mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing nanoparticle powder of active ingredient, comprising: uniformly mixing saccharide as an anti-coagulation agent; a biocompatible polymer and/or surfactant; and an active ingredient in the presence of water, drying the mixture, to obtain a uniform mixture having a water content of 0.1 to 15 wt. % based on the weight of solids other than water; and preparing the nanoparticles of the active ingredient by subjecting the dried uniform mixture repeatedly to a process of simultaneous crushing and grinding using a roll mill wherein the saccharide used as an anti-coagulation agent is one or more selected from sucrose, lactose, mannitol and xylitol. uniformly mixing saccharide as an anti-coagulation agent; a biocompatible polymer and/or surfactant; and an active ingredient in the presence of water, drying the mixture, to obtain a uniform mixture having a water content of 0.1 to 15 wt. % based on the weight of solids other than water; and preparing the nanoparticles of the active ingredient by subjecting the dried uniform mixture repeatedly to a process of simultaneous crushing and grinding using a roll mill wherein the saccharide used as an anti-coagulation agent is one or more selected from sucrose, lactose, mannitol and xylitol.
Device for draining liquids for an aircraft engine, comprising a collector designed to collect liquids drained from the engine, characterised in that said device comprises means for pumping the liquids held in the collector and for discharging said liquids, and monitoring means designed to indicate when the liquids have been collected by the collector in an anomalous manner, said monitoring means being designed to be activated when the flow rate of collected liquids is greater than the delivery of the pumping means, wherein the monitoring means comprise an electrical alarm designed to emit a signal intended for the cockpit of the aircraft.
A set top box test apparatus, the test apparatus comprising:- means for receiving from the set top box a video output stream representative of a test sequence, the test sequence comprising a plurality of frames, each frame comprising an image of a respective different one of a plurality of frame identifiers; means for obtaining a sequence of sets of frame data from the video output stream, each set of frame data being representative of a frame; means for processing each set of frame data to determine the frame identifier for each said set of frame data; means for storing expected frame identifiers of the test sequence; testing means for performing a testing procedure including a frame sequence test on the sequence of sets of frame data in turn, the frame sequence test comprising:- comparing determined frame identifiers for the sequence of sets of frame data to stored expected frame identifiers, to determine whether the video output represents the sequence of frames correctly, thereby to detect freeze frame or skipping errors; wherein the testing means is configured to repeatedly determine whether the set top box has failed the frame sequence test, each such determination being performed in response to the testing of a set of frame data or plurality of sets of frame data in the sequence and the testing means is further configured to test said set of frame data or at least one of said plurality of sets of frame data before the set top box completes the receiving of the video output stream to obtain further sets of frame data representative of later frames in the sequence; and wherein the testing procedure is terminated as soon as a single frame of the test sequence fails the test. comparing determined frame identifiers for the sequence of sets of frame data to stored expected frame identifiers, to determine whether the video output represents the sequence of frames correctly, thereby to detect freeze frame or skipping errors;
A unit dose machine dish wash detergent product comprising at least one glossy solid part, wherein the glossy solid part comprises detergent active and wherein the at least one glossy solid part has: • a specular reflectance at 20 degrees of incident light of at least 20 %; and • a specular reflectance at 60 degrees of incident light of at least 20 %; and • a specular reflectance at 85 degrees of incident light of at least 20 %; and wherein the glossy solid part comprises a combination of a a) chiral aminopolycarboxylate and b) an organic acid, wherein the glossy solid part has c) a water content of from 2 to 30 wt %. • a specular reflectance at 20 degrees of incident light of at least 20 %; and • a specular reflectance at 60 degrees of incident light of at least 20 %; and • a specular reflectance at 85 degrees of incident light of at least 20 %; and
Sewing system - having a sewing machine for sewing together two sewn goods parts in a stitch-formation region by configuring at least one seam; - having a sewn-goods sewing transport installation for transporting the sewn goods from an infeed region towards the stitch-formation region, and for transporting the sewn goods from the stitch-formation region towards a depositing region; - wherein the sewn-goods sewing transport installation has precisely one holding frame, the peripheral contour of the latter being adapted to a contour of the seam to be configured; - having a sewn-goods supply transport installation - for transporting the sewn goods from a sewn-goods infeed stack region towards the infeed region of the sewn-goods sewing transport installation, and/or - for transporting the sewn goods from the depositing region of the sewn-goods sewing transport installation towards a sewn-goods depositing stack region, - wherein the sewn-goods sewing transport installation and the sewn-goods supply transport installation are configured such that said transport installations (8, 13) in the region of the sewing system transport the sewn goods in a temporally overlapping manner. - having a sewing machine for sewing together two sewn goods parts in a stitch-formation region by configuring at least one seam; - having a sewn-goods sewing transport installation for transporting the sewn goods from an infeed region towards the stitch-formation region, and for transporting the sewn goods from the stitch-formation region towards a depositing region; - wherein the sewn-goods sewing transport installation has precisely one holding frame, the peripheral contour of the latter being adapted to a contour of the seam to be configured; - having a sewn-goods supply transport installation - for transporting the sewn goods from a sewn-goods infeed stack region towards the infeed region of the sewn-goods sewing transport installation, and/or - for transporting the sewn goods from the depositing region of the sewn-goods sewing transport installation towards a sewn-goods depositing stack region, - wherein the sewn-goods sewing transport installation and the sewn-goods supply transport installation are configured such that said transport installations (8, 13) in the region of the sewing system transport the sewn goods in a temporally overlapping manner.
