mhurhangee/ep-ind-claims huggingface dataset:
Device for semi-continously blow molding fiber-reinforced, thermoplastic, endless, hollow-profile components with constant or varying cross-sections in the longitudinal direction, consisting of at least one consolidating tool which, in the closed state, encloses a preform which envelops an elastically deformable pressure chamber, wherein a. a preforming unit and the consolidating tool are arranged in direct succession, b. the preforming unit provides the endless preform, c. the preform enclosed by the consolidating tool is a preform segment, d. the central axes of the preforming unit, the consolidating tool of the preform segment and the pressure chamber are arranged congruently, e. the consolidating tool is designed in at least two parts and f. the consolidating tool corresponds to the contour of the component, whereby the consolidating tool has at least three tool segments (4.1, 4.2, 4.3) which are isothermally tempered independently of one another and the tool segments are arranged in immediate succession along the central axis, and wherein • the dimensions of the consolidating tool, the pressure chamber and the preform segment to be processed are identical along the central axis, • the device has a feed device which is suitable for repeatedly displacing the preform by the length of a tool segment (4.1 or 4.2 or 4.3) in a machining direction which is directed along the central axis from a first tool segment (4.1) to a third tool segment (4.3), • the pressure chamber - is formed from an endless, deformable pressure diaphragm and from and from the sealing elements or - the pressure diaphragm is a deformable tube which is firmly connected to the sealing elements, and • the pressure chamber can be pressurized. a. a preforming unit and the consolidating tool are arranged in direct succession, b. the preforming unit provides the endless preform, c. the preform enclosed by the consolidating tool is a preform segment, d. the central axes of the preforming unit, the consolidating tool of the preform segment and the pressure chamber are arranged congruently, e. the consolidating tool is designed in at least two parts and f. the consolidating tool corresponds to the contour of the component, • the dimensions of the consolidating tool, the pressure chamber and the preform segment to be processed are identical along the central axis, • the device has a feed device which is suitable for repeatedly displacing the preform by the length of a tool segment (4.1 or 4.2 or 4.3) in a machining direction which is directed along the central axis from a first tool segment (4.1) to a third tool segment (4.3), • the pressure chamber - is formed from an endless, deformable pressure diaphragm and from and from the sealing elements or - the pressure diaphragm is a deformable tube which is firmly connected to the sealing elements, and - is formed from an endless, deformable pressure diaphragm and from and from the sealing elements or - the pressure diaphragm is a deformable tube which is firmly connected to the sealing elements, and • the pressure chamber can be pressurized.
Alight emitting device comprising: a support substrate having a plurality of pads (121,123,125,127,152,152,153,154) on a top surface thereof and a black matrix layer on an outer side of the pads; a plurality of light emitting chips (131,131A,133,133A,135,135A) electrically connected to the pads, wherein at least one of the light emitting chips is provided on at least one of the pads; and a transmissive resin layer provided on the support substrate to cover the pads, the black matrix layer, and the light emitting chips, wherein the black matrix layer is disposed between the plurality of pads, wherein the black matrix layer is disposed around each of the plurality of pads, wherein the pads are spaced apart from a lateral side of the transmissive resin layer, and wherein a thickness of the black matrix layer is thinner than a thickness of at least one of the light emitting chips (131,133,135), characterised in that the black matrix layer has a thickness greater than the thickness of the pad. a support substrate having a plurality of pads (121,123,125,127,152,152,153,154) on a top surface thereof and a black matrix layer on an outer side of the pads; a plurality of light emitting chips (131,131A,133,133A,135,135A) electrically connected to the pads, wherein at least one of the light emitting chips is provided on at least one of the pads; and a transmissive resin layer provided on the support substrate to cover the pads, the black matrix layer, and the light emitting chips, wherein the black matrix layer is disposed between the plurality of pads, wherein the black matrix layer is disposed around each of the plurality of pads, wherein the pads are spaced apart from a lateral side of the transmissive resin layer, and wherein a thickness of the black matrix layer is thinner than a thickness of at least one of the light emitting chips (131,133,135), characterised in that the black matrix layer has a thickness greater than the thickness of the pad.
