mhurhangee/ep-ind-claims huggingface dataset:
A method for automatic identification and mapping of an electronic device (204, 206) to a port on a high-definition media interface (HDMI) switch, the method comprising: receiving a signal from the electronic device (204, 206) at a port of the HDMI switch; determining whether the electronic device (204, 206) is an HDMI sink or an HDMI source based at least in part on the received signal; in response to determining that the electronic device (204, 206) is an HDMI sink: identifying the electronic device (204, 206) based on identification data in the signal, and mapping the electronic device (204, 206) to the port and setting the port as an output port of the HDMI switch based on the identifying the electronic device (204, 206) based on the identification data; and in response to determining that the electronic device (204, 206) is an HDMI source: receiving an audio/video stream from the electronic device (204, 206), identifying the electronic device (204, 206) based on data in the audio/video stream, and mapping the electronic device (204, 206) to the port and setting the port as an input port of the HDMI switch based on the identifying the electronic device (204, 206) based on data in the audio/video stream. receiving a signal from the electronic device (204, 206) at a port of the HDMI switch; determining whether the electronic device (204, 206) is an HDMI sink or an HDMI source based at least in part on the received signal; in response to determining that the electronic device (204, 206) is an HDMI sink: identifying the electronic device (204, 206) based on identification data in the signal, and mapping the electronic device (204, 206) to the port and setting the port as an output port of the HDMI switch based on the identifying the electronic device (204, 206) based on the identification data; and identifying the electronic device (204, 206) based on identification data in the signal, and mapping the electronic device (204, 206) to the port and setting the port as an output port of the HDMI switch based on the identifying the electronic device (204, 206) based on the identification data; and in response to determining that the electronic device (204, 206) is an HDMI source: receiving an audio/video stream from the electronic device (204, 206), identifying the electronic device (204, 206) based on data in the audio/video stream, and mapping the electronic device (204, 206) to the port and setting the port as an input port of the HDMI switch based on the identifying the electronic device (204, 206) based on data in the audio/video stream. receiving an audio/video stream from the electronic device (204, 206), identifying the electronic device (204, 206) based on data in the audio/video stream, and mapping the electronic device (204, 206) to the port and setting the port as an input port of the HDMI switch based on the identifying the electronic device (204, 206) based on data in the audio/video stream.
A single-ply tissue web formed on a through-air drying fabric having a three-dimensional pattern disposed thereon comprising a plurality of elevations and a plurality of landing areas between the elevations, characterised in that the elevations have a height between 0.7 mm and 1.4 mm, and the tissue web has a sheet bulk greater than 15 cc/g and a Surface Smoothness S90 value from 70 to 105 μm.
A printing apparatus, comprising: a housing; a conveying unit (27, 28, 30, 35, 36) configured to unwind a portion of a rolled sheet and convey the unwound sheet; a printing unit configured to print an image on the unwound sheet; a cutter configured to cut off a portion of the unwound sheet; characterized by further comprising: a control unit configured to determine a length of the image to be printed by the printing unit and to control the cutter to cut off the portion of the unwound sheet when the length is smaller than a predetermined value, and a sheet sensor that, when the length is not smaller than a predetermined value, is configured to detect the portion of the unwound sheet conveyed out of the housing, wherein the sheet sensor detects the portion of the unwound sheet when said portion is lifted up and outputs a detection signal that causes the cutter to cut off the unwound sheet, and wherein the sheet sensor does not detect the portion of the unwound sheet when said portion is hanging down. a housing; a conveying unit (27, 28, 30, 35, 36) configured to unwind a portion of a rolled sheet and convey the unwound sheet; a printing unit configured to print an image on the unwound sheet; a cutter configured to cut off a portion of the unwound sheet; characterized by further comprising: a control unit configured to determine a length of the image to be printed by the printing unit and to control the cutter to cut off the portion of the unwound sheet when the length is smaller than a predetermined value, and a sheet sensor that, when the length is not smaller than a predetermined value, is configured to detect the portion of the unwound sheet conveyed out of the housing, a control unit configured to determine a length of the image to be printed by the printing unit and to control the cutter to cut off the portion of the unwound sheet when the length is smaller than a predetermined value, and a sheet sensor that, when the length is not smaller than a predetermined value, is configured to detect the portion of the unwound sheet conveyed out of the housing, wherein the sheet sensor detects the portion of the unwound sheet when said portion is lifted up and outputs a detection signal that causes the cutter to cut off the unwound sheet, and wherein the sheet sensor does not detect the portion of the unwound sheet when said portion is hanging down.
