mhurhangee/patent-ind-claim-en huggingface dataset:
A photoelectric conversion device comprising a plurality of pixels, each of the plurality of pixels (P) including: a light receiving portion configured to output a pulse signal (PDOUT) which comprises a pulse in response to incidence of a photon, said light receiving portion including a diode (D) configured to operate in a Geiger mode and to output a signal in accordance with incidence of a photon, a quench unit configured to cause the diode to transition to a non-Geiger mode in response to the signal output from the diode, and a pulse conversion unit configured to convert an output signal (PSIG) of the diode into the pulse signal; and a signal generation unit configured to output a signal (POUT[n-1: 0]) based on the output from the light receiving portion, characterized in that each of the plurality of pixels (P) further includes: a detection unit configured to detect whether or not the width of a pulse output from the light receiving portion exceeds a predetermined threshold value; the signal generation unit is configured to count pulses output from the light receiving portion as a pulse count value, and to output the pulse count value when the detection unit detects that the width of the pulse is less than or equal to a threshold value, and output a fixed value when the detection unit detects that the width of the pulse exceeds the threshold value. a light receiving portion configured to output a pulse signal (PDOUT) which comprises a pulse in response to incidence of a photon, said light receiving portion including a diode (D) configured to operate in a Geiger mode and to output a signal in accordance with incidence of a photon, a quench unit configured to cause the diode to transition to a non-Geiger mode in response to the signal output from the diode, and a pulse conversion unit configured to convert an output signal (PSIG) of the diode into the pulse signal; and a signal generation unit configured to output a signal (POUT[n-1: 0]) based on the output from the light receiving portion, characterized in that each of the plurality of pixels (P) further includes: a detection unit configured to detect whether or not the width of a pulse output from the light receiving portion exceeds a predetermined threshold value; the signal generation unit is configured to count pulses output from the light receiving portion as a pulse count value, and to output the pulse count value when the detection unit detects that the width of the pulse is less than or equal to a threshold value, and output a fixed value when the detection unit detects that the width of the pulse exceeds the threshold value. output the pulse count value when the detection unit detects that the width of the pulse is less than or equal to a threshold value, and output a fixed value when the detection unit detects that the width of the pulse exceeds the threshold value.
A plant for printing containers (B), such as bottles, with at least one print image on at least two printing presses connected one after the other each having at least one printing head , wherein the at least two printing presses connected one after the other are designed as carousels for the successive reception of the containers (B) to be printed and wherein the containers (B) are directly transferred from one carousel to a following carousel or received by such, wherein the containers (B) during printing are each clamped in a clamping device positioned in a station of the printing press , wherein the respective clamping device, following the printing of the container in the last printing press , leaves the latter, the printed container (B) is separated from the clamping device and the clamping device is returned on a return conveyor end to the entry of the first printing press for receiving a new container (B) to be printed, wherein at least one cleaning device is provided that can be assigned to the respective printing head .
A blower comprising: a blower unit that has a housing on which a slit is formed to extend vertically; and a support unit that has a support pillar inserted through the slit and pivotally coupled with the blower unit to make the blower unit swingable vertically, characterised in that a distance (D1) is formed between a lower end of the slit and the support pillar in a horizontally directed state in which an airflow direction (F) of the blower unit is in line with a horizontal direction to make the blower unit swingable such that the airflow direction (F) of the blower unit is directed toward a lower side below the horizontal direction, and a rib protruding in a width direction of the slit is formed on an inner face defining a width of the slit in the housing . a blower unit that has a housing on which a slit is formed to extend vertically; and a support unit that has a support pillar inserted through the slit and pivotally coupled with the blower unit to make the blower unit swingable vertically, characterised in that a distance (D1) is formed between a lower end of the slit and the support pillar in a horizontally directed state in which an airflow direction (F) of the blower unit is in line with a horizontal direction to make the blower unit swingable such that the airflow direction (F) of the blower unit is directed toward a lower side below the horizontal direction, and a rib protruding in a width direction of the slit is formed on an inner face defining a width of the slit in the housing .
