mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the concentration of an analyte of interest in a bodily fluid, the method comprising: providing a single-use, disposable cartridge comprising: a solid residue of a plurality of internal standards within a sample introduction port, the plurality of internal standards comprising either a plurality of stable isotopes of the analyte of interest or a plurality of chemically derivatized analyte samples, each of the plurality of internal standards being at different, known concentrations; a filtration region; a chromatography region; and an outlet port configured to be in fluid communication with a mass spectrometer; introducing an original sample to the sample introduction port, the original sample comprising at least one of blood, urine, and saliva of a patient containing the analyte of interest; dissolving the solid residue in the original sample to produce a test sample; pumping the test sample through the single-use, disposable cartridge; analyzing the test sample via the mass spectrometer such that the plurality of different internal standards and the original sample are analyzed in a single spectral measurement; creating a standard curve of a spectra for the analyte of interest from data produced from the analysis of the single spectral measurement; and determining a concentration of the analyte of interest in the original sample based upon the standard curve. providing a single-use, disposable cartridge comprising: a solid residue of a plurality of internal standards within a sample introduction port, the plurality of internal standards comprising either a plurality of stable isotopes of the analyte of interest or a plurality of chemically derivatized analyte samples, each of the plurality of internal standards being at different, known concentrations; a filtration region; a chromatography region; and an outlet port configured to be in fluid communication with a mass spectrometer; a solid residue of a plurality of internal standards within a sample introduction port, the plurality of internal standards comprising either a plurality of stable isotopes of the analyte of interest or a plurality of chemically derivatized analyte samples, each of the plurality of internal standards being at different, known concentrations; a filtration region; a chromatography region; and an outlet port configured to be in fluid communication with a mass spectrometer; introducing an original sample to the sample introduction port, the original sample comprising at least one of blood, urine, and saliva of a patient containing the analyte of interest; dissolving the solid residue in the original sample to produce a test sample; pumping the test sample through the single-use, disposable cartridge; analyzing the test sample via the mass spectrometer such that the plurality of different internal standards and the original sample are analyzed in a single spectral measurement; creating a standard curve of a spectra for the analyte of interest from data produced from the analysis of the single spectral measurement; and determining a concentration of the analyte of interest in the original sample based upon the standard curve.
Storage case for a motorcycle comprising a base body as a container, a lid articulated to the base body , lid closing and opening means , and a holding handle articulated to the base body of the storage case characterised in that the holding handle is operationally connected to a retaining element arranged to fasten the storage case to the chassis of the motorcycle so that a user can hold the holding handle in an extended position to retract the retaining element and release the storage case from the chassis of the motorcycle, and use the same holding handle to couple the storage case back to the chassis of the motorcycle when the user actuates said holding handle to a retracted position to couple the retaining element to the chassis of the motorcycle, wherein said lid closing and opening means are mounted on the base body of the storage case to interact with at least a portion of the body of the holding handle when said holding handle is in its retracted position and said lid closing and opening means are in an active closing position of the lid , at least one component of said lid closing and opening means being mounted so that it is susceptible of blocking the actuation of the holding handle when the holding handle is in its retracted position, and wherein said at least one component of the lid closing and opening means is mounted on the base body of the storage case to interact by overlapping, or by mutual fitting, with the portion of the body of the holding handle when the holding handle is in its retracted position and said lid closing and opening means are in the active closing position of the lid to prevent accidental uncoupling of the storage case during driving of the motorcycle in case the lid closing and opening means remain unlocked.
Fan for an internal combustion engine comprising an electric motor with a stator having a stator plate on which stator windings are arranged, and a rotor which is fastened on a drive shaft , a housing which radially surrounds the electric motor , a delivery channel formed in the housing , having an intake port which delimits an inlet channel and an outlet port which delimits an outlet channel , an impeller fastened on the drive shaft and via which fluid can be conveyed from the inlet channel to the outlet channel via the delivery channel , characterized in that the stator windings are injection molded by a thermally conductive casting compound , wherein an encapsulation of the stator windings is achieved due to the thermally conductive casting compound that surrounds the stator windings in their entirety, wherein the housing part surrounding the stator and the intake manifold , which is formed integrally therewith and extends along all of the axial length of the stator , have a common wall surface , on one side of which the stator abuts and on the opposite side of which the inlet channel is formed, and wherein the fan is a side-channel blower.
