mhurhangee/ep-ind-claims huggingface dataset:
Operating unit for a functional device of a motor vehicle, comprising: - a rotary adjuster which is rotatably mounted on a holding element and which comprises at least one coding element (16, 18), - a detecting device for detecting an absolute angle of rotation between the rotary adjuster and the holding element by means of a coding of the at least one coding element (16, 18), and - a latching device by means of which a plurality of latching positions (A, B, C, D, E, F) for the rotary adjuster are defined in a direction of rotation, - the detecting device being configured to detect the respective latching position (A, B, C, D, E, F) and the absolute angle of rotation between at least two of the latching positions (A, B, C, D, E, F) by means of the coding of the at least one coding element (16, 18), characterised in that - the rotary adjuster comprises three coding elements (16, 18) and the detecting device emits a digital output signal (40, 42) in each case for two of the three coding elements (16, 18) and an analogue output signal for the third of the three coding elements (16, 18), by means of the respective coding of the coding elements (16, 18). - a rotary adjuster which is rotatably mounted on a holding element and which comprises at least one coding element (16, 18), - a detecting device for detecting an absolute angle of rotation between the rotary adjuster and the holding element by means of a coding of the at least one coding element (16, 18), and - a latching device by means of which a plurality of latching positions (A, B, C, D, E, F) for the rotary adjuster are defined in a direction of rotation, - the detecting device being configured to detect the respective latching position (A, B, C, D, E, F) and the absolute angle of rotation between at least two of the latching positions (A, B, C, D, E, F) by means of the coding of the at least one coding element (16, 18), - the rotary adjuster comprises three coding elements (16, 18) and the detecting device emits a digital output signal (40, 42) in each case for two of the three coding elements (16, 18) and an analogue output signal for the third of the three coding elements (16, 18), by means of the respective coding of the coding elements (16, 18).
Separating body for separating a first from a second phase of a liquid, in particular for separating blood serum from blood clots in blood as a liquid, by the application of centrifugal force in a tubular container; comprising: a float made of elastic material having a sealing edge extending around the circumference in the plan view for sealing engagement with the inside of the tubular container in a sealing position; and at least one ballast body attached to the underside of the float; wherein the density of the ballast body is greater than the density of the float and; wherein the density of the entire separating body is in a range of values between the density of the first phase and the density of the second phase of the liquid; characterized in that the float has a local constriction, and is constructed as a membrane in the region of the constriction in order to seal the float off from the liquid in the region of its constriction. a float made of elastic material having a sealing edge extending around the circumference in the plan view for sealing engagement with the inside of the tubular container in a sealing position; and at least one ballast body attached to the underside of the float; wherein the density of the ballast body is greater than the density of the float and; wherein the density of the entire separating body is in a range of values between the density of the first phase and the density of the second phase of the liquid; characterized in that the float has a local constriction, and is constructed as a membrane in the region of the constriction in order to seal the float off from the liquid in the region of its constriction.
A positive electrode active material for a lithium secondary battery, the positive electrode active material comprising lithium transition metal oxide represented by the following Chemical Formula 1, wherein the lithium transition metal oxide includes an Al dopant diffusing from the surface of the lithium transition metal oxide particle, and the Al dopant is distributed with an concentration gradient from the center of the particle toward the surface thereof, wherein 99 at% or more of the Al dopant is distributed within the depth range of 100 nm from the surface of the lithium transition metal oxide particle toward the center thereof: Li a Co 1-x M x O 2 wherein 0.95≤a≤1.05; 0<x≤0.2, and M is Al.
A multi-layer piezoelectric element comprising a multi-layer structure in which a plurality of ceramic layers and a plurality of internal electrodes are stacked alternately one on another, wherein the plurality of ceramic layers comprise piezoelectric material layers and low-rigidity ceramic layer that has rigidity lower than those of the piezoelectric material layer and the internal electrode, wherein the low-rigidity ceramic layer comprises a plurality of ceramic parts that are separated from each other, and wherein at least one of the ceramic parts is bonded with only one piezoelectric material layer of the two piezoelectric material layers that adjoin in the stacking direction.