A method for automatic identification of deformations of a brain structure comprising: selecting, as an anatomical structure of interest, a brain structure being symmetrical with respect to a mid-sagittal plane in a healthy brain, selecting a deformable model of the anatomical structure of interest imaged in a volumetric image of a brain, the deformable model being formed of a plurality of polygons including vertices and edges; displaying the deformable model on a display; detecting a feature point of the anatomical structure of interest corresponding to each of the plurality of polygons, adapting the deformable model by moving each of the polygons toward its associated feature point until the deformable model morphs to a boundary of the anatomical structure of interest, forming a segmentation of the anatomical structure of interest, identifying deformations in the segmentation of the anatomical structure of interest by i) identifying a mid-sagittal plane of the brain and ii) determining, for the anatomical structure of interest, deviations in mean vertex values between the left and right hemispheres of the brain with respect to the mid-sagittal plane of the brain so as to indicate a severity of deformation of the anatomical structure of interest, and displaying the deformations having been identified. selecting, as an anatomical structure of interest, a brain structure being symmetrical with respect to a mid-sagittal plane in a healthy brain, selecting a deformable model of the anatomical structure of interest imaged in a volumetric image of a brain, the deformable model being formed of a plurality of polygons including vertices and edges; displaying the deformable model on a display; detecting a feature point of the anatomical structure of interest corresponding to each of the plurality of polygons, adapting the deformable model by moving each of the polygons toward its associated feature point until the deformable model morphs to a boundary of the anatomical structure of interest, forming a segmentation of the anatomical structure of interest, identifying deformations in the segmentation of the anatomical structure of interest by i) identifying a mid-sagittal plane of the brain and ii) determining, for the anatomical structure of interest, deviations in mean vertex values between the left and right hemispheres of the brain with respect to the mid-sagittal plane of the brain so as to indicate a severity of deformation of the anatomical structure of interest, and displaying the deformations having been identified.
An apparatus for restoring or improving vision in a subject in need thereof comprising: a device for receiving a stimulus; a processing device comprising: non-transient computer readable media storing a set of encoders to generate a set of codes from the stimulus, at least one processor configured to transform the stimulus into the set of codes with the set of encoders, wherein the stimulus comprises a plurality of segments, and wherein transforming the stimulus into the set of codes comprises running different segments of the stimulus through separate encoders, wherein each encoder of the set of encoders controls one or more different, specified high resolution transducers, and wherein each encoder comprises parameters suited for its corresponding one or more high resolution transducers; an interface for transforming the codes into signals; and the one or more high resolution transducers configured to transmit light stimuli to a plurality of retinal cells based on the signals from the interface, wherein transmitting the light stimuli to the plurality of retinal cells results in retinal ganglion cell responses, to a broad range of stimuli, that are similar to responses of retinal ganglion cells from a normal retina to the same stimuli. a device for receiving a stimulus; a processing device comprising: non-transient computer readable media storing a set of encoders to generate a set of codes from the stimulus, at least one processor configured to transform the stimulus into the set of codes with the set of encoders, wherein the stimulus comprises a plurality of segments, and wherein transforming the stimulus into the set of codes comprises running different segments of the stimulus through separate encoders, wherein each encoder of the set of encoders controls one or more different, specified high resolution transducers, and wherein each encoder comprises parameters suited for its corresponding one or more high resolution transducers; non-transient computer readable media storing a set of encoders to generate a set of codes from the stimulus, at least one processor configured to transform the stimulus into the set of codes with the set of encoders, wherein the stimulus comprises a plurality of segments, and wherein transforming the stimulus into the set of codes comprises running different segments of the stimulus through separate encoders, wherein each encoder of the set of encoders controls one or more different, specified high resolution transducers, and wherein each encoder comprises parameters suited for its corresponding one or more high resolution transducers; an interface for transforming the codes into signals; and the one or more high resolution transducers configured to transmit light stimuli to a plurality of retinal cells based on the signals from the interface, wherein transmitting the light stimuli to the plurality of retinal cells results in retinal ganglion cell responses, to a broad range of stimuli, that are similar to responses of retinal ganglion cells from a normal retina to the same stimuli.
A method of a first base station, the method comprising: receiving, from a second base station, information on a first available buffer of the second base station for an evolved universal terrestrial radio access network, E-UTRAN, enhanced radio access bearer, E-RAB, of a terminal established on the second base station and information on a second available buffer of the second base station for the terminal, which is connected with the first base station and the second base station, via an X2 interface between the first base station and the second base station; and adjusting an amount of data to be assigned to the second base station according to the information on the first available buffer and the information on the second available buffer. receiving, from a second base station, information on a first available buffer of the second base station for an evolved universal terrestrial radio access network, E-UTRAN, enhanced radio access bearer, E-RAB, of a terminal established on the second base station and information on a second available buffer of the second base station for the terminal, which is connected with the first base station and the second base station, via an X2 interface between the first base station and the second base station; and adjusting an amount of data to be assigned to the second base station according to the information on the first available buffer and the information on the second available buffer.
