mhurhangee/ep-ind-claims huggingface dataset:
A robot joint, comprising: a first part and a second part configured to be rotatable with each other around a joint axis; and a flexible printed circuit board including a first fixing point and a second fixing point respectively fastened to the first part and the second part; wherein: the flexible printed circuit board prior to bending is spiral-shaped; and with the relative rotation of the first part and the second part, the flexible printed circuit board is bent at various bending portions; characterized in that the robot joint further comprises: an extension portion being arranged to radially extend from a curve portion of the spiral-shaped flexible printed circuit board between the first fixing point and the second fixing point prior to the bending; wherein the extension portion is in the shape of arc, being arranged to extend toward or away from the center point of the printed circuit board prior to the bending. a first part and a second part configured to be rotatable with each other around a joint axis; and a flexible printed circuit board including a first fixing point and a second fixing point respectively fastened to the first part and the second part; wherein: the flexible printed circuit board prior to bending is spiral-shaped; and with the relative rotation of the first part and the second part, the flexible printed circuit board is bent at various bending portions; characterized in that the robot joint further comprises: an extension portion being arranged to radially extend from a curve portion of the spiral-shaped flexible printed circuit board between the first fixing point and the second fixing point prior to the bending; wherein the extension portion is in the shape of arc, being arranged to extend toward or away from the center point of the printed circuit board prior to the bending. the flexible printed circuit board prior to bending is spiral-shaped; and with the relative rotation of the first part and the second part, the flexible printed circuit board is bent at various bending portions; characterized in that the robot joint further comprises: an extension portion being arranged to radially extend from a curve portion of the spiral-shaped flexible printed circuit board between the first fixing point and the second fixing point prior to the bending; wherein the extension portion is in the shape of arc, being arranged to extend toward or away from the center point of the printed circuit board prior to the bending. an extension portion being arranged to radially extend from a curve portion of the spiral-shaped flexible printed circuit board between the first fixing point and the second fixing point prior to the bending; wherein the extension portion is in the shape of arc, being arranged to extend toward or away from the center point of the printed circuit board prior to the bending.
A method of determining the position and orientation of a movable object, the method comprising: a) connecting a plurality of targets to the movable object at known points on the movable object such that the targets will move with the movable object; b) scanning the surface of the movable object and at least some of the plurality of targets to obtain target data; c) comparing the scanned target data to at least one known dimension of one of the plurality of targets by: locating an expected centroid of a target, defining axes by the centroid of the target, repositioning the axes to the actual center based on known dimensions of the target, and comparing whether a known dimension of the target matches the scanned dimension; and d) if scanned target data matches the at least one known dimension of one of the plurality of targets, mapping a known movable object model data according to the target data to determine the position and orientation of the movable object, wherein the plurality of targets each comprise: a cylindrical body portion with one or more retroreflector sections, one or more non-reflective sections, and at least two transitions between reflective and non-reflective sections; and a hanging connector for connecting to the movable object, in particular an aircraft, such that the target hangs vertically from the movable object due to gravity. a) connecting a plurality of targets to the movable object at known points on the movable object such that the targets will move with the movable object; b) scanning the surface of the movable object and at least some of the plurality of targets to obtain target data; c) comparing the scanned target data to at least one known dimension of one of the plurality of targets by: locating an expected centroid of a target, defining axes by the centroid of the target, repositioning the axes to the actual center based on known dimensions of the target, and comparing whether a known dimension of the target matches the scanned dimension; and locating an expected centroid of a target, defining axes by the centroid of the target, repositioning the axes to the actual center based on known dimensions of the target, and comparing whether a known dimension of the target matches the scanned dimension; and d) if scanned target data matches the at least one known dimension of one of the plurality of targets, mapping a known movable object model data according to the target data to determine the position and orientation of the movable object, a cylindrical body portion with one or more retroreflector sections, one or more non-reflective sections, and at least two transitions between reflective and non-reflective sections; and a hanging connector for connecting to the movable object, in particular an aircraft, such that the target hangs vertically from the movable object due to gravity.
