mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing components made from a lightweight austenitic steel, which is metastable in the initial state, by forming a steel sheet, a blank or a tube in one or more steps, having a temperature-dependent TRIP- and/or TWIP effect during the forming, characterised in that , in order to achieve a particularly high toughness of the component, the forming is undertaken at a temperature above room temperature, which avoids the TRIP-/TWIP effect, at 40 to 160°C, and in order to achieve a high component strength, the forming is undertaken at a temperature below room temperature, which reinforces the TRIP-/TWIP effect, at -65 to 0°C, and in that the forming takes place in several steps, in the individual steps the forming temperature and/or the degree of deformation and/or the deformation speed being varied, the forming being effected in the first step or in further steps at a temperature which avoids the deformation-induced TRIP-/TWIP effect above room temperature and in the final step the forming being effected at a temperature below room temperature, which reinforces the TRIP-/TWIP effect, the entire component being able to be subjected to the corresponding forming temperature, or the component being formed with partially different temperatures, so that different material properties can be produced within one component.
A device for delivering nicotine to a subject, the device comprising a housing , the housing comprising: a) an inlet and an outlet in communication with each other and adapted so that a gaseous carrier may pass into the housing through the inlet, through the housing and out of the housing through the outlet, the device comprising in series from inlet to outlet: b) a first internal area in communication with the inlet, the first internal area comprising a delivery enhancing compound source , c) a second internal area in communication with the first internal area, the second internal area comprising a nicotine source , i) the nicotine source comprising nicotine and an electrolyte forming compound, both in an aqueous solution, and d) optionally, a third internal area in communication with the second internal area and the outlet, wherein the delivery enhancing compound source comprises an inorganic acid or a carboxylic acid, and the electrolyte forming compound is an Alkali metal hydroxide, an Alkali metal oxide, an Alkaline earth metal oxide, an Alkaline earth metal hydroxide, or a combination thereof. a) an inlet and an outlet in communication with each other and adapted so that a gaseous carrier may pass into the housing through the inlet, through the housing and out of the housing through the outlet, the device comprising in series from inlet to outlet: b) a first internal area in communication with the inlet, the first internal area comprising a delivery enhancing compound source , c) a second internal area in communication with the first internal area, the second internal area comprising a nicotine source , i) the nicotine source comprising nicotine and an electrolyte forming compound, both in an aqueous solution, and i) the nicotine source comprising nicotine and an electrolyte forming compound, both in an aqueous solution, and d) optionally, a third internal area in communication with the second internal area and the outlet,
A computer-implemented method of obtaining an estimate of a periodic vital sign of a subject from a video image sequence of the subject , comprising the steps of: detecting an image area with a strong intensity gradient in a frame of the video image sequence; defining a plurality of regions of interest in the frame of the video sequence, the regions of interest being defined not to include said image area; tracking the regions of interest through other frames of the video image sequence forming a time window consisting of a predetermined number of frames; detecting intensity variations in said region of interest through the image sequence to form respective time series signals (i l -i m ) and obtaining an estimate of said periodic vital sign from said time series signals(i l -i m ); characterized in that : the steps of detecting an image area with a strong intensity gradient and tracking the regions of interest through other frames of the video image sequence comprise detecting and tracking image feature points through the sequence; defining a set of persistent tracks as the set of all image feature point tracks that span all frames in the time window; and the step of defining regions of interest comprises defining regions of interest each of which is entirely within an area of the image between the tracked image feature points forming the persistent tracks and which does not overlap the feature points . detecting an image area with a strong intensity gradient in a frame of the video image sequence; defining a plurality of regions of interest in the frame of the video sequence, the regions of interest being defined not to include said image area; tracking the regions of interest through other frames of the video image sequence forming a time window consisting of a predetermined number of frames; detecting intensity variations in said region of interest through the image sequence to form respective time series signals (i l -i m ) and obtaining an estimate of said periodic vital sign from said time series signals(i l -i m );
A routing method, wherein the method is used in a first terminal, the first terminal comprises a device host, DH, a near field communication controller, NFCC, and at least one near field communication execution environment, NFCEE, and the method comprises: receiving , by the NFCC, a data frame sent by a second terminal; determining , by the NFCC, whether a default-NFCEE-based routing manner is used to search for a matched routing entry for the data frame; and if yes, determining , by the NFCC, a target NFCEE according to the default-NFCEE-based routing manner, so that the NFCC routes the data frame to the target NFCEE; characterized in that : the determining , by the NFCC, whether a default-NFCEE-based routing manner is used to search for a matched routing entry for the data frame comprises: determining , by the NFCC, whether a default-NFCEE-based routing entry meeting a current power state exists; and wherein the determining , by the NFCC, a target NFCEE according to the de fault-NFCEE-based routing manner