An absorption current image apparatus in an electron microscope apparatus for microscopic observation by irradiating a sample with an electron beam, comprising: means (2, 6, 7, 21) for modulating said electron beam by a given frequency; means for irradiating said sample with the modulated electron beam; and measuring means for measuring a modulation frequency component of the current produced by said electron beam in the sample, characterised by separation means (14, 15) located between the sample and the measuring means and including a condenser for separating the produced current into a high-frequency component comprising the modulation frequency and a low-frequency component; and a retarding power supply for supplying a retarding voltage (Vr) to the sample so that the electron beam energy to be incident on the sample is applicable in a range from -50 V to -3 KV, wherein, during use, the sample is connected only to the separation means (14, 15), and the low-frequency component is earthed through the retarding power supply. means (2, 6, 7, 21) for modulating said electron beam by a given frequency; means for irradiating said sample with the modulated electron beam; and measuring means for measuring a modulation frequency component of the current produced by said electron beam in the sample, characterised by separation means (14, 15) located between the sample and the measuring means and including a condenser for separating the produced current into a high-frequency component comprising the modulation frequency and a low-frequency component; and a retarding power supply for supplying a retarding voltage (Vr) to the sample so that the electron beam energy to be incident on the sample is applicable in a range from -50 V to -3 KV, wherein, during use, the sample is connected only to the separation means (14, 15), and the low-frequency component is earthed through the retarding power supply.
A composition for sintering to fabricate a part comprising an alloy based on titanium aluminide, the composition comprising a powder of an alloy based on titanium aluminide, and an addition powder comprising a mixture of a metallic aluminum powder and of a metallic titanium powder, the composition being characterized in that it includes 0.5% to 5% by weight of addition powder.
A method of controlling a light source in an image scanning apparatus, the method comprising: emitting light from the light source onto a reference surface having a predetermined reflectivity; detecting a shading level representing an intensity of the light reflected from the reference surface using a set scanning resolution of the image scanning apparatus; comparing the detected shading level with a reference level representing the predetermined reflectivity of the reference surface; and controlling the intensity of the light emitted from the light source by using the detected shading level and the reference level according to a result of the comparison, characterised in that the reference level is determined for the set scanning resolution of the image scanning apparatus. emitting light from the light source onto a reference surface having a predetermined reflectivity; detecting a shading level representing an intensity of the light reflected from the reference surface using a set scanning resolution of the image scanning apparatus; comparing the detected shading level with a reference level representing the predetermined reflectivity of the reference surface; and controlling the intensity of the light emitted from the light source by using the detected shading level and the reference level according to a result of the comparison, characterised in that the reference level is determined for the set scanning resolution of the image scanning apparatus.
An autonomous floor cleaner comprising: an autonomously moveable housing; a controller; a drive system operably coupled with the controller and adapted to autonomously move the housing over the surface to be cleaned; at least one tank removably mounted on the housing and adapted to hold liquid; and a carry handle movable between multiple positions, including a stowed position, a carry position in which the autonomous floor cleaner can be lifted via the carry handle; characterised in that the carry handle is joined with the at least one tank and the carry handle is movable to an unlatched position in which the at least one tank can be separated from the housing; and a latching assembly (33, 34) configured to secure the at least one tank on the housing when the carry handle is in the stowed position and in the carry position. an autonomously moveable housing; a controller; a drive system operably coupled with the controller and adapted to autonomously move the housing over the surface to be cleaned; at least one tank removably mounted on the housing and adapted to hold liquid; and a carry handle movable between multiple positions, including a stowed position, a carry position in which the autonomous floor cleaner can be lifted via the carry handle; characterised in that the carry handle is joined with the at least one tank and the carry handle is movable to an unlatched position in which the at least one tank can be separated from the housing; and a latching assembly (33, 34) configured to secure the at least one tank on the housing when the carry handle is in the stowed position and in the carry position.
