mhurhangee/ep-ind-claims huggingface dataset:
A biomaterial comprising: - a membrane wound patch (a), made of a nanofibrous polymeric scaffold, wherein optionally said polymeric scaffold has a surface being coated. either with an interrupted coating made of multilayered droplets, said multilayered droplets being droplets composed of at least one layer pair consisting of a layer of polyanions including at least chondroitin sulfate and/or hyaluronic acid, and a layer of polycations, and,. or with a continuous coating comprising more than 15 layer pairs, each layer pair consisting of a layer of polyanions including at least chondroitin sulfate and/or hyaluronic acid, and a layer of polycations; - a hydrogel (b) including stem cells, and - a bone wound patch (c) being a nanofibrous scaffold made of polymers, wherein said scaffold has a surface coated with an interrupted coating made of multilayered droplets, said multilayered droplets being droplets composed of at least one layer pair consisting of a layer of polyanions and a layer of polycations, and wherein the bone wound patch (c) further comprises a bone growth factor; wherein the hydrogel (b) is included between the membrane wound patch (a) and the bone wound patch (c). - a membrane wound patch (a), made of a nanofibrous polymeric scaffold, wherein optionally said polymeric scaffold has a surface being coated. either with an interrupted coating made of multilayered droplets, said multilayered droplets being droplets composed of at least one layer pair consisting of a layer of polyanions including at least chondroitin sulfate and/or hyaluronic acid, and a layer of polycations, and,. or with a continuous coating comprising more than 15 layer pairs, each layer pair consisting of a layer of polyanions including at least chondroitin sulfate and/or hyaluronic acid, and a layer of polycations;. either with an interrupted coating made of multilayered droplets, said multilayered droplets being droplets composed of at least one layer pair consisting of a layer of polyanions including at least chondroitin sulfate and/or hyaluronic acid, and a layer of polycations, and,. or with a continuous coating comprising more than 15 layer pairs, each layer pair consisting of a layer of polyanions including at least chondroitin sulfate and/or hyaluronic acid, and a layer of polycations; - a hydrogel (b) including stem cells, and - a bone wound patch (c) being a nanofibrous scaffold made of polymers, wherein said scaffold has a surface coated with an interrupted coating made of multilayered droplets, said multilayered droplets being droplets composed of at least one layer pair consisting of a layer of polyanions and a layer of polycations, and wherein the bone wound patch (c) further comprises a bone growth factor;
A method for performing a range search in numeric time-series data, the method comprising: a) acquiring, at least temporarily, a numeric time-series including a plurality of readings associated with time; b) processing, by a first processing unit, the acquired numeric time-series to derive an index from the acquired numeric time-series, wherein the index is a lossy index which includes a quantization of the numeric time-series into time intervals according to a predetermined time resolution and into amplitude intervals according to a predetermined amplitude resolution, wherein the quantization of the time-amplitude space of the numeric time-series includes, for each of the time intervals, a histogram including, for each of the amplitude intervals, a bin indicative of readings of the numeric time-series that are within the amplitude interval and are associated with a time within the time interval; c) storing the index in a storage unit; d) receiving a search request including an amplitude range criterion; e) processing, by a second processing unit, the index to determine a time range for which the numeric time-series is known to match the amplitude range criterion; and f) outputting the determined time range in response to the search request. a) acquiring, at least temporarily, a numeric time-series including a plurality of readings associated with time; b) processing, by a first processing unit, the acquired numeric time-series to derive an index from the acquired numeric time-series, wherein the index is a lossy index which includes a quantization of the numeric time-series into time intervals according to a predetermined time resolution and into amplitude intervals according to a predetermined amplitude resolution, wherein the quantization of the time-amplitude space of the numeric time-series includes, for each of the time intervals, a histogram including, for each of the amplitude intervals, a bin indicative of readings of the numeric time-series that are within the amplitude interval and are associated with a time within the time interval; wherein the index is a lossy index which includes a quantization of the numeric time-series into time intervals according to a predetermined time resolution and into amplitude intervals according to a predetermined amplitude resolution, wherein the quantization of the time-amplitude space of the numeric time-series includes, for each of the time intervals, a histogram including, for each of the amplitude intervals, a bin indicative of readings of the numeric time-series that are within the amplitude interval and are associated with a time within the time interval; c) storing the index in a storage unit; d) receiving a search request including an amplitude range criterion; e) processing, by a second processing unit, the index to determine a time range for which the numeric time-series is known to match the amplitude range criterion; and f) outputting the determined time range in response to the search request.
