mhurhangee/ep-ind-claims huggingface dataset:
A support apparatus for balance correction comprising: a rotating body having a support hole with a circular cross section at a rotation center portion, in which an end side of the support hole is formed in a polygon-shaped cross section, and a vertical mandrel on which the rotating body is mounted in a vertical direction by insertion into the support hole, wherein an outer peripheral surface of the mandrel includes an aerostatic radial bearing rotatably receiving an inner surface with a circular cross section of the support hole, a base end side includes an aerostatic thrust bearing rotatably receiving a periphery of an opening at a lower end of the support hole, and a structure is configured such that compressible fluid for aerostatic bearing is jetted from the aerostatic radial bearing and the aerostatic thrust bearing to rotatably support the rotating body while floating the rotating body around the mandrel, to allow the amount of imbalance to be measured by applying a rotational force to the rotating body in a floating state, characterized in that of the outer peripheral surface of the mandrel, an outer peripheral surface portion facing the polygon-shaped cross-section portion of the support hole includes a vent hole for relieving pressure varying in a space between the polygon-shaped cross-section portion and the outer peripheral surface of the mandrel outside according to rotation of the rotating body. a rotating body having a support hole with a circular cross section at a rotation center portion, in which an end side of the support hole is formed in a polygon-shaped cross section, and a vertical mandrel on which the rotating body is mounted in a vertical direction by insertion into the support hole, wherein an outer peripheral surface of the mandrel includes an aerostatic radial bearing rotatably receiving an inner surface with a circular cross section of the support hole, a base end side includes an aerostatic thrust bearing rotatably receiving a periphery of an opening at a lower end of the support hole, and a structure is configured such that compressible fluid for aerostatic bearing is jetted from the aerostatic radial bearing and the aerostatic thrust bearing to rotatably support the rotating body while floating the rotating body around the mandrel, to allow the amount of imbalance to be measured by applying a rotational force to the rotating body in a floating state, characterized in that of the outer peripheral surface of the mandrel, an outer peripheral surface portion facing the polygon-shaped cross-section portion of the support hole includes a vent hole for relieving pressure varying in a space between the polygon-shaped cross-section portion and the outer peripheral surface of the mandrel outside according to rotation of the rotating body.
Fork-lift truck, comprising a pair of support legs (2l, 2r), two lift forks (23l, 23r) for lifting and handling pallets, wherein each support leg (2l, 2r) is provided with at least one swivelling wheel (3l, 3r), characterized in that the fork-lift truck comprises two drive wheels (4l, 4r) which are individually controllable, wherein each drive wheel (4r, 4l) is connected to a respective drive motor (6l, 6r), wherein each of the drive wheels (4l, 4r) have a respective fixed rotational axis (20l, 20r) with reference to the fork-lift truck, such that the drive wheels rotational plane is fixed in parallel with the longitudinal direction of the fork-lift truck.
A nanopore device comprising a membrane spanning an aperture, the membrane comprising: a lipid bilayer that is linked to a filamentous network that is external to the membrane; and at least one pore through the membrane; and wherein the filamentous network is chemically linked to the lipid bilayer, the nanopore device characterized in that the filamentous network is a polypeptide, an oligonucleotide, or an oligosaccharide. a lipid bilayer that is linked to a filamentous network that is external to the membrane; and at least one pore through the membrane; and wherein the filamentous network is chemically linked to the lipid bilayer, the nanopore device characterized in that the filamentous network is a polypeptide, an oligonucleotide, or an oligosaccharide.
A cell system, comprising: a laminated battery, a plurality of battery cells being laminated in the laminated battery; a first switch connected to a positive electrode of the laminated battery and configured to switch connection to the positive electrode to a shut-off state; a second switch connected to a negative electrode of the laminated battery and configured to switch connection to the negative electrode to a shut-off state; a circuit to be connected at least either between the positive electrode and the first switch or between the negative electrode and the second switch; characterized in that the cell system further comprises: a controller configured to shift control timings of the first switch and the second switch from the shut-off state to a connected state according to an electrical capacitance generated between the positive electrode and the negative electrode so as to decrease a surge current flowing to the circuit from the electrical capacitance. a laminated battery, a plurality of battery cells being laminated in the laminated battery; a first switch connected to a positive electrode of the laminated battery and configured to switch connection to the positive electrode to a shut-off state; a second switch connected to a negative electrode of the laminated battery and configured to switch connection to the negative electrode to a shut-off state; a circuit to be connected at least either between the positive electrode and the first switch or between the negative electrode and the second switch; characterized in that the cell system further comprises: a controller configured to shift control timings of the first switch and the second switch from the shut-off state to a connected state according to an electrical capacitance generated between the positive electrode and the negative electrode so as to decrease a surge current flowing to the circuit from the electrical capacitance.
