mhurhangee/patent-ind-claim-en huggingface dataset:
A method of electrochemically measuring an analyte in a fluid sample and providing a chemistry health failsafe and an antioxidant failsafe, the method comprising the steps of: applying an electrical test sequence to an electrochemical biosensor , the biosensor comprising: an electrode system, a reagent including a redox mediator in electrical communication with the electrode system, and a receptacle configured to contact the fluid sample provided to the biosensor , with the fluid sample in fluidic contact with the reagent, wherein the test sequence comprises at least one direct current (DC) block, wherein the DC block includes a slow-ramp bi-polar (SRBP) waveform applied under a closed circuit condition, measuring a current response to the test sequence, determining the presence or absence of an expected redox mediator status, wherein the redox mediator is a nitrosoanaline (NA)-derived redox mediator, wherein the NA-derived redox mediator is N,N-bis(hydroxyethyl)-3-methoxy-4-nitrosoanaline hydrochloride, wherein the expected redox mediator status is a quinonediimine (QDI) feature, and wherein a chemistry health failsafe is displayed if the QDI feature is absent in the current response, evaluating a level of the antioxidant present in the fluid sample based at least in part upon the current response, wherein an antioxidant failsafe is displayed if the level of the antioxidant is above a predetermined threshold, predicting the amount of the analyte present in the fluid sample based on the current response. an electrode system, a reagent including a redox mediator in electrical communication with the electrode system, and a receptacle configured to contact the fluid sample provided to the biosensor , with the fluid sample in fluidic contact with the reagent, wherein the test sequence comprises at least one direct current (DC) block, wherein the DC block includes a slow-ramp bi-polar (SRBP) waveform applied under a closed circuit condition, measuring a current response to the test sequence, determining the presence or absence of an expected redox mediator status, wherein the redox mediator is a nitrosoanaline (NA)-derived redox mediator, wherein the NA-derived redox mediator is N,N-bis(hydroxyethyl)-3-methoxy-4-nitrosoanaline hydrochloride, wherein the expected redox mediator status is a quinonediimine (QDI) feature, and wherein a chemistry health failsafe is displayed if the QDI feature is absent in the current response, evaluating a level of the antioxidant present in the fluid sample based at least in part upon the current response, wherein an antioxidant failsafe is displayed if the level of the antioxidant is above a predetermined threshold, predicting the amount of the analyte present in the fluid sample based on the current response.
An absorbent article comprising: a topsheet comprising a liquid permeable material; a backsheet comprising a liquid impermeable material; an absorbent core disposed at least partially intermediate the liquid permeable material topsheet and the liquid impermeable material backsheet and comprising an absorbent material and a core wrap enclosing the absorbent material, wherein the absorbent material enclosed comprises from 70% to 100% of superabsorbent polymers by weight of absorbent material; a substantially laterally-extending separation element at least partially defining a visual front portion (F) and a visual back portion (B) of the absorbent article; and a liquid management system positioned at least partially intermediate the liquid permeable material topsheet and the absorbent core, wherein the liquid management system defines a substantially longitudinally extending channel formed therein having a physical property, wherein the physical property is one selected from the channel's width, length, orientation, volume, color, texture, area, and wherein the channel has a first physical property value in the visual front portion and a second physical property value in the visual back portion, and wherein the first physical property value of a front portion of the channel is different than the second physical property value of a back portion of the channel, and the physical property is visible through the wearer-facing surface to aid the caregiver in aligning the absorbent article. a topsheet comprising a liquid permeable material; a backsheet comprising a liquid impermeable material; an absorbent core disposed at least partially intermediate the liquid permeable material topsheet and the liquid impermeable material backsheet and comprising an absorbent material and a core wrap enclosing the absorbent material, wherein the absorbent material enclosed comprises from 70% to 100% of superabsorbent polymers by weight of absorbent material; a substantially laterally-extending separation element at least partially defining a visual front portion (F) and a visual back portion (B) of the absorbent article; and a liquid management system positioned at least partially intermediate the liquid permeable material topsheet and the absorbent core, wherein the liquid management system defines a substantially longitudinally extending channel formed therein having a physical property, wherein the physical property is one selected from the channel's width, length, orientation, volume, color, texture, area, and wherein the channel has a first physical property value in the visual front portion and a second physical property value in the visual back portion, and wherein the first physical property value of a front portion of the channel is different than the second physical property value of a back portion of the channel, and the physical property is visible through the wearer-facing surface to aid the caregiver in aligning the absorbent article.
