mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging device comprising: a photoelectric converter including a pixel electrode , a counter electrode , and a photoelectric conversion layer between the pixel electrode and the counter electrode , the photoelectric conversion layer converting incident light into an electric charge, wherein the electric charge is captured by the pixel electrode as a signal charge; and a voltage application circuit that applies a first voltage between the pixel electrode and the counter electrode in a first frame and that applies a second voltage between the pixel electrode and the counter electrode in a second frame different from the first frame, characterized in that the first voltage is a constant voltage and the second voltage is a pulse-shaped voltage; and the voltage application circuit applies either the first voltage or the second voltage according to an ND value set for each frame, wherein the voltage application circuit applies the first voltage in a frame set to an ND value equal to or larger than a first value, and applies the second voltage in a frame set to an ND value smaller than the first value. a photoelectric converter including a pixel electrode , a counter electrode , and a photoelectric conversion layer between the pixel electrode and the counter electrode , the photoelectric conversion layer converting incident light into an electric charge, wherein the electric charge is captured by the pixel electrode as a signal charge; and a voltage application circuit that applies a first voltage between the pixel electrode and the counter electrode in a first frame and that applies a second voltage between the pixel electrode and the counter electrode in a second frame different from the first frame, characterized in that the first voltage is a constant voltage and the second voltage is a pulse-shaped voltage; and the voltage application circuit applies either the first voltage or the second voltage according to an ND value set for each frame, wherein the voltage application circuit applies the first voltage in a frame set to an ND value equal to or larger than a first value, and applies the second voltage in a frame set to an ND value smaller than the first value.
A method of imaging carcasses to generate a manipulated 3D carcass model, comprising: acquiring, using a first set of cameras , a first set of multi-view images of a suspende carcass from multiple positions at a first side of a passageway, and acquiring, using a second set of cameras , a second set of multi-view images of said suspended carcass from multiple positions at a second side of the passageway; wherein the multi-view images are acquired at a first point in time upon detection of a carcass being present at a predetermined position at the passageway; computing a 3D carcass model in a 3D domain of the carcass or a portion thereof from the first set of multi-view images and the second set of multi-view images; locating a first region of the 3D carcass model by locating an occluded or spatially sparsely represented region of the 3D carcass model; and manipulating the 3D carcass model at least at the first region to change the volume of the 3D carcass model or the distribution of volume of the 3D carcass model in accordance with one or both of: - a weight registered by a load cell and a volume-weight conversion parameter; and - a representation in the 3D domain of a suspension position at which the carcass is suspended. acquiring, using a first set of cameras , a first set of multi-view images of a suspende carcass from multiple positions at a first side of a passageway, and acquiring, using a second set of cameras , a second set of multi-view images of said suspended carcass from multiple positions at a second side of the passageway; wherein the multi-view images are acquired at a first point in time upon detection of a carcass being present at a predetermined position at the passageway; computing a 3D carcass model in a 3D domain of the carcass or a portion thereof from the first set of multi-view images and the second set of multi-view images; locating a first region of the 3D carcass model by locating an occluded or spatially sparsely represented region of the 3D carcass model; and manipulating the 3D carcass model at least at the first region to change the volume of the 3D carcass model or the distribution of volume of the 3D carcass model in accordance with one or both of: - a weight registered by a load cell and a volume-weight conversion parameter; and - a representation in the 3D domain of a suspension position at which the carcass is suspended. - a weight registered by a load cell and a volume-weight conversion parameter; and - a representation in the 3D domain of a suspension position at which the carcass is suspended.
