mhurhangee/ep-ind-claims huggingface dataset:
A solar light system, comprising a solar radiation collection and processing system to receive incident solar radiation during daylight hours and to process the incident solar radiation to prepare and provide processed solar radiation including concentrated visible light, the collection and processing system including: a first stage optical concentrator disposed to receive and concentrate solar radiation and prepare first concentrated solar radiation; an optical filter to remove at least a portion of radiation outside of the visible light range, the optical filter disposed to receive as input at least a portion of the first concentrated solar radiation and to prepare spectrally-conditioned solar radiation including visible light; a parallel-processing optical concentrator disposed to receive as input at least a portion of the spectrally-conditioned solar radiation and to prepare multiple beams of processed solar radiation including concentrated visible light, the parallel-processing optical concentrator comprising at least one parallel-processing array with a plurality of optical concentrating elements in a parallel-processing arrangement to receive and concentrate different spatial portions of solar-sourced radiation input to the parallel-processing array; and a plurality of light conduits corresponding to the multiple beams of processed solar radiation and with each different said light conduit corresponding to a single corresponding said optical concentrating element and disposed to receive at least a portion of the processed solar radiation of a different said beam. a first stage optical concentrator disposed to receive and concentrate solar radiation and prepare first concentrated solar radiation; an optical filter to remove at least a portion of radiation outside of the visible light range, the optical filter disposed to receive as input at least a portion of the first concentrated solar radiation and to prepare spectrally-conditioned solar radiation including visible light; a parallel-processing optical concentrator disposed to receive as input at least a portion of the spectrally-conditioned solar radiation and to prepare multiple beams of processed solar radiation including concentrated visible light, the parallel-processing optical concentrator comprising at least one parallel-processing array with a plurality of optical concentrating elements in a parallel-processing arrangement to receive and concentrate different spatial portions of solar-sourced radiation input to the parallel-processing array; and a plurality of light conduits corresponding to the multiple beams of processed solar radiation and with each different said light conduit corresponding to a single corresponding said optical concentrating element and disposed to receive at least a portion of the processed solar radiation of a different said beam.
A cleaner comprising: a suction motor that generates suction force and including an impeller; a dust separation unit that separates dust from air suctioned by the suction force; a motor housing (26, 27) that surrounds the suction motor; a flow guide that surrounds an outer side of the motor housing (26, 27) and guides air discharged from the dust separation unit to the suction motor; and a body that surrounds the flow guide and guides air discharged from the suction motor together with the flow guide; characterized in that the cleaner further comprises a battery for supplying power to the suction motor; and a pre-filter for filtering air flowing into the suction motor and for covering the impeller. a suction motor that generates suction force and including an impeller; a dust separation unit that separates dust from air suctioned by the suction force; a motor housing (26, 27) that surrounds the suction motor; a flow guide that surrounds an outer side of the motor housing (26, 27) and guides air discharged from the dust separation unit to the suction motor; and a body that surrounds the flow guide and guides air discharged from the suction motor together with the flow guide; characterized in that the cleaner further comprises a battery for supplying power to the suction motor; and a pre-filter for filtering air flowing into the suction motor and for covering the impeller.
A brewing module for an extraction appliance, for example a coffee machine, for the portioned preparation of a drink or another extraction product, from an extraction material packaged in a capsule, comprising a first brewing module part and a second brewing module part which is movable relative to this, wherein the first and the second brewing module part form a discharge device for the discharge of an extraction product out of the capsule, an injector for introducing an extraction fluid into the capsule, and a brewing chamber which at least partly surrounds the capsule during the brewing procedure, wherein the brewing module moreover comprises compression means, by way of which the capsule in the brewing chamber is compressed in a volume-reducing manner, characterised in that the movement of the second brewing module part relative to the first brewing module part is effected linearly along an axial direction, and that the compression means compress the capsule along a direction which is different from the axial direction, for example perpendicular thereto.
