mhurhangee/patent-ind-claim-en huggingface dataset:
Electric machine, in particular motor , of the type comprising: - a stator , - a rotor , - a first main bearing and a second main bearing , in particular active magnetic bearings, adapted to support the rotor with respect to the stator in a main range of speeds, and - a first secondary bearing adapted to support the rotor with respect to the stator when the first main bearing is faulty and a second secondary bearing adapted to support the rotor with respect to the stator when the second main bearing is faulty, characterised in that each secondary bearing is a passive electrodynamic bearing comprising at least one permanent magnet and a mobile electric conductor element. - a stator , - a rotor , - a first main bearing and a second main bearing , in particular active magnetic bearings, adapted to support the rotor with respect to the stator in a main range of speeds, and - a first secondary bearing adapted to support the rotor with respect to the stator when the first main bearing is faulty and a second secondary bearing adapted to support the rotor with respect to the stator when the second main bearing is faulty,
A method of manufacturing an oral appliance, the method comprising the steps of: a) preparing a three-dimensional electronic model of the patient's dentition; b) subtracting the three-dimensional electronic model of the patient's dentition from an image of a solid block to obtain an appliance data set; and c) manufacturing a dental appliance in accordance with the appliance data set, wherein the solid block has a shape that approximates the shape of the desired dental appliance. a) preparing a three-dimensional electronic model of the patient's dentition; b) subtracting the three-dimensional electronic model of the patient's dentition from an image of a solid block to obtain an appliance data set; and c) manufacturing a dental appliance in accordance with the appliance data set,
A composite plastic molded product, comprising: (A) engineering plastic that is at least one kind selected from the group consisting of polycarbonate, polyamide, and polyester; and (B) rosin ester being a reactant of rosin and C1-9 monohydric alcohol, in which the content of abietic acid-type resin acid and ester thereof having a conjugated double bond without an aromatic ring is less than 1 weight%, measured according to the description, and in which a glass transition temperature, measured by the method defined in JIS K 7121, is equal to or less than -15°C, wherein the rosin ester contains dihydroabietic acid ester by equal to or larger than 15 weight% or contains tetrahydroabietic acid ester by equal to or larger than 10 weight%, wherein the total content of resin acid and ester thereof is 100 weight%, or wherein the rosin ester contains dehydroabietic acid ester by equal to or larger than 40 weight% wherein the total content of resin acid and ester is 100 weight%. (A) engineering plastic that is at least one kind selected from the group consisting of polycarbonate, polyamide, and polyester; and (B) rosin ester being a reactant of rosin and C1-9 monohydric alcohol, in which the content of abietic acid-type resin acid and ester thereof having a conjugated double bond without an aromatic ring is less than 1 weight%, measured according to the description, and in which a glass transition temperature, measured by the method defined in JIS K 7121, is equal to or less than -15°C,
A vehicular circuit body provided in a vehicle , comprising: a trunk line (15, BB_LM) that extends in at least a front-and-rear direction of the vehicle ; a plurality of control boxes (51, 53, 57, CB) that are provided on the trunk line (15, BB_LM); and a branch line (63, LS) that connects the control box (51, CB) to an accessory (C, AE), wherein the trunk line (15, BB_LM) and the branch line (63, LS) each includes a power source line (L1) having a predetermined current capacity and a communication line (L4) having a predetermined communication capacity; wherein the control box (51, CB) includes a branch line connection portion (121, Cnx) to which the branch line (LS) is connected, and a branch line control unit (151, CBa) that distributes power from the trunk line (15, BB_LM) to the branch line (63, LS) by controlling the branch line connection portion (121, Cnx) according to a control program; and wherein the control program can be externally changed based on the accessory (C, AE) connected to the branch line (63, LS), characterized in that the control box (51, CB) accomodates a circuit board in a case formed of a lower case and an upper case , and a plurality of board connectors are provided at one edge of the circuit board in order to form the branch line connection portion (121, Cnx) via circuits or bus bars formed on the circuit board . a trunk line (15, BB_LM) that extends in at least a front-and-rear direction of the vehicle ; a plurality of control boxes (51, 53, 57, CB) that are provided on the trunk line (15, BB_LM); and a branch line (63, LS) that connects the control box (51, CB) to an accessory (C, AE), wherein the trunk line (15, BB_LM) and the branch line (63, LS) each includes a power source line (L1) having a predetermined current capacity and a communication line (L4) having a predetermined communication capacity; wherein the control box (51, CB) includes a branch line connection portion (121, Cnx) to which the branch line (LS) is connected, and a branch line control unit (151, CBa) that distributes power from the trunk line (15, BB_LM) to the branch line (63, LS) by controlling the branch line connection portion (121, Cnx) according to a control program; and wherein the control program can be externally changed based on the accessory (C, AE) connected to the branch line (63, LS), characterized in that the control box (51, CB) accomodates a circuit board in a case formed of a lower case and an upper case , and a plurality of board connectors are provided at one edge of the circuit board in order to form the branch line connection portion (121, Cnx) via circuits or bus bars formed on the circuit board .