A neuromodulation system, comprising a first device (10; 50; 72) comprising a non-transitory computer-readable medium comprising instructions configured to cause a microcontroller to cause one or more electrodes to provide a stimulation waveform (500; 600; 700; 800; 900; 1002; 1004; 1006; 1008; 1010; 1012) at the one or more electrodes, wherein the stimulation waveform comprises at least one stimulation phase, and one or more of at least one pre-pulse phase or one post-pulse phase; wherein the at least one pre-pulse phase or at least one post-pulse phase is defined by at least one parameter, the at least one parameter being amplitude, wherein the value of the at least one parameter changes from a first value to a second value during the at least one pre-pulse phase or at least one post-pulse phase, wherein the first value is below an initial recruitment threshold value for a non-target neural element and the second value is above the initial recruitment threshold value for the non-target neural element, and wherein at least a part of the at least one pre-pulse phase or the at least one post-pulse phase is opposite polarity than the at least one stimulation phase. wherein the at least one pre-pulse phase or at least one post-pulse phase is defined by at least one parameter, the at least one parameter being amplitude, wherein the value of the at least one parameter changes from a first value to a second value during the at least one pre-pulse phase or at least one post-pulse phase, wherein the first value is below an initial recruitment threshold value for a non-target neural element and the second value is above the initial recruitment threshold value for the non-target neural element, and wherein at least a part of the at least one pre-pulse phase or the at least one post-pulse phase is opposite polarity than the at least one stimulation phase.
A system for processing greenhouse gases comprising: a collection subsystem configured to collect a gaseous mixture comprising carbon dioxide and methane; a combustion subsystem configured to combust said methane in said gaseous mixture and output a gaseous combustion effluent, wherein said combustion subsystem generates electrical energy, water and additional quantities of said carbon dioxide; and a separation subsystem configured to separate said carbon dioxide and water from said gaseous combustion effluent and send the separated carbon dioxide to carbon dioxide collection and send the separated water to water collection, wherein said separation subsystem comprises: an adsorption chamber comprising an adsorbent material that is arranged to adsorb carbon dioxide from the remaining gaseous combustion effluent by way of a physical adsorption process; and a heat exchanger configured to cool the gaseous combustion effluent prior to the gaseous combustion effluent entering the adsorption chamber and condense water within the gaseous combustion effluent. a collection subsystem configured to collect a gaseous mixture comprising carbon dioxide and methane; a combustion subsystem configured to combust said methane in said gaseous mixture and output a gaseous combustion effluent, wherein said combustion subsystem generates electrical energy, water and additional quantities of said carbon dioxide; and a separation subsystem configured to separate said carbon dioxide and water from said gaseous combustion effluent and send the separated carbon dioxide to carbon dioxide collection and send the separated water to water collection, wherein said separation subsystem comprises: an adsorption chamber comprising an adsorbent material that is arranged to adsorb carbon dioxide from the remaining gaseous combustion effluent by way of a physical adsorption process; and a heat exchanger configured to cool the gaseous combustion effluent prior to the gaseous combustion effluent entering the adsorption chamber and condense water within the gaseous combustion effluent. an adsorption chamber comprising an adsorbent material that is arranged to adsorb carbon dioxide from the remaining gaseous combustion effluent by way of a physical adsorption process; and a heat exchanger configured to cool the gaseous combustion effluent prior to the gaseous combustion effluent entering the adsorption chamber and condense water within the gaseous combustion effluent.
A combined bearing for a shaft of the impeller of a turbomachine comprising in combination: at least one radial bearing member, at least one thrust bearing member and characterised by at least a bearing-fluid impeller of a bearing-fluid boosting pump, the bearing-fluid impeller being integrated in the thrust bearing member of the combined bearing and the bearing-fluid boosting pump being in fluid communication with the thrust bearing member and the radial bearing member.
Valve seat cage arrangement comprising a valve cage and a valve seat, wherein the valve seat can be screwed into the valve cage, wherein the valve cage has in a connection region a valve cage connection inside diameter, in which the valve seat engages in its connection region with its valve seat connection outside diameter and thus forms a radial centering, a screw connection area and a shoulder, wherein the shoulder serves as an axial stop between the valve cage and the valve seat and the valve seat and the valve cage are pressed against each other with an axial contact force component, wherein the screw connection area is located between the connection area and the shoulder, wherein the valve cage port inner diameter and the valve seat port outer diameter form a fit so that the valve seat and the valve cage are centered, wherein a sealing member is provided having a first inner diameter matched to the diameter of the valve cage in a recessed portion, characterized in that the Said sealing element having a further flange-like portion extending into a region formed by said recessed shoulder disposed in said valve seat, said shoulder having a smaller outer diameter than the diameter of said recessed portion of said valve cage, wherein the flange-like portion of the sealing element is compressed between the valve cage and the valve seat and acts as an axial seal between the valve cage and the valve seat.