comprises: determining , by the NFCC, an NFCEE corresponding to the default-NFCEE-based routing entry meeting the current power state as the target NFCEE. receiving , by the NFCC, a data frame sent by a second terminal; determining , by the NFCC, whether a default-NFCEE-based routing manner is used to search for a matched routing entry for the data frame; and if yes, determining , by the NFCC, a target NFCEE according to the default-NFCEE-based routing manner, so that the NFCC routes the data frame to the target NFCEE; characterized in that : the determining , by the NFCC, whether a default-NFCEE-based routing manner is used to search for a matched routing entry for the data frame comprises: determining , by the NFCC, whether a default-NFCEE-based routing entry meeting a current power state exists; and wherein the determining , by the NFCC, a target NFCEE according to the de fault-NFCEE-based routing manner comprises: determining , by the NFCC, an NFCEE corresponding to the default-NFCEE-based routing entry meeting the current power state as the target NFCEE. the determining , by the NFCC, whether a default-NFCEE-based routing manner is used to search for a matched routing entry for the data frame comprises: determining , by the NFCC, whether a default-NFCEE-based routing entry meeting a current power state exists; and wherein the determining , by the NFCC, a target NFCEE according to the de fault-NFCEE-based routing manner comprises: determining , by the NFCC, an NFCEE corresponding to the default-NFCEE-based routing entry meeting the current power state as the target NFCEE. determining , by the NFCC, whether a default-NFCEE-based routing entry meeting a current power state exists; and wherein the determining , by the NFCC, a target NFCEE according to the de fault-NFCEE-based routing manner comprises: determining , by the NFCC, an NFCEE corresponding to the default-NFCEE-based routing entry meeting the current power state as the target NFCEE.
An oral formulation of X842 for immediate release, comprising a) a therapeutically effective amount of X842 (5-{2-[({8-[(2,6-dimethylbenzyl)amino]-2,3-dimethylimidazo[1,2-a]pyridine-6- yl}carbonyl)-amino]ethoxy}-5-oxopentanoic acid) and b) a surfactant in an amount of from about 1.0 to about 12.0% (w/w) relative to the amount of X842. a) a therapeutically effective amount of X842 (5-{2-[({8-[(2,6-dimethylbenzyl)amino]-2,3-dimethylimidazo[1,2-a]pyridine-6- yl}carbonyl)-amino]ethoxy}-5-oxopentanoic acid) and b) a surfactant in an amount of from about 1.0 to about 12.0% (w/w) relative to the amount of X842.
A method for manufacturing a battery compartment for electric drive vehicles comprising a crash frame with at least a component comprising a space between two sheets, said method being characterized in that it comprises the steps of - providing at least two metallic sheets and arranging the at least two metallic sheets on top of each other - joining the at least two metallic sheets together essentially at the circumference of at least one sheet - introducing a medium between at least two sheets which have been joined together - applying a pressure to the medium, causing the deformation of at least one sheet and forming a component comprising a space between at least two sheets . - providing at least two metallic sheets and arranging the at least two metallic sheets on top of each other - joining the at least two metallic sheets together essentially at the circumference of at least one sheet - introducing a medium between at least two sheets which have been joined together - applying a pressure to the medium, causing the deformation of at least one sheet and forming a component comprising a space between at least two sheets .
Method for motion correction of computed tomography images comprising the following steps: a) provision of spectral CT data of an examination region with a moving object , wherein the spectral CT data was recorded with an energy-sensitive CT device and includes CT data at at least one energy level and wherein at least one energy level of the CT data is adapted to a structure in the moving object; b) identification of the structure in the CT data at the energy level(s) adapted to the structure; c) calculation of a motion vector field of the identified structure ; d) motion correction of the spectral CT data by the motion vector field and calculation of a motion-corrected CT image, characterised in that at least one time sequence of partial images is reconstructed from the CT data at the energy level(s) adapted to the structure and the motion vector field is calculated from the time sequence(s) of partial images, and wherein a non-motion-compensated image is reconstructed from the CT data at the energy level(s) adapted to the structure and on this image a region of interest is defined that includes the structure or a part of the structure and wherein the time sequence of partial images is reconstructed solely from the CT data belonging to the region of interest. a) provision of spectral CT data of an examination region with a moving object , wherein the spectral CT data was recorded with an energy-sensitive CT device and includes CT data at at least one energy level and wherein at least one energy level of the CT data is adapted to a structure in the moving object; b) identification of the structure in the CT data at the energy level(s) adapted to the structure; c) calculation of a motion vector field of the identified structure ; d) motion correction of the spectral CT data by the motion vector field and calculation of a motion-corrected CT image,
A cylinder , which is configured to receive one or more hollow cylinders on a lateral surface of the cylinder , and which has at least one movable stop with at least one movable element, wherein the at least one movable element does not project beyond the lateral surface of the cylinder in a rest position and allows hollow cylinders to slide over, and, in an active position, projects beyond the lateral surface of the cylinder and serves as a mechanical stop for hollow cylinders, characterised in that the at least one movable element can be transferred by means of a rotational movement from the rest position into the active position and vice versa, wherein, during the rotational movement, a rotation of the at least one movable element about an axis of rotation of the at least one movable element is carried out.
