mhurhangee/ep-ind-claims huggingface dataset:
Premix for the preparation of supplemented animal feed, said premix comprising, on one hand, a plant and/or mineral base and, on the other, grains, said grains comprising at least one active ingredient and a composition comprising an excipient or a mixture of excipients exhibiting adhesive properties in the presence of an aqueous phase, characterised in that the grains are grains having a mean diameter between 50 and 700 μm obtained by granulation, which comprise between 70 and 90% by weight of active ingredient and between 10 and 30% by weight of composition.
Method of determining crystallographic properties of a sample, the method comprising: - generating a first electron beam of electrons having a first mean kinetic energy, - detecting, for each of first locations of a region of the sample, a two-dimensional spatial distribution of electrons emerging from the sample and being incident onto a detection area while directing the first electron beam onto the first locations, - generating, for each of the first locations, first data representing the two-dimensional spatial distribution; - generating a second electron beam of electrons having a second mean kinetic energy different from the first mean kinetic energy, - detecting, for each of second locations of the region of the sample, a two-dimensional spatial distribution of electrons emerging from the sample and being incident onto the detection area while directing the second electron beam onto the second locations, - generating, for each of the second locations, second data representing the two-dimensional spatial distribution; and - determining the crystallographic properties for target locations of the region based on the first data of the first locations and the second data of the second locations; and - generating an image representation of the crystallographic properties of the target locations, characterised in that the image representation comprises first pixels corresponding to a first set of the target locations and second pixels corresponding to a second set of the target locations, wherein values at the first pixels represent the crystallographic property and are determined based on the first data and values at the second pixels represent the crystallographic property and are determined based on the second data. - generating a first electron beam of electrons having a first mean kinetic energy, - detecting, for each of first locations of a region of the sample, a two-dimensional spatial distribution of electrons emerging from the sample and being incident onto a detection area while directing the first electron beam onto the first locations, - generating, for each of the first locations, first data representing the two-dimensional spatial distribution; - generating a second electron beam of electrons having a second mean kinetic energy different from the first mean kinetic energy, - detecting, for each of second locations of the region of the sample, a two-dimensional spatial distribution of electrons emerging from the sample and being incident onto the detection area while directing the second electron beam onto the second locations, - generating, for each of the second locations, second data representing the two-dimensional spatial distribution; and - determining the crystallographic properties for target locations of the region based on the first data of the first locations and the second data of the second locations; and - generating an image representation of the crystallographic properties of the target locations, characterised in that the image representation comprises first pixels corresponding to a first set of the target locations and second pixels corresponding to a second set of the target locations,
Silane-modified silica, characterized in that the BET surface area is 40 to 155 m 2 /g, the sulphur content is between 0.05% and 25% by weight and the particle size d5 is ≥ 4μm and d50 is ≥ 16 μm and the silane-modified silica contains SCN groups.
An iron-fortified food stuff comprising an iron source product in form of solid capsules, wherein the capsules comprise a core comprising iron alginate, and an outer layer comprising calcium alginate, wherein the average size of the capsules is comprised in the range of 5 to 20 μm, and wherein the capsules are optionally forming macroscopic aggregates having a size up to 1 mm.
A wind turbine blade maintenance arrangement, comprising a main frame; a roller frame; at least one cleaning and/or painting means supporting frame; a linear movement rail, comprising the longitudinally extending base surface, two longitudinally-extending walls, being perpendicular to the base surface; a joint, providing for at least one degree of freedom; at least two rollers mounted on the roller frame and configured to allow secure pushing of the arrangement of the cleaning robot against an edge of the wind turbine blade, and moving the maintenance arrangement along the edge of the blade; he cleaning and/or painting means, mounted on the cleaning and/or painting means supporting frame; the cleaning and/or painting means supporting frame or frames are adjustably connected to the roller frame so as to allow controllable adjustment of the distance between the cleaning and/or painting means, and the surfaces of the wind turbine; characterised in that: - the main frame and the roller frame are adjustably connected together via the linear movement rail and the joint; - the linear movement rail is designed to allow movement of the roller frame in a substantially horizontal direction in respect to the main frame; - the joint is designed to allow controllable rotational movement of the roller frame in respect to the linear movement rail, wherein the rotational axis of the revolute joint is substantially perpendicular to the base surface of the linear movement rail. - the main frame and the roller frame are adjustably connected together via the linear movement rail and the joint; - the linear movement rail is designed to allow movement of the roller frame in a substantially horizontal direction in respect to the main frame; - the joint is designed to allow controllable rotational movement of the roller frame in respect to the linear movement rail, wherein the rotational axis of the revolute joint is substantially perpendicular to the base surface of the linear movement rail.
