mhurhangee/ep-ind-claims huggingface dataset:
A glue cartridge comprising: - a glue tank that is essentially in the form of a protrusion from a platform of the glue cartridge; - a rotatable glue spreading roller connected to the glue tank, which is arranged directly below the glue tank; and - at least one rotation means (105, 106, 107) usable from outside the glue cartridge for rotating the glue spreading roller; and in which: the glue spreading roller is designed so that the form of the glue spreading roller: - prevents glue from escaping from the glue tank when the glue spreading roller is in place and - takes glue from the glue tank when the glue spreading roller is rotated, characterized in that at least two sides of the platform have a fastening device (102, 103, 108) to allow the shape-limited fastening of the glue cartridge to a receiving unit. - a glue tank that is essentially in the form of a protrusion from a platform of the glue cartridge; - a rotatable glue spreading roller connected to the glue tank, which is arranged directly below the glue tank; and - at least one rotation means (105, 106, 107) usable from outside the glue cartridge for rotating the glue spreading roller; the glue spreading roller is designed so that the form of the glue spreading roller: - prevents glue from escaping from the glue tank when the glue spreading roller is in place and - takes glue from the glue tank when the glue spreading roller is rotated, characterized in that at least two sides of the platform have a fastening device (102, 103, 108) to allow the shape-limited fastening of the glue cartridge to a receiving unit. - prevents glue from escaping from the glue tank when the glue spreading roller is in place and - takes glue from the glue tank when the glue spreading roller is rotated, characterized in that at least two sides of the platform have a fastening device (102, 103, 108) to allow the shape-limited fastening of the glue cartridge to a receiving unit.
A composition for use in a method of treating one or more symptoms of premenstrual syndrome in an individual, wherein the composition comprises an effective amount of an oxaloacetate, an oxaloacetic acid, or an oxaloacetate salt; wherein the one or more symptoms of PMS include one or more of acne, tender breasts, bloating, fatigue, difficulty concentrating, diminished impulse control, irritability, anxiety, tension, anger, depression, suicidal thoughts, insomnia, or cramping.
An injectable aqueous implant formulation for use in oral tissue regeneration which can be extruded through a tapering system and an 18 gauge (0.838 mm inner diameter) 25.4 mm long cannula with a force not exceeding 60 N, which comprises 25-45 w/w % of a dried implant composition consisting essentially of a mixture of nanocrystalline hydroxyapatite particles derived from natural bone having a size of 50 to 200 μm and fragments of naturally crosslinked fibrous collagen material that pass through a 0.5 mm sieve, whereby the w/w ratio of nanocrystalline hydroxyapatite to collagen is from 1.8 to 4.5, rehydrated and homogeneously mixed with sterile water or a sterile isotonic saline solution.
A method for predicting a behavior of a target vehicle within a maneuvering space, with which multiple maneuvers to be executed in the future within the maneuvering space are provided for the target vehicle, wherein the target vehicle in the maneuvering space is observed by multiple observing vehicles (4a, 4b, 4c, 4d); wherein for each maneuver to be executed by the target vehicle in the future, an observation is carried out by a respective observing vehicle (4a, 4b, 4c, 4d); wherein a single probability distribution is determined for the respective maneuver to be executed in the future on the basis of an observation carried out by a respective observing vehicle (4a, 4b, 4c, 4d), wherein for each maneuver which may be executed by the target vehicle in the future, a total probability distribution is determined from multiple single probability distributions for the respective maneuver to be executed by the target vehicle in the future, wherein the target vehicle is observed by i observing vehicles (4a, 4b, 4c, 4d), wherein m maneuvers are provided for the target vehicle, wherein, based on i observations, a total probability distribution Pr (M = Mn | Observation_1,..., Observation_i) is determined for a respective nth maneuver, where 1 <= n <= m, wherein individual single probability distributions from all observing vehicles (4a, 4b, 4c, 4d) are collected and fused via a V2X communication between the individual observing vehicles (4a, 4b, 4c, 4d), wherein a prediction of the respective maneuver is transmitted to manually controlled additional vehicles via the V2X communication and the total probability distribution for a respective maneuver is thereby shared with the additional manually controlled vehicles, wherein warning notifications based on the total probability distribution are supplied in a respective additional manually controlled vehicle.