A method of forming a flexible container , the method comprising providing one or more flexible materials, the method further comprising : joining together at least a portion of the one or more flexible materials to form: a product volume ; a plurality of structural support members (144-1,144-2,146-1 to 146-4,148-1,148-2), each of which including an expanded structural support volume, which is a fillable space made from the one or more flexible materials configured to be filled with one or more expansion materials, preferably one or more gases, which create tension in the one or more flexible materials, wherein the plurality of structural support members supports the product volume; and forming, from the one or more flexible materials, a dispenser that is configured to dispense a fluent product from the product volume; filling the product volume so that the product volume directly contains a fluent product. joining together at least a portion of the one or more flexible materials to form: a product volume ; a plurality of structural support members (144-1,144-2,146-1 to 146-4,148-1,148-2), each of which including an expanded structural support volume, which is a fillable space made from the one or more flexible materials configured to be filled with one or more expansion materials, preferably one or more gases, which create tension in the one or more flexible materials, wherein the plurality of structural support members supports the product volume; and a product volume ; a plurality of structural support members (144-1,144-2,146-1 to 146-4,148-1,148-2), each of which including an expanded structural support volume, which is a fillable space made from the one or more flexible materials configured to be filled with one or more expansion materials, preferably one or more gases, which create tension in the one or more flexible materials, wherein the plurality of structural support members supports the product volume; and forming, from the one or more flexible materials, a dispenser that is configured to dispense a fluent product from the product volume; filling the product volume so that the product volume directly contains a fluent product.
A gasification reactor vessel , comprising a combustion chamber in the upper half of the vessel, when in use, provided with a product gas outlet at the bottom end of the combustion chamber, a burner positioned such that, in use, it fires into the combustion chamber, said burner provided with at least supply conduits for an oxidiser gas and a carbonaceous feed , wherein at the lower end of the reactor vessel a slag discharge opening is present to discharge slag from the reactor vessel, wherein between the wall of the combustion chamber and the wall of vessel an annular space is provided, wherein the wall of the combustion chamber comprises an arrangement of interconnected tubes , wherein two burner openings are present in the wall of the combustion chamber, which burner openings are located at the same horizontal level and are positioned diametrical relative to each other and wherein in the burner openings a burner is present, wherein the firing angle (α) of the burners relative to the horizontal line connecting the burner opening and the vessel axis is between 1° and 8°, and wherein the burner opening is a burner muffle comprising several vertically oriented, concentric and interconnected rings , wherein the rings have an increasing diameter relative to its neighbouring ring resulting in that the burner muffle has a muffle opening for the burner at one end and a larger opening at its other - flame discharge - end, the rings being a conduit having an inlet end for a cooling medium and an outlet for used cooling medium and wherein the muffle opening for the burner is located between the wall of the vessel and the wall of the combustion chamber.
A bead core comprising an annular body in which a strip member comprising one or more bead wires coated with a coating resin is wound and stacked, wherein in an axial cross section of the annular body, an interface between stacks adjacent to each other is non-linear, and wherein the coating resin is formed of a thermoplastic resin or a thermoplastic elastomer.
An arrangement position determination method of an object, comprising: based on information of dimensions of an accommodating portion and dimensions of a plurality of objects to be accommodated in the accommodating portion stored in a storage section of a control device , searching for a position at which the object does not interfere with a boundary of the accommodating portion and other objects in a first direction (Y); when there is no position at which the object does not interfere with the boundary and the other objects in the first direction (Y), searching for a position at which the object does not interfere with the boundary and the other objects in the first direction (Y) at a position shifted in a second direction (X) orthogonal to the first direction (Y); and setting a plurality of reference lines (L) each parallel with the first direction (Y) and defining a tip of the object , wherein a reference line (L) set at one end of the accommodating portion in the second direction (X) defines the tip of the object arranged on the one end side, and another reference line (L) defines the tip of the object whose arrangement position exceeds a maximum moving distance of the object along the second direction (X) by a device included in a cargo handling device configured to arrange the object in the accommodating portion with respect to the reference line (L) adjacent on the one end side wherein the another reference line (L) defines the tip of the object which is close to the reference line (L) adjacent on the one end side. based on information of dimensions of an accommodating portion and dimensions of a plurality of objects to be accommodated in the accommodating portion stored in a storage section of a control device , searching for a position at which the object does not interfere with a boundary of the accommodating portion and other objects in a first direction (Y); when there is no position at which the object does not interfere with the boundary and the other objects in the first direction (Y), searching for a position at which the object does not interfere with the boundary and the other objects in the first direction (Y) at a position shifted in a second direction (X) orthogonal to the first direction (Y); and setting a plurality of reference lines (L) each parallel with the first direction (Y) and defining a tip of the object , wherein a reference line (L) set at one end of the accommodating portion in the second direction (X) defines the tip of the object arranged on the one end side, and another reference line (L) defines the tip of the object whose arrangement position exceeds a maximum moving distance of the object along the second direction (X) by a device included in a cargo handling device configured to arrange the object in the accommodating portion with respect to the reference line (L) adjacent on the one end side wherein the another reference line (L) defines the tip of the object which is close to the reference line (L) adjacent on the one end side.