A method of imaging an interior of an eye, comprising: illuminating the interior of the eye with one or more beams of light from a light source, wherein said illuminating is configured to trigger a change to a pupil of the eye; capturing, with an image sensor, a sequence of images of light reflected by the interior of the eye during an expected timeframe when a width of the pupil is changing in response to said illuminating; and combining, with a processing apparatus, images in the sequence of images to form a composite image having a larger depth of field than a depth of field of each of the images in the sequence of images, wherein the depth of field for each of the images corresponds to the width of the pupil when each of the images is captured. illuminating the interior of the eye with one or more beams of light from a light source, wherein said illuminating is configured to trigger a change to a pupil of the eye; capturing, with an image sensor, a sequence of images of light reflected by the interior of the eye during an expected timeframe when a width of the pupil is changing in response to said illuminating; and combining, with a processing apparatus, images in the sequence of images to form a composite image having a larger depth of field than a depth of field of each of the images in the sequence of images, wherein the depth of field for each of the images corresponds to the width of the pupil when each of the images is captured.
A method for modifying and aligning a digital 3D model of teeth, comprising steps of: receiving a digital 3D model of teeth with associated gingiva represented by a 3D mesh in random alignment; aligning the digital 3D model of teeth with associated gingiva with a desired axis within a 3D coordinate system; characterized in that after the aligning step, removing the associated gingiva from the digital 3D model, wherein removing the associated gingiva from the digital 3D model comprises steps of: detecting a gum line in the digital 3D model; fitting a surface to points of the detected gum line using a modified ridge estimator; and removing vertices of the mesh on a side of the surface corresponding with the gingiva to remove the gingiva from the digital 3D model; and re-aligning the digital 3D model without the gingiva with the desired axis within the 3D coordinate system. receiving a digital 3D model of teeth with associated gingiva represented by a 3D mesh in random alignment; aligning the digital 3D model of teeth with associated gingiva with a desired axis within a 3D coordinate system; characterized in that after the aligning step, removing the associated gingiva from the digital 3D model, wherein removing the associated gingiva from the digital 3D model comprises steps of: detecting a gum line in the digital 3D model; fitting a surface to points of the detected gum line using a modified ridge estimator; and removing vertices of the mesh on a side of the surface corresponding with the gingiva to remove the gingiva from the digital 3D model; and detecting a gum line in the digital 3D model; fitting a surface to points of the detected gum line using a modified ridge estimator; and removing vertices of the mesh on a side of the surface corresponding with the gingiva to remove the gingiva from the digital 3D model; and re-aligning the digital 3D model without the gingiva with the desired axis within the 3D coordinate system.
A method for a wireless communications, comprising: generating at least one symbol to be transmitted; obtaining information about a number of neighboring base stations (104, 412, 414, 416) M around a served mobile station, MS, (106, 410); and transmitting, on one or more antennas from each of the M neighboring base stations, the at least one symbol in N frequency tones with N different phases using a phase pattern from a selected set of phase patterns, wherein the set of phase patterns is selected based on a level of co-channel interference, CCI, at the MS; wherein M, N are greater than 1. generating at least one symbol to be transmitted; obtaining information about a number of neighboring base stations (104, 412, 414, 416) M around a served mobile station, MS, (106, 410); and transmitting, on one or more antennas from each of the M neighboring base stations, the at least one symbol in N frequency tones with N different phases using a phase pattern from a selected set of phase patterns, wherein the set of phase patterns is selected based on a level of co-channel interference, CCI, at the MS; wherein M, N are greater than 1.
Method for the production of a lignin-containing precursor fibre for the production of carbon fibres and/or activated carbon fibres, in which a) a solution, comprising at least one sort of lignin and also at least one fibre-forming polymer selected from the group consisting of polyacrylonitrile and/or polyacrylonitrile-copolymers in at least one solvent, b) is transferred into a coagulation bath by extrusion of the solution through a spinning nozzle by the wet spinning or the air-gap spinning method, the lignin-containing precursor fibre precipitating. a) a solution, comprising at least one sort of lignin and also at least one fibre-forming polymer selected from the group consisting of polyacrylonitrile and/or polyacrylonitrile-copolymers in at least one solvent, b) is transferred into a coagulation bath by extrusion of the solution through a spinning nozzle by the wet spinning or the air-gap spinning method, the lignin-containing precursor fibre precipitating.
