mhurhangee/ep-ind-claims huggingface dataset:
An automatic purification system utilizing magnetic particles, comprising: 1) a first container module, the first container module comprising: a first container, the first container is provided with a first container liquid inlet at an upper part thereof, and is provided with a first container liquid outlet at a bottom part thereof; and a first magnetic field supply device provided outside the first container; and 2) a system controller module, the system controller module is capable of generating a variable magnetic field inside the first container by controlling the first magnetic field supply device, wherein the first magnetic field supply device comprises a first rotating device, a first cantilever and a first permanent magnet, and the first rotating device is capable of controlling the rotation of the first permanent magnet around the first container through the first cantilever; wherein the first cantilever is provided with a distance adjusting device for adjusting the position of the first permanent magnet so as to be close to or away from the first container; wherein the system controller module controls the first permanent magnet to rotate around the first container and to reciprocate on the first cantilever at the same time. 1) a first container module, the first container module comprising: a first container, the first container is provided with a first container liquid inlet at an upper part thereof, and is provided with a first container liquid outlet at a bottom part thereof; and a first magnetic field supply device provided outside the first container; and a first container, the first container is provided with a first container liquid inlet at an upper part thereof, and is provided with a first container liquid outlet at a bottom part thereof; and a first magnetic field supply device provided outside the first container; and 2) a system controller module, the system controller module is capable of generating a variable magnetic field inside the first container by controlling the first magnetic field supply device, wherein the first magnetic field supply device comprises a first rotating device, a first cantilever and a first permanent magnet, and the first rotating device is capable of controlling the rotation of the first permanent magnet around the first container through the first cantilever; wherein the first cantilever is provided with a distance adjusting device for adjusting the position of the first permanent magnet so as to be close to or away from the first container; wherein the system controller module controls the first permanent magnet to rotate around the first container and to reciprocate on the first cantilever at the same time.
Process for separating and recovering an aromatic aldehyde from a mixture comprising an aromatic aldehyde, light and heavy impurities and tar, characterized in that the liquid stream comprising said mixture is introduced into an evaporator, said mixture is vaporized such that, on the one hand, a gas stream comprising the aromatic aldehyde, the light impurities, the heavy impurities that can be vaporized at the selected evaporation temperature and pressure, and, on the other hand, a liquid stream essentially comprising the tar are separated, and in that the aromatic aldehyde is recovered from the separated gas stream, the aromatic aldehyde corresponding to the following formula: in said formula: - R represents a hydrogen atom or an alkyl group, - the R 1 groups, which may be identical or different, represent a hydrogen atom, a hydroxyl group, or an alkyl or alkoxy group, - n is a number from 0 to 4, a step of concentrating the mixture being carried out before the step of separation by evaporation, the concentration of the aromatic aldehyde in the liquid stream after the concentrating step being between 10% and 60% by weight, and that of the heavy compounds between 40% and 90% by weight. - R represents a hydrogen atom or an alkyl group, - the R 1 groups, which may be identical or different, represent a hydrogen atom, a hydroxyl group, or an alkyl or alkoxy group, - n is a number from 0 to 4,
A multiview 3D wrist watch (100;105;200;330;400;440) comprising: clock circuitry to determine a time; a plurality of light sources to generate a plurality of input planar lightbeams; a directional backplane having a plurality of directional pixels (215a-215d) to scatter the plurality of input planar lightbeams into a plurality of directional lightbeams (220a-220d), wherein each directional pixel in the plurality of directional pixels comprises patterned gratings with a plurality of parallel grooves, each directional lightbeam having a direction and angular spread controlled by characteristics of a directional pixel in the plurality of directional pixels, wherein the characteristics of a directional pixel comprise a grating length, a grating width, a grating orientation, a grating pitch, and a duty cycle and wherein the directional lightbeams represent multiple image views; and a shutter layer to receive the time from the clock circuitry and modulate the plurality of directional lightbeams to generate a 3D time view. clock circuitry to determine a time; a plurality of light sources to generate a plurality of input planar lightbeams; a directional backplane having a plurality of directional pixels (215a-215d) to scatter the plurality of input planar lightbeams into a plurality of directional lightbeams (220a-220d), wherein each directional pixel in the plurality of directional pixels comprises patterned gratings with a plurality of parallel grooves, each directional lightbeam having a direction and angular spread controlled by characteristics of a directional pixel in the plurality of directional pixels, wherein the characteristics of a directional pixel comprise a grating length, a grating width, a grating orientation, a grating pitch, and a duty cycle and wherein the directional lightbeams represent multiple image views; and a shutter layer to receive the time from the clock circuitry and modulate the plurality of directional lightbeams to generate a 3D time view.