A vehicle having an internal combustion engine and an air cleaner device being mounted on a vehicle body frame, the air cleaner device comprising: an air cleaner case having a filter element therein, and being partitioned into a dirty side chamber and a clean side chamber; and a plurality of intake ducts (80L and 80R) for leading outside air into the dirty side chamber of the air cleaner case, the intake ducts (80L and 80R) being provided so as to form a left-right pair, wherein the intake ducts (80L and 80R) forming the left-right pair have intake ports open to the outside of the air cleaner case, the parts of the intake ducts (80L and 80R) housed within the dirty side chamber leading to discharge ports (84L and 84R) having bent portions, and the discharge ports (84L and 84R) of the intake ducts (80L and 80R) forming the left-right pair are disposed so as to be oriented toward a lateral centre of the air cleaner case and are longitudinally offset from each other; characterized in that the intake ducts (80L and 80R) extend upwardly to the discharge ports (84L and 84R) from air cleaner case connecting portions attached so as to penetrate the air cleaner case, and are inclined to approach a ceiling of the dirty side chamber, and the discharge ports (84L and 84R) are oriented downwardly. an air cleaner case having a filter element therein, and being partitioned into a dirty side chamber and a clean side chamber; and a plurality of intake ducts (80L and 80R) for leading outside air into the dirty side chamber of the air cleaner case, the intake ducts (80L and 80R) being provided so as to form a left-right pair, wherein the intake ducts (80L and 80R) forming the left-right pair have intake ports open to the outside of the air cleaner case, the parts of the intake ducts (80L and 80R) housed within the dirty side chamber leading to discharge ports (84L and 84R) having bent portions, and the discharge ports (84L and 84R) of the intake ducts (80L and 80R) forming the left-right pair are disposed so as to be oriented toward a lateral centre of the air cleaner case and are longitudinally offset from each other; characterized in that the intake ducts (80L and 80R) extend upwardly to the discharge ports (84L and 84R) from air cleaner case connecting portions attached so as to penetrate the air cleaner case, and are inclined to approach a ceiling of the dirty side chamber, and the discharge ports (84L and 84R) are oriented downwardly.
A method comprising: monitoring detection chamber readings from a plurality of detectors (104A, 104B, 104C, 104D, 104E, 104F); identifying an anomaly in the detection chamber readings; determining one or more detector(s) (104C, 104D) from the plurality of detectors each having an anomaly in the detection chamber readings, wherein the anomaly in the detection chamber readings of each of the one or more detector(s) is caused by a blockage preventing a detector chamber of each of the one or more detector(s) from receiving air from the surroundings; and executing an alert based on the anomaly in the detection chamber readings; characterized in that the detection chamber readings comprise readings of light scattered by airborne particles when the airborne particles enter the detection chamber of the plurality of detectors, and in that the light scattered by airborne particles has been transmitted by a light transmitter and received by a photo electric receiver monitoring detection chamber readings from a plurality of detectors (104A, 104B, 104C, 104D, 104E, 104F); identifying an anomaly in the detection chamber readings; determining one or more detector(s) (104C, 104D) from the plurality of detectors each having an anomaly in the detection chamber readings, wherein the anomaly in the detection chamber readings of each of the one or more detector(s) is caused by a blockage preventing a detector chamber of each of the one or more detector(s) from receiving air from the surroundings; and executing an alert based on the anomaly in the detection chamber readings; characterized in that the detection chamber readings comprise readings of light scattered by airborne particles when the airborne particles enter the detection chamber of the plurality of detectors, and in that the light scattered by airborne particles has been transmitted by a light transmitter and received by a photo electric receiver
A wet electrostatic precipitator (WESP) conductive carbon composite panel comprising corrugated strips of conductive carbon composite adhesively bonded together using an electrically-conductive adhesive composition, the composition comprising: a polyunsaturated resin which, following polymerization, exhibits resistance to corrosion and heat distortion, and a carbon black filler uniformly dispersed in the resin for the assembly of conductive carbon composite panels in a WESP. a polyunsaturated resin which, following polymerization, exhibits resistance to corrosion and heat distortion, and a carbon black filler uniformly dispersed in the resin for the assembly of conductive carbon composite panels in a WESP.
A method for performing an extreme ultraviolet photolithographic processing, the method comprising: - obtaining a substrate to be patterned having an upper main surface, - providing an EUV photoresist layer on the upper main surface, and; - forming at least one opening in the EUV photoresist layer, wherein the method further comprises, providing, sandwiched between the EUV photoresist layer and the upper main surface, a multi-layer stack having an upper surface and consisting of a first layer of a first material and a second layer of a second material, wherein the materials have a different refractive indexes, and the layers are stacked alternately and repeatedly on one another, and wherein the at least one opening exposes a part of the upper main surface of the multi-layer stack, characterized in that; the multi-layer stack is a self-organized di-block copolymer. - obtaining a substrate to be patterned having an upper main surface, - providing an EUV photoresist layer on the upper main surface, and; - forming at least one opening in the EUV photoresist layer, wherein the method further comprises, providing, sandwiched between the EUV photoresist layer and the upper main surface, a multi-layer stack having an upper surface and consisting of a first layer of a first material and a second layer of a second material, wherein the materials have a different refractive indexes, and the layers are stacked alternately and repeatedly on one another, and wherein the at least one opening exposes a part of the upper main surface of the multi-layer stack, characterized in that; the multi-layer stack is a self-organized di-block copolymer.