A method of estimating position and orientation states of an image-capturing device comprising: obtaining an integer N number of preceding frames by using said image-capturing device; each of said preceding frames including image data; identifying at least a minimum number of common key-points (30, 32, 34) included in each of said preceding frames by using said image data; using an image-processing algorithm to estimate previous position and orientation states of said image-capturing device by using said key points; characterized by estimating, using a sequential least squares algorithm involving state and covariance matrices, current position and orientation states of said image-capturing device by, for each new frame obtained by using said image-capturing device, removing from said state and covariance matrices rows and columns associated with image data obtained by using an oldest of said N number of preceding frames and adding to said state and covariance matrices data associated to said obtained new frame. obtaining an integer N number of preceding frames by using said image-capturing device; each of said preceding frames including image data; identifying at least a minimum number of common key-points (30, 32, 34) included in each of said preceding frames by using said image data; using an image-processing algorithm to estimate previous position and orientation states of said image-capturing device by using said key points; characterized by estimating, using a sequential least squares algorithm involving state and covariance matrices, current position and orientation states of said image-capturing device by, for each new frame obtained by using said image-capturing device, removing from said state and covariance matrices rows and columns associated with image data obtained by using an oldest of said N number of preceding frames and adding to said state and covariance matrices data associated to said obtained new frame.
A portable light assembly comprising a light head adapted to be housed in a protective container and to be withdrawn therefrom when required for use, the light head being adapted to be connected to a battery also housed in the container, mounting means (18; 82; 84; 88; 92; 100; 118; 156) for supporting the light head at locations in need of illumination, wherein the light head is attached to a swivel bracket such that when the light head is withdrawn from the protective container the light head can rotate relative to the swivel bracket, wherein the portable light assembly further includes a handle extension that is withdrawn from the protective contained when the light head is withdrawn, the handle extension being attached to a lid, the lid supporting the swivel bracket, wherein the handle extension has telescopic posts that can slide upwardly from the protective container, and wherein a handle is connected to the lid, and the handle include a means (36, 37) for releasing the handle extension from the protective container, whereby the handle extension, lid, swivel bracket and light head can be slid upwardly by activating the releasing means (36, 37) and lifting the handle.
Glass vial made of a boron-containing multicomponent glass, containing a liquid pharmaceutical active substance preparation and having a closure, wherein the glass vial has a total volume of < 4.5 ml and the fill level of the glass vial with the pharmaceutical active substance preparation is at most 0.25, and wherein the concentration of boron ions, measured at a measurement site below the plane of the container middle on the basis of a concentration depth profile at a depth in the range from 10 to 30 nm, has a value, averaged over the measured values of the concentration depth profile, which exhibits an increase of at most 30% relative to a concentration of boron ions measured on the basis of a concentration depth profile at a depth in the range from 10 to 30 nm with a measurement site in the plane of the container middle, wherein the position of the plane of the container middle is determined from the underside of the base in the direction of the opening of the vial.
An environmental control system of an aircraft comprising: a ram air circuit including at least one ram air heat exchanger (34, 36); a compressing device including a turbine configured to receive a flow of a first medium and a flow of a second medium separate from the first medium, wherein the first medium is bleed air and the second medium is cabin recirculation air, and a compressor configured to receive the flow of the second medium, the turbine being arranged downstream from the compressor along a flow path of the second medium, wherein the second medium flows from the at least one ram air heat exchanger directly to the turbine; a first valve configured to control a supply of the first medium; a dehumidification system in fluid communication with the turbine, the dehumidification system being arranged upstream from the turbine along a flow path of the first medium; and wherein the dehumidification system comprises a condenser and a water extractor; a bypass valve selectively operable to divert the flow of the first medium around the turbine, and a third valve operable to control a supply of the second medium. a ram air circuit including at least one ram air heat exchanger (34, 36); a compressing device including a turbine configured to receive a flow of a first medium and a flow of a second medium separate from the first medium, wherein the first medium is bleed air and the second medium is cabin recirculation air, and a compressor configured to receive the flow of the second medium, the turbine being arranged downstream from the compressor along a flow path of the second medium, wherein the second medium flows from the at least one ram air heat exchanger directly to the turbine; a first valve configured to control a supply of the first medium; a dehumidification system in fluid communication with the turbine, the dehumidification system being arranged upstream from the turbine along a flow path of the first medium; and wherein the dehumidification system comprises a condenser and a water extractor; a bypass valve selectively operable to divert the flow of the first medium around the turbine, and a third valve operable to control a supply of the second medium.
