mhurhangee/ep-ind-claims huggingface dataset:
A neurostimulation device for determining whether a user is a candidate for deep brain stimulation or thalamotomy, the neurostimulation device comprising: one or more electrodes configured to generate neurostimulation; one or more sensors configured to detect tremor features after application of the neurostimulation, wherein the neurostimulation comprises transcutaneous neurostimulation; a controller configured to provide data based on the one or more sensors, wherein the data comprises an assessment of a response of the user to the neurostimulation over a prespecified usage period; characterized in that the assessment of the response indicates a likelihood that the user will respond to deep brain stimulation or thalamotomy. one or more electrodes configured to generate neurostimulation; one or more sensors configured to detect tremor features after application of the neurostimulation, wherein the neurostimulation comprises transcutaneous neurostimulation; a controller configured to provide data based on the one or more sensors, wherein the data comprises an assessment of a response of the user to the neurostimulation over a prespecified usage period; characterized in that the assessment of the response indicates a likelihood that the user will respond to deep brain stimulation or thalamotomy.
Packaging for free-flowing filling goods comprising: - an inner plastic container that receives the filling goods with a jacket and a bottom adjoining the jacket and - an outer envelope made of cardboard arranged on the jacket, wherein the envelope is form-fittingly held on the jacket, wherein at least one recessed grip is formed on the jacket and wherein at least one recess exists on the envelope, characterized in that the edge of the recessed grip is formed at least partially protruding over the lateral surface and that the dimensions of the at least one recess correspond to the raised edge (33 so that, after the envelope has been mounted onto the jacket, the recess can be engaged with the edge of the recessed grip. - an inner plastic container that receives the filling goods with a jacket and a bottom adjoining the jacket and - an outer envelope made of cardboard arranged on the jacket, wherein the envelope is form-fittingly held on the jacket, wherein at least one recessed grip is formed on the jacket and wherein at least one recess exists on the envelope, characterized in that the edge of the recessed grip is formed at least partially protruding over the lateral surface and that the dimensions of the at least one recess correspond to the raised edge (33 so that, after the envelope has been mounted onto the jacket, the recess can be engaged with the edge of the recessed grip. that the edge of the recessed grip is formed at least partially protruding over the lateral surface and that the dimensions of the at least one recess correspond to the raised edge (33 so that, after the envelope has been mounted onto the jacket, the recess can be engaged with the edge of the recessed grip.
A medical device comprising: a metallic substrate and a polymeric region disposed over and in contact with the metallic substrate, said polymeric region comprising a fluorine-containing polymer that comprises a fluorine-containing monomer selected from a vinylidene fluoride monomer, a hexafluoropropylene monomer, and a combination thereof, and an adhesion promoting copolymer that comprises (i) a first monomer that covalently or non-covalently bonds with the metallic substrate and (ii) a second monomer selected from acrylate monomers, methacrylate monomers, fluorine-containing monomers, and combinations thereof wherein said polymeric region comprises a polymeric layer disposed over and in contact with said metallic substrate, said polymeric layer comprising said fluorine-containing polymer and said adhesion promoting copolymer.
A method of correcting an input depth image, comprising: receiving the input depth image captured by a depth sensor, wherein the input depth image comprises pixels, the pixels having respective depth values in the input depth image; determining per-pixel correction values for the pixels utilizing depth calibration data for a non-linear error model calibrated for the depth sensor, wherein the depth calibration data comprises a parameter matrix comprising error fitting parameters for the pixels, the determining further comprising: identifying pluralities of the pixels of the input depth image that form respective patches, wherein the patches are assigned respective subsets of the depth calibration data, wherein a plurality of the pixels included in a patch shares a subset of the depth calibration data, wherein the patches are assigned respective error fitting parameters of the parameter matrix, and wherein a plurality of the pixels included in a patch shares error fitting parameters assigned to the patch, wherein each of the patches is a preset fraction of the input depth image, the preset fraction of the input depth image being independent of a resolution of the input depth image captured by the depth sensor, and wherein the per-pixel correction values are determined based on portions of the depth calibration data respectively corresponding to the pixels and the depth values; applying the per-pixel correction values to the depth values to generate a corrected depth image; and outputting the corrected depth image. receiving the input depth image captured by a depth sensor, wherein the input depth image comprises pixels, the pixels having respective depth values in the input depth image; determining per-pixel correction values for the pixels utilizing depth calibration data for a non-linear error model calibrated for the depth sensor, wherein the depth calibration data comprises a parameter matrix comprising error fitting parameters for the pixels, the determining further comprising: identifying pluralities of the pixels of the input depth image that form respective patches, wherein the patches are assigned respective subsets of the depth calibration data, wherein a plurality of the pixels included in a patch shares a subset of the depth calibration data, wherein the patches are assigned respective error fitting parameters of the parameter matrix, and wherein a plurality of the pixels included in a patch shares error fitting parameters assigned to the patch, wherein each of the patches is a preset fraction of the input depth image, the preset fraction of the input depth image being independent of a resolution of the input depth image captured by the depth sensor, and wherein the per-pixel correction values are determined based on portions of the depth calibration data respectively corresponding to the pixels and the depth values; applying the per-pixel correction values to the depth values to generate a corrected depth image; and outputting the corrected depth image.
