mhurhangee/ep-ind-claims huggingface dataset:
A respiration implant system for a patient with impaired breathing, the implant system comprising: a respiration sensor (202, 500) comprising: a sensor body made of electrically insulating material and having top and bottom surfaces (503, 502), wherein the sensor body is configured for placement between two adjacent ribs and between the pectoralis muscle and the parasternal muscle of the implanted patient, with the bottom surface adjacent to an superficial surface of the parasternal muscle and the top surface adjacent to a profound surface of the pectoralis muscle; at least one parasternal sensor electrode located on the bottom surface of the sensor body and configured to cooperate with the electrically insulating material of the sensor body to sense a parasternal electromyography signal representing electrical activity of the adjacent parasternal muscle; and at least one pectoralis sensor electrode located on the top surface of the electrode body opposite the at least one parasternal sensor electrode and configured to cooperate with the electrically insulating material of the sensor body to sense a pectoralis EMG signal representing electrical activity of the adjacent pectoralis muscle corresponding to an artifact with respect to the parasternal EMG signal and suitable for subtraction during signal processing; and a pacing processor configured to receive a respiration signal from the respiration sensor (202, 500), the respiration signal including the parasternal EMG signal and the pectoralis EMG signal, the pacing processor configured to subtract the pectoralis EMG signal from the parasternal EMG signal in order to generate a respiration pacing signal for delivery to a stimulating electrode. a sensor body made of electrically insulating material and having top and bottom surfaces (503, 502), wherein the sensor body is configured for placement between two adjacent ribs and between the pectoralis muscle and the parasternal muscle of the implanted patient, with the bottom surface adjacent to an superficial surface of the parasternal muscle and the top surface adjacent to a profound surface of the pectoralis muscle; at least one parasternal sensor electrode located on the bottom surface of the sensor body and configured to cooperate with the electrically insulating material of the sensor body to sense a parasternal electromyography signal representing electrical activity of the adjacent parasternal muscle; and at least one pectoralis sensor electrode located on the top surface of the electrode body opposite the at least one parasternal sensor electrode and configured to cooperate with the electrically insulating material of the sensor body to sense a pectoralis EMG signal representing electrical activity of the adjacent pectoralis muscle corresponding to an artifact with respect to the parasternal EMG signal and suitable for subtraction during signal processing; and
A polyisocyanate composition comprising - at least one polyisocyanate obtainable by reacting at least one monomeric isocyanate, - at least one Lewis-acidic organometallic compound able to accelerate the reaction of isocyanate groups with isocyanate-reactive groups, - at least one Brønsted acid having a pKa of less than 4, selected from the group consisting of C1) dialkyl phosphates, C2) arylsulfonic acids, and C3) dioctyl phosphonate, - at least one sterically hindered phenol. - at least one polyisocyanate obtainable by reacting at least one monomeric isocyanate, - at least one Lewis-acidic organometallic compound able to accelerate the reaction of isocyanate groups with isocyanate-reactive groups, - at least one Brønsted acid having a pKa of less than 4, selected from the group consisting of C1) dialkyl phosphates, C2) arylsulfonic acids, and C3) dioctyl phosphonate, - at least one sterically hindered phenol.
Method for monitoring the temperature of the sleeve part of a tool holder which is introduced into the induction coil of a shrink-fitting device, characterized in that the instantaneous inductance of the induction coil is measured during the inductive heating and the power supply to the induction coil is influenced if the instantaneous inductance approaches, reaches or exceeds a predefined value, and in that the slope of the alternating current flowing through the induction coil is determined in order to determine the inductance of the induction coil.
A pad printing machine comprising at least one pad holder and a carrier for objects to be printed, this carrier being configured in a positionally variable manner relative to said pad holder and being designed to receive one or more objects, the pad printing machine further comprising • a setup print image receiving element configured in a fixed position relative to the object carrier, • an image recorder generating an image of at least one zone of the setup print image receiving element, • a position deviation detector to detect the deviation of the actual position of a print image present on the print image receiving element relative to a reference position determined by reference data, and • a position shift detector ascertaining the shift of the object carrier relative to a reference position. • a setup print image receiving element configured in a fixed position relative to the object carrier, • an image recorder generating an image of at least one zone of the setup print image receiving element, • a position deviation detector to detect the deviation of the actual position of a print image present on the print image receiving element relative to a reference position determined by reference data, and • a position shift detector ascertaining the shift of the object carrier relative to a reference position.