An insulated electrical conductor, comprising: an inner electrical conductor; an electrical insulator at least partially surrounding the inner electrical conductor, the electrical insulator comprising mineral insulation; and an outer electrical conductor at least partially surrounding the electrical insulator; wherein the insulated electrical conductor comprises a substantially continuous length of at least about 100 m; the insulated electrical conductor is characterized in comprising an initial breakdown voltage, over the substantially continuous length of at least about 100 m, of at least about 2400 volts per mm of the electrical insulator thickness at about 700 °C and about 60 Hz; the insulated electrical conductor is further characterized in that the inner electrical conductor, the electrical insulator, and the outer electrical conductor are continuous, and wherein the continuous outer electrical conductor is in a selected partial cold worked state that is intermediate between a post heat treated state and a fully cold worked state. an inner electrical conductor; an electrical insulator at least partially surrounding the inner electrical conductor, the electrical insulator comprising mineral insulation; and an outer electrical conductor at least partially surrounding the electrical insulator; wherein the insulated electrical conductor comprises a substantially continuous length of at least about 100 m; the insulated electrical conductor is characterized in comprising an initial breakdown voltage, over the substantially continuous length of at least about 100 m, of at least about 2400 volts per mm of the electrical insulator thickness at about 700 °C and about 60 Hz; the insulated electrical conductor is further characterized in that the inner electrical conductor, the electrical insulator, and the outer electrical conductor are continuous, and wherein the continuous outer electrical conductor is in a selected partial cold worked state that is intermediate between a post heat treated state and a fully cold worked state.
A device for ligating tissue, comprising: first and second opposed leg members (12, 14) having proximal and distal ends, and further including inner (12d, 14d) and outer surfaces (12c, 14c), the outer surfaces having at least one raised area (26a; 26b) on a portion thereof; a knee portion formed between the proximal (12a, 14a) and distal (12b, 14b) ends of each of the leg members; and an apex having opposed ends that join the proximal ends of the opposed leg members, characterized in that the raised area (26a; 26b) is formed between the apex and the knee portion and is effective to share with the knee portions a load applied by a closing force such that the knee portions are subjected to less plastic deformation and retain some elasticity, wherein upon release of the closing force the distal ends (12b, 14b) of the leg members remain in contact with one another. first and second opposed leg members (12, 14) having proximal and distal ends, and further including inner (12d, 14d) and outer surfaces (12c, 14c), the outer surfaces having at least one raised area (26a; 26b) on a portion thereof; a knee portion formed between the proximal (12a, 14a) and distal (12b, 14b) ends of each of the leg members; and an apex having opposed ends that join the proximal ends of the opposed leg members, characterized in that the raised area (26a; 26b) is formed between the apex and the knee portion and is effective to share with the knee portions a load applied by a closing force such that the knee portions are subjected to less plastic deformation and retain some elasticity, wherein upon release of the closing force the distal ends (12b, 14b) of the leg members remain in contact with one another.
A medical system, comprising: a propellant source configured to contain a propellant fluid; a plurality of containers (30, 40) each configured to contain a material; and a shaft having a plurality of is lumens (52, 54, 56), each of the plurality of lumens having a first opening at a proximal end of the shaft and a second opening at a distal end of the shaft, wherein the plurality of lumens are fluidly coupled to one or more of the propellant source and at least one of the plurality of containers, and wherein a first lumen of the plurality of lumens surrounds, is coaxial with, or is side-by-side with, at least one other lumen from the plurality of lumens; wherein the shaft includes a tip at a distalmost end of the shaft wherein the tip includes a distal opening, and a passage connecting at least one of the plurality of lumens of the shaft to the distal opening, characterised in that the tip comprises an auger rotatably disposed in the passage, the auger being configured to move material within the passage toward the distal opening. a propellant source configured to contain a propellant fluid; a plurality of containers (30, 40) each configured to contain a material; and a shaft having a plurality of is lumens (52, 54, 56), each of the plurality of lumens having a first opening at a proximal end of the shaft and a second opening at a distal end of the shaft, wherein the plurality of lumens are fluidly coupled to one or more of the propellant source and at least one of the plurality of containers, and wherein a first lumen of the plurality of lumens surrounds, is coaxial with, or is side-by-side with, at least one other lumen from the plurality of lumens; wherein the shaft includes a tip at a distalmost end of the shaft wherein the tip includes a distal opening, and a passage connecting at least one of the plurality of lumens of the shaft to the distal opening, characterised in that the tip comprises an auger rotatably disposed in the passage, the auger being configured to move material within the passage toward the distal opening.
