mhurhangee/ep-ind-claims huggingface dataset:
Electrolysis method comprising the steps of: - applying a pulsed voltage or establishing a pulsed current between an anode and a cathode, characterized by - repeated measurement of a respective current OCP that the cathode possesses in a zero-current state with respect to a reference system, and - controlling the pulsed voltage or the pulsed current between the anode and the cathode such that a working potential of the cathode in the current-carrying state with respect to the reference system has a defined progression relative to the respective current OCP, wherein - the defined progression has at least one phase (t k) at a cathodic level and at least one phase (t a) at an anodic level. - applying a pulsed voltage or establishing a pulsed current between an anode and a cathode, characterized by - repeated measurement of a respective current OCP that the cathode possesses in a zero-current state with respect to a reference system, and - controlling the pulsed voltage or the pulsed current between the anode and the cathode such that a working potential of the cathode in the current-carrying state with respect to the reference system has a defined progression relative to the respective current OCP, wherein - the defined progression has at least one phase (t k) at a cathodic level and at least one phase (t a) at an anodic level.
A cell encapsulating assembly for implanting into a mammalian host, said assembly comprising a semi-permeable membrane and at least one chamber for encapsulating living cells, wherein the assembly comprises a first seal at a peripheral edge of the assembly, thereby forming the encapsulating assembly, and a second seal which reduces the chamber volume, and wherein the assembly further comprises living cells which are human PDX1-positive pancreatic progenitor cells and which mature into endocrine cells capable of secreting insulin in response to glucose stimulation.
An information processing system comprising: circuitry configured to: control a display to display a combined image in a display target region, wherein the combined image includes a manipulation target image, wherein the display target region is a display region corresponding to a manipulation target region in a captured image, that is captured by an imaging unit, wherein the manipulation target region is set based on a detection of an object included in the captured image data, and is a region in which gesture recognition is performed, and wherein the display target region is smaller than the manipulation target region; and wherein the circuitry is further configured to set the manipulation target region in a position opposite in the horizontal direction to the detected object when the manipulation target region is outside of the view angle of the imaging unit. control a display to display a combined image in a display target region, wherein the combined image includes a manipulation target image, wherein the display target region is a display region corresponding to a manipulation target region in a captured image, that is captured by an imaging unit, wherein the manipulation target region is set based on a detection of an object included in the captured image data, and is a region in which gesture recognition is performed, and wherein the display target region is smaller than the manipulation target region; and wherein the circuitry is further configured to set the manipulation target region in a position opposite in the horizontal direction to the detected object when the manipulation target region is outside of the view angle of the imaging unit.
Lighting and/or signaling device, notably for vehicles, having an optical axis (Ox) and including light sources and a lens, characterized in that: - it includes a plurality of light ray guides arranged between said light sources and the lens so that light rays emitted by the light sources in the guide propagate in the guides to reach the lens and on emerging from the lens have a substantially horizontal direction containing the optical axis (Ox) of said device; - each light ray guide is formed by a guide plate comprising a light entry face, a light exit face and a reflection face having an elliptical profile toward the rear adapted to assure reflection of light rays entering the plate through the light entry face toward a focus point located at the level of the light exit face of said plate; - said plurality of light ray guides are associated each with a light source, this light source being disposed at the level of an entry face of the associated plate, the plates being arranged in a fan, the plates being tangential at the level of their exit face and diverging progressively to produce a spacing between each light source. - it includes a plurality of light ray guides arranged between said light sources and the lens so that light rays emitted by the light sources in the guide propagate in the guides to reach the lens and on emerging from the lens have a substantially horizontal direction containing the optical axis (Ox) of said device; - each light ray guide is formed by a guide plate comprising a light entry face, a light exit face and a reflection face having an elliptical profile toward the rear adapted to assure reflection of light rays entering the plate through the light entry face toward a focus point located at the level of the light exit face of said plate; - said plurality of light ray guides are associated each with a light source, this light source being disposed at the level of an entry face of the associated plate, the plates being arranged in a fan, the plates being tangential at the level of their exit face and diverging progressively to produce a spacing between each light source.
Uniaxial pressing and heating apparatus for the production of ceramic materials comprising a heater, a mould and a die, wherein a mould is arranged inside a heater and the mould receives a die at at least one opening and wherein the die is actuated under pressure into the mould, characterized in that the ratio of the length of the heater and the length of the mould is from ≥ 2.5 to ≤ 3.0.