An apparatus comprising: a bonnet having a channel ; a valve body having a surface to which the bonnet is to be coupled; a bore extending into a surface of the valve body , the bore defined by a side wall and a bottom wall of the valve body , wherein the bore is not threaded; and a weld stud welded to the valve body in the bore , the weld stud having a first end welded to the bottom wall ; and wherein the weld stud includes a first portion not having threads and a second portion including threads, and wherein the first portion of the weld stud is disposed in the bore and the second portion of the weld stud extends outward from the bore and through the channel formed in the bonnet . a bonnet having a channel ; a valve body having a surface to which the bonnet is to be coupled; a bore extending into a surface of the valve body , the bore defined by a side wall and a bottom wall of the valve body , wherein the bore is not threaded; and a weld stud welded to the valve body in the bore , the weld stud having a first end welded to the bottom wall ; and wherein the weld stud includes a first portion not having threads and a second portion including threads, and wherein the first portion of the weld stud is disposed in the bore and the second portion of the weld stud extends outward from the bore and through the channel formed in the bonnet .
Film-tube cassette for use in a toilet facility, comprising an essentially annular cassette element for accommodating a film tube , the cassette element having a base , an outer wall and an inner wall , and also comprising an essentially annular seat element with a seat surface , wherein the inner wall, the outer wall and the base of the cassette element and also the seat surface of the seat element form an essentially annular storage space for accommodating the film tube, and wherein the aforementioned seat element is connected to the cassette element along an outer periphery in a state in which it rests on the outer wall of the cassette element, wherein the seat element rests on the outer wall of the cassette element along the outer periphery , and a continuous aperture for discharging the film tube is provided along an inner circumference of the cassette , between an inner periphery of the seat element and the inner wall of the cassette element, and the cassette element and the seat element are connected to one another in a reversible manner.
Pleated blind for a window or a door, comprising - a flat structure which can be pulled apart and pushed together, is pleated several times and in particular has a multiplicity of essentially parallel pleats - at least one end strip arranged at the end of the flat structure , and - two telescopic guide rails running parallel to one another and perpendicular to the at least one end strip and attachable to a window or a door wherein the at least one end strip is guided displaceably in the longitudinal direction (L) at least in sections along the telescopic guide rails and each telescopic guide rail comprises at least two guide strips which are displaceable relative to one another in the longitudinal direction (L), characterized in that the at least two guide strips of each guide rail are spring-loaded from one another in the longitudinal direction (L) by means of a gas pressure spring . - a flat structure which can be pulled apart and pushed together, is pleated several times and in particular has a multiplicity of essentially parallel pleats - at least one end strip arranged at the end of the flat structure , and - two telescopic guide rails running parallel to one another and perpendicular to the at least one end strip and attachable to a window or a door wherein the at least one end strip is guided displaceably in the longitudinal direction (L) at least in sections along the telescopic guide rails and each telescopic guide rail comprises at least two guide strips which are displaceable relative to one another in the longitudinal direction (L),
An optical module, comprising: a housing ; a first circuit board layer being disposed in the housing ; a second circuit board layer being disposed in the housing and comprising a first substrate and a first flexible circuit board disposed on the first substrate , wherein a circuit of the second circuit board layer is electrically connected with a circuit of the first circuit board layer ; a third circuit board layer being disposed in the housing and comprising a second substrate and a second flexible circuit board disposed on the second substrate , wherein at least one of the first and second substrates is in contact with the housing and a circuit of the third circuit board layer is electrically connected with the circuit of the second circuit board layer ; and a light emitting chip electrically connected to at least one of the first, second and third circuit board layers ; characterized in that, the second substrate is in contact with the first substrate ; and the first circuit board layer , the second circuit board layer and the third circuit board layer are superposed in a direction vertical to the first circuit board layer , the second circuit board layer and the third circuit board layer . a housing ; a first circuit board layer being disposed in the housing ; a second circuit board layer being disposed in the housing and comprising a first substrate and a first flexible circuit board disposed on the first substrate , wherein a circuit of the second circuit board layer is electrically connected with a circuit of the first circuit board layer ; a third circuit board layer being disposed in the housing and comprising a second substrate and a second flexible circuit board disposed on the second substrate , wherein at least one of the first and second substrates is in contact with the housing and a circuit of the third circuit board layer is electrically connected with the circuit of the second circuit board layer ; and a light emitting chip electrically connected to at least one of the first, second and third circuit board layers ; characterized in that, the second substrate is in contact with the first substrate ; and the first circuit board layer , the second circuit board layer and the third circuit board layer are superposed in a direction vertical to the first circuit board layer , the second circuit board layer and the third circuit board layer .
