mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed at a server for instructing a vehicle where and when to refuel, the method comprising: determining a real-time GPS location for a vehicle; determining at least one fuel stop along a route for the vehicle; calculating the fuel stop for the vehicle based on a workflow, a real-time driver profile, a configuration of the vehicle, the real-time GPS location of the vehicle, real-time vehicle data, at least one dynamic compliance rule, and a selected fuel stop profile, wherein the configuration of the vehicle is selected from one of a single vehicle, a vehicle with one or more trailers, and a vehicle with one or more refrigeration trailers and the workflow comprises an origination location of the vehicle, a destination of the vehicle, a route to the destination, a cargo, a time of departure and a time of arrival; and transmitting to the vehicle guidance to the selected fuel stop from the current location of the vehicle, wherein the guidance includes micro-navigation to an exact fuel pump of the fuel stop for fueling during a predetermined fueling time period; wherein the at least one dynamic compliance rule is selected from: speed limits, a transport of toxic waste, a transport of refrigerated cargo, rest durations for drivers, a necessary insurance coverage, or a type of taxes and fees to be paid. determining a real-time GPS location for a vehicle; determining at least one fuel stop along a route for the vehicle; calculating the fuel stop for the vehicle based on a workflow, a real-time driver profile, a configuration of the vehicle, the real-time GPS location of the vehicle, real-time vehicle data, at least one dynamic compliance rule, and a selected fuel stop profile, wherein the configuration of the vehicle is selected from one of a single vehicle, a vehicle with one or more trailers, and a vehicle with one or more refrigeration trailers and the workflow comprises an origination location of the vehicle, a destination of the vehicle, a route to the destination, a cargo, a time of departure and a time of arrival; and transmitting to the vehicle guidance to the selected fuel stop from the current location of the vehicle, wherein the guidance includes micro-navigation to an exact fuel pump of the fuel stop for fueling during a predetermined fueling time period;
A fuel injector device comprising a body, said body comprising a leading edge and a trailing edge and defining a streamwise direction from the leading edge to the trailing edge, the fuel injector device body further comprising a first surface and a second surface opposite the first surface, each of said surfaces extending between and comprising the leading edge and the trailing edge and said surfaces conjoining each other at the leading edge and the trailing edge, wherein the trailing edge , when seen in the streamwise direction, undulates along a trailing edge mean line and, along its extent, deviates in opposite directions from said mean line and further comprises at least one inflection point along its extent, the fuel injector device comprising at least one first internal fuel supply means and at least one first fuel discharge duct fluidly connecting the at least one first internal fuel supply means with a first fuel discharge means opening out to the exterior of the injector device, wherein at least one of said first fuel discharge ducts terminates at a first fuel discharge means arranged at the trailing edge, at least one first fuel discharge means being arranged at the trailing edge between two trailing edge inflection points , characterized in that a multitude of at least two of said first fuel discharge means are arranged at the trailing edge between two consecutive trailing edge inflection points and in that the fuel injector device comprises at least one second internal fuel supply means and at least one second fuel discharge duct fluidly connecting the second internal fuel supply means with at least one second fuel discharge means provided on the trailing edge and opening out to the exterior of the fuel injector device; wherein the second fuel discharge means is and/or a multitude of second fuel discharge means are arranged on inflection points of the trailing edge .
A method of reinforcing a graft construct, comprising: attaching a suture loop/needle construct to a reinforcement material , wherein the loop/needle construct is a needle attached to a suture loop; placing the reinforcement material over an end of a graft construct ; and stitching together the reinforcement material to the end of the graft construct with the suture loop/needle construct to form a reinforced graft construct , the reinforcement material being attached to the suture loop/needle construct prior to stitching the reinforcement material to the graft construct , wherein the stitching comprises whipstitching, wherein the whipstitching includes a first suture row that intersects a second suture row at about a mid width of the tissue construct . attaching a suture loop/needle construct to a reinforcement material , wherein the loop/needle construct is a needle attached to a suture loop; placing the reinforcement material over an end of a graft construct ; and stitching together the reinforcement material to the end of the graft construct with the suture loop/needle construct to form a reinforced graft construct , the reinforcement material being attached to the suture loop/needle construct prior to stitching the reinforcement material to the graft construct , wherein the stitching comprises whipstitching, wherein the whipstitching includes a first suture row that intersects a second suture row at about a mid width of the tissue construct .