Assembly for a drug delivery device comprising a housing part, a piston rod displaceable relative to the housing part, a first sleeve member and a second sleeve member, first and second sleeve members (6, 7) being coupled to the housing part, wherein in an initial state of the assembly the first sleeve member is movable from an initial position to a second position relative to the second sleeve member, wherein movement of the first sleeve member relative to the second sleeve member in the initial state of the assembly is related to an axial travel of the piston rod from an initial position to a predetermined second position which allows the piston rod to axially travel from its initial position to its predetermined second position such that the assembly is in a primed state, wherein the first sleeve member engages with the housing part via a third engagement feature such that between the initial position and the second position of the first sleeve member relative to the second sleeve member a rotational movement of the first sleeve member relative to the housing part is prevented, and wherein in the primed state of the assembly, with the first sleeve member being in the second position relative to the second sleeve member, first and second sleeve members (6, 7) are permanently rotationally and axially locked to each other by a first engagement feature such that first and second sleeve members (6, 7) together form a sleeve.
A print sensor comprising a plurality of elementary acquisition cells arranged inside and/or on top of a substrate (301; 501), each cell comprising: a pyroelectric conversion element comprising first (E i) and second (E S) electrodes separated by a layer (303; 505) of a pyroelectric material, the first electrode (E i) being connected to a node of application of a reference potential of the sensor, and the second electrode (E S) being connected to a sense node of the cell; and an electrode intended to form a capacitor with a user's skin, connected to the sense node and coated with a dielectric layer. a pyroelectric conversion element comprising first (E i) and second (E S) electrodes separated by a layer (303; 505) of a pyroelectric material, the first electrode (E i) being connected to a node of application of a reference potential of the sensor, and the second electrode (E S) being connected to a sense node of the cell; and an electrode intended to form a capacitor with a user's skin, connected to the sense node and coated with a dielectric layer.
A method of calibrating a zirconium oxide sensor, comprising the steps of: (a) obtaining a zirconium oxide sensor operable for measuring oxygen content of a monitored gas by detecting passage of oxygen ions through a heated zirconium oxide ceramic partition having opposed first and second surfaces with the first surface in fluid communication with a reference gas having a known partial pressure of oxygen and the second surface in fluid communication with the monitored gas, (b) obtaining a first calibration value by (i) placing the first surface in fluid communication with a reference gas having a known non-zero concentration of oxygen at a known total first pressure, (ii) placing the second surface in fluid communication with the reference gas at a known total second pressure which is different than the known total first pressure to form a ΔP1 subjected zirconium oxide sensor, and (iii) calculating an expected oxygen content reading from the ΔP1 ΔP1 subjected zirconium oxide sensor employing a calibrated Nernst equation for zirconium oxide sensors, (c) taking an oxygen content reading with the ΔP1 subjected zirconium oxide sensor, (d) correlating the oxygen content reading taken with the ΔP1 subjected zirconium oxide sensor with the expected oxygen content reading for the ΔP1 ΔP1 subjected zirconium oxide sensor to create a correlated pair of ΔP1 ΔP1 values, and (e) calibrating the zirconium oxide sensor employing the correlated pair of ΔP1 ΔP1 values. (a) obtaining a zirconium oxide sensor operable for measuring oxygen content of a monitored gas by detecting passage of oxygen ions through a heated zirconium oxide ceramic partition having opposed first and second surfaces with the first surface in fluid communication with a reference gas having a known partial pressure of oxygen and the second surface in fluid communication with the monitored gas, (b) obtaining a first calibration value by (i) placing the first surface in fluid communication with a reference gas having a known non-zero concentration of oxygen at a known total first pressure, (ii) placing the second surface in fluid communication with the reference gas at a known total second pressure which is different than the known total first pressure to form a ΔP1 subjected zirconium oxide sensor, and (iii) calculating an expected oxygen content reading from the ΔP1 ΔP1 subjected zirconium oxide sensor employing a calibrated Nernst equation for zirconium oxide sensors, (c) taking an oxygen content reading with the ΔP1 subjected zirconium oxide sensor, (d) correlating the oxygen content reading taken with the ΔP1 subjected zirconium oxide sensor with the expected oxygen content reading for the ΔP1 ΔP1 subjected zirconium oxide sensor to create a correlated pair of ΔP1 ΔP1 values, and (e) calibrating the zirconium oxide sensor employing the correlated pair of ΔP1 ΔP1 values.