A nebulizer orientation apparatus for interposition between a nebulizer and an inhalation mask , the nebulizer orientation apparatus comprising first and second straight hollow bodies in flow communication with each other via a joint means , wherein the joint means is a deformable conduit including a smooth inner bore and is expandable and/or contractable along its length, which joint means facilitating movement of the first and second straight hollow bodies relative to each other in a first plane (α) defined by the joint means, and wherein the first straight hollow body is weighted relative to the second straight hollow body to facilitate displacement of the first body under force of gravity relative to the second body, and wherein the first and second straight hollow bodies are integrally formed with the joint means.
A method for measuring the weld penetration depth in welding carried out by means of a working laser beam , wherein - a measurement light beam of a sensor system is coupled into a processing beam path of the working laser beam in a laser machining head and bundled or focused into a measurement light spot on a surface of a workpiece by means of focusing optics of the processing beam path , - the measurement light beam reflected on the surface of the workpiece is returned to a measurement and evaluation unit of the sensor system in order to obtain information on the distance of the surface of the workpiece from the laser machining head , - the position of the measurement light spot on the surface of the workpiece is guided over the vapor capillary both in the welding direction as well as transverse to the welding direction in order to obtain a surface profile of the workpiece in the region of the vapor capillary , - the position of the vapor capillary relative to the point of incidence of the working laser beam is determined from the surface profile of the workpiece in the region of the vapor capillary , and - the measurement light spot is moved into the determined position of the vapor capillary in order to measure the weld penetration depth during the laser machining process; wherein the measurement light spot is guided over the vapor capillary on linear paths , and the surface profile is determined from the measurement data along the linear paths by means of curve fitting, or wherein the measurement light spot is guided over the vapor capillary on spiral-shaped paths . - a measurement light beam of a sensor system is coupled into a processing beam path of the working laser beam in a laser machining head and bundled or focused into a measurement light spot on a surface of a workpiece by means of focusing optics of the processing beam path , - the measurement light beam reflected on the surface of the workpiece is returned to a measurement and evaluation unit of the sensor system in order to obtain information on the distance of the surface of the workpiece from the laser machining head , - the position of the measurement light spot on the surface of the workpiece is guided over the vapor capillary both in the welding direction as well as transverse to the welding direction in order to obtain a surface profile of the workpiece in the region of the vapor capillary , - the position of the vapor capillary relative to the point of incidence of the working laser beam is determined from the surface profile of the workpiece in the region of the vapor capillary , and - the measurement light spot is moved into the determined position of the vapor capillary in order to measure the weld penetration depth during the laser machining process; wherein the measurement light spot is guided over the vapor capillary on linear paths , and the surface profile is determined from the measurement data along the linear paths by means of curve fitting, or wherein the measurement light spot is guided over the vapor capillary on spiral-shaped paths .