An organic vapor jet print head device comprising a first and second depositor : the first depositor for printing devices with a 25 μm or 50 μm wide active area comprising: an array of circular or elliptical delivery apertures arranged in rows of four or five orthogonal to a print direction and surrounded by one or more exhaust apertures , wherein the spacing between the delivery apertures is equidistant, wherein the row is shifted to one side and the adjacent rows are a mirror image, shifted to the other side, wherein the delivery apertures and the one or more exhaust apertures are enclosed within a perimeter of a boss that protrudes from a substrate-facing side of the delivery apertures , wherein the one or more delivery apertures are configured to permit jets of delivery gas pass through a lower surface of the first depositor , and wherein the lower surface of the first depositor includes the one or more exhaust apertures to remove surplus vapor from a delivery zone, wherein the boss is surrounded by recesses to permit free flow of confinement gas between the first depositor and a second depositor enclosed within its own boss . an array of circular or elliptical delivery apertures arranged in rows of four or five orthogonal to a print direction and surrounded by one or more exhaust apertures , wherein the spacing between the delivery apertures is equidistant, wherein the row is shifted to one side and the adjacent rows are a mirror image, shifted to the other side, wherein the delivery apertures and the one or more exhaust apertures are enclosed within a perimeter of a boss that protrudes from a substrate-facing side of the delivery apertures , wherein the one or more delivery apertures are configured to permit jets of delivery gas pass through a lower surface of the first depositor , and wherein the lower surface of the first depositor includes the one or more exhaust apertures to remove surplus vapor from a delivery zone, wherein the boss is surrounded by recesses to permit free flow of confinement gas between the first depositor and a second depositor enclosed within its own boss .
An apparatus comprising: - a dispensing device having an exit mouth which is conformed as a slit for dispensing a continuous flat structure from which a dose can be severed, so that the continuous flat structure leaves the dispensing device along an exit direction (X); - a mould provided with a pair of elements , at least one of said elements being movable towards the other in a moulding direction (Y), so as to compression mould an object from the dose ; - a transport device for carrying the dose towards the mould , the transport device comprising at least one transport element which is movable along a path directed from a collecting position (Q1), in which the dose is collected by the transport element , towards a release position (Q2), in which the dose is released into the mould by the transport element ; characterized in that the exit direction (X) is substantially vertical and in that the apparatus further comprises means for modifying orientation of the dose while the dose is being transported by the transport device , the means for modifying orientation of the dose being configured for rotating the transport element by about 90° during the path from the collecting position (Q1) to the release position (Q2), so that the dose is introduced into the mould while the dose is lying in a plane arranged transversely to the moulding direction (Y). - a dispensing device having an exit mouth which is conformed as a slit for dispensing a continuous flat structure from which a dose can be severed, so that the continuous flat structure leaves the dispensing device along an exit direction (X); - a mould provided with a pair of elements , at least one of said elements being movable towards the other in a moulding direction (Y), so as to compression mould an object from the dose ; - a transport device for carrying the dose towards the mould , the transport device comprising at least one transport element which is movable along a path directed from a collecting position (Q1), in which the dose is collected by the transport element , towards a release position (Q2), in which the dose is released into the mould by the transport element ;
An air trap chamber comprising: a cap having an inlet at one end, and a first connection flange at another end, the first connection flange having a first mating surface having a circular cross section, the inlet having an opening axis (C1) that is off a central axis (C3) of the first mating surface ; and a housing having a second connection flange at one end, and an outlet at another end, the second connection flange having a second mating surface having a circular cross section and being mateable with the first mating surface , the outlet having an opening axis (C2) that is off a central axis (C3) of the second mating surface , characterized in that the cap and the housing are provided with an alignment structure , characterized in that as the alignment structure a first parting line is formed on the cap , and a second parting line is formed on the housing . a cap having an inlet at one end, and a first connection flange at another end, the first connection flange having a first mating surface having a circular cross section, the inlet having an opening axis (C1) that is off a central axis (C3) of the first mating surface ; and a housing having a second connection flange at one end, and an outlet at another end, the second connection flange having a second mating surface having a circular cross section and being mateable with the first mating surface , the outlet having an opening axis (C2) that is off a central axis (C3) of the second mating surface , characterized in that the cap and the housing are provided with an alignment structure , characterized in that as the alignment structure a first parting line is formed on the cap , and a second parting line is formed on the housing .
