mhurhangee/ep-ind-claims huggingface dataset:
A fuel pressure sensor/sensor mount assembly for use in a fuel injection system equipped with a fuel injector (INJz) which injects fuel, as supplied from an accumulator (CLz) through a fuel pipe, into an internal combustion engine, comprising: a connector which is to be disposed between the fuel injector (INJz) and the fuel pipe and has formed therein a communication path which is to establish a fluid communication between a fuel outlet of the fuel pipe and a fuel inlet of the fuel injector (INJz), said connector also having formed therein a sensor mount exposed to the communication path; and a fuel pressure sensor mounted in the sensor mount of said connector, said fuel pressure sensor being sensitive to a pressure of the fuel in the communication path to produce a signal indicative thereof, wherein said connector is to be retained between a top end portion of the fuel pipe in which the fuel outlet is formed and the fuel injector (INJz), characterized by further comprising a pipe nut which is to have the top end portion and said connector disposed therein and to establish threadable engagement with the fuel injector (INJz), and wherein said pipe nut includes a press member (P1z) to press the top end portion against said connector through the threadable engagement of said pipe nut with the fuel injector (INJz), said fuel pressure sensor is disposed inside said pipe nut, and wherein one of the fuel injector (INJz) and said pipe nut has formed therein a conductor outlet hole (431bz; 72bz) through which a conductive wire of said fuel pressure sensor extends from inside to outside said pipe nut. a connector which is to be disposed between the fuel injector (INJz) and the fuel pipe and has formed therein a communication path which is to establish a fluid communication between a fuel outlet of the fuel pipe and a fuel inlet of the fuel injector (INJz), said connector also having formed therein a sensor mount exposed to the communication path; and a fuel pressure sensor mounted in the sensor mount of said connector, said fuel pressure sensor being sensitive to a pressure of the fuel in the communication path to produce a signal indicative thereof, wherein said connector is to be retained between a top end portion of the fuel pipe in which the fuel outlet is formed and the fuel injector (INJz), characterized by further comprising a pipe nut which is to have the top end portion and said connector disposed therein and to establish threadable engagement with the fuel injector (INJz), and wherein said pipe nut includes a press member (P1z) to press the top end portion against said connector through the threadable engagement of said pipe nut with the fuel injector (INJz), said fuel pressure sensor is disposed inside said pipe nut, and wherein one of the fuel injector (INJz) and said pipe nut has formed therein a conductor outlet hole (431bz; 72bz) through which a conductive wire of said fuel pressure sensor extends from inside to outside said pipe nut.
A laser emitting apparatus comprising: a semiconductor laser; a grating positioned relative to the semiconductor laser to form a resonator structure therebetween; and an optical system positioned between the semiconductor laser and the grating, the optical system configured and arranged so that confocal points are formed on both a light emitting surface of the semiconductor laser and a reflection surface of the grating, characterized in that the optical system includes a cylindrical lens configured to condense a spot diameter of light emitted from the semiconductor laser in a first direction, and substantially maintain the spot diameter of the light emitted from the semiconductor laser in a second direction that is orthogonal to the first direction. a semiconductor laser; a grating positioned relative to the semiconductor laser to form a resonator structure therebetween; and an optical system positioned between the semiconductor laser and the grating, the optical system configured and arranged so that confocal points are formed on both a light emitting surface of the semiconductor laser and a reflection surface of the grating, characterized in that the optical system includes a cylindrical lens configured to condense a spot diameter of light emitted from the semiconductor laser in a first direction, and substantially maintain the spot diameter of the light emitted from the semiconductor laser in a second direction that is orthogonal to the first direction.
A method for updating geological models, comprising: a) performing a normal score transform on a current geological model realization using a computer processor, the current geological model realization belonging to a predefined number of geological model realizations for a geological model; b) performing a forward DCT on the transformed current geological model realization, the results representing current DCT coefficients; c) selecting a random sample from the predefined number of geological model realizations; d) performing a normal score transform on the random sample of geological model realizations selected; e) performing a forward DCT on the random sample of geological realizations processed by the normal score transform, the results representing a random sample of DCT coefficients; f) truncating the current DCT coefficients and the random sample of DCT coefficients; g) updating each current DCT coefficient that was truncated by perturbing the truncated current DCT coefficients with the truncated random sample of DCT coefficients; h) performing an inverse DCT on each updated DCT coefficient, the results representing an updated geological model; i) performing a normal score transform on the updated geological model, the results representing an updated geological model in zero-mean and unit-variance domain; and j) renormalizing the updated geological model. a) performing a normal score transform on a current geological model realization using a computer processor, the current geological model realization belonging to a predefined number of geological model realizations for a geological model; b) performing a forward DCT on the transformed current geological model realization, the results representing current DCT coefficients; c) selecting a random sample from the predefined number of geological model realizations; d) performing a normal score transform on the random sample of geological model realizations selected; e) performing a forward DCT on the random sample of geological realizations processed by the normal score transform, the results representing a random sample of DCT coefficients; f) truncating the current DCT coefficients and the random sample of DCT coefficients; g) updating each current DCT coefficient that was truncated by perturbing the truncated current DCT coefficients with the truncated random sample of DCT coefficients; h) performing an inverse DCT on each updated DCT coefficient, the results representing an updated geological model; i) performing a normal score transform on the updated geological model, the results representing an updated geological model in zero-mean and unit-variance domain; and j) renormalizing the updated geological model.
