mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring at least one biological parameter out of a heartbeat and/or a respiratory signal of an occupant on a member of a seat in a vehicle, wherein: the member supports at least one sensor capable of detecting pressure fluctuations through contact, and at least one accelerometer is connected to the member; a model of a transfer function between at least one signal from one accelerometer out of the at least one accelerometer at the input and a signal from a sensor out of either the sensor and/or a plurality of sensors at the output is determined; a noise value is estimated using this model; and the estimated noise value is removed from the signal from the sensor; characterized in that: there are at least two accelerometers in total and the transfer function shows the signal of the accelerometers at the input; wherein the model parameters are determined using a recursive sequence, and the parameters are updated; and wherein at least one accelerometer is set on the top half of a back part of the member, and at least one accelerometer is set on the lower part of a seat part of the member. the member supports at least one sensor capable of detecting pressure fluctuations through contact, and at least one accelerometer is connected to the member; a model of a transfer function between at least one signal from one accelerometer out of the at least one accelerometer at the input and a signal from a sensor out of either the sensor and/or a plurality of sensors at the output is determined; a noise value is estimated using this model; and the estimated noise value is removed from the signal from the sensor; characterized in that: there are at least two accelerometers in total and the transfer function shows the signal of the accelerometers at the input; wherein the model parameters are determined using a recursive sequence, and the parameters are updated; and wherein at least one accelerometer is set on the top half of a back part of the member, and at least one accelerometer is set on the lower part of a seat part of the member. there are at least two accelerometers in total and the transfer function shows the signal of the accelerometers at the input; wherein the model parameters are determined using a recursive sequence, and the parameters are updated; and wherein at least one accelerometer is set on the top half of a back part of the member, and at least one accelerometer is set on the lower part of a seat part of the member.
A method of fabricating a composite beam having a J-shape cross section comprising a top double flange, connected to a single bottom flange by a central web, the method comprising the steps of: producing a C-channel by forming a first composite charge over a first tool; moving a second flat composite charge into contact with the C-channel produced in step to form a layup while said c-channel is supported over said first tool; producing the single bottom flange on one end of the beam by forming a first portion of the second flat composite charge over one end of the C-channel while supporting the C-channel on the first tool; producing a second flange, portion of the top double flange, on the other end of the beam by forming a second portion of the second composite charge over a second tool while said beam is supported between said first and second tool; and, curing the layup while the layup is held between the first and second tools. producing a C-channel by forming a first composite charge over a first tool; moving a second flat composite charge into contact with the C-channel produced in step to form a layup while said c-channel is supported over said first tool; producing the single bottom flange on one end of the beam by forming a first portion of the second flat composite charge over one end of the C-channel while supporting the C-channel on the first tool; producing a second flange, portion of the top double flange, on the other end of the beam by forming a second portion of the second composite charge over a second tool while said beam is supported between said first and second tool; and, curing the layup while the layup is held between the first and second tools.
A composition comprising a non-enveloped, non-replicating viral-like particle comprising a naked viral particle consisting of (i) structural gag and pol polypeptides from a gammaretrovirus; and/or (ii) a gamma retroviral gag-pol polyprotein, wherein the VLP lacks a viral genome, a lipid envelope, and envelope proteins.
A foamable antimicrobial composition comprising: at least 30 wt. % of a C 1-6 alcohol, based upon the total weight of the antimicrobial composition; from 0.02 to 10 wt. % of a C 6-10 alkane diol, based upon the total weight of the antimicrobial composition; and a foaming surfactant. at least 30 wt. % of a C 1-6 alcohol, based upon the total weight of the antimicrobial composition; from 0.02 to 10 wt. % of a C 6-10 alkane diol, based upon the total weight of the antimicrobial composition; and a foaming surfactant.