A screen assembly for a window, comprising a pair of parallel and spaced apart side rails locatable against respective sides of a window opening and a head assembly , including a roller upon which is wound a screen , the head assembly extending between the side rails and being adapted to be mounted on upper ends of the side rails to be supported thereon against and/or adjacent to an upper side of the window opening, wherein each side rail is linearly extendable, whereby said upper and lower ends of the side rails are adapted to frictionally engage upper and lower faces of a window opening to secure the side rails , and the head assembly mounted thereon, in place within the window opening, in use, wherein the head assembly comprises an elongate hollow housing adapted to enclose the roller and a portion of the screen wound thereon and extending between a pair of end caps fitted on either end of the housing, wherein the screen is arranged to extend through an elongate gap in a lower side of the housing , each end cap including a mounting means for supporting a respective end of the roller and attachment means for attaching the head assembly to the side rails , characterised in that the attachment means of each end cap of the head assembly comprises a first part engageable with a second part provided at an upper end of each side rail , the first and second parts being adapted to be coupled together at a plurality of different vertical positions with respect to one another to allow the vertical position of each end cap to be adjusted on the respective side rail to facilitate levelling of the head assembly .
Method for classifying plants , in particular for agricultural purposes, comprising the following steps: - capturing a field section with plants by means of an optical capture unit inclined relative to the field section , in order to obtain image information comprising a rear image edge with an image width B(image,h) and a front image edge with a larger image width B(image,v); - classifying the plants in the obtained image information into at least one first plant class and into at least one second plant class by means of an algorithm, in order, in a manner dependent thereon, to treat plants of the second plant class with a medium, in particular liquid spray , characterized in that - the step of classifying comprises a step of reclassifying , in which classified plants are reclassified from the second plant class into the first plant class by means of the algorithm if they extend, in a rear image section of the image information defined by a defined image separation line , from a lateral image edge of the image information to at most a defined reclassification boundary line . - capturing a field section with plants by means of an optical capture unit inclined relative to the field section , in order to obtain image information comprising a rear image edge with an image width B(image,h) and a front image edge with a larger image width B(image,v); - classifying the plants in the obtained image information into at least one first plant class and into at least one second plant class by means of an algorithm, in order, in a manner dependent thereon, to treat plants of the second plant class with a medium, in particular liquid spray , characterized in that - the step of classifying comprises a step of reclassifying , in which classified plants are reclassified from the second plant class into the first plant class by means of the algorithm if they extend, in a rear image section of the image information defined by a defined image separation line , from a lateral image edge of the image information to at most a defined reclassification boundary line .
A drilling system , comprising: a drill string comprising a downhole motor ; a plurality of sensors coupled to the drill string ; and a computing system coupled to the sensors, and configured to: compute, based on measurements provided by the sensors , a motor stall index as: MotorStallIndex = α RPMIndex ∗ SurfaceTorqueIndex + β FlowRateIndex ∗ SPPIndex where SPP is standpipe pressure; RPM is revolutions per minute; 0 ≤ motor stall index ≤ 1 ; 0 ≤ α ≤ 1 ; 0 ≤ β ≤ 1 ; α + β = 1 ; and α and β are coefficients controlling the degree of torque and SPP influence; determine, by comparing the motor stall index to a motor stall threshold, whether the downhole motor has stalled; and responsive to a determination that the downhole motor has stalled, adjust operation of the drill string to restart the downhole motor . a drill string comprising a downhole motor ; a plurality of sensors coupled to the drill string ; and a computing system coupled to the sensors, and configured to: compute, based on measurements provided by the sensors , a motor stall index as: MotorStallIndex = α RPMIndex ∗ SurfaceTorqueIndex + β FlowRateIndex ∗ SPPIndex where SPP is standpipe pressure; RPM is revolutions per minute; 0 ≤ motor stall index ≤ 1 ; 0 ≤ α ≤ 1 ; 0 ≤ β ≤ 1 ; α + β = 1 ; and α and β are coefficients controlling the degree of torque and SPP influence; determine, by comparing the motor stall index to a motor stall threshold, whether the downhole motor has stalled; and responsive to a determination that the downhole motor has stalled, adjust operation of the drill string to restart the downhole motor . compute, based on measurements provided by the sensors , a motor stall index as: MotorStallIndex = α RPMIndex ∗ SurfaceTorqueIndex + β FlowRateIndex ∗ SPPIndex where SPP is standpipe pressure; RPM is revolutions per minute; 0 ≤ motor stall index ≤ 1 ; 0 ≤ α ≤ 1 ; 0 ≤ β ≤ 1 ; α + β = 1 ; and α and β are coefficients controlling the degree of torque and SPP influence; SPP is standpipe pressure; RPM is revolutions per minute; 0 ≤ motor stall index ≤ 1 ; 0 ≤ α ≤ 1 ; 0 ≤ β ≤ 1 ; α + β = 1 ; and α and β are coefficients controlling the degree of torque and SPP influence; determine, by comparing the motor stall index to a motor stall threshold, whether the downhole motor has stalled; and responsive to a determination that the downhole motor has stalled, adjust operation of the drill string to restart the downhole motor .
