a bandwidth Δk 1 sampled at a spectral sampling interval dki; collecting a second dataset at said transverse location of the sample, said second dataset comprising spectra of a bandwidth Δk 2 sampled at a spectral sampling interval dk 2 , wherein Δk 2 is less than Δk 1 and dk 2 is less than dki; characterized by : combining the first and the second datasets; detecting a true imaging depth window from the combined or individual datasets; using the detected true imaging depth window to generate a processed A-scan, wherein the processed A-scan has an axial resolution greater than the axial resolution corresponding to Δk 2 and a depth range greater than the depth range provided by dki; and storing or displaying the results of said processed A-scan or a further analysis thereof. combining the first and the second datasets; detecting a true imaging depth window from the combined or individual datasets; using the detected true imaging depth window to generate a processed A-scan, wherein the processed A-scan has an axial resolution greater than the axial resolution corresponding to Δk 2 and a depth range greater than the depth range provided by dki; and storing or displaying the results of said processed A-scan or a further analysis thereof.
A method to provide a floor covering, comprising the steps of: • Providing a sheet vinyl, wherein said sheet vinyl comprises a sequence of layers being a lower reinforced PVC layer providing the lower side of the sheet vinyl, a decorative layer contacting the reinforced PVC lower layer and a wear layer contacting the decorative layer; • Providing a PVC intermediate comprising at least a first layer of extruded PVC material and at least a first reinforcing sheet, the first layer of said extruded PVC material providing the upper side of the PVC intermediate; • Adhering said sheet vinyl to the PVC intermediate by lamination the lower side of the sheet vinyl to the upper side of the PVC intermediate. • Providing a sheet vinyl, wherein said sheet vinyl comprises a sequence of layers being a lower reinforced PVC layer providing the lower side of the sheet vinyl, a decorative layer contacting the reinforced PVC lower layer and a wear layer contacting the decorative layer; • Providing a PVC intermediate comprising at least a first layer of extruded PVC material and at least a first reinforcing sheet, the first layer of said extruded PVC material providing the upper side of the PVC intermediate; • Adhering said sheet vinyl to the PVC intermediate by lamination the lower side of the sheet vinyl to the upper side of the PVC intermediate.
A glass shaping apparatus comprising: a plurality of rib members each of which comprises at least one void and at least one shaping edge ; at least one guide member connected to at least one rib member , said at least one guide member comprising at least one shaping edge substantially matching a shape or a curvature of the shaping edge of the at least one rib member ; at least one support member connecting at least two rib members and at least one guide member ; and a shaping member proximate one or more of the shaping edges of the rib members , the shaping member having at least one first curvature that matches at least one first curvature of the shaping edges ; characterized in that the at least one support member comprises a curved shaping edge configured to impart a second curvature to the shaping member (140. 540), wherein at least one shaping edge of at least one rib member and at least one shaping edge of at least one guide member are configured to define a shaping groove ; and wherein the shaping member is diposed in or otherwise affixed to the shaping groove . a plurality of rib members each of which comprises at least one void and at least one shaping edge ; at least one guide member connected to at least one rib member , said at least one guide member comprising at least one shaping edge substantially matching a shape or a curvature of the shaping edge of the at least one rib member ; at least one support member connecting at least two rib members and at least one guide member ; and a shaping member proximate one or more of the shaping edges of the rib members , the shaping member having at least one first curvature that matches at least one first curvature of the shaping edges ; characterized in that the at least one support member comprises a curved shaping edge configured to impart a second curvature to the shaping member (140. 540), wherein at least one shaping edge of at least one rib member and at least one shaping edge of at least one guide member are configured to define a shaping groove ; and wherein the shaping member is diposed in or otherwise affixed to the shaping groove .
A rubber composition comprising 0.3 to 2.5 parts by mass of an aldehydeamine (reaction or condensation product of aldehyde with amine), 0.1 to 1.5 part by mass of at least one compound selected from a group consisting of tetra(2-ethylhexyl)thiuram disulfide, 1,6-bis(N,N'-dibenzylthiocarbamoyldithio)-hexane and 1,6-bis{N,N'-di(2-ethylhexyl)thiocarbamoyldithio}-hexane, and 0.1 to 2.5 parts by mass of a thiazole type vulcanization accelerator based on 100 parts by mass of a rubber component, with a content of natural rubber and/or synthetic polyisoprene rubber ranging from 60 to 100 parts by mass based on 100 parts by mass of a rubber component.
Medical apparatus, comprising: a medical tool , which is configured to move within a passage in a body of a patient; a position sensing system, which is configured to track coordinates of the medical tool within the body; a display screen ; and a processor , which is configured to register the position sensing system and a three-dimensional computerized tomography (CT) image of at least a part of the body within a common frame of reference, characterized in that the processor is further configured: to position multiple virtual cameras at different, respective locations along a route of the medical tool through the passage; and for each of the multiple virtual cameras, to identify a location and orientation of the virtual camera within the common frame of reference, and to render and display on the display screen a virtual endoscopic image, based on the 3D CT image, of the passage in the body from the identified location and orientation including an animated representation of the medical tool positioned in the virtual endoscopic image in accordance with the tracked coordinates. a medical tool , which is configured to move within a passage in a body of a patient; a position sensing system, which is configured to track coordinates of the medical tool within the body; a display screen ; and a processor , which is configured to register the position sensing system and a three-dimensional computerized tomography (CT) image of at least a part of the body within a common frame of reference, characterized in that the processor is further configured: to position multiple virtual cameras at different, respective locations along a route of the medical tool through the passage; and for each of the multiple virtual cameras, to identify a location and orientation of the virtual camera within the common frame of reference, and to render and display on the display screen a virtual endoscopic image, based on the 3D CT image, of the passage in the body from the identified location and orientation including an animated representation of the medical tool positioned in the virtual endoscopic image in accordance with the tracked coordinates. to position multiple virtual cameras at different, respective locations along a route of the medical tool through the passage; and for each of the multiple virtual cameras, to identify a location and orientation of the virtual camera within the common frame of reference, and to render and display on the display screen a virtual endoscopic image, based on the 3D CT image, of the passage in the body from the identified location and orientation including an animated representation of the medical tool positioned in the virtual endoscopic image in accordance with the tracked coordinates.
A tobacco smoke filter or filter element including a coherent web comprising a first filter material and a second filter material and, optionally, one or more further filter materials; wherein the first filter material comprises a cellulose acetate tow; and the second filter material comprises a paper having paper folds; wherein the cellulose acetate tow fills small channels in the the paper folds of said paper of the second filter material.