mhurhangee/ep-ind-claims huggingface dataset:
A solenoid actuator (100, 200, 700, 800, 900, 1000, 1100, 1200) comprising: - a movable armature member; - a fixed solenoid component having: - a housing (206, 806, 1006, 1206), - a coil (212, 812, 1012, 1212) within said housing (206, 806, 1006, 1206), and - a pole piece (214, 814, 1014, 1214) for receiving said movable armature member; and, - a cage (220, 302, 402, 502, 602, 820, 1020, 1220) of rolling elements disposed between the movable armature member and the fixed solenoid component; a first stop and a second stop disposed to limit movement of the cage (220, 302, 402, 502, 602, 820, 1020, 1220) of rolling elements in the axial direction, the pole piece (214, 814, 1014, 1214) comprising the first stop which is an integral shoulder on an inner bore of the pole piece (214, 814, 1014, 1214), and the second stop comprising an armature stop (224, 824, 1024, 1224) fixedly disposed within an inner bore of the pole piece (214, 814, 1014, 1214); wherein the cage (220, 302, 402, 502, 602, 820, 1020, 1220) of rolling elements is disposed entirely between the first stop and the second stop; and wherein the cage (220, 302, 402, 502, 820, 1020, 1220) of rolling elements comprises a top piece and a bottom piece, and wherein the rolling elements are confined between the top piece and the bottom piece. - a movable armature member; - a fixed solenoid component having: - a housing (206, 806, 1006, 1206), - a coil (212, 812, 1012, 1212) within said housing (206, 806, 1006, 1206), and - a pole piece (214, 814, 1014, 1214) for receiving said movable armature member; and, - a housing (206, 806, 1006, 1206), - a coil (212, 812, 1012, 1212) within said housing (206, 806, 1006, 1206), and - a pole piece (214, 814, 1014, 1214) for receiving said movable armature member; and, - a cage (220, 302, 402, 502, 602, 820, 1020, 1220) of rolling elements disposed between the movable armature member and the fixed solenoid component;
A method for mapping a cased wellbore, the method comprising: (i) providing a cased wellbore; (ii) routing a sensor assembly through said cased wellbore to measure strains applied to said sensor assembly, characterized in that the sensor assembly includes at least one strain gauge and a housing, the housing is configured to represent a piece of downhole equipment to be installed in said cased wellbore; (iii) determining locations in said cased wellbore for installation of said piece of downhole equipment based on the strains measured by said sensor assembly. (i) providing a cased wellbore; (ii) routing a sensor assembly through said cased wellbore to measure strains applied to said sensor assembly, characterized in that the sensor assembly includes at least one strain gauge and a housing, the housing is configured to represent a piece of downhole equipment to be installed in said cased wellbore; (iii) determining locations in said cased wellbore for installation of said piece of downhole equipment based on the strains measured by said sensor assembly.
Apparatus for treating textile articles, comprising: a drum being in a shape of a body of revolution, developing along a longitudinal axis, said drum being open at at least one end, and comprising an opposite end, and being motorized for rotating about its own longitudinal axis; at least one openable closure element disposed at said at least one end of the drum for enabling to close the drum or gaining access to the interior of the drum itself, through the open end; at least one element for atomizing a fluid suitable to be applied on said textile articles when they are inside said drum; said atomization element being disposed at said open end of the drum in order to supply said fluid in the interior thereof; a lift device on which said drum is mounted, said lift device being suitable to lift and tilt said drum along the longitudinal axis thereof; characterized in that the lift device comprises a pair of lift members arranged in order to lift the respective ends of the drum for tilting. a drum being in a shape of a body of revolution, developing along a longitudinal axis, said drum being open at at least one end, and comprising an opposite end, and being motorized for rotating about its own longitudinal axis; at least one openable closure element disposed at said at least one end of the drum for enabling to close the drum or gaining access to the interior of the drum itself, through the open end; at least one element for atomizing a fluid suitable to be applied on said textile articles when they are inside said drum; said atomization element being disposed at said open end of the drum in order to supply said fluid in the interior thereof; a lift device on which said drum is mounted, said lift device being suitable to lift and tilt said drum along the longitudinal axis thereof; characterized in that the lift device comprises a pair of lift members arranged in order to lift the respective ends of the drum for tilting.
