mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for generating a medical image, the method comprising: determining a location and an alignment for a first tracking detector with respect to a particle beam system, wherein determining the location and the alignment includes converting local coordinates of a test pattern, consisting of a set of discrete proton spots at which a calibrated steering beam is delivered to the first tracking detector, to coordinates relative to isocenter of the particle beam system to calculate projective transformations from the measured local coordinate system of the first tracking detector to the ideal coordinate system of the plane of the first tracking detector according to a predetermined plan of alignment of the first tracking detector with respect to the particle beam system; determining a first position and a first initial kinetic energy of a first particle generated from the beam system, from a detected particle hit on the first tracking detector; determining a first direction of the first particle at the first tracking detector; determining a first residual range of the first particle from a detected particle hit on a residual range detector; reconstructing a path for the first particle directly in coordinates relative to isocenter of the particle beam system based on the location, the alignment, the projective transformations, the first position, the first direction, and the first initial kinetic energy; and generating the medical image based on the reconstructed path for the first particle and the first residual range and the first initial kinetic energy of the first particle. determining a location and an alignment for a first tracking detector with respect to a particle beam system, wherein determining the location and the alignment includes converting local coordinates of a test pattern, consisting of a set of discrete proton spots at which a calibrated steering beam is delivered to the first tracking detector, to coordinates relative to isocenter of the particle beam system to calculate projective transformations from the measured local coordinate system of the first tracking detector to the ideal coordinate system of the plane of the first tracking detector according to a predetermined plan of alignment of the first tracking detector with respect to the particle beam system; determining a first position and a first initial kinetic energy of a first particle generated from the beam system, from a detected particle hit on the first tracking detector; determining a first direction of the first particle at the first tracking detector; determining a first residual range of the first particle from a detected particle hit on a residual range detector; reconstructing a path for the first particle directly in coordinates relative to isocenter of the particle beam system based on the location, the alignment, the projective transformations, the first position, the first direction, and the first initial kinetic energy; and generating the medical image based on the reconstructed path for the first particle and the first residual range and the first initial kinetic energy of the first particle.
Device socket of an installation device for containing electric contact components which can be attached to a mounting plate via at least one latching element , characterized in that the at least one latching element is connected to the main section of the device socket via a flexible web , and in that a gap with a predefined width is formed between the latching element and the main section of the device socket , which gap permits the latching element to bend laterally towards the main section of the device socket , and the latching element has two edge-side guide webs which bound on both sides a guide face for guiding a latching hook which is connected to the mounting plate , wherein the guide face ends on its upper side with a latching edge for the latching hook .
An inspection apparatus (A) for a hydrogen gas dispenser (C), the hydrogen gas dispenser (C) configured to supply hydrogen gas to a hydrogen tank of a fuel cell vehicle (B), the inspection apparatus (A) comprising: a receiving-side gas flowing unit including a receptacle configured to be connected to a nozzle (C1) of the hydrogen gas dispenser (C); and an inspection unit including a rate-of-pressure-rise inspection unit configured to measure a rate of pressure rise of hydrogen gas from the hydrogen gas dispenser (C) and a dispensed-amount inspection unit configured to measure a dispensed amount of the hydrogen gas, and a discharging-side gas flowing unit provided downstream of the inspection unit, and having a nozzle configured to be connected to a receptacle of a hydrogen tank of a fuel cell vehicle (B), wherein the hydrogen gas that has passed through the inspection unit is supplied from the discharging-side gas flowing unit to the hydrogen tank of the fuel cell vehicle (B). a receiving-side gas flowing unit including a receptacle configured to be connected to a nozzle (C1) of the hydrogen gas dispenser (C); and an inspection unit including a rate-of-pressure-rise inspection unit configured to measure a rate of pressure rise of hydrogen gas from the hydrogen gas dispenser (C) and a dispensed-amount inspection unit configured to measure a dispensed amount of the hydrogen gas, and a discharging-side gas flowing unit provided downstream of the inspection unit, and having a nozzle configured to be connected to a receptacle of a hydrogen tank of a fuel cell vehicle (B), wherein the hydrogen gas that has passed through the inspection unit is supplied from the discharging-side gas flowing unit to the hydrogen tank of the fuel cell vehicle (B).
