mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of controlling an autonomous vehicle, the method comprising: receiving , from a dispatching server, instructions to pick up an assigned passenger associated with a first client computing device, the instructions identifying a first destination location; receiving over time, location information generated by the first client computing device; after a given passenger enters the vehicle, maneuvering the vehicle towards the first destination location in an autonomous driving mode; receiving a plurality of vehicle motion values generated by a plurality of measurement devices arranged around the vehicle, the vehicle motion values including location of the vehicle; while maneuvering the vehicle towards the first destination location, determining a confidence level based on comparing changes in the vehicle motion over time to changes in first client computing device motion estimated from the received location information; determining that the given passenger is the assigned passenger when the confidence level meets a threshold; and when the given passenger is determined not to be the assigned passenger: sending a notification to the dispatching server indicating that the given passenger is determined not to be the assigned passenger; receiving a second destination location; and maneuvering the vehicle in the autonomous driving mode towards the second destination location instead of the first destination location. receiving , from a dispatching server, instructions to pick up an assigned passenger associated with a first client computing device, the instructions identifying a first destination location; receiving over time, location information generated by the first client computing device; after a given passenger enters the vehicle, maneuvering the vehicle towards the first destination location in an autonomous driving mode; receiving a plurality of vehicle motion values generated by a plurality of measurement devices arranged around the vehicle, the vehicle motion values including location of the vehicle; while maneuvering the vehicle towards the first destination location, determining a confidence level based on comparing changes in the vehicle motion over time to changes in first client computing device motion estimated from the received location information; determining that the given passenger is the assigned passenger when the confidence level meets a threshold; and when the given passenger is determined not to be the assigned passenger: sending a notification to the dispatching server indicating that the given passenger is determined not to be the assigned passenger; receiving a second destination location; and maneuvering the vehicle in the autonomous driving mode towards the second destination location instead of the first destination location. sending a notification to the dispatching server indicating that the given passenger is determined not to be the assigned passenger; receiving a second destination location; and maneuvering the vehicle in the autonomous driving mode towards the second destination location instead of the first destination location.
A multi-mode low-voltage electron microscope operative in the accelerating voltage range of 3-50 kV and comprising in the following order based on the direction of a primary electron beam : an electron beam source to generate the primary electron beam , a first magnetostatic condenser lens means , a second magnetostatic condenser lens means , a condenser aperture , a sample holder , a magnetostatic objective lens means , an objective aperture , a first electrostatic projective lens means , and an end detection system comprising a detection screen and at least one detector selected from a STEM detector configured to detect a signal of transmitted electrons, a TEM detector configured to detect a signal of transmitted electrons and/or an ED detector configured to detect a signal of diffracted electrons, wherein the second magnetostatic condenser lens means and the magnetostatic objective lens means together comprise a first objective polepiece and a second objective polepiece with the sample holder arranged therebetween, characterised in that an EDS detector configured to detect a signal of energy-dispersed X-ray radiation is arranged between the first objective polepiece and the second objective polepiece , essentially co-planarly and laterally with respect to the sample holder , wherein the EDS detector comprises a collimator attached to the second objective polepiece . an electron beam source to generate the primary electron beam , a first magnetostatic condenser lens means , a second magnetostatic condenser lens means , a condenser aperture , a sample holder , a magnetostatic objective lens means , an objective aperture , a first electrostatic projective lens means , and an end detection system comprising a detection screen and at least one detector selected from a STEM detector configured to detect a signal of transmitted electrons, a TEM detector configured to detect a signal of transmitted electrons and/or an ED detector configured to detect a signal of diffracted electrons, wherein the second magnetostatic condenser lens means and the magnetostatic objective lens means together comprise a first objective polepiece and a second objective polepiece with the sample holder arranged therebetween, characterised in that an EDS detector configured to detect a signal of energy-dispersed X-ray radiation is arranged between the first objective polepiece and the second objective polepiece , essentially co-planarly and laterally with respect to the sample holder , wherein the EDS detector comprises a collimator attached to the second objective polepiece .