A transaminase or a modified compound, or functional fragment thereof, wherein an amino sequence of the transaminase comprises a sequence selected from one of the following sequences: a) an amino acid sequence as shown in SEQ ID NO: 2 or 4; b) an amino acid sequence acquired by substituting leucine at the 38 th site of the amino acid sequence as shown in SEQ ID NO: 2 by isoleucine, wherein the modified compound of the transaminase is a product of acylation, alkylation, or PEGylation, maintaining the activity of the transaminase with the high stereoselective R-configuration catalytic activity, and the functional fragment refers to a protein fragment that keeps the activity of the transaminase with the high stereoselective R-configuration catalytic activity, wherein the high stereoselective refers to the content of one of the stereoisomers being at least 1.1 times that of the other. a) an amino acid sequence as shown in SEQ ID NO: 2 or 4; b) an amino acid sequence acquired by substituting leucine at the 38 th site of the amino acid sequence as shown in SEQ ID NO: 2 by isoleucine,
Device for the measuring and closed-loop control of a magnetic field generated by means of an electromagnet (5, 12, 15) comprising a first measuring device for purposes of measuring the absolute magnetic field strength of the magnetic field, a second measuring device for purposes of measuring the alteration of the magnetic field strength of the magnetic field, at least two integrators for purposes of determining the magnetic field strength of the alteration of the magnetic field strength measured in the second measuring device, whose integrators are arranged in parallel to one another, calibration means, a unit for purposes of comparing the magnetic field strength measured by the first measuring device and the second measuring device, and a further unit for purposes of comparing the measured magnetic field strength with a prescribed design field strength, characterised in that, the integrators are arranged such that one integrator integrates the values measured by the second measuring device, while the other integrator runs through a calibration cycle.
A cosmetic or dermatological composition comprising dihydromyricetin, a zinc salt and a lipophilic antioxidant, characterized in that the lipophilic antioxidant is chosen from propyl gallate, octyl gallate and dodecyl gallate.
A robot cleaner, including: a suction unit configured to suck dust-containing air; a cyclone unit provided at the suction unit, the cyclone unit having a first suction opening and a second suction opening for sucking air, and a first cyclone and a second cyclone for passing air therethrough; a first guiding member and a second guiding member extending from the suction unit toward the cyclone unit, the first guiding member for connection between the suction unit and the first suction opening and the second guiding member for connection between the suction unit and the second suction opening; and a dust box in communication with a dust discharge opening of the cyclone unit for collecting dust filtered by the cyclone unit, the dust box being accommodated between the first and second guiding members. a suction unit configured to suck dust-containing air; a cyclone unit provided at the suction unit, the cyclone unit having a first suction opening and a second suction opening for sucking air, and a first cyclone and a second cyclone for passing air therethrough; a first guiding member and a second guiding member extending from the suction unit toward the cyclone unit, the first guiding member for connection between the suction unit and the first suction opening and the second guiding member for connection between the suction unit and the second suction opening; and a dust box in communication with a dust discharge opening of the cyclone unit for collecting dust filtered by the cyclone unit, the dust box being accommodated between the first and second guiding members.
A method, comprising: receiving a video frame of a scene; receiving data, including position data, describing a plurality of elements mapped into a 3D space of the scene, wherein the data comprises a physical element and a virtual element; analyzing the data describing the plurality of elements to determine an existence of a conflict between the physical element, and the virtual element of the plurality of elements; wherein the elements are assigned either a static status or a dynamic status; when a conflict exists, resolving the conflict by automatically repositioning or structurally modifying at least one element of the plurality of elements having a dynamic status; wherein the automatic repositioning or structural modification is performed by maximizing a sum of values in an area of an insertion map that overlaps with the at least one of the plurality of elements; wherein the insertion map is defined within a region of interest, wherein the boundary of the region of interest bounds the insertion map and serves as a constraint to limit the repositioning extent of the dynamic element; wherein the values of the insertion map include values representative of a distance to the closest boundary of either the plurality of static elements or to the boundary of the region of interest; and inserting at least one repositioned or structurally modified element of the plurality of elements into the video frame to create a modified video frame. receiving a video frame of a scene; receiving data, including position data, describing a plurality of elements mapped into a 3D space of the scene, wherein the data comprises a physical element and a virtual element; analyzing the data describing the plurality of elements to determine an existence of a conflict between the physical element, and the virtual element of the plurality of elements; wherein the elements are assigned either a static status or a dynamic status; when a conflict exists, resolving the conflict by automatically repositioning or structurally modifying at least one element of the plurality of elements having a dynamic status; wherein the automatic repositioning or structural modification is performed by maximizing a sum of values in an area of an insertion map that overlaps with the at least one of the plurality of elements; wherein the insertion map is defined within a region of interest, wherein the boundary of the region of interest bounds the insertion map and serves as a constraint to limit the repositioning extent of the dynamic element; wherein the values of the insertion map include values representative of a distance to the closest boundary of either the plurality of static elements or to the boundary of the region of interest; and inserting at least one repositioned or structurally modified element of the plurality of elements into the video frame to create a modified video frame.