A cryptographic processing method comprising: generating (201, 502, 1303) a third encrypted polynomial that corresponds to a result of encrypting a third polynomial by a computer, by use of a result of multiplying a first encrypted polynomial obtained by encrypting a first polynomial that corresponds to a first vector by a second encrypted polynomial obtained by encrypting a second polynomial that corresponds to a second vector, the third polynomial including a first term that has a coefficient based on an inner product of the first vector and the second vector and a second term other than the first term, wherein a coefficient of the second term is masked; and outputting (202, 502, 1303) cryptographic information that represents the third encrypted polynomial. generating (201, 502, 1303) a third encrypted polynomial that corresponds to a result of encrypting a third polynomial by a computer, by use of a result of multiplying a first encrypted polynomial obtained by encrypting a first polynomial that corresponds to a first vector by a second encrypted polynomial obtained by encrypting a second polynomial that corresponds to a second vector, the third polynomial including a first term that has a coefficient based on an inner product of the first vector and the second vector and a second term other than the first term, wherein a coefficient of the second term is masked; and outputting (202, 502, 1303) cryptographic information that represents the third encrypted polynomial.
A pharmaceutical composition, comprising (3aR,5s,6aS)-N-(3-methoxy-1,2,4-thiadiazol-5-yl)-5-(methyl(7H-pyrrolo[2,3-d]pyrimidi ne-4-yl)amino)hexahydrocyclopenta[c]pyrrol-2 -carboxamide or a pharmaceutically acceptable salt thereof as an active ingredient, and hydroxypropyl methyl cellulose in an amount of 1-10% by weight, relative to the total weight of the pharmaceutical composition.
Marine turbine comprising: - a stator, - a rotor, the rotor being able to be driven in rotation about a rotation axis by a liquid current, - at least one first bearing (20A, 20B) supporting the rotor, the or each first bearing (20A, 20B) comprising a magnetic stator element (46A, 46B) fixed to the stator and a magnetic rotor element (48A, 48B) fixed to the rotor, - at least one second bearing (22A, 22B) supporting the rotor, the or each second bearing (22A, 22B) comprising at least one rolling element, wherein the stator comprises an active stator part and the rotor comprises an active rotor part which is arranged substantially facing the active stator part in a radial direction perpendicular to the rotation axis, the active rotor part being able to cooperate with the active stator part in order to generate a magnetic field when the rotor is rotating around the rotation axis, and characterised in that a second bearing (22A, 22B) and one of either the stator or the rotor each have a stop surface, the stop surfaces being arranged facing each other and able to come into contact with each other in the case of deterioration of at least one rolling element such that the air gap between the active stator part and the active rotor part is always greater than the minimum preset value. - a stator, - a rotor, the rotor being able to be driven in rotation about a rotation axis by a liquid current, - at least one first bearing (20A, 20B) supporting the rotor, the or each first bearing (20A, 20B) comprising a magnetic stator element (46A, 46B) fixed to the stator and a magnetic rotor element (48A, 48B) fixed to the rotor, - at least one second bearing (22A, 22B) supporting the rotor, the or each second bearing (22A, 22B) comprising at least one rolling element,
A dental handpiece comprising: (a) a first module detachably engageable with a dental prophylaxis angle and (b) a second module, wherein the first module is an outer module configured to extend around the second module when the first module and the second module are engaged; characterized in that the second module comprising a housing for a printed circuit board and a printed circuit board mounted within the housing and comprising a substrate for mounting of a plurality of electronic components, the electronic components comprising: (i) a programmable controller comprising a memory for storing software and data; (ii) a radio frequency transceiver for wireless communications with at least one remote device; (iii) an accelerometer to generate a wake-up signal to the programmable controller; and (iv) an antenna communicatively coupled with the RF transceiver; the electronic components in electronic communication through printed circuit traces on the substrate and configured to communicate with at least one remote wireless controller. (a) a first module detachably engageable with a dental prophylaxis angle and (b) a second module, (i) a programmable controller comprising a memory for storing software and data; (ii) a radio frequency transceiver for wireless communications with at least one remote device; (iii) an accelerometer to generate a wake-up signal to the programmable controller; and (iv) an antenna communicatively coupled with the RF transceiver;