A method for surface preparation of a composite substrate comprising: (a) providing a composite substrate comprising reinforcing fibers impregnated with a curable matrix resin; (b) providing a resin-containing peel ply comprising a curable resin layer in which a removable woven fabric is embedded; (c) placing the resin-containing peel ply into contact with a surface of the composite substrate ; and (d) co-curing the peel ply and the composite substrate ; characterized in that in the curable resin layer of the resin-containing peel ply provided in step (b) additionally a non-removable textile carrier is embedded, wherein the non-removable textile carrier is in the form of a woven fabric, a knitted fabric or a nonwoven veil, and in that the method further comprises (e) removing the peel ply from the surface of the composite substrate such that the removable woven fabric is removed together with some peel ply's resin but the non-removable textile carrier and a film of residual resin remain on the composite substrate , thereby creating a modified surface on the composite substrate. (a) providing a composite substrate comprising reinforcing fibers impregnated with a curable matrix resin; (b) providing a resin-containing peel ply comprising a curable resin layer in which a removable woven fabric is embedded; (c) placing the resin-containing peel ply into contact with a surface of the composite substrate ; and (d) co-curing the peel ply and the composite substrate ; characterized in that in the curable resin layer of the resin-containing peel ply provided in step (b) additionally a non-removable textile carrier is embedded, wherein the non-removable textile carrier is in the form of a woven fabric, a knitted fabric or a nonwoven veil, and in that the method further comprises (e) removing the peel ply from the surface of the composite substrate such that the removable woven fabric is removed together with some peel ply's resin but the non-removable textile carrier and a film of residual resin remain on the composite substrate , thereby creating a modified surface on the composite substrate.
An apparatus for pre-lithiating a negative electrode, the apparatus comprising: a pre-lithiation reactor which is sequentially divided into an impregnation section, a pre-lithiation section and an aging section, and accommodates a pre-lithiation solution in which a negative electrode structure is moved; a negative electrode roll which is arranged outside the pre-lithiation solution and on which the negative electrode structure before being moved is wound; a lithium metal counter electrode which is arranged in the pre-lithiation solution in the pre-lithiation section and is spaced apart from the negative electrode structure by a predetermined distance to face the negative electrode structure which is moved in the pre-lithiation solution; and a charge and discharge unit which is connected to the negative electrode structure and the lithium metal counter electrode, wherein the lithium metal counter electrode is tilted such that a separation distance with the negative electrode structure gradually increases in a moving direction of the negative electrode structure. a pre-lithiation reactor which is sequentially divided into an impregnation section, a pre-lithiation section and an aging section, and accommodates a pre-lithiation solution in which a negative electrode structure is moved; a negative electrode roll which is arranged outside the pre-lithiation solution and on which the negative electrode structure before being moved is wound; a lithium metal counter electrode which is arranged in the pre-lithiation solution in the pre-lithiation section and is spaced apart from the negative electrode structure by a predetermined distance to face the negative electrode structure which is moved in the pre-lithiation solution; and a charge and discharge unit which is connected to the negative electrode structure and the lithium metal counter electrode, wherein the lithium metal counter electrode is tilted such that a separation distance with the negative electrode structure gradually increases in a moving direction of the negative electrode structure.
An miRNA modulator or a combination thereof for use in the treatment of preeclampsia and/or fetal growth restriction, wherein the modulator is an miRNA inhibitor, and wherein the miRNA inhibitor is a nucleic acid molecule substantially complementary to the miRNA to allow a duplex to form and is selected from an inhibitor of miR-152 or miR-195, or a combination thereof.