A drag reducing composition comprising: from 10 to 45% by weight, based on the drag reducing composition, a finely divided, solid polyolefin friction-reducing agent formed from monolefins containing from 2 to 30 carbon atoms; and from 50 to 80% by weight, based on the drag reducing composition, a suspending medium, said suspending medium comprising 2,2,4-trimethyl-1,3-pentanediol monoisobutyrate and water from 0 to 10% by weight of the drag reducing composition, said suspending medium being present in an amount to provide a flowable suspension of said polyolefin friction-reducing agent. from 10 to 45% by weight, based on the drag reducing composition, a finely divided, solid polyolefin friction-reducing agent formed from monolefins containing from 2 to 30 carbon atoms; and from 50 to 80% by weight, based on the drag reducing composition, a suspending medium, said suspending medium comprising 2,2,4-trimethyl-1,3-pentanediol monoisobutyrate and water from 0 to 10% by weight of the drag reducing composition, said suspending medium being present in an amount to provide a flowable suspension of said polyolefin friction-reducing agent.
An electric power steering apparatus that calculates a current command value with reference to an assist map inputting a steering torque and assist-controls a steering system of a vehicle by driving a motor based on said current command value, characterized in that said electric power steering apparatus comprising: a first phase compensating section provided at a front stage of said assist map a second phase compensating section provided at a rear stage of said assist map; wherein said current command value is calculated with a characteristic of which sloping increases for an absolute value of said steering torque being inputted into said first phase compensating section and is outputted from said second phase compensating section, wherein said first phase compensating section and said second phase compensating section are reverse characteristic each other, and wherein vibrations of operating members are suppressed. a first phase compensating section provided at a front stage of said assist map a second phase compensating section provided at a rear stage of said assist map; wherein said current command value is calculated with a characteristic of which sloping increases for an absolute value of said steering torque being inputted into said first phase compensating section and is outputted from said second phase compensating section, wherein said first phase compensating section and said second phase compensating section are reverse characteristic each other, and wherein vibrations of operating members are suppressed.
Food processing device (10a; 10b; 10c; 10d), in particular cookware device, having at least one stirring unit (12a; 12b; 12c; 12d), comprising at least one stirring element (14a; 14b; 14c; 14d), having at least one drive unit (16a; 16b; 16c; 16d) for driving the stirring unit (12a; 12b; 12c; 12d) and having at least one fastening unit (18a; 18b; 18c; 18d) for fastening the stirring unit (12a; 12b; 12c; 12d) to the drive unit (16a; 16b, 16c; 16d), wherein the drive unit (16a; 16b; 16c; 16d), in at least one operating state, is arranged at least in an upper region (20a; 20b; 20c; 20d) of the stirring unit (12a; 12b, 12c; 12d) and the fastening unit (18a; 18b; 18c; 18d) has at least one magnetic fastening element (22a; 22b; 22c; 22d) for magnetically fastening the stirring unit (12a; 12b; 12c; 12d) to the drive unit (16a; 16b; 16c; 16d), characterised in that the stirring element (14a; 14c; 14d) is embodied as a close-clearance stirring element (24a; 24c; 24d), or that the stirring unit (12a; 12b) has at least one complementary element (36a; 36b) which can be attached magnetically to the stirring element (14a; 14b) and which has close clearance.