Bioreactor system for cultivating corneal implants, comprising: a) a culture chamber having a cover element, at least one side wall, at least one drop applicator or atomiser applicator arranged on the side wall or cover element, at least one outlet opening, and a base part, which base part has a surface, curved at least in regions towards the cover element, and at least a first and a second flow-through opening (46, 47), b) at least one liquid pump, c) a first and a second liquid circulation system (60, 90), each connected to the at least one liquid pump, the first liquid circulation system connecting the at least one drop applicator or atomiser applicator to the at least one outlet opening, and the second liquid circulation system connecting the first and the second flow-through opening (46, 47), and d) at least one fixing device, arranged movable in the culture chamber relative to the side wall, for fixing the entire peripheral region of a corneal implant, arranged parallel to the base part, on the at least one side wall or an edge region of the base part, fluid-tight separation of the first liquid circulation system from the second liquid circulation system being achieved by fixing the peripheral region of the corneal implant. a) a culture chamber having a cover element, at least one side wall, at least one drop applicator or atomiser applicator arranged on the side wall or cover element, at least one outlet opening, and a base part, which base part has a surface, curved at least in regions towards the cover element, and at least a first and a second flow-through opening (46, 47), b) at least one liquid pump, c) a first and a second liquid circulation system (60, 90), each connected to the at least one liquid pump, the first liquid circulation system connecting the at least one drop applicator or atomiser applicator to the at least one outlet opening, and the second liquid circulation system connecting the first and the second flow-through opening (46, 47), and d) at least one fixing device, arranged movable in the culture chamber relative to the side wall, for fixing the entire peripheral region of a corneal implant, arranged parallel to the base part, on the at least one side wall or an edge region of the base part, fluid-tight separation of the first liquid circulation system from the second liquid circulation system being achieved by fixing the peripheral region of the corneal implant.
Method for clock synchronization of a plurality of distributed modules (12, 22, 32) of an information technology or communication technology system, which are coupled via a packet switched network, in which a) at least two of these modules are controlled by a local clock generator of this module with an adjustable frequency and send a clock signal via the network in the form of clock signal packets synchronously with their local clock, wherein the clock signal comprises at least one pulse code modulation signal, which is sent in the form of packets synchronously with the clock of the pulse code modulation signal via the network; b) one of these at least two modules takes over the function of a master module, to the clock of which all the other of these at least two modules, the slave modules, synchronize their local clock, by determining a measure for the deviation of their local clock generator relative to the clock generator of the master module by means of a comparison of the clock signal sent by the master module with their own clock signal and using it for the regulation of their local clock generator; characterized in that each individual of these at least two modules sends its clock signal packets in a time window which is different from the time window of all the other of these at least two modules. a) at least two of these modules are controlled by a local clock generator of this module with an adjustable frequency and send a clock signal via the network in the form of clock signal packets synchronously with their local clock, wherein the clock signal comprises at least one pulse code modulation signal, which is sent in the form of packets synchronously with the clock of the pulse code modulation signal via the network; b) one of these at least two modules takes over the function of a master module, to the clock of which all the other of these at least two modules, the slave modules, synchronize their local clock, by determining a measure for the deviation of their local clock generator relative to the clock generator of the master module by means of a comparison of the clock signal sent by the master module with their own clock signal and using it for the regulation of their local clock generator; characterized in that each individual of these at least two modules sends its clock signal packets in a time window which is different from the time window of all the other of these at least two modules.
