mhurhangee/ep-ind-claims huggingface dataset:
A rope access chair compris ing a seat, a rod comprising two identical arms symmetrically positioned in relation to the vertical axis of the chair, wherein the said arms are attached by means of two reinforcement parts to the seat and include two connecting elements between them; and each one of the arms has in its lower end a footrest and in its upper end fixing means for ties characterized in that further comprises a) a backrest which is attached to the chair by means of descenders and in that b) each one of the arms forms an angle of about 109° at a distance of, or approximately, 552mm from the footrest, opening towards the sides externally to the vertical axis of the chair; c) the distance between the two ends of the arms is of 982 mm; and d) the angle formed with the horizontal plane of the seat is of 30°. a) a backrest which is attached to the chair by means of descenders and in that b) each one of the arms forms an angle of about 109° at a distance of, or approximately, 552mm from the footrest, opening towards the sides externally to the vertical axis of the chair; c) the distance between the two ends of the arms is of 982 mm; and d) the angle formed with the horizontal plane of the seat is of 30°.
A method of determining in a biometric authentication system correspondence between feature location sets comprising components being feature locations, the feature location sets being derived from biometric data associated with an individual, the method comprising the steps of: - transforming a first feature location set comprising a number (n+1) of components into a density function (f X,s (x)) by summing averaging functions (s(x)) shifted to locations indicated by selected components in the first feature location set; and - determining a distance (d) between the density function (f X,s (x)) and another density function (f Y,s (x)) that corresponds to a second feature location set comprising a number (m+1) of components, with m not necessarily equal to n, wherein correspondence exists between the first and the second feature location set if said distance complies with a predetermined distance value. - transforming a first feature location set comprising a number (n+1) of components into a density function (f X,s (x)) by summing averaging functions (s(x)) shifted to locations indicated by selected components in the first feature location set; and - determining a distance (d) between the density function (f X,s (x)) and another density function (f Y,s (x)) that corresponds to a second feature location set comprising a number (m+1) of components, with m not necessarily equal to n, wherein correspondence exists between the first and the second feature location set if said distance complies with a predetermined distance value.
A functionalized elastomer of formula I where R 1, R 2 and R 3 are independently selected from a C1 to a C8 alkyl or a C1 to a C8 alkoxy, with the proviso that at least two of R 1, R 2 and R 3 are a C1 to a C8 alkoxy; R 4 is a C1 to a C8 alkanediyl, a C1 to a C8 arylene, a C1 to a C8 alkylarylene, a C1 to a C8 arylalkanediyl, or a covalent bond; R 5 is a C2 alkanediyl; Si is silicon; X is sulfur or oxygen; P is a diene based elastomer; and n is 1 or 2.
A floating module for the reduction of losses by evaporation in water-based liquids, comprising at least two polygonal watertight hollow cells each having a polygonal plan view, wherein an interior of each cell is divided into at least two internal compartments by a horizontal intermediate sheet, and wherein each cell comprises a liquid ballast inside a lower internal compartment of the abovementioned at least two internal compartments, where the two polygonal cells are articulated together by means of a separating element; and a perimeter wing disposed on a horizontal axis of the floating module; in such a way that the module is configured to recover from the action of the wind a horizontal and floating position with respect to the water-based liquid. at least two polygonal watertight hollow cells each having a polygonal plan view, wherein an interior of each cell is divided into at least two internal compartments by a horizontal intermediate sheet, and wherein each cell comprises a liquid ballast inside a lower internal compartment of the abovementioned at least two internal compartments, where the two polygonal cells are articulated together by means of a separating element; and a perimeter wing disposed on a horizontal axis of the floating module; in such a way that the module is configured to recover from the action of the wind a horizontal and floating position with respect to the water-based liquid.
