mhurhangee/ep-ind-claims huggingface dataset:
A timing recovery lock detector circuit (100, 200, 300, 400, 500, 600), LD, for a signal receiver apparatus, configured to: receive a quantised signal from an analog-to-digital convertor (102, 202, 704), ADC, of the signal receiver apparatus, the quantised signal having a periodic unit interval, UI; generate at least two samples at two sampling points in the range of T= -0.25 UI to T= +0.25 UI of the quantised signal; perform a subtraction operation between two samples of the at least two samples generated from the quantised signal; increment a timing lock counter if a result of the subtraction operation is positive; increment a reset counter if the result of the subtraction operation is negative, and reset the timing lock counter if the reset counter is above a reset threshold value; determine, if the timing lock counter is above a lock threshold value, that a timing recovery circuit (104, 204, 706) of the signal receiver apparatus is locked; and generate an output signal in response to determining that the timing recovery circuit (104, 204, 706) is locked, wherein an order of the subtraction operation is selected such that an earlier sample is subtracted from an later sample. receive a quantised signal from an analog-to-digital convertor (102, 202, 704), ADC, of the signal receiver apparatus, the quantised signal having a periodic unit interval, UI; generate at least two samples at two sampling points in the range of T= -0.25 UI to T= +0.25 UI of the quantised signal; perform a subtraction operation between two samples of the at least two samples generated from the quantised signal; increment a timing lock counter if a result of the subtraction operation is positive; increment a reset counter if the result of the subtraction operation is negative, and reset the timing lock counter if the reset counter is above a reset threshold value; determine, if the timing lock counter is above a lock threshold value, that a timing recovery circuit (104, 204, 706) of the signal receiver apparatus is locked; and generate an output signal in response to determining that the timing recovery circuit (104, 204, 706) is locked, wherein an order of the subtraction operation is selected such that an earlier sample is subtracted from an later sample.
A kit of parts for building a staircase around a vertical elongate support member with a circular cross-section comprising: a plurality of attachment members, each attachment member comprising: a circular aperture for receiving the elongate support member, an inner diameter of the aperture being larger than an outer diameter of the elongate support member to provide an annular gap between the attachment member and elongate support member when received in the aperture, and a fixing detail, each attachment member being adapted to engage an adjacent attachment member to align the attachment members laterally and form a hollow column secured around the elongate support member, and a plurality of steps, each step being adapted to be attached to a said attachment member via the fixing detail of the attachment member; characterised in that the kit of parts further comprises a plurality of locking elements, wherein each locking element is a curved wedge to fit around the outside diameter of the elongate support member, the attachment members and curved wedges being adapted so that each curved wedge secures a single said attachment member to the elongate support member by friction when received in the annular gap between the attachment member and the elongate support member. a plurality of attachment members, each attachment member comprising: a circular aperture for receiving the elongate support member, an inner diameter of the aperture being larger than an outer diameter of the elongate support member to provide an annular gap between the attachment member and elongate support member when received in the aperture, and a fixing detail, a circular aperture for receiving the elongate support member, an inner diameter of the aperture being larger than an outer diameter of the elongate support member to provide an annular gap between the attachment member and elongate support member when received in the aperture, and a fixing detail, each attachment member being adapted to engage an adjacent attachment member to align the attachment members laterally and form a hollow column secured around the elongate support member, and a plurality of steps, each step being adapted to be attached to a said attachment member via the fixing detail of the attachment member; characterised in that the kit of parts further comprises a plurality of locking elements, wherein each locking element is a curved wedge to fit around the outside diameter of the elongate support member, the attachment members and curved wedges being adapted so that each curved wedge secures a single said attachment member to the elongate support member by friction when received in the annular gap between the attachment member and the elongate support member.
A tubular half-shell having cross-sectionally complementary latching mechanisms (2, 3) consisting of a first latching mechanism and a second latching mechanism, wherein the first latching mechanism is configured to engage positively or non-positively with a second latching mechanism of a further, similar tubular half-shell and wherein the second latching mechanism is configured to engage positively or non-positively with a first latching mechanism of the further, similar pipe half-shell, so that both pipe half-shells (1, 1') are connected to one another and form a pipe, at least the second latching mechanism having a sealing which is made from a material which differs from a material of the remaining pipe half-shell, wherein the first latching mechanism having a first leg and a second leg forming therebetween a groove-like receptacle for a spring body of the second latching mechanism of the further, similar pipe half-shell, the second latching mechanism having a spring body, characterized in that the sealing is attached to only a tip of the spring body.