A method of producing a blended fuel composition comprising combining: about 5 vol.% to about 95 vol.% of synthetic paraffinic diesel that is a hydroprocessed biorenewable feedstock comprising a hydrotreated and hydroisomerized biorenewable feedstock; about 5 vol.% to about 95 vol.% of a biodiesel that comprises a distilled biodiesel, a biodiesel with a Modified CSFBT Test Procedure score of less than about 4.0, or both, wherein a volume ratio of synthetic paraffinic diesel to biodiesel in the blended fuel composition is about 10:90 to about 90:10; and about 0 vol.% to about 90 vol.% of a petroleum diesel, provided that at least about 8 vol.% biodiesel is included when the blended fuel composition does not include the petroleum diesel; to produce the blended fuel composition, wherein the "biodiesel" consists of fatty acid C 1 -C 4 alkyl esters produced by esterification and/or transesterification reactions between a C1-C4 alkyl alcohol and free fatty acids and/or fatty acid glycerides; "petroleum diesel" is a diesel fuel produced from crude oil; and wherein the Modified CSFBT Test Procedure is as defined in the description; wherein "about" provides an error margin of up to plus or minus 5%. about 5 vol.% to about 95 vol.% of synthetic paraffinic diesel that is a hydroprocessed biorenewable feedstock comprising a hydrotreated and hydroisomerized biorenewable feedstock; about 5 vol.% to about 95 vol.% of a biodiesel that comprises a distilled biodiesel, a biodiesel with a Modified CSFBT Test Procedure score of less than about 4.0, or both, wherein a volume ratio of synthetic paraffinic diesel to biodiesel in the blended fuel composition is about 10:90 to about 90:10; and about 0 vol.% to about 90 vol.% of a petroleum diesel, provided that at least about 8 vol.% biodiesel is included when the blended fuel composition does not include the petroleum diesel; to produce the blended fuel composition, wherein the "biodiesel" consists of fatty acid C 1 -C 4 alkyl esters produced by esterification and/or transesterification reactions between a C1-C4 alkyl alcohol and free fatty acids and/or fatty acid glycerides; "petroleum diesel" is a diesel fuel produced from crude oil; and wherein the Modified CSFBT Test Procedure is as defined in the description; wherein "about" provides an error margin of up to plus or minus 5%.
A shoe having a lacing that comprises at least one shoelace , a holding and/or clamping device for holding and/or clamping tight the shoelace in a respective tightened position, and a winding store for winding up and/or storing a shoelace section pulled out on a tensioning of the lacing , characterized in that the holding and/or clamping device and the winding store are accommodated in a common housing , with a shoelace section that extends between the winding store and the holding and/or clamping device projecting out of and/or being able to be pulled out of the common housing by a gripping loop .
A turbine engine system , comprising: a first lubricant circuit comprising a first turbine engine component fluidly coupled with a first lubricant heat exchanger , wherein the first turbine engine component comprises a gear train ; a second lubricant circuit comprising a second turbine engine component fluidly coupled with a second lubricant heat exchanger , and the second turbine engine component comprises a bearing ; a plurality of engine stages, wherein the gear train connects a first of the plurality of engine stages to a second of the plurality of engine stages; and a shaft supported by the bearing , and connected to one of the plurality of engine stages; characterised in that : the second lubricant circuit is fluidly separate from the first lubricant circuit . a first lubricant circuit comprising a first turbine engine component fluidly coupled with a first lubricant heat exchanger , wherein the first turbine engine component comprises a gear train ; a second lubricant circuit comprising a second turbine engine component fluidly coupled with a second lubricant heat exchanger , and the second turbine engine component comprises a bearing ; a plurality of engine stages, wherein the gear train connects a first of the plurality of engine stages to a second of the plurality of engine stages; and a shaft supported by the bearing , and connected to one of the plurality of engine stages; characterised in that : the second lubricant circuit is fluidly separate from the first lubricant circuit .
A roller cutter unit mountable at a cutting head of an undercutting mining machine , the unit comprising; a shaft having a longitudinal axis and a mount region positioned at or towards a forward end of the shaft , the mount region having a radially outward facing mount face ; a cutter ring having a radially outer cutting region and a radially inward facing lock face positionable opposed to the mount face ; at least a section of the lock face and/or the mount face extending oblique to the axis ; a mount bracket attachable to the shaft to releasably mount the cutter ring at the cutter unit ; characterised in that : the bracket comprises a wedge segment having a first radially outward and a second radially inward facing contact face extending axially opposed to one another for abutment with the respective opposed lock face and mount face , the first and/or second face extending oblique to the axis to extend complimentary to the lock face and/or the mount face ; wherein the wedge segment is configured to be wedged radially between the cutter ring and the mount region to releasably lock the cutter ring at the cutter unit ; and wherein the bracket and wedge segment are formed integrally. the bracket comprises a wedge segment having a first radially outward and a second radially inward facing contact face extending axially opposed to one another for abutment with the respective opposed lock face and mount face , the first and/or second face extending oblique to the axis to extend complimentary to the lock face and/or the mount face ; wherein the wedge segment is configured to be wedged radially between the cutter ring and the mount region to releasably lock the cutter ring at the cutter unit ; and wherein the bracket and wedge segment are formed integrally.