Device for administering a liquid medicament, having a reservoir in which a medicament is held or can be held, and having a pump with a pump chamber which is fluidically connected to the reservoir via a oneway valve allowing medium to pass through only in the direction from the reservoir into the pump chamber and which is fluidically connected to a medicament outlet via a valve, wherein the valve has a valve body which has an inner space for receiving a liquid, wherein the valve body has a liquid inlet and, opposite the latter, a liquid outlet, which both open into the inner space, wherein a multiplicity of microchannels are arranged in the inner space, said microchannels extending in connection direction (x) between the liquid inlet and the liquid outlet, wherein the microchannels are formed from a grid of parallel, rod-shaped boundary elements, or from a plurality of parallel, mutually offset layers of a grid of parallel, rod-shaped boundary elements, in which the boundary elements extend perpendicular to the connection direction (x) between the liquid inlet and the liquid outlet, wherein the microchannels have a diameter of between 5 μm and 20 μm, characterized in that the cross-sectional area ratio between the microchannels and the inner space is between 1:50 and 1:100, and in that the inner space, the liquid inlet and the liquid outlet have the same cross-sectional area perpendicular to the connection direction (x). wherein the microchannels are formed from a grid of parallel, rod-shaped boundary elements, or from a plurality of parallel, mutually offset layers of a grid of parallel, rod-shaped boundary elements, in which the boundary elements extend perpendicular to the connection direction (x) between the liquid inlet and the liquid outlet, wherein the microchannels have a diameter of between 5 μm and 20 μm, characterized in that the cross-sectional area ratio between the microchannels and the inner space is between 1:50 and 1:100, and in that the inner space, the liquid inlet and the liquid outlet have the same cross-sectional area perpendicular to the connection direction (x).
A light system comprising: a plurality of light emitting elements arranged in an array, the array comprising: a center region in which is positioned a first light emitting element, the first light emitting element having superior performance relative to the light emitting elements arranged outside the center region; a second region that is outside the center region, the second region containing a second group of light emitting elements having lower performance relative to the first light emitting element; CHARACTERIZED IN THAT the array comprises a third region that is outside the second region, the third region being more distant from the center region than the second region, the third region containing a third group of light emitting elements having lower performance relative to the first light emitting element and the second group of light emitting elements. a plurality of light emitting elements arranged in an array, the array comprising: a center region in which is positioned a first light emitting element, the first light emitting element having superior performance relative to the light emitting elements arranged outside the center region; a second region that is outside the center region, the second region containing a second group of light emitting elements having lower performance relative to the first light emitting element; CHARACTERIZED IN THAT the array comprises a third region that is outside the second region, the third region being more distant from the center region than the second region, the third region containing a third group of light emitting elements having lower performance relative to the first light emitting element and the second group of light emitting elements. a center region in which is positioned a first light emitting element, the first light emitting element having superior performance relative to the light emitting elements arranged outside the center region; a second region that is outside the center region, the second region containing a second group of light emitting elements having lower performance relative to the first light emitting element; CHARACTERIZED IN THAT the array comprises a third region that is outside the second region, the third region being more distant from the center region than the second region, the third region containing a third group of light emitting elements having lower performance relative to the first light emitting element and the second group of light emitting elements.
A device for handling containers of a collapsible type, comprising one or more stations such as an opening station, a filling station or a sealing station, and a transport unit, said device being arranged to receive said containers oriented in a first direction, and said transport unit being arranged to transport said containers to at least one of said stations by moving the containers in a second direction along a curved path, said second direction being perpendicular to said first direction and said curved path providing said containers with a component of movement that is directed upwards when arriving at said at least one station, a holding means provided for said at least one station and located in a stationary position adjacent to the station, characterised by a transfer means which is provided for said at least one station and carried by the transport unit and which is cyclically movable along an endless circular path between a pick-up position and a delivery position located adjacent to the station, the transfer means being arranged to pick up at least one container in the pick-up position and transfer said at least one container, in the delivery position, to the holding means.
A method for wireless communication, comprising: identifying, at a user equipment, UE, two or more transmission time intervals, TTIs, that are configured for either transport block, TB, feedback or code block group, CBG, feedback; identifying an amount of resources available for transmitting feedback information; selecting TB feedback or CBG feedback for each of the two or more TTIs based at least in part on the amount of resources available for transmitting feedback information; and transmitting the feedback information to a base station according to the selecting. identifying, at a user equipment, UE, two or more transmission time intervals, TTIs, that are configured for either transport block, TB, feedback or code block group, CBG, feedback; identifying an amount of resources available for transmitting feedback information; selecting TB feedback or CBG feedback for each of the two or more TTIs based at least in part on the amount of resources available for transmitting feedback information; and transmitting the feedback information to a base station according to the selecting.