Structure for roof of a container for the intermodal transport of products, the container comprising a casing delimiting a cavity adapted to house the products to be transported, wherein the structure comprises: at least two openings for accessing said cavity, and at least two doors ( 205 n ) each one associated with a respective one of said at least two openings and each one comprising a first ( 205 AS n ) and a second ( 205 AD n ) hinged doors opposite to each other, each door being selectively operable between an opened position that allows insertion from above of the products to be transported into the cavity through the respective opening, and a closed position that prevents insertion of the products into the cavity and exposure thereof to impurities and atmospheric agents during the transport, characterized in that said first ( 205 AS n ) and second ( 205 AD n ) hinged doors comprise each one a guiding member protruding in a slanted manner from an inner surface ( 205S AS n ,205S AD n ) of the hinged door ( 205 AS n ,205 AD n ) that, in the closed position of the hinged door, faces the cavity, in the opened position of the first ( 205 AS n ) and second ( 205 AD n ) hinged doors said guiding members associated with each door acting as a hopper for guiding the products into the respective opening. at least two openings for accessing said cavity, and at least two doors ( 205 n ) each one associated with a respective one of said at least two openings and each one comprising a first ( 205 AS n ) and a second ( 205 AD n ) hinged doors opposite to each other, each door being selectively operable between an opened position that allows insertion from above of the products to be transported into the cavity through the respective opening, and a closed position that prevents insertion of the products into the cavity and exposure thereof to impurities and atmospheric agents during the transport, characterized in that said first ( 205 AS n ) and second ( 205 AD n ) hinged doors comprise each one a guiding member protruding in a slanted manner from an inner surface ( 205S AS n ,205S AD n ) of the hinged door ( 205 AS n ,205 AD n ) that, in the closed position of the hinged door, faces the cavity, in the opened position of the first ( 205 AS n ) and second ( 205 AD n ) hinged doors said guiding members associated with each door acting as a hopper for guiding the products into the respective opening.
A computer-implemented method for operating an autonomous driving vehicle (ADV), the method comprising: detecting an obstacle based on sensor data obtained from a plurality of sensors of the ADV ; predicting multiple trajectories of the obstacle with corresponding probabilities including a first predicted trajectory of the obstacle with a highest probability and a second predicted trajectory of the obstacle with a second highest probability ; planning a cautionary trajectory of the ADV based on at least one of a difference between the highest probability and the second highest probability or a consequence of the second predicted trajectory, wherein the ADV is to drive with a speed lower than a speed limit and prepare to stop in the cautionary trajectory ; and controlling the ADV to drive according to the cautionary trajectory . detecting an obstacle based on sensor data obtained from a plurality of sensors of the ADV ; predicting multiple trajectories of the obstacle with corresponding probabilities including a first predicted trajectory of the obstacle with a highest probability and a second predicted trajectory of the obstacle with a second highest probability ; planning a cautionary trajectory of the ADV based on at least one of a difference between the highest probability and the second highest probability or a consequence of the second predicted trajectory, wherein the ADV is to drive with a speed lower than a speed limit and prepare to stop in the cautionary trajectory ; and controlling the ADV to drive according to the cautionary trajectory .
An electrical connector comprising: a non-conductive member comprised of a dielectric material, interposed between a first end and a second end of the electrical connector and configured to support a plurality of electrical contacts , the plurality of electrical contacts configured to conduct electrical signals through the non-conductive member , the non-conductive member having one or more peaks disposed on a surface of the non-conductive member between at least one pair of adjacent electrical contacts , wherein the dielectric material is glass or ceramic, and wherein the non-conductive member forms a pressure boundary between the first end and the second end of the electrical connector , and a potting compound introduced into an open end of the electrical connector to bond with at least the surface of the non-conductive member . a non-conductive member comprised of a dielectric material, interposed between a first end and a second end of the electrical connector and configured to support a plurality of electrical contacts , the plurality of electrical contacts configured to conduct electrical signals through the non-conductive member , the non-conductive member having one or more peaks disposed on a surface of the non-conductive member between at least one pair of adjacent electrical contacts , wherein the dielectric material is glass or ceramic, and wherein the non-conductive member forms a pressure boundary between the first end and the second end of the electrical connector , and a potting compound introduced into an open end of the electrical connector to bond with at least the surface of the non-conductive member .
