mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling movement of a robotic vehicle, wherein the robotic vehicle comprises a computer system, a chassis controller, and a plurality of sensors (202, 204), the method comprising: receiving, by the computing system, data measured by the plurality of sensors (202, 204), wherein the data is representative of surroundings of the robotic vehicle; generating, by the computer system and based on the data, a base trajectory for the robotic vehicle; generating, by the computer system and based on the data, an emergency trajectory for the robotic vehicle; transmitting, by the computer system, the base trajectory and the emergency trajectory to the chassis controller; causing, by the chassis controller, the robotic vehicle to travel along the base trajectory; and after determining that the chassis controller has not received data packets from the computer system for longer than a predetermined threshold time period, or that the chassis controller has received a predetermined volume of corrupted data packets from the computer system, causing, by the chassis controller, the robotic vehicle to travel along the emergency trajectory. receiving, by the computing system, data measured by the plurality of sensors (202, 204), wherein the data is representative of surroundings of the robotic vehicle; generating, by the computer system and based on the data, a base trajectory for the robotic vehicle; generating, by the computer system and based on the data, an emergency trajectory for the robotic vehicle; transmitting, by the computer system, the base trajectory and the emergency trajectory to the chassis controller; causing, by the chassis controller, the robotic vehicle to travel along the base trajectory; and after determining that the chassis controller has not received data packets from the computer system for longer than a predetermined threshold time period, or that the chassis controller has received a predetermined volume of corrupted data packets from the computer system, causing, by the chassis controller, the robotic vehicle to travel along the emergency trajectory.
An apparatus for generating a search index based on geographically distributed data storage in a group-based communication system, the apparatus physically located in a first geographic area defined by a first geographic boundary, the apparatus comprising at least one processor and at least one non-transitory memory including computer program code, the at least one non-transitory memory and the computer program code configured to, with the at least one processor, cause the apparatus to: receive, from a geographic data residency server located within a second geographic area defined by a second geographic boundary, a message metadata set comprising at least a residency token data set; retrieve, from a geographic data residency local repository within the second geographic boundary, a message data set based on at least the residency token data set; generate a search index based on the message metadata set and the message data set; and store the search index in the geographic data residency local repository within the second geographic area. receive, from a geographic data residency server located within a second geographic area defined by a second geographic boundary, a message metadata set comprising at least a residency token data set; retrieve, from a geographic data residency local repository within the second geographic boundary, a message data set based on at least the residency token data set; generate a search index based on the message metadata set and the message data set; and store the search index in the geographic data residency local repository within the second geographic area.
Method for operating an operating device for a motor vehicle to support a driver in maneuvering the motor vehicle toward a trailer to couple the former to the latter, wherein by the operating device, target coordinates of a coupling position provided for the vehicle for coupling are determined, and, while a graphical distance-indicating element is displayed to the driver by means of a display device, a current distance value (A0, A1, A2) of a distance of the motor vehicle from the coupling position is repeatedly determined and a predetermined size parameter of the graphical distance-indicating element is set as a function of the current distance value (A0, A1, A2), characterized in that a non-linear scaling function is used for converting the respectively determined current distance value (A0, A1, A2) into a value of the size parameter to be set and produces a higher spatial resolution in at least one predetermined close range around the coupling position than outside of the respective close range.
A device comprising: (i) an interdigitated portion having two opposing ends and configured for contacting skin of a subject and measuring skin capacitance; (ii) a ketosis signal, and (iii) a capacitance meter; characterized in that the ketosis signal is activated when the skin capacitance measurement is in the nano farad range. (i) an interdigitated portion having two opposing ends and configured for contacting skin of a subject and measuring skin capacitance; (ii) a ketosis signal, and (iii) a capacitance meter;
A tip electrode assembly for an irrigated ablation catheter, defined by a proximal passive portion having a first diameter that is reduced as compared to a second diameter of a distal active portion, wherein the tip electrode assembly comprises a main magnet body including an electrode base and an electrode tip, wherein the electrode base has a proximal shank portion having the first diameter, a distal portion having the second diameter and an axially-extending central lumen, characterized in that the electrode assembly further comprises an irrigation fluid manifold including a longitudinally-extending tubular portion having a cavity configured to receive irrigation fluid, a fluid inlet and a generally radially distributed distal portion, wherein said distal portion includes a plurality of tubes which include a corresponding plurality of irrigation passageways coupled to said cavity having a distal exit port for delivery of said fluid, wherein the longitudinally-extending tubular portion extends through the axially-extending central lumen of the electrode base encasing the irrigation fluid manifold within the main magnet body and isolating said cavity and said passageways from said body; and an outer capsule surrounding said body, said capsule comprising electrically conductive material including a distal ablation surface.