A method for predicting whether a patient will be a long-term survivor on treatment of an Epstein-Barr Virus -positive cancer by adoptive cell transfer of EBV-specific cytotoxic T lymphocytes (CTLs), comprising: (i) determining in a blood-derived sample obtained from the patient: a) the ratio of the level of CXCL10 and/or CCL20 to the level of IFNγ, and b) the ratio of the level of EBV nucleic acid to the level of IFNγ, and; (ii) based on the analysis of step (i), predicting whether the patient will be a long-term survivor on treatment of the cancer by ACT of EBV-specific CTLs. (i) determining in a blood-derived sample obtained from the patient: a) the ratio of the level of CXCL10 and/or CCL20 to the level of IFNγ, and b) the ratio of the level of EBV nucleic acid to the level of IFNγ, and; (ii) based on the analysis of step (i), predicting whether the patient will be a long-term survivor on treatment of the cancer by ACT of EBV-specific CTLs.
A mitochondrial biogenesis inhibitor for use in a method of identifying and treating endocrine therapy resistance in a breast cancer, wherein the method comprises: (a) determining, or having determined, the level of each biomarker in a Mito-Signature comprising the biomarkers HSPD1, VDAC2, and CPT1A in a biological epithelial sample of the breast cancer; (b) comparing the determined level of each biomarker in the Mito-Signature to a threshold level for each biomarker in the Mito-Signature; and (c) if the determined levels of each biomarker in the Mito-Signature exceeds a threshold level for each biomarker in the Mito-Signature, administering a pharmaceutically effective amount of the mitochondrial biogenesis inhibitor. (a) determining, or having determined, the level of each biomarker in a Mito-Signature comprising the biomarkers HSPD1, VDAC2, and CPT1A in a biological epithelial sample of the breast cancer; (b) comparing the determined level of each biomarker in the Mito-Signature to a threshold level for each biomarker in the Mito-Signature; and (c) if the determined levels of each biomarker in the Mito-Signature exceeds a threshold level for each biomarker in the Mito-Signature, administering a pharmaceutically effective amount of the mitochondrial biogenesis inhibitor.
Emergency flooding device for a weapon tube, wherein the emergency flooding device can be inserted in the boat-side opening of a weapon tube, wherein the boat-side opening of the weapon tube is arranged within the pressure body, wherein the emergency flooding device is detachable from the weapon tube, wherein the emergency flooding device comprises a holding apparatus and an opening device, wherein the holding apparatus can be connected to the weapon tube in a force-locking way, wherein the holding apparatus comprises an opening, wherein the opening of the holding apparatus can be closed with the opening device, wherein the cross-sectional area of the opening of the holding apparatus is smaller than the cross-sectional area of the weapon tube.
A system that uses log based replication to transfer data between a MYSQL database that uses binary log files, and a non-MYSQL database, wherein the MYSQL binary log files contain statements that modify data, wherein the statements are stored in the form of events that describe the modifications, the system comprising: a vendor access module, which parses a log index file to determine a list of binary log files, determines a binary log file name and an event position by reading a sequence ID, wherein the sequence ID is a combination of the binary log file name and an event offset within the binary log file, opens the determined binary log file and checks the binary log file for an EOF and, if no EOF is reached, reads events sequentially from the binary log file, recognizes event data, including rotate events indicating possible log rotations, as recorded in the binary log file by the MYSQL database, converts the event data into data records, and communicates with an extract process to process the data records and to generate an output containing the processed data, for use in applying the processed data to the non-MYSQL database, and, where the binary log file includes a rotate event, the vendor access module obtains a next binary log file name from the rotate event information opens the next binary log file. parses a log index file to determine a list of binary log files, determines a binary log file name and an event position by reading a sequence ID, wherein the sequence ID is a combination of the binary log file name and an event offset within the binary log file, opens the determined binary log file and checks the binary log file for an EOF and, if no EOF is reached, reads events sequentially from the binary log file, recognizes event data, including rotate events indicating possible log rotations, as recorded in the binary log file by the MYSQL database, converts the event data into data records, and communicates with an extract process to process the data records and to generate an output containing the processed data, for use in applying the processed data to the non-MYSQL database, and, where the binary log file includes a rotate event, the vendor access module obtains a next binary log file name from the rotate event information opens the next binary log file.