Support body for supporting a person on a base, preferably on a bed, in a sitting position, the support body comprising a back element and two side elements connected to the back element, wherein the back element and the side elements (3a, 3b) are designed to be inflatable in order to be able to bring the support body from an uninflated transport state to the inflated use state, wherein each side element (3a, 3b) is additionally connected to the back element via a stabilizing element (4a, 4b), and wherein the support body has at least two, preferably three, fixing sections (5, 6, 7) in order to be able to fix the support body in the use state to the base via the fixing sections (5, 6, 7), characterized in that the back element and the side elements (3a, 3b) are designed in such a way that, in a use state, the person supported in the support body sits on the base at least in sections, wherein the person is supported by the back element in a first direction and by the side elements (3a, 3b) transversely with respect to the first direction. the support body comprising a back element and two side elements connected to the back element, wherein the back element and the side elements (3a, 3b) are designed to be inflatable in order to be able to bring the support body from an uninflated transport state to the inflated use state, wherein each side element (3a, 3b) is additionally connected to the back element via a stabilizing element (4a, 4b), and wherein the support body has at least two, preferably three, fixing sections (5, 6, 7) in order to be able to fix the support body in the use state to the base via the fixing sections (5, 6, 7), characterized in that the back element and the side elements (3a, 3b) are designed in such a way that, in a use state, the person supported in the support body sits on the base at least in sections, wherein the person is supported by the back element in a first direction and by the side elements (3a, 3b) transversely with respect to the first direction.
A method of reading optical bar codes or 2D codes, wherein an image sensor having at least one pixel element detects image information in a reading zone and wherein the image information is evaluated in order to read a bar code or 2D code in the reading zone using a decoding method, characterized in that the image sensor is an event-based image sensor whose pixel element determines when the intensity detected by the pixel element changes, and then and only then provides image information in an event-based manner.
A method of identifying a cervical cell as neoplastic or predisposed to neoplasia in an isolated sample, comprising determining the methylation status of at least three marker genes selected from the group consisting of KCNIP4, GATA4, GFRA1, ST6GALNAC5, CDH6, ZSCAN1, ANKRD18CP and LHX8.
A method of manufacturing a filter element having inherent stability and being porous to permit flow therethrough, said method comprising the steps of: providing filter body particles which are at least in part polysulfide particles, and sintering the filter body particles to a porous sintered structure to form a filter body of the filter element, characterised by subjecting the polysulfide particles to tempering at a temperature from 255 to 275 °C over a period of time from 7 to 24 hours prior to sintering. providing filter body particles which are at least in part polysulfide particles, and sintering the filter body particles to a porous sintered structure to form a filter body of the filter element, characterised by subjecting the polysulfide particles to tempering at a temperature from 255 to 275 °C over a period of time from 7 to 24 hours prior to sintering.
Rugby headgear comprising a main body having a pair of side head parts (2, 3) connected by a forehead part and a crown part extending from the forehead part, the main body being configured to encompass the head of a wearer and comprising:-an inner layer of wicking material; an outer barrier layer; and an intermediate section between the inner layer of wicking material and the outer barrier layer, the intermediate section comprising: an inner foam layer; and an outer foam layer comprising a plurality of spaced-apart foam pieces, wherein the inner and outer foam layers (10, 20) of the intermediate section comprise an impact resistant open cell polyurethane foam having a density of from 100 to 300 kg/m 3, and wherein the outer barrier layer comprises a plurality of pockets which are configured to receive the foam pieces of the outer foam layer. an inner foam layer; and an outer foam layer comprising a plurality of spaced-apart foam pieces, wherein the inner and outer foam layers (10, 20) of the intermediate section comprise an impact resistant open cell polyurethane foam having a density of from 100 to 300 kg/m 3, and wherein
A system comprising: a neurostimulator (10; 100; 170); control circuitry configured to control stimulation circuitry (104, 106) to provide electrical stimulation to neural tissue via one or more electrodes that are connected to the neurostimulator (10; 100; 170) and implantable within a patient's spinal canal; measurement circuitry configured to measure a spinal signal at one or more of the electrodes, wherein the spinal signal comprises a neural response to the electrical stimulation; and processing circuitry configured to process the spinal signal to extract a cardiac signal that comprises one or more features that are representative of the patient's cardiac activity. a neurostimulator (10; 100; 170); control circuitry configured to control stimulation circuitry (104, 106) to provide electrical stimulation to neural tissue via one or more electrodes that are connected to the neurostimulator (10; 100; 170) and implantable within a patient's spinal canal; measurement circuitry configured to measure a spinal signal at one or more of the electrodes, wherein the spinal signal comprises a neural response to the electrical stimulation; and processing circuitry configured to process the spinal signal to extract a cardiac signal that comprises one or more features that are representative of the patient's cardiac activity.
