mhurhangee/patent-ind-claim-en huggingface dataset:
A hyperspectral imaging device comprising an input for receiving a light field from a scene , an encoder , at least one dispersive element , at least one array detector and a processor , wherein: the encoder is arranged to receive at least a portion of the light field from the input and transform it to provide a first and second encoded light field having different binary spatial patterns; at least one dispersive element is arranged to apply spectral shear to the first and second encoded light fields respectively to provide first and second sheared light fields ; at least one array detector is arranged to detect the first and second sheared light fields ; and the processor is arranged to process an output from the at least one array detector to determine a datacube corresponding to a hyperspectral image of the scene ; and the at least one dispersive element comprises a first dispersive element configured to apply a first spectral shear to the first encoded light field , and a second dispersive element configured to apply a second spectral shear to the second encoded light field , the at least one array detector comprises a first and second array detector, respectively arranged to detect the first and second sheared light fields ; characterized in that the hyperspectral imaging device further comprising a third array detector , arranged to receive an unsheared portion of the light field ; and wherein the processor is further arranged to process an output from the third detector jointly with the outputs from the first and second detectors to determine the datacube . the encoder is arranged to receive at least a portion of the light field from the input and transform it to provide a first and second encoded light field having different binary spatial patterns; at least one dispersive element is arranged to apply spectral shear to the first and second encoded light fields respectively to provide first and second sheared light fields ; at least one array detector is arranged to detect the first and second sheared light fields ; and the processor is arranged to process an output from the at least one array detector to determine a datacube corresponding to a hyperspectral image of the scene ; and the at least one dispersive element comprises a first dispersive element configured to apply a first spectral shear to the first encoded light field , and a second dispersive element configured to apply a second spectral shear to the second encoded light field , the at least one array detector comprises a first and second array detector, respectively arranged to detect the first and second sheared light fields ; characterized in that the hyperspectral imaging device further comprising a third array detector , arranged to receive an unsheared portion of the light field ; and wherein the processor is further arranged to process an output from the third detector jointly with the outputs from the first and second detectors to determine the datacube .
A printer comprising: a printhead configured to selectively cause a mark to be created on a substrate provided adjacent to the printer, the printhead having a first configuration in which the printhead is spaced apart from the printing surface and a second configuration in which the printhead is configured to press the substrate against a printing surface during a printing operation; and a printhead drive assembly configured to cause movement of the printhead towards and away from the printing surface between the first and second configurations, the printhead drive assembly comprising a permanent magnet and an electromagnet ; characterised in that when the electromagnet is in a first condition, an attractive magnetic force is generated between the permanent magnet and the electromagnet, and when the electromagnet is in a second condition, a repulsive magnetic force is generated between the permanent magnet and the electromagnet, each of said attractive and repulsive magnetic forces being configured to one of urge the printhead away from and towards the printing surface; and the printhead drive assembly is configured such that, when the printhead is in each of the first and second configurations, it is retained in that configuration by the printhead drive assembly when the electromagnet is in the first condition, the printhead being retained in one of the first and second configurations by said attractive magnetic force generated between the permanent magnet and the electromagnet. a printhead configured to selectively cause a mark to be created on a substrate provided adjacent to the printer, the printhead having a first configuration in which the printhead is spaced apart from the printing surface and a second configuration in which the printhead is configured to press the substrate against a printing surface during a printing operation; and a printhead drive assembly configured to cause movement of the printhead towards and away from the printing surface between the first and second configurations, the printhead drive assembly comprising a permanent magnet and an electromagnet ; characterised in that when the electromagnet is in a first condition, an attractive magnetic force is generated between the permanent magnet and the electromagnet, and when the electromagnet is in a second condition, a repulsive magnetic force is generated between the permanent magnet and the electromagnet, each of said attractive and repulsive magnetic forces being configured to one of urge the printhead away from and towards the printing surface; and the printhead drive assembly is configured such that, when the printhead is in each of the first and second configurations, it is retained in that configuration by the printhead drive assembly when the electromagnet is in the first condition, the printhead being retained in one of the first and second configurations by said attractive magnetic force generated between the permanent magnet and the electromagnet.
