mhurhangee/ep-ind-claims huggingface dataset:
A radome for mounting on an aperture of a radio-frequency antenna, the radome comprising: a bulk material having a disc shape comprising an interior surface configured to face toward a reflector surface of the RF antenna, wherein the interior surface comprises a plurality of wedge-shaped recesses symmetrically arranged around a centre of the radome, and wherein each wedge-shaped recess is dimensioned such that an apex thereof points toward the centre of the bulk material; and a plurality of wedge-shaped absorbers, wherein each of the plurality of wedge-shaped absorbers is located in a respective one of the plurality of wedge-shaped recesses, wherein each of the wedge-shaped absorbers comprises an RF-absorbent material that is different from the bulk material and that is adapted to attenuate side-lobe and back-lobe radiation from the antenna; the radome further comprising a protective coating on an exterior surface of the bulk material opposite the interior surface, wherein the protective coating is harder and more resistant to moisture than the bulk material, and wherein the interior surface and the exterior surface are connected by a perimeter surface. a bulk material having a disc shape comprising an interior surface configured to face toward a reflector surface of the RF antenna, wherein the interior surface comprises a plurality of wedge-shaped recesses symmetrically arranged around a centre of the radome, and wherein each wedge-shaped recess is dimensioned such that an apex thereof points toward the centre of the bulk material; and a plurality of wedge-shaped absorbers, wherein each of the plurality of wedge-shaped absorbers is located in a respective one of the plurality of wedge-shaped recesses, wherein each of the wedge-shaped absorbers comprises an RF-absorbent material that is different from the bulk material and that is adapted to attenuate side-lobe and back-lobe radiation from the antenna; the radome further comprising a protective coating on an exterior surface of the bulk material opposite the interior surface, wherein the protective coating is harder and more resistant to moisture than the bulk material, and wherein the interior surface and the exterior surface are connected by a perimeter surface.
A method for manufacturing a floor module (20, 20') for a cargo deck of an aircraft, comprising the steps of: a) cutting out recesses from a core, wherein the core is a foam core and/or a structural core; b) arranging the core between first fiber layers and second fiber layers, wherein the fiber layers comprise carbon and/or aramid and/or glass fibers such that the fiber layers protrude beyond the core at the sides to form an edge region; c) arranging frame parts (51, 52) in the recesses for producing inserts, preferably for receiving transport balls; d) curing, preferably under pressure, an applied synthetic resin in such a way that the fiber layers and the frame parts (51, 52) are bonded to the core. a) cutting out recesses from a core, wherein the core is a foam core and/or a structural core; b) arranging the core between first fiber layers and second fiber layers, wherein the fiber layers comprise carbon and/or aramid and/or glass fibers such that the fiber layers protrude beyond the core at the sides to form an edge region; c) arranging frame parts (51, 52) in the recesses for producing inserts, preferably for receiving transport balls; d) curing, preferably under pressure, an applied synthetic resin in such a way that the fiber layers and the frame parts (51, 52) are bonded to the core.
Fin stabilizer having a pivotable fin for a ship, the pivotable fin being mounted via at least one self-aligning roller bearing about its longitudinal axis, the self-aligning roller bearing comprising an inner ring, an outer ring and a plurality of rollers, the inner ring and the outer ring together forming a rolling body space, in which the rollers are arranged, characterized in that the self-aligning roller bearing comprises a seal arrangement for lateral sealing of the rolling body space, the seal arrangement having a seal carrier section which is screwed on the outer ring and a seal section which is arranged on the seal carrier section, the seal section forming a sealing region with the inner ring, and the rolling body space of the self-aligning roller bearing being filled with lubricating grease.