A wireless power transmitting apparatus, comprising: a detecting unit which is configured to detect at least one of current and voltage of the wireless power transmitting coil ; and a charge monitoring unit which is configured to determine that wireless charging has been completed when time during which at least one of the detected current and voltage is kept below a charging threshold value exceeds a first threshold time, wherein the charge monitoring unit is configured to receive a received power from a wireless power receiving apparatus, characterised in that when a time during which at least one of the detected current and voltage is kept below the charging threshold value exceeds the first threshold time, the charge monitoring unit is configured to compare a received power value received from the wireless power receiving apparatus with a reception threshold value, and when a time during which the received power value is kept below a reception threshold value exceeds a second threshold time, it is determined that the wireless charging has been completed. a detecting unit which is configured to detect at least one of current and voltage of the wireless power transmitting coil ; and a charge monitoring unit which is configured to determine that wireless charging has been completed when time during which at least one of the detected current and voltage is kept below a charging threshold value exceeds a first threshold time, wherein the charge monitoring unit is configured to receive a received power from a wireless power receiving apparatus, characterised in that when a time during which at least one of the detected current and voltage is kept below the charging threshold value exceeds the first threshold time, the charge monitoring unit is configured to compare a received power value received from the wireless power receiving apparatus with a reception threshold value, and when a time during which the received power value is kept below a reception threshold value exceeds a second threshold time, it is determined that the wireless charging has been completed.
A distance detector comprising: a distance-measuring sensor ; a first detection surface perpendicular to an optical axis of the distance-measuring sensor ; the distance detector characterised by a second detection surface behind or in front of the first detection surface with respect to the distance-measuring sensor , the second detection surface having two faces inclined with respect to the optical axis of the distance-measuring sensor , the first detection surface or the second detection surface being retractable from the distance-measuring sensor ; and a controller to determine whether the first detection surface or the second detection surface is detected by the distance-measuring sensor, and cause the distance detector to detect a distance from the distance-measuring sensor to the first detection surface based on detection of the first detection surface by the distance-measuring sensor. a distance-measuring sensor ; a first detection surface perpendicular to an optical axis of the distance-measuring sensor ; the distance detector characterised by a second detection surface behind or in front of the first detection surface with respect to the distance-measuring sensor , the second detection surface having two faces inclined with respect to the optical axis of the distance-measuring sensor , the first detection surface or the second detection surface being retractable from the distance-measuring sensor ; and a controller to determine whether the first detection surface or the second detection surface is detected by the distance-measuring sensor, and cause the distance detector to detect a distance from the distance-measuring sensor to the first detection surface based on detection of the first detection surface by the distance-measuring sensor. determine whether the first detection surface or the second detection surface is detected by the distance-measuring sensor, and cause the distance detector to detect a distance from the distance-measuring sensor to the first detection surface based on detection of the first detection surface by the distance-measuring sensor.
A pharmaceutical composition comprising an anhydrous non-solvated crystalline form of -7-amino-12-fluoro-2,10,16-trimethyl-15-oxo-10,15,16,17-tetrahydro-2H-8,4-(metheno)pyrazolo[4,3- h ] benzoxadiazacyclotetradecine-3-carbonitrile (lorlatinib) free base (Form 7), having a 19 F solid state NMR spectrum comprising resonance (ppm) values of: - 108.2 and -115.2 ppm ± 0.2 ppm, relative to an external standard of 50/50 volume/volume of trifluoroacetic acid and water, setting its resonances to -76.54 ppm, and a pharmaceutically acceptable carrier or excipient.
A sputtering target comprising: with respect to all of the metal elements in the sputtering target, 15.0 to 50.0 atomic% of Ga; 0.1 to 10.0 total atomic% of one or more metal elements selected from Zn, Sn, Ag, and Mg; optionally 0.01 to 10.0 total atomic% of one or more elements selected from Li, K, and Na; optionally 0.01 to 10 total atomic% of one or both of Sb and Bi; and the Cu balance and inevitable impurities, wherein a theoretical density ratio is 95% or more, and an oxygen content is 800 weight ppm or less, and the sputtering target is a sintered material.