A polarizing plate having iodine as a dye, which polarizing plate includes an optical film or sheet comprising a resin selected from the group consisting of an acrylic ester resin, a polycarbonate resin, a polyethylene terephthalate resin, a polystyrene resin, a cellulose ester resin, and a norbornene resin, said resin containing a triazine compound selected from the group consisting of: and
An assistance system for keeping in lane for transverse guidance support on a motor vehicle that is not on rails, which detects a lane located in front of the vehicle and; if necessary, produces a return torque in the steering system of the vehicle such that in cooperation with a manual torque applied to the steering system when appropriate by the driver of the vehicle, the vehicle is returned to the lane, wherein the assistance system for keeping in lane is configured, within its specification limits, to produce return torques in two basically different forms, namely in that, in a first so-called guiding operating mode of the assistance system for keeping in lane, all the driving situations can be represented by the assistance system for keeping in lane merely by providing an adequately large return torque in terms of amount without an intervention by the driver, while in a second so-called assisting operating mode, a smaller return torque in terms of amount is provided so that a small manual torque by the driver is additionally required in order to keep the vehicle in the lane, and wherein the said small manual torque to be provided here by the driver is smaller in terms of amount than if the assistance system for keeping in lane did not provide a return torque in the same driving situation, characterised in that a case of necessity, in which the assistance system for keeping in lane automatically changes from the second assisting operating mode into the first guiding operating mode, is not established on the basis of the fact that the vehicle leaves the lane trajectory, but with the aid of the fact that the vehicle located away from the trajectory moves in the direction of this trajectory, and in that on reaching this lane trajectory, the assistance system for keeping in lane changes into the second assisting operating mode.
A polymerization and finish device, for the finishing, especially for post-finishing, of dental restoration parts made of polymerizable plastics, especially dental restoration parts produced by stereolithography, having at least one light source which emits in the range of visible and/or ultraviolet wavelengths and with a blower for cooling the polymerization and finish device, comprising a light chamber, in which at least one wall (ceiling wall, floor wall, side wall) is provided with the at least one light source (60, 72), and a door leading to the light chamber having a storage location for dental restoration parts, the blower being arranged in an air duct which extends through a housing of the polymerization and finish device and especially flowing behind at least the light source wall characterized in in that the air duct extends through the light chamber and the light chamber has a light chamber inlet and a light chamber outlet which are mounted on different walls of the light chamber, and in that the air duct, with a plurality of deflections, transversely extends through the housing and is impermeable to light by virtue of the particular design.
A method for use in handling user equipment mobility from areas bounding shared and non-shared infrastructure, the method being performed at a first network element, the first network element comprising a small cell access point or a small cell gateway, the method comprising: receiving, at the first network element (106, 108), a first message (516, 616) including a first network identifier associated with a first network, the first message further including an indication of an association of the first network identifier with a first user equipment; receiving, by the first network element, a second message (538, 638, 642) indicative of an initiated handover of the first user equipment to a second network, the second message including a second network identifier associated with the second network; determining (706, 542, 644), by the first network element, whether the second network identifier matches the first network identifier; and terminating (710, 546, 648) the initiated handover by the first network element when the second network identifier does not match (544, 646) the first network identifier. receiving, at the first network element (106, 108), a first message (516, 616) including a first network identifier associated with a first network, the first message further including an indication of an association of the first network identifier with a first user equipment; receiving, by the first network element, a second message (538, 638, 642) indicative of an initiated handover of the first user equipment to a second network, the second message including a second network identifier associated with the second network; determining (706, 542, 644), by the first network element, whether the second network identifier matches the first network identifier; and terminating (710, 546, 648) the initiated handover by the first network element when the second network identifier does not match (544, 646) the first network identifier.