An apparatus comprising means for: enabling scheduling gap usage in relation to a device with multiple subscriptions comprising at least a first subscription configured to enable a first user equipment at the device and a second subscription configured to enable a second user equipment at the device by: determining if there is traffic to schedule for the first user equipment, in radio connected mode, during a part of a configured scheduling gap for the first user equipment corresponding to a paging occasion of the second user equipment, the second user equipment not in radio connected mode; the means being characterised by being configured for: if it is determined that there is traffic to schedule for the first user equipment during a part of the scheduling gap, transmitting configuration information to the first user equipment to configure the first user equipment to provide a response indicating device availability of the device for the part of the scheduling gap; and monitoring for a response from the first user equipment. determining if there is traffic to schedule for the first user equipment, in radio connected mode, during a part of a configured scheduling gap for the first user equipment corresponding to a paging occasion of the second user equipment, the second user equipment not in radio connected mode; the means being characterised by being configured for: if it is determined that there is traffic to schedule for the first user equipment during a part of the scheduling gap, transmitting configuration information to the first user equipment to configure the first user equipment to provide a response indicating device availability of the device for the part of the scheduling gap; and monitoring for a response from the first user equipment. if it is determined that there is traffic to schedule for the first user equipment during a part of the scheduling gap, transmitting configuration information to the first user equipment to configure the first user equipment to provide a response indicating device availability of the device for the part of the scheduling gap; and monitoring for a response from the first user equipment.
A fixing device (4,4a;4b) comprising: (a) a heating section (42;42') for heating a recording material; (b) a pressing section (43;43') for pressing the recording material toward the heating section (42;42'); (c) a separation claw for separating the recording material from the heating section (42;42') or the pressing section (43;43'); (d) a fixing unit moving section for reciprocating the heating section (42;42'), the pressing section (43;43') and the separation claw along an axis in a direction perpendicular to a conveyance direction and parallel to the plane of the recording material; and (e) a separation claw moving section for reciprocating the separation claw along an axis in the direction perpendicular to the conveyance direction and parallel to the plane of the recording material, wherein the separation claw moving section is arranged to move the separation claw along the axis toward a direction opposite to a direction toward which the heating section (42;42'), the pressing section (43;43') and the separation claw are moved by the fixing unit moving section. (a) a heating section (42;42') for heating a recording material; (b) a pressing section (43;43') for pressing the recording material toward the heating section (42;42'); (c) a separation claw for separating the recording material from the heating section (42;42') or the pressing section (43;43'); (d) a fixing unit moving section for reciprocating the heating section (42;42'), the pressing section (43;43') and the separation claw along an axis in a direction perpendicular to a conveyance direction and parallel to the plane of the recording material; and (e) a separation claw moving section for reciprocating the separation claw along an axis in the direction perpendicular to the conveyance direction and parallel to the plane of the recording material,
A measuring probe (300, 400, 500) for a measuring instrument, comprising: a body having a measuring tip (304, 404, 504) connected thereto, said body comprising a stylus (303, 403, 503) and a first countermass (302, 402, 502), wherein said tip (304, 404, 504) is provided at a first end (320, 420) of said stylus (303, 403, 503) and an actuator element (305, 405, 505) is provided between a second end (322, 422) of said stylus (303, 403, 503) and said first countermass (302, 402, 502); and said actuator element (305, 405, 505) is adapted to exhibit a force between the stylus (303, 403, 503) and the first countermass (302, 402, 502); characterized by a support element (308, 408) attached to said first countermass (302, 402, 502) and comprising an elastic material so that said body has an elastic mode of oscillation wherein an amplitude of a displacement of said stylus (303, 403, 503) relative to said first countermass (302, 402, 502)is smaller than an amplitude of a displacement of said measuring tip (304, 404, 504) relative to a rest position of said measuring tip (304, 404, 504). a body having a measuring tip (304, 404, 504) connected thereto, said body comprising a stylus (303, 403, 503) and a first countermass (302, 402, 502), wherein said tip (304, 404, 504) is provided at a first end (320, 420) of said stylus (303, 403, 503) and an actuator element (305, 405, 505) is provided between a second end (322, 422) of said stylus (303, 403, 503) and said first countermass (302, 402, 502); and said actuator element (305, 405, 505) is adapted to exhibit a force between the stylus (303, 403, 503) and the first countermass (302, 402, 502); characterized by a support element (308, 408) attached to said first countermass (302, 402, 502) and comprising an elastic material so that said body has an elastic mode of oscillation wherein an amplitude of a displacement of said stylus (303, 403, 503) relative to said first countermass (302, 402, 502)is smaller than an amplitude of a displacement of said measuring tip (304, 404, 504) relative to a rest position of said measuring tip (304, 404, 504).