Hydraulic arrangement for a work vehicle provided with a boom configured to be controlled via a pair of cylinders and an energy recovery system comprising a pair of support cylinders configured to cooperate with said pair of cylinders and at least an accumulator , said hydraulic arrangement comprising a feeding conduit fluidly connecting said accumulator and said support cylinders and a selection module fluidly interposed on said feeding conduit , said selection module being configured to regulate the fluid passage between said accumulator , said support cylinders and a tank of said work vehicle, wherein said selection module comprises valves means fluidly interposed on said feeding conduit and said tank , said valve means comprising an electro-actuated valve, the hydraulic arrangement is characterized in that said selection module comprises pair of check valves fluidly interposed on respective conduits , said conduits being fluidly in parallel between said tank and said valve means , said check valves allowing the passage of fluid each in a direction opposite with respect to the other. said hydraulic arrangement comprising a feeding conduit fluidly connecting said accumulator and said support cylinders and a selection module fluidly interposed on said feeding conduit , said selection module being configured to regulate the fluid passage between said accumulator , said support cylinders and a tank of said work vehicle, wherein said selection module comprises valves means fluidly interposed on said feeding conduit and said tank , said valve means comprising an electro-actuated valve, the hydraulic arrangement is characterized in that said selection module comprises pair of check valves fluidly interposed on respective conduits , said conduits being fluidly in parallel between said tank and said valve means , said check valves allowing the passage of fluid each in a direction opposite with respect to the other.
A method of a 5 th Generation media streaming uplink, 5GMSu, application function, AF, the method comprising: Receiving , from a 5GMSu application provider , a first request to create a content egest template, CET, that defines the instructions for content egest; creating the CET based on the first request received from the 5GMSu application provider; transmitting , to a 5GMSu application server, AS, a second request to allocate content resources for egest based on the created CET; and transmitting , to the 5GMSu application provider, an acknowledgement that the CET is created the method further comprising creating a content egest configuration based on the created CET, wherein the content egest configuration includes an egest path, egest pull, egest protocol and an egest entry point; wherein the egest protocol includes a hyper-text transfer protocol, HTTP, pull-based content ingest protocol and a DASH-IF push-based content ingest protocol. Receiving , from a 5GMSu application provider , a first request to create a content egest template, CET, that defines the instructions for content egest; creating the CET based on the first request received from the 5GMSu application provider; transmitting , to a 5GMSu application server, AS, a second request to allocate content resources for egest based on the created CET; and transmitting , to the 5GMSu application provider, an acknowledgement that the CET is created the method further comprising creating a content egest configuration based on the created CET, wherein the content egest configuration includes an egest path, egest pull, egest protocol and an egest entry point; wherein the egest protocol includes a hyper-text transfer protocol, HTTP, pull-based content ingest protocol and a DASH-IF push-based content ingest protocol.
A turbine shroud apparatus for a gas turbine engine having a central axis, comprising: (a) an annular support member ; (b) a turbine shroud disposed in the support member , the shroud being a continuous ring comprising a low-ductility material and having opposed flowpath and back surfaces, and opposed forward and aft ends; (c) a spring mounted between the support member and the shroud and arranged to resiliently urge the shroud to a concentric position within the structural member; characterized in that the turbine shroud apparatus further comprises a spring element disposed between the turbine shroud and an axially adjacent static element arranged to resiliently urge the shroud axially against a portion of the support member . (a) an annular support member ; (b) a turbine shroud disposed in the support member , the shroud being a continuous ring comprising a low-ductility material and having opposed flowpath and back surfaces, and opposed forward and aft ends; (c) a spring mounted between the support member and the shroud and arranged to resiliently urge the shroud to a concentric position within the structural member;
A videoconferencing system comprising a first control device , a second control device , and a plurality of processing devices (8a, 8b, 8b', 8c, 8c', 8d, 8d', 8d", 8d"'), all mutually connected by a packet-based transport network , wherein each processing device is configured to receive data packets for a videoconferencing session, process the data, and send the data across the transport network to other processing devices participating in the same videoconferencing session, characterised in that both control devices are configured to advertise the same external anycast network address to videoconferencing terminals on one or more external networks, and wherein each control device is configured to receive a session initiation request from a respective videoconferencing terminal on an external network, addressed to the advertised anycast network address, and to designate a processing device to receive data from that videoconferencing terminal during a respective videoconferencing session.
