mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a set of information bits corresponding to a vector S = [0, S 0, S 1, S 2, S 3, S 4], wherein S 0...S 4 are antipodal weights; generating a codeword vector w = S·A having a plurality of codeword vector elements [w 0, w 1, w 2, w 3, w 4, w 5] with an encoder by encoding vector S according to coding matrix A, wherein A = 1 1 1 1 1 1 1 − 1 0 0 0 0 1 1 − 2 0 0 0 0 0 0 1 − 1 0 0 0 0 1 1 − 2 1 1 1 − 1 − 1 − 1; and, transmitting the codeword vector using a plurality of line drivers, wherein each codeword vector element is transmitted on a different wire of a multi-wire communication bus by a respective one of the plurality of line drivers. receiving a set of information bits corresponding to a vector S = [0, S 0, S 1, S 2, S 3, S 4], wherein S 0...S 4 are antipodal weights; generating a codeword vector w = S·A having a plurality of codeword vector elements [w 0, w 1, w 2, w 3, w 4, w 5] with an encoder by encoding vector S according to coding matrix A, wherein A = 1 1 1 1 1 1 1 − 1 0 0 0 0 1 1 − 2 0 0 0 0 0 0 1 − 1 0 0 0 0 1 1 − 2 1 1 1 − 1 − 1 − 1; and, transmitting the codeword vector using a plurality of line drivers, wherein each codeword vector element is transmitted on a different wire of a multi-wire communication bus by a respective one of the plurality of line drivers.
A communication network device, wherein the communication network device is configured to determine a communication network cell group in a communication network for executing paging to a user communication device in a dormant state, wherein the communication network cell group is determined by use of a neighbour cell measurement provided by the user communication device in an active state.
Pump for pumping corrosive fluids, which comprises: - two or more heads, each of which provided with: - a pumping chamber, - a suction channel and a dispensing channel, connected to said pumping chamber in order to suction and dispense a corrosive fluid respectively in said pumping chamber and from said pumping chamber; - a casing made of metallic material, carrying said heads mounted thereon; said pump being characterised in that the casing is provided with: - a feed circuit, placed in fluid communication with the suction channels of said heads in order to feed said heads with said fluid to be pumped; and - a delivery circuit, placed in fluid communication with the dispensing channels of said heads in order to distribute said corrosive fluid dispensed by said heads; said feed circuit and said delivery circuit being provided with a first conveyance surface for said corrosive fluid; said pump being further characterized in that it comprises a first shaped protection body made of polymeric material, which is molded in a single body directly on top of said first conveyance surface. - two or more heads, each of which provided with: - a pumping chamber, - a suction channel and a dispensing channel, connected to said pumping chamber in order to suction and dispense a corrosive fluid respectively in said pumping chamber and from said pumping chamber; - a pumping chamber, - a suction channel and a dispensing channel, connected to said pumping chamber in order to suction and dispense a corrosive fluid respectively in said pumping chamber and from said pumping chamber; - a casing made of metallic material, carrying said heads mounted thereon; said pump being characterised in that the casing is provided with: - a feed circuit, placed in fluid communication with the suction channels of said heads in order to feed said heads with said fluid to be pumped; and - a delivery circuit, placed in fluid communication with the dispensing channels of said heads in order to distribute said corrosive fluid dispensed by said heads; - a feed circuit, placed in fluid communication with the suction channels of said heads in order to feed said heads with said fluid to be pumped; and - a delivery circuit, placed in fluid communication with the dispensing channels of said heads in order to distribute said corrosive fluid dispensed by said heads; said feed circuit and said delivery circuit being provided with a first conveyance surface for said corrosive fluid; said pump being further characterized in that it comprises a first shaped protection body made of polymeric material, which is molded in a single body directly on top of said first conveyance surface.
A lighting device having a base element and a light-guiding element connected to the base element, wherein the lighting device has at least one LED, wherein at least one region of the wall of the light-guiding element with an inner surface facing the LED is configured so as to be transparent, wherein at least one chamber (17', 17", 17"') is configured in the lighting device, wherein the at least one chamber (17', 17", 17"') is at least sectionally limited by a base element wall, wherein the at least one chamber (17', 17", 17'") contains an inert gas, wherein the chamber (17', 17", 17'") has two open ends and wherein each end of the chamber (17', 17", 17'") is sealed by a sealing cap at least in part, characterised in that the sealing cap comprises a valve for feeding inert gas to the chamber (17', 17", 17'") that the sealing cap seals at one end, and/or for adjusting the pressure of the inert gas in the chamber (17', 17", 17'").