A cutting and splitting device comprising a frame, a vertical feed channel supported to the frame and having a feed opening at the upper end for feeding a log being processed into the cutting and splitting device, at the lower end of the feed channel, moving in the transverse direction in relation thereto, a cutting blade with a power unit and a splitting blade for splitting the cut piece of log, and the cutting blade and the splitting blade form a jointly movable assembly, wherein the cutting and splitting device comprises below the cutting blade a fixed stopper against which the splitting blade is arranged to press and split the piece of log cut by the cutting blade, a stopper is provided below the fixed stopper and the path of movement of the splitting blade for receiving a log that falls down the feed channel and characterized in that the stopper is a length stopper for determining the length of the piece being cut therefrom, and the sides of the fixed stopper and the splitting blade comprise side support elements for guiding the piece of log past the splitting blade from both sides thereof, and the cutting blade, the splitting blade, the length stopper and the side support elements form a fixed and jointly movable assembly, which is a splitting chamber, inside which the cut piece of log is pressed against the fixed stopper so that the piece of log is forced through the splitting blade and out of the splitting chamber.
A light fixture securable to a fixed support member to hold the fixture in a desired orientation, the light fixture comprising: forward and rearward portions, said rearward portion defining a fixture interior with an aperture for a support-member entry in the fixture interior and having an exterior fulcrum configured to pivotably engage one side of the support member when a fixture-adjacent end of the support member is within the fixture interior; and an engager secured within the fixture interior in position to engage the opposite side of the support member at a position offset from the exterior fulcrum to hold the fixture in the desired orientation when the support member is between the exterior fulcrum and the engager; characterized in that the fixture comprises a frame extending along and around the forward and rearward portions and including a pair of rearmost extensions between which the fulcrum is secured, the rearmost extensions being rearward of the fixture interior, and the fulcrum being spaced rearwardly from the aperture. forward and rearward portions, said rearward portion defining a fixture interior with an aperture for a support-member entry in the fixture interior and having an exterior fulcrum configured to pivotably engage one side of the support member when a fixture-adjacent end of the support member is within the fixture interior; and an engager secured within the fixture interior in position to engage the opposite side of the support member at a position offset from the exterior fulcrum to hold the fixture in the desired orientation when the support member is between the exterior fulcrum and the engager; characterized in that the fixture comprises a frame extending along and around the forward and rearward portions and including a pair of rearmost extensions between which the fulcrum is secured, the rearmost extensions being rearward of the fixture interior, and the fulcrum being spaced rearwardly from the aperture.
Line system for a fluid, in particular an air duct, in particular of an internal combustion engine, in particular of a motor vehicle, having at least one first duct part (12, 14) and at least one second duct part made of different materials which are connected to each other, characterized in that the at least one second duct part is an extrusion blow molding article which is extruded in a mold to the at least one first duct part (12, 14).
Hearing instrument with a housing, with a receiver, with at least one further component (12, 14) mounted in the housing, and with a coupling unit for vibration-reduced mounting of the receiver, the receiver being coupled to the at least one further component (12, 14) via the coupling unit, characterized in that the receiver is coupled elastically to the at least one further component (12, 14) via the coupling unit, and that the coupling unit comprises a damping body made of rubber or an elastomer material, which is coupled, on the one hand, to the receiver and, on the other hand, to the at least one further component (12, 14), the at least one further component, with which the receiver is elastically coupled via the coupling unit, being a battery and/or an electronics frame for holding at least one electronic component, and the coupling unit comprising at least one fixing element (42, 46) for non-positively fixing the at least one further component (12, 14).
An imaging system, comprising: a first scanner with a first examination region; a subject support, including: a tabletop configured to position a subject or object at at least two different positions in the examination region, wherein a deflection of the tabletop is different at the at least two different positions; and a base configured to position the tabletop vertically in the examination region; and a vertical drive system; a subject / object weight estimator configured to estimate a weight of a subject or object on the tabletop; a deflection delta predictor configured to predict a deflection delta of the tabletop between the at least two different positions based at least on the weight, wherein the predicted deflection delta is used to correct for the deflection delta, characterized in that the subject / object weight estimator is configured to estimate a weight of a subject or object on the tabletop based at least on an electrical characteristic of the vertical drive system. a first scanner with a first examination region; a subject support, including: a tabletop configured to position a subject or object at at least two different positions in the examination region, wherein a deflection of the tabletop is different at the at least two different positions; and a base configured to position the tabletop vertically in the examination region; and a tabletop configured to position a subject or object at at least two different positions in the examination region, wherein a deflection of the tabletop is different at the at least two different positions; and a base configured to position the tabletop vertically in the examination region; and a vertical drive system; a subject / object weight estimator configured to estimate a weight of a subject or object on the tabletop; a deflection delta predictor configured to predict a deflection delta of the tabletop between the at least two different positions based at least on the weight, wherein the predicted deflection delta is used to correct for the deflection delta, characterized in that the subject / object weight estimator is configured to estimate a weight of a subject or object on the tabletop based at least on an electrical characteristic of the vertical drive system.
