mhurhangee/patent-ind-claim-en huggingface dataset:
A system for correcting a temperature-dependent sweat analyte measurement, the system comprising: a sweat collector for collecting sweat from skin; an outlet from which the sweat can evaporate; a capillary for transporting the sweat from the sweat collector to the outlet; a flow sensor for measuring a flow rate of the sweat through the capillary; an analyte sensor for obtaining the sweat analyte measurement from the sweat; and a controller configured to: determine a temperature from the measured flow rate; and correct the sweat analyte measurement based on the determined temperature. a sweat collector for collecting sweat from skin; an outlet from which the sweat can evaporate; a capillary for transporting the sweat from the sweat collector to the outlet; a flow sensor for measuring a flow rate of the sweat through the capillary; an analyte sensor for obtaining the sweat analyte measurement from the sweat; and a controller configured to: determine a temperature from the measured flow rate; and correct the sweat analyte measurement based on the determined temperature. determine a temperature from the measured flow rate; and correct the sweat analyte measurement based on the determined temperature.
A method for producing a population of semiconductor nanocrystals, comprising: combining a plurality of semiconductor nanocrystal cores, at least one solvent, a first semiconductor shell precursor, and a second semiconductor shell precursor, wherein the first semiconductor shell precursor is selected from the group consisting of Group 2, 12, 13 and 14 element-containing compounds and wherein the second semiconductor shell precursor is selected from the group consisting of Group 14, 15 and 16 element-containing compounds, wherein the first and second semiconductor shell precursors are different, and at least two different oxoacid compounds to provide a reaction mixture, wherein the at least two different oxoacid compounds comprise a first oxoacid compound and a second oxoacid compound, the first oxoacid compound and the second oxoacid compound are phosphonic acid compounds, the first and second oxoacid compounds have different molecular weights, and the mole fraction of the lower molecular weight oxoacid compound relative to the total number of moles of oxoacid compounds is greater than 5%; and heating the reaction mixture for a period of time sufficient to induce formation of a semiconductor shell layer on at least one core, thereby producing a population of semiconductor nanocrystals. combining a plurality of semiconductor nanocrystal cores, at least one solvent, a first semiconductor shell precursor, and a second semiconductor shell precursor, wherein the first semiconductor shell precursor is selected from the group consisting of Group 2, 12, 13 and 14 element-containing compounds and wherein the second semiconductor shell precursor is selected from the group consisting of Group 14, 15 and 16 element-containing compounds, wherein the first and second semiconductor shell precursors are different, and at least two different oxoacid compounds to provide a reaction mixture, wherein the at least two different oxoacid compounds comprise a first oxoacid compound and a second oxoacid compound, the first oxoacid compound and the second oxoacid compound are phosphonic acid compounds, the first and second oxoacid compounds have different molecular weights, and the mole fraction of the lower molecular weight oxoacid compound relative to the total number of moles of oxoacid compounds is greater than 5%; and heating the reaction mixture for a period of time sufficient to induce formation of a semiconductor shell layer on at least one core, thereby producing a population of semiconductor nanocrystals.
Exhaust gas after treatment clamping apparatus , said clamping apparatus including clamping means for clamping two or more exhaust gas after treatment sections together in use, said clamping means including at least one outer or outermost band or strap member that is annular or substantially annular in form; and at least one additional inner or innermost band or strap member, or band or strap segment , that is arranged to be in overlapping relationship with the at least one outer or outermost band or strap member in use; the outer or outermost band or strap member arranged to move between a clamped position and an unclamped position in use, and wherein attachment means are provided on or associated with the clamping means for attaching one or more components to said clamping means in use, said components consisting of any or any combination of one or more sensor means , one or more dispensing means or one or more electronic components, the attachment means are provided on or associated with the at least one additional inner or innermost band or strap member, or band or strap segment ; characterised in that said attachment means includes component location means, socket or sleeve member that protrudes outwardly from an outer or outwardly facing surface of the at least one additional inner or innermost band or strap member, or band or strap segment in use.