A call server (CS1, CS2) for optimising the use of the resources in a media gateway (MGW1, MGW2, MGW4), of a core network, the call server being configured to: - receive a session setup request message; - decide to accept or to reject the session setup request as a function of the load of a gateway (MGW1, MGW2, MGW4) controlled by the call server (CS1, CS2); - retrieve (403, 407) an internal priority value; - and decide (403, 407) to accept or to reject the session setup request also as a function of the internal priority value; and being characterized in that said internal priority value has been assigned to an incoming SIP trunk linked to the core network and carrying the session setup request message. - receive a session setup request message; - decide to accept or to reject the session setup request as a function of the load of a gateway (MGW1, MGW2, MGW4) controlled by the call server (CS1, CS2); - retrieve (403, 407) an internal priority value; - and decide (403, 407) to accept or to reject the session setup request also as a function of the internal priority value;
A semiconductor device, comprising: a plate having a through hole (15, 55); a metal column (16, 26) fixed to the through hole (15, 55) with an insulating member interposed therebetween, and having a projection projecting from one surface of the plate; a semiconductor element fixed to the projection; a lead frame (11, 51) electrically connected to the semiconductor element; and a package covering the semiconductor element, and also covering at least part of each of the plate, the metal column (16, 26), and the lead frame (11, 51), characterized in that another surface of the plate is exposed from the package; wherein an area of a surface of the metal column (16, 26) facing the semiconductor element is smaller than an area of a surface of the semiconductor element; and wherein the metal column has a recess in a surface thereof facing the semiconductor element fixed to the projection, and the recess includes a bottom surface and a tilted surface tilted relative to the bottom surface. a plate having a through hole (15, 55); a metal column (16, 26) fixed to the through hole (15, 55) with an insulating member interposed therebetween, and having a projection projecting from one surface of the plate; a semiconductor element fixed to the projection; a lead frame (11, 51) electrically connected to the semiconductor element; and a package covering the semiconductor element, and also covering at least part of each of the plate, the metal column (16, 26), and the lead frame (11, 51), characterized in that another surface of the plate is exposed from the package; wherein an area of a surface of the metal column (16, 26) facing the semiconductor element is smaller than an area of a surface of the semiconductor element; and wherein the metal column has a recess in a surface thereof facing the semiconductor element fixed to the projection, and the recess includes a bottom surface and a tilted surface tilted relative to the bottom surface.
A method for encoding a light field content, the method comprising: - obtaining, for a set of light rays associated with said light field content, four coordinates per light ray from a two planes parametrization (2000; 402, 403) of said light field content, wherein said four coordinates per light ray are coordinates of intersection points of said light ray with the two planes (402, 403) used for said two planes parametrization, said intersection points being points in coordinate systems defined by said two planes (402, 403), said two planes (402, 403) being parallel to each other and having known z-values; and - obtaining, for each light ray from said set, two coordinates from said four coordinates, corresponding to a projection of said intersection points of said light rays from said set onto a plane (404, 405, P) perpendicular to said two planes (402, 403) used in said two planes parametrization, defining points in a first 2D ray diagram (Π(x 1, x 2), Π(y 1, y 2)); - applying a discrete Radon transform to said first 2D ray diagram (Π(x 1, x 2), Π(y 1, y 2)) that delivers lines of interest in said first 2D ray diagram; the method being characterized by - determining parameters (a, d, s) of said lines of interest, said parameters comprising for each line of interest a slope (a) or a parameter (s) coupled with the slope (a), and an intercept (d); and - storing said light field content in a file that indicates for each line of interest said parameters (a, d, s) of said line of interest as well as color values of light rays belonging to points of said line of interest. - obtaining, for a set of light rays associated with said light field content, four coordinates per light ray from a two planes parametrization (2000; 402, 403) of said light field content, wherein said four coordinates per light ray are coordinates of intersection points of said light ray with the two planes (402, 403) used for said two planes parametrization, said intersection points being points in coordinate systems defined by said two planes (402, 403), said two planes (402, 403) being parallel to each other and having known z-values; and - obtaining, for each light ray from said set, two coordinates from said four coordinates, corresponding to a projection of said intersection points of said light rays from said set onto a plane (404, 405, P) perpendicular to said two planes (402, 403) used in said two planes parametrization, defining points in a first 2D ray diagram (Π(x 1, x 2), Π(y 1, y 2)); - applying a discrete Radon transform to said first 2D ray diagram (Π(x 1, x 2), Π(y 1, y 2)) that delivers lines of interest in said first 2D ray diagram; - determining parameters (a, d, s) of said lines of interest, said parameters comprising for each line of interest a slope (a) or a parameter (s) coupled with the slope (a), and an intercept (d); and - storing said light field content in a file that indicates for each line of interest said parameters (a, d, s) of said line of interest as well as color values of light rays belonging to points of said line of interest.