Retractable assembly for introducing an insertion device used in process measuring technology into a container via a container opening, with a linear guide , which can be fitted on the container in a detachable manner via a mount, with a slide guided along the linear guide, wherein a swivel head is mounted on said slide in such a way that it features at least a first translational range of movement perpendicular to the longitudinal axis of the linear guide along which it can be moved, and in such a way that it features at least a first rotational range of movement around a first axis of rotation perpendicular to the longitudinal axis of the linear guide and perpendicular to the first translational range of movement around which it can be rotated, wherein, in the installed state, the insertion device is guided into the swivel head, wherein a fork is secured on the slide , said fork having a vertical axis which is aligned perpendicular to the longitudinal axis of the linear guide and wherein a pin is arranged on said fork in a manner perpendicular to the longitudinal axis of the linear guide and perpendicular to the vertical axis of the fork, wherein said pin is mounted in a groove of the swivel head and limits the movement of the swivel head along the groove, wherein the fork limits the movement of the swivel head along the pin, wherein the first translational range of movement is parallel to the vertical axis.
A method for estimating surface roughness of a ground for an off-road vehicle to control an implement , the method comprising: detecting motion data of an off-road vehicle traversing a field or work site during a sampling interval, the motion data comprising ground speed of the off-road vehicle ; and detecting roll data of the off-road vehicle for the sampling interval to obtain a roll acceleration; characterized by detecting pitch data of the off-road vehicle for the sampling interval to obtain a pitch acceleration; determining a surface roughness index (ρ) based on the detected motion data, pitch data and roll data for the sampling interval; displaying the surface roughness index (ρ) to a user or operator of the vehicle ; estimating zones with corresponding surface roughness index ranges within a field or work site based on the determined surface roughness index (ρ) as the vehicle traverses or traversed the field or work site over multiple sampling intervals; determining a position of a vehicle , or its implement , in the field or in the work site with respect to the estimated zones of different corresponding surface roughness index ranges; and estimating a vehicle steering gain setting for the vehicle consistent with alignment and/or overlap of the determined position of the implement and the estimated zones. detecting motion data of an off-road vehicle traversing a field or work site during a sampling interval, the motion data comprising ground speed of the off-road vehicle ; and detecting roll data of the off-road vehicle for the sampling interval to obtain a roll acceleration; characterized by detecting pitch data of the off-road vehicle for the sampling interval to obtain a pitch acceleration; determining a surface roughness index (ρ) based on the detected motion data, pitch data and roll data for the sampling interval; displaying the surface roughness index (ρ) to a user or operator of the vehicle ; estimating zones with corresponding surface roughness index ranges within a field or work site based on the determined surface roughness index (ρ) as the vehicle traverses or traversed the field or work site over multiple sampling intervals; determining a position of a vehicle , or its implement , in the field or in the work site with respect to the estimated zones of different corresponding surface roughness index ranges; and estimating a vehicle steering gain setting for the vehicle consistent with alignment and/or overlap of the determined position of the implement and the estimated zones.
Accessory gearbox for turbomachine equipment comprising a casing and two gear lines arranged in a "V" shape, the casing comprising two arms in both of which one of the two gear lines is arranged, with a lubricant tank being arranged between the two gear lines , characterized in that the casing is a first crankcase, and the lubricant tank is a second crankcase mounted in the first crankcase.