Sensor module for an ESP control system in a vehicle, characterized by a first plurality, in particular two or three, of sensor elements, a second plurality, in particular two or three, of sensor elements, one interface element (8, 8') per plurality of sensor elements, configured for communicative connection of the sensor elements to a controller in a vehicle; wherein the first plurality of sensor elements is jointly connected to a first interface element and communicatively coupled to the controller via a first bus inside the sensor module; wherein the second plurality of sensor elements is jointly connected to a second interface element and communicatively coupled to the controller via a second bus inside the sensor module; wherein the interface element (8, 8') is in the form of a two-contact interface element, and wherein the first plurality of sensor elements and the second plurality of sensor elements are connected to the controller via a central interface.
Method for removing dust from the interior of at least one preform made of thermoplastic material by blowing in dusting air, said preform, of main axis, having a hollow body that is closed by a bottom and is provided axially on the opposite side with a neck delimiting an opening, characterized in that the dust removing method has at least the steps of: (a) - moving blowing-in means from a high position to a low position in order to introduce the blowing-in means into the interior of the preform without blowing air into the latter, (b) - blowing in pressurized air via the blowing-in means in said low position, in which the free end of said blowing-in means is at a given distance (d) from the bottom of the preform in order to sweep away any dust present inside the preform and, at least at the same time as the blowing in, sucking out at least said air via suction means in order to evacuate said dust; (c) - moving the blowing-in means from the low position to the high position in order to extract said blowing-in means from the preform while maintaining the blowing in of pressurized air and suction until said high position has been reached. (a) - moving blowing-in means from a high position to a low position in order to introduce the blowing-in means into the interior of the preform without blowing air into the latter, (b) - blowing in pressurized air via the blowing-in means in said low position, in which the free end of said blowing-in means is at a given distance (d) from the bottom of the preform in order to sweep away any dust present inside the preform and, at least at the same time as the blowing in, sucking out at least said air via suction means in order to evacuate said dust; (c) - moving the blowing-in means from the low position to the high position in order to extract said blowing-in means from the preform while maintaining the blowing in of pressurized air and suction until said high position has been reached.
A machine, configured to remove and mount a tyre from and on a respective rim of a vehicle wheel, comprising an operating arm directed along a longitudinal orientation, the operating arm including: - a head supported by the operating arm; - a first tool and a second tool; - the first tool is connected to the head and projects in a first direction, the first direction being directed along an orientation transverse to the longitudinal orientation; - the second tool is connected to the head and, in a first operating configuration of the head, is disposed in a first position where it projects in a second direction, opposite to the first direction, characterized in that the second tool is pivoted to the head to rotate about an axis of tilt transverse to the longitudinal orientation to move from the first position to a second position, corresponding to a second operating configuration of the head and tilted upside down relative to the first position, to project in the first direction, wherein the first and second directions are aligned along the same axis so that, to move from the first to the second position, the second tool performs a rotation of 180 degrees. - a head supported by the operating arm; - a first tool and a second tool; - the first tool is connected to the head and projects in a first direction, the first direction being directed along an orientation transverse to the longitudinal orientation; - the second tool is connected to the head and, in a first operating configuration of the head, is disposed in a first position where it projects in a second direction, opposite to the first direction,
Assembly composed of a saddle and of a saddle compartment for a motorcycle, wherein the saddle comprises a padded upper portion, which constitutes the seat for the rider and/or passenger of the motorcycle, and a substantially rigid bottom portion, operatively connected to the saddle compartment by hinge means, and wherein the saddle compartment is configured to be integral with a fixed portion of the motorcycle, said hinge means enabling the saddle to pass from a closed position, in which said saddle is positioned substantially horizontally above the saddle compartment and permits the rider and any passenger of the motorcycle to sit on it, and an open position, in which said saddle is positioned in a substantially vertical position and permits access to the saddle compartment, the assembly comprising at least one gas spring configured to be attached at the bottom to a fixed portion of the motorcycle and operatively connected, at its upper end, to the saddle, wherein between the upper end of the gas spring and the saddle articulated connection means are interposed which permit said saddle to maintain a stable open position; characterised in that the gas spring is guided, in its extension and contraction movements corresponding respectively to the opening and closing movements of the saddle in relation to the respective saddle compartment, inside a casing made in the side wall of the saddle compartment so that the gas spring always remains hidden during the opening of the saddle.