A system comprising: a shunt including a shunt element ; a first conductor (510(B),804(B)) attached to the shunt at a first connection point (114, 402(A), 402(B)) via a first connecting member (402(D),located on a first side of the shunt element the first connecting member (402(D)) comprising a half-shear button; a second conductor (804(A)) attached to the shunt at a second connection point (116, 402(C), 402(E)) located on a second side of the shunt element; a third conductor (804(C)) attached to the shunt at the first connection point via the first connecting member, the third conductor being composed of a different material than the first conductor; and one or more hardware components configured to: determine a temperature of the shunt element based at least in part on a signal from the first conductor and a signal from the third conductor; and determine an amount of current passing through the shunt element based at least in part on the signal from the first conductor, a signal from the second conductor, and the temperature of the shunt element. a shunt including a shunt element ; a first conductor (510(B),804(B)) attached to the shunt at a first connection point (114, 402(A), 402(B)) via a first connecting member (402(D),located on a first side of the shunt element the first connecting member (402(D)) comprising a half-shear button; a second conductor (804(A)) attached to the shunt at a second connection point (116, 402(C), 402(E)) located on a second side of the shunt element; a third conductor (804(C)) attached to the shunt at the first connection point via the first connecting member, the third conductor being composed of a different material than the first conductor; and one or more hardware components configured to: determine a temperature of the shunt element based at least in part on a signal from the first conductor and a signal from the third conductor; and determine an amount of current passing through the shunt element based at least in part on the signal from the first conductor, a signal from the second conductor, and the temperature of the shunt element. determine a temperature of the shunt element based at least in part on a signal from the first conductor and a signal from the third conductor; and determine an amount of current passing through the shunt element based at least in part on the signal from the first conductor, a signal from the second conductor, and the temperature of the shunt element.
A process for preparing a compound of formula (IV) and the compound of formula (V), salts, solvates and hydrates thereof comprising (a) reacting the compound of formula (II) with the compound of formula (III) and subsequently (b) hydrolyzing, in an acidic environment, the so-obtained compound of formula (IV) to give the compound of formula (V). (a) reacting the compound of formula (II) with the compound of formula (III) and subsequently (b) hydrolyzing, in an acidic environment, the so-obtained compound of formula (IV) to give the compound of formula (V).
A preparation for attaching to teeth or tooth peripheries, wherein the preparation comprises a slime hydrogel containing a synthetic silica or an alginate compound; wherein the slime hydrogel comprises polyvinyl alcohol (PVA); and a salt; wherein hydrogen bonds are formed in the slime hydrogel by -OH groups contained in the polyvinyl alcohol and the salt.
A vacuum pump, in particular a turbomolecular pump, comprising a stator and a rotor which rotates relative to the stator about an axis of rotation in operation, between which stator and rotor at least one radial magnetic bearing is arranged which has bearing packages which are disposed coaxially in one another with respect to the axis of rotation and which are each composed of a plurality of axially consecutive permanent magnet rings , wherein at least one of the bearing packages is axially clamped between two adjustment sections of an adjustment device, wherein the adjustment sections behave in such a manner under the influence of heat that an axial displacement of the bearing package clamped between the adjustment sections results, characterized in that at least one of the adjustment sections comprises at least one adjustment element which is at least partly composed of a bimetal, with the adjustment element being configured such that, starting from a flat or slightly curved state, it transitions into a curved or more curved state on a temperature change, with preferably the adjustment element being shaped like a plate spring in the curved or more curved state, or with the adjustment element being configured as a wave spring in which the amplitude of its wave form changes on a temperature change. wherein at least one of the bearing packages is axially clamped between two adjustment sections of an adjustment device, wherein the adjustment sections behave in such a manner under the influence of heat that an axial displacement of the bearing package clamped between the adjustment sections results, characterized in that at least one of the adjustment sections comprises at least one adjustment element which is at least partly composed of a bimetal, with the adjustment element being configured such that, starting from a flat or slightly curved state, it transitions into a curved or more curved state on a temperature change, with preferably the adjustment element being shaped like a plate spring in the curved or more curved state, or with the adjustment element being configured as a wave spring in which the amplitude of its wave form changes on a temperature change.