A system for aligning a patient interface for use in delivering a flow of a breathing gas to the airway of a patient, the system comprising: a primary adhesive arrangement structured to secure the patient interface to the patient, and a base structured to be disposed on a surface, the base comprising a central member protruding upward from the base to a contoured surface, the central member including a pair of protruding alignment elements extending further upward from the contoured surface, wherein the primary adhesive arrangement comprises a pair of first apertures which are adapted to be positioned such that the pair of protruding alignment elements of the base extend through the pair of first apertures; characterized in that the system comprises a secondary adhesive arrangement comprising a pair of second apertures which are adapted to be positioned such that the pair of protruding alignment elements of the base extend through the pair of second apertures; and the patient interface comprises a pair of nasal apertures which are adapted to be positioned such that the pair of protruding alignment elements of the base extend through the pair of nasal apertures. the primary adhesive arrangement comprises a pair of first apertures which are adapted to be positioned such that the pair of protruding alignment elements of the base extend through the pair of first apertures; characterized in that the system comprises a secondary adhesive arrangement comprising a pair of second apertures which are adapted to be positioned such that the pair of protruding alignment elements of the base extend through the pair of second apertures; and the patient interface comprises a pair of nasal apertures which are adapted to be positioned such that the pair of protruding alignment elements of the base extend through the pair of nasal apertures.
A multi-pole plug-in cable connector for connecting a multi-core stranded cable, comprising a plug part, which has a plurality of contact elements formed as contact pins, and a cable mount, comprising a strand support element for receiving the strands of the multi-core stranded cable, characterised in that the strand support element has pivotally mounted hook elements, which, by means of a pivot movement, fix and clamp the strands introduced into the strand support element between the hook elements pivoted in the direction of the strands and an inner wall of the strand support element in an assembled state.
Method for estimating a quantity of interest among a plurality of a dynamic artery/tissue/vein system of an elementary volume - referred to as a voxel - of an organ, said method being carried out by a processing unit of a perfusion imaging analysis system, and comprising a step for estimating said quantity of interest from an experimental perfusion datum, said step consisting in evaluating - according to a Bayesian method - an a posteriori marginal distribution for said quantity of interest by: - the assignment of a direct probability distribution of the perfusion datum given the parameters involved in the estimation of the quantities of interest of the dynamic artery/tissue/vein system of the voxel concerned; - the assignment of an a priori joint probability distribution of said quantities, by the introduction of a strictly soft information on the impulse response of said dynamic system and by the application of the Principle of Maximum Entropy on said impulse response of said dynamic system in order to obtain the a priori probability distribution of said impulse response of said dynamic system. - the assignment of a direct probability distribution of the perfusion datum given the parameters involved in the estimation of the quantities of interest of the dynamic artery/tissue/vein system of the voxel concerned; - the assignment of an a priori joint probability distribution of said quantities, by the introduction of a strictly soft information on the impulse response of said dynamic system and by the application of the Principle of Maximum Entropy on said impulse response of said dynamic system in order to obtain the a priori probability distribution of said impulse response of said dynamic system.
A medical device for caring for a patient, comprising: a patient utility for measuring a patient parameter or administering a therapy to the patient; and an alarm system that includes: a receiver to accept status information about the medical device, a use detector structured to determine when the medical device is being prepared for use; and a status detector adapted to determine from the status information that the medical device is in a ready state; characterized in that the medical device further comprises an alarm that is activated only when the medical device is both being prepared for use and not in the ready state. a patient utility for measuring a patient parameter or administering a therapy to the patient; and an alarm system that includes: a receiver to accept status information about the medical device, a use detector structured to determine when the medical device is being prepared for use; and a status detector adapted to determine from the status information that the medical device is in a ready state; characterized in that the medical device further comprises an alarm that is activated only when the medical device is both being prepared for use and not in the ready state. a receiver to accept status information about the medical device, a use detector structured to determine when the medical device is being prepared for use; and a status detector adapted to determine from the status information that the medical device is in a ready state; characterized in that the medical device further comprises an alarm that is activated only when the medical device is both being prepared for use and not in the ready state.