Light module for a motor vehicle headlight, comprising: • at least one laser light source for emitting a primary light beam; • a wavelength converter for converting the primary light beam into a secondary light distribution; • an emission optics device for converting the secondary light distribution into an emission light distribution of the light module; • a carrier component being provided for holding the wavelength converter, characterized in that the laser light source is designed such that the primary light beam is emitted in a primary solid angle range about a primary emission direction, and in that the wavelength converter is designed such that the primary light beam strikes the wavelength converter in the primary solid angle range about the primary emission direction, and in that the carrier component has a safety guard which, starting from the wavelength converter, covers the primary solid angle range about the primary emission direction and is arranged on the carrier component such that it prevents potentially dangerous laser light of the primary light beam from exiting the light module. • at least one laser light source for emitting a primary light beam; • a wavelength converter for converting the primary light beam into a secondary light distribution; • an emission optics device for converting the secondary light distribution into an emission light distribution of the light module; • a carrier component being provided for holding the wavelength converter,
A method of handling a tubular comprising: providing a slip monitor and control system, the system comprising; a body; a plurality of slips; a transmitter for each slip; at least one receiver coupled to the body; at least one of a position sensor, a motion sensor, and an acceleration sensor for each slip, and further comprising for at least one slip a relative position sensor configured to measure a vertical distance between the transmitter for that slip and the at least one receiver; an actuator for each slip configured to move the respective slip vertically relative to the body; and a control module, wherein the at least one receiver is configured to provide input to the control module, and the control module is configured to send control signals to the actuators, wherein the method further comprises: actuating the plurality of slips to move vertically relative to a body; engaging the tubular with at least one of the slips; measuring positional data of the plurality of slips; and identifying an offset pipe condition comprising the tubular in at least one of an off-center position or a tilted position relative to the body. a body; a plurality of slips; a transmitter for each slip; at least one receiver coupled to the body; at least one of a position sensor, a motion sensor, and an acceleration sensor for each slip, and further comprising for at least one slip a relative position sensor configured to measure a vertical distance between the transmitter for that slip and the at least one receiver; an actuator for each slip configured to move the respective slip vertically relative to the body; and a control module, wherein the at least one receiver is configured to provide input to the control module, and the control module is configured to send control signals to the actuators, wherein the method further comprises: actuating the plurality of slips to move vertically relative to a body; engaging the tubular with at least one of the slips; measuring positional data of the plurality of slips; and identifying an offset pipe condition comprising the tubular in at least one of an off-center position or a tilted position relative to the body. actuating the plurality of slips to move vertically relative to a body; engaging the tubular with at least one of the slips; measuring positional data of the plurality of slips; and identifying an offset pipe condition comprising the tubular in at least one of an off-center position or a tilted position relative to the body.
A method for providing a temperature value of a patient and for storing patient profile data associated with a patient profile, the method comprising: providing a thermometer comprising: at least a sensor for obtaining a temperature reading from a patient and generating a corresponding sensor signal; a computation circuit coupled to the sensor and configured to receive the sensor signal and compute a corresponding temperature value; and a wireless communication circuit coupled to the computation circuit; providing an external device with an application program configured to store patient profile data associated with a patient profile; establishing a wireless communications link between the wireless communication circuit and the computation circuit of the thermometer and the external device, utilizing the wireless communications link to obtain at least the temperature reading from the thermometer; associating the temperature reading with a patient profile, wherein the patient profile is stored on the external device; and utilizing the temperature reading to present a corresponding temperature value and associated patient profile information on a display, wherein the display is on the external device separate from the thermometer. providing a thermometer comprising: at least a sensor for obtaining a temperature reading from a patient and generating a corresponding sensor signal; a computation circuit coupled to the sensor and configured to receive the sensor signal and compute a corresponding temperature value; and a wireless communication circuit coupled to the computation circuit; at least a sensor for obtaining a temperature reading from a patient and generating a corresponding sensor signal; a computation circuit coupled to the sensor and configured to receive the sensor signal and compute a corresponding temperature value; and a wireless communication circuit coupled to the computation circuit; providing an external device with an application program configured to store patient profile data associated with a patient profile; establishing a wireless communications link between the wireless communication circuit and the computation circuit of the thermometer and the external device, utilizing the wireless communications link to obtain at least the temperature reading from the thermometer; associating the temperature reading with a patient profile, wherein the patient profile is stored on the external device; and utilizing the temperature reading to present a corresponding temperature value and associated patient profile information on a display, wherein the display is on the external device separate from the thermometer.