An electric ignition device for combustible material in a heating device, comprising an electric heating element with a ceramic support, wherein electrical resistors are supported in/at said ceramic support, said heating element at least predominantly housed in a hollow profile surrounding the exterior of the heating element and supported in the hollow profile, characterized in that a metallic fastener (18, 19) is formed on the ceramic support, wherein a metallic retaining element (15, 16) is fastened, in particular is soldered or welded, to the exterior surface of the ceramic support via said metallic fastener (18, 19), wherein at least one metallic retaining element (15, 16) protrudes from the exterior surface of the ceramic support and wherein said at least one protruding retaining element is firmly connected, in particular is soldered or welded, to the hollow profile in a section facing away from the ceramic support, such that a rigid connection is formed between the ceramic support and the hollow profile, which spaces the exterior surface of the ceramic support apart from the interior surface of the hollow profile, and that ambient air flowing into an interior space between the hollow profile and the heating element and flowing past the at least one retaining element (15, 16) is heated when the heating element is supplied with electric energy, wherein said ambient air subsequently exits the ignition device at a hot-air end portion in the form of a hot air stream.
Endotracheal device for mechanical ventilation suitable to be partly positioned inside the trachea of a patient, and comprising: - a ventilation tube including at least a proximal port, suitable to be constrained to a machine for mechanical ventilation, and at least a distal port in fluid communication with said proximal port, - primary seal means suitable to allow sealing of said device inside the trachea and comprising an inflatable and deflatable primary cuff, - irrigation means of said trachea suitable to allow irrigation operations in proximity of said primary cuff, - secondary seal means of said device in said trachea, suitable to allow at least temporary sealing of said device inside said trachea and comprising a secondary cuff placed in proximity of said primary seal means, - wherein said irrigation means comprise at least an irrigation lumen, suitable to allow the flow of an irrigation fluid from the outside to the inside of said trachea, - wherein said irrigation lumen terminates with at least one or more ports having a direction inclined with respect to the normal direction of the axis of the tube such as to direct the flow of irrigation fluid delivered from the port towards the area of said primary cuff and to favour irrigation of the trachea at the level and in proximity of said primary cuff, characterized in that said secondary cuff is placed in distal position with respect to said primary cuff. - a ventilation tube including at least a proximal port, suitable to be constrained to a machine for mechanical ventilation, and at least a distal port in fluid communication with said proximal port, - primary seal means suitable to allow sealing of said device inside the trachea and comprising an inflatable and deflatable primary cuff, - irrigation means of said trachea suitable to allow irrigation operations in proximity of said primary cuff, - secondary seal means of said device in said trachea, suitable to allow at least temporary sealing of said device inside said trachea and comprising a secondary cuff placed in proximity of said primary seal means, - wherein said irrigation means comprise at least an irrigation lumen, suitable to allow the flow of an irrigation fluid from the outside to the inside of said trachea, - wherein said irrigation lumen terminates with at least one or more ports having a direction inclined with respect to the normal direction of the axis of the tube such as to direct the flow of irrigation fluid delivered from the port towards the area of said primary cuff and to favour irrigation of the trachea at the level and in proximity of said primary cuff, characterized in that said secondary cuff is placed in distal position with respect to said primary cuff.
A method of provisioning a plurality of operatively interconnected first type node devices in a network, each first type node device comprising a short range communication interface and configured for operating under control of a network backend server and an application backend server separate from said network backend server, said method comprises method performed by an application provisioner associated with said first type node devices comprising the steps of: - obtaining device specific network provisioning data for and identifying said first type node devices from said network backend server; - obtaining an application credential for said first type node devices the application credential being known to the application backend server and unknown to the network backend server, and - provisioning said first type node devices by distributing said application credential to each of said first type node devices over a short range communication interface of said first type node device upon successfully mutual authentication with said first type node device using said device specific network provisioning data; wherein each first type node device is joined to said network under control of said network backend server, prior to said step of obtaining said device specific network provisioning data for said first type node devices. - obtaining device specific network provisioning data for and identifying said first type node devices from said network backend server; - obtaining an application credential for said first type node devices the application credential being known to the application backend server and unknown to the network backend server, and - provisioning said first type node devices by distributing said application credential to each of said first type node devices over a short range communication interface of said first type node device upon successfully mutual authentication with said first type node device using said device specific network provisioning data;
A blood pump casing, comprising: a unitary body defining: an inlet chamber extending along a first axis and having a first radius perpendicular to the first axis; a transition chamber connected to the inlet chamber and having a wall extending in a circumferential direction around the first axis, the wall having a major radius and a minor radius from the first axis, the major radius being greater than the first radius; a post extending from the transition chamber into the inlet chamber along the first axis, the post tapering in the direction around the first axis toward the inlet chamber; and an outlet connected to the transition chamber and extending along a second axis transverse to the first axis, the outlet including a first segment extending from a juncture of the outlet and the transition chamber, and a second segment extending from the first segment, wherein a cross-sectional area of the second segment is larger than a cross-sectional area of the first segment. an inlet chamber extending along a first axis and having a first radius perpendicular to the first axis; a transition chamber connected to the inlet chamber and having a wall extending in a circumferential direction around the first axis, the wall having a major radius and a minor radius from the first axis, the major radius being greater than the first radius; a post extending from the transition chamber into the inlet chamber along the first axis, the post tapering in the direction around the first axis toward the inlet chamber; and an outlet connected to the transition chamber and extending along a second axis transverse to the first axis, the outlet including a first segment extending from a juncture of the outlet and the transition chamber, and a second segment extending from the first segment, wherein a cross-sectional area of the second segment is larger than a cross-sectional area of the first segment.