A pot spinning machine having: a yarn suction pipe for suctioning yarn supplied from a drafting device; a cylindrical pot; and a yarn guide for guiding the yarn, which is supplied thereto through the yarn suction pipe, into the pot, the pot spinning machine forming a cake by winding the yarn discharged from the yarn guide around an inner wall of the pot, the pot spinning machine comprising: a detection sensor for detecting behavior of the yarn on a yarn path extending from the drafting device to the yarn suction pipe; and a control unit; the pot spinning machine being characterized by a cutting mechanism for cutting the yarn midway along a yarn path extending from the drafting device to the inner wall of the pot via the yarn suction pipe and the yarn guide; wherein the control unit executes control to drive the cutting mechanism when determining that a roller windup or a yarn blockage phenomenon occurs on the basis of a detection result from the detection sensor. a yarn suction pipe for suctioning yarn supplied from a drafting device; a cylindrical pot; and a yarn guide for guiding the yarn, which is supplied thereto through the yarn suction pipe, into the pot, the pot spinning machine forming a cake by winding the yarn discharged from the yarn guide around an inner wall of the pot, the pot spinning machine comprising: a detection sensor for detecting behavior of the yarn on a yarn path extending from the drafting device to the yarn suction pipe; and a control unit; the pot spinning machine being characterized by a cutting mechanism for cutting the yarn midway along a yarn path extending from the drafting device to the inner wall of the pot via the yarn suction pipe and the yarn guide; wherein the control unit executes control to drive the cutting mechanism when determining that a roller windup or a yarn blockage phenomenon occurs on the basis of a detection result from the detection sensor. a detection sensor for detecting behavior of the yarn on a yarn path extending from the drafting device to the yarn suction pipe; and a control unit; the pot spinning machine being characterized by a cutting mechanism for cutting the yarn midway along a yarn path extending from the drafting device to the inner wall of the pot via the yarn suction pipe and the yarn guide; wherein the control unit executes control to drive the cutting mechanism when determining that a roller windup or a yarn blockage phenomenon occurs on the basis of a detection result from the detection sensor.
A tomographic method of determining a 3D map of a charge collection efficiency in a volume of investigation of a sample, in which the sample has a charge carrier selecting structure, the method comprising the steps of: Electrically contacting the sample to allow a measurement of the beam induced current and/or voltage, Arranging the sample in a beam path of a probe beam, wherein the probe beam propagates in a beam-direction which defines an axis in a laboratory frame coordinate system, Scanning the volume of investigation with an analyzing spot of the probe beam and simultaneously measuring the beam induced current and/or voltage, wherein a position of the sample arranged on a sample stage is defined by coordinates z, y and r and a value of the beam induced current and/or voltage is determined for every position of the sample during the scanning action and Assigning every coordinate point (z, y, r) in the laboratory frame coordinate system, at which the analyzing spot of the probe beam hits the sample to a value of the beam induced current and/or voltage, which is measured for this point (z, y, r), Reconstructing the 3D map of the charge collection efficiency by processing the values of the beam induced current and/or voltage determined for the coordinates (z, y, r) in the laboratory frame coordinate system with a tomographic image reconstruction algorithm so as to determine the 3D map of the charge collection efficiency in a coordinate system of the sample. Electrically contacting the sample to allow a measurement of the beam induced current and/or voltage, Arranging the sample in a beam path of a probe beam, wherein the probe beam propagates in a beam-direction which defines an axis in a laboratory frame coordinate system, Scanning the volume of investigation with an analyzing spot of the probe beam and simultaneously measuring the beam induced current and/or voltage, wherein a position of the sample arranged on a sample stage is defined by coordinates z, y and r and a value of the beam induced current and/or voltage is determined for every position of the sample during the scanning action and Assigning every coordinate point (z, y, r) in the laboratory frame coordinate system, at which the analyzing spot of the probe beam hits the sample to a value of the beam induced current and/or voltage, which is measured for this point (z, y, r), Reconstructing the 3D map of the charge collection efficiency by processing the values of the beam induced current and/or voltage determined for the coordinates (z, y, r) in the laboratory frame coordinate system with a tomographic image reconstruction algorithm so as to determine the 3D map of the charge collection efficiency in a coordinate system of the sample.