A method for producing cobalt ferrite particles, comprising performing a thermal treatment on an aqueous solution containing deionized and deaerated water and a ferrous salt and a cobalt salt stabilized by a complexing agent and an alkali, wherein the aqueous solution has a pH of 7 to 13.
Method for transmitting electrical energy in a washing chamber of a cleaning machine, i. a secondary coil that is coupled to a current consumer arranged in the washing chamber being brought into the active region of a primary coil that is arranged in a stationary manner on a wall of the washing chamber, and ii. energy being transmitted by induction from the primary coil to the secondary coil, characterised in that an alternating voltage in a frequency range of between 20 kHz and 200 kHz is applied to the primary coil, and in that the alternating voltage induced in the secondary coil is directly supplied to at least one ultrasonic transformer as a current consumer. i. a secondary coil that is coupled to a current consumer arranged in the washing chamber being brought into the active region of a primary coil that is arranged in a stationary manner on a wall of the washing chamber, and ii. energy being transmitted by induction from the primary coil to the secondary coil,
A method of manufacturing a light emitting device comprising: forming an anode on an interlayer insulating film over a substrate; forming a layer comprising at least one organic compound on the anode; and forming a cathode on the layer comprising at least one organic compound, wherein the anode is formed of a metal compound of an element that belongs to one of Group 4, 5, and 6 in the periodic table, characterized by further comprising a step of subjecting a surface of the anode to UV ozone treatment or to plasma treatment; wherein the work function of the anode is increased by the UV ozone treatment or by the plasma treatment, wherein the anode has a light-shielding ability, and wherein the cathode is formed from a light-transmissive conductive film. forming an anode on an interlayer insulating film over a substrate; forming a layer comprising at least one organic compound on the anode; and forming a cathode on the layer comprising at least one organic compound, wherein the anode is formed of a metal compound of an element that belongs to one of Group 4, 5, and 6 in the periodic table, characterized by further comprising a step of subjecting a surface of the anode to UV ozone treatment or to plasma treatment; wherein the work function of the anode is increased by the UV ozone treatment or by the plasma treatment, wherein the anode has a light-shielding ability, and wherein the cathode is formed from a light-transmissive conductive film.
A method for manufacturing a concrete construction element having hollow channels, comprising the steps of preparing a mould in which channel recess elements are provided for obtaining channels in the construction element to be made and pouring concrete into the mould, whereby in the step of preparing the mould a side recess element is placed at a predetermined location outside at least one of the channel recess elements such that a side recess in the resulting concrete element is obtained at said location, wherein the minimum length of the side recess element is smaller than recess element has a minimum length which is smaller than the lengths of the hollow channels of the resulting construction element as seen in longitudinal direction thereof, and wherein the minimum width of the side recess element is smaller than the width of the resulting construction element as seen in transverse direction thereof, characterised in that the steps of preparing the mould and pour- ing concrete are performed simultaneously whereas the mould is at least partly moved in a manufacturing direction.
A method for wireless communication, comprising: receiving a time division duplexing, TDD, multi-slot slot format indicator, SFI, for a set of slots; identifying that a UE is operating in a frequency division duplexing, FDD, mode; and determining, based at least in part on the FDD mode and the TDD multi-slot SFI, a downlink slot format and an uplink slot format for a subset of the set of slots; characterized by determining the downlink slot format and the uplink slot format comprises: determining a first slot format indicator for a first slot of the subset and a second slot format indicator for a second slot of the subset, wherein the first slot precedes the second slot; and allocating the first slot format indicator as the downlink slot format for the first slot and the second slot format indicator as the uplink slot format for the first slot. receiving a time division duplexing, TDD, multi-slot slot format indicator, SFI, for a set of slots; identifying that a UE is operating in a frequency division duplexing, FDD, mode; and determining, based at least in part on the FDD mode and the TDD multi-slot SFI, a downlink slot format and an uplink slot format for a subset of the set of slots; characterized by determining the downlink slot format and the uplink slot format comprises: determining a first slot format indicator for a first slot of the subset and a second slot format indicator for a second slot of the subset, wherein the first slot precedes the second slot; and allocating the first slot format indicator as the downlink slot format for the first slot and the second slot format indicator as the uplink slot format for the first slot. determining a first slot format indicator for a first slot of the subset and a second slot format indicator for a second slot of the subset, wherein the first slot precedes the second slot; and allocating the first slot format indicator as the downlink slot format for the first slot and the second slot format indicator as the uplink slot format for the first slot.