A nacelle structure surrounding a fan, comprising: • an air inlet having an inside surface defining an air feed channel; and • at least one ring (22, 32, 42) arranged in said air inlet and selectively movable between a deployed position in which said at least one ring is moved radially inwards from said inside surface without becoming spaced apart therefrom so as to form a continuous obstacle to shock waves coming from said fan, and a retracted position in which said at least one ring is moved radially outwards from said deployed position so as to become flush with said inside surface and thus reconstitute said air feed channel. • an air inlet having an inside surface defining an air feed channel; and • at least one ring (22, 32, 42) arranged in said air inlet and selectively movable between a deployed position in which said at least one ring is moved radially inwards from said inside surface without becoming spaced apart therefrom so as to form a continuous obstacle to shock waves coming from said fan, and a retracted position in which said at least one ring is moved radially outwards from said deployed position so as to become flush with said inside surface and thus reconstitute said air feed channel.
An apparatus for a motor vehicle having a protective element which is pivotable from a closed position into an open position; having an environment detection unit which can be brought into an active position for image detection by an extension movement and into a position of rest by a retraction movement, in which position of rest the environment detection unit is arranged in a manner inaccessible from the outside behind the protective element located in the closed position; and having a drive unit engaging at the environment detection unit for moving the environment detection unit, wherein the environment detection unit can be brought into engagement with the protective element during its extension movement in order to press said protective element open into the open position, characterized in that the environment detection unit has an entrainment element which can be brought into engagement with the protective element during the retraction movement of the environment detection unit in order to pull the protective element into the closed position.
A method of provisioning a desired communications service for a user across a network (140, 160, 170), the method comprising obtaining information for a desired communications service, wherein the information for a desired communications service comprises a hardware address for a network access device to be provisioned based on information associated with an existing connection, wherein the information associated with an existing connection is based on a communications protocol address of a user device for the user, and provisioning the desired communications service based on the information obtained, wherein the hardware address of the network access device by means of which the service is provisioned for the user device is obtained using a query expressed in the Dynamic Host Configuration Protocol and the query is expressed as a Dynamic Host Configuration Protocol Lease Query message, wherein the query comprises the communications protocol address of the user device, and wherein provisioning is done in response to a user's request, the hardware address comprises an address of a network access device, and the access device's IP address is obtained from a TCP/IP transaction with the user.
A method for scenting a nutritional substance comprising the steps: - passing a carrier gas through a first cell comprising an aroma providing substance thereby desorbing volatile aromas from the aroma providing substance by the carrier gas, - transporting the carrier gas from the first cell to a second cell comprising an aroma-adsorbing nutritional substance and - passing the carrier gas through the aroma-adsorbing substance comprised in the second cell thereby forcing the aroma-adsorbing substance to adsorb volatile aromas from the carrier gas, - returning the carrier gas from the second cell to the first cell, - repeating the previous steps thereby allowing the gas to re-circulate in the first cell and the second cell in a closed loop, characterized in that the aroma-adsorbing substance is roasted and ground coffee and, in that the aroma providing substance is a substance of non-coffee origin, in that the first cell is adjusted to a temperature between 30°C, and 70°C and, in that the water content of the aroma providing substance is lower than 12% in weight. - passing a carrier gas through a first cell comprising an aroma providing substance thereby desorbing volatile aromas from the aroma providing substance by the carrier gas, - transporting the carrier gas from the first cell to a second cell comprising an aroma-adsorbing nutritional substance and - passing the carrier gas through the aroma-adsorbing substance comprised in the second cell thereby forcing the aroma-adsorbing substance to adsorb volatile aromas from the carrier gas, - returning the carrier gas from the second cell to the first cell, - repeating the previous steps thereby allowing the gas to re-circulate in the first cell and the second cell in a closed loop,