An interlayer film for a laminated glass, having a large number of recesses on both surfaces, the recesses each having a groove shape with a continuous bottom and being regularly adjacent and parallel to each other, wherein an interval Sm between the recesses each having a groove shape with a continuous bottom is 450 μm or less, characterized in that the interlayer film has a glossiness on a surface with the large number of recesses measured in conformity with JIS Z 8741-1997 of higher than 3% and a haze value measured in conformity with JIS K 7105-1981 of 87% or lower. the recesses each having a groove shape with a continuous bottom and being regularly adjacent and parallel to each other, wherein an interval Sm between the recesses each having a groove shape with a continuous bottom is 450 μm or less, characterized in that the interlayer film has a glossiness on a surface with the large number of recesses measured in conformity with JIS Z 8741-1997 of higher than 3% and a haze value measured in conformity with JIS K 7105-1981 of 87% or lower.
A rotor for use in a gas turbine engine comprising: a rotor body having at least one slot receiving a blade ; said blade having an outer surface formed of a first material and having an airfoil extending from a dovetail , said dovetail received in said slot; and a grounding element in contact with a portion of said dovetail said grounding element being in contact with a rotating element that rotates with said rotor , said rotating element being formed of a third material, and said first material being less electrically conductive than said third material; characterised in that : said portion of said dovetail is formed of a second material that is more electrically conductive than said first material; said grounding element and said rotating element together form a ground path from said portion of said dovetail into said rotor ; and said grounding element has a radially outwardly extending tang extending into a hole in said dovetail . a rotor body having at least one slot receiving a blade ; said blade having an outer surface formed of a first material and having an airfoil extending from a dovetail , said dovetail received in said slot; and a grounding element in contact with a portion of said dovetail said grounding element being in contact with a rotating element that rotates with said rotor , said rotating element being formed of a third material, and said first material being less electrically conductive than said third material; characterised in that : said portion of said dovetail is formed of a second material that is more electrically conductive than said first material; said grounding element and said rotating element together form a ground path from said portion of said dovetail into said rotor ; and said grounding element has a radially outwardly extending tang extending into a hole in said dovetail . said portion of said dovetail is formed of a second material that is more electrically conductive than said first material; said grounding element and said rotating element together form a ground path from said portion of said dovetail into said rotor ; and said grounding element has a radially outwardly extending tang extending into a hole in said dovetail .
An apparatus capable of communicating via a network with websites and at least one remote device , the apparatus comprising: at least one server capable of providing at least one service , the at least one service comprising a post broker service for converting original video content stored at the at least one remote device to generate certain video content and providing, via the network , to the websites , the certain video content; the at least one server being configured to store the certain video content; the at least one server being to receive information from the at least one remote device that is to be used by the at least one server for user identification to facilitate the providing of the certain video content to the websites , the information to be associated by the at least one server with a private key of a user of the at least one remote device that is pre-stored at the at least one server , the private key being associated with the user identification and for being used in facilitating signing into the websites by the at least one server to facilitate the providing of the certain video content to the websites ; the certain video content to be provided to the websites by the at least one server via at least one post that comprises other information (615-655, 665-680) to be received by the at least one server from the at least one remote device ; the other information (615-655, 665-680) comprising title information and category information to be associated with the certain video content ; wherein: the remote device is a handheld mobile telephone device . at least one server capable of providing at least one service , the at least one service comprising a post broker service for converting original video content stored at the at least one remote device to generate certain video content and providing, via the network , to the websites , the certain video content; the at least one server being configured to store the certain video content; the at least one server being to receive information from the at least one remote device that is to be used by the at least one server for user identification to facilitate the providing of the certain video content to the websites , the information to be associated by the at least one server with a private key of a user of the at least one remote device that is pre-stored at the at least one server , the private key being associated with the user identification and for being used in facilitating signing into the websites by the at least one server to facilitate the providing of the certain video content to the websites ; the certain video content to be provided to the websites by the at least one server via at least one post that comprises other information (615-655, 665-680) to be received by the at least one server from the at least one remote device ; the other information (615-655, 665-680) comprising title information and category information to be associated with the certain video content ; wherein: the remote device is a handheld mobile telephone device .