An antenna comprising: a first pair of electrically conducting fed lands (5, 7) disposed in a first plane (X, Y); antenna feed means for each fed land of the pair of electrically conducting fed lands (5, 7), the first pair of lands fed (5, 7) being symmetric about, and spaced-apart from an imaginary line (Y-Y) on the first plane; a second pair of spaced-apart electrically conducting non-fed lands (1, 3) or a single non-fed land, disposed in said first plane (X, Y), and being electrically-insulated from the first pair of fed lands (5, 7), wherein the non-fed lands (1, 3) or single non-fed land are configured to act as parasitic lands to the fed lands (5, 7); and a ground plane oriented in a plane substantially parallel to the first plane, the said second pair of non-fed lands (1, 3) or said single non-fed land being spaced-apart from the first pair of fed lands (5, 7) along said imaginary line (Y-Y); the said second pair of non-fed lands (1, 3) or said single non-fed land are symmetric about said imaginary line; the ground plane is spaced apart from the lands in the first plane by a value from about 1/24λ to 1/6λ, wherein λ is the wavelength of a frequency of operation of the antenna; and each land of the first pair of fed lands (5, 7) is connected to the antenna feed means at or towards an edge of that land (5, 7) which edge is adjacent to the imaginary line (Y-Y) and towards an edge of that land which edge is remote from the non-fed lands (1, 3) or single non-fed land. a first pair of electrically conducting fed lands (5, 7) disposed in a first plane (X, Y); antenna feed means for each fed land of the pair of electrically conducting fed lands (5, 7), the first pair of lands fed (5, 7) being symmetric about, and spaced-apart from an imaginary line (Y-Y) on the first plane; a second pair of spaced-apart electrically conducting non-fed lands (1, 3) or a single non-fed land, disposed in said first plane (X, Y), and being electrically-insulated from the first pair of fed lands (5, 7), wherein the non-fed lands (1, 3) or single non-fed land are configured to act as parasitic lands to the fed lands (5, 7); and a ground plane oriented in a plane substantially parallel to the first plane, the said second pair of non-fed lands (1, 3) or said single non-fed land being spaced-apart from the first pair of fed lands (5, 7) along said imaginary line (Y-Y); the said second pair of non-fed lands (1, 3) or said single non-fed land are symmetric about said imaginary line; the ground plane is spaced apart from the lands in the first plane by a value from about 1/24λ to 1/6λ, wherein λ is the wavelength of a frequency of operation of the antenna; and each land of the first pair of fed lands (5, 7) is connected to the antenna feed means at or towards an edge of that land (5, 7) which edge is adjacent to the imaginary line (Y-Y) and towards an edge of that land which edge is remote from the non-fed lands (1, 3) or single non-fed land.
An energy cable comprising a cable core comprising an electric conductor and a crosslinked electrically insulating layer, wherein the cable core further comprises a microporous material having a bimodal pore volume distribution with a first peak of the distribution having a maximum at a pore diameter value within the range 0.55-0.65 nm (5.5-6.5 Å) and a second peak of the distribution having a maximum at a pore diameter value within the range 0.75-0.85 nm (7.5-8.5 Å), the maximum values of the first and the second peak corresponding to an incremental pore volume of at least 4x10 -3 cm 3 /g, the pore diameter and the pore volume distribution being measured as detailed in the description.
An apparatus for continuous real-time monitoring of a biochemical reaction mixture, comprising, a thermal conduction block composed of several temperature control blocks, having different temperatures one from the other, for heating or cooling the biochemical reaction mixture; a capillary tube coiled around said thermal conduction block adapted to receive a flow of said biochemical reaction mixture; a temperature controller, for controlling said several temperature control blocks; a radiation part, for radiating said biochemical reaction mixture through the capillary tube; and a light receiving section comprising a linear array detector for measuring an intensity of a fluorescence generated from the capillary tube when the biochemical reaction mixture flows in the capillary tube, wherein the radiation part and the light receiving section are arranged in an axis parallel to a central axis of the thermal conduction block, and the radiation part and the light receiving section are positioned oppositely around the capillary tube, the radiation part being located at one side of the capillary tube, between the capillary tube and said central axis of the thermal conduction block, and the light receiving section being located opposite to the radiation part, on the other side of the capillary tube.