A workpiece display assistance device comprising: a first model generation unit configured to obtain shape data of a workpiece to be set and generate an original model of the workpiece based on the shape data; a second model generation unit configured to generate a plurality of matching models by rotating and/or inverting the original model; an extraction unit configured to match each of the plurality of matching models to the original model and extract aligned portions of the respective matching models with the original model as matching sections; a model creation unit configured to create a matching aggregate model by aggregating the matching sections extracted in a state conforming to the original model and synthesizing the matching sections; characterized in that the display assistance device further comprises: a determination unit configured to compare the original model with the matching aggregate model and make a determination of a feature point on the workpiece, wherein said feature point refers to a location representing a feature that serves as a mark when setting the workpiece, and wherein said feature point is a singular portion where there is no rotational or inverse symmetry; a display unit configured to display the feature point in a highlighted manner, along with an image of the workpiece, on a display screen of a display device based on a determination result of the determination unit so as to enable an operator to set the workpiece in a correct orientation using the highlighted feature point as a mark. a first model generation unit configured to obtain shape data of a workpiece to be set and generate an original model of the workpiece based on the shape data; a second model generation unit configured to generate a plurality of matching models by rotating and/or inverting the original model; an extraction unit configured to match each of the plurality of matching models to the original model and extract aligned portions of the respective matching models with the original model as matching sections; a model creation unit configured to create a matching aggregate model by aggregating the matching sections extracted in a state conforming to the original model and synthesizing the matching sections; characterized in that the display assistance device further comprises: a determination unit configured to compare the original model with the matching aggregate model and make a determination of a feature point on the workpiece, wherein said feature point refers to a location representing a feature that serves as a mark when setting the workpiece, and wherein said feature point is a singular portion where there is no rotational or inverse symmetry; a display unit configured to display the feature point in a highlighted manner, along with an image of the workpiece, on a display screen of a display device based on a determination result of the determination unit so as to enable an operator to set the workpiece in a correct orientation using the highlighted feature point as a mark.
A method for distance protection of a three-phase electric line, the method comprising: receiving one or more setting values of characteristic quantities for forming a polygonal operation characteristic which, when represented on an impedance plane, is defined by at least four lines, the one or more setting values comprising at least a setting value of a tilt angle of at least one of the lines defining the operation characteristic, characterized in that the method comprises: determining if an operation characteristic formed according to the received one or more setting values defines a closed area; and in response to determining that the operation characteristic formed according to the received one or more setting values does not define a closed area, adjusting a value of said tilt angle of at least one of the lines defining the operation characteristic to a nearest value that results in the operation characteristic defining a closed area or to the nearest value that results in the operation characteristic defining a closed area added with a predetermined margin beyond said nearest value, and forming the operation characteristic by applying the thus obtained adjusted value of the tilt angle. receiving one or more setting values of characteristic quantities for forming a polygonal operation characteristic which, when represented on an impedance plane, is defined by at least four lines, the one or more setting values comprising at least a setting value of a tilt angle of at least one of the lines defining the operation characteristic, characterized in that the method comprises: determining if an operation characteristic formed according to the received one or more setting values defines a closed area; and in response to determining that the operation characteristic formed according to the received one or more setting values does not define a closed area, adjusting a value of said tilt angle of at least one of the lines defining the operation characteristic to a nearest value that results in the operation characteristic defining a closed area or to the nearest value that results in the operation characteristic defining a closed area added with a predetermined margin beyond said nearest value, and forming the operation characteristic by applying the thus obtained adjusted value of the tilt angle. determining if an operation characteristic formed according to the received one or more setting values defines a closed area; and in response to determining that the operation characteristic formed according to the received one or more setting values does not define a closed area, adjusting a value of said tilt angle of at least one of the lines defining the operation characteristic to a nearest value that results in the operation characteristic defining a closed area or to the nearest value that results in the operation characteristic defining a closed area added with a predetermined margin beyond said nearest value, and forming the operation characteristic by applying the thus obtained adjusted value of the tilt angle.
A board work device comprising: a work head that performs work with respect to a circuit board; a mounting member on which the work head is mounted; a moving device that moves the mounting member to any position; and a support pin gripping device that grips a support pin, which supports a circuit board, in order to attach the support pin to a pin support member; characterized in that the support pin gripping device is mounted on a side of the mounting member opposite to the side of the mounting member on which the work head is mounted, and the work head is attachable/detachable to/from mounting member. a work head that performs work with respect to a circuit board; a mounting member on which the work head is mounted; a moving device that moves the mounting member to any position; and a support pin gripping device that grips a support pin, which supports a circuit board, in order to attach the support pin to a pin support member;
A cartridge for delivering a desired amount of additive to a base fluid passing through the cartridge, comprising: a cartridge base having a base fluid flow path defined therein for permitting flow of a base fluid through the cartridge base, the cartridge base including an additive reservoir defined therein for containing a supply of additive, the cartridge base further defining an additive flow path which permits flow of additive from the additive reservoir to the base fluid flow path; a spout cooperating with the cartridge base and including a spout fluid flow path defined therein, the spout fluid flow path permitting flow of additive and base fluid mixture from the cartridge base fluid flow path to a dispensing end of the spout; and characterized by: a metering section disposed in the additive flow path to adjust the flow of additive flowing from the additive flow path to the base fluid flow path, wherein the spout is rotatable with respect to the cartridge base to adjust the flow of additive flowing from the additive flow path to the base fluid flow path. a cartridge base having a base fluid flow path defined therein for permitting flow of a base fluid through the cartridge base, the cartridge base including an additive reservoir defined therein for containing a supply of additive, the cartridge base further defining an additive flow path which permits flow of additive from the additive reservoir to the base fluid flow path; a spout cooperating with the cartridge base and including a spout fluid flow path defined therein, the spout fluid flow path permitting flow of additive and base fluid mixture from the cartridge base fluid flow path to a dispensing end of the spout; and characterized by: a metering section disposed in the additive flow path to adjust the flow of additive flowing from the additive flow path to the base fluid flow path, wherein the spout is rotatable with respect to the cartridge base to adjust the flow of additive flowing from the additive flow path to the base fluid flow path.