A drinking container, comprising: a container portion; a sleeve that is moveable between a closed position and an open position with respect to the container portion, the sleeve including a sleeve magnet, wherein the sleeve is positioned around a periphery of the container portion; and a lid that is moveable from a closed configuration to an open configuration, the lid including a lid magnet, the closed position of the sleeve corresponding to the closed configuration of the lid sealing an access pathway to an interior of the container portion, the open position of the sleeve corresponding to the open configuration of the lid opening the access pathway to the interior of the container portion, wherein, in the closed position of the sleeve, a biased force holds the lid in the closed configuration, wherein, in the open position of the sleeve, the sleeve magnet and the lid magnet have a magnetic force greater than the biased force to place the lid in the open configuration. a container portion; a sleeve that is moveable between a closed position and an open position with respect to the container portion, the sleeve including a sleeve magnet, wherein the sleeve is positioned around a periphery of the container portion; and a lid that is moveable from a closed configuration to an open configuration, the lid including a lid magnet, the closed position of the sleeve corresponding to the closed configuration of the lid sealing an access pathway to an interior of the container portion, the open position of the sleeve corresponding to the open configuration of the lid opening the access pathway to the interior of the container portion, wherein, in the closed position of the sleeve, a biased force holds the lid in the closed configuration, wherein, in the open position of the sleeve, the sleeve magnet and the lid magnet have a magnetic force greater than the biased force to place the lid in the open configuration.
An inducible Cell Co-Stimulator (ICOS) antibody with agonistic properties for use in the treatment of cancer in a subject, wherein the treatment comprises the steps of: (i) administering electroporation and a chemotherapeutic agent to a tumour in the subject; and (ii) administering the ICOS antibody with agonistic properties to the subject; wherein step (i) and (ii) may be performed in either order. (i) administering electroporation and a chemotherapeutic agent to a tumour in the subject; and (ii) administering the ICOS antibody with agonistic properties to the subject; wherein step (i) and (ii) may be performed in either order.
Hydraulic die cushion of a drawing press, with a hydraulic cylinder having a cylinder housing in which multiple hydraulic working chambers (47, 48, 53) are provided, wherein the cylinder has a piston rod which serves for connection to a blank holder ring of the drawing press, wherein the cylinder has a first piston face adjoining a first working chamber and a second piston face adjoining a second working chamber, wherein the first piston face and the second piston face are substantially the same size, and wherein the cylinder has a third piston face which is larger than the first and second piston faces (49, 50) and which adjoins a third working chamber, with a first hydraulic part circuit, with a second hydraulic part circuit which is hydraulically connected to the third working chamber, wherein the two hydraulic circuits (55, 56) are completely isolated from each other fluidically, characterized in that the first hydraulic part circuit is hydraulically connected to the first and second working chambers (47, 48), wherein the first hydraulic part circuit controls or regulates the position and/or the movement of the piston rod, and wherein the blank holding force is set by the control or regulation of the hydraulic pressure in the third working chamber by the second hydraulic part circuit.
An electronic device comprising: a processor configured to: receive a user voice input; identify a state of the electronic device corresponding to at least one item related to the electronic device, wherein the at least one item is any of: a power state, a network state, an account-login state, a voice speaker, a voice input route, trigger presence, or an application state; select a voice recognition engine, from among a plurality of voice recognition engines (10a to 10c, 20a to 20c), based on the voice recognition engine having the highest correlation with the identified state from among correlations between the plurality of voice recognition engines and a plurality of states; and perform an operation corresponding to the user voice input based on the selected voice recognition engine. receive a user voice input; identify a state of the electronic device corresponding to at least one item related to the electronic device, wherein the at least one item is any of: a power state, a network state, an account-login state, a voice speaker, a voice input route, trigger presence, or an application state; select a voice recognition engine, from among a plurality of voice recognition engines (10a to 10c, 20a to 20c), based on the voice recognition engine having the highest correlation with the identified state from among correlations between the plurality of voice recognition engines and a plurality of states; and perform an operation corresponding to the user voice input based on the selected voice recognition engine.