A cyber attack information processing apparatus comprising: a storage device storing a cyber threat intelligence DB and connected to a first system and a second system, a processor configured to when the first system obtains first information regarding a cyber attack from a first terminal, store the first information in a state that the first information is accessible to the second terminal that is capable of accessing the first system, convert the first information having a first data structure into second information having a second data structure usable by a second system wherein the second information is to be provided for the second system, when the second system obtains third information regarding another cyber attack, convert the third information having the second data structure into fourth information having the first data structure, and provide the second terminal with the fourth information; wherein the first system is an information posting system delivering information posted by a user terminal to another user terminal and the second system is a cyber threat intelligence management system; wherein the second information and the fourth information are to be transmitted to the storage device in accordance with a specific communication protocol that is used to transmit information regarding a cyber attack. a storage device storing a cyber threat intelligence DB and connected to a first system and a second system, a processor configured to when the first system obtains first information regarding a cyber attack from a first terminal, store the first information in a state that the first information is accessible to the second terminal that is capable of accessing the first system, convert the first information having a first data structure into second information having a second data structure usable by a second system wherein the second information is to be provided for the second system, when the second system obtains third information regarding another cyber attack, convert the third information having the second data structure into fourth information having the first data structure, and provide the second terminal with the fourth information; wherein the first system is an information posting system delivering information posted by a user terminal to another user terminal and the second system is a cyber threat intelligence management system; wherein the second information and the fourth information are to be transmitted to the storage device in accordance with a specific communication protocol that is used to transmit information regarding a cyber attack.
A layered through-air dried tissue web, the web comprising a first fibrous layer and a second fibrous layer, the first fibrous layer comprising wood fibers and the second layer comprising bamboo fibers, wherein the first fibrous layer is substantially free of bamboo fibers and wherein the bamboo fibers comprise at least 10 percent of the total weight of the through-air dried web.
An analysis apparatus comprising: an extraction unit that extracts a baseline portion from chromatographic data that is acquired from an apparatus; and a determination unit that determines a normality in the apparatus based on normal chromatographic data and a feature of the baseline portion of the chromatographic data extracted by the extraction unit, wherein the apparatus is a Thermal Conductivity Detector, TCD, that uses the difference between a thermal conductivity of a measurement component and a thermal conductivity of a carrier gas to extract an unbalanced voltage generated in a bridge circuit as a concentration signal. an extraction unit that extracts a baseline portion from chromatographic data that is acquired from an apparatus; and a determination unit that determines a normality in the apparatus based on normal chromatographic data and a feature of the baseline portion of the chromatographic data extracted by the extraction unit, wherein the apparatus is a Thermal Conductivity Detector, TCD, that uses the difference between a thermal conductivity of a measurement component and a thermal conductivity of a carrier gas to extract an unbalanced voltage generated in a bridge circuit as a concentration signal.
A method of manufacturing a polycrystalline abrasive construction, the method comprising: providing a plurality of particles of cubic boron nitride, the particles coated with a first matrix precursor material using a sol-gel process; providing a plurality of second matrix precursor particles having an average size less than 2 micron, the second matrix precursor particles including a liquid phase sintering agent; pre-reacting the second matrix precursor particles in a vacuum at a temperature of between 500°C and 1100°C; mixing together the plurality of particles of cubic boron nitride with the particles of the second matrix precursor material; consolidating and sintering the plurality of particles of cubic boron nitride and the particles of matrix precursor material at a pressure of between 2.5 GPa and 8 GPa and a temperature of between 600° and 1800°C. providing a plurality of particles of cubic boron nitride, the particles coated with a first matrix precursor material using a sol-gel process; providing a plurality of second matrix precursor particles having an average size less than 2 micron, the second matrix precursor particles including a liquid phase sintering agent; pre-reacting the second matrix precursor particles in a vacuum at a temperature of between 500°C and 1100°C; mixing together the plurality of particles of cubic boron nitride with the particles of the second matrix precursor material; consolidating and sintering the plurality of particles of cubic boron nitride and the particles of matrix precursor material at a pressure of between 2.5 GPa and 8 GPa and a temperature of between 600° and 1800°C.
A heart correction net to be attached to an exterior of a heart, comprising: a first area that is a partial area included in a right ventricle side area of an entire area surrounding exteriors of ventricles; and a second area that is an area surrounding the first area in the right ventricle side area and a left ventricle side area, wherein the first area is knitted with an absorbable yarn to be decomposed and eliminated in a body, wherein the second area is knitted with a non-absorbable yarn not to be decomposed but to remain in a body, and wherein the first area is configured to provide a lower contact pressure against a heart during a cardiac diastole than the second area as a result of decomposition of the absorbable yarn after attachment to the heart. a first area that is a partial area included in a right ventricle side area of an entire area surrounding exteriors of ventricles; and a second area that is an area surrounding the first area in the right ventricle side area and a left ventricle side area, wherein the first area is knitted with an absorbable yarn to be decomposed and eliminated in a body, wherein the second area is knitted with a non-absorbable yarn not to be decomposed but to remain in a body, and wherein the first area is configured to provide a lower contact pressure against a heart during a cardiac diastole than the second area as a result of decomposition of the absorbable yarn after attachment to the heart.