A process for preparing a compound of formula wherein Ar is phenyl optionally substituted with one to five R substituent/s each R independently selected from halogen, (C1-C4)-alkyl optionally substituted by halogen, (Cl-C4)-alkoxy optionally substituted by halogen; and P is a primary amine protecting group; which comprises a. reacting a compound of formula wherein each R 1 and R 2 is independently hydrogen and (C1-C4)-alkyl or taken together a (C3-C7)-cycloalkyl group; with a compound of formula Ar-CHO wherein Ar is defined above; in the presence of a catalyst to give a compound of formula wherein Ar, R 1 and R2 are defined above and wherein said catalyst is an organometallic complex of Cu or Cu with a chiral ligand. b) converting a compound of formula IV into a compound of formula I. a. reacting a compound of formula wherein each R 1 and R 2 is independently hydrogen and (C1-C4)-alkyl or taken together a (C3-C7)-cycloalkyl group; with a compound of formula Ar-CHO wherein Ar is defined above; in the presence of a catalyst to give a compound of formula wherein Ar, R 1 and R2 are defined above and wherein said catalyst is an organometallic complex of Cu or Cu with a chiral ligand. b) converting a compound of formula IV into a compound of formula I.
A method, comprising: applying, by a device for cleaning an end face of an optical fiber, a vacuum to a solvent tank, wherein the device includes: a vacuum generator to apply the vacuum, and the solvent tank, and characterised by applying the vacuum to the solvent tank generates a suction to pull solvent from a solvent reservoir; and receiving, by the device, from the solvent reservoir, and in response to applying the vacuum, solvent with the solvent tank. applying, by a device for cleaning an end face of an optical fiber, a vacuum to a solvent tank, wherein the device includes: a vacuum generator to apply the vacuum, and the solvent tank, and characterised by applying the vacuum to the solvent tank generates a suction to pull solvent from a solvent reservoir; and wherein the device includes: a vacuum generator to apply the vacuum, and the solvent tank, and characterised by a vacuum generator to apply the vacuum, and the solvent tank, and characterised by applying the vacuum to the solvent tank generates a suction to pull solvent from a solvent reservoir; and receiving, by the device, from the solvent reservoir, and in response to applying the vacuum, solvent with the solvent tank.
Solenoid valve, in particular for motor vehicle brake systems with traction control, having a valve closing member, which is arranged in a valve housing and which is capable of opening or closing a valve passage, having a magnet armature for actuating the valve closing member, which is designed for relative movement in the range of a defined working stroke, and having a return spring, which acts on the magnet armature and the spring end of which remote from the magnet armature is supported on a magnetic core in the valve housing, the valve housing, for fixing in a valve seating bore, comprising a thick-walled tubular body, which is connected to a thin-walled sleeve which comprises the valve passage and which comprises a radially circumferential flange, characterized in that the flange is in contact with an internal step in the tubular body, a slight radial play being provided between the flange and the internal step for centering the sleeve in the tubular body, and in that the tubular body comprises a recess at a radial interval from the internal step, the radial interval being selected in such a way that a plastically deformable stay collar remains between the internal step and the recess on the tubular body for connecting the tubular body to the sleeve.
A machine to weld section bars made of a plastic material, in particular PVC, the machine comprising a first holding device to hold a first section bar delimited by a first end face; a second holding device to hold a second section bar delimited by a second end face; one applying assembly to apply a weld material on said first and/or second end faces; said holding devices (17, 18) being movable relative to one another in order to move the section bars from and to a welding position, in which the end faces are in contact with one another with the interposition of the weld material; the applying assembly comprising a first heating device to heat said first and/or second end faces, a dispensing nozzle to apply the weld material on said first and/or second end faces, and a second heating device to heat the weld material fed to the dispensing nozzle; the first heating device comprising at least one blower nozzle to feed hot air onto said first and/or second end faces; and being characterized in that the first heating device comprises a plurality of blower nozzles distributed around the dispensing nozzle to feed hot air onto said first and/or second end faces.