Vortex flowmeter having a measuring tube, a housing, a bluff body and a sensor unit, wherein the sensor unit is used to detect a vortex measurement signal caused by the bluff body, wherein at least one inertial sensor is additionally provided for detecting disturbing oscillations acting on the vortex flowmeter, wherein the vortex flowmeter has a measuring and evaluation electronics characterized in that the inertial sensor is provided on a circuit board of the electronic measuring and evaluation electronics provided on the vortex flowmeter.
A PlySs2 lysin in combination with one or more antibiotic selected from daptomycin and linezolid for use in killing gram-positive bacteria in a therapeutic method for the prevention, disruption or treatment of infection or colonization by gram-positive bacteria, wherein the combination of PlySs2 lysin and antibiotic is synergistic and is effective to kill gram positive bacteria at lower doses or with lower minimal inhibitory concentration than either PlySs2 lysin or antibiotic alone.
Motor vehicle bodywork, comprising: - a first stamped portion with a joining edge and a vertical portion, or inclined downwards, adjacent to the edge via a portion forming a fold; - a second press-formed portion with a longitudinal joining edge, the edge being superposed horizontally on the joining edge of the first press-formed portion; the joining edge of the second press-formed part has a transverse edge on the joining edge of the first press-formed part, said edge being set back with respect to the portion forming a fold of the first press-formed part, the joining edge of the first press-formed part extending transversely to the joining edge of the second press-formed part, characterized in that the joining edge of the first press-formed part has a longitudinal edge opposite to one another the portion forming a fold, the joining edge of the second stamped portion having a cutout outside a zone of superposition of said edge on the joining edge of the first stamped portion, the cutout being adjacent to said longitudinal edge. - a first stamped portion with a joining edge and a vertical portion, or inclined downwards, adjacent to the edge via a portion forming a fold; - a second press-formed portion with a longitudinal joining edge, the edge being superposed horizontally on the joining edge of the first press-formed portion;
A method for estimating soot loading of a diesel particulate filter, comprising: establishing a soot loading model for estimating soot loading of a nominal diesel particulate filter, wherein establishing the model comprises establishing nominal pressure drop across the nominal filter at a plurality of volume flow rates; and characterised by adjusting the soot loading model for a subject filter to account for differences between the nominal filter and the subject filter, wherein the adjusting step comprises measuring pressure drop across the subject filter at the volume flow rates and multiplying the measured pressure drops at the volume flow rates by a factor such that the measured pressure drops across the subject filter approximate values of the nominal pressure drop at the volume flow rates; and estimating soot loading of the subject filter using the adjusted soot loading model, wherein the estimating step comprises multiplying a measured pressure drop at a volume flow rate by said factor corresponding to the volume flow rate to obtain an adjusted pressure drop, and comparing the adjusted pressure drop to a nominal pressure drop at the volume flow rate. establishing a soot loading model for estimating soot loading of a nominal diesel particulate filter, wherein establishing the model comprises establishing nominal pressure drop across the nominal filter at a plurality of volume flow rates; and characterised by adjusting the soot loading model for a subject filter to account for differences between the nominal filter and the subject filter, wherein the adjusting step comprises measuring pressure drop across the subject filter at the volume flow rates and multiplying the measured pressure drops at the volume flow rates by a factor such that the measured pressure drops across the subject filter approximate values of the nominal pressure drop at the volume flow rates; and estimating soot loading of the subject filter using the adjusted soot loading model, wherein the estimating step comprises multiplying a measured pressure drop at a volume flow rate by said factor corresponding to the volume flow rate to obtain an adjusted pressure drop, and comparing the adjusted pressure drop to a nominal pressure drop at the volume flow rate.
A battery powered lift truck comprising a body comprising two elongated arms (1.1), a drive unit connected to a drawbar or a steering wheel or a control joystick characterized in that it further comprises at least two parallel pairs of forks wherein t least one pair of forks (3.1) is lifted and moved parallel to the body by means of a lifting system and a longitudinal movement mechanism and the other pairs of forks (3.2) are placed on the elongated arms (1.1) of the body and are mounted on cross-type mechanisms consisting of two perpendicular mechanisms: a lifting mechanism and a linear travel mechanism perpendicular to the body, enabling their lifting, retracting and extending, and the elongated arms (1.1) of the body contain side supporting wheels.