A multistage method for producing precipitated calcium carbonate and silica concentrate from calcium and silica containing waste and by-products, characterized in that the method comprises following steps: Step 1: adding solid material bearing calcium and silica into the extraction solution in a continuously stirred extraction reactor, said solid material bearing calcium and silica being an oil shale ash or coal ash or waste cement; Step 2: separating the solid residual material from the calcium rich solution; Step 3: subjecting the calcium rich solution from step 2 to carbonation, in the carbonation reactor, to precipitate calcium carbonate, wherein the carbonation is induced by introducing carbon dioxide gas directly into the calcium containing aqueous solution in a closed reactor; Step 4: separating the calcium carbonate precipitate from solution of the previous step; Step 5: directing the residual material from step 2 and the recovered extraction solution from step 4 to an extraction reactor, where a second calcium extraction step takes place; Step 6: separating the solid residual material from calcium rich solution; Step 7: subjecting the calcium rich solution from step 6 to carbonation, in the carbonation reactor, to precipitate calcium carbonate, wherein the carbonation is induced by introducing carbon dioxide gas directly into the calcium containing aqueous solution in a closed reactor; Step 8: separating the calcium carbonate precipitate from solution of the previous step. Step 1: adding solid material bearing calcium and silica into the extraction solution in a continuously stirred extraction reactor, said solid material bearing calcium and silica being an oil shale ash or coal ash or waste cement; Step 2: separating the solid residual material from the calcium rich solution; Step 3: subjecting the calcium rich solution from step 2 to carbonation, in the carbonation reactor, to precipitate calcium carbonate, wherein the carbonation is induced by introducing carbon dioxide gas directly into the calcium containing aqueous solution in a closed reactor; Step 4: separating the calcium carbonate precipitate from solution of the previous step; Step 5: directing the residual material from step 2 and the recovered extraction solution from step 4 to an extraction reactor, where a second calcium extraction step takes place; Step 6: separating the solid residual material from calcium rich solution; Step 7: subjecting the calcium rich solution from step 6 to carbonation, in the carbonation reactor, to precipitate calcium carbonate, wherein the carbonation is induced by introducing carbon dioxide gas directly into the calcium containing aqueous solution in a closed reactor; Step 8: separating the calcium carbonate precipitate from solution of the previous step.
A sending/receiving method for sending and receiving data packets between a sending terminal and a receiving terminal via a gateway in a transmission path having a wired section and a wireless section, wherein the gateway is at a boundary portion between those sections, the sending/receiving method comprising: receiving from the gateway a loss notification packet indicating packet loss detected by the gateway; calculating a packet loss rate in the wired section and a packet loss rate in the wireless section based on the received loss notification packet and packet loss detected by the receiving terminal; and determining at least one of a transmission rate or a robustness of the data packets based on those two packet loss rates. receiving from the gateway a loss notification packet indicating packet loss detected by the gateway; calculating a packet loss rate in the wired section and a packet loss rate in the wireless section based on the received loss notification packet and packet loss detected by the receiving terminal; and determining at least one of a transmission rate or a robustness of the data packets based on those two packet loss rates.