A method for controlling periodic transmission of beacon messages from a vehicular network station at a vehicle , the vehicle travelling with a velocity, V A , in the same direction as and either ahead or behind one other vehicle travelling with a velocity, V B , the other vehicle having an associated vehicular network station, wherein the beacon messages each comprise data specific to the vehicle, the method comprising: determining a minimum data freshness parameter, DF min , for each of the vehicle and the other vehicle , the data freshness parameter being determined based on the maximum periodicity of the periodic transmission for the respective vehicle, BP max , and the latency for communications for the respective vehicle, Lat; determining a minimum spatial resolution for each of the vehicle , SR min,A and for the other vehicle , SR min,B based on the minimum data freshness parameter for the respective vehicle and the velocity for the respective vehicle, V A , V B ; setting an updated periodicity of the periodic transmission, BP, based on whether a determined distance between the vehicle and the other vehicle , d, is less than a minimum distance, d min , the minimum distance being determined on the basis of the sum of: the minimum spatial resolution for the vehicle, SR min,A ; and the minimum spatial resolution for the other vehicle, SR min,B ; and wherein the BP is increased in response to a reduction in the determined distance, d, or set to the maximum periodicity of the periodic transmission for the vehicle, BP max , if the determined distance, d, is less than the minimum distance, d min . determining a minimum data freshness parameter, DF min , for each of the vehicle and the other vehicle , the data freshness parameter being determined based on the maximum periodicity of the periodic transmission for the respective vehicle, BP max , and the latency for communications for the respective vehicle, Lat; determining a minimum spatial resolution for each of the vehicle , SR min,A and for the other vehicle , SR min,B based on the minimum data freshness parameter for the respective vehicle and the velocity for the respective vehicle, V A , V B ; setting an updated periodicity of the periodic transmission, BP, based on whether a determined distance between the vehicle and the other vehicle , d, is less than a minimum distance, d min , the minimum distance being determined on the basis of the sum of: the minimum spatial resolution for the vehicle, SR min,A ; and the minimum spatial resolution for the other vehicle, SR min,B ; and wherein the BP is increased in response to a reduction in the determined distance, d, or set to the maximum periodicity of the periodic transmission for the vehicle, BP max , if the determined distance, d, is less than the minimum distance, d min .
A grain-oriented electrical steel sheet, characterized in that a steel sheet after a removal of a forsterite coating has a chemical composition comprising C: not more than 0.0050 mass%, Si: 2.0-8.0 mass%, Mn: 0.005-1.0 mass%, optionally one or more selected from Ni: 0.010-1.50 mass%, Cr: 0.01-0.50 mass%, Cu: 0.01-0.50 mass%, Bi: 0.005-0.50 mass%, Sb: 0.010-0.200 mass%, Sn: 0.010-0.200 mass%, Mo: 0.010-0.200 mass%, and P: 0.010-0.200 mass%, and the remainder being Fe and inevitable impurities and N(b) ≤ 0.0050 mass%, N(b)/N(a) ≥ 4, and Ti(b)/Ti(a) ≥ 4 are satisfied when a Ti amount in mass% and a N amount in mass% contained in the steel sheet after the removal of the forsterite coating are Ti(a) and N(a), wherein Ti (a) is not more than 0.0025 mass% and N(a) is not more than 0.0010 mass%, and a Ti amount in mass% and a N amount in mass% contained in the steel sheet having a forsterite coating are Ti(b) and N (b), respectively.
A method implemented by a computing device comprising: defining a mapping data structure that relates primary states indicative of synchronization status of cloud content files to corresponding file synch properties and state indicators; detecting file synch properties associated with cloud content files in connection with management of the cloud content files via a file system of the computing device; assigning primary states to the cloud content files by matching the detected file synch properties to corresponding primary states as indicated by the mapping data structure; and outputting state indicators indicative of the primary states assigned to the cloud content files in association with file system representations of the cloud content files. defining a mapping data structure that relates primary states indicative of synchronization status of cloud content files to corresponding file synch properties and state indicators; detecting file synch properties associated with cloud content files in connection with management of the cloud content files via a file system of the computing device; assigning primary states to the cloud content files by matching the detected file synch properties to corresponding primary states as indicated by the mapping data structure; and outputting state indicators indicative of the primary states assigned to the cloud content files in association with file system representations of the cloud content files.
A vibrating flow meter or a vibrating densitometer comprising a case , wherein the case comprises: a first panel defined by at least a first edge and a second edge ; and characterized by : one or more indentations formed in the first panel and including at least a portion extending completely from the first edge to the second edge , so as to increase the case's resonant frequencies.