A computer-implemented method for obtaining a non-sparse histogram to be used for image processing by iteratively updating a histogram of input values by binning an input value into an array of bins, each bin representing a range of input values and the bins collectively representing the histogram, the method comprising: receiving an input value, the input value representing an image characteristic for a block of pixels of a frame; deriving a plurality of bin contributions in dependence on the received input value according to a distribution centred on an input value bin corresponding to the received input value, the distribution spanning a plurality of bins and each bin contribution having a respective bin indicated by the position of the bin contribution in the distribution, wherein the span of the distribution is selected in dependence on a measure of the sparsity of the histogram represented by the array of bins; and allocating the plurality of bin contributions to the plurality of bins in the array, each bin contribution being allocated to a bin of the array selected according to the respective position of the bin contribution in the distribution. receiving an input value, the input value representing an image characteristic for a block of pixels of a frame; deriving a plurality of bin contributions in dependence on the received input value according to a distribution centred on an input value bin corresponding to the received input value, the distribution spanning a plurality of bins and each bin contribution having a respective bin indicated by the position of the bin contribution in the distribution, wherein the span of the distribution is selected in dependence on a measure of the sparsity of the histogram represented by the array of bins; and allocating the plurality of bin contributions to the plurality of bins in the array, each bin contribution being allocated to a bin of the array selected according to the respective position of the bin contribution in the distribution.
A monoclonal antibody or a fragment consisting of a functional fragment thereof, specifically binding to a region of Aggrus consisting of the amino acid sequence represented by SEQ ID NO: 3 (RIEDL), and having a dissociation constant (K D) for Aggrus of ≤ 3 × 10 -10 M, as measured by BIACORE wherein said functional fragment is selected from the group consisting of Fab, Fab', F(ab') 2, a single chain antibody (scFv), and a disulfide-stabilized V fragment (dsFv), said monoclonal antibody and said functional fragment thereof inhibiting the interaction between Aggrus and CLEC-2.
A method, at a user equipment, UE, of performing position determination in a network, comprising: receiving from the network a message to perform a position fix, wherein the message includes a command; clearing all or a portion of location-related data prior to or in conjunction with the position fix, when directed by the command received from the network, wherein said clearing resets the UE to a known state for position determination; obtaining new location-related data; and performing the position fix based on the new location-related data. receiving from the network a message to perform a position fix, wherein the message includes a command; clearing all or a portion of location-related data prior to or in conjunction with the position fix, when directed by the command received from the network, wherein said clearing resets the UE to a known state for position determination; obtaining new location-related data; and performing the position fix based on the new location-related data.
A stack comprising a plurality of sheets of web material, each sheet of said plurality of sheets of web material forming a napkin characterized in that the stack comprises a plurality of bundles of substantially coextensive sheets of web material, wherein each bundle of said plurality of bundles comprises 2 - 10 sheets of web material, each bundle of said plurality of bundles comprising a same number of sheets of web material, and wherein in the stack, the bundles of said plurality of bundles are alternatingly offset in relation to each other.
Tubular actuating mechanism for roll-type closures, comprising an electric motor and a gear reduction assembly of the epicyclic gearing type comprising a rotatable sun gear, one or more rotatable planet gear(s) and an outer ring gear, characterized in that said sun gear is a worm and the worm shaft is supported rotatably in a planet carrier and said one or more planet gear(s) interact(s) with the outer ring gear and turn(s) around a shaft that is supported in the rotatable planet carrier, thereby driving said planet carrier and said gear reduction assembly is the first reduction stage of the mechanism coupled to the electric motor.
A pharmaceutical composition for use in alleviating or treating pain comprising two or more selected from the group consisting of a gene encoding glutamate decarboxylase, a gene encoding interleukin-10 (IL-10), and a gene encoding a glial cell-derived neurotrophic factor (GDNF).
