mhurhangee/ep-ind-claims huggingface dataset:
An electrical stimulus generator adapted for implantation in apatient suffering from epilepsy, to provide electrical stimuli for application to a selected cranial nerve as a therapy to alleviate a seizure, the stimulus generator comprising: electronics effective when energized for generating said electrical stimuli; an electrically conductive case housing said electronics; and electrode means electrically connected to said electronics for sensing cardiac activity of the patient, said electronics including means responsive to sudden time rate of change of the patient's heart rate in the sensed cardiac activity for distinguishing a change which is a precursor of an imminent epileptic seizure from a change attributable to normal physical exercise, to energize the electronics to generate said electrical stimuli upon the seizure-indicative change. electronics effective when energized for generating said electrical stimuli; an electrically conductive case housing said electronics; and electrode means electrically connected to said electronics for sensing cardiac activity of the patient, said electronics including means responsive to sudden time rate of change of the patient's heart rate in the sensed cardiac activity for distinguishing a change which is a precursor of an imminent epileptic seizure from a change attributable to normal physical exercise, to energize the electronics to generate said electrical stimuli upon the seizure-indicative change.
A device for transport and preservation of an ex vivo biological sample for subsequent transplant in a living human being or animal, comprising a chamber for containing said biological sample, delimitated by walls made of a thermal insulating material, cooling means for keeping the temperature inside said chamber below the temperature outside said device, and at least an ultrasound system suitable for generating and applying ultrasound on said biological sample, wherein the device further comprises a closable auxiliary container for containing a preservation solution, without external oxygen delivery and for containing said biological sample immersed in said preservation solution, characterized in that the device further comprises a sheet-like support in said chamber suitable for supporting said closable auxiliary container containing said biological sample, said sheet-like support being able to vibrate freely when said ultrasound is applied, and wherein said ultrasound system comprises at least one transducer mounted on at least one of the walls of said sheet-like support.
Method for selecting a mobile radiotelephony operator to allow a subscriber holding a main subscription to enter into a roaming situation, wherein said subscriber has a mobile terminal, characterised in that said method involves: i - suggesting the name of at least one alternative operator network capable of providing a roaming service to said subscriber holding said main subscription, wherein said suggestion is accompanied by an indication of the roaming rate applied by this alternative operator network; ii - following the choice by said user of an alternative operator network, sending to said mobile terminal an IMSI allowing the user to connect to said alternative operator network in order to benefit from the roaming rate thereof. i - suggesting the name of at least one alternative operator network capable of providing a roaming service to said subscriber holding said main subscription, wherein said suggestion is accompanied by an indication of the roaming rate applied by this alternative operator network; ii - following the choice by said user of an alternative operator network, sending to said mobile terminal an IMSI allowing the user to connect to said alternative operator network in order to benefit from the roaming rate thereof.
A field effect transistor having at least a gate electrode, a source electrode, and a drain electrode and a GaN semiconductor channel for controlling transport of charge carriers between the source and drain electrodes, the gate electrode being insulated from the semiconductor channel by an AlN or SiN dielectric, at least a portion of the AlN or SiN dielectric being disposed between the gate electrode and the semiconductor channel, said portion of the AlN or SiN dielectric being doped with a dopant which, if doped into the GaN channel semiconductor, would cause the channel to be p-type, the dopant being Magnesium.