A document feeder, comprising: a media transporter to feed a number of sheets of media through a feed path; and a detector to detect the presence of a metal object at an inlet of the feed path, characterised by the detector comprising: a number of triangular-shaped inductor coils (110, 310) provided on a printed circuit board, PCB, extending in the width direction of the inlet, wherein the triangular-shaped inductor coils (110, 310) are aligned along the PCB in alternating orientations with at least one side of each triangular-shaped inductor coil running parallel with a side of a neighbouring triangular-shaped inductor coil, wherein each of the triangular-shaped inductor coils (110, 310) is formed as a triangular-shaped planar spiral coil extending spirally between an outermost portion and a center area of the coil. a media transporter to feed a number of sheets of media through a feed path; and a detector to detect the presence of a metal object at an inlet of the feed path, characterised by the detector comprising: a number of triangular-shaped inductor coils (110, 310) provided on a printed circuit board, PCB, extending in the width direction of the inlet, wherein the triangular-shaped inductor coils (110, 310) are aligned along the PCB in alternating orientations with at least one side of each triangular-shaped inductor coil running parallel with a side of a neighbouring triangular-shaped inductor coil, wherein each of the triangular-shaped inductor coils (110, 310) is formed as a triangular-shaped planar spiral coil extending spirally between an outermost portion and a center area of the coil. a number of triangular-shaped inductor coils (110, 310) provided on a printed circuit board, PCB, extending in the width direction of the inlet, wherein the triangular-shaped inductor coils (110, 310) are aligned along the PCB in alternating orientations with at least one side of each triangular-shaped inductor coil running parallel with a side of a neighbouring triangular-shaped inductor coil, wherein each of the triangular-shaped inductor coils (110, 310) is formed as a triangular-shaped planar spiral coil extending spirally between an outermost portion and a center area of the coil.
A method for optimizing load scheduling for a power plant having one or more power generation units, the method comprising: detecting an event indicative of a need for adapting one or more constraints for an objective function used in load scheduling; analyzing the objective function to determine adaptive constraint values for the one or more constraints for optimally solving the objective function; using the adaptive constraint values of one or more constraints to solve the objective function; and using the solution of the objective function with the one or more adapted constraint values to operate the one or more power generation units of the power plant, wherein the step for analyzing the objective function comprises determining a long term effect and a short term effect on the load scheduling due to the use of the adaptive constraint values prior to applying the adaptive constraint values. detecting an event indicative of a need for adapting one or more constraints for an objective function used in load scheduling; analyzing the objective function to determine adaptive constraint values for the one or more constraints for optimally solving the objective function; using the adaptive constraint values of one or more constraints to solve the objective function; and using the solution of the objective function with the one or more adapted constraint values to operate the one or more power generation units of the power plant,
A method implemented by a base station configured to serve a cell in a wireless communication system, the method characterized by: determining (110; 320, 330), for each of one or more mobile terminals or downlink carriers in the cell, a preference for whether the length of a scrambling code to be allocated to that mobile terminal or carrier should be short or long, based on whether uplink communications transmitted by the mobile terminal, or downlink communications transmitted over the carrier, are to be processed with a high-complexity receiver or a low-complexity receiver; and sending (120; 340) control signaling indicating said preferences to a radio network controller that is configured to take those preferences into account in order to allocate either a short scrambling code or a long scrambling code to each mobile terminal or downlink carrier. determining (110; 320, 330), for each of one or more mobile terminals or downlink carriers in the cell, a preference for whether the length of a scrambling code to be allocated to that mobile terminal or carrier should be short or long, based on whether uplink communications transmitted by the mobile terminal, or downlink communications transmitted over the carrier, are to be processed with a high-complexity receiver or a low-complexity receiver; and sending (120; 340) control signaling indicating said preferences to a radio network controller that is configured to take those preferences into account in order to allocate either a short scrambling code or a long scrambling code to each mobile terminal or downlink carrier.
