mhurhangee/ep-ind-claims huggingface dataset:
A computer readable storage medium comprising computer executable instructions, which when executed cause a computer including a waveform dataset database to perform a method for estimating the probability of passing or failing extubation, the method comprising: accessing the waveform dataset database to obtain a data set including electrocardographic and/or capnography waveforms recorded from patients who failed and passed extubation; creating at least one event time series from the data set, comprising the time elapsed between two successive R peaks of an electrocardiogram, and/or the time elapsed between two successive expirations from a capnograph; extracting and tracking over time, from the at least one event time series, a set of measures of heart rate variability HRV and/or measures of respiratory rate variability RRV, and computing the median value for each measure of variability on two time intervals; generating a multivariate ensemble averaging of logistic regressions from the median variability in Pre-SBT and During-SBT for both patients who passed and failed extubation; selecting measures of variability to be included in the multivariate ensemble, as well as at least one optimal threshold used by the logistic regressions to separate between passed and failed; and creating (40, 42) and outputting a synoptic report using a standardized process for evaluating patients along with standardized checklists for evaluating readiness for extubation, the report including at least one decision support index from the multivariate ensemble indicative of an estimated probability of passing or failing extubation. accessing the waveform dataset database to obtain a data set including electrocardographic and/or capnography waveforms recorded from patients who failed and passed extubation; creating at least one event time series from the data set, comprising the time elapsed between two successive R peaks of an electrocardiogram, and/or the time elapsed between two successive expirations from a capnograph; extracting and tracking over time, from the at least one event time series, a set of measures of heart rate variability HRV and/or measures of respiratory rate variability RRV, and computing the median value for each measure of variability on two time intervals; generating a multivariate ensemble averaging of logistic regressions from the median variability in Pre-SBT and During-SBT for both patients who passed and failed extubation; selecting measures of variability to be included in the multivariate ensemble, as well as at least one optimal threshold used by the logistic regressions to separate between passed and failed; and creating (40, 42) and outputting a synoptic report using a standardized process for evaluating patients along with standardized checklists for evaluating readiness for extubation, the report including at least one decision support index from the multivariate ensemble indicative of an estimated probability of passing or failing extubation.
A kitchen comprising a work top arranged above a detached substructure, in which a stove with at least one hotplate, as well as a sink with at least one basin are installed, and which is adjustable in a vertical direction by means of a lifting and rotation device installed in the substructure and rotatable around a vertical axis, characterized in that the substructure is designed as a detached cabinet, the work top is arranged freely movable above the cabinet covering the said cabinet, the angle of rotation of the work top is limited to 90° and further that the work top is of a rectangular shape and in the final position turned by 90 ° relative to the cabinet protrudes beyond the cabinet.
An aneurysm device endovascularly deliverable to a site proximate an aneurysm near a terminus of a parent artery with bifurcating downstream arteries, the aneurysm device comprising: a closure structure comprising a distal-facing aspect configured to at least partially occlude the aneurysm and a proximal-facing aspect configured to arch over lumina of the downstream arteries; and a supplemental stabilizer connected to the closure structure, the supplemental stabilizer configured to reside in the parent artery and press outward against a luminal wall thereof, characterised in that the closure structure comprises a perimeter support including four struts and an inner support including four struts, and wherein an outline of the perimeter supports and inner supports comprises a quadrilateral form, and the closure structure comprises a distal framework portion comprising the distal-facing aspect, further including the perimeter support and the inner support, and having a lateral axis orthogonal to a longitudinal axis of the supplemental stabilizer, the supplemental stabilizer has a proximal framework portion, and the lateral axis of the distal framework portion comprises a vertex from which the proximal framework portion is biased to press outward against a luminal wall of the parent artery. a closure structure comprising a distal-facing aspect configured to at least partially occlude the aneurysm and a proximal-facing aspect configured to arch over lumina of the downstream arteries; and a supplemental stabilizer connected to the closure structure, the supplemental stabilizer configured to reside in the parent artery and press outward against a luminal wall thereof, characterised in that the closure structure comprises a perimeter support including four struts and an inner support including four struts, and wherein an outline of the perimeter supports and inner supports comprises a quadrilateral form, and the closure structure comprises a distal framework portion comprising the distal-facing aspect, further including the perimeter support and the inner support, and having a lateral axis orthogonal to a longitudinal axis of the supplemental stabilizer, the supplemental stabilizer has a proximal framework portion, and the lateral axis of the distal framework portion comprises a vertex from which the proximal framework portion is biased to press outward against a luminal wall of the parent artery.