A phase noise detection apparatus comprising at least a laser beam, an optical resonator coupled to the laser beam at a coupling point, a photodetector adapted to receive light from the laser beam, and at least one optical phase modulator (10, 11), wherein the laser beam and the resonator coupled to the laser beam are adapted to convert phase noise of light transported by the laser beam prior to the coupling point into intensity noise of light transported by the laser beam immediately after the coupling point, wherein the intensity noise after the coupling point is generated according to the phase noise prior to the coupling point, wherein the photodetector is adapted to convert said intensity noise into an electrical signal, to send said electrical signal through at least one signal path (5, 6) and to apply it to the at least one optical phase modulator placed in the optical path of the laser beam, and wherein the overall gain of the signal path (5, 6) is such that the at least one optical phase modulator (10, 11, 12) at least partially cancels said phase noise in the optical domain, the apparatus further comprises a waveguide (1, 12, 16, 18), the laser beam is guided in the waveguide (1, 12, 16, 18), characterized in that the apparatus is further configured so that: the electrical signal generated by the photodetector according to the phase noise of the light prior to the coupling point is sent to both a first electrical path with a signal substantially proportional to the intensity noise and to a second signal path (5, 6) where a signal substantially proportional to the intensity noise is integrated, and wherein the signals of the first and the second electrical paths are applied to the at least one phase modulator compensating phase noise in the optical domain, wherein said at least one phase modulator is one out of several optical phase modulators or a unique optical phase modulator, in which case the signals of both electrical paths paths (5, 6) are summed to each other in the electrical domain prior to being applied to said unique optical modulator. the electrical signal generated by the photodetector according to the phase noise of the light prior to the coupling point is sent to both a first electrical path with a signal substantially proportional to the intensity noise and to a second signal path (5, 6) where a signal substantially proportional to the intensity noise is integrated, and wherein the signals of the first and the second electrical paths are applied to the at least one phase modulator compensating phase noise in the optical domain, wherein said at least one phase modulator is one out of several optical phase modulators or a unique optical phase modulator, in which case the signals of both electrical paths paths (5, 6) are summed to each other in the electrical domain prior to being applied to said unique optical modulator.
An insect pest gathering apparatus for gathering insect pests or the like such as mites and fleas, comprising: a gathering portion having a porous structure with a large number of holes continuously lying from a surface to an inside, wherein a hole diameter of the hole in the gathering portion has a length suitable for entering by the insect pest or the like, characterized in that a heat retaining portion (15, 16) is provided on an outer surface of the gathering portion, and a material of the heat retaining portion (15, 16) is corrugated cardboard. a gathering portion having a porous structure with a large number of holes continuously lying from a surface to an inside, wherein a hole diameter of the hole in the gathering portion has a length suitable for entering by the insect pest or the like, characterized in that a heat retaining portion (15, 16) is provided on an outer surface of the gathering portion, and a material of the heat retaining portion (15, 16) is corrugated cardboard.
A fan impeller, comprising: a fan hub; an outer circular frame surrounding the fan hub; and a plurality of metallic blades independent from one another, two ends of each of the metallic blades being a root and a distal end respectively, at least a portion of the root being embedded in the fan hub, at least a portion of the distal end being embedded in the outer circular frame, wherein an engagement member is formed at the distal end, and the outer circular frame is engaged with the distal end by means of the engagement member. a fan hub; an outer circular frame surrounding the fan hub; and a plurality of metallic blades independent from one another, two ends of each of the metallic blades being a root and a distal end respectively, at least a portion of the root being embedded in the fan hub, at least a portion of the distal end being embedded in the outer circular frame, wherein an engagement member is formed at the distal end, and the outer circular frame is engaged with the distal end by means of the engagement member.
A circuit board assembly comprising: a low-frequency substrate formed of FR-4 type material, wherein the If substrate defines a top-side, a bottom-side, and a waveguide through the If substrate configured to guide a radio-frequency signal from the top-side to the bottom-side; a monolithic microwave integrated circuit (MMIC) attached to the top-side and configured to output the radio-frequency signal; a plurality of electrical components electrically attached to the If substrate and configured to process a low-frequency signal; a high-frequency substrate attached to the top-side, wherein the HF substrate is configured to define a solder pad configured to couple the low-frequency signal from the If substrate to the HF substrate, an opening through the HF substrate configured to surround the MMIC, and a vertical transition configured to guide the radio-frequency signal output by the MMIC to the waveguide; a plurality of wire bonds to electrically connect the MMIC to the HF substrate and couple the radio-frequency signal from the MMIC to the vertical transition; and an antenna attached to the If substrate and configured to radiate the radio-frequency signal from the waveguide. a low-frequency substrate formed of FR-4 type material, wherein the If substrate defines a top-side, a bottom-side, and a waveguide through the If substrate configured to guide a radio-frequency signal from the top-side to the bottom-side; a monolithic microwave integrated circuit (MMIC) attached to the top-side and configured to output the radio-frequency signal; a plurality of electrical components electrically attached to the If substrate and configured to process a low-frequency signal; a high-frequency substrate attached to the top-side, wherein the HF substrate is configured to define a solder pad configured to couple the low-frequency signal from the If substrate to the HF substrate, an opening through the HF substrate configured to surround the MMIC, and a vertical transition configured to guide the radio-frequency signal output by the MMIC to the waveguide; a plurality of wire bonds to electrically connect the MMIC to the HF substrate and couple the radio-frequency signal from the MMIC to the vertical transition; and an antenna attached to the If substrate and configured to radiate the radio-frequency signal from the waveguide.