Air supply system , in particular for mounting on a rail vehicle or commercial vehicle, having: a compressor device for generating compressed air, which compressor device is arranged in a process air line between a process air inlet and a compressed air outlet ; a cooling apparatus for cooling the compressor device and/or the process air line ; and a fan apparatus for blowing cooling air onto the cooling apparatus or drawing cooling air through the cooling apparatus , which fan apparatus is arranged in a cooling air duct between a cooling air inlet and a cooling air outlet , characterised in that a grit separator for separating particles from ambient air which is drawn in through an ambient air inlet is arranged in the air flow upstream of the process air inlet and/or the cooling air inlet .
A vehicle lighting device comprising: a socket ; a substrate provided on one end side of the socket ; at least one light emitting element provided on the substrate ; a frame part that has a frame shape, is provided on the substrate , and surrounds the light emitting element ; a sealing part that is provided on an inner side of the frame part and covers the light emitting element ; and a lens that is provided on the sealing part and comprises an optical part into which a light emitted from the light emitting element enters, wherein the optical part comprises a first portion (26a2) from which the light entered is emitted, the first portion (26a2) protrudes to a side opposite to a sealing part side, characterised in that a contour of the first portion (26a2) is a substantially rectangular shape as viewed from a direction along a central axis of the optical part . a socket ; a substrate provided on one end side of the socket ; at least one light emitting element provided on the substrate ; a frame part that has a frame shape, is provided on the substrate , and surrounds the light emitting element ; a sealing part that is provided on an inner side of the frame part and covers the light emitting element ; and a lens that is provided on the sealing part and comprises an optical part into which a light emitted from the light emitting element enters, wherein the optical part comprises a first portion (26a2) from which the light entered is emitted, the first portion (26a2) protrudes to a side opposite to a sealing part side, characterised in that a contour of the first portion (26a2) is a substantially rectangular shape as viewed from a direction along a central axis of the optical part .
A sound masking method, applied to a terminal device , wherein the terminal device comprises a receiver and a speaker ; and the method comprises: when the terminal device uses the receiver as an output end of an audio signal , determining (S302, S403), based on the audio signal , a masking sound signal ; and transmitting (S303, S404), by the speaker , the masking sound signal , wherein the masking sound signal is used to mask the audio signal output by the receiver from a far field, characterized in that the method further comprises: performing phase inversion processing on the masking sound signal to obtain a phase-inverted sound signal ; performing amplitude reduction processing on the phase-inverted sound signal , and then performing audio mixing on the phase-inverted sound signal and the audio signal to obtain a mixed sound signal ; and outputting, by the receiver , the mixed sound signal . when the terminal device uses the receiver as an output end of an audio signal , determining (S302, S403), based on the audio signal , a masking sound signal ; and transmitting (S303, S404), by the speaker , the masking sound signal , wherein the masking sound signal is used to mask the audio signal output by the receiver from a far field, characterized in that the method further comprises: performing phase inversion processing on the masking sound signal to obtain a phase-inverted sound signal ; performing amplitude reduction processing on the phase-inverted sound signal , and then performing audio mixing on the phase-inverted sound signal and the audio signal to obtain a mixed sound signal ; and outputting, by the receiver , the mixed sound signal . performing phase inversion processing on the masking sound signal to obtain a phase-inverted sound signal ; performing amplitude reduction processing on the phase-inverted sound signal , and then performing audio mixing on the phase-inverted sound signal and the audio signal to obtain a mixed sound signal ; and outputting, by the receiver , the mixed sound signal .