A method of communicating using proximity services, ProSe, the method comprising: receiving, by a base station, at least one aggregate maximum bit rate, AMBR, parameter from a network entity, wherein the at least one AMBR parameter comprises a maximum bit rate that a first wireless transmit/receive unit, WTRU, can use for data sent on one or more ProSe bearers; receiving, by the base station, a request from the first WTRU to communicate using the one or more ProSe bearers with a second WTRU, wherein the request comprises information about one or more parameters of the one or more ProSe bearers; and sending, by the base station, an indication to the first WTRU for a ProSe communication over the one or more ProSe bearers based on at least the AMBR parameter and the one or more parameters of the one or more ProSe bearers. receiving, by a base station, at least one aggregate maximum bit rate, AMBR, parameter from a network entity, wherein the at least one AMBR parameter comprises a maximum bit rate that a first wireless transmit/receive unit, WTRU, can use for data sent on one or more ProSe bearers; receiving, by the base station, a request from the first WTRU to communicate using the one or more ProSe bearers with a second WTRU, wherein the request comprises information about one or more parameters of the one or more ProSe bearers; and sending, by the base station, an indication to the first WTRU for a ProSe communication over the one or more ProSe bearers based on at least the AMBR parameter and the one or more parameters of the one or more ProSe bearers.
A full-color OLED display comprising a pixel arrangement comprising: a substrate; and a plurality of pixels, each pixel comprising emissive regions of exactly two colors, wherein each pixel comprises blue and yellow emissive regions; wherein each emissive region in each pixel in the arrangement is adjacent to an emissive region of the same color in an adjacent pixel in a direction parallel to a scan line of the OLED display and adjacent to an emissive region of a different color in the same pixel; and characterized in that the emissive regions having different colors are staggered every other row in a direction perpendicular to the scan line of the OLED display. a substrate; and a plurality of pixels, each pixel comprising emissive regions of exactly two colors, wherein each pixel comprises blue and yellow emissive regions; wherein each emissive region in each pixel in the arrangement is adjacent to an emissive region of the same color in an adjacent pixel in a direction parallel to a scan line of the OLED display and adjacent to an emissive region of a different color in the same pixel; and characterized in that the emissive regions having different colors are staggered every other row in a direction perpendicular to the scan line of the OLED display.
A device for protecting an optical sensor of a driver assistance system for a motor vehicle , the optical sensor comprising an optic , said device including: - an optical element configured to be positioned upstream of the optic of the optical sensor and rotatably mounted about a first axis of rotation (A1), and - an electric motor configured to rotate the optical element , characterized in that the electric motor comprises a rotor configured to rotate about a second axis of rotation (A2) that intersects the first axis of rotation (A1) of the optical element . - an optical element configured to be positioned upstream of the optic of the optical sensor and rotatably mounted about a first axis of rotation (A1), and - an electric motor configured to rotate the optical element ,
A composition for improving the dry strength of a paper product, comprising: • 3 wt.% to 40 wt.% by dry weight of the total composition of at least one enzyme that possesses laccase activity, • 1 wt.% to 80 wt.% by dry weight of the total composition of at least one enzyme that possesses lipase activity, and • 2 wt.% to 50 wt.% by dry weight of the total composition of at least one cationic fixative polymer, with the proviso that if said at least one cationic fixative polymer negatively affects the activity of at least one of the enzymes then said cationic fixative polymer is not blended directly with the enzymes. • 3 wt.% to 40 wt.% by dry weight of the total composition of at least one enzyme that possesses laccase activity, • 1 wt.% to 80 wt.% by dry weight of the total composition of at least one enzyme that possesses lipase activity, and • 2 wt.% to 50 wt.% by dry weight of the total composition of at least one cationic fixative polymer, with the proviso that if said at least one cationic fixative polymer negatively affects the activity of at least one of the enzymes then said cationic fixative polymer is not blended directly with the enzymes.