A compound of formula wherein n, m and p are independently of each other 0 or 1, if n is 1, then q is 1 or 2, R 1 is selected from the group consisting of H, C 1 -C 6 acyl or hydroxyacetyl, R 2 is H or C 1 -C 6 alkyl, and R 3 is selected from the group consisting of H, C 1 -C 6 alkyl, arC 1 -C 6 alkyl, heteroarylC 1 -C 6 alkyl and biphenylC 1 -C 6 alkyl, wherein the aromatic aryl, heteroaryl or biphenyl residue may optionally be substituted, or a cosmetically acceptable salt thereof. wherein n, m and p are independently of each other 0 or 1, if n is 1, then q is 1 or 2, R 1 is selected from the group consisting of H, C 1 -C 6 acyl or hydroxyacetyl, R 2 is H or C 1 -C 6 alkyl, and R 3 is selected from the group consisting of H, C 1 -C 6 alkyl, arC 1 -C 6 alkyl, heteroarylC 1 -C 6 alkyl and biphenylC 1 -C 6 alkyl, wherein the aromatic aryl, heteroaryl or biphenyl residue may optionally be substituted,
Temperature-control body, in particular a hydronic heating body or cooling body, which has one or more tube registers (RR1, RR2,..., RRn) which can be flown through by a heat carrier fluid, in particular water, wherein the at least one tube register (RR1, RR2,..., RRn) consists, in particular more than 80% of its solid material volume, of polymer material, characterised in that the temperature-control body has a planar part or a wall part, in particular a cassette-like structure, which is arranged substantially parallel to the at least one tube register (RR1, RR2,..., RRn), in that it has a first (left) adapter corner piece with a first connection formation, a second (right) adapter corner piece with a second connection formation, a first (right) terminator corner piece and a second (left) terminator corner piece, and in that the first adapter corner piece and the second adapter corner piece, as well as the first terminator corner piece and the second terminator corner piece are fixed to an inner surface, i.e. the at least one tube register (RR1, RR2,..., RRn) facing surface, of the planar part or the wall part, in particular the cassette-like structure.
A spark plug comprising: an insulator having an axial hole extending in an axial direction; a center electrode held at one end side of the axial hole; a terminal electrode held at the other end side of the axial hole; an electrical connection portion electrically connecting the center electrode and the terminal electrode inside the axial hole; and a metal shell accommodating the insulator, wherein the electrical connection portion includes a conductor including a ceramic phase and a metal wire having a spiral structure portion, characterized in that the metal wire has a wire diameter of 0.1 mm or greater and 0.5 mm or smaller, the spiral structure portion of the metal wire is configured such that an outer diameter thereof is 1.0 mm or greater and 3 mm or smaller, a pitch thereof is 0.3 mm or greater and 1 mm or smaller, and a height thereof is 8 mm or greater and 30 mm or smaller wherein the metal wire is molded into the ceramic phase such that a periphery of the metal wire is hidden in a powder material used in the molding. an insulator having an axial hole extending in an axial direction; a center electrode held at one end side of the axial hole; a terminal electrode held at the other end side of the axial hole; an electrical connection portion electrically connecting the center electrode and the terminal electrode inside the axial hole; and a metal shell accommodating the insulator, wherein the electrical connection portion includes a conductor including a ceramic phase and a metal wire having a spiral structure portion, characterized in that
A socket fusion jig comprising: a pipe support comprising a left pipe clamp jaw and a right pipe clamp jaw; a coupling support; and a first input link rotatable about an axis at a first end thereof, wherein rotation of the first input link moves the coupling support laterally relative to the pipe support, characterized by: a pipe clamp screw, wherein rotation of the pipe clamp screw causes the left pipe clamp jaw and the right pipe clamp jaw to move in opposite directions. a pipe support comprising a left pipe clamp jaw and a right pipe clamp jaw; a coupling support; and a first input link rotatable about an axis at a first end thereof, wherein rotation of the first input link moves the coupling support laterally relative to the pipe support, characterized by: a pipe clamp screw, wherein rotation of the pipe clamp screw causes the left pipe clamp jaw and the right pipe clamp jaw to move in opposite directions.
