mhurhangee/patent-ind-claim-en huggingface dataset:
A video decoder, comprising: an interface configured to receive a bit stream in tile order within a video frame that was encoded into rectangular tiles; and processing circuitry configured to decode the video frame while respecting dependency breaks at tile boundaries, wherein the rectangular tiles including an integer number of two-dimensional blocks of pixels, a tile shape of each of the rectangular tiles being defined by N x M two-dimensional blocks of pixels, respective values of N and M need not be identical for each of the rectangular tiles, and information regarding tile shape being conveyed from an encoder to the decoder, the decoder configured to determine the values of N and M for each tile from the information, the rectangular tiles having dependency breaks therebetween, wherein the values of N and M are conveyed in a sequence or picture header; wherein the processing circuitry is configured to process a maximum number of horizontal tiles and a maximum number of vertical tiles independent of a resolution of video frames, wherein the resolution of video frames is determined by a width of the video frames and a height of the video frames. an interface configured to receive a bit stream in tile order within a video frame that was encoded into rectangular tiles; and processing circuitry configured to decode the video frame while respecting dependency breaks at tile boundaries, wherein the rectangular tiles including an integer number of two-dimensional blocks of pixels, a tile shape of each of the rectangular tiles being defined by N x M two-dimensional blocks of pixels, respective values of N and M need not be identical for each of the rectangular tiles, and information regarding tile shape being conveyed from an encoder to the decoder, the decoder configured to determine the values of N and M for each tile from the information, the rectangular tiles having dependency breaks therebetween, wherein the values of N and M are conveyed in a sequence or picture header; wherein the processing circuitry is configured to process a maximum number of horizontal tiles and a maximum number of vertical tiles independent of a resolution of video frames, wherein the resolution of video frames is determined by a width of the video frames and a height of the video frames.
A quantitative colorimetric measurement system comprising: an electro-optical sensor assembly including one or more light sources and a light detection material configured to detect light reflected off of a chemical colorimetric indicator by the light source, the electro-optical sensor assembly configured to generate an electrical signal based on the light detected by the light detection material; a humidity sensor adapted to measure a humidity of the chemical colorimetric indicator; a temperature sensor adapted to measure a temperature of the chemical colorimetric indicator; a processor configured to determine a quantitative value of CO 2 detected by the chemical colorimetric indicator from the humidity of the chemical colorimetric indicator, the temperature of the chemical colorimetric indicator, and a voltage measurement corresponding to the electrical signal based on the light detected by the light detection material; and a removable cartridge comprising the chemical colorimetric indicator and a humidity moisture exchanger , the cartridge configured to removably engage with the quantitative colorimetric measurement system. an electro-optical sensor assembly including one or more light sources and a light detection material configured to detect light reflected off of a chemical colorimetric indicator by the light source, the electro-optical sensor assembly configured to generate an electrical signal based on the light detected by the light detection material; a humidity sensor adapted to measure a humidity of the chemical colorimetric indicator; a temperature sensor adapted to measure a temperature of the chemical colorimetric indicator; a processor configured to determine a quantitative value of CO 2 detected by the chemical colorimetric indicator from the humidity of the chemical colorimetric indicator, the temperature of the chemical colorimetric indicator, and a voltage measurement corresponding to the electrical signal based on the light detected by the light detection material; and a removable cartridge comprising the chemical colorimetric indicator and a humidity moisture exchanger , the cartridge configured to removably engage with the quantitative colorimetric measurement system.
Heater system for a crankcase fluid, comprising a heater plate , a conductive plate and a transfer wall , said conductive plate being sandwiched between the heater plate and said transfer wall , the latter being intended to transfer heating energy to the fluid; wherein one or more principal protrusions , preferably cylindrical pins, extend from the transfer wall characterized in that said one or more principal protrusions is/are arranged to engage a portion (32 1 ) of the peripheral edge of the heater plate in order to maintain said heater plate on a contact zone of the conductive plate at distance from one electrical connection zone of said conductive plate situated in front of said portion (32 1 ) of the peripheral edge.