An apparatus for measuring inclination with respect to gravity, said apparatus comprising: a magnet assembly comprising: a magnet; and one or more non-magnetic gravitational alignment materials (112, 202) attached to said magnet; a non-magnetic casing (102, 104) with a cavity for enclosing said magnet assembly; a ferrofluid enclosed in said cavity and encasing said magnet assembly, wherein the density of the one or more non-magnetic gravitational alignment material (112, 202) is different from the density of the ferrofluid; and a plurality of angle sensors, attached to said non-magnetic casing, for measuring a magnetic field associated with said magnet wherein each of said angle sensors is a Tunneling Magnetoresistance sensor and wherein said plurality of angle sensors comprises three angle sensors configured so as to sense rotations around three axes, characterized in that the non-magnetic gravitational alignment materials (112, 202) comprise a first non-magnetic gravitational alignment material with a density greater than said ferrofluid and a second non-magnetic gravitational alignment material with a density less than said ferrofluid are attached to opposite cylindrical faces of said magnet. a magnet; and one or more non-magnetic gravitational alignment materials (112, 202) attached to said magnet; a non-magnetic casing (102, 104) with a cavity for enclosing said magnet assembly; a ferrofluid enclosed in said cavity and encasing said magnet assembly, wherein the density of the one or more non-magnetic gravitational alignment material (112, 202) is different from the density of the ferrofluid; and a plurality of angle sensors, attached to said non-magnetic casing, for measuring a magnetic field associated with said magnet wherein each of said angle sensors is a Tunneling Magnetoresistance sensor and wherein said plurality of angle sensors comprises three angle sensors configured so as to sense rotations around three axes, characterized in that the non-magnetic gravitational alignment materials (112, 202) comprise a first non-magnetic gravitational alignment material with a density greater than said ferrofluid and a second non-magnetic gravitational alignment material with a density less than said ferrofluid are attached to opposite cylindrical faces of said magnet.
Method for the production of a set of seeds which are genetically identical to the male gametes from which they arise, comprising: a) placing a number of paternal gametes that have the form of tetrads or dyads on the stigma of a flower to fertilize maternal egg cells to obtain a number of zygotes; b) inducing the loss of maternal chromosomes from the zygotes to obtain a number of seeds that constitute a seed set, in which seeds the maternal chromosomes are absent, wherein the number of paternal gametes is equal to or lower than the number of egg cells contained in the female reproductive organ carrying the stigma, in particular two or four, and wherein the loss of maternal chromosomes from the zygote is induced by using a haploid inducer line as the female, wherein the female is a transgenic plant that comprises a heterologous transgene expression cassette, the expression cassette comprising a promoter operably linked to a polynucleotide encoding a recombinantly altered CENH3, CENPC, MIS12, NDC80 or NUF2 polypeptide, and having a corresponding inactivated endogenous CENH3, CENPC, MIS12, NDC80 or NUF2 gene. a) placing a number of paternal gametes that have the form of tetrads or dyads on the stigma of a flower to fertilize maternal egg cells to obtain a number of zygotes; b) inducing the loss of maternal chromosomes from the zygotes to obtain a number of seeds that constitute a seed set, in which seeds the maternal chromosomes are absent, wherein the number of paternal gametes is equal to or lower than the number of egg cells contained in the female reproductive organ carrying the stigma, in particular two or four, and
A surface treatment method for copper or a copper alloy, the method comprising: preparing a reducing agent solution containing at least one of reduced glutathione, N-acetylcysteine, sodium ascorbate, sodium sulfite, and cysteine, and treating the surface of the copper or the copper alloy with the reducing agent solution. preparing a reducing agent solution containing at least one of reduced glutathione, N-acetylcysteine, sodium ascorbate, sodium sulfite, and cysteine, and treating the surface of the copper or the copper alloy with the reducing agent solution.
A turbofan engine that has a fan, a core, an aft core cowl, and an oil tank filling system, the oil tank filling system comprises: an oil tank that is located within the core of the turbofan engine; an oil access port; and an oil tank filling pipe that connects the oil access port to a tank filling port on the oil tank; characterised in that the oil access port is located on the aft core cowl and the oil tank filling system has a hydraulic lock in the oil tank that prevents oil entering the oil tank once the oil tank contains a predetermined volume of oil, the tank filling port being connected to an oil dispensing pipe that opens into an air trap device that is provided in the oil tank to form the hydraulic lock. an oil tank that is located within the core of the turbofan engine; an oil access port; and an oil tank filling pipe that connects the oil access port to a tank filling port on the oil tank; characterised in that the oil access port is located on the aft core cowl and the oil tank filling system has a hydraulic lock in the oil tank that prevents oil entering the oil tank once the oil tank contains a predetermined volume of oil, the tank filling port being connected to an oil dispensing pipe that opens into an air trap device that is provided in the oil tank to form the hydraulic lock.
A recombinant DNA molecule comprising a nucleic acid sequence encoding a polypeptide of SEQ ID N0:14, wherein said polypeptide confers herbicide tolerance to a transgenic plant.
An extractor tube element (6, 10, 14) for mounting as a part of an extractor tube for a beverage container, comprising: - a contact surface for abutment to another extractor tube element, wherein the contact surface has a protrusion, the protrusion tapering into a contact point for reducing a contact area of the abutment to the other extractor tube element and for creating space between the abutting extractor tube elements. - a contact surface for abutment to another extractor tube element,
Topical cosmetic use of teprenone for the control of the signs of aging selected from wrinkles and lines, loss of skin firmness and/or elasticity, and dilated pores.