An in vitro method of prognosing melanoma within a clinico-pathological stage thereof and/or predicting and/or monitoring the response to a melanoma therapy in a subject and/or to identify a subject to be treated with a DNA hypomethylating agent comprising determining the methylation status of at least one cytosine residue in a methylation relevant region of the genes ABCA8, ADM, ALDH1A3, ARHGDIB, BGN, C9orf90, COL5A2, CSAG1, CTAG2, CTSK, DENND2D, EMILIN1, GSTT1, HCP5, LPXN, LY96, MAGEA1, MAGEA3, MAGEA6, MAGEC2, NNMT, OCIAD2, PAGE5, PCOLCE, PRDX2, RAB11FIP5, RNASE1 and SUHW1 (signature G) or allelic variants thereof or the genes ABCA8, ABCB4, ACOX2, ADORA2B, AMPH, APOD, ARHGDIB, ARHGEF7, ARSG, ATP6V1E2, AXL, BGN, C11orf1, C20orf100, C21orf70, C9orf90, CHMP4A, COL5A2, CSAG1, CST7, CTAG2, CTNNAL1, CXorf12, DENND2D, EMILIN1, EMP1, ERO1L, EVL, FAM107B, FANCE, FLJ25421, GAGE2, GRAMD3, HCP5, HNMT, KCNG1, KIAA0141, KIAA0367, KRT25C, LY96, MAGEA1, MAGEA10, MAGEA6, MAGEC2, MGMT, MT1G, NBL1, NDN, OLFM1, PDZD4, PGCP, PLA1A, PLD1, PPIE, PROCR, PRRX1, RAC2, RNASE1, RPUSD3, SLAMF9, SLCO4A1, SPATS1, TFF3, TIMP3, TMEPAI, ZNF532 and ZNF558 (signature F) or alleleic variants thereof in a biological sample obtained from the subject.
Installation device, which is configured as a motion sensor or smoke detector, for mounting in an opening in a ceiling, which is formed of material in panel form, of a building, with a housing, which has a housing portion which can be inserted into the opening and which has a second, flange-like housing portion which is arranged outside of the opening and which has a larger diameter than the opening and which, after insertion, can be brought into flush contact with the underside of the ceiling, and also with spring-loaded spreading arms which are arranged in the region of the first housing portion and which are urged by spring-elastic means from a radially inner insertion position into a radially expanded spreading position, wherein the first housing portion has arranged thereon a claw element which has an eccentric threaded bore formed therein and which, by rotating a screw engaging in the threaded bore, is movable in a first direction of rotation in the axial direction towards the flange-like housing portion from an insertion position into a clamping position, and the second flange-like housing portion has placed thereon, in succession, a covering cap, which is designed as a lens or diffuser disc and which covers the interior of the housing, and a fastening element which is placed on said covering cap and takes the form of a peripheral frame.
A biocompatible composition for use as a bone hemostat, the composition comprising: an oxazoline polymer; water present within a range from 20% to 45% by weight of the composition; and a polyoxyethylene-polyoxypropylene block copolymer having a molecular weight (Mw) within a range from 9800 to 16300 g/mol, wherein the polyoxyethylene-polyoxypropylene block copolymer is present within a range from 20% to 80% by weight of the composition. an oxazoline polymer; water present within a range from 20% to 45% by weight of the composition; and a polyoxyethylene-polyoxypropylene block copolymer having a molecular weight (Mw) within a range from 9800 to 16300 g/mol, wherein the polyoxyethylene-polyoxypropylene block copolymer is present within a range from 20% to 80% by weight of the composition.