Food dicer , wherein the dicer comprises: - a cutting grid with a plurality of cutting elements and a plurality of openings embodied between the cutting elements for a food pressed through the cutting grid in each case; - a supply shaft for leading the respective food to the cutting grid ; and - a blade which can be rotated in a peripheral direction (U) about an axis of rotation (A) and which is designed, with a rotation, to pass an outlet of the supply shaft facing the cutting grid; wherein the cutting grid and the supply shaft are fixed or can be fixed in a torsion-resistant manner relative to one another in a position in which each point (P 1 , P 2 ) of the blade, which can pass a central region of the outlet with a rotation of the blade, runs at least over a section of one or more of the openings after passing the outlet, characterised in that the outlet and the cutting grid each have a cross-section which is essentially symmetrical to a respective axis of symmetry (S1, S2), which runs radially with respect to the axis of rotation (A) of the blade, and wherein the axis of symmetry of the cross-section of the cutting grid is rotated about an angle (α) in the peripheral direction of the blade compared with the axis of symmetry of the cross-section of the outlet, said angle lying in a range of 1° to 10°, more preferably of 1° to 5°. - a cutting grid with a plurality of cutting elements and a plurality of openings embodied between the cutting elements for a food pressed through the cutting grid in each case; - a supply shaft for leading the respective food to the cutting grid ; and - a blade which can be rotated in a peripheral direction (U) about an axis of rotation (A) and which is designed, with a rotation, to pass an outlet of the supply shaft facing the cutting grid;
Reinforced product, which can be used especially for reinforcing a finished rubber article, comprising one or more textile or metallic reinforcing thread(s), said thread(s) being covered with a sheath comprising a thermoplastic polymer composition, the sheathed thread(s) being themselves embedded in a rubber composition referred to as coating rubber, characterized in that this coating rubber is a composition based on at least one diene elastomer, a reinforcing filler, and a sulphur-based vulcanization system, in which the ratio of the amounts, in phr (parts by weight per hundred parts by weight of elastomer), of sulphur and of reinforcing filler, is less than 0.08.
A method of automatically focusing a charged particle beam on a surface region of a sample , comprising: acquiring a first image for a first focusing strength value; calculating a first sharpness value based on the first image, the first sharpness value is calculated with a sharpness function based on a Fourier transform of the first image; and determining a second focusing strength value with a golden ratio search algorithm based on the calculated first sharpness value. acquiring a first image for a first focusing strength value; calculating a first sharpness value based on the first image, the first sharpness value is calculated with a sharpness function based on a Fourier transform of the first image; and determining a second focusing strength value with a golden ratio search algorithm based on the calculated first sharpness value.
Magnetic-inductive flowmeter , having a measuring tube for guiding an electrically conductive medium, having a coil for generating a magnetic field which passes at least partially through the measuring tube , and having a magnetic circuit device for guiding the magnetic field outside the measuring tube wherein the magnetic circuit device comprises at least one coil core , a first yoke element , a second yoke element , a first pole shoe and a second pole shoe , wherein the coil core is arranged inside the coil and wherein the measuring tube is arranged between the first pole shoe and the second pole shoe , wherein the magnetic circuit device is formed of an at least partially bent sheet metal element , wherein the sheet metal element comprises a first pole shoe portion , a first coil core portion , a first yoke element portion , a second pole shoe portion , a second yoke element portion , a second coil core portion and a third pole shoe portion , and wherein the sheet metal element is bent in such a manner that the first pole shoe portion and the third pole shoe portion together form the first pole shoe , the second pole shoe portion forms the second pole shoe , the first yoke member portion forms the first yoke member , the second yoke member portion forms the second yoke member , and the first coil core portion and the second coil core portion together form the coil core characterized in that the first pole shoe portion and the third pole shoe portion are designed in L-shape and that the first coil core portion and the second coil core portion are designed in strip shape and are arranged to be attached to the upper side of the L-bottom and to extend parallel to the L-shaft . wherein the magnetic circuit device is formed of an at least partially bent sheet metal element , wherein the sheet metal element comprises a first pole shoe portion , a first coil core portion , a first yoke element portion , a second pole shoe portion , a second yoke element portion , a second coil core portion and a third pole shoe portion , and wherein the sheet metal element is bent in such a manner that the first pole shoe portion and the third pole shoe portion together form the first pole shoe , the second pole shoe portion forms the second pole shoe , the first yoke member portion forms the first yoke member , the second yoke member portion forms the second yoke member , and the first coil core portion and the second coil core portion together form the coil core characterized in that the first pole shoe portion and the third pole shoe portion are designed in L-shape and that the first coil core portion and the second coil core portion are designed in strip shape and are arranged to be attached to the upper side of the L-bottom and to extend parallel to the L-shaft .
An anti-BAFF monoclonal antibody molecule comprising a light chain variable domain of SEQ ID NO: 93 and a heavy chain variable domain of SEQ ID NO: 114.