Carrying device which allows a hand-held implement to be carried by a user, having at least one shoulder strap (3, 4) for resting the carrying device against the shoulder of the user, and having a lateral leg panel with a connection unit for coupling the implement, wherein the leg panel is retained on the carrying device by a carrying strap, and the carrying strap has one end operatively connected to the shoulder strap (3, 4), and wherein the carrying strap is connected to a side strap between the leg panel and the shoulder strap (3, 4) via a buckle, characterized in that the buckle is guided in a longitudinally displaceable manner on the carrying strap.
A polymeric nanoparticle composition comprising a first polymer, a second polymer, a first therapeutic agent, and a second therapeutic agent; wherein the first polymer is an acrylate polymer comprising one or more positively charged moieties per polymer chain; wherein the second polymer is selected from the group consisting of poly(lactide), poly(glycolide), poly(lactide-co-glycolide), poly(caprolactone), poly(lactide-co-caprolactone), poly(glycolide-co-caprolactone), and poly(D,L-lactide-co-glycolide-co-ε-caprolactone); wherein the first therapeutic agent is selected from the group consisting of resveratrol and pharmaceutically acceptable salts, esters, amides, salts of esters, salts of amides, and N-oxides thereof; and wherein the second therapeutic agent is quercetin, and pharmaceutically acceptable salts, esters, amides, salts of esters, salts of amides, and N-oxides thereof. wherein the first polymer is an acrylate polymer comprising one or more positively charged moieties per polymer chain; wherein the second polymer is selected from the group consisting of poly(lactide), poly(glycolide), poly(lactide-co-glycolide), poly(caprolactone), poly(lactide-co-caprolactone), poly(glycolide-co-caprolactone), and poly(D,L-lactide-co-glycolide-co-ε-caprolactone); wherein the first therapeutic agent is selected from the group consisting of resveratrol and pharmaceutically acceptable salts, esters, amides, salts of esters, salts of amides, and N-oxides thereof; and wherein the second therapeutic agent is quercetin, and pharmaceutically acceptable salts, esters, amides, salts of esters, salts of amides, and N-oxides thereof.
A cassette comprising: a shell having a front and a rear, the shell having a plurality of plug cavities open at the front for receiving plugs therein; a contact subassembly received within the shell, the contact subassembly having a plurality of contacts being arranged in contact sets that are configured to mate with different plugs, and the contact subassembly having an electrical connector, the electrical connector being electrically connected to corresponding ones of the contacts; and an interface connector received within the shell, the interface connector being mated with the electrical connector; and characterized in that: the contact subassembly has a circuit board with front and rear sides (140,142), the plurality of contacts being electrically connected to the circuit board and extending from the front side, the electrical connector extending from the rear side; and the interface connector has a rear mating connector extending from the rear of the shell that is configured to mate with a mating connector. a shell having a front and a rear, the shell having a plurality of plug cavities open at the front for receiving plugs therein; a contact subassembly received within the shell, the contact subassembly having a plurality of contacts being arranged in contact sets that are configured to mate with different plugs, and the contact subassembly having an electrical connector, the electrical connector being electrically connected to corresponding ones of the contacts; and an interface connector received within the shell, the interface connector being mated with the electrical connector; and characterized in that: the contact subassembly has a circuit board with front and rear sides (140,142), the plurality of contacts being electrically connected to the circuit board and extending from the front side, the electrical connector extending from the rear side; and the interface connector has a rear mating connector extending from the rear of the shell that is configured to mate with a mating connector. the contact subassembly has a circuit board with front and rear sides (140,142), the plurality of contacts being electrically connected to the circuit board and extending from the front side, the electrical connector extending from the rear side; and the interface connector has a rear mating connector extending from the rear of the shell that is configured to mate with a mating connector.