An eye fastener formed integrally of a wire to define a first plane (S-S), a second plane (T-T), and a base plane (R-R), the eye fastener including: a base, formed from two anchor portions, defining the base plane (R-R), wherein each anchor point forms a free end of the eye fastener, and two parallel leg portions extending from the base and joined via a generally C-shaped portion to collectively form an eye extending from the base and defining an opening through which a hook fastener may be releasably engaged, wherein the two parallel leg portions are bent relative to the base plane (R-R) via first bent portions and via second bent portions such that the two parallel leg portions between the first bent portions and the second bent portions define the first plane (S-S), and such that the C-shaped portion defines the second plane (T-T), wherein the second plane (T-T) is displaced relative to the first plane (S-S), whereby the opening is displaced relative to the base plane (R-R), wherein the base plane (R-R) is parallel to the second plane (T-T), the eye fastener being characterized in that the first plane (S-S) and the base plane (R-R) define an obtuse angle (β) equal to that between the first plane (S-S) and the second plane (T-T). a base, formed from two anchor portions, defining the base plane (R-R), wherein each anchor point forms a free end of the eye fastener, and two parallel leg portions extending from the base and joined via a generally C-shaped portion to collectively form an eye extending from the base and defining an opening through which a hook fastener may be releasably engaged, wherein the two parallel leg portions are bent relative to the base plane (R-R) via first bent portions and via second bent portions such that the two parallel leg portions between the first bent portions and the second bent portions define the first plane (S-S), and such that the C-shaped portion defines the second plane (T-T), wherein the second plane (T-T) is displaced relative to the first plane (S-S), whereby the opening is displaced relative to the base plane (R-R), wherein the base plane (R-R) is parallel to the second plane (T-T), the eye fastener being characterized in that the first plane (S-S) and the base plane (R-R) define an obtuse angle (β) equal to that between the first plane (S-S) and the second plane (T-T).
Method for determining the concentration and the origin of gases and/or oils in a mixing zone after mixing by transportation of said gases and/or oils originating from at least two different origins, said method comprising - a spectral analysis performed in a range of wavelengths for each gas and/or oil originating from the different origins, - a spectral analysis performed in the same range of wavelengths for the gases and/or oils of the mixture, - a step of comparison between all the spectral analyses, - and a step of highlighting, by means of this comparison between said spectral analyses, of a characterizing spectral range, without reference to and/or the slightest correlation with the chemical and/or physicochemical properties of said gases and/or oils, which makes it possible to discriminate from one another the different origins of said gases and/or oils and thus to determine the concentration and the origin of each of the gases and/or oils in the mixture, - the characterizing spectral range being determined by topological spectral analysis and the spectral analyses being performed in the near-infrared ("NIR") range. - a spectral analysis performed in a range of wavelengths for each gas and/or oil originating from the different origins, - a spectral analysis performed in the same range of wavelengths for the gases and/or oils of the mixture, - a step of comparison between all the spectral analyses, - and a step of highlighting, by means of this comparison between said spectral analyses, of a characterizing spectral range, without reference to and/or the slightest correlation with the chemical and/or physicochemical properties of said gases and/or oils, which makes it possible to discriminate from one another the different origins of said gases and/or oils and thus to determine the concentration and the origin of each of the gases and/or oils in the mixture, - the characterizing spectral range being determined by topological spectral analysis and the spectral analyses being performed in the near-infrared ("NIR") range.
Transport vehicle skip for transporting building material, comprising: a temperature measuring device comprising a temperature sensor, arranged within a holder, for determining the temperature of a building material located within the transport vehicle skip of a transport vehicle, the transport vehicle skip comprising an inner wall and an outer wall, and the holder being arranged on that side of the inner skip wall which faces the outer skip wall, wherein the holder is arranged within a recess within the inner skip wall such that it is thermally insulated from the inner skip wall, and the holder is arranged within the recess such that a region, which faces the interior of the transport vehicle skip, of the holder is exposed. a temperature measuring device comprising a temperature sensor, arranged within a holder, for determining the temperature of a building material located within the transport vehicle skip of a transport vehicle, the transport vehicle skip comprising an inner wall and an outer wall, and the holder being arranged on that side of the inner skip wall which faces the outer skip wall,
A system, comprising: an inner wearable harness arranged to be worn, during use, on a torso of a subject; and a plurality of engines arranged to, when activated, apply an oscillation force to at least one treatment area of the subject, wherein at least one of the plurality of engines is releasably couplable to the inner wearable harness or an outer wearable harness such that the at least one of the plurality of engines is selectively positionable relative to the subject using a positioning system, wherein the positioning system allows positioning the at least one of the plurality of engines at least adjacent at least one of the treatment areas of the subject, and wherein the oscillation force generated is sufficient to mobilize, during use, at least some secretions in an airway within the subject at least adjacent the treatment area; wherein the outer wearable harness is arranged to be worn, during use, on the torso of the subject, wherein the outer wearable harness is arranged to apply a compressive force to at least some of the activated plurality of engines to adjust the oscillation force applied by the at least some of the activated plurality of engines to the treatment area, wherein the outer wearable harness comprises an elastic material. an inner wearable harness arranged to be worn, during use, on a torso of a subject; and a plurality of engines arranged to, when activated, apply an oscillation force to at least one treatment area of the subject, wherein at least one of the plurality of engines is releasably couplable to the inner wearable harness or an outer wearable harness such that the at least one of the plurality of engines is selectively positionable relative to the subject using a positioning system, wherein the positioning system allows positioning the at least one of the plurality of engines at least adjacent at least one of the treatment areas of the subject, and wherein the oscillation force generated is sufficient to mobilize, during use, at least some secretions in an airway within the subject at least adjacent the treatment area; wherein the outer wearable harness is arranged to be worn, during use, on the torso of the subject, wherein the outer wearable harness is arranged to apply a compressive force to at least some of the activated plurality of engines to adjust the oscillation force applied by the at least some of the activated plurality of engines to the treatment area, wherein the outer wearable harness comprises an elastic material.