A method of fabricating an article, the method comprising: deforming an ingot comprising a nickel-based superalloy to form an intermediate article, wherein forming comprises cooling the intermediate article at a cooling rate of ≤ 5°C/min such that the intermediate article is exposed to a temperature range of between 1000 °C and 700 °C for at least one hour; forming a homogeneous dispersion of Laves phase precipitates within the intermediate article, wherein the Laves phase precipitates are present in the intermediate article at a concentration of at least 0.05 % by volume and wherein the precipitates have a mean diameter of less than one micron, wherein the nickel-based superalloy has a composition comprising at least 52 weight percent nickel, between 4.9 weight percent niobium and 5.55 weight percent niobium, less than 0.35 weight percent silicon, carbon wherein a weight percent carbon is less than 0.02 percent, between 17.0 weight percent chromium and 19.0 weight percent chromium, between 16.0 weight percent iron and 20.0 weight percent iron, between 0.75 weight percent titanium and 1.15 weight percent titanium, and between 2.8 weight percent molybdenum and 3.3 weight percent molybdenum. deforming an ingot comprising a nickel-based superalloy to form an intermediate article, wherein forming comprises cooling the intermediate article at a cooling rate of ≤ 5°C/min such that the intermediate article is exposed to a temperature range of between 1000 °C and 700 °C for at least one hour; forming a homogeneous dispersion of Laves phase precipitates within the intermediate article, wherein the Laves phase precipitates are present in the intermediate article at a concentration of at least 0.05 % by volume and wherein the precipitates have a mean diameter of less than one micron, wherein the nickel-based superalloy has a composition comprising at least 52 weight percent nickel, between 4.9 weight percent niobium and 5.55 weight percent niobium, less than 0.35 weight percent silicon, carbon wherein a weight percent carbon is less than 0.02 percent, between 17.0 weight percent chromium and 19.0 weight percent chromium, between 16.0 weight percent iron and 20.0 weight percent iron, between 0.75 weight percent titanium and 1.15 weight percent titanium, and between 2.8 weight percent molybdenum and 3.3 weight percent molybdenum.
A method of servicing a wellbore in a subterranean formation having one or more lost circulation zones, the method comprising placing a wellbore servicing fluid into the wellbore, the wellbore servicing fluid comprising a latex and an accelerator; wherein the latex is encapsulated with an external coating comprising ethylene propylene diene monomer rubber, polyvinyldichloride, nylon, wax, polyurethane, cross-linked partially hydrolyzed acrylic, cross-linked polyurethane, or a combination thereof; and wherein the accelerator comprises an acid precursor, an acid, a base precursor, an inorganic base, an organic base, a salt, or a combination thereof.
An aircraft comprising a fuselage having an inner side wall and a floor, first and second seats having an upper portion, wherein the first and second seats are secured to the floor, the second seat being adjacent the first seat, a first laterally extending overhead storage bin positioned generally above the upper portion of the first seat, a second laterally extending overhead storage bin positioned generally above the upper portion of the second seat and adjacent the first overhead storage bin, and a support structure secured to the floor and supporting the first and second overhead storage bins, wherein the first and second overhead storage bins have an open and a closed configuration, wherein the first and second overhead storage bins open toward the front or the rear of the aircraft, wherein the support structure is a post positioned between the first and second seats, wherein the fuselage has a ceiling, and wherein the first overhead storage bin is not secured to the inner side wall or ceiling.
Positive displacement pump, in particular for conveying oil in a gearbox or a combustion engine of a motor vehicle, having a pump stage that can be driven by a drive unit, having a suction port (5, 23, 30) for introducing oil and a pressure port (7, 24, 31) for delivering oil and having a switchover device for creating two operating stages, characterized in that the suction port (5, 23, 30) is connected to a central kidney-shaped suction cavity (14, 22) and the pressure port (7, 24, 31) can be connected to one of two differently designed kidney-shaped pressure cavities (12, 13, 20, 21) according to the selected operating stage, wherein the switchover device is connected to the drive unit for the purpose of selectively controlling the drive direction of the pump stage in order to provide different conveying pressures and conveying devices according to the selected direction of rotation.
Mixture for a composite material consisting of an iso-neopentyl resin and a polymeric inert filler and optionally a dye in weight proportion of 1-2%, said polymeric inert filler consisting of micronised high-density polyethylene (HDPE) and a expanded acrylic copolymer in spheroidal form, wherein said iso-neopentyl resin is a pre-accelerated unsaturated polyester resin formed from isophthalic acid and neopentyl glycol, wherein said resin has a viscosity of between 500 and 600 mPa.s (measured at 25°C with a Brookfield RVF Spindle 20 rpm instrument) and a styrene content of less than 35%.
A liquid composition comprising one or more steviol glycosides, wherein: a. the concentration of the one or more steviol glycosides in the composition comprises at least 5 wt% of the composition, b. the one or more steviol glycosides comprise 10 to 95 wt% Rebaudioside O; and c. the liquid composition is an aqueous composition. a. the concentration of the one or more steviol glycosides in the composition comprises at least 5 wt% of the composition, b. the one or more steviol glycosides comprise 10 to 95 wt% Rebaudioside O; and c. the liquid composition is an aqueous composition.