An oral hygiene system for monitoring brushing and compliance with a tooth brush regimen comprising: an oral hygiene device including a handle and a head ; an optical sensor; a memory containing machine readable medium comprising machine executable code having stored thereon instructions for performing a method of determining an orientation of the oral hygiene device ; a control system coupled to the memory , the control system is configured to execute the machine executable code to cause the control system to: record, during a calibration session, calibration data from the optical sensor that represents an image of the oral hygiene device in a fixed orientation; record, during the calibration session, face data representing a user's face; compare, during the calibration session, a size of a visual pattern on the oral hygiene device to a size of the user's face; store the calibration data in a memory; prepare, based on the calibration data, a statistical model of a shape and dimensions of the user's mouth; record, during a use session, usage data from the optical sensor; and perform, using the statistical model, a statistical analysis on the usage data and the calibration data to determine at least one orientation of the oral hygiene device . an oral hygiene device including a handle and a head ; an optical sensor; a memory containing machine readable medium comprising machine executable code having stored thereon instructions for performing a method of determining an orientation of the oral hygiene device ; a control system coupled to the memory , the control system is configured to execute the machine executable code to cause the control system to: record, during a calibration session, calibration data from the optical sensor that represents an image of the oral hygiene device in a fixed orientation; record, during the calibration session, face data representing a user's face; compare, during the calibration session, a size of a visual pattern on the oral hygiene device to a size of the user's face; store the calibration data in a memory; prepare, based on the calibration data, a statistical model of a shape and dimensions of the user's mouth; record, during a use session, usage data from the optical sensor; and perform, using the statistical model, a statistical analysis on the usage data and the calibration data to determine at least one orientation of the oral hygiene device . record, during a calibration session, calibration data from the optical sensor that represents an image of the oral hygiene device in a fixed orientation; record, during the calibration session, face data representing a user's face; compare, during the calibration session, a size of a visual pattern on the oral hygiene device to a size of the user's face; store the calibration data in a memory; prepare, based on the calibration data, a statistical model of a shape and dimensions of the user's mouth; record, during a use session, usage data from the optical sensor; and perform, using the statistical model, a statistical analysis on the usage data and the calibration data to determine at least one orientation of the oral hygiene device .
An LED light bar net current foldback circuit , connectable to a LED light bar net, wherein the LED light bar net current foldback circuit comprises: a voltage reference module , a voltage division and sampling module and a comparison module ; wherein the voltage reference module is adapted to receive a first supply voltage, and generate a first reference voltage and output the first reference voltage to the voltage division and sampling module and the comparison module ; the voltage division and sampling module is adapted to perform a voltage division on the first reference voltage, and output a second reference voltage to the comparison module ; the comparison module is adapted to receive a detection voltage obtained by converting a detection current of the LED light bar net, and compare the detection voltage with the second reference voltage, when the detection voltage is greater than the second reference voltage, the comparison module is adapted to output a stop driving command to control the LED light bar net to stop working; wherein the voltage reference module comprises a first rectifying unit and a voltage generating unit , and the first supply voltage is a voltage of the LED light bar net, the first rectifying unit is adapted to rectify the voltage of the LED light bar net to provide a second supply voltage for the comparison module , and the voltage generating unit is adapted to output the first reference voltage to the voltage division and sampling module and the comparison module . the voltage reference module is adapted to receive a first supply voltage, and generate a first reference voltage and output the first reference voltage to the voltage division and sampling module and the comparison module ; the voltage division and sampling module is adapted to perform a voltage division on the first reference voltage, and output a second reference voltage to the comparison module ; the comparison module is adapted to receive a detection voltage obtained by converting a detection current of the LED light bar net, and compare the detection voltage with the second reference voltage, when the detection voltage is greater than the second reference voltage, the comparison module is adapted to output a stop driving command to control the LED light bar net to stop working; wherein the voltage reference module comprises a first rectifying unit and a voltage generating unit , and the first supply voltage is a voltage of the LED light bar net, the first rectifying unit is adapted to rectify the voltage of the LED light bar net to provide a second supply voltage for the comparison module , and the voltage generating unit is adapted to output the first reference voltage to the voltage division and sampling module and the comparison module .