A packaging apparatus , in particular for combining a plurality of articles by means of an outer packaging formed from a cardboard blank , the packaging apparatus comprising • a magazine for cardboard blanks , the cardboard blanks being stacked and lying on top of one another within the magazine ; • a removal apparatus for the withdrawal of cardboard blanks from the magazine ; • a handling device for further processing the cardboard blanks ; • wherein the removal apparatus is being designed to be vertically movable and to be horizontally movable, and • wherein the removal apparatus comprises at least one suction tool for seizing and withdrawing a cardboard blank from the magazine ; • wherein the suction tool is arranged pivotally movable in at least one further axis within the removal apparatus or on the removal apparatus for executing a compensation movement and aligning the withdrawn cardboard blank in a horizontal plane, characterized in that • at least one stop element is assigned to the suction tool , and • the stop element provides at least one stop surface for a cardboard blank that is seized by the suction tool , the stop surface being arranged within a horizontal plane. • a magazine for cardboard blanks , the cardboard blanks being stacked and lying on top of one another within the magazine ; • a removal apparatus for the withdrawal of cardboard blanks from the magazine ; • a handling device for further processing the cardboard blanks ; • wherein the removal apparatus is being designed to be vertically movable and to be horizontally movable, and • wherein the removal apparatus comprises at least one suction tool for seizing and withdrawing a cardboard blank from the magazine ; • wherein the suction tool is arranged pivotally movable in at least one further axis within the removal apparatus or on the removal apparatus for executing a compensation movement and aligning the withdrawn cardboard blank in a horizontal plane, • at least one stop element is assigned to the suction tool , and • the stop element provides at least one stop surface for a cardboard blank that is seized by the suction tool , the stop surface being arranged within a horizontal plane.
One or more non-transitory computer-readable media storing computer-executable instructions that, when executed by at least one processor, perform a method of verifying a third-party resource by a multi-app communication system, the method comprising: launching a multi-app communication system application on a client device; generating a sign-in prompt and causing for display the sign-in prompt by the multi-app communication system application; receiving a multi-app sign-in request from the multi-app communication system application; causing transmission of a multi-factor confirmation message to a verified third-party multi-factor authentication resource based on the multi-app sign-in request; querying the verified third-party multi-factor authentication resource to identify the multi-factor confirmation message; receiving the multi-factor confirmation message including a multi-factor message code; extracting the multi-factor message code from the multi-factor confirmation message; and enabling access to the third-party resource based on the multi-factor message code. launching a multi-app communication system application on a client device; generating a sign-in prompt and causing for display the sign-in prompt by the multi-app communication system application; receiving a multi-app sign-in request from the multi-app communication system application; causing transmission of a multi-factor confirmation message to a verified third-party multi-factor authentication resource based on the multi-app sign-in request; querying the verified third-party multi-factor authentication resource to identify the multi-factor confirmation message; receiving the multi-factor confirmation message including a multi-factor message code; extracting the multi-factor message code from the multi-factor confirmation message; and enabling access to the third-party resource based on the multi-factor message code.
A combined sensor , comprising: a pressure detector that detects a pressure of a detection medium (M) flowing through a flow path ; a temperature detector that detects a temperature of the detection medium (M) using a thermistor ; and a housing portion that houses the temperature detector closer to the flow path than the pressure detector and includes a through hole part at an inner peripheral side of the housing portion , one end of the through hole part being an opening end that is open to the flow path , wherein the temperature detector includes a first lead and a second lead connected to the thermistor , and a thermistor case in which a part of the first lead and a part of the second lead are embedded, the thermistor case includes an extension part that passes through the through hole part of the housing portion , and a ring part that includes a flow hole part having one end continuous with the extension part and another end facing the pressure detector , the detection medium (M) flowing through the flow hole part , the thermistor is supported by the extension part to be arranged outside the opening end of the housing portion , and the extension part includes a space portion (S) communicating with the flow hole part of the ring part and with the outside, wherein the extension part is provided by being separated into a portion where the first lead is embedded and a portion where the second lead is embedded, along an extending direction of the extension part . a pressure detector that detects a pressure of a detection medium (M) flowing through a flow path ; a temperature detector that detects a temperature of the detection medium (M) using a thermistor ; and a housing portion that houses the temperature detector closer to the flow path than the pressure detector and includes a through hole part at an inner peripheral side of the housing portion , one end of the through hole part being an opening end that is open to the flow path , wherein the temperature detector includes a first lead and a second lead connected to the thermistor , and a thermistor case in which a part of the first lead and a part of the second lead are embedded, the thermistor case includes an extension part that passes through the through hole part of the housing portion , and a ring part that includes a flow hole part having one end continuous with the extension part and another end facing the pressure detector , the detection medium (M) flowing through the flow hole part , the thermistor is supported by the extension part to be arranged outside the opening end of the housing portion , and the extension part includes a space portion (S) communicating with the flow hole part of the ring part and with the outside, wherein the extension part is provided by being separated into a portion where the first lead is embedded and a portion where the second lead is embedded, along an extending direction of the extension part .