A method (100, 300, 400) of determining a measure of gaping in a fish fillet item (3, 803), the method comprising the steps of: • Obtaining three-dimensional profile data of a first area of the fish fillet item; • Obtaining optical imaging data of a second area of the fish fillet item, wherein the first area and the second area are overlapping at least within an overlap area; • determining the measure of gaping in the fish fillet item based on the i. three-dimensional profile data within the overlap area, and the ii. optical imaging data within the overlap area, wherein the method is an automated method. • Obtaining three-dimensional profile data of a first area of the fish fillet item; • Obtaining optical imaging data of a second area of the fish fillet item, wherein the first area and the second area are overlapping at least within an overlap area; • determining the measure of gaping in the fish fillet item based on the i. three-dimensional profile data within the overlap area, and the ii. optical imaging data within the overlap area, i. three-dimensional profile data within the overlap area, and the ii. optical imaging data within the overlap area,
A method for preparing a catalyst used in preparing vinyl chloride, characterized in that said method comprises the steps of: mixing a water-soluble barium compound, optionally a water-soluble phosphorus compound, water and an aqueous polymer monomer, wherein the aqueous polymer monomer is a compound capable of polymerization into a gel that is water soluble or can form an emulsion with water, said compound is selected among at least one among acrylic compounds, vinyl ester compounds, acrylamide, urea and formaldehyde, phenol and formaldehyde, melamine and formaldehyde, aqueous polyurethane monomers wherein a concentration of the solution or emulsion of the aqueous polymer monomer is 0.1% to 30%, to obtain a solution A or an emulsion A; impregnating the activated carbon in the solution A or the emulsion A; removing the impregnated activated carbon from the solution or the emulsion, spin-drying the impregnated activated carbon and polymerizing the aqueous polymeric monomer on the activated carbon after spin-drying; heating the activated carbon having the aqueous polymer supported thereon to carbonize the polymer; activating the activated carbon and substance supported thereon after carbonization, to obtain the catalyst for making vinyl chloride, wherein said catalyst comprises activated carbon as a carrier, a mass percentage of 0.2% to 20% of a barium compound and a mass percentage of 0% to 10% of a phosphorus compound supported on the carrier, based on the total mass of the catalyst. mixing a water-soluble barium compound, optionally a water-soluble phosphorus compound, water and an aqueous polymer monomer, wherein the aqueous polymer monomer is a compound capable of polymerization into a gel that is water soluble or can form an emulsion with water, said compound is selected among at least one among acrylic compounds, vinyl ester compounds, acrylamide, urea and formaldehyde, phenol and formaldehyde, melamine and formaldehyde, aqueous polyurethane monomers wherein a concentration of the solution or emulsion of the aqueous polymer monomer is 0.1% to 30%, to obtain a solution A or an emulsion A; impregnating the activated carbon in the solution A or the emulsion A; removing the impregnated activated carbon from the solution or the emulsion, spin-drying the impregnated activated carbon and polymerizing the aqueous polymeric monomer on the activated carbon after spin-drying; heating the activated carbon having the aqueous polymer supported thereon to carbonize the polymer; activating the activated carbon and substance supported thereon after carbonization, to obtain the catalyst for making vinyl chloride,
An arc-control chamber for switchgear, designed to contain a disconnection fluid, and including two contact members (12a, 12b) at least one of which is moveable in translation along a longitudinal direction of the chamber relative to a frame thereof, between a closed position in which said members are in mutual contact, and an open position in which said members are separated from each other, said arc-control chamber further including a tube for electrically insulating and centering said members (12a, 12b) relative to each other, which tube is stationary relative to said frame and extends longitudinally about said members in such a manner as to define a space in which said members are housed, said chamber being characterized in that said tube includes a through orifice formed in a longitudinal wall of the tube and opening out radially towards the outside of said tube.
A headphone socket assembly, the headphone socket assembly comprises: a headphone socket and an electromagnetic shield device; wherein the headphone socket is electrically connected to a circuit board in an electronic equipment; and wherein the electromagnetic shield device is disposed at a periphery of the headphone socket, the headphone socket assembly further comprising a connector, wherein pins of the headphone socket are electrically connected to a conductive track on the circuit board via the connector; and characterized in that the electromagnetic shield device is a Flexible Printed Circuit board coated with electromagnetic shielding material which covers the periphery of the headphone socket such that said headphone socket is shielded from electromagnetic radiation generated by any other electric device in the circuit board. a headphone socket and an electromagnetic shield device; wherein the headphone socket is electrically connected to a circuit board in an electronic equipment; and wherein the electromagnetic shield device is disposed at a periphery of the headphone socket, the headphone socket assembly further comprising a connector, wherein pins of the headphone socket are electrically connected to a conductive track on the circuit board via the connector; and characterized in that the electromagnetic shield device is a Flexible Printed Circuit board coated with electromagnetic shielding material which covers the periphery of the headphone socket such that said headphone socket is shielded from electromagnetic radiation generated by any other electric device in the circuit board.