Drive assembly comprising an energy storage device, wherein the drive assembly has a first DC link, i.e. a DC-voltage DC link, and an inverter , which is fed from the first DC link and by which a first motor can be fed, wherein the DC link is fed from a DC-to-DC converter of the drive assembly, said converter being powered by a mains-powered rectifier of the drive assembly, wherein the power inflow from the mains-powered rectifier through the DC-to-DC converter can be controlled, in particular limited, by means of the DC-to-DC converter , wherein the DC-to-DC converter has: - a half-bridge of controllable semiconductor switches on the input side, and - a further half-bridge of controllable semiconductor switches on the output side, wherein the centre taps of the two half-bridges are connected by means of an inductor (L), the current of which is detected by means of a current sensor wired in series with the inductor, wherein an energy storage assembly of the drive assembly is connected to the first DC link, wherein the energy storage assembly has an storage device S and is wired in parallel with a DC link capacitor (CZ1) of the first DC link, wherein a second DC link of the drive assembly is fed from the first DC link via a diode, a further inverter being powered from said second DC link and a second motor being able to be fed by said further inverter. - a half-bridge of controllable semiconductor switches on the input side, and - a further half-bridge of controllable semiconductor switches on the output side,
A laminated glazing comprising an outer sheet of clear glass and an inner sheet of clear glass , which are bonded to one another by means of an interlayer , comprising the succession of the following elements, from the inside to the outside of said glazing: - said inner sheet of clear glass , - a stack of layers reflecting infrared radiation between 780 nm and 2500 nm, - said interlayer comprising: a) a first thin sheet comprising or consisting of a layer of a polymer compound or of a varnish, said polymer compound or said varnish comprising a dye, said dye absorbing substantially all of the light within the visible region between 380 and 780 nm and being substantially transparent to infrared radiation, notably of wavelength between 800 and 2000 nm, b) a second thin sheet of a plastic that is not bulk-tinted, preferably thermoplastic, notably a clear PVB, - said outer sheet of clear glass . - said inner sheet of clear glass , - a stack of layers reflecting infrared radiation between 780 nm and 2500 nm, - said interlayer comprising: a) a first thin sheet comprising or consisting of a layer of a polymer compound or of a varnish, said polymer compound or said varnish comprising a dye, said dye absorbing substantially all of the light within the visible region between 380 and 780 nm and being substantially transparent to infrared radiation, notably of wavelength between 800 and 2000 nm, b) a second thin sheet of a plastic that is not bulk-tinted, preferably thermoplastic, notably a clear PVB, a) a first thin sheet comprising or consisting of a layer of a polymer compound or of a varnish, said polymer compound or said varnish comprising a dye, said dye absorbing substantially all of the light within the visible region between 380 and 780 nm and being substantially transparent to infrared radiation, notably of wavelength between 800 and 2000 nm, b) a second thin sheet of a plastic that is not bulk-tinted, preferably thermoplastic, notably a clear PVB, - said outer sheet of clear glass .
An endoscope comprising: a rigid insertion part that is inserted into a body; a grip part that is provided in a proximal end side of the insertion part and is configured to be held by a surgeon in a case where the endoscope is used; a flexible cable that is connected to the proximal end side of the insertion part via the grip part ; and an operation switch that is disposed in the cable , wherein the cable has a skin covering an outer periphery of the cable , and the skin defines an airtight space inside the cable , and the operation switch is disposed in the airtight space . a rigid insertion part that is inserted into a body; a grip part that is provided in a proximal end side of the insertion part and is configured to be held by a surgeon in a case where the endoscope is used; a flexible cable that is connected to the proximal end side of the insertion part via the grip part ; and an operation switch that is disposed in the cable , wherein the cable has a skin covering an outer periphery of the cable , and the skin defines an airtight space inside the cable , and the operation switch is disposed in the airtight space .
A filtering device for removing substances from blood or a blood component, the filtering device comprising: a housing having an inlet and an outlet, a first sorbent material covalently bound to at least a first ligand located within the housing, wherein the first sorbent material comprises a polymethacrylate polymer and the first ligand comprises polyacrylic acid, polyacrylic ester or a combination or co-polymer thereof, and a second sorbent material covalently bound to at least a second ligand located within the housing, wherein the second sorbent material comprises methacrylate or a co-polymer thereof and the second ligand is selected from the group consisting of a -CH 2 -NH 2 group and a -CH 2 -CH 2 -NH 2 group, wherein the first ligand is for removing free hemoglobin (fHb) and the second ligand is for removing microvesicles (MV) from the blood or blood component passing through the filtering device , from the inlet to the outlet, wherein the first and second ligand are different from each other, and wherein the first and second sorbent material are the same or are different from each other, preferably wherein the first sorbent material is not coupled with the second ligand and the second sorbent material is not coupled with the first ligand. a housing having an inlet and an outlet, a first sorbent material covalently bound to at least a first ligand located within the housing, wherein the first sorbent material comprises a polymethacrylate polymer and the first ligand comprises polyacrylic acid, polyacrylic ester or a combination or co-polymer thereof, and a second sorbent material covalently bound to at least a second ligand located within the housing, wherein the second sorbent material comprises methacrylate or a co-polymer thereof and the second ligand is selected from the group consisting of a -CH 2 -NH 2 group and a -CH 2 -CH 2 -NH 2 group, wherein the first ligand is for removing free hemoglobin (fHb) and the second ligand is for removing microvesicles (MV) from the blood or blood component passing through the filtering device , from the inlet to the outlet, wherein the first and second ligand are different from each other, and wherein the first and second sorbent material are the same or are different from each other, preferably wherein the first sorbent material is not coupled with the second ligand and the second sorbent material is not coupled with the first ligand.