A humanized antibody specifically binding to CD22 or a fragment thereof, comprising: a heavy chain variable region represented by an amino acid sequence of SEQ ID NO: 11 and a light chain variable region represented by an amino acid sequence of SEQ ID NO: 12; or a heavy chain variable region represented by an amino acid sequence of SEQ ID NO: 15 and a light chain variable region represented by an amino acid sequence of SEQ ID NO: 16.
Electronic assembly for an illumination device of a vehicle with at least one touch-sensitive component that is formed by a semiconductor light source and that is accommodated on a carrier body and protrudes at least in sections above the surface of the carrier body , where at least one guiding body is accommodated on the carrier body adjacent to the semiconductor light source , where the guiding body is made in such a way in terms of shape and size that the semiconductor light source is protected by the guiding body from coming into contact with other objects and where the further object is a light guiding body into which the light from the semiconductor light source can be incoupled, characterized in that the guiding body is implemented as an SMD component and is mounted on the surface of the carrier body .
A method of wireless communication performed by a first device, comprising: transmitting a first beam switch message "BSM" to a second device, the first BSM including a first instruction for switching beams; selecting a reset state from a plurality of reset states which include a first state for the second device to disregard the first instruction and a second state for the second device to maintain execution of the first instruction; and transmitting a second BSM to the second device before the second device completes execution of the first instruction, the second BSM including a second instruction for switching beams and indicating which reset state is selected, wherein the first device is a base station "BS" and the second device is a user equipment "UE". transmitting a first beam switch message "BSM" to a second device, the first BSM including a first instruction for switching beams; selecting a reset state from a plurality of reset states which include a first state for the second device to disregard the first instruction and a second state for the second device to maintain execution of the first instruction; and transmitting a second BSM to the second device before the second device completes execution of the first instruction, the second BSM including a second instruction for switching beams and indicating which reset state is selected, wherein the first device is a base station "BS" and the second device is a user equipment "UE".
A system for altering an approaching sexual event, comprising: a housing portion having a central body portion , first and second electrode containment portions , and first and second hinge portions, with the first and second electrode containment portions pivotally displaceable away from the central body portion at the first and second hinge portions; circuitry elements; and at least first and second electrodes in operative communication with the circuitry elements to provide electrical stimulation, the first electrode provided with the first electrode containment portion and the second electrode provided with the second electrode containment portion , with the at least first and second electrodes pivotally displaceable for transperineal tissue contact, characterized in that the first and second electrode containment portions have a thickness less than the thickness of the central body portion . a housing portion having a central body portion , first and second electrode containment portions , and first and second hinge portions, with the first and second electrode containment portions pivotally displaceable away from the central body portion at the first and second hinge portions; circuitry elements; and at least first and second electrodes in operative communication with the circuitry elements to provide electrical stimulation, the first electrode provided with the first electrode containment portion and the second electrode provided with the second electrode containment portion , with the at least first and second electrodes pivotally displaceable for transperineal tissue contact,
A method of optically determining the orientation of a grain structure in a component, characterised in that the method comprises; presenting a surface of the component to a detector and illuminating the surface with a beam from a light source ; manipulating the relative orientation of the surface, beam and a detector and determining the relative orientation which provides the peak reflectance of the beam from the surface to the detector; characterized by presenting a first further surface of the component to the detector and illuminating the first further surface with a beam from a light source; manipulating the relative orientation of the first further surface, beam and detector and determining the relative orientation which provides the peak reflectance of the beam from the surface to the detector; presenting a second further surface of the component to the detector and illuminating the second further surface with a beam from a light source; manipulating the relative orientation of the second further surface, beam and detector and determining the relative orientation which provides the peak reflectance of the beam from the surface to the detector; calculating the orientation of the grain structure from the determined relative peak reflectance orientations of the surface, first further surface and second further surface.
A method of transducing a population of hematopoietic stem or progenitor cells comprising culturing the cells in a culture medium comprising staurosporine, washing the cells to substantially remove the staurosporine, and contacting the cells with a lentiviral vector.