A bearing device comprising: a bearing; a lubricant supply device for supplying a lubricant to the bearing; and a pipe which connects the bearing and the lubricant supply device, wherein the lubricant supply device stores therein the lubricant, causes the lubricant to flow through the pipe in a semi-solid state, and supplies the lubricant to the bearing while making the lubricant to change into the liquid state, wherein the lubricant contains a lubricating oil and a wax in a ratio of 90 to 60 mass% of the lubricating oil and 10 to 40 mass% of the wax with respect to a total mass of both, and which changes into a liquid state at a predetermined temperature in a range of 10°C to 70°C, wherein the liquefaction temperature is determined according to Chapter 12, Misc Provision 69-2 of the Rules for Regulations of Harzadous Substances in Japan, and wherein the lubricating oil is selected from the group consisting of a paraffin-based mineral oil; a naphthene-based mineral oil; a synthetic oil being selected from the group of an ester oil, a hydrocarbon oil, and an ether oil; and mixtures thereof; and wherein the wax is selected from the group consisting of a natural wax selected from the group of an animal/vegetable wax, a mineral wax and a petroleum wax; and a synthetic wax being selected from a Fischer-Tropsch wax, a polyethylene wax, oil and fat type synthetic waxes being an ester, ketone and amide, and a hydrogenated wax, wherein the wax is an organic substance having an alkyl group which is in a solid state or a semi-solid state at normal temperature. a bearing; a lubricant supply device for supplying a lubricant to the bearing; and a pipe which connects the bearing and the lubricant supply device, wherein the lubricant supply device stores therein the lubricant, causes the lubricant to flow through the pipe in a semi-solid state, and supplies the lubricant to the bearing while making the lubricant to change into the liquid state, wherein the lubricant contains a lubricating oil and a wax in a ratio of 90 to 60 mass% of the lubricating oil and 10 to 40 mass% of the wax with respect to a total mass of both, and which changes into a liquid state at a predetermined temperature in a range of 10°C to 70°C, wherein the liquefaction temperature is determined according to Chapter 12, Misc Provision 69-2 of the Rules for Regulations of Harzadous Substances in Japan, and wherein the lubricating oil is selected from the group consisting of a paraffin-based mineral oil; a naphthene-based mineral oil; a synthetic oil being selected from the group of an ester oil, a hydrocarbon oil, and an ether oil; and mixtures thereof; and wherein the wax is selected from the group consisting of a natural wax selected from the group of an animal/vegetable wax, a mineral wax and a petroleum wax; and a synthetic wax being selected from a Fischer-Tropsch wax, a polyethylene wax, oil and fat type synthetic waxes being an ester, ketone and amide, and a hydrogenated wax, wherein the wax is an organic substance having an alkyl group which is in a solid state or a semi-solid state at normal temperature.
A pharmaceutical composition comprising nanoparticles which comprise at least one cationic lipid, at least one neutral helper lipid and RNA encoding at least one antigen, wherein, at physiological pH, the charge ratio of positive charges to negative charges in the nanoparticles is between 1:2 and 1:1.2, wherein the positive charges are contributed by the at least one cationic lipid and the negative charges are contributed by the RNA, and wherein the molar ratio of the at least one cationic lipid to the at least one neutral helper lipid is from 9:1 to 3:7.
A remote control method for an automatic driving vehicle, applied to a server and comprising: receiving a remote control request transmitted by an automatic driving vehicle; acquiring current geographic location information of the automatic driving vehicle according to information carried by the remote control request; acquiring a target wireless channel with a shortest communication delay from a plurality of candidate wireless channels of a plurality of candidate wireless networks according to the current geographic location information, and acquiring a target wireless network corresponding to the target wireless channel; determining a control instruction according to the remote control request; and transmitting the control instruction to the automatic driving vehicle by using the target wireless channel of the target wireless network. receiving a remote control request transmitted by an automatic driving vehicle; acquiring current geographic location information of the automatic driving vehicle according to information carried by the remote control request; acquiring a target wireless channel with a shortest communication delay from a plurality of candidate wireless channels of a plurality of candidate wireless networks according to the current geographic location information, and acquiring a target wireless network corresponding to the target wireless channel; determining a control instruction according to the remote control request; and transmitting the control instruction to the automatic driving vehicle by using the target wireless channel of the target wireless network.
A computer-implemented method for optimizing a plurality of reference trajectories for a plurality of different types of automated vehicle operating in a confined area, the plurality of reference trajectories comprising a sequence of reference data points, the method comprising for each reference trajectory: determining a projection of the sequence of reference data points for fitting the sequence of reference data points onto a candidate reference trajectory, wherein the projection smooths the fit of the sequence of reference data to a set of data points forming the candidate reference trajectory subject to one or more constraints; quantifying a performance of at least one vehicle task to be performed by the vehicle along the reference trajectory in a simulation of the candidate trajectory; and optimizing the quantified performance for each candidate reference trajectory to obtain an optimal reference trajectory for each vehicle in the confined area, wherein the plurality of optimal reference candidate trajectories collectively form a cyclical trajectory within the confined area. determining a projection of the sequence of reference data points for fitting the sequence of reference data points onto a candidate reference trajectory, wherein the projection smooths the fit of the sequence of reference data to a set of data points forming the candidate reference trajectory subject to one or more constraints; quantifying a performance of at least one vehicle task to be performed by the vehicle along the reference trajectory in a simulation of the candidate trajectory; and optimizing the quantified performance for each candidate reference trajectory to obtain an optimal reference trajectory for each vehicle in the confined area, wherein the plurality of optimal reference candidate trajectories collectively form a cyclical trajectory within the confined area.