A method for estimating a position of a vehicle relative to one or more fixed or mobile radio transceivers (150, 160, 170), the method comprising; obtaining vehicle motion data related to a trajectory of the vehicle; obtaining propagation delay data associated with radio transmission between a vehicle transceiver comprised in the vehicle and the one or more radio transceivers (150, 160, 170); identifying one or more multipath components (510, 520), MPC, in the propagation delay data, where each MPC relates to a radio transmission propagation path (D, I) between a fixed radio transceiver (150, 160, 170) and the vehicle transceiver, and where at least one MPC relates to an indirect radio transmission propagation path between a fixed radio transceiver (150, 160, 170) and the vehicle transceiver; determining an MPC track for each identified MPC (510, 520) based on the vehicle motion data and on the propagation delay data, where an MPC track represents an evolution of the respective MPC over time; and estimating the position of the vehicle relative to the one or more radio transceivers (150, 160, 170) based on the MPC tracks, characterised in that the identifying comprises detecting propagation paths, grouping detected paths within a defined distance and based on respective propagation path delay, and identifying each group of propagation paths as a single MPC having a respective MPC delay value. obtaining vehicle motion data related to a trajectory of the vehicle; obtaining propagation delay data associated with radio transmission between a vehicle transceiver comprised in the vehicle and the one or more radio transceivers (150, 160, 170); identifying one or more multipath components (510, 520), MPC, in the propagation delay data, where each MPC relates to a radio transmission propagation path (D, I) between a fixed radio transceiver (150, 160, 170) and the vehicle transceiver, and where at least one MPC relates to an indirect radio transmission propagation path between a fixed radio transceiver (150, 160, 170) and the vehicle transceiver; determining an MPC track for each identified MPC (510, 520) based on the vehicle motion data and on the propagation delay data, where an MPC track represents an evolution of the respective MPC over time; and estimating the position of the vehicle relative to the one or more radio transceivers (150, 160, 170) based on the MPC tracks, characterised in that the identifying comprises detecting propagation paths, grouping detected paths within a defined distance and based on respective propagation path delay, and identifying each group of propagation paths as a single MPC having a respective MPC delay value.
Use of a moisture-curable reactive hot-melt adhesive composition as a hot-melt adhesive composition for oily steel sheets, said moisture-curable reactive hot-melt adhesive composition comprising: an oxyalkylene polymer containing a reactive silyl group, represented by formula below; an alkyl (meth)acrylate (co)polymer containing a reactive silyl group represented by formula below; a tackifying resin; and an inorganic filler which is at least one selected from the group consisting of calcium carbonate, carbon black, and silica, the formula being: -SiR 1 3-a X a wherein each R 1 independently represents at least one selected from the group consisting of a C 1-20 alkyl group, a C 6-20 aryl group, and a C 7-20 aralkyl group; X represents a hydroxy or hydrolyzable group; and a represents 1, 2, or 3; and wherein the moisture-curable reactive hot-melt adhesive composition contains no vinyl chloride resin. an oxyalkylene polymer containing a reactive silyl group, represented by formula below; an alkyl (meth)acrylate (co)polymer containing a reactive silyl group represented by formula below; a tackifying resin; and an inorganic filler which is at least one selected from the group consisting of calcium carbonate, carbon black, and silica, the formula being: -SiR 1 3-a X a wherein each R 1 independently represents at least one selected from the group consisting of a C 1-20 alkyl group, a C 6-20 aryl group, and a C 7-20 aralkyl group; X represents a hydroxy or hydrolyzable group; and a represents 1, 2, or 3; and wherein the moisture-curable reactive hot-melt adhesive composition contains no vinyl chloride resin.
A method of manufacturing an organic electronic device, comprising sequentially forming an organic layer comprising an emitting layer and a second electrode layer on an optical functional layer of the substrate being manufactured by processing the optical functional layer on a base layer so as to have a smaller projected area than the base layer, further comprising: forming a first electrode layer on the processed optical functional layer to have a larger projected area than the optical functional layer before forming the organic layer on the substrate, further comprising forming an encapsulating structure after the second electrode layer is formed, so that the encapsulating structure is formed on the base layer in contact with the first electrode layer below which the optical functional layer is not formed, characterized in that the processing of the optical functional layer is done with a laser.