Method for manufacturing stiffened panels , comprising the following steps: - forming a first and a second wet skin , said first and second skins each comprising a plurality of plies of preimpregnated composite material; - forming a plurality of pairs of wet stringers , each stringer comprising a plurality of plies of preimpregnated composite material, wherein forming each pair of wet stringers comprises: a) forming an assembly having a central web extending between opposite end flanges (11c, 13c; 11d, 13d), and b) cutting the assembly along a median plane (P) so as to form a pair of wet stringers , - placing the pairs of wet stringers on the first wet skin by means of removable supporting members on which the pairs of stringers have previously been arranged; - turning the second wet skin over and placing it on the pairs of stringers with the supporting members , so as to obtain a pair of wet panels arranged above each other and provided with respective wet stringers ; and - subjecting the pair of wet panels arranged above each other and provided with respective wet stringers to a same curing cycle. - forming a first and a second wet skin , said first and second skins each comprising a plurality of plies of preimpregnated composite material; - forming a plurality of pairs of wet stringers , each stringer comprising a plurality of plies of preimpregnated composite material, wherein forming each pair of wet stringers comprises: a) forming an assembly having a central web extending between opposite end flanges (11c, 13c; 11d, 13d), and b) cutting the assembly along a median plane (P) so as to form a pair of wet stringers , a) forming an assembly having a central web extending between opposite end flanges (11c, 13c; 11d, 13d), and b) cutting the assembly along a median plane (P) so as to form a pair of wet stringers , - placing the pairs of wet stringers on the first wet skin by means of removable supporting members on which the pairs of stringers have previously been arranged; - turning the second wet skin over and placing it on the pairs of stringers with the supporting members , so as to obtain a pair of wet panels arranged above each other and provided with respective wet stringers ; and - subjecting the pair of wet panels arranged above each other and provided with respective wet stringers to a same curing cycle.
Suspension set for a vibratory conveyor , wherein the suspension set comprises a plurality of suspension units , of which each suspension unit has a carrier , a spring as well as a first spring connection part and a second spring connection part , wherein the carrier has a first carrier end portion and a second carrier end portion , wherein the spring has a first spring end portion and a second spring end portion , wherein the first carrier end portion is coupled to the first spring end portion by means of the first spring connection part , and wherein the springs are cylindrical springs, in particular cylindrical compression springs, characterized in that either the suspension units are separated from one another or the suspension units are connected to one another in pairs only by means of a direct or indirect connection of their respective second carrier end portions or the suspension units are connected to one another in pairs only by means of a direct or indirect connection of their respective second spring connection parts .
Measurement system for determining a density ρ or a compressibility κ of a liquid medium in a vessel , comprising at least one pressure sensor configured to measure the hydrostatic pressure Δ p of the medium ; at least one ultrasound sensor configured to measure a first time of flight t 1 along a first propagation path comprising a point at the level surface of the medium , and to measure a second time of flight t 2 along a second propagation path , which is different from the first propagation path ; a control unit configured to determine the density ρ or the compressibility κ of the medium based on the measured hydrostatic pressure Δ p , and a ratio of the first time of flight t 1 and the second time of flight t 2 . at least one pressure sensor configured to measure the hydrostatic pressure Δ p of the medium ; at least one ultrasound sensor configured to measure a first time of flight t 1 along a first propagation path comprising a point at the level surface of the medium , and to measure a second time of flight t 2 along a second propagation path , which is different from the first propagation path ; a control unit configured to determine the density ρ or the compressibility κ of the medium based on the measured hydrostatic pressure Δ p , and a ratio of the first time of flight t 1 and the second time of flight t 2 .