Covering and guiding device for a recess (100.31) in a padded part (100.3) in a vehicle seat or a rear seat installation, through which a structurally fixed/body-fixed retaining element (200.2) of an attachment system of a fitting part provided with a receiving element (200.1) can be reached, the covering device comprising a covering opening (10.2) having a cover (10.3) which is arranged in a non-use position in the covering opening, the cover (10.3) being pivotally arranged in the lower region of the covering and guiding device and being pivotable into a use position in which the rear side of the cover (10.3) forms a ramp (10.311) in front of the covering device, a guide element (10.9) being accessible in the covering and guiding device through the use position of the cover (10.3) in the lower region of the covering and guiding device such that the receiving element (200.1) can be guided to the retaining element (200.2) either exclusively by means of the guide element (10.9) or by means of the ramp (10.3II) and the guide element (10.9) and can be fixed to the retaining element (200.2), characterized in that a support foot (10.10) and a counter projection (10.14) are arranged on the rear side of the covering and guiding device as a fixing device for fixing the covering and guiding device on a stationary structural part (20; 20.1) of the vehicle seat or of the rear seat installation, the support foot (10.10) comprising a receiving depression (10.11) on its side opposite the counter projection (10.14) such that the fixing device is formed in the manner of a latching seat (10.11, 10.14) between the counter projection (10.14) and the receiving depression (10.11), the covering and guiding device being inserted into the receiving depression (10.11) via the latching seat (10.11, 10.14) on the stationary structural part (20; 20.1) which is designed as a plug element (20.1) and being latchable in the latching seat (10.14, 10.11) by means of the counter projection (10.14).
A through-hole electrode substrate (100; 200; 300; 400) comprising: a substrate (102; 202; 302; 402) including a through-hole (104; 204; 304; 404) extending from a first aperture (104a; 204a; 304a; 404a) of a first surface (102a; 202a; 302a; 402a) to a second aperture (104b; 204b; 304b; 404b) of a second surface (102b; 202b; 302b; 402b), an area of the second aperture (104b; 204b; 304b; 404b) being larger than an area of the first aperture (104a; 204a; 304a; 404a), the through-hole (104; 204; 304; 404) having a minimum aperture part (104c; 204c; 304c; 404c) between the first aperture (104a; 204a; 304a; 404a) and the second aperture (104b; 204b; 304b; 404b), an area of the minimum aperture part (104c; 204c; 304c; 404c) being the smallest among a plurality of areas of the through-hole (104; 204; 304; 404) in a planar view; a first member arranged within the through-hole (104; 204; 304; 404); and an insulating resin layer (106, 108; 206, 208; 306, 308; 406, 408) contacting the first member exposed to one of the first surface (102a; 202a; 302a; 402a) and the second surface (102b; 202b; 302b; 402b), wherein the insulating resin layer (106, 108; 206, 208; 306, 308; 406, 408) has a gas discharge function. a substrate (102; 202; 302; 402) including a through-hole (104; 204; 304; 404) extending from a first aperture (104a; 204a; 304a; 404a) of a first surface (102a; 202a; 302a; 402a) to a second aperture (104b; 204b; 304b; 404b) of a second surface (102b; 202b; 302b; 402b), an area of the second aperture (104b; 204b; 304b; 404b) being larger than an area of the first aperture (104a; 204a; 304a; 404a), the through-hole (104; 204; 304; 404) having a minimum aperture part (104c; 204c; 304c; 404c) between the first aperture (104a; 204a; 304a; 404a) and the second aperture (104b; 204b; 304b; 404b), an area of the minimum aperture part (104c; 204c; 304c; 404c) being the smallest among a plurality of areas of the through-hole (104; 204; 304; 404) in a planar view; a first member arranged within the through-hole (104; 204; 304; 404); and an insulating resin layer (106, 108; 206, 208; 306, 308; 406, 408) contacting the first member exposed to one of the first surface (102a; 202a; 302a; 402a) and the second surface (102b; 202b; 302b; 402b), wherein the insulating resin layer (106, 108; 206, 208; 306, 308; 406, 408) has a gas discharge function.