A method for producing L-methionine, comprising: 1) preparing a reaction solution that includes (i) a methionine precursor which is an O-acetyl homoserine or an O-succinyl homoserine, (ii) a converting enzyme which has the activity of converting the methionine precursor into methionine, and (iii) a mixture of methyl mercaptan and dimethyl sulfide; and 2) performing an enzymatic conversion reaction while stirring the reaction solution; wherein the converting enzyme is one or more selected from the group consisting of cystathionine gamma synthase, O-succinyl homoserine sulfhydrylase and O-acetyl homoserine sulfhydrylase.. 1) preparing a reaction solution that includes (i) a methionine precursor which is an O-acetyl homoserine or an O-succinyl homoserine, (ii) a converting enzyme which has the activity of converting the methionine precursor into methionine, and (iii) a mixture of methyl mercaptan and dimethyl sulfide; and 2) performing an enzymatic conversion reaction while stirring the reaction solution;
An emulsifier comprising: a. 60-90wt% of at least one C 8 to C 18 fatty acid diethanolamide; b. 2-10wt% of at least one C 12 to C 24 fatty acid; and c. 5-20wt% of at least one C 6 to C 18 alcohol ethoxylate. a. 60-90wt% of at least one C 8 to C 18 fatty acid diethanolamide; b. 2-10wt% of at least one C 12 to C 24 fatty acid; and c. 5-20wt% of at least one C 6 to C 18 alcohol ethoxylate.
A redox flow battery cell comprising: (a) at least one half-cell comprising an inlet and an outlet stream, each said inlet and outlet stream characterized by a local states-of-charge; and (b) first and second electrodes positioned to be in electrochemical communication with the inlet and outlet streams of the half-cell, respectively, and configured to allow detection of an electric potential difference between the two electrodes (2, 3), said electrical potential difference reflective of the difference in state-of-charge of the electrolyte in said inlet and outlet streams; (c) a measuring device measuring electric potential difference between the two electrodes (2, 3). (a) at least one half-cell comprising an inlet and an outlet stream, each said inlet and outlet stream characterized by a local states-of-charge; and (b) first and second electrodes positioned to be in electrochemical communication with the inlet and outlet streams of the half-cell, respectively, and configured to allow detection of an electric potential difference between the two electrodes (2, 3), said electrical potential difference reflective of the difference in state-of-charge of the electrolyte in said inlet and outlet streams; (c) a measuring device measuring electric potential difference between the two electrodes (2, 3).
An oral care implement, comprising: a head; and a tissue cleaning region (114,126) disposed on the head, the tissue cleaning region (114,126) including a plurality of angled projections having a first position and being configured to flex from the first position to a second position and a third position, the second position being substantially upright and the third position being substantially flat; wherein the angled projections nearest a longitudinal centerline of the oral care implement extend in a first direction and the angled projections nearest a perimeter of the oral care implement extend in an opposite direction and are arranged to flex from the first position to the third position when the oral care implement contacts a mouth of a user in a first direction and to flex to the second position when the oral care implement contacts the mouth in a second direction; characterised in that the first direction is into the mouth of a user and the second direction is out of the mouth of a user. a head; and a tissue cleaning region (114,126) disposed on the head, the tissue cleaning region (114,126) including a plurality of angled projections having a first position and being configured to flex from the first position to a second position and a third position, the second position being substantially upright and the third position being substantially flat; wherein the angled projections nearest a longitudinal centerline of the oral care implement extend in a first direction and the angled projections nearest a perimeter of the oral care implement extend in an opposite direction and are arranged to flex from the first position to the third position when the oral care implement contacts a mouth of a user in a first direction and to flex to the second position when the oral care implement contacts the mouth in a second direction; characterised in that the first direction is into the mouth of a user and the second direction is out of the mouth of a user.