A recording apparatus comprising: a medium mounting section on which a medium is to be mounted; a reverse-feeding path (R1) for reversing the medium that has been fed from the medium mounting section; a recording unit configured to perform recording onto the medium that has been reversed by the reverse-feeding path; and a reverse-discharging path (R3) for reversing the medium on which recording has been performed by the recording unit and for guiding the medium to a discharge section configured to discharge the medium, wherein when viewed in a medium width direction (X) intersecting a medium transport direction (Y), a path section for reversing the medium in the reverse-feeding path (R1) and a path section for reversing the medium in the reverse-discharging path (R3) extend over respective ranges of position (H0, H2) in a vertical direction (Z) intersecting the medium width direction (X) and the medium transport direction (Y), the respective ranges of position in the vertical direction (Z) overlapping; and a guiding path (R6) for guiding the medium that is transported in a direction opposite to the transport direction (Y) in recording from a position facing the recording unit to the reverse-feeding path (R1). a medium mounting section on which a medium is to be mounted; a reverse-feeding path (R1) for reversing the medium that has been fed from the medium mounting section; a recording unit configured to perform recording onto the medium that has been reversed by the reverse-feeding path; and a reverse-discharging path (R3) for reversing the medium on which recording has been performed by the recording unit and for guiding the medium to a discharge section configured to discharge the medium, wherein when viewed in a medium width direction (X) intersecting a medium transport direction (Y), a path section for reversing the medium in the reverse-feeding path (R1) and a path section for reversing the medium in the reverse-discharging path (R3) extend over respective ranges of position (H0, H2) in a vertical direction (Z) intersecting the medium width direction (X) and the medium transport direction (Y), the respective ranges of position in the vertical direction (Z) overlapping; and a guiding path (R6) for guiding the medium that is transported in a direction opposite to the transport direction (Y) in recording from a position facing the recording unit to the reverse-feeding path (R1).
An infusion set comprising: a housing for affixation to the skin of a patient via an adhesive strip , a cannula attached to the housing wherein the cannula comprises: a tube adapted to be inserted into the skin of the patient, the tube having a wall with an internal surface and an external surface and having a first portion adapted to be connected to a drug delivery device and a second portion extending in the opposite direction than the drug delivery device connection, wherein the second portion includes a tip at the end of the tube opposite to the first portion ; wherein the second portion of the tube is curved; and wherein the second portion of the tube is adapted to straighten when an insertion needle is used to insert the tube into the skin of the patient and adapted to return to being curved when the insertion needle is removed. a housing for affixation to the skin of a patient via an adhesive strip , a cannula attached to the housing wherein the cannula comprises: a tube adapted to be inserted into the skin of the patient, the tube having a wall with an internal surface and an external surface and having a first portion adapted to be connected to a drug delivery device and a second portion extending in the opposite direction than the drug delivery device connection, wherein the second portion includes a tip at the end of the tube opposite to the first portion ; wherein the second portion of the tube is curved; and wherein the second portion of the tube is adapted to straighten when an insertion needle is used to insert the tube into the skin of the patient and adapted to return to being curved when the insertion needle is removed. a tube adapted to be inserted into the skin of the patient, the tube having a wall with an internal surface and an external surface and having a first portion adapted to be connected to a drug delivery device and a second portion extending in the opposite direction than the drug delivery device connection, wherein the second portion includes a tip at the end of the tube opposite to the first portion ; wherein the second portion of the tube is curved; and wherein the second portion of the tube is adapted to straighten when an insertion needle is used to insert the tube into the skin of the patient and adapted to return to being curved when the insertion needle is removed.
A method of wireless communication performed by a user equipment, UE, the method comprising: measuring at least one characteristic of each positioning reference signal, PRS, of a plurality of PRSs, the at least one characteristic including at least one line-of-sight, LOS, path-related measurement indicating whether a respective PRS includes one or more of a signal associated with an LOS path or a signal associated with a non-LOS, NLOS, path; and transmitting a PRS measurement report including the at least one characteristic of each PRS of the plurality of PRS to a location management function, LMF, network entity, wherein the LMF network entity is configured to generate, based on the PRS measurement report, beam management information; and receiving, from the LMF network entity, one or more of the beam management information. measuring at least one characteristic of each positioning reference signal, PRS, of a plurality of PRSs, the at least one characteristic including at least one line-of-sight, LOS, path-related measurement indicating whether a respective PRS includes one or more of a signal associated with an LOS path or a signal associated with a non-LOS, NLOS, path; and transmitting a PRS measurement report including the at least one characteristic of each PRS of the plurality of PRS to a location management function, LMF, network entity, wherein the LMF network entity is configured to generate, based on the PRS measurement report, beam management information; and receiving, from the LMF network entity, one or more of the beam management information.