A pressure detection device comprising: a pressure detection unit configured to detect a pressure to be transmitted to a pressure detection portion; and a flow channel unit provided with a flow channel through which a fluid is circulated in a circulation direction from an inflow port to an outflow port, and a pressure receiving portion configured to be displaced by receiving a pressure of the fluid circulated through the flow channel, wherein the pressure detection unit includes: a pressure sensor including the pressure detection portion; and a pressure transmission portion disposed in a state where one end of the pressure transmission portion is in contact with the pressure detection portion and the other end of the pressure transmission portion is in contact with the pressure receiving portion, the pressure transmission portion being configured to transmit, to the pressure detection portion, the pressure of the fluid received by the pressure receiving portion, characterized in that the pressure transmission portion (11, 11') is disposed in a state where the pressure receiving portion is displaced toward the flow channel and an urging force directed from the pressure receiving portion to the pressure detection portion is received. a pressure detection unit configured to detect a pressure to be transmitted to a pressure detection portion; and a flow channel unit provided with a flow channel through which a fluid is circulated in a circulation direction from an inflow port to an outflow port, and a pressure receiving portion configured to be displaced by receiving a pressure of the fluid circulated through the flow channel, wherein a pressure sensor including the pressure detection portion; and a pressure transmission portion disposed in a state where one end of the pressure transmission portion is in contact with the pressure detection portion and the other end of the pressure transmission portion is in contact with the pressure receiving portion, the pressure transmission portion being configured to transmit, to the pressure detection portion, the pressure of the fluid received by the pressure receiving portion, characterized in that the pressure transmission portion (11, 11') is disposed in a state where the pressure receiving portion is displaced toward the flow channel and an urging force directed from the pressure receiving portion to the pressure detection portion is received.
A fibre-reinforced thermoplastic unidirectional tape comprising a thermoplastic matrix material and unidirectionally aligned reinforcing fibres dispersed within the thermoplastic matrix material, wherein the thermoplastic matrix material comprises one or more aliphatic polyketones.
A method for the communication with field devices (N1..NN, GW, D1..DN) in a first fieldbus system working in accordance with a first standard, and in a second fieldbus system working in accordance with a second standard, comprising the steps of: - arranging a first field device and a second field device in the first fieldbus system, - coupling the first field device and the second field device via a first fieldbus in accordance with the first standard, - coupling the first field device to the second fieldbus system working in accordance with a second standard, the method being characterized by the steps of: - loading a standardized object (STDO) in accordance with the first standard on the first field device, - providing a description of the standardized object (STDO) in the second fieldbus system, and using the standardized object (STDO) from the second fieldbus system so as to access parameters and/or objects of the second field device via the first field device using the standardized object (STDO), the standardized object (STDO) having no definition of a data type. - arranging a first field device and a second field device in the first fieldbus system, - coupling the first field device and the second field device via a first fieldbus in accordance with the first standard, - coupling the first field device to the second fieldbus system working in accordance with a second standard, - loading a standardized object (STDO) in accordance with the first standard on the first field device, - providing a description of the standardized object (STDO) in the second fieldbus system, and using the standardized object (STDO) from the second fieldbus system so as to access parameters and/or objects of the second field device via the first field device using the standardized object (STDO), the standardized object (STDO) having no definition of a data type.
An occlusive implant, comprising: an expandable framework configured to shift between a collapsed configuration and an expanded configuration, wherein the expandable framework includes a plurality of strut members circumferentially spaced around a longitudinal axis of the expandable framework, wherein one or more of the plurality of strut members includes a first twisted portion and a face portion; and a plurality of fixation members disposed along the face portion of one or more of the plurality of strut members, wherein the one or more of the strut members includes a second twisted portion, and wherein the face portion is positioned between the first twisted portion and the second twisted portion, wherein the plurality of strut members comprises a first strut and a second strut, the first strut being positioned adjacent the second strut, with the first strut comprising a first fixation member and the second strut comprising a second fixation member, and characterized in that when the framework is in a configuration prior to being expanded, the first fixation member and the second fixation member interdigitate with one another. an expandable framework configured to shift between a collapsed configuration and an expanded configuration, wherein the expandable framework includes a plurality of strut members circumferentially spaced around a longitudinal axis of the expandable framework, wherein one or more of the plurality of strut members includes a first twisted portion and a face portion; and a plurality of fixation members disposed along the face portion of one or more of the plurality of strut members, wherein the one or more of the strut members includes a second twisted portion, and wherein the face portion is positioned between the first twisted portion and the second twisted portion, wherein the plurality of strut members comprises a first strut and a second strut, the first strut being positioned adjacent the second strut, with the first strut comprising a first fixation member and the second strut comprising a second fixation member, and characterized in that when the framework is in a configuration prior to being expanded, the first fixation member and the second fixation member interdigitate with one another.