An in vitro method for determining the risk of occurrence of long-term kidney graft dysfunction in a subject, said subject being a kidney recipient with current stable graft function, comprising: a) measuring the level of CD8 + T cells having a phenotype CD45RA + /CD197 - /CD27 - /CD28 - in a blood sample of the subject, b) comparing the level of CD8 + T cells having a phenotype CD45RA + /CD197 - /CD27 - /CD28 - measured at step a) with one or more reference values of the level of CD8 + T cells having a phenotype CD45RA + /CD197 - /CD27 - /CD28 -, and c) determining the risk of occurrence of long-term kidney graft dysfunction in the said subject from the comparison performed at step b), wherein an increased level of CD8 + T cells having a phenotype CD45RA + /CD197 - /CD27 - /CD28 - is indicative of a risk of occurrence of long-term kidney graft dysfunction. a) measuring the level of CD8 + T cells having a phenotype CD45RA + /CD197 - /CD27 - /CD28 - in a blood sample of the subject, b) comparing the level of CD8 + T cells having a phenotype CD45RA + /CD197 - /CD27 - /CD28 - measured at step a) with one or more reference values of the level of CD8 + T cells having a phenotype CD45RA + /CD197 - /CD27 - /CD28 -, and c) determining the risk of occurrence of long-term kidney graft dysfunction in the said subject from the comparison performed at step b), wherein an increased level of CD8 + T cells having a phenotype CD45RA + /CD197 - /CD27 - /CD28 - is indicative of a risk of occurrence of long-term kidney graft dysfunction.
Electrical module for a converter, having at least one semiconductor switching element which is accommodated in a module housing, in particular a bipolar transistor with an insulated gate electrode, wherein - the module housing has at least two housing parts which lie one on the other and - on their own or together with one or more further housing parts of the module housing - delimit the interior of the module housing, and - there is at least one sealing element (110, 120, 140, 150, 310, 320, 340, 350, 410, 420, 500) for sealing off the bearing surface between the two housing parts, characterized in that - the two housing parts each have a recess (101, 102), in particular groove, and - the sealing element (110, 120, 140, 150, 310, 320, 340, 350, 410, 420, 500) protrudes by way of a sealing section into the recess (101, 102) in one housing part and by way of another sealing section into the recess (101, 102) in the other housing part, so that, in the event of an explosion in the interior of the module housing, escape of explosion gases to the outside through the sealing element (110, 120, 140, 150, 310, 320, 340, 350, 410, 420, 500) is stopped or at least reduced. - the module housing has at least two housing parts which lie one on the other and - on their own or together with one or more further housing parts of the module housing - delimit the interior of the module housing, and - there is at least one sealing element (110, 120, 140, 150, 310, 320, 340, 350, 410, 420, 500) for sealing off the bearing surface between the two housing parts, characterized in that - the two housing parts each have a recess (101, 102), in particular groove, and - the sealing element (110, 120, 140, 150, 310, 320, 340, 350, 410, 420, 500) protrudes by way of a sealing section into the recess (101, 102) in one housing part and by way of another sealing section into the recess (101, 102) in the other housing part, so that, in the event of an explosion in the interior of the module housing, escape of explosion gases to the outside through the sealing element (110, 120, 140, 150, 310, 320, 340, 350, 410, 420, 500) is stopped or at least reduced.