Shaping air ring for a rotary atomizer for coating components, in particular motor vehicle body parts, with a) an front side facing a bell plate of the rotary atomizer in the operating state, and b) a first shaping air nozzle ring having a plurality of annularly distributed shaping air nozzles for delivering a first shaping air flow to form a spray jet discharged from the bell plate, c) a second shaping air nozzle ring with a plurality of shaping air nozzles arranged in an annular arrangement for delivering a second shaping air flow, d) the two shaping air flows being separately adjustable, e) the two shaping air nozzle rings having essentially the same diameter, f) nozzle groups each having at least one shaping air nozzle of the first shaping air nozzle ring and at least one shaping air nozzle of the second shaping air nozzle ring being arranged distributed over the circumference, and g) the distance (β) between the adjacent nozzle groups being greater than the distance (α) between the shaping air nozzles (20, 21) of the individual nozzle groups, characterized h) in that a shaping air nozzle of the first shaping air nozzle ring and a shaping air nozzle of the second shaping air nozzle ring are arranged alternately distributed over the circumference of the shaping air ring, and i) in that an annularly circulating annular recess is arranged in the front side of the shaping air ring. a) an front side facing a bell plate of the rotary atomizer in the operating state, and b) a first shaping air nozzle ring having a plurality of annularly distributed shaping air nozzles for delivering a first shaping air flow to form a spray jet discharged from the bell plate, c) a second shaping air nozzle ring with a plurality of shaping air nozzles arranged in an annular arrangement for delivering a second shaping air flow, d) the two shaping air flows being separately adjustable, e) the two shaping air nozzle rings having essentially the same diameter, f) nozzle groups each having at least one shaping air nozzle of the first shaping air nozzle ring and at least one shaping air nozzle of the second shaping air nozzle ring being arranged distributed over the circumference, and g) the distance (β) between the adjacent nozzle groups being greater than the distance (α) between the shaping air nozzles (20, 21) of the individual nozzle groups, characterized h) in that a shaping air nozzle of the first shaping air nozzle ring and a shaping air nozzle of the second shaping air nozzle ring are arranged alternately distributed over the circumference of the shaping air ring, and i) in that an annularly circulating annular recess is arranged in the front side of the shaping air ring.
A vapor compression system including a compressor having a bearing, a condenser, an evaporator and a lubrication additive recovery system, characterized in that the lubrication additive recovery system comprises: an eductor; and a pump configured to pump a portion of a required supply of lubrication from the condenser and to the bearing through the eductor such that the eductor recovers a remainder of the required supply of lubrication from the evaporator for provision thereof to the bearing. an eductor; and a pump configured to pump a portion of a required supply of lubrication from the condenser and to the bearing through the eductor such that the eductor recovers a remainder of the required supply of lubrication from the evaporator for provision thereof to the bearing.
A sympathomimetic-free medicinal product in the form of nose sprays, rinses or nose drops, for use for preparing an agent for treating irritations of the nasal mucosa caused by a cold, by hay fever, a dry nose and/or sympathomimetic dependence, characterized by comprising menthol, mint oil and camphor, as well as further panthenol, and at least one humectant comprising water-soluble or water-dispersible natural or synthetic polymers that form gels or viscous solutions in aqueous systems, polyhydric alcohols, mono-, di- and/or polysaccharides.
A precursor composition for a curable adhesive, said precursor comprising: a) a part comprising: i. a first epoxy curing agent comprising at least one polyether amine and having an amine equivalent weight of at least 45 grams per mole of amine equivalents; ii. a second epoxy curing agent distinct from the first epoxy curing agent or a secondary curative; iii. from 1.5 to 13 wt.-% of a metal nitrate catalyst, based on the total weight of the part; iv. optionally, a metal triflate catalyst; and b) a part comprising: i. at least one multifunctional first epoxy resin having at least three functional groups; ii. at least one second epoxy resin distinct from the first epoxy resin; iii. a core-shell polymer toughening agent; iv. a filler material; and v. optionally, an epoxy-based reactive diluent; wherein the composition does not comprise norbornane diamine. a) a part comprising: i. a first epoxy curing agent comprising at least one polyether amine and having an amine equivalent weight of at least 45 grams per mole of amine equivalents; ii. a second epoxy curing agent distinct from the first epoxy curing agent or a secondary curative; iii. from 1.5 to 13 wt.-% of a metal nitrate catalyst, based on the total weight of the part; iv. optionally, a metal triflate catalyst; and i. a first epoxy curing agent comprising at least one polyether amine and having an amine equivalent weight of at least 45 grams per mole of amine equivalents; ii. a second epoxy curing agent distinct from the first epoxy curing agent or a secondary curative; iii. from 1.5 to 13 wt.-% of a metal nitrate catalyst, based on the total weight of the part; iv. optionally, a metal triflate catalyst; and b) a part comprising: i. at least one multifunctional first epoxy resin having at least three functional groups; ii. at least one second epoxy resin distinct from the first epoxy resin; iii. a core-shell polymer toughening agent; iv. a filler material; and v. optionally, an epoxy-based reactive diluent; wherein the composition does not comprise norbornane diamine. i. at least one multifunctional first epoxy resin having at least three functional groups; ii. at least one second epoxy resin distinct from the first epoxy resin; iii. a core-shell polymer toughening agent; iv. a filler material; and v. optionally, an epoxy-based reactive diluent; wherein the composition does not comprise norbornane diamine.