A video decoder apparatus, comprising: a processor configured to generate a temporary ordered list of reference pictures from a decoded picture buffer, DPB, , in which the temporary ordered list is ordered with any reference pictures for a current picture that is currently being decoded that are in the DPB and that are temporally before the current picture listed in order by temporal distance from the current picture, followed by any reference pictures for the current picture that are in the DPB and that are temporally later than the current picture listed in order by temporal distance from the current picture, followed by any long term reference pictures for the current picture that are in the DPB ; and the processor further configured to generate a reference picture list by selecting reference pictures from the temporary ordered list of reference pictures, wherein, when the reference picture list is to be a modified list, generating the reference picture list by, at least, for each entry in the reference picture list, reading an index into the temporary ordered list of reference pictures and selecting, for the entry in the reference picture list, a reference picture from the temporary ordered list of reference pictures that is identified by the index. a processor configured to generate a temporary ordered list of reference pictures from a decoded picture buffer, DPB, , in which the temporary ordered list is ordered with any reference pictures for a current picture that is currently being decoded that are in the DPB and that are temporally before the current picture listed in order by temporal distance from the current picture, followed by any reference pictures for the current picture that are in the DPB and that are temporally later than the current picture listed in order by temporal distance from the current picture, followed by any long term reference pictures for the current picture that are in the DPB ; and the processor further configured to generate a reference picture list by selecting reference pictures from the temporary ordered list of reference pictures, wherein, when the reference picture list is to be a modified list, generating the reference picture list by, at least, for each entry in the reference picture list, reading an index into the temporary ordered list of reference pictures and selecting, for the entry in the reference picture list, a reference picture from the temporary ordered list of reference pictures that is identified by the index.
Method of determining a volume of liquid flowing through a conduit , including: receiving a signal from a flow meter including a rotor drivable by liquid flowing through the flow meter , wherein the signal is representative of pulses obtainable by detecting passage of at least one signalling device of which movement is at least synchronised with that of the rotor ; determining a number ( N ) of the pulses within a time interval ( Δt ); determining a measure ( f ) of a pulse frequency within the time interval ( Δt ); and determining the volume as a function of a number ( N ) of pulses within the time interval ( Δt ) if the measure ( f ) is indicative of a pulse frequency above a certain value ( y ), characterised by determining the volume as a pre-determined value ( z ) upon determining that the measure ( f ) is indicative of a pulse frequency equal to or lower than the certain value ( y ). receiving a signal from a flow meter including a rotor drivable by liquid flowing through the flow meter , wherein the signal is representative of pulses obtainable by detecting passage of at least one signalling device of which movement is at least synchronised with that of the rotor ; determining a number ( N ) of the pulses within a time interval ( Δt ); determining a measure ( f ) of a pulse frequency within the time interval ( Δt ); and determining the volume as a function of a number ( N ) of pulses within the time interval ( Δt ) if the measure ( f ) is indicative of a pulse frequency above a certain value ( y ), characterised by determining the volume as a pre-determined value ( z ) upon determining that the measure ( f ) is indicative of a pulse frequency equal to or lower than the certain value ( y ).