Method for producing a lithium iron phosphate and carbon composite material comprising steps of - forming a mixture of precursors containing at least lithium phosphate, iron phosphate and a material containing carbon, under inert atmosphere, - grinding said mixture of precursors obtained and - calcinating during which the pyrolysis of the material containing carbon is produced and forming lithium iron phosphate crystals characterised in that said grinding is an industrial nanogrinding with high-energy balls for a predetermined duration that is sufficient to give the mixture of precursors a mechanical activation energy that is sufficient to obtain micrometric mixed aggregates of nanometric particles, said nanometric particles having a maximum size measured by transmission microscopy of less than 50nm and said micrometric mixed aggregates having an average size measured by laser granulometry in methanol of between 0.5μm and 60μm, and in that the calcination is carried out on said ground mixture of micrometric mixed aggregates of nanometric particles. - forming a mixture of precursors containing at least lithium phosphate, iron phosphate and a material containing carbon, under inert atmosphere, - grinding said mixture of precursors obtained and - calcinating during which the pyrolysis of the material containing carbon is produced and forming lithium iron phosphate crystals
A fiber optic connection assembly for fiber to the home, comprising: a fan-out member; a multi-fiber optical cable having a first end introduced into the fan-out member and a second end extending out of the fan-out member; a multi-fiber optic connector connected to the second end of the multi-fiber optical cable; a plurality of single-fiber optical cables each having a first end introduced into the fan-out member and a second end extending out of the fan-out member, wherein the multi-fiber optical cable and the single-fiber optical cables are introduced into the fan-out member from a same side of the fan-out member, the multi-fiber optical cable and the single-fiber optical cables are hermetically fitted in the fan-out member by pressing a sealing gel block; a plurality of single-fiber optic connectors connected to the second ends of the single-fiber optical cables, respectively; a plurality of first fiber optic adapters mated with the plurality of single-fiber optic connectors, respectively; and a plurality of outer shields each constructed to receive the connector and the adapter of a respective single-fiber optical cable therein, wherein the outer shield is hermetically fitted on the connector and the adapter of the respective single-fiber optical cable to form a sealed inner chamber so as to prevent moisture or water from entering into the inner chamber. a fan-out member; a multi-fiber optical cable having a first end introduced into the fan-out member and a second end extending out of the fan-out member; a multi-fiber optic connector connected to the second end of the multi-fiber optical cable; a plurality of single-fiber optical cables each having a first end introduced into the fan-out member and a second end extending out of the fan-out member, wherein the multi-fiber optical cable and the single-fiber optical cables are introduced into the fan-out member from a same side of the fan-out member, the multi-fiber optical cable and the single-fiber optical cables are hermetically fitted in the fan-out member by pressing a sealing gel block; a plurality of single-fiber optic connectors connected to the second ends of the single-fiber optical cables, respectively; a plurality of first fiber optic adapters mated with the plurality of single-fiber optic connectors, respectively; and a plurality of outer shields each constructed to receive the connector and the adapter of a respective single-fiber optical cable therein, wherein the outer shield is hermetically fitted on the connector and the adapter of the respective single-fiber optical cable to form a sealed inner chamber so as to prevent moisture or water from entering into the inner chamber.
An endoluminal prosthesis for providing replacement for a damaged endoluminal valve for restricting fluid flow in a lumen, the prosthesis comprising: a tubular graft having a flexible body including an inner surface that defines an inner volume, a self-expanding stent mounted to a proximal end of the flexible body, the self-expanding stent extending beyond the flexible body proximal end, and a valve prosthesis at the proximal end of the flexible body, characterised in that the valve prosthesis including at least one leaflet (140, 142) having an edge coupled to the proximal end of the flexible body, the or each leaflet having a free edge responsive to pressure differentials and movable between an open position permitting a fluid flow through the inner volume and a closed position restricting fluid flow through the inner volume. a tubular graft having a flexible body including an inner surface that defines an inner volume, a self-expanding stent mounted to a proximal end of the flexible body, the self-expanding stent extending beyond the flexible body proximal end, and a valve prosthesis at the proximal end of the flexible body, characterised in that the valve prosthesis including at least one leaflet (140, 142) having an edge coupled to the proximal end of the flexible body, the or each leaflet having a free edge responsive to pressure differentials and movable between an open position permitting a fluid flow through the inner volume and a closed position restricting fluid flow through the inner volume.