A wireless backhaul communication processing method, comprising: determining , by a first network side device, a second network side device as a secondary access device of a wireless backhaul device for dual connectivity in which the wireless backhaul device is connected to the first network side device as a primary access device and to the secondary access device; and sending , by the first network side device, a secondary access device addition request message carrying first information to the second network side device, wherein the first information indicates that the wireless backhaul device performs access. determining , by a first network side device, a second network side device as a secondary access device of a wireless backhaul device for dual connectivity in which the wireless backhaul device is connected to the first network side device as a primary access device and to the secondary access device; and sending , by the first network side device, a secondary access device addition request message carrying first information to the second network side device, wherein the first information indicates that the wireless backhaul device performs access.
A surgical clip applier, comprising: a shaft having first and second jaws at a distal end thereof, each jaw having a proximal portion and a distal portion that extends transverse to the proximal portion, the distal portion of the first and second jaws having opposed inward facing surfaces defining a clip track for receiving a distal-most clip from a plurality of clips disposed within the shaft , and the proximal portion of the first and second jaws having outer contact surfaces , an intersection between the proximal and distal portion defining a maximum width of the first and second jaws ; a former member disposed proximal of the first and second jaws and movable distally to engage the outer contact surfaces to cause the first and second jaws to pivot from an open configuration to a closed configuration for deforming a clip seated in the clip track, wherein an initial point of contact occurs at a distal-most tip of the first and second jaws as the jaws move to the closed configuration, and a shroud assembly including first and second shrouds disposed around the first and second jaws , the shroud assembly forming a gap that limits movement of the first and second jaws along a single plane, the first and second shrouds forming at least one mechanical interlock configured to fix a height of the gap . a shaft having first and second jaws at a distal end thereof, each jaw having a proximal portion and a distal portion that extends transverse to the proximal portion, the distal portion of the first and second jaws having opposed inward facing surfaces defining a clip track for receiving a distal-most clip from a plurality of clips disposed within the shaft , and the proximal portion of the first and second jaws having outer contact surfaces , an intersection between the proximal and distal portion defining a maximum width of the first and second jaws ; a former member disposed proximal of the first and second jaws and movable distally to engage the outer contact surfaces to cause the first and second jaws to pivot from an open configuration to a closed configuration for deforming a clip seated in the clip track, wherein an initial point of contact occurs at a distal-most tip of the first and second jaws as the jaws move to the closed configuration, and a shroud assembly including first and second shrouds disposed around the first and second jaws , the shroud assembly forming a gap that limits movement of the first and second jaws along a single plane, the first and second shrouds forming at least one mechanical interlock configured to fix a height of the gap .
A conveyor and dosing device for setting and dispensing a dose to be dispensed from an apparatus, including a housing portion as a carrier for the conveyor and dosing device, a piston rod held by the housing portion , a drive member held by the housing portion , wherein the drive member is so coupled to the piston rod that actuation of the drive member automatically effects a dispensing movement of the piston rod , by which a product is dispensed, wherein the conveyor and dosing device further includes a dosing member to which the drive member is so coupled that a dosing movement of the dosing member results in a dosing movement of the drive member , wherein the drive member is linearly guided moveably relative to the housing portion in and in opposite relationship to a forward drive direction, for which purpose the housing portion directly forms a linear guide and wherein the linear guide is adapted in and in opposite relationship to a forward drive direction (V) of a piston so that the piston moveably accommodated in a reservoir by forward drive in the forward drive direction (V) can displace and dispense the product through an outlet of the reservoir .
A method of transmitting a device-to-device, D2D, discovery signal by a user equipment, UE , in a wireless communication system supporting carrier aggregation, CA, the method comprising: receiving, from an eNodeB, a system information block, SIB, including information indicating transmission synchronization reference corresponding to each transmission, TX, resource pool of non-primary cell, non-PCell; characterised by , selecting a cell to be used as the transmission synchronization reference for transmitting a D2D discovery signal based on the information in case where the D2D discovery signal is to be transmitted in the non- PCell; and transmitting the D2D discovery signal according to a TX resource pool on the cell selected as the transmission synchronization reference. receiving, from an eNodeB, a system information block, SIB, including information indicating transmission synchronization reference corresponding to each transmission, TX, resource pool of non-primary cell, non-PCell; characterised by , selecting a cell to be used as the transmission synchronization reference for transmitting a D2D discovery signal based on the information in case where the D2D discovery signal is to be transmitted in the non- PCell; and transmitting the D2D discovery signal according to a TX resource pool on the cell selected as the transmission synchronization reference.