An oviposition tray for insect eggs, the oviposition tray comprising: an oviposition tray body defining a plurality of elongate egg laying recesses in which eggs are laid, each recess having a length of at least 8mm, a width of between 1mm and 6mm and a depth of not less than 2mm, wherein the oviposition tray body has a front side and a rear side , with the recesses being defined in the front side of the oviposition tray body, wherein the oviposition tray body defines at least one aperture that extends between the rear side of the oviposition tray body and the front side of the oviposition tray body, the aperture allowing a flow of an airborne attractant substance therethrough in a direction from the rear side of the oviposition tray body to the front side thereof for attracting adult female insects to the oviposition tray in order to lay eggs in the recesses, wherein the oviposition tray body includes at least one spacer formation extending from the rear side thereof for abutment with the front side of another oviposition tray so as to space the oviposition tray from the another oviposition tray when the oviposition trays are arranged in a vertically stacked configuration, and wherein the oviposition tray body includes attachment means providing for attachment of the oviposition tray body to another oviposition tray or for conveying the oviposition tray, the attachment means comprising at least one passage that extends through the oviposition tray body and includes an elongate attachment rod which is received within the passage. an oviposition tray body defining a plurality of elongate egg laying recesses in which eggs are laid, each recess having a length of at least 8mm, a width of between 1mm and 6mm and a depth of not less than 2mm, wherein the oviposition tray body has a front side and a rear side , with the recesses being defined in the front side of the oviposition tray body, wherein the oviposition tray body defines at least one aperture that extends between the rear side of the oviposition tray body and the front side of the oviposition tray body, the aperture allowing a flow of an airborne attractant substance therethrough in a direction from the rear side of the oviposition tray body to the front side thereof for attracting adult female insects to the oviposition tray in order to lay eggs in the recesses, wherein the oviposition tray body includes at least one spacer formation extending from the rear side thereof for abutment with the front side of another oviposition tray so as to space the oviposition tray from the another oviposition tray when the oviposition trays are arranged in a vertically stacked configuration, and wherein the oviposition tray body includes attachment means providing for attachment of the oviposition tray body to another oviposition tray or for conveying the oviposition tray, the attachment means comprising at least one passage that extends through the oviposition tray body and includes an elongate attachment rod which is received within the passage.
Reverse osmosis arrangement comprising a membrane unit having a housing and a membrane separating a first chamber and a second chamber in the housing , the first chamber having a first port and a second port and the second chamber being connected to a permeate outlet , wherein the first port is connected to a first pump (13 and the second port is connected to a second pump , characterized in that the first pump is operatively connected to a first reversible electric machine which can be operated in a motor mode and in a generator mode and the second pump is connected to a second reversible electric machine which can be operated in a motor mode and in a generator mode, wherein the first pump can be operated as hydraulic motor driving the first electric machine and the second pump can be operated as hydraulic motor driving the second electric machine .
A method for compensating a discharge flow rate of a hydraulic pump for construction machine , including a hydraulic pump connected to an engine; a hydraulic actuator that drives the working device by operating hydraulic fluid; a control valve installed in a flow path of the hydraulic pump; an operation lever outputting the signal pressure corresponding to an operation amount; a means for detecting the operation amount of the operation lever ; a means for detecting an engine rpm; and a controller for controlling the control valve in response to the signal pressure corresponding to the operation amount and the detected signal corresponding to an engine rpm, the method comprising; detecting the signal pressure corresponding to the operation amount of the operation lever , and the engine rpm; determining a required discharge volume corresponding to the operation amount of the operation lever and a compensation ratio, determining a required discharge volume that is compensated for the engine rpm; and controlling a discharge flow rate of the hydraulic pump; wherein the step of controlling the discharge flow rate of the hydraulic pump is derived from the sum of the required volume corresponding to the operation amount of the operation lever and the calculated volume that is obtained by multiplying the percentile compensation ratio by the difference value between the required volume that is compensated for the engine rpm and the required volume corresponding to the operation amount of the operation lever .
Apparatus for the additive manufacture of three-dimensional objects by successive, layer-by-layer selective exposure and thus successive, layer-by-layer selective solidification of construction material layers of a construction material that can be solidified by means of an energy beam, comprising a filter device , which is adapted to filter a process gas arising in the course of executing additive construction processes in a process chamber of the apparatus , in particular containing impurities arising due to the process, characterised in that the filter device comprises several filter modules each with a filter module housing , wherein each filter module housing comprises a filter body receiving space of a geometrically defined configuration, which space is adapted to receive a defined number of filter bodies of a geometrically defined configuration, wherein each filter module comprises connection interfaces on the filter module via which it can be or is connected if required to defined connection areas on the apparatus of a pipe structure through which the process gas can flow or flows, wherein the filter body receiving spaces of the respective filter module housings differ in their respective filter body receiving volumes, so that in each filter body receiving space only a defined number of filter bodies of a geometrically defined configuration can be received.