A system, comprising a plurality of stem components (200, 200', 200", 200"'), each of the plurality of stem components being adapted to be inserted into a central cavity region created in a bone of a joint, each of the plurality of stem components comprising: a proximal body portion (201, 201', 201", 201'") sized to fit into a proximal portion of the central cavity region, the proximal body portion comprising a resection plane (204, 204', 204", 204'") and being adapted to support a head component having a geometric head center (203, 203', 203", 203'") located within the proximal body portion when the head component is engaged with the proximal body portion; a distal body portion (202, 202', 202", 202'") sized to fit into a distal portion of the central cavity region, wherein the head center is spaced from a longitudinal axis (205, 205', 205", 205'") of the distal body portion at a medial offset distance (207, 207', 207", 207'"), and wherein the resection plane is oriented at an inclination angle (206, 206', 206", 206'") with respect to the longitudinal axis; and a taper extending from the resection plane of the proximal body portion to the distal body portion, the taper comprising a medial curved surface and a lateral curved surface, wherein the medial and lateral curved surfaces are configured to mimic a geometric shape of the bone, wherein at least two of the plurality of stem components (200, 200', 200", 200'") include different medial offset distances (207, 207', 207", 207'") and medial curved surfaces of different shapes. a proximal body portion (201, 201', 201", 201'") sized to fit into a proximal portion of the central cavity region, the proximal body portion comprising a resection plane (204, 204', 204", 204'") and being adapted to support a head component having a geometric head center (203, 203', 203", 203'") located within the proximal body portion when the head component is engaged with the proximal body portion; a distal body portion (202, 202', 202", 202'") sized to fit into a distal portion of the central cavity region, wherein the head center is spaced from a longitudinal axis (205, 205', 205", 205'") of the distal body portion at a medial offset distance (207, 207', 207", 207'"), and wherein the resection plane is oriented at an inclination angle (206, 206', 206", 206'") with respect to the longitudinal axis; and a taper extending from the resection plane of the proximal body portion to the distal body portion, the taper comprising a medial curved surface and a lateral curved surface, wherein the medial and lateral curved surfaces are configured to mimic a geometric shape of the bone, wherein at least two of the plurality of stem components (200, 200', 200", 200'") include different medial offset distances (207, 207', 207", 207'") and medial curved surfaces of different shapes.
Leak detection device comprising a gas analyzer , a vacuum pump , a first gas inlet , and a second gas inlet , a first multi-way valve having a first inlet and at least a first and a second outlet , wherein the inlet of the first multi-way valve is connected to the first gas inlet , characterized in that the leak detection device further comprises a second multi-way valve having a first inlet and at least a first and a second outlet , wherein the inlet of the second multi-way valve is connected to the second gas inlet , wherein the two first outlets of the two multi-way valves are connected to the gas analyzer , and the two second outlets of the two multi-way valves are connected to the vacuum pump , wherein the multi-way valves are configured and controlled by a valve control device such that the inlet of the first multi-way valve is connected to its first outlet if the inlet of the second multi-way valve is connected to its second outlet and the two multi-way valves are synchronously switched. a first multi-way valve having a first inlet and at least a first and a second outlet , wherein the inlet of the first multi-way valve is connected to the first gas inlet , characterized in that the leak detection device further comprises a second multi-way valve having a first inlet and at least a first and a second outlet , wherein the inlet of the second multi-way valve is connected to the second gas inlet , wherein the two first outlets of the two multi-way valves are connected to the gas analyzer , and the two second outlets of the two multi-way valves are connected to the vacuum pump , wherein the multi-way valves are configured and controlled by a valve control device such that the inlet of the first multi-way valve is connected to its first outlet if the inlet of the second multi-way valve is connected to its second outlet and the two multi-way valves are synchronously switched.
A wearable mobile device detachably attachable to a wrist of a user in a loose contact state and movable, based on an intention of the user to acquire a biosignal, to a forearm of the user, having a relatively greater circumference than the wrist, to a close contact state, the wearable mobile device comprising: a bracelet, as the wearable mobile device, configured to be loosely attached to a wrist of the user, corresponding to the loose contact state, the bracelet including a force sensor configured to sense a force; a determiner configured to determine that the bracelet is in the close contact state upon detecting an increase in pressure and recognizing an operating state of the force sensor based on a change in position of the bracelet being moved from the wrist to the forearm, and to determine that the bracelet is in the loose contact state upon detecting a decrease in pressure and not recognizing an operating state of the force sensor based on a change in position of the bracelet being moved from the forearm to the wrist; a sensor unit comprising a sensor configured to sense a biosignal from the user subsequent to activation in response to the determiner determining that the bracelet is in the close contact state; and a display unit configured to provide a biosignal-based service in response to the bracelet being determined to be in the close contact state, and to provide only non-biosignal related services to the user in response to the bracelet being determined to be in the loose contact state. a bracelet, as the wearable mobile device, configured to be loosely attached to a wrist of the user, corresponding to the loose contact state, the bracelet including a force sensor configured to sense a force; a determiner configured to determine that the bracelet is in the close contact state upon detecting an increase in pressure and recognizing an operating state of the force sensor based on a change in position of the bracelet being moved from the wrist to the forearm, and to determine that the bracelet is in the loose contact state upon detecting a decrease in pressure and not recognizing an operating state of the force sensor based on a change in position of the bracelet being moved from the forearm to the wrist; a sensor unit comprising a sensor configured to sense a biosignal from the user subsequent to activation in response to the determiner determining that the bracelet is in the close contact state; and a display unit configured to provide a biosignal-based service in response to the bracelet being determined to be in the close contact state, and to provide only non-biosignal related services to the user in response to the bracelet being determined to be in the loose contact state.