A container closure for overhead draining which has a closure cap for fitting on to a container neck, wherein the closure cap has a substantially cylindrical peripheral cap portion and a head plate which is in the shape of a circular disk and which has a central opening from which extends an inwardly directed pipe stub in which a closure plug is snapped in, wherein the closure plug can also be snapped into engagement with a drain pipe and can be displaced into the container interior, and wherein provided in the pipe stub above the plug is a sealing disk which is fixed to the pipe stub and has a sealing membrane which can be torn out, characterized in that the pipe stub has a stepped enlargement towards the head plate, in which enlargement the sealing disk is received and at least partly fixed, the sealing disk having a peripherally extending annular flange which is glued or welded to the bottom of the portion which is enlarged in a stepped configuration, wherein a label covering the central opening is disposed on the head plate, wherein the label is transparent so that the sealing membrane in the unopened condition of the closure is visible through the label.
A method, comprising: receiving, at a node in a system area network, an address assignment message; allocating, by the node, a predetermined address interval of an available address space to a respective port (P0, P1, P2, P3) of the node, wherein the predetermined address interval is defined in the address assignment message, assigning, by the node, at least one address to another node connected to the respective port (P0, P1, P2, P3) for performing communication in the system area network via the respective port (P0, P1, P2, P3), starting with a center address of the predetermined address interval of the available address space allocated for the respective port (P0, P1, P2, P3). receiving, at a node in a system area network, an address assignment message; allocating, by the node, a predetermined address interval of an available address space to a respective port (P0, P1, P2, P3) of the node, wherein the predetermined address interval is defined in the address assignment message, assigning, by the node, at least one address to another node connected to the respective port (P0, P1, P2, P3) for performing communication in the system area network via the respective port (P0, P1, P2, P3), starting with a center address of the predetermined address interval of the available address space allocated for the respective port (P0, P1, P2, P3).
An aqueous dispersion comprising water and composite particles composed of a) a urethane polymer of at least 2000 Dalton number average molecular weight, b) a ketone functional molecule(s) having a number average molecular weight of less than 2000 Daltons having at least one ketone functional moiety, and c) at least one molecule of number average molecular weight of less than 2000 Daltons having at least one hydrazine moiety is co-reactive with said ketone functional moiety, wherein the ketone functional molecule(s) include(s) at least one polyketone functional moiety(ies) and comprises a polyester oligomer. a) a urethane polymer of at least 2000 Dalton number average molecular weight, b) a ketone functional molecule(s) having a number average molecular weight of less than 2000 Daltons having at least one ketone functional moiety, and c) at least one molecule of number average molecular weight of less than 2000 Daltons having at least one hydrazine moiety is co-reactive with said ketone functional moiety,
A method for synthesizing xylitol comprising the step of hydrolyzing hemicellulose in the presence of a solvent, wherein the solvent is water, an alcoholic reducing agent selected from iso-propanol, hydrogen ions (H +) from sulphuric acid and a hydrogen transfer catalyst selected from an active carbon supported ruthenium (Ru/C) catalyst to form the xylitol, wherein the water and the alcoholic reducing agent are present at a volumetric ratio in the range of 7:1 to 1:3, and wherein the reaction time is in the range of 1 to 14 hours.
Unitary extractor system for products in dispensing machines, being of the type of dispensing machine which functions by means of the introduction of coins, bank notes and/or cards and which can dispense food products, refrigerated or otherwise, and drinks, the products being stored in corresponding compartments of a series of trays, said compartments presenting a centrally open laminar base, with a belt provided with a plurality of toothed projections being fitted in relation to the open central part of the laminar base, the unitary extractor system for the product to dispense being defined by a single pincer body secured to the belt provided with a plurality of projections, this securing being materialised by means of a rotary arm of the pincer restrained by a spring, with its lower end being positioned between two curved projections of the belt, the pincer remaining in its initial position leaned against the product that is most internal of all the products aligned in the corresponding compartment of a tray, characterized in that the system further comprises a retainer for the pincer in the forward part of each of the compartments, preventing the advance of the pincer when the last product but one has been dispensed, so that, when a new request is made for a product, the advance of the belt overcomes the action of the spring restraining the rotary arm of the pincer by means of which it is secured, and wherein in the filling operation, the pincer is returnable to its initial position, manually, by overcoming the action of the spring restraining the rotary arm and sliding the pincer to the rear part of the belt.