A system comprising a base station and a mobile station , the base station comprising: a transmitting unit configured to transmit, to the mobile station, control information; and a receiving unit configured to receive, from the mobile station, sounding reference signals, SRSs, and the mobile station comprising: a receiving unit configured to receive, from the base station, the control information; a mapping unit configured to map SRSs to frequency resources based on the control information; and a transmitting unit configured to transmit, to the base station, the mapped SRSs, characterized in that each of the frequency resources has a fixed bandwidth regardless of variation of a SRS transmission bandwidth in a system bandwidth, to both ends of which control channels are mapped, the SRS transmission bandwidth covers a frequency band subject to estimation of channel quality information, and the SRS transmission bandwidth is uniformly divided into the frequency resources. the base station comprising: a transmitting unit configured to transmit, to the mobile station, control information; and a receiving unit configured to receive, from the mobile station, sounding reference signals, SRSs, and a transmitting unit configured to transmit, to the mobile station, control information; and a receiving unit configured to receive, from the mobile station, sounding reference signals, SRSs, and the mobile station comprising: a receiving unit configured to receive, from the base station, the control information; a mapping unit configured to map SRSs to frequency resources based on the control information; and a transmitting unit configured to transmit, to the base station, the mapped SRSs, a receiving unit configured to receive, from the base station, the control information; a mapping unit configured to map SRSs to frequency resources based on the control information; and a transmitting unit configured to transmit, to the base station, the mapped SRSs, characterized in that each of the frequency resources has a fixed bandwidth regardless of variation of a SRS transmission bandwidth in a system bandwidth, to both ends of which control channels are mapped, the SRS transmission bandwidth covers a frequency band subject to estimation of channel quality information, and the SRS transmission bandwidth is uniformly divided into the frequency resources.
A telecommunication connection unit with connection contacts for connection to a subscriber line and at least one connection socket for connection of a subscriber-side communication device , comprising - a readable data memory with identification information which can be stored therein and which uniquely identifies the telecommunication connection unit , the data memory being readable by means of an external device via the connection contacts or via the at least one connection socket , - a control unit , wherein the data memory can be read out by means of the control unit, and wherein the control unit is designed to transmit identification information stored in the data memory to the external device in response to an activation signal which the control unit receives from the external device , wherein a voltage above a predetermined threshold value is applied to terminals of the telecommunication connection unit as an activation signal from the external device . - a readable data memory with identification information which can be stored therein and which uniquely identifies the telecommunication connection unit , the data memory being readable by means of an external device via the connection contacts or via the at least one connection socket , - a control unit , wherein the data memory can be read out by means of the control unit, and wherein the control unit is designed to transmit identification information stored in the data memory to the external device in response to an activation signal which the control unit receives from the external device , wherein a voltage above a predetermined threshold value is applied to terminals of the telecommunication connection unit as an activation signal from the external device .
A method performed by a computing device, the method comprising: displaying, on a display of the computing device, media content that is of a circular video format, wherein an area of the media content is larger than the display of the computing device so that only a portion of the media content is displayed on the display; detecting movement of the computing device during playback of the media content; receiving movement data from one or more sensors of the computing device; analyzing , by the computing device, the movement data to determine a direction of movement of the computing device; calculating a rotation of the display of the media content based on the direction of movement, wherein the rotation is about a x-axis or a y-axis of the computing device, said x-axis and the y-axis each being perpendicular to a z-axis, which z-axis is directed away from the display; and causing the display of the media content to slide in the opposite direction to the direction of rotation and to provide a parallax effect; wherein: the sliding of the media content decelerates as the displayed content moves away from the center of the media content to the margins of the media content; and the media content slides at a constant rate as the displayed content re-centers. displaying, on a display of the computing device, media content that is of a circular video format, wherein an area of the media content is larger than the display of the computing device so that only a portion of the media content is displayed on the display; detecting movement of the computing device during playback of the media content; receiving movement data from one or more sensors of the computing device; analyzing , by the computing device, the movement data to determine a direction of movement of the computing device; calculating a rotation of the display of the media content based on the direction of movement, wherein the rotation is about a x-axis or a y-axis of the computing device, said x-axis and the y-axis each being perpendicular to a z-axis, which z-axis is directed away from the display; and causing the display of the media content to slide in the opposite direction to the direction of rotation and to provide a parallax effect; wherein: the sliding of the media content decelerates as the displayed content moves away from the center of the media content to the margins of the media content; and the media content slides at a constant rate as the displayed content re-centers. the sliding of the media content decelerates as the displayed content moves away from the center of the media content to the margins of the media content; and the media content slides at a constant rate as the displayed content re-centers.