Filling device (10; 50; 70; 76; 80) for filling liquids, comprising a product supply and a valve assembly which is arranged downstream of the product supply, which valve arrangement contains a regulating valve and a filling valve arranged downstream in the flow direction of the product, and an elongated actuation element (20; 52; 78) which is common to the two valves. The filling device has a product channel which runs in the longitudinal direction of the actuation element, and which extends from the product supply to a dispensing opening of the filling device, wherein the valve arrangement is arranged in the product channel , the regulating valve has an actuation element-side regulating valve element , which interacts with a regulating valve seat in order to open and close the filling valve in order to control the product quantity to be filled, the filling valve has an actuation element-side filling valve element , which interacts with a filling valve seat in order to open and close the filling valve, and both the regulating valve element and the filling valve element are arranged on the actuation element (20; 52; 78), and the filling device has at least one driven actuator element (18; 28; 32, 60) in order to change the position of the actuation element relative to the regulating valve seat and the filling valve seat as part of a filling process, characterised in that the regulating valve seat is arranged in the product channel via at least one first and second longitudinally adjustable elements , which are located on regulating valve seat faces facing away from each other, and that the distance interval from the regulating valve seat relative to the filling valve seat can be varied.
Fill level measuring device operating according to the radar principle having at least one transceiver unit for transmitting and receiving electromagnetic signals and having at least one antenna for guiding, radiating and receiving electromagnetic signals, wherein the antenna has at least one interior space , and wherein the antenna is characterized by a transmission characteristic with regard to the transmission of electromagnetic signals, wherein the interior space is the inner space within the antenna of the fill level measuring device between a first seal facing the medium and a second seal facing, for example, the surroundings, electronics components or a remote control station, characterized in that at least one wall section of the interior space consists at least partially of a ceramic - having, in particular, a low permittivity, that the wall section is part of the first seal in the direction of the process medium and that the wall section consists at least partly of a composite material, and that the wall portion consists at least partially of a bound ceramic material in a metallic matrix.
A slip detecting device comprising: a plurality of contact parts having different slipping characteristics when an object in contact with the plurality of contact parts is slipping; and a plurality of sensors that detect a pressure distribution of each of the plurality of contact parts, each sensor including a plurality of nodes that detect the pressure distribution; characterised in that the plurality of contact parts is aligned along a slipping direction of the object, and a contact part of the plurality of contact parts on which the object is hard to slip is arranged on an upper flow side of the slipping direction. a plurality of contact parts having different slipping characteristics when an object in contact with the plurality of contact parts is slipping; and a plurality of sensors that detect a pressure distribution of each of the plurality of contact parts, each sensor including a plurality of nodes that detect the pressure distribution; characterised in that the plurality of contact parts is aligned along a slipping direction of the object, and a contact part of the plurality of contact parts on which the object is hard to slip is arranged on an upper flow side of the slipping direction.
Welding device for resistance welding, in particular resistance projection welding, having two electrode holders which are each used to receive a welding electrode which can be applied with an electrical welding current, it being possible for one of the two electrode holders to be linearly movable and to be applied with a force acting in the closing direction by applying force to components which are arranged between the welding electrodes and are to be welded to one another, and having a tracking device which is linearly movable by means of a linear drive , the tracking device being designed as a structural component which is separate from the linear drive , and the linearly movable electrode holder being connected to the linear drive with the tracking device placed between, characterized in that the linear drive is a spindle drive, and in that the tracking device has a housing which has two side walls and a cover plate connecting the two side walls , the housing accommodating a linearly movable stamp which is mounted for movement and on which the linearly movable electrode holder is arranged at one end for interchangeably arranging one of the welding electrodes , and the housing further accommodating a bellows cylinder which interacts with the stamp at the other end of the stamp and is supported against an abutment provided by the housing , the cover plate being used as the abutment for the bellows cylinder , and it being possible for the pressure in the bellows cylinder to be set to a constant value, and it being possible for the welding force to be adjusted depending on the predeterminable pressure in the bellows cylinder and on the bellows cylinder stroke, the pressure prevailing in the bellows cylinder being free of readjustment while welding is being carried out.