A system, comprising: a neurostimulator comprising a plurality of electrodes (E1-E8); an external device configured to communicate with the neurostimulator; and a non-transitory computer-readable medium in the external device having instructions stored thereon to cause control circuitry in the external device to: obtain data originating from one or more groups of the electrodes, wherein the data comprises measurements that are associated with a plurality of electrodes in the one or more groups of electrodes; and evaluate the data to associate each of the one or more groups of electrodes with corresponding ones of a plurality of known electrode groups based on properties in the data that are indicative of a physical electrode arrangement in the corresponding ones of the plurality of known electrode groups, wherein the known electrode groups are distinguishable based on their respective physical electrode arrangement. a neurostimulator comprising a plurality of electrodes (E1-E8); an external device configured to communicate with the neurostimulator; and a non-transitory computer-readable medium in the external device having instructions stored thereon to cause control circuitry in the external device to: obtain data originating from one or more groups of the electrodes, wherein the data comprises measurements that are associated with a plurality of electrodes in the one or more groups of electrodes; and evaluate the data to associate each of the one or more groups of electrodes with corresponding ones of a plurality of known electrode groups based on properties in the data that are indicative of a physical electrode arrangement in the corresponding ones of the plurality of known electrode groups, wherein the known electrode groups are distinguishable based on their respective physical electrode arrangement. obtain data originating from one or more groups of the electrodes, wherein the data comprises measurements that are associated with a plurality of electrodes in the one or more groups of electrodes; and evaluate the data to associate each of the one or more groups of electrodes with corresponding ones of a plurality of known electrode groups based on properties in the data that are indicative of a physical electrode arrangement in the corresponding ones of the plurality of known electrode groups, wherein the known electrode groups are distinguishable based on their respective physical electrode arrangement.
A process for the preparation of Lacosamide of formula which comprises: i). regioselective ring opening of compound of formula in presence of water, followed by oxidation with an oxidising agent to obtain compound of formula wherein, X is halogen; ii). reaction of compound of formula with benzyl amine in presence of a base and coupling agent to obtain a compound of formula; iii). reaction of compound of formula with a base in alcohol solvent to obtain a compound of formula; iv). protection of hydroxyl group of compound of formula with Tosyl chloride in presence of dimethyl amino pyridine, dichloromethane and triethyl amine to obtain compound of formula; v). reacting compound of formula with sodium azide in presence of dimethyl formamide and water to obtain compound of formula; vi). reducing compound of formula with H 2 in the presence of organic solvent and catalyst to obtain compound of formula (VIII); vii). acylation of compound of formula (VIII) with aceticanhydride in presence of dimethyl amino pyridine and anhydrous methylene dichloride to obtain Lacosamide of formula; optionally, recrystalizing Lacosamide in ethyl acetate to give pure Lacosamide of formula. i). regioselective ring opening of compound of formula in presence of water, followed by oxidation with an oxidising agent to obtain compound of formula wherein, X is halogen; ii). reaction of compound of formula with benzyl amine in presence of a base and coupling agent to obtain a compound of formula; iii). reaction of compound of formula with a base in alcohol solvent to obtain a compound of formula; iv). protection of hydroxyl group of compound of formula with Tosyl chloride in presence of dimethyl amino pyridine, dichloromethane and triethyl amine to obtain compound of formula; v). reacting compound of formula with sodium azide in presence of dimethyl formamide and water to obtain compound of formula; vi). reducing compound of formula with H 2 in the presence of organic solvent and catalyst to obtain compound of formula (VIII); vii). acylation of compound of formula (VIII) with aceticanhydride in presence of dimethyl amino pyridine and anhydrous methylene dichloride to obtain Lacosamide of formula;
A pellicle for protecting a photomask, the pellicle comprising: a pellicle membrane including a carbon-based material, the carbon-based material having defects; and a passivation member covering the defects of the carbon-based material, the passivation member including an inorganic material; characterized in that the passivation member includes a plurality of dot elements, and the plurality of dot elements selectively cover the defects of the carbon-based material. a pellicle membrane including a carbon-based material, the carbon-based material having defects; and a passivation member covering the defects of the carbon-based material, the passivation member including an inorganic material; characterized in that the passivation member includes a plurality of dot elements, and the plurality of dot elements selectively cover the defects of the carbon-based material.