Harvesting machine comprising: - a crop pick-up device, - a loading space as a store for the crop taken up, - a weighing system for determining a mass of the crop contained in the loading space, - a position-determining system, for example a GPS system or an interface to a position-determining system of a towing vehicle towing the harvester, - a sensor system for determining at least one vehicle operating condition, - a data processor configured to perform a position-related yield determination, - the sensor system comprising at least one sensor for determining a disturbance variable acting on the mass of harvested crop located in the loading space, and the data processor being configured to carry out a position-related weight determination adjusted for the disturbance variable, characterised in that the crop pick-up device assumes a floating position and/or a working position in the working mode and a transport position in the transport mode and the sensor system comprises a sensor for detecting the position (P1, P2) of the crop pick-up device, so that a correction factor stored or calculated in the data processor for the weight determination adjusted for the disturbance variable can be included as a function of the position (P1, P2) detected by the sensor. - a crop pick-up device, - a loading space as a store for the crop taken up, - a weighing system for determining a mass of the crop contained in the loading space, - a position-determining system, for example a GPS system or an interface to a position-determining system of a towing vehicle towing the harvester, - a sensor system for determining at least one vehicle operating condition, - a data processor configured to perform a position-related yield determination, - the sensor system comprising at least one sensor for determining a disturbance variable acting on the mass of harvested crop located in the loading space, and the data processor being configured to carry out a position-related weight determination adjusted for the disturbance variable,
An image capturing apparatus, comprising: an imaging unit configured to capture a digital image; an image-capturing position obtaining unit configured to obtain information indicating a position in which the digital image is captured; an image-capturing direction obtaining unit configured to obtain information indicating a direction in which the digital image is captured; an additional-information obtaining unit configured to obtain a plurality of additional information from a storing device, each of the plurality of additional information corresponding to a predetermined object and including position information of the object; characterized in that the image capturing apparatus further comprises a selecting unit configured to divide, into sub-fields, a view space of the digital image determined by the information indicating each of the position and the direction in which the digital image is captured, and select, for each of the sub-fields, one or more of the plurality of additional information each corresponding to an object in said sub-field and having a count not larger than a count that is set for the corresponding sub-field; and a display unit configured to overlay the selected one or more of the plurality of additional information on the digital image. an imaging unit configured to capture a digital image; an image-capturing position obtaining unit configured to obtain information indicating a position in which the digital image is captured; an image-capturing direction obtaining unit configured to obtain information indicating a direction in which the digital image is captured; an additional-information obtaining unit configured to obtain a plurality of additional information from a storing device, each of the plurality of additional information corresponding to a predetermined object and including position information of the object; characterized in that the image capturing apparatus further comprises a selecting unit configured to divide, into sub-fields, a view space of the digital image determined by the information indicating each of the position and the direction in which the digital image is captured, and select, for each of the sub-fields, one or more of the plurality of additional information each corresponding to an object in said sub-field and having a count not larger than a count that is set for the corresponding sub-field; and a display unit configured to overlay the selected one or more of the plurality of additional information on the digital image.
Valve arrangement for shutting off and releasing high-pressure liquid for a high-pressure line, valve pistol or high-pressure cleaning apparatus, with a check valve which has a valve body and an associated valve seat, the valve arrangement or the check valve having a guide directly adjoining the valve seat, characterised in that the guide is formed integrally with the valve seat and has a circumferential surface which adjoins the valve seat or is formed therefrom, and in that the circumferential surface is provided with a plurality of lateral recesses or pockets which are distributed over the circumference, are formed by lateral indentations and taper towards the valve seat.
A microfluidic droplet dispensing system, the system comprising: a droplet feed line to carry droplets for dispensing; a dispensing line to carry dispensing fluid for dispensing the droplets; a droplet outlet line coupled to a droplet outlet; a first junction having a first input to receive a flow from said droplet feed line, having a second input to receive a flow from said dispensing line and having an output to said droplet outlet line; a second junction coupled to said droplet outlet line between said first junction and said droplet outlet, having an output to a waste line; a first pressure source to provide pressurised dispensing fluid to said dispensing line to eject droplets from said droplet outlet; a droplet dispensing valve between said first pressure source and said dispensing line to control the ejection of droplets from said droplet outlet; characterized in that the system further comprises: a second pressure source to provide pressurised dispensing fluid to a droplet protect line; a third junction having a first input from said droplet feed line, having a second input from said droplet protect line, and having an output; and a volume flow throttle coupled between the output of said third junction and the first input of said first junction to restrict a volume flow from said third junction into said first junction. a droplet feed line to carry droplets for dispensing; a dispensing line to carry dispensing fluid for dispensing the droplets; a droplet outlet line coupled to a droplet outlet; a first junction having a first input to receive a flow from said droplet feed line, having a second input to receive a flow from said dispensing line and having an output to said droplet outlet line; a second junction coupled to said droplet outlet line between said first junction and said droplet outlet, having an output to a waste line; a first pressure source to provide pressurised dispensing fluid to said dispensing line to eject droplets from said droplet outlet; a droplet dispensing valve between said first pressure source and said dispensing line to control the ejection of droplets from said droplet outlet; characterized in that the system further comprises: a second pressure source to provide pressurised dispensing fluid to a droplet protect line; a third junction having a first input from said droplet feed line, having a second input from said droplet protect line, and having an output; and a volume flow throttle coupled between the output of said third junction and the first input of said first junction to restrict a volume flow from said third junction into said first junction. a second pressure source to provide pressurised dispensing fluid to a droplet protect line; a third junction having a first input from said droplet feed line, having a second input from said droplet protect line, and having an output; and a volume flow throttle coupled between the output of said third junction and the first input of said first junction to restrict a volume flow from said third junction into said first junction.