A multilayer article comprising an absorbent layer comprising a hydrophilic first ply and a second ply , and a polyolefin barrier layer directly bonded to the second ply ; wherein the first ply comprises a first nonwoven web of multicomponent fibers comprising an aliphatic polyester including poly(lactic acid) blended with a surfactant, the second ply comprises a second nonwoven web of multicomponent fibers comprising the aliphatic polyester; wherein the multicomponent fibers comprise a core and sheath, wherein the core comprises the aliphatic polyester and is free of the surfactant, and the sheath comprises the aliphatic polyester and the surfactant.
An evaporator, for use with a reservoir containing a volatile liquid, the reservoir having disposed therein a wick that has a lower portion in contact with the volatile liquid, an upper portion protruding from the reservoir , and a plurality of guide members disposed symmetrically around the wick and extending beyond the height of the wick , the evaporator comprising: a base having a first recess within which the reservoir closely fits; a battery disposed within the base ; and a cover having disposed therein a cylindrical heater , the cover being closeable upon or fastenable to the base and adapted to establish a functional electrical connection between the battery and the heater when closed upon or fastened to the base , and having an interior within which are disposed a plurality of guide recesses; the evaporator being characterized in that when the reservoir is operably fitted into the first recess and the cover is closed upon or fastened to the base , each of the plurality of guide members is fitted within one of the plurality of guide recesses and the wick is centrally disposed within the heater ; and wherein, when the reservoir is inoperably fitted into the first recess , the guide members are not capable of being fitted within the guide recesses, and the cover cannot be closed upon or fastened to the base ; whereby if the wick is not centrally disposed within the heater , the cover cannot be closed upon or fastened to the base , and a functional electrical connection cannot be established between the heater and the battery . a base having a first recess within which the reservoir closely fits; a battery disposed within the base ; and a cover having disposed therein a cylindrical heater , the cover being closeable upon or fastenable to the base and adapted to establish a functional electrical connection between the battery and the heater when closed upon or fastened to the base , and having an interior within which are disposed a plurality of guide recesses; the evaporator being characterized in that when the reservoir is operably fitted into the first recess and the cover is closed upon or fastened to the base , each of the plurality of guide members is fitted within one of the plurality of guide recesses and the wick is centrally disposed within the heater ; and wherein, when the reservoir is inoperably fitted into the first recess , the guide members are not capable of being fitted within the guide recesses, and the cover cannot be closed upon or fastened to the base ; whereby if the wick is not centrally disposed within the heater , the cover cannot be closed upon or fastened to the base , and a functional electrical connection cannot be established between the heater and the battery .
A battery comprising: a flat wound electrode body including a first electrode , a second electrode , and a separator , the first electrode and the second electrode being wound via the separator ; and a battery case housing the wound electrode body , wherein the wound electrode body has a lamination structure in which multilayers of the first electrode and the second electrode are stacked via the separator , multiple tabs connected to the first electrode protrude from one end of the wound electrode body in the winding axis direction, a maximum value of base widths of the multiple tabs is 15 mm or more, and when a region encompassing five layers of the first electrode counting from one of outer surfaces at both ends of the lamination structure in the stacking direction is a first outermost periphery neighboring region (R), and a region encompassing five layers counting from the other outer surface is a second outermost periphery neighboring region (S), in the first outermost periphery neighboring region (R), the number of the tabs is A, and the number of layers of the first electrode is B, and in the second outermost periphery neighboring region (S), the number of the tabs is C, and the number of layers of the first electrode is D, at least either one ofA/B or C/D is less than 1. a flat wound electrode body including a first electrode , a second electrode , and a separator , the first electrode and the second electrode being wound via the separator ; and a battery case housing the wound electrode body , wherein the wound electrode body has a lamination structure in which multilayers of the first electrode and the second electrode are stacked via the separator , multiple tabs connected to the first electrode protrude from one end of the wound electrode body in the winding axis direction, a maximum value of base widths of the multiple tabs is 15 mm or more, and when a region encompassing five layers of the first electrode counting from one of outer surfaces at both ends of the lamination structure in the stacking direction is a first outermost periphery neighboring region (R), and a region encompassing five layers counting from the other outer surface is a second outermost periphery neighboring region (S), in the first outermost periphery neighboring region (R), the number of the tabs is A, and the number of layers of the first electrode is B, and in the second outermost periphery neighboring region (S), the number of the tabs is C, and the number of layers of the first electrode is D, at least either one ofA/B or C/D is less than 1.