A method of controlling data flow by a centralized unit-control plane, CU-CP, of a gNodeB, the method comprising: determining a mapping of a quality of service, QoS, flow to a data radio bearer, DRB; transmitting, to a centralized unit-user plane, CU-UP, connected to the CU-CP through an E1 interface, a bearer context configuration message including information of the determined mapping of the QoS flow to the DRB; wherein the information of the determined mapping of the QoS flow and the DRB includes service adaptation protocol, SDAP, configuration information of the DRB and a packet convergence protocol, PDCP, configuration information of the DRB; and, receiving, from the CU-UP through the E1 interface, a response to the bearer context configuration message, determining a mapping of a quality of service, QoS, flow to a data radio bearer, DRB; transmitting, to a centralized unit-user plane, CU-UP, connected to the CU-CP through an E1 interface, a bearer context configuration message including information of the determined mapping of the QoS flow to the DRB; wherein the information of the determined mapping of the QoS flow and the DRB includes service adaptation protocol, SDAP, configuration information of the DRB and a packet convergence protocol, PDCP, configuration information of the DRB; and, receiving, from the CU-UP through the E1 interface, a response to the bearer context configuration message,
A polylactic acid resin composition obtainable by blending a polylactic acid resin with a triaryl phosphate in an amount of exceeding 10 parts by mass and 50 parts by mass or less, a melamine compound in an amount of from 10 to 100 parts by mass, and a carbodiimide compound, based on 100 parts by mass of the polylactic acid resin, or obtainable by blending a crosslinked polylactic acid resin with a triarylphosphate in an amount exceeding 10 parts by mass and 50 parts by mass or less, and a melamine compound in an amount of from 10 to 100 parts by mass, based on 100 parts by mass of the crosslinked polylactic acid resin, and melt-kneading the mixture, wherein the triaryl phosphate comprises one or more alkylaryl groups having an alkyl group of 1 or 2 carbon atoms, and wherein the triaryl phosphate and the melamine compound are in a mass ratio, i.e. triaryl phosphate/melamine compound, of from 0.2 to 3.
A communication network system, comprising: a plurality of network devices (102, 104, 106), each of the plurality of network devices incorporating at least a first multi-port switch (108a, 108c, 108e) and a second multi-port switch (108b, 108d, 108f), the first and second multi-port switches including connections to the network device incorporating the first and second multi-port switches and connections to respective multi-port switches incorporated by another respective one of the plurality of network devices, wherein the first multi-port switch is connected with a respective multi-port switch of the other respective one of the plurality of network devices, and the second multi-port switch is connected with another respective multi-port switch of the other respective one of the plurality of network devices. a plurality of network devices (102, 104, 106), each of the plurality of network devices incorporating at least a first multi-port switch (108a, 108c, 108e) and a second multi-port switch (108b, 108d, 108f), the first and second multi-port switches including connections to the network device incorporating the first and second multi-port switches and connections to respective multi-port switches incorporated by another respective one of the plurality of network devices, wherein the first multi-port switch is connected with a respective multi-port switch of the other respective one of the plurality of network devices, and the second multi-port switch is connected with another respective multi-port switch of the other respective one of the plurality of network devices.
A screw fitting for the reciprocal connection of a threaded end member and a pipe with smooth surface for transporting a gas or a liquid, comprising: - a substantially tubular ring nut defining an axis having an outer surface susceptible to be grasped by an user to promote the screwing upon the threaded end member; - a gripping ring; - an elastomeric seal having an inner surface ( 61") susceptible to come into contact with the outer surface of the pipe and an outer surface susceptible to come into contact with the threaded end member to provide local hydraulic seal, said elastomeric seal and said gripping ring being integrally coupled so as to define a unitary gripping gasket; wherein said ring nut has a first rear portion having an inner surface ( 22") substantially outwardly diverging with respect to said axis susceptible to interact with the outer surface of said gripping ring; wherein upon the screwing of said ring nut on the threaded end member the axial translation of said inner surface ( 22") of said first rear portion of the same ring nut promotes the radial compression of said gripping ring; wherein said gripping ring has a plurality of teeth extending in a plane substantially transverse to said axis to penetrate within the outer surface of the pipe, said gripping ring being a split ring having a longitudinal cut so as to be elastically deformable, so that consequently to said radial compression said teeth penetrate at least partially in the outer surface of the pipe to provide the local mechanical grip; characterized in that the outer surface of said gripping ring is configured so that during the screwing of said ring nut on the threaded end member the former and said inner surface ( 22") of said first rear portion of said ring nut come reciprocally into contact in a single point of tangency ( 40'"), so as to avoid unwanted twisting of the pipe. - a substantially tubular ring nut defining an axis having an outer surface susceptible to be grasped by an user to promote the screwing upon the threaded end member; - a gripping ring; - an elastomeric seal having an inner surface ( 61") susceptible to come into contact with the outer surface of the pipe and an outer surface susceptible to come into contact with the threaded end member to provide local hydraulic seal, said elastomeric seal and said gripping ring being integrally coupled so as to define a unitary gripping gasket;