A doped fiber amplifier comprising a seed source inputting signal light, a first isolator connected with the seed source, a coupler connected with the first isolator, a pump laser and a doped fiber connected with the coupler, a second isolator connected with the doped fiber, an optical splitter connected with the second isolator, and a connection head connected with the optical splitter, wherein the connection head outputs the signal light of the seed source; the pump laser and the first isolator are connected to inputs of the coupler; the doped fiber is connected to an output of the coupler; and the seed source is a laser with a wavelength of 1550 nm; characterized in that the doped fiber is a Se-doped fiber.
A printing apparatus capable of printing images on a label which is characterized by a storage unit that associates and stores therein; (i) fixed image data and label designation information; (ii) a template having at least position information about a position of printing a variable image data and a template name, the template having none of the label designation information and the fixed image data; and (iii) the label designation information and the template name; and a printing control unit that, when receiving a control command which includes the template name and the variable image data from a control apparatus: readouts the label designation information associated with the received template name from the storage unit, readouts the fixed image data associated with the label Z designation information from the storage unit, writes the readout fixed image data into a print buffer, readouts the template associated with the template name from the storage unit, writes the variable image data into the print buffer based on the position information in the template, and prints the fixed image data and the variable image data stored in the print buffer on the label. (i) fixed image data and label designation information; (ii) a template having at least position information about a position of printing a variable image data and a template name, the template having none of the label designation information and the fixed image data; and (iii) the label designation information and the template name; and readouts the label designation information associated with the received template name from the storage unit, readouts the fixed image data associated with the label Z designation information from the storage unit, writes the readout fixed image data into a print buffer, readouts the template associated with the template name from the storage unit, writes the variable image data into the print buffer based on the position information in the template, and prints the fixed image data and the variable image data stored in the print buffer on the label.
A method for manufacturing a water-treatment separation membrane, the method comprising: preparing a porous support; forming a polyamide active layer on the porous support by using an interfacial polymerization of an aqueous solution comprising an amine compound and an organic solution comprising an acyl halide compound; and coating a coating solution comprising a random copolymer comprising monomers represented by the following Chemical Formulae 1 to 3 onto the polyamide active layer, wherein a content of the random copolymer is 0.5 wt% to 2 wt% based on a total weight of the coating solution: in Chemical Formula 3, R 1 to R 3 are the same as or different from each other, and are each independently hydrogen; or a substituted or unsubstituted alkyl group, a content of the monomer of Chemical Formula 1 is 70 wt% to 90 wt% based on the entire random copolymer, a content of the monomer of Chemical Formula 2 is 5 wt% to 25 wt% based on the entire random copolymer, a content of the monomer of Chemical Formula 3 is 5 wt% to 25 wt% based on the entire random copolymer. preparing a porous support; forming a polyamide active layer on the porous support by using an interfacial polymerization of an aqueous solution comprising an amine compound and an organic solution comprising an acyl halide compound; and coating a coating solution comprising a random copolymer comprising monomers represented by the following Chemical Formulae 1 to 3 onto the polyamide active layer, wherein a content of the random copolymer is 0.5 wt% to 2 wt% based on a total weight of the coating solution: in Chemical Formula 3, R 1 to R 3 are the same as or different from each other, and are each independently hydrogen; or a substituted or unsubstituted alkyl group, a content of the monomer of Chemical Formula 1 is 70 wt% to 90 wt% based on the entire random copolymer, a content of the monomer of Chemical Formula 2 is 5 wt% to 25 wt% based on the entire random copolymer, a content of the monomer of Chemical Formula 3 is 5 wt% to 25 wt% based on the entire random copolymer. R 1 to R 3 are the same as or different from each other, and are each independently hydrogen; or a substituted or unsubstituted alkyl group, a content of the monomer of Chemical Formula 1 is 70 wt% to 90 wt% based on the entire random copolymer, a content of the monomer of Chemical Formula 2 is 5 wt% to 25 wt% based on the entire random copolymer, a content of the monomer of Chemical Formula 3 is 5 wt% to 25 wt% based on the entire random copolymer.
A donepezil microsphere comprising a biodegradable, biocompatible polymer, which comprises donepezil or a pharmaceutically acceptable salt thereof, and a poorly soluble salt of donepezil as a controlled release agent, wherein the content of donepezil is 15% by weight or more; the poorly soluble salt of donepezil is xinafoate, napadisilate or pamoate; and the biodegradable, biocompatible polymer is poly(lactide-co-glycolide), polylactide, polyglycolide, polycaprolactone, gelatin, hyaluronate or a mixture thereof.