A tray (10; 10') designed to receive at least one cartridge comprising a plunger movable inside the cartridge , said tray (10; 10') comprising: at least one recess extending along an engagement axis (X), each recess being surrounded by a side wall ; the or each recess having an upwardly, along the engagement axis (X), extending post located therein, each recess further comprising a plurality of protruding retaining members extending radially from said side wall into the recess ; wherein the tray (10; 10') is configured to retain the cartridge inside the recess by said plurality of protruding retaining members , and wherein the post is configured to abut the plunger of the cartridge when the cartridge is inserted in the recess, such that each cartridge is spaced from a bottom wall of said recess . at least one recess extending along an engagement axis (X), each recess being surrounded by a side wall ; the or each recess having an upwardly, along the engagement axis (X), extending post located therein, each recess further comprising a plurality of protruding retaining members extending radially from said side wall into the recess ; wherein the tray (10; 10') is configured to retain the cartridge inside the recess by said plurality of protruding retaining members , and wherein the post is configured to abut the plunger of the cartridge when the cartridge is inserted in the recess, such that each cartridge is spaced from a bottom wall of said recess .
A method, comprising: illuminating a region within time-of-flight camera system's field of view wherein illuminating said region comprises: partitioning the field of view into different partitions that can be individually illuminated; and illuminating each partition individually in succession; and determining depth profile information within said field of view using time-of-flight measurement techniques; determining one or more smaller regions within said field of view where a received signal from said illuminating was weak; re-illuminating said one or more smaller regions with stronger light than said one or more smaller regions received during said illuminating, each of said one or more smaller regions being smaller than said region and wherein said re-illuminating said one or more smaller regions comprises re-illuminating a partition with said field of view where said one or more smaller regions resides; and, determining depth profile information within said one or more smaller regions . illuminating a region within time-of-flight camera system's field of view wherein illuminating said region comprises: partitioning the field of view into different partitions that can be individually illuminated; and illuminating each partition individually in succession; and partitioning the field of view into different partitions that can be individually illuminated; and illuminating each partition individually in succession; and determining depth profile information within said field of view using time-of-flight measurement techniques; determining one or more smaller regions within said field of view where a received signal from said illuminating was weak; re-illuminating said one or more smaller regions with stronger light than said one or more smaller regions received during said illuminating, each of said one or more smaller regions being smaller than said region and wherein said re-illuminating said one or more smaller regions comprises re-illuminating a partition with said field of view where said one or more smaller regions resides; and, determining depth profile information within said one or more smaller regions .
Method for producing a housing for electronics , in particular for controlling an electric motor, wherein the housing is formed by a first housing element and a second housing element , wherein the housing elements comprise aluminium or an aluminium alloy, and at least one of the housing elements is produced by means of a diecasting process, wherein the housing elements are at least partly connected to one another in a fluid-tight manner by means of multilayer laser beam welding, wherein a multilayer weld seam of the multilayer laser beam welding is made up of at least a first weld-seam layer and at least a second weld-seam layer , wherein the second weld-seam layer is applied on top of the first weld-seam layer, characterized in that the width of the first weld-seam layer is made to be less than the width of the second weld-seam layer .
A drive unit for a hybrid vehicle, the drive unit including a prime mover that includes an engine , a first motor , and a second motor , wherein a drive torque generated by the prime mover is delivered to an output element connected to drive wheels ; a first differential mechanism that includes a first rotary element connected to the engine , a second rotary element , and a third rotary element ; a second differential mechanism that includes a fourth rotary element connected to the second rotary element , a fifth rotary element connected to the first motor , and a sixth rotary element connected to the second motor and the output element ; a first engagement device (CL1) that selectively connects the first rotary element and the second rotary element or selectively connects the first rotary element and the third rotary element or selectively connects the second rotary element and the third rotary element when engaged; a second engagement device (CL2); and a third engagement device (BK), characterized in that the second engagement device (CL2) connects the third rotary element to the fifth rotary element or to the sixth rotary element when engaged; and the third engagement device (BK) connects the first rotary element and a predetermined stationary member when engaged. a prime mover that includes an engine , a first motor , and a second motor , wherein a drive torque generated by the prime mover is delivered to an output element connected to drive wheels ; a first differential mechanism that includes a first rotary element connected to the engine , a second rotary element , and a third rotary element ; a second differential mechanism that includes a fourth rotary element connected to the second rotary element , a fifth rotary element connected to the first motor , and a sixth rotary element connected to the second motor and the output element ; a first engagement device (CL1) that selectively connects the first rotary element and the second rotary element or selectively connects the first rotary element and the third rotary element or selectively connects the second rotary element and the third rotary element when engaged; a second engagement device (CL2); and a third engagement device (BK), characterized in that the second engagement device (CL2) connects the third rotary element to the fifth rotary element or to the sixth rotary element when engaged; and the third engagement device (BK) connects the first rotary element and a predetermined stationary member when engaged.