A method of fabricating an optical device, the method comprising: a) receiving a first substrate comprising a material selected from the group consisting of a tempered glass, a heat strengthened glass, a chemically strengthened glass and a polymer; b) laminating a second substrate to the first substrate to form a laminate using a lamination adhesive, wherein the second substrate is a thin flexible low-sodium annealed glass, wherein the lamination forms a permanent lamination bond; and c) fabricating the optical device on an outward-facing surface of the thin flexible low-sodium annealed glass of the laminate, wherein fabricating the optical device comprises heating at temperatures of between 300°C and 450°C. a) receiving a first substrate comprising a material selected from the group consisting of a tempered glass, a heat strengthened glass, a chemically strengthened glass and a polymer; b) laminating a second substrate to the first substrate to form a laminate using a lamination adhesive, wherein the second substrate is a thin flexible low-sodium annealed glass, wherein the lamination forms a permanent lamination bond; and c) fabricating the optical device on an outward-facing surface of the thin flexible low-sodium annealed glass of the laminate, wherein fabricating the optical device comprises heating at temperatures of between 300°C and 450°C.
A bicycle battery holder comprising: a battery holder body (40, 140) including a contact portion; an operating member (42, 142) movably mounted to the battery holder body (40, 140) between a first position and a second position; and a battery engaging member (44, 144) pivotally coupled to the operating member (42, 142) on an axle (50, 150) such that the battery engaging member (44, 144) moves in a first direction with respect to the battery holder body (40, 140) to a battery retaining position as the operating member (42, 142) moves from the first position to the second position, and the contact portion of the battery holder body (40, 140) limits rotational movement of the operating member (42, 142) around an axis of the axle (50, 150) to maintain the operating member (42, 142) in the first position while the operating member (42, 142) is disposed in the first position, characterised in that the contact portion includes a pair of flanges for movably mounting both the operating member and the battery engaging member to battery holder body via the axle and wherein the flanges of the contact portion of the battery holder body limit movement of the operating member in the first direction while the operating member is disposed in the first position. a battery holder body (40, 140) including a contact portion; an operating member (42, 142) movably mounted to the battery holder body (40, 140) between a first position and a second position; and a battery engaging member (44, 144) pivotally coupled to the operating member (42, 142) on an axle (50, 150) such that the battery engaging member (44, 144) moves in a first direction with respect to the battery holder body (40, 140) to a battery retaining position as the operating member (42, 142) moves from the first position to the second position, and the contact portion of the battery holder body (40, 140) limits rotational movement of the operating member (42, 142) around an axis of the axle (50, 150) to maintain the operating member (42, 142) in the first position while the operating member (42, 142) is disposed in the first position, characterised in that the contact portion includes a pair of flanges for movably mounting both the operating member and the battery engaging member to battery holder body via the axle and wherein the flanges of the contact portion of the battery holder body limit movement of the operating member in the first direction while the operating member is disposed in the first position.
A method of monitoring a subject having symptoms of endometriosis and/or suspected of having endometriosis who has been administered a treatment for endometriosis, the method comprising: a. detecting levels of miRNA-125b-5p, miR-150-5p and miR-3613-5p in a body fluid sample from the subject having symptoms of endometriosis or suspected of having endometriosis; and b. comparing the levels of miRNA-125b-5p, miR-150-5p and miR-3613-5p in the biological sample with the levels in a reference sample obtained from that patient prior to initiation of a treatment, wherein a decrease in the level of miRNA-125b-5p and an increase in the levels of miR-150-5p and miR-3613-5p is indicative of a response to the treatment for endometriosis. a. detecting levels of miRNA-125b-5p, miR-150-5p and miR-3613-5p in a body fluid sample from the subject having symptoms of endometriosis or suspected of having endometriosis; and b. comparing the levels of miRNA-125b-5p, miR-150-5p and miR-3613-5p in the biological sample with the levels in a reference sample obtained from that patient prior to initiation of a treatment, wherein a decrease in the level of miRNA-125b-5p and an increase in the levels of miR-150-5p and miR-3613-5p is indicative of a response to the treatment for endometriosis.