A method for configuring semi-persistent scheduling, the method "comprising: determining, by a network side device, a Semi-Persistent Scheduling, SPS, Cell Radio Network Temporary Identifier, C-RNTI, corresponding to a plurality of SPS configurations; transmitting, by the network side device, SPS periodicities corresponding to the plurality of SPS configurations and/or SPS frequency resource configuration information corresponding to the plurality of SPS configurations, to a terminal via one Physical Downlink Control Channel, PDCCH, order scrambled by the SPS C-RNTI; and releasing, by the network side device, the plurality of SPS configurations configured for the terminal, via the one PDCCH order scrambled by the SPS C-RNTI. determining, by a network side device, a Semi-Persistent Scheduling, SPS, Cell Radio Network Temporary Identifier, C-RNTI, corresponding to a plurality of SPS configurations; transmitting, by the network side device, SPS periodicities corresponding to the plurality of SPS configurations and/or SPS frequency resource configuration information corresponding to the plurality of SPS configurations, to a terminal via one Physical Downlink Control Channel, PDCCH, order scrambled by the SPS C-RNTI; and releasing, by the network side device, the plurality of SPS configurations configured for the terminal, via the one PDCCH order scrambled by the SPS C-RNTI.
A method of manufacturing a vacuum insulated glazing unit, the method comprising: depositing a coating material on at least a portion of a pillar core under conditions effective to provide a deposited coating material; annealing the deposited coating material at a reduced pressure and in an inert atmosphere to form a coating layer on the pillar core, thereby providing a coated pillar; disposing at least one of the coated pillar between first and second substantially parallel glass panes; disposing a peripheral seal material around a periphery of the first and the second glass panes to form a pre-sealed VIG unit; and heating the pre-sealed VIG unit under reduced pressure to form the peripheral seal and a sealed cavity between the first and second glass panes. depositing a coating material on at least a portion of a pillar core under conditions effective to provide a deposited coating material; annealing the deposited coating material at a reduced pressure and in an inert atmosphere to form a coating layer on the pillar core, thereby providing a coated pillar; disposing at least one of the coated pillar between first and second substantially parallel glass panes; disposing a peripheral seal material around a periphery of the first and the second glass panes to form a pre-sealed VIG unit; and heating the pre-sealed VIG unit under reduced pressure to form the peripheral seal and a sealed cavity between the first and second glass panes.
Seeker head for a guided missile with a) an imaging detector, b) a second detector, c) an optical unit having an input aperture for mapping a target object in an object scene on the imaging detector, wherein the optical unit is implemented such that radiation emanating from the target object is diverted to the second detector via the same input aperture of the optical unit as to the imaging detector, and d) a processing means for controlling the guidance of the missile using the mapping of the target object on the detector, characterized in that the optical unit comprises an optical hinge, wherein the optical hinge is a prism hinge with an input surface that is dichroitically mirrored. a) an imaging detector, b) a second detector, c) an optical unit having an input aperture for mapping a target object in an object scene on the imaging detector, wherein the optical unit is implemented such that radiation emanating from the target object is diverted to the second detector via the same input aperture of the optical unit as to the imaging detector, and d) a processing means for controlling the guidance of the missile using the mapping of the target object on the detector,
An apparatus for correcting defective pixel values, comprising: an image sensor comprising a plurality of pixels configured to convert light provided from a subject into an electrical signal, and output image data corresponding to the electrical signal; a data memory configured to store location information about one or more defective pixels among the plurality of pixels, the location information being encoded a location information decoder configured to decode the encoded location information about the defective pixels stored in the data memory; and a pixel corrector configured to identify the defective pixels among the plurality of pixels using the decoded location information, and to interpolate pixel values of the defective pixels using at least one pixel value of one or more neighboring pixels adjacent to each of the defective pixels, wherein the location information decoder is configured to select one of a first decoding method and a second decoding method based on a distance between the defective pixels, and decode the encoded location information about the defective pixels using the selected decoding method, wherein the distance between the defective pixels is a distance between defective pixels adjacent to each other in a scan order, wherein the scan order is a horizontal direction raster scan order, and characterized in that: the encoded location information comprises, as a unit, non-compressed horizontal coordinate information and compressed vertical coordinate information. an image sensor comprising a plurality of pixels configured to convert light provided from a subject into an electrical signal, and output image data corresponding to the electrical signal; a data memory configured to store location information about one or more defective pixels among the plurality of pixels, the location information being encoded a location information decoder configured to decode the encoded location information about the defective pixels stored in the data memory; and a pixel corrector configured to identify the defective pixels among the plurality of pixels using the decoded location information, and to interpolate pixel values of the defective pixels using at least one pixel value of one or more neighboring pixels adjacent to each of the defective pixels, wherein the location information decoder is configured to select one of a first decoding method and a second decoding method based on a distance between the defective pixels, and decode the encoded location information about the defective pixels using the selected decoding method, wherein the distance between the defective pixels is a distance between defective pixels adjacent to each other in a scan order, wherein the scan order is a horizontal direction raster scan order, and characterized in that: the encoded location information comprises, as a unit, non-compressed horizontal coordinate information and compressed vertical coordinate information.