A tool assembly for applying a load to a tension stud (108, 208) of a rotor assembly (100, 200) for a gas turbine, the tool assembly comprising: at least one safety apparatus for containing a release of energy from a tension stud (108, 208) of a rotor assembly (100, 200) for a gas turbine, the safety apparatus is characterised by comprising: a containment member configured to pivot about a pivot location, the containment member comprising: a retaining arm located on a first side of the pivot location; and a catch located on a second side of the pivot location, wherein the containment member is movable about the pivot location to a first position in which the catch is engaged with a lip (132, 232) of a disc (118, 218) of the rotor assembly (100, 200) to position the retaining arm in a containment position; and a tool apparatus comprising: a tool head for connecting to the tension stud (108, 208); a compression body for engaging with a disc (118, 218) of the rotor assembly (100, 200); and an actuator for applying a load to the tool head and the compression body, wherein the at least one safety apparatus is connected to the tool apparatus via the pivot. at least one safety apparatus for containing a release of energy from a tension stud (108, 208) of a rotor assembly (100, 200) for a gas turbine, the safety apparatus is characterised by comprising: a containment member configured to pivot about a pivot location, the containment member comprising: a retaining arm located on a first side of the pivot location; and a containment member configured to pivot about a pivot location, the containment member comprising: a retaining arm located on a first side of the pivot location; and a catch located on a second side of the pivot location, wherein the containment member is movable about the pivot location to a first position in which the catch is engaged with a lip (132, 232) of a disc (118, 218) of the rotor assembly (100, 200) to position the retaining arm in a containment position; and a tool apparatus comprising: a tool head for connecting to the tension stud (108, 208); a compression body for engaging with a disc (118, 218) of the rotor assembly (100, 200); and an actuator for applying a load to the tool head and the compression body, a tool head for connecting to the tension stud (108, 208); a compression body for engaging with a disc (118, 218) of the rotor assembly (100, 200); and an actuator for applying a load to the tool head and the compression body, wherein the at least one safety apparatus is connected to the tool apparatus via the pivot.
A depalletizing device for unloading charges from a palette, comprising a gripper by means of which a single charge is clampable and comprising a positioning device by means of which the gripper is pivotable and positionable relative to the palette, the gripper comprises an at least partially flexible plate by means of which the single charge is removable from the palette, characterized in that the flexible plate is elastically deformable upon application of a pressure force which is exertable between the flexible plate and the palette and/or an interleave sheet between the charges by means of the gripper while the flexible plate is adapted to be bent upwards as a result of the pressure force.
Process of manufacturing a compound of the formula comprising the step a) adding a salt of the formula to a solvent of the formula at a temperature of between 60 °C and the boiling point of said solvent characterized in that R' represents an OH-protecting group; R represents H or R'; M is an alkali metal atom, preferably Li; X represents either a halogen atom, preferably Cl, or a C 1-6 -alkoxy group; R 1 represents an C 1-6 -alkyl group; n = 0 or 1 or 2 or 3, preferably 0; with the proviso, that if R represents H, the process comprises further a step z) which takes place after step a) z) deprotecting the protected hydroxyl group of the compound of the formula (I-A) to form the compound of the formula. a) adding a salt of the formula to a solvent of the formula at a temperature of between 60 °C and the boiling point of said solvent characterized in that R' represents an OH-protecting group; R represents H or R'; M is an alkali metal atom, preferably Li; X represents either a halogen atom, preferably Cl, or a C 1-6 -alkoxy group; R 1 represents an C 1-6 -alkyl group; n = 0 or 1 or 2 or 3, preferably 0; with the proviso, that if R represents H, the process comprises further a step z) which takes place after step a) z) deprotecting the protected hydroxyl group of the compound of the formula (I-A) to form the compound of the formula. R' represents an OH-protecting group; R represents H or R'; M is an alkali metal atom, preferably Li; X represents either a halogen atom, preferably Cl, or a C 1-6 -alkoxy group; R 1 represents an C 1-6 -alkyl group; n = 0 or 1 or 2 or 3, preferably 0; with the proviso, that if R represents H, the process comprises further a step z) which takes place after step a) z) deprotecting the protected hydroxyl group of the compound of the formula (I-A) to form the compound of the formula.
A sprayer nozzle apparatus, the sprayer nozzle apparatus adapted for receiving a fluid from a spray line of an agricultural sprayer, the sprayer nozzle apparatus comprising: an apparatus housing; a control element with multiple supply paths rotatably coupled to the apparatus housing; a plurality of nozzle connectors (30, 30") comprising a plurality of supply paths (35, 35", 40, 40", 45, 45"), the plurality of nozzle connectors (30, 30") coupled to the apparatus housing; wherein the control element with multiple supply paths is configured to receive fluid from the spray line and selectively communicate fluid to the plurality of supply paths (35, 40, 45) of one of the plurality of nozzle connectors in a first position and to the plurality of supply paths (35", 40", 45") of another of the plurality of nozzle connectors (30") in a second position.