A method for producing a fiberoptic fan-out, comprising: creating a splice joint between a first fiberoptic cable and two or more second fiberoptic cables, such that at the splice joint, each of a plurality of first optical fibers in the first fiberoptic cable is spliced to a respective second optical fiber in one of the second fiberoptic cables, wherein creating the splice joint comprises fitting a tubular splice protector over the splice joint; sliding a tube over the cables to a position at which the splice joint is contained inside the tube, wherein the tube contains an internal shoulder, and wherein sliding the tube comprises sliding the tubular splice protector into the tube until an end of the tubular splice protector engages the internal shoulder; and while the splice joint is contained inside the tube, filling the tube with a fixative so as to fix the splice joint in the position. creating a splice joint between a first fiberoptic cable and two or more second fiberoptic cables, such that at the splice joint, each of a plurality of first optical fibers in the first fiberoptic cable is spliced to a respective second optical fiber in one of the second fiberoptic cables, wherein creating the splice joint comprises fitting a tubular splice protector over the splice joint; sliding a tube over the cables to a position at which the splice joint is contained inside the tube, wherein the tube contains an internal shoulder, and wherein sliding the tube comprises sliding the tubular splice protector into the tube until an end of the tubular splice protector engages the internal shoulder; and while the splice joint is contained inside the tube, filling the tube with a fixative so as to fix the splice joint in the position.
A method of controlling the carbon and/or oxygen content in a material comprising the steps of: a) forming a feedstock composition comprising at least one powder, at least one platinum group metal and at least one binder; and b) forming the material by powder injection molding; wherein at least a proportion of the carbon and/or oxygen is catalytically removed by the at least one platinum group metal, wherein the catalytic removal is thermally induced, and wherein the catalytic removal occurs in an oxidising atmosphere comprising oxygen or a reducing atmosphere comprising hydrogen. a) forming a feedstock composition comprising at least one powder, at least one platinum group metal and at least one binder; and b) forming the material by powder injection molding;
A method for forming a gallium arsenide based photovoltaic device, the method comprising: providing a semiconductor structure, the structure including an absorber layer comprising gallium arsenide, the absorber layer being doped at 4 x 10 17 cm -3 or greater; wherein providing the semiconductor structure includes forming an emitter layer in the semiconductor structure, the emitter layer being made of a different material than the absorber layer and having a higher bandgap than the absorber layer, wherein providing the semiconductor structure includes forming an intermediate layer between the absorber layer and the emitter layer, the intermediate layer having the same doping type as the absorber layer and including the different material of the emitter layer, a heterojunction being formed at an interface of the absorber layer and the intermediate layer, wherein a p-n junction of the semiconductor structure is formed at an interface of the emitter layer and the intermediate layer such that under reverse-bias conditions in the resulting photovoltaic device the p-n junction provides a bypass function using a Zener breakdown effect that breaks down in a controlled manner, wherein the p-n junction breaks down by the Zener breakdown effect in an electric field having less magnitude than an electric field causing avalanche breakdown of the p-n junction, wherein the bypass function is intrinsic to the p-n junction such that the photovoltaic device provides the bypass function with no distinct bypass diode connected to or included in the photovoltaic device. providing a semiconductor structure, the structure including an absorber layer comprising gallium arsenide, the absorber layer being doped at 4 x 10 17 cm -3 or greater; wherein providing the semiconductor structure includes forming an emitter layer in the semiconductor structure, the emitter layer being made of a different material than the absorber layer and having a higher bandgap than the absorber layer, wherein providing the semiconductor structure includes forming an intermediate layer between the absorber layer and the emitter layer, the intermediate layer having the same doping type as the absorber layer and including the different material of the emitter layer, a heterojunction being formed at an interface of the absorber layer and the intermediate layer, wherein a p-n junction of the semiconductor structure is formed at an interface of the emitter layer and the intermediate layer such that under reverse-bias conditions in the resulting photovoltaic device the p-n junction provides a bypass function using a Zener breakdown effect that breaks down in a controlled manner, wherein the p-n junction breaks down by the Zener breakdown effect in an electric field having less magnitude than an electric field causing avalanche breakdown of the p-n junction, wherein the bypass function is intrinsic to the p-n junction such that the photovoltaic device provides the bypass function with no distinct bypass diode connected to or included in the photovoltaic device.