A process for producing a pipe insulated with polyurethane foam, wherein (a) isocyanate is mixed with (b) polyol, (c) blowing agent comprising at least one aliphatic, halogenated hydrocarbon compound, made up of from 2 to 5 carbon atoms, at least one hydrogen atom and at least one fluorine and/or chlorine atom, where the compound comprises at least one carbon-carbon double bond, (d) catalyst comprising N,N-dialkylbenzylamine, (e) optionally chain extenders and/or crosslinkers and (f) optionally auxiliaries and additives, to give a reaction mixture, where the isocyanate index is in the range from 90 to 180, the reaction mixture is applied to a pipe for media and is allowed to cure to give the polyurethane foam. (a) isocyanate is mixed with (b) polyol, (c) blowing agent comprising at least one aliphatic, halogenated hydrocarbon compound, made up of from 2 to 5 carbon atoms, at least one hydrogen atom and at least one fluorine and/or chlorine atom, where the compound comprises at least one carbon-carbon double bond, (d) catalyst comprising N,N-dialkylbenzylamine, (e) optionally chain extenders and/or crosslinkers and (f) optionally auxiliaries and additives,
A mobile terminal comprising: a flexible display panel including a first region, a second region, and a third region arranged between the first region and the second region; a first body configured to support the first region; a second body configured to support the second region; and a hinge module configured to support the third region, wherein the first body and the second body are rotatably connected to the hinge module, wherein the hinge module comprises: a hinge body including a first shaft and a second shaft on both sides thereof; a first hinge connector pivoting on the first shaft and connected to the first body; and a second hinge connector pivoting on the second shaft and connected to the second body, wherein: the first body comprises a first rack to be engaged with a first pinion provided to the first hinge connector, wherein a position of the first shaft to the first body varies according to a rotation of the first pinion on the first shaft; and the second body comprises a second rack to be engaged with a second pinion provided to the second hinge connector, wherein a position of the second shaft to the second body varies according to a rotation of the second pinion on the second shaft. a flexible display panel including a first region, a second region, and a third region arranged between the first region and the second region; a first body configured to support the first region; a second body configured to support the second region; and a hinge module configured to support the third region, wherein the first body and the second body are rotatably connected to the hinge module, wherein the hinge module comprises: a hinge body including a first shaft and a second shaft on both sides thereof; a first hinge connector pivoting on the first shaft and connected to the first body; and a second hinge connector pivoting on the second shaft and connected to the second body, wherein: the first body comprises a first rack to be engaged with a first pinion provided to the first hinge connector, wherein a position of the first shaft to the first body varies according to a rotation of the first pinion on the first shaft; and the second body comprises a second rack to be engaged with a second pinion provided to the second hinge connector, wherein a position of the second shaft to the second body varies according to a rotation of the second pinion on the second shaft. a hinge body including a first shaft and a second shaft on both sides thereof; a first hinge connector pivoting on the first shaft and connected to the first body; and a second hinge connector pivoting on the second shaft and connected to the second body, wherein: the first body comprises a first rack to be engaged with a first pinion provided to the first hinge connector, wherein a position of the first shaft to the first body varies according to a rotation of the first pinion on the first shaft; and the second body comprises a second rack to be engaged with a second pinion provided to the second hinge connector, wherein a position of the second shaft to the second body varies according to a rotation of the second pinion on the second shaft.
A microbial fuel cell equipped with a pair of electrodes and an external circuit electrically connecting a pair of said electrodes, characterized by 3-dimensionally structured agglomerates formed of electrically-conductive fine particles and microorganisms with an extracellular electron transfer capability and formed on a negative electrode that is one of said electrodes in a solution containing the electrically-conductive fine particles and the microorganisms, wherein in the agglomerates said electrically-conductive fine particles hold the microorganisms on the surface of the negative electrode and in a distance away from the surface of the negative electrode in the vertical direction and said electrically-conductive fine particles are dispersed among said microorganisms, and said electrically-conductive fine particles comprise any one or a combination of ferric oxide, manganese oxide and ferric sulfide.