Coupling device for a vehicle door handle, the door handle having a handle lever movable between a flush position in which it is flush with an exterior door panel surface and a ready position in which it is protruding and graspable by a user by an electric motor, and an inward clicking position in which a preloaded push-push unit is released so as to bring the handle lever in said ready position without actuation of the electric motor, comprising: • a central shaft, configured to be connected to the handle lever, • a push-push lever cylinder, rotatively coupled with the central shaft, configured to be interacting via a push-push lever with the push-push unit when the handle lever is pushed inwards in the clicking position so as to release the preloaded push-push unit and push the lever in the ready position, • a coupling gear, rotatively coupled with the central shaft, configured to interact with the electric motor to move the handle lever from the flush position to the ready position on actuation of the electric motor, wherein the coupling gear and push-push lever cylinder comprise for one an axial protrusion and for the other a circular arc recess, the axial protrusion engaging in the circular arc recess so as to allow a free relative rotation of the coupling gear and push-push lever cylinder within an angular range corresponding at least to the angular distance between the ready position and the clicking position of the handle lever. • a central shaft, configured to be connected to the handle lever, • a push-push lever cylinder, rotatively coupled with the central shaft, configured to be interacting via a push-push lever with the push-push unit when the handle lever is pushed inwards in the clicking position so as to release the preloaded push-push unit and push the lever in the ready position, • a coupling gear, rotatively coupled with the central shaft, configured to interact with the electric motor to move the handle lever from the flush position to the ready position on actuation of the electric motor,
Method for monitoring production of a multi-layer weld using a narrow-gap welding method, characterized by the following steps: - optically detecting at least one state parameter of an attachment of at least one weld layer of the weld to at least one basic material body (3, 4), wherein a flushing angle (α 1, α 2) between an end section of the weld layer adjoining the basic material body (3, 4) and a normal vector of a weld surface (8, 9) of the basic material body (3, 4) is detected as a state parameter, or wherein a flushing angle (β 1, β 2) between an end section of the weld layer and the weld surface (8, 9) of the basic material body (3, 4) is detected as a state parameter; - comparing the detected state parameter with at least one predefined target state parameter; and - determining the quality of the attachment taking into account a result of the comparison of parameters. - optically detecting at least one state parameter of an attachment of at least one weld layer of the weld to at least one basic material body (3, 4), wherein a flushing angle (α 1, α 2) between an end section of the weld layer adjoining the basic material body (3, 4) and a normal vector of a weld surface (8, 9) of the basic material body (3, 4) is detected as a state parameter, or wherein a flushing angle (β 1, β 2) between an end section of the weld layer and the weld surface (8, 9) of the basic material body (3, 4) is detected as a state parameter; - comparing the detected state parameter with at least one predefined target state parameter; and - determining the quality of the attachment taking into account a result of the comparison of parameters.
An information processing apparatus comprising: a processing mode determination unit that determines, in accordance with surgical scenes, one of a plurality of processing modes for an in-vivo image captured by an imaging apparatus including an imaging element arranged so as to enable pixel shift processing; and a processing unit that processes an image output from the imaging apparatus, in accordance with said one of the plurality of processing modes; characterised in that the plurality of processing modes includes a mode capable of providing, by the pixel shift processing, a high definition image having higher definition than in the in-vivo image captured by the imaging element. a processing mode determination unit that determines, in accordance with surgical scenes, one of a plurality of processing modes for an in-vivo image captured by an imaging apparatus including an imaging element arranged so as to enable pixel shift processing; and a processing unit that processes an image output from the imaging apparatus, in accordance with said one of the plurality of processing modes; characterised in that the plurality of processing modes includes a mode capable of providing, by the pixel shift processing, a high definition image having higher definition than in the in-vivo image captured by the imaging element.
A method for a base station, the method comprising the steps of: receiving packets including priority information for a single user equipment, UE, from a core network node, the packets for the single UE being mapped to a same Quality of Service, QoS, class identifier, QCI (1200, 1205); identifying a priority of the packets mapped to the same QCI based on the priority information; and scheduling the packets mapped to the same QCI differently based on identified priority of the packets (1235, 1240). receiving packets including priority information for a single user equipment, UE, from a core network node, the packets for the single UE being mapped to a same Quality of Service, QoS, class identifier, QCI (1200, 1205); identifying a priority of the packets mapped to the same QCI based on the priority information; and scheduling the packets mapped to the same QCI differently based on identified priority of the packets (1235, 1240).
A wireless communication apparatus, comprising: a transmission processing unit (3a, 4a) configured to transmit first control information, second control information to which first transmission processing is applied in accordance with the first control information, a transmission rate of the second control information being variable, and data to which second transmission processing in accordance with at least the second control information is applied, characterised by: said first transmission processing in accordance with the first control information is further applied to the data in addition to the second transmission processing, and the first control information includes information relating to performing Multiple Input Multiple Output (MIMO), and the second control information includes Hybrid-ARQ process information, redundancy and constellation version information, and transport block size information. a transmission processing unit (3a, 4a) configured to transmit first control information, second control information to which first transmission processing is applied in accordance with the first control information, a transmission rate of the second control information being variable, and data to which second transmission processing in accordance with at least the second control information is applied, characterised by: said first transmission processing in accordance with the first control information is further applied to the data in addition to the second transmission processing, and the first control information includes information relating to performing Multiple Input Multiple Output (MIMO), and the second control information includes Hybrid-ARQ process information, redundancy and constellation version information, and transport block size information.