Pedal shaft arrangement for a vehicle that can be driven by muscle power and in particular additionally by motor power, for an electric bicycle, eBike, pedelec or the like, comprising: - a pedal shaft for receiving a force and/or a torque from pedalling by means of pedal cranks attached to ends of the pedal shaft , - an output shaft for receiving a force and/or a torque from the pedal shaft , - a mechanical coupling comprising a tap between the ends of the pedal shaft for the transmission of force and/or torque from the pedal shaft to the output shaft , - a first magnetic region on and/or in the output shaft for generating and delivering a first magnetic field that is dependent on the mechanical stress state of the output shaft , - a second magnetic region on and/or in the pedal shaft at an axial distance from the tap of the mechanical coupling and for generating and delivering a second magnetic field that is dependent on the mechanical stress state of the pedal shaft , characterized in that - a sensor arrangement detects a total magnetic field delivered by the pedal shaft arrangement , the total magnetic field resulting from a superimposition of the first magnetic field and the second magnetic field . - a pedal shaft for receiving a force and/or a torque from pedalling by means of pedal cranks attached to ends of the pedal shaft , - an output shaft for receiving a force and/or a torque from the pedal shaft , - a mechanical coupling comprising a tap between the ends of the pedal shaft for the transmission of force and/or torque from the pedal shaft to the output shaft , - a first magnetic region on and/or in the output shaft for generating and delivering a first magnetic field that is dependent on the mechanical stress state of the output shaft , - a second magnetic region on and/or in the pedal shaft at an axial distance from the tap of the mechanical coupling and for generating and delivering a second magnetic field that is dependent on the mechanical stress state of the pedal shaft , characterized in that - a sensor arrangement detects a total magnetic field delivered by the pedal shaft arrangement , the total magnetic field resulting from a superimposition of the first magnetic field and the second magnetic field .
An article gripping system that grips and discharges articles from an article group stored in a container , the article gripping system comprising: a plurality of gripping units that grip the articles; a drive unit that moves at least one of the container and the gripping units relative to the other; and a control unit that controls the drive unit to move at least one of the container and the gripping units to thereby switch the positional relationship between the container and the specific gripping unit between a first positional relationship in which the container obstructs discharge of the articles gripped by the specific gripping unit and a second positional relationship in which the container does not obstruct discharge of the articles gripped by the specific gripping unit. a plurality of gripping units that grip the articles; a drive unit that moves at least one of the container and the gripping units relative to the other; and a control unit that controls the drive unit to move at least one of the container and the gripping units to thereby switch the positional relationship between the container and the specific gripping unit between a first positional relationship in which the container obstructs discharge of the articles gripped by the specific gripping unit and a second positional relationship in which the container does not obstruct discharge of the articles gripped by the specific gripping unit.
Process for preparing C 3 -C 12 alcohols by catalytically hydrogenating the corresponding aldehydes at a temperature in the range of 100-160°C and a pressure in the range of 20-30 bar in the presence of a supported activated Raney-type catalyst, characterized in that the support body is a metal foam and the metal is selected from the group consisting of cobalt, nickel and copper and mixtures thereof, and wherein the supported activated Raney-type catalyst contains 85-95% by weight of nickel and 5-15% by weight of aluminium, based on the total weight of the catalyst.
Coupling device with friction linings (8a,b) in particular for switching auxiliary units in motor vehicles, with a coupling housing mounted for rotation about an axis and on which a first friction lining is arranged, with a cone ring mounted for rotation about the axis and on which a second friction lining is arranged, wherein the friction linings (8a,b) are arranged relative to one another such that they can be brought into flat surface contact in a contact plane , with a spring element by means of which the cone ring is moved along the axis into an operating position in which the friction linings (8a,b) are in contact in the contact plane , and can be held in the operating position, and a coupling actuating device for displacing the cone ring against the spring force of the spring element into an idling position in which the friction linings (8a, b) are not in contact, characterized in that a stop face is provided on the coupling housing and a reference surface (10a, b) is provided on the cone ring , wherein a wear gap which is formed between the stop face and the reference surface (10a, b) becomes wider with increasing wear on the friction linings (8a, b) wherein the coupling device comprises a locking element which is movable into the wear gap when the latter exceeds a fixable maximum width. and a coupling actuating device for displacing the cone ring against the spring force of the spring element into an idling position in which the friction linings (8a, b) are not in contact, characterized in that a stop face is provided on the coupling housing and a reference surface (10a, b) is provided on the cone ring , wherein a wear gap which is formed between the stop face and the reference surface (10a, b) becomes wider with increasing wear on the friction linings (8a, b) wherein the coupling device comprises a locking element which is movable into the wear gap when the latter exceeds a fixable maximum width.