A method of controlling a compression ignition engine having a fuel injection valve which supplies fuel into a combustion chamber, the method comprising: an engine start step in which an engine speed is increased to a predetermined idle speed; a speed obtaining step in which the engine speed is detected or estimated; and an injection amount setting step in which a fuel injection amount to be injected by the fuel injection valve in next and subsequent cycles is set, based on the engine speed, in a period until the engine speed reaches the idle speed, wherein the injection amount setting step includes, if the engine speed detected or estimated before fuel injection in an n-th cycle is higher than or equal to a predetermined reference speed and lower than a lower limit of a resonance speed range, the lower limit being higher than the reference speed, setting a fuel injection amount for the n-th cycle to be a predetermined first injection amount, and setting a fuel injection amount for an (n + 1)-th cycle to be a second injection amount smaller than the first injection amount, where n is a positive integer. an engine start step in which an engine speed is increased to a predetermined idle speed; a speed obtaining step in which the engine speed is detected or estimated; and an injection amount setting step in which a fuel injection amount to be injected by the fuel injection valve in next and subsequent cycles is set, based on the engine speed, in a period until the engine speed reaches the idle speed, wherein the injection amount setting step includes, if the engine speed detected or estimated before fuel injection in an n-th cycle is higher than or equal to a predetermined reference speed and lower than a lower limit of a resonance speed range, the lower limit being higher than the reference speed, setting a fuel injection amount for the n-th cycle to be a predetermined first injection amount, and setting a fuel injection amount for an (n + 1)-th cycle to be a second injection amount smaller than the first injection amount, where n is a positive integer.
A method comprising: (a) identifying beat time instants in an audio signal; (b) identifying downbeats occurring at beat time instants, each downbeat corresponding to the start of a musical bar or measure; (c) identifying two or more adjacent bars or measures containing musical characteristics which repeat within the audio signal by (i) generating for each of a plurality of the downbeats a plurality of mathematical scores using a respective analysis method, wherein each analysis method indicates a different characteristic within the audio signal at the downbeat and combining the plurality of mathematical scores for each downbeat; and characterised in that (ii) providing different sequences, e.g. S1, S2, of non-adjacent downbeats, e.g. S1 = 1, 3, 5, 7 and S2 = 2, 4, 8, 10, to identify based on the combined plurality of mathematical scores of each downbeat for each sequence the sequence that most likely corresponds to the start of a musical pattern, and to select the downbeats of that sequence. (a) identifying beat time instants in an audio signal; (b) identifying downbeats occurring at beat time instants, each downbeat corresponding to the start of a musical bar or measure; (c) identifying two or more adjacent bars or measures containing musical characteristics which repeat within the audio signal by (i) generating for each of a plurality of the downbeats a plurality of mathematical scores using a respective analysis method, wherein each analysis method indicates a different characteristic within the audio signal at the downbeat and combining the plurality of mathematical scores for each downbeat; and characterised in that (ii) providing different sequences, e.g. S1, S2, of non-adjacent downbeats, e.g. S1 = 1, 3, 5, 7 and S2 = 2, 4, 8, 10, to identify based on the combined plurality of mathematical scores of each downbeat for each sequence the sequence that most likely corresponds to the start of a musical pattern, and to select the downbeats of that sequence. (i) generating for each of a plurality of the downbeats a plurality of mathematical scores using a respective analysis method, wherein each analysis method indicates a different characteristic within the audio signal at the downbeat and combining the plurality of mathematical scores for each downbeat; and characterised in that (ii) providing different sequences, e.g. S1, S2, of non-adjacent downbeats, e.g. S1 = 1, 3, 5, 7 and S2 = 2, 4, 8, 10, to identify based on the combined plurality of mathematical scores of each downbeat for each sequence the sequence that most likely corresponds to the start of a musical pattern, and to select the downbeats of that sequence.
A gas turbine engine fan exit guide vane comprising: a first member having: a first surface section forming a suction side of an airfoil of the vane; a second surface section forming leading and trailing portions (84, 86) of a pressure side of said airfoil; and a third surface section forming a well between said leading and trailing portions (84, 86); and a second member secured to the first member and having a first surface section forming an intermediate portion of the pressure side, wherein the well comprises a leading recess and a trailing shoulder and the second member has a second surface section generally opposite the second member first surface section and having a first portion secured to the trailing shoulder, characterised in that: the second member has a leading protrusion captured by the recess; and the leading recess is defined by a downstream-projecting lip portion of said second surface section of said first member. a first member having: a first surface section forming a suction side of an airfoil of the vane; a second surface section forming leading and trailing portions (84, 86) of a pressure side of said airfoil; and a third surface section forming a well between said leading and trailing portions (84, 86); and a first surface section forming a suction side of an airfoil of the vane; a second surface section forming leading and trailing portions (84, 86) of a pressure side of said airfoil; and a third surface section forming a well between said leading and trailing portions (84, 86); and a second member secured to the first member and having a first surface section forming an intermediate portion of the pressure side, wherein the well comprises a leading recess and a trailing shoulder and the second member has a second surface section generally opposite the second member first surface section and having a first portion secured to the trailing shoulder, the second member has a leading protrusion captured by the recess; and the leading recess is defined by a downstream-projecting lip portion of said second surface section of said first member.