A polyolefin-based composition comprising: (A) a first polymer composition comprising an ethylene polymer grafted with an unsaturated monomer, and (B) a second polymer composition comprising a propylene polymer, wherein the ethylene polymer grafted with an unsaturated monomer is covalently bonded to the propylene polymer; and wherein the propylene polymer is an impact polypropylene copolymer. (A) a first polymer composition comprising an ethylene polymer grafted with an unsaturated monomer, and (B) a second polymer composition comprising a propylene polymer,
Transport device for transporting a structural part , which is elongate with respect to a main direction of extent , having a first end and a second end , wherein the first end is closer to a centre of gravity of the structural part than the second end , comprising: a structural part receptacle and a lifting device , wherein the structural part receptacle is coupled to the lifting device via a fixed bearing so as to be rotatable about at least a first axis of rotation ; wherein the lifting device is designed to move the fixed bearing at least in a vertical direction; wherein the structural part receptacle comprises a fastening which is designed to fasten the structural part to the structural part receptacle , characterized in that the transport device has a guide region which is designed and arranged to be at least intermittently in contact with the structural part receptacle when straightening up the structural part, wherein the structural part receptacle is designed in such a way that, if a common centre of gravity of the structural part receptacle and of the structural part to be transported is situated along the main direction of extent of the structural part between the first end of the structural part and the fixed bearing , there occurs a straightening-up torque which fundamentally causes the structural part receptacle to be straightened up together with the structural part . a structural part receptacle and a lifting device , wherein the structural part receptacle is coupled to the lifting device via a fixed bearing so as to be rotatable about at least a first axis of rotation ; wherein the lifting device is designed to move the fixed bearing at least in a vertical direction; wherein the structural part receptacle comprises a fastening which is designed to fasten the structural part to the structural part receptacle , characterized in that the transport device has a guide region which is designed and arranged to be at least intermittently in contact with the structural part receptacle when straightening up the structural part, wherein the structural part receptacle is designed in such a way that, if a common centre of gravity of the structural part receptacle and of the structural part to be transported is situated along the main direction of extent of the structural part between the first end of the structural part and the fixed bearing , there occurs a straightening-up torque which fundamentally causes the structural part receptacle to be straightened up together with the structural part .
A method for producing surface functionalised semiconducting nanoparticles comprising reacting first and second nanoparticle precursor species in the presence of a nanoparticle surface binding ligand, wherein the nanoparticle surface binding ligand is 11-mercapto-undecene or has a formula said reaction being effected under conditions permitting binding of said surface binding ligand to the growing nanoparticles to produce said surface functionalised nanoparticles, wherein the first nanoparticle precursor species contains a first ion selected from group 11, 12, 13 or 14 of the periodic table to be incorporated into the growing nanoparticles and the second nanoparticle precursor species contains a second ion selected from group 14, 15 or 16 of the periodic table to be incorporated into the growing nanoparticles.
A threaded implant comprising: An elongated main body having external threads configured to thread into bone; an internal support structure located within the external threads and having a helical arrangement that extends in an opposite direction to the external threads, characterized in that the implant comprises a helical porous infill between the external threads . An elongated main body having external threads configured to thread into bone; an internal support structure located within the external threads and having a helical arrangement that extends in an opposite direction to the external threads, characterized in that the implant comprises a helical porous infill between the external threads .