A computer-implemented method for determining when a traffic signal associated with a road intersection is malfunctioning, the method comprising: identifying a traffic signal pattern for the traffic signal; receiving two or more time-spaced probe reports of a vehicle from either: (i) a device integrated with or in the vehicle; or (ii) a static device; wherein each probe report comprises location data and time data; generating a vehicle path including the road intersection for the vehicle using the location data and the time data in the two or more time-spaced probe reports, wherein the vehicle path extends from a first location of a first probe report of the two or more probe reports, the first location prior to the intersection, to a second location of a subsequent probe report of the two or more probe reports, the second location subsequent to or in the intersection, the vehicle path describing a portion of a roadway traversed by the vehicle; comparing the vehicle path to the traffic signal pattern; determining an abnormal crossing of the road intersection from the comparison; and determining the traffic signal has malfunctioned. identifying a traffic signal pattern for the traffic signal; receiving two or more time-spaced probe reports of a vehicle from either: (i) a device integrated with or in the vehicle; or (ii) a static device; wherein each probe report comprises location data and time data; (i) a device integrated with or in the vehicle; or (ii) a static device; generating a vehicle path including the road intersection for the vehicle using the location data and the time data in the two or more time-spaced probe reports, wherein the vehicle path extends from a first location of a first probe report of the two or more probe reports, the first location prior to the intersection, to a second location of a subsequent probe report of the two or more probe reports, the second location subsequent to or in the intersection, the vehicle path describing a portion of a roadway traversed by the vehicle; comparing the vehicle path to the traffic signal pattern; determining an abnormal crossing of the road intersection from the comparison; and determining the traffic signal has malfunctioned.
An immunogenic composition comprising a mutant Clostridium difficile toxin A, which comprises a glucosyltransferase domain having at least two mutations wherein said at least two mutations include a D285A and a D287A mutation according to the numbering of SEQ ID NO: 1 and a cysteine protease domain having at least one mutation wherein said at least one mutation include a C700A mutation according to the numbering of SEQ ID NO: 1, wherein at least one amino acid of said mutant Clostridium difficile toxin A is chemically crosslinked by 1-ethyl-3-(3-dimethylaminopropyl) carbodiimide, or a combination of 1-ethyl-3-(3-dimethylaminopropyl) carbodiimide and N-hydroxysuccinate and wherein said mutant Clostridium difficile toxin A exhibits decreased cytotoxicity relative to the corresponding wild-type Clostridium difficile toxin A.
A mooring connector comprising a first portion and a second portion, means for connecting the first portion and the second portion, and means for rotationally aligning the first portion and the second portion, wherein the means for rotationally aligning the first portion and the second portion comprise first and second means carried by or provided on the respective first and second portions, the first means comprising first and second prongs or teeth (145, 150) and the second means comprising an elongate member.
Method pertaining to a drilling arrangement comprising a drive member support device for fixing a drive member arranged at the drilling arrangement, wherein the drive member operates in a direction, the method comprising: - providing a drive head with an axis of rotation adapted for engagement with a drill string means, wherein the drive head is arranged to cooperate with a feed member(14; 15) operating in respectively a first and a second (P') direction; characterized by - providing the drive head pivotable relative the drive member support device and the feed member (14; 15) about an axis of rotation extending transverse said direction; - pivoting the drive head from a first fixable end position (V1; 26) where the axis of rotation of the drive head is parallel to said direction and the feed member (14; 15) drives the drive head in the first direction, to a second fixable end position (V2; 28) where the axis of rotation of the drive head is parallel to said direction and the feed member (14; 15) drives the drive head in the second direction (P'), where the directions and (P') are opposite. - providing a drive head with an axis of rotation adapted for engagement with a drill string means, wherein the drive head is arranged to cooperate with a feed member(14; 15) operating in respectively a first and a second (P') direction; characterized by - providing the drive head pivotable relative the drive member support device and the feed member (14; 15) about an axis of rotation extending transverse said direction; - pivoting the drive head from a first fixable end position (V1; 26) where the axis of rotation of the drive head is parallel to said direction and the feed member (14; 15) drives the drive head in the first direction, to a second fixable end position (V2; 28) where the axis of rotation of the drive head is parallel to said direction and the feed member (14; 15) drives the drive head in the second direction (P'), where the directions and (P') are opposite.
A braking system for a work vehicle, comprising: a first brake pedal configured for activating a first brake circuit; a second brake pedal configured for activating a second brake circuit; a linking mechanism coupled to the first brake pedal and configured for selectively linking the first brake pedal and the second brake pedal together; and a sensor coupled to the first brake pedal and configured for sensing an engagement status and a disengagement status of the linking mechanism, characterized in that said linking mechanism includes a handle pivotally connected to the first brake pedal and a pin moveably coupled to the handle, wherein said pin is moveably coupled to said handle by a connecting rod such that rotation of the handle slides the pin in order to link and unlink said first brake pedal and said second brake pedal. a first brake pedal configured for activating a first brake circuit; a second brake pedal configured for activating a second brake circuit; a linking mechanism coupled to the first brake pedal and configured for selectively linking the first brake pedal and the second brake pedal together; and a sensor coupled to the first brake pedal and configured for sensing an engagement status and a disengagement status of the linking mechanism,
A method for deviating a borehole advanced by a rotating drill bit, the drill bit being operationally attached to a drill bit motor and to a drill string, the method comprising: simultaneously rotating said drill bit motor and said drill string; periodically varying rotation speed of said drill bit by varying rotation speed of the drill bit motor to remove a disproportional amount of material in an azimuthal arc of a wall of said borehole; periodically varying, at a predetermined angular position (α) of the drill string, said rotation speed of said drill bit from a first rotation speed to a second rotation speed; maintaining said second rotation speed through a predetermined angular extent (σ); and subsequently resuming said first rotation speed. simultaneously rotating said drill bit motor and said drill string; periodically varying rotation speed of said drill bit by varying rotation speed of the drill bit motor to remove a disproportional amount of material in an azimuthal arc of a wall of said borehole; periodically varying, at a predetermined angular position (α) of the drill string, said rotation speed of said drill bit from a first rotation speed to a second rotation speed; maintaining said second rotation speed through a predetermined angular extent (σ); and subsequently resuming said first rotation speed.
A method for sealing a gap of a thermal protection system, comprising: forming a ceramic matrix composite structure, comprising joining together at least two lamina of ceramic matrix composite material to include at least one bonded region and at least one region of the joined at least two lamina defined by at least reduced inter-laminar bonds between the at least two joined lamina; and positioning the at least two lamina between at least two laterally adjacent panels of a plurality of panels of the thermal protection system with a seal portion of the at least two lamina disposed over a gap between the at least two adjacent panels and the at least one region of at least reduced inter-laminar bonding positioned to permit the seal portion to move toward and away from the gap. forming a ceramic matrix composite structure, comprising joining together at least two lamina of ceramic matrix composite material to include at least one bonded region and at least one region of the joined at least two lamina defined by at least reduced inter-laminar bonds between the at least two joined lamina; and positioning the at least two lamina between at least two laterally adjacent panels of a plurality of panels of the thermal protection system with a seal portion of the at least two lamina disposed over a gap between the at least two adjacent panels and the at least one region of at least reduced inter-laminar bonding positioned to permit the seal portion to move toward and away from the gap.
A system for pump station optimization, the system comprising: a pump station having a plurality of pump systems for a pipeline; a sensor configured to sense a type of fluid in the pipeline; a memory configured to store efficiency as a function of the type of fluid for each of the pump systems; the system being characterised in that it further comprises a controller configured to select a sub-set of the pump systems as a function of the type of fluid and the efficiencies of the pump systems for the type of fluid, the sub-set configured to provide an outlet pressure for the pump station, wherein the pump systems comprise at least one fixed speed pump and at least one variable speed pump, wherein the efficiency for the variable speed pump includes efficiency as a function of speed by the type of fluid, and wherein the controller is configured to select the variable speed pump and the speed of the variable speed pump as a function of the efficiency as a function of the speed and the type of fluid. a pump station having a plurality of pump systems for a pipeline; a sensor configured to sense a type of fluid in the pipeline; a memory configured to store efficiency as a function of the type of fluid for each of the pump systems; the system being characterised in that it further comprises a controller configured to select a sub-set of the pump systems as a function of the type of fluid and the efficiencies of the pump systems for the type of fluid, the sub-set configured to provide an outlet pressure for the pump station, wherein the pump systems comprise at least one fixed speed pump and at least one variable speed pump, wherein the efficiency for the variable speed pump includes efficiency as a function of speed by the type of fluid, and wherein the controller is configured to select the variable speed pump and the speed of the variable speed pump as a function of the efficiency as a function of the speed and the type of fluid.