An adjustable-section fan nozzle comprising a ring of deformable panels arranged close to its trailing edge, wherein each panel comprises a dual-strip type structure comprising an inner strip of thermally-insulating material together with at least one outer strip of metal, said strips presenting different coefficients of expansion and being assembled one against another so that a variation in temperature induces deformation of said dual-strip type structure caused by the difference between said coefficients of expansion, and wherein controlled heater means (30, 32) comprise electrical resistances distributed over the surfaces of the metal strips and in thermal contact therewith, the difference in elongation of the two strips, under the effect of a rise in temperature, causes the panel to curve in a direction tending to reduce the flowsection at the outlet from the nozzle, and wherein each panel carries a movement sensor enabling the bending of the panels to be evaluated, the signals issued by the sensors being used in a servo-control loop configured to determine the amount of electric current to be injected into the resistances in order to obtain the desired amount of bending for the panels.
A method for evaluating a quality of a combination of a network slice configuration and an ATSSS configuration for providing data traffic in a network, wherein the method is performed by a Network Coordinating Unit and comprises the following steps • obtaining a network slice configuration and an ATSSS configuration for a communication use case; • determining a quality of a combination of the network slice configuration and the ATSSS configuration and determining if the quality represents a mutually supporting combination or a mutually interfering combination of a network configuration. • obtaining a network slice configuration and an ATSSS configuration for a communication use case; • determining a quality of a combination of the network slice configuration and the ATSSS configuration and determining if the quality represents a mutually supporting combination or a mutually interfering combination of a network configuration.
A composition comprising Aronia extract in an amount of at least 10 μg/mg and selenium in an amount of from 0.0001 μg/mg to 2.0 μg/mg, wherein the Aronia extract is obtainable by pressing whole Aronia fruits or by concentrating A ronia juice.
A method for using a first mobile subscriber device as a hotspot service provider, the method comprising a hotspot management computing device performing the actions of: performing a first registration of the first mobile subscriber device as a first hotspot service provider, the first registration including identifying an account of an owner of the first mobile subscriber device; allocating an amount of resources of the first mobile subscriber device to provide a hotspot service to other mobile subscriber devices and reserve a portion of the resources of the first mobile subscriber device for use by the first mobile subscriber device; performing a second registration of a second mobile subscriber device in a coverage area of the first mobile subscriber device as a hotspot service consumer, the second registration including identifying an account of an owner of the second mobile subscriber device; charging a first amount against an account of the owner of the second mobile subscriber device, the first amount based on a resource usage of the allocated amount of resources by the second mobile subscriber device via the first device; and crediting at least a portion of the first amount to the account of the owner of the first mobile subscriber device. performing a first registration of the first mobile subscriber device as a first hotspot service provider, the first registration including identifying an account of an owner of the first mobile subscriber device; allocating an amount of resources of the first mobile subscriber device to provide a hotspot service to other mobile subscriber devices and reserve a portion of the resources of the first mobile subscriber device for use by the first mobile subscriber device; performing a second registration of a second mobile subscriber device in a coverage area of the first mobile subscriber device as a hotspot service consumer, the second registration including identifying an account of an owner of the second mobile subscriber device; charging a first amount against an account of the owner of the second mobile subscriber device, the first amount based on a resource usage of the allocated amount of resources by the second mobile subscriber device via the first device; and crediting at least a portion of the first amount to the account of the owner of the first mobile subscriber device.
A tire position learning apparatus for a tire pressure monitoring system comprising: a plurality of tire module units(210- 240) mounted on a tire of the vehicle respectively so as to detect pressure information and transmit same via an ultra-wide band signal; and a vehicle module unit operable to communicate with the plurality of tire module units (210- 240) via UWB signals so as to detect individual tire pressures and any tire in a position where low pressure has occurred and notifies the user of same, characterized in that the vehicle module unit comprises: a plurality of vehicle UWB communication units operable to respectively communicate with the plurality of tire module units (210- 240) via UWB signals. a plurality of tire module units(210- 240) mounted on a tire of the vehicle respectively so as to detect pressure information and transmit same via an ultra-wide band signal; and a vehicle module unit operable to communicate with the plurality of tire module units (210- 240) via UWB signals so as to detect individual tire pressures and any tire in a position where low pressure has occurred and notifies the user of same, characterized in that the vehicle module unit comprises: a plurality of vehicle UWB communication units operable to respectively communicate with the plurality of tire module units (210- 240) via UWB signals.