A transgenic non human animal model for ulcerative colitis and its main complications such as primary sclerosing cholangitis, and colorectal cancer comprising a targeted disruption in the Interleukin 10 and NADPH-oxidase1 genes so that IL10 and NOX1 are not expressed in said animal and wherein an appendectomy or a caecal floor removing was performed on the animal.
Machine for attaching pockets comprising: - a template; - a support used to support said template; and - moving means used to move the support in a longitudinal direction; said template comprising at least two separate portions (15, 16a, 16b), wherein at least one portion (16a, 16b) of said at least two portions of the template is a mobile portion (16a, 16b) that can move transversally, in such manner that the template can be in a maximum size configuration in transverse direction, which defines the dimensions of a piece of garment, and in a minimum size configuration in transverse direction in order to insert and extract the template into and from the piece of garment; said at least two portions (15, 16a, 16b) of the template being shaped in order to be inserted in the piece of garment; and said machine comprises moving means to move said at least one mobile portion (16a, 16b) of the template from a retracted position, wherein the template is in minimum size configuration, to an extracted position, wherein the template is in maximum size configuration, characterized in that said piece of garment is a pocket; the template defines the dimensions of the pocket to be attached on a fabric, and the template is supported by a support which is moved in a longitudinal direction by moving means; and the template is shaped as a flat plate with low thickness, wherein said template is configured in such manner that, when it is in minimum size configuration, its maximum width is lower than the width of the opening of the pocket and when said template is in maximum size configuration, its maximum width is higher than the width of the opening of the pocket. - a template; - a support used to support said template; and - moving means used to move the support in a longitudinal direction;
Dynamoelectric machine having a laminated core of a stator and a self-supporting housing having the following features: - a laminated core section surrounding the laminated core, wherein the laminated core is formed by means of axially layered lamination plates and on each of its end faces has at least one pressure plate, wherein the inside of the laminated core section is designed in such a way that the laminated core having a basic shape in the form of an octagonal cross-section is accommodated, wherein, when viewed in the peripheral direction, shorter sides and longer sides of the laminated core are present in alternation, - at least one connecting section in axial extension of the laminated core section in order to enable further elements and/or devices to be positioned on the housing, - predefined bearing zones for the laminated core on the inside of the laminated core section of the housing in order to position and fix the laminated core, - when viewed in the peripheral direction and/or in the axial direction, a free space is provided between the bearing zones, - wherein the inside of the laminated core section of the housing forms an octagon, - wherein the bearing zones of the laminated core section are embodied in the shorter internal sides of the housing. - a laminated core section surrounding the laminated core, wherein the laminated core is formed by means of axially layered lamination plates and on each of its end faces has at least one pressure plate, wherein the inside of the laminated core section is designed in such a way that the laminated core having a basic shape in the form of an octagonal cross-section is accommodated, wherein, when viewed in the peripheral direction, shorter sides and longer sides of the laminated core are present in alternation, - at least one connecting section in axial extension of the laminated core section in order to enable further elements and/or devices to be positioned on the housing, - predefined bearing zones for the laminated core on the inside of the laminated core section of the housing in order to position and fix the laminated core, - when viewed in the peripheral direction and/or in the axial direction, a free space is provided between the bearing zones, - wherein the inside of the laminated core section of the housing forms an octagon, - wherein the bearing zones of the laminated core section are embodied in the shorter internal sides of the housing.
A method in a user equipment, the method comprising: determining a first transmission occasion and a first priority of a first uplink channel; determining a second transmission occasion and a second priority of a second uplink channel, where the first priority is higher than the second priority, and where the first transmission occasion overlaps in time with the second transmission occasion; determining a particular symbol of the second uplink channel to cancel a transmission of the second uplink channel based on the first transmission occasion overlapping in time with the second transmission occasion; and cancelling the transmission of the second uplink channel from the particular symbol, characterised in that the particular symbol is determined based on a physical uplink shared channel timing capability. determining a first transmission occasion and a first priority of a first uplink channel; determining a second transmission occasion and a second priority of a second uplink channel, where the first priority is higher than the second priority, and where the first transmission occasion overlaps in time with the second transmission occasion; determining a particular symbol of the second uplink channel to cancel a transmission of the second uplink channel based on the first transmission occasion overlapping in time with the second transmission occasion; and cancelling the transmission of the second uplink channel from the particular symbol, characterised in that the particular symbol is determined based on a physical uplink shared channel timing capability.