Fuel injector for a fuel injection system, in particular a common-rail injection system, comprising a nozzle needle which is guided, such that it can perform stroke movements, in a high-pressure bore of the fuel injector and by means of the stroke movement of which at least one injection opening can be opened and closed, and comprising a force or pressure sensor with at least one sensor element formed from a piezoelectric material for detecting characteristic pressure changes during the opening and closing of the nozzle needle, wherein the force or pressure sensor is arranged in a low-pressure region of the fuel injector and, during the opening and closing of the nozzle needle, can be acted on indirectly by means of an armature pin, which can perform stroke movements, of a solenoid valve which serves for the actuation of the nozzle needle, and a force distribution plate with an axial force (F A) which is proportional to the control chamber pressure in a control chamber, wherein the control chamber pressure exerts a force acting in a closing direction on the nozzle needle, and in that the sensor element of the force or pressure sensor is electrically connected directly or indirectly to a housing part of the fuel injector via at least one contact surface or via an electrode, which is formed on said contact surface, so as to produce a ground connection, and the solenoid valve comprises an armature which interacts with a coil and which can perform stroke movements, which armature is pressed against a valve seat by the compression spring and which armature at least partially receives the armature pin, wherein the compression spring axially preloads the force distribution plate against the force or pressure sensor.
An apparatus for verifying fragment processing related data, said apparatus comprising: at least one data buffer (161-1, 161-2) provided to record fragment processing related data; a graphics processing pipeline comprising a fragment shader unit, wherein the fragment shader unit is coupled to the at least one data buffer (161-1, 161-2), wherein the fragment shader unit is arranged to receive fragment data and is configured to record displayable image data and fragment processing related data in the at least one data buffer on processing one or more fragments in accordance with the received fragment data; and a comparator unit coupled to the at least one data buffer, wherein the comparator unit is configured to compare the recorded fragment processing related data in the at least one data buffer (161-1, 161-2) to reference data and to issue a fault indication signal in case the recorded fragment processing related data and the reference data mismatch. at least one data buffer (161-1, 161-2) provided to record fragment processing related data; a graphics processing pipeline comprising a fragment shader unit, wherein the fragment shader unit is coupled to the at least one data buffer (161-1, 161-2), wherein the fragment shader unit is arranged to receive fragment data and is configured to record displayable image data and fragment processing related data in the at least one data buffer on processing one or more fragments in accordance with the received fragment data; and wherein the fragment shader unit is coupled to the at least one data buffer (161-1, 161-2), wherein the fragment shader unit is arranged to receive fragment data and is configured to record displayable image data and fragment processing related data in the at least one data buffer on processing one or more fragments in accordance with the received fragment data; and a comparator unit coupled to the at least one data buffer, wherein the comparator unit is configured to compare the recorded fragment processing related data in the at least one data buffer (161-1, 161-2) to reference data and to issue a fault indication signal in case the recorded fragment processing related data and the reference data mismatch. to compare the recorded fragment processing related data in the at least one data buffer (161-1, 161-2) to reference data and to issue a fault indication signal in case the recorded fragment processing related data and the reference data mismatch.
Wheel hub unit, with a brake disc construction, a wheel bearing unit (5, 6, 7) and a connecting element, preferably a wheel flange, for connection to the brake disc construction and to the wheel bearing unit (5, 6, 7) for a vehicle, wherein the connecting element comprises: a fastening arrangement for the releasable fastening of the brake disc construction and a fastening arrangement for the releasable fastening to the wheel bearing unit (5, 6, 7), and therefore the connecting element, with the brake disc construction fastened releasably thereto, can be mounted as a unit onto the wheel bearing unit (5, 6, 7) and/or can be dismounted therefrom.
An electronic component mounting substrate, comprising: a metallic substrate formed of aluminum or an aluminum-based alloy; and an alumite layer disposed on the metallic substrate, having a network of crevices at an upper surface thereof; characterized by a ceramic layer disposed on the alumite layer, part of the ceramic layer extending into the crevices, wherein the ceramic layer has a recess formed at an upper surface thereof so as to overlap with the crevices. a metallic substrate formed of aluminum or an aluminum-based alloy; and an alumite layer disposed on the metallic substrate, having a network of crevices at an upper surface thereof; characterized by a ceramic layer disposed on the alumite layer, part of the ceramic layer extending into the crevices, wherein the ceramic layer has a recess formed at an upper surface thereof so as to overlap with the crevices.