A method comprising: obtaining (S1, S9) a partial frame (F down) by sampling parts of a frame from a touch panel which comprises an array of sensor areas (I n,m); generating (S2, S10, S11), based on the partial frame, a new frame (F recon) which comprises estimates of the un-sampled parts, wherein the new frame includes a value corresponding to each sensor area in the touch panel; determining (S3, S12) whether at least one touch event is present in the new frame; and upon a positive determination: for each touch event: determining a location of the touch event in the new frame; obtaining (S4, S13) a sub-frame (F reg) by sampling a region of a subsequent frame from the touch panel frame at and around the location; outputting (S7, S17) touch information based on one or more sub-frames. obtaining (S1, S9) a partial frame (F down) by sampling parts of a frame from a touch panel which comprises an array of sensor areas (I n,m); generating (S2, S10, S11), based on the partial frame, a new frame (F recon) which comprises estimates of the un-sampled parts, wherein the new frame includes a value corresponding to each sensor area in the touch panel; determining (S3, S12) whether at least one touch event is present in the new frame; and upon a positive determination: for each touch event: determining a location of the touch event in the new frame; obtaining (S4, S13) a sub-frame (F reg) by sampling a region of a subsequent frame from the touch panel frame at and around the location; outputting (S7, S17) touch information based on one or more sub-frames. for each touch event: determining a location of the touch event in the new frame; obtaining (S4, S13) a sub-frame (F reg) by sampling a region of a subsequent frame from the touch panel frame at and around the location; determining a location of the touch event in the new frame; obtaining (S4, S13) a sub-frame (F reg) by sampling a region of a subsequent frame from the touch panel frame at and around the location; outputting (S7, S17) touch information based on one or more sub-frames.
A method for enhancing body taste of fish and shell extract, animal meat extract, yeast extract, and vegetable extract prepared by extraction from onion, garlic or cabbage, comprising adding a long-chain highly unsaturated fatty acid and/or an ester thereof to the extract, wherein the long-chain highly unsaturated fatty acid is a fatty acid having 20 or more of carbon atoms and 3 or more of double bonds in the case of n-3 fatty acids, and a fatty acid having 18 or more of carbon atoms and 3 or more of double bonds in the case of n-6 fatty acids.
A method of applying acid-wash to a subsea connection system comprising a removable plate attached by attachment means (5, 7-10, 15) to a fixed plate to define a central opening, the method comprising the steps of: inserting a plug, containing at least one channel, into the central opening to seal the opening; and injecting acid-wash into the at least one channel. inserting a plug, containing at least one channel, into the central opening to seal the opening; and injecting acid-wash into the at least one channel.
Method of producing technically pure manganese by vaporisation of ferromanganese with carbon content in an induction vessel, wherein the method is performed under vacuum and temperatures above the liquidus temperature of the manganese, wherein a ladle with liquid ferromanganese containing carbon is inserted into an induction evaporator, the metal is produced under vacuum and vaporised by a vacuum pump system and filter system in the range of 10 to 900 mbar and a temperature in the region of > 1248° C under agitation with an inert gas and in the further course of the plant is cooled with water by a primary cooler, wherein the manganese vapours are liquefied in a mobile condensation chamber at temperatures in the range of 1350 to 1400° C by a secondary cooler, continuously tapped off into a casting machine through a siphon-like heated tap hole, and cast to form the end product.
A biaxially oriented polypropylene film comprising a polypropylene resin as a main component, the biaxially oriented polypropylene film having an arithmetic average roughness SRa on at least one surface of 0.03 μm to 0.10 μm, a maximum profile valley depth SRv on at least one surface of 0.10 μm to 0.50 μm, wherein the SRa and SRv are measured in accordance with JIS B-0601 edition 1982, and being characterized by a profile valley side void volume having a depth of 0.05 μm or more existing in a visual field area in a range of 1,252 μm × 939 μm on at least one surface measured by non-contact surface shape measurement of 100 μm 3 to 10,000 μm 3, wherein the profile valley side void volume is measured according to the method given in the description.