A method for producing a solid transformation product of a substrate, wherein the solid transformation product is a product of the transformation of proteinaceous matter and/or carbohydrates originating from a biomass, comprising the following steps: • preparing a substrate of biomass comprising carbohydrates and proteinaceous matter that originate from soya bean seed, seed of rape seed, or mixtures thereof, wherein at least 20 % by weight of said biomass comprises carbohydrates and proteinaceous matter originating from soya bean seeds, seed of rape seed, or mixtures thereof, optionally in further mixture with carbohydrates and proteinaceous matter originating from seed of fava beans, seed of peas, seed of sunflower, seed of lupine, and/or seed of cereals; • mixing said substrate with an enzyme preparation or a combination of enzyme preparations and adding water in an amount which provides an initial incubation mixture having a water content from 30 % to 70 % by weight, and a ratio of wet bulk density to dry bulk density from 0.60 to 1.45, wherein the dry bulk density is the measured bulk density (weight/volume) of the biomass without the added water, and the wet bulk density is the measured bulk density (weight/volume) of the biomass with the added amount of water; • incubating said initial incubation mixture for 0.15-240 hours at a temperature of 20-70 °C; and recovering solid transformation product from the incubated mixture; further comprising that the incubating step is performed as a uniform, continuous plug-flow process in a vertical, non-agitated incubation tank with inlet means for said mixture and additives and outlet means for said solid transformation product, wherein transport of the biomass within the vertical, non-agitated incubation tank is mediated by gravitational force. • preparing a substrate of biomass comprising carbohydrates and proteinaceous matter that originate from soya bean seed, seed of rape seed, or mixtures thereof, wherein at least 20 % by weight of said biomass comprises carbohydrates and proteinaceous matter originating from soya bean seeds, seed of rape seed, or mixtures thereof, optionally in further mixture with carbohydrates and proteinaceous matter originating from seed of fava beans, seed of peas, seed of sunflower, seed of lupine, and/or seed of cereals; • mixing said substrate with an enzyme preparation or a combination of enzyme preparations and adding water in an amount which provides an initial incubation mixture having a water content from 30 % to 70 % by weight, and a ratio of wet bulk density to dry bulk density from 0.60 to 1.45, wherein the dry bulk density is the measured bulk density (weight/volume) of the biomass without the added water, and the wet bulk density is the measured bulk density (weight/volume) of the biomass with the added amount of water; • incubating said initial incubation mixture for 0.15-240 hours at a temperature of 20-70 °C; and recovering solid transformation product from the incubated mixture;
A fan assembly for a cleaning system of a combine harvester comprising: a housing comprising a plurality of interconnected walls, the interconnected walls including at least two side walls (302a, 302b) together defining an exterior width dimension of the fan assembly, and a lower wall connecting the two side walls, wherein the interconnected walls define at least one inlet opening through which air is delivered into the housing and at least one outlet opening (304, 306) through which air is exhausted from the housing; and a fan rotor mounted to the housing, wherein the fan rotor is configured to rotate to distribute air from the inlet opening to the outlet opening (304, 306), the housing further comprising at least one partition positioned between the at least two side walls (302a, 302b), and the at least one partition forming discrete ducts in the housing through which air flows from the inlet opening to the outlet opening (304, 306), each duct extending a portion of the width dimension of the fan assembly to promote a uniform air flow across the width dimension of the fan assembly characterized in that the at least one partition includes a pivotable wall proximate to the at least one inlet opening and upstream of the fan rotor. a housing comprising a plurality of interconnected walls, the interconnected walls including at least two side walls (302a, 302b) together defining an exterior width dimension of the fan assembly, and a lower wall connecting the two side walls, wherein the interconnected walls define at least one inlet opening through which air is delivered into the housing and at least one outlet opening (304, 306) through which air is exhausted from the housing; and a fan rotor mounted to the housing, wherein the fan rotor is configured to rotate to distribute air from the inlet opening to the outlet opening (304, 306), the housing further comprising at least one partition positioned between the at least two side walls (302a, 302b), and the at least one partition forming discrete ducts in the housing through which air flows from the inlet opening to the outlet opening (304, 306), each duct extending a portion of the width dimension of the fan assembly to promote a uniform air flow across the width dimension of the fan assembly