An apparatus that can be implemented in a cylinder lock device with the purpose to make the lock resistant to the manipulation through the method of "bumping", and is possibly also implementable in an existing lock ("retrofitting") without modification of the pre-existing body and/or rotor of the same lock, the apparatus comprising: a) at least one engagement element capable to displace itself in at least one position of engagement that can prevent the opening of the lock, as well as to displace itself at least in one position of disengagement that can allow the opening of the lock; and b) at least one reaction mechanism capable to drive and/or to further push the engagement element in a position of engagement under the effect of the mechanical pulse that characterizes an attempt of manipulation through the method of "bumping"; the reaction mechanism comprising at least one transmission element comprising at least one counter-piston or section of counter-piston , possibly also having engagement functions between the body and the rotor , and c) at least one operation mechanism , not necessarily distinct, even only partially, from the reaction mechanism, capable to drive the displacement of the engagement element in a position of disengagement through a movement that is operated by the non-pulsed action of the insertion of a key ; and one or more moving elements , possibly cooperating together and/or with other elements of the lock, in order to receive at least part of the "bumping" mechanical pulse transmitted by the at least one transmission element , and have it converted, at least partly, into a reaction pulse that is applied to the at least one engagement element according to a direction that drives its engagement and/or increase of its engagement between the body and the rotor . a) at least one engagement element capable to displace itself in at least one position of engagement that can prevent the opening of the lock, as well as to displace itself at least in one position of disengagement that can allow the opening of the lock; and b) at least one reaction mechanism capable to drive and/or to further push the engagement element in a position of engagement under the effect of the mechanical pulse that characterizes an attempt of manipulation through the method of "bumping"; the reaction mechanism comprising at least one transmission element comprising at least one counter-piston or section of counter-piston , possibly also having engagement functions between the body and the rotor , and c) at least one operation mechanism , not necessarily distinct, even only partially, from the reaction mechanism, capable to drive the displacement of the engagement element in a position of disengagement through a movement that is operated by the non-pulsed action of the insertion of a key ; and
A crystalline form of 6-(1-acryloylpiperidin-4-yl)-2-(4-phenoxyphenyl)nicotinamide having X-ray diffraction peaks at 6.2°±0.2, 11.8°±0.2, 12.4°±0.2°, 18.7°±0.2°, 20.1°±0.2°, 22.8°±0.2° degrees 2θ (Type F), and wherein the most intense peak is at 18.7° ± 0.2 degrees 2θ.
A system for determining at least part of a pulse sequence for acquiring imaging information using a magnetic resonance scanner, the system comprising: - a sequence module providing unit configured to provide sequence modules, wherein one or more sequence modules comprise a hierarchy description comprising one or more hierarchically subordinated sequence modules, and a parameter description comprising one or more parameter dependencies, - a sequence hierarchy generating unit configured to generate a sequence hierarchy based on the sequence modules and the hierarchy description, characterized by further comprising - a parameter dependency graph generating unit configured to generate a parameter dependency graph based on the parameter dependencies comprised in the parameter description of the sequence modules and based on the sequence hierarchy, and - a parameter determination unit configured to determine a parameter of the pulse sequence based on at least part of the parameter dependency graph. - a sequence module providing unit configured to provide sequence modules, wherein one or more sequence modules comprise a hierarchy description comprising one or more hierarchically subordinated sequence modules, and a parameter description comprising one or more parameter dependencies, - a sequence hierarchy generating unit configured to generate a sequence hierarchy based on the sequence modules and the hierarchy description, characterized by further comprising - a parameter dependency graph generating unit configured to generate a parameter dependency graph based on the parameter dependencies comprised in the parameter description of the sequence modules and based on the sequence hierarchy, and - a parameter determination unit configured to determine a parameter of the pulse sequence based on at least part of the parameter dependency graph.