A method for detecting and subsequently recognizing abnormal events in a process, said method comprising the steps of: a. obtaining a plurality of samples at a fixed frequency of sampling to provide a known time difference between process data points; b. sending said plurality of samples to a digital filter; c. using said digital filter to compare each of said samples against two sets of configurable thresholds wherein said two sets of configurable thresholds are different to provide a set of high and low comparison results; d. determining a relation of each of said samples in comparison to said configurable thresholds; e. determining whether each of said plurality of samples is repeated; f. counting a number of valid samples to be counted as a filter count; and g. recording an event when a filter count reaches a pre-specified level. a. obtaining a plurality of samples at a fixed frequency of sampling to provide a known time difference between process data points; b. sending said plurality of samples to a digital filter; c. using said digital filter to compare each of said samples against two sets of configurable thresholds wherein said two sets of configurable thresholds are different to provide a set of high and low comparison results; d. determining a relation of each of said samples in comparison to said configurable thresholds; e. determining whether each of said plurality of samples is repeated; f. counting a number of valid samples to be counted as a filter count; and g. recording an event when a filter count reaches a pre-specified level.
A tool kit comprising a rotatable tool comprising: a tool body having an axis of rotation and a first recess, having a first geometry, suitable for receiving an ID chip having a mass wherein the tool is rotationally balanced with a dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) in the first recess; and an ID chip characterized in that the tool comprises the dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) located in the first recess, in that the dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) is electronic information storage medium-free and wireless transmitting means-free, in that the ID chip and the dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) have the same mass, in that the dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) is attachable in and removable from the first recess, and in that the ID chip is mountable in the first recess. a tool body having an axis of rotation and a first recess, having a first geometry, suitable for receiving an ID chip having a mass wherein the tool is rotationally balanced with a dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) in the first recess; and an ID chip the tool comprises the dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) located in the first recess, in that the dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) is electronic information storage medium-free and wireless transmitting means-free, in that the ID chip and the dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) have the same mass, in that the dummy chip (31, 31a, 31b, 31c, 31d, 31e, 31f) is attachable in and removable from the first recess, and in that the ID chip is mountable in the first recess.
Rotary damper for a motor vehicle, comprising - an oscillating mass, which is driven by a drive, rotating about a rotational axis at an angular speed (wφ), which is supported cardanically on the motor vehicle body via a first bearing element and a second bearing element, wherein the oscillating mass is supported on the first bearing element so as to be rotatable by a rotational angle (φ) and the first bearing element is supported on the second bearing element so as to be rotatable by a first rotational angle (θ) about a first axis, which is orthogonal to the rotational axis of the oscillating mass and the second bearing element is supported on the motor vehicle body so as to be rotatable by a second rotational angle (ψ) about a second axis, which is orthogonal to the first axis, as well as - a control unit for controlling a shaft drive, characterised in that the second bearing element, which is rotatably mounted on the motor vehicle body, is operatively connected to the shaft drive via a driveshaft, wherein the first bearing element, which is rotatably mounted on the second bearing element, is operatively connected to a hub carrier such that a compression/rebound movement of the hub carrier causes a rotation of the first bearing element by the first rotational angle (θ), wherein the control unit controls the angular speed (ωΨ) and/or the torque (M ψ) of the driveshaft via the shaft drive dependent on the first rotational angle (θ) and/or the first torque (Me). - an oscillating mass, which is driven by a drive, rotating about a rotational axis at an angular speed (wφ), which is supported cardanically on the motor vehicle body via a first bearing element and a second bearing element, wherein the oscillating mass is supported on the first bearing element so as to be rotatable by a rotational angle (φ) and the first bearing element is supported on the second bearing element so as to be rotatable by a first rotational angle (θ) about a first axis, which is orthogonal to the rotational axis of the oscillating mass and the second bearing element is supported on the motor vehicle body so as to be rotatable by a second rotational angle (ψ) about a second axis, which is orthogonal to the first axis, as well as - a control unit for controlling a shaft drive, characterised in that the second bearing element, which is rotatably mounted on the motor vehicle body, is operatively connected to the shaft drive via a driveshaft, wherein the first bearing element, which is rotatably mounted on the second bearing element, is operatively connected to a hub carrier such that a compression/rebound movement of the hub carrier causes a rotation of the first bearing element by the first rotational angle (θ), wherein the control unit controls the angular speed (ωΨ) and/or the torque (M ψ) of the driveshaft via the shaft drive dependent on the first rotational angle (θ) and/or the first torque (Me).