Separating device for fluid-collecting sumps, in particular of filter or water separators, - comprising a line pipe, which has a connection opening and an outlet opening, - wherein the line pipe is equipped with a phase detection sensor for detecting a phase boundary between a light fluid and a heavy fluid, and an electronically actuatable outlet valve between the phase detection sensor and the outlet opening, - wherein the outlet valve is actuated by a regulating device such that the outlet valve is brought from an open position into a closed position when a phase boundary is detected by the phase detection sensor, - wherein the phase detection sensor is arranged in a vertical line portion of the line pipe, and characterised in that - a flow restrictor is arranged in the line pipe, - wherein the flow restrictor limits the flow volume to a constant flow value as far as a line pressure of 10 bar on the side of the connection opening. - comprising a line pipe, which has a connection opening and an outlet opening, - wherein the line pipe is equipped with a phase detection sensor for detecting a phase boundary between a light fluid and a heavy fluid, and an electronically actuatable outlet valve between the phase detection sensor and the outlet opening, - wherein the outlet valve is actuated by a regulating device such that the outlet valve is brought from an open position into a closed position when a phase boundary is detected by the phase detection sensor, - wherein the phase detection sensor is arranged in a vertical line portion of the line pipe, and characterised in that - a flow restrictor is arranged in the line pipe, - wherein the flow restrictor limits the flow volume to a constant flow value as far as a line pressure of 10 bar on the side of the connection opening.
Textile reinforcing cord comprising at least two yarns (20a, 20b) twisted together, wherein at least one of said at least two yarns (20a, 20b) is a texturized yarn comprising a plurality of first filaments made of a recycled plastic material mixed with a plurality of second filaments made of a non-recycled plastic material.
A non-impact method for testing the rigidity and / or the stability of one or more loads placed on a carriage or a platform by subjecting the carriage or the platform to a predetermined acceleration single pulse profile or a corresponding velocity profile, comprising: displacing the carriage or the platform in a first direction, the method characterized by the step of accelerating the carriage or the platform according to the predetermined acceleration single pulse profile such that along part of the predetermined acceleration single pulse profile the carriage or the platform is displaced in a second direction opposite to the first direction.
A method of generating a two-level pattern for lithographic processing by multiple beamlets, the method comprising: - providing a pattern in vector format; - converting the vector format pattern into a pattern in pixmap format; and forming a two-level pattern by application of error diffusion on the pixmap format pattern, wherein the application of error diffusion includes: - dividing the array of pixels in portions, each portion being assigned to be patterned by a different beamlet; - determining an error diffusion parameter value for each portion; - assigning a two-level value to the pixel cells within each portion using said error diffusion parameter value as determined. - providing a pattern in vector format; - converting the vector format pattern into a pattern in pixmap format; and forming a two-level pattern by application of error diffusion on the pixmap format pattern, - dividing the array of pixels in portions, each portion being assigned to be patterned by a different beamlet; - determining an error diffusion parameter value for each portion; - assigning a two-level value to the pixel cells within each portion using said error diffusion parameter value as determined.
Seal part for a frame assembly, comprising a frame with a panel element incorporated in the frame, wherein the seal part comprises - a first contact surface for attachment to the panel element, - a second contact surface for attachment to the frame, and - a first side surface and a second side surface, wherein the seal part comprises at least in part an elongated shape, and wherein the seal part comprises a channel, wherein the channel comprises a first aperture in the first side surface and a second aperture in the second side surface, characterised in that the channel runs lengthways along the seal part so that the apertures are located at different heights and on different sides of the seal part. - a first contact surface for attachment to the panel element, - a second contact surface for attachment to the frame, and - a first side surface and a second side surface, wherein
A nacelle for a turbojet engine having a downstream section comprising at least one front frame intended to be attached to a fixed portion of the nacelle, said downstream section being equipped with at least one rail or slide extending along a substantially longitudinal direction of the nacelle and able to cooperate with at least one slide or rail corresponding to an attachment pylon of the turbojet engine, characterized in that the front frame is connected to the rail or to the side of the downstream section by means of at least one ball-joint connecting rod.
A worm gear for a worm gear mechanism of a motor vehicle steering system, comprising a carrier body and a multiplicity of teeth with tooth surfaces, wherein the teeth point radially outward, wherein the carrier body is formed from a plastic comprising reinforcement fibers and has a multiplicity of ribs with rib surfaces which point radially outward from a central encircling ring-shaped web of the worm gear, and wherein the teeth are applied to the ribs of the carrier body by injection molding, wherein the reinforcement fibers are oriented, characterized in that the multiplicity of reinforcement fibers, in terms of their orientation, follow the adjacent rib surfaces of the carrier body, wherein the reinforcement fibers are oriented, in the cross section, along the rib profile of the rib in the case of a 2K worm gear, wherein the reinforcement fibers in a region between 0 mm and 1 mm below the rib surface of the rib profile of the rib, are oriented, in the cross section, along the rib profile or parallel to the rib profile in a longitudinal direction.