A machine for the thermal treatment and production of liquid and semi-liquid food products, comprising: - at least two containers (3A,3B) for containing respective products to be subjected to the thermal treatment, - at least one dispenser for dispensing the product contained in said containers (3A,3B), - thermal treatment means operatively acting on the products contained in the containers (3A,3B), the machine being characterized in that the thermal treatment means comprise at least one circuit for circulation of an operating fluid and at least two first heat exchangers (8A,8B) operating according to a thermodynamic cycle; each of the two first heat exchangers (8A,8B) being associated with a respective container (3A,3B); said thermal treatment means being configured in such a way that one of said exchangers (8A,8B) heats the contents of at least one of said containers (3A,3B), for producing a first liquid or semi-liquid food product, and the other of said exchangers (8A,8B) cools the contents of the other of said containers (3A,3B), for producing a second liquid or semi-liquid food product, wherein said thermal treatment means are configured in such a way as to remove heat from a respective container by means of one first heat exchanger and to simultaneously transfer heat to the respective other container by means of the other first heat exchanger, wherein it comprises a first dispenser connected to the first container, to allow dispensing the first product from the first container, a second dispenser connected to the second container to allow dispensing the second product from the second container and a third dispenser, connected to the first container and to the second container to allow dispensing and mixing the products from both of the containers (3A,3B), wherein the machine comprising at least two operating fluid circulation circuits (7A, 7B), a first and a second operating fluid circulation circuit, which are separate and independent, in which the first heat exchangers (8A,8B) are respectively integrated. - at least two containers (3A,3B) for containing respective products to be subjected to the thermal treatment, - at least one dispenser for dispensing the product contained in said containers (3A,3B), - thermal treatment means operatively acting on the products contained in the containers (3A,3B),
A combination valve for a steam circuit, comprising a quick-closing valve and a regulating valve, wherein the quick-closing valve and the regulating valve are arranged in a common housing (4, 5), the regulating valve is displaceable by an active drive and the quick-closing valve is passively displaceable by steam of the steam circuit, characterized in that a partial-stroke test can be carried out on the quick-closing valve during ongoing operation of the steam circuit if the regulating valve is in an open position, wherein, in order to carry out the partial-stroke test, the quick-closing valve can be acted upon by the steam in such a way that it moves in a closing direction, and the combination valve is devised such that, as a result of the movement of the quick-closing valve in the closing direction, a throttle point opens via which the steam can escape, so that the quick-closing valve is prevented from further movement in the closing direction and remains in a partial-stroke position.
A three ply sandwich structured hydroentangled web exhibiting low sidedness and good hand feel having long synthetic fibers on the top and bottom ply and short fibers selected from (a) wood pulp fibers, (b) a mixture of wood pulp fibers and optionally, short synthetic or other natural fibers in the middle ply, wherein the synthetic fibers in the outer plies have a length in the range of 30 to 100 mm and the wood pulp fibers in the middle ply have a length of 1 to 8 mm and the optional short synthetic or other natural fibers have a length of 1 to 27 mm, and wherein 40 to 90 weight percent of the web comprises wood pulp fibers.
System for filtering microfibres contained in a liquid effluent from a textile treatment device, said system being intended to be connected to a drain pipe for emptying said textile treatment device, characterized in that said system comprises at least: an enclosure comprising a granular medium occupying a portion of the space of said enclosure, said granular medium being arranged on a support so as to leave a free volume in said enclosure above said granular medium, said support being permeable at least to said liquid effluent; - means for percolating said liquid effluent through said granular medium and comprising at least one opening formed in said enclosure and positioned above said granular medium; - discharge means for discharging said liquid effluent and comprising at least one opening formed in said enclosure and positioned beneath said support of said granular medium; - connecting means (120, 130) for connection to means for regenerating said granular medium by fluidization, characterized in that the connecting means comprise at least one opening formed in said enclosure and positioned above said granular medium. - means for percolating said liquid effluent through said granular medium and comprising at least one opening formed in said enclosure and positioned above said granular medium; - discharge means for discharging said liquid effluent and comprising at least one opening formed in said enclosure and positioned beneath said support of said granular medium; - connecting means (120, 130) for connection to means for regenerating said granular medium by fluidization, characterized in that the connecting means comprise at least one opening formed in said enclosure and positioned above said granular medium.