A security element in form of a strip having a first polymer layer which comprises at least one embossed diffraction structure , at least one reflection layer which optically interacts with the diffraction structure in order to form a reflection hologram as a first visually recognisable security feature, and at least one imprint which is luminescent under UV radiation and which forms a second security feature that is recognisable under UV light, wherein the reflection hologram comprises at least one see-through region on the second security feature, wherein the luminescent imprint comprises a halftone print image , and the see-through region is formed by at least one recess in the reflection layer and by the polymer layer which is free in this region of the recess from the diffraction structure at least above the halftone print image of the imprint .
A milk texturing and dispensing assembly comprising: a milk pump in fluid communication with a milk inlet arrangement and an outlet for dispensing milk into a container, the milk pump being arranged to progress milk from the milk inlet arrangement to the outlet; an aeration assembly to introduce air into the milk, wherein the aeration assembly is coupled to a controller for control thereby; and a first flow meter arranged to sense a first milk volume per unit of time upstream of the aeration assembly and being characterized by comprising a second flow meter arranged to sense a second milk volume per unit of time downstream of the aeration assembly; wherein the controller is configured to operate the aeration assembly taking into account the first milk volume per unit of time and the second milk volume per unit of time. a milk pump in fluid communication with a milk inlet arrangement and an outlet for dispensing milk into a container, the milk pump being arranged to progress milk from the milk inlet arrangement to the outlet; an aeration assembly to introduce air into the milk, wherein the aeration assembly is coupled to a controller for control thereby; and a first flow meter arranged to sense a first milk volume per unit of time upstream of the aeration assembly and being characterized by comprising a second flow meter arranged to sense a second milk volume per unit of time downstream of the aeration assembly; wherein the controller is configured to operate the aeration assembly taking into account the first milk volume per unit of time and the second milk volume per unit of time.
A process for preparing a drug substance comprising the steps of: providing an amphetamine or a pharmaceutically acceptable salt, or solvate thereof, as an active pharmaceutical ingredient, wherein the amphetamine is produced by a process that comprises the steps of performing a cuprate addition reaction upon an aziridine phosphoramidate compound to obtain an ethyl phosphoramidate amphetamine precursor, and deprotecting the ethyl phosphoramidate amphetamine precursor under acidic conditions effective to produce the amphetamine, characterized in that the amphetamine, - comprises not more than 0.1% by weight of amphetamine-process related impurity, and - is a racemic mixture of amphetamine isomers, wherein the racemic mixture of amphetamine isomers is made according to the process comprising the steps 1b and 2b: providing a compound of Formula 6a: ; and deprotecting the compound of Formula 6a under acidic conditions effective to produce a racemic mixture of amphetamine isomers of Formula 7: providing an amphetamine or a pharmaceutically acceptable salt, or solvate thereof, as an active pharmaceutical ingredient, wherein the amphetamine is produced by a process that comprises the steps of performing a cuprate addition reaction upon an aziridine phosphoramidate compound to obtain an ethyl phosphoramidate amphetamine precursor, and deprotecting the ethyl phosphoramidate amphetamine precursor under acidic conditions effective to produce the amphetamine, characterized in that the amphetamine, - comprises not more than 0.1% by weight of amphetamine-process related impurity, and - is a racemic mixture of amphetamine isomers, wherein the racemic mixture of amphetamine isomers is made according to the process comprising the steps 1b and 2b: providing a compound of Formula 6a: ; and deprotecting the compound of Formula 6a under acidic conditions effective to produce a racemic mixture of amphetamine isomers of Formula 7: - comprises not more than 0.1% by weight of amphetamine-process related impurity, and - is a racemic mixture of amphetamine isomers, wherein the racemic mixture of amphetamine isomers is made according to the process comprising the steps 1b and 2b: providing a compound of Formula 6a: ; and deprotecting the compound of Formula 6a under acidic conditions effective to produce a racemic mixture of amphetamine isomers of Formula 7: providing a compound of Formula 6a: ; and deprotecting the compound of Formula 6a under acidic conditions effective to produce a racemic mixture of amphetamine isomers of Formula 7: