mhurhangee/ep-ind-claims huggingface dataset:
A radome system comprising: an antenna, said antenna operating within a predetermined frequency band; and a radome defining an enclosed volume, wherein said antenna is housed within said enclosed volume, said radome comprising a layered structure having an external surface and an internal surface, said layered structure comprising: an external structural layer proximate said external surface; and a core layer below said external structural layer, said core layer comprising a plurality of Faraday cage layers alternating with a plurality of artificial dielectric layers. an antenna, said antenna operating within a predetermined frequency band; and a radome defining an enclosed volume, wherein said antenna is housed within said enclosed volume, said radome comprising a layered structure having an external surface and an internal surface, said layered structure comprising: an external structural layer proximate said external surface; and a core layer below said external structural layer, said core layer comprising a plurality of Faraday cage layers alternating with a plurality of artificial dielectric layers. an external structural layer proximate said external surface; and a core layer below said external structural layer, said core layer comprising a plurality of Faraday cage layers alternating with a plurality of artificial dielectric layers.
An intimate blend of staple fibers, comprising: (a) 15 to 70 weight percent modacrylic fiber; (b) 5 to 27 weight percent para-aramid fiber; and (c) 3 to 80 weight percent meta-aramid fiber; wherein, i) 25 to 100 parts of the meta-aramid fiber present in the blend contains 0.5 to 20 weight percent discrete carbon particles based on the amount of carbon particles in an individual fiber, the carbon particles being homogeneously dispersed in that fiber; and ii) 0 to 75 parts of the meta-aramid fiber present in the blend are free of discrete carbon particles; the intimate blend having a total content of 0.1 to 3 weight percent discrete carbon particles. (a) 15 to 70 weight percent modacrylic fiber; (b) 5 to 27 weight percent para-aramid fiber; and (c) 3 to 80 weight percent meta-aramid fiber; wherein, i) 25 to 100 parts of the meta-aramid fiber present in the blend contains 0.5 to 20 weight percent discrete carbon particles based on the amount of carbon particles in an individual fiber, the carbon particles being homogeneously dispersed in that fiber; and ii) 0 to 75 parts of the meta-aramid fiber present in the blend are free of discrete carbon particles; the intimate blend having a total content of 0.1 to 3 weight percent discrete carbon particles. i) 25 to 100 parts of the meta-aramid fiber present in the blend contains 0.5 to 20 weight percent discrete carbon particles based on the amount of carbon particles in an individual fiber, the carbon particles being homogeneously dispersed in that fiber; and ii) 0 to 75 parts of the meta-aramid fiber present in the blend are free of discrete carbon particles;
An apparatus for cleaning the surface of a bore which comprises one or more cleaning elements (12; 27) for contact with the surface of a bore as the apparatus mores along the bore, and means operable to move the cleaning element or elements inwardly and outwardly to cater for bores of different sizes; wherein said means comprises an elongate resiliently deformable member of helical or substantially helical form which is arranged to effect said inward and outward movement of said cleaning elements by twisting, extending or contracting of at least a portion of the member resulting in an increase or decrease in the diameter of the at least a portion of the member and a support extending through the member with the ends of the member connected to it, the support comprising means (13, 14, 15, 16) permitting relative turning movement in opposite directions about the axis of the member between the ends of the member in order to vary the axial spacing between the ends of the member so as to selectively vary the diameter of the at least a portion of the member, characterised in that the support means includes a coil spring which is of a smaller diameter than and disposed concentrically within the member, the member and the coil spring being of opposite hands, whereby the member can bend as the apparatus moves through a bore.
A sliding mechanism for movable/deployable components of passenger seats, the sliding mechanism comprising: a left outboard link and a right outboard link; a left pivot link connected to the left outboard link by a first pin joint; a left rear link connected to the left pivot link by a second pin joint; a right pivot link connected to the right outboard link by a third pin joint; and a right rear link connected to the right pivot link by a fourth pin joint, wherein the left rear link and the right rear link are connected to one another by a fifth pin joint, characterized in that the first pin joint engages a first channel; the third pin joint engages a second channel, wherein the first channel and the second channel are parallel to one another, wherein the second pin joint and the fourth pin joint each engage a third channel, and wherein the fifth pin joint engages a fourth channel perpendicular to the third channel and parallel to the first and second channels (173, 174). a left outboard link and a right outboard link; a left pivot link connected to the left outboard link by a first pin joint; a left rear link connected to the left pivot link by a second pin joint; a right pivot link connected to the right outboard link by a third pin joint; and a right rear link connected to the right pivot link by a fourth pin joint, wherein the left rear link and the right rear link are connected to one another by a fifth pin joint, characterized in that the first pin joint engages a first channel;
A polypeptide comprising an Fc variant of a human IgG Fc polypeptide, wherein said Fc variant has from one to five amino acid modifications compared to a human IgG1, IgG2, IgG3 or IgG4 parent Fc polypeptide as defined in Figure 2, wherein said Fc variant comprises a tryptophan at position 308, wherein said Fc variant exhibits increased binding to FcRn as compared to said human IgG1, IgG2, IgG3 or IgG4 parent Fc polypeptide, and wherein numbering is according to the EU index in Kabat et al.
A series-fed omnidirectional collinear antenna array, comprising: a feed-through connector, a supporting tube, an impedance matching assembly and a collinear antenna assembly connected in series, wherein the collinear antenna assembly comprises: a plurality of phase delayers connected in series, wherein an end portion of each phase delayer is connected to an antenna radiating unit; and wherein the antenna radiating unit at an end portion of the collinear antenna assembly is connected to the impedance matching assembly; and wherein each of the plurality of phase delayers comprises a circuit wire printed on a dielectric plate, wherein an end portion of the circuit wire is connected to the antenna radiating unit, wherein at least one of a wire length, a wire width and a wire spacing of the circuit wire of a first phase delayer differs from the wire length, the wire width and the wire spacing of the circuit wire of another one of the plurality of phase delayers in order to control a phase and an amplitude fed to each antenna radiating unit. a plurality of phase delayers connected in series, wherein an end portion of each phase delayer is connected to an antenna radiating unit; and wherein the antenna radiating unit at an end portion of the collinear antenna assembly is connected to the impedance matching assembly; and wherein each of the plurality of phase delayers comprises a circuit wire printed on a dielectric plate, wherein an end portion of the circuit wire is connected to the antenna radiating unit, wherein at least one of a wire length, a wire width and a wire spacing of the circuit wire of a first phase delayer differs from the wire length, the wire width and the wire spacing of the circuit wire of another one of the plurality of phase delayers in order to control a phase and an amplitude fed to each antenna radiating unit.
An apparatus comprising a filtering device which includes a plurality of filtering elements made of a filter material, the apparatus further comprising a cleaning system for periodically cleaning the filtering device in order to remove contaminating particles from the filtering device, the cleaning system having at least one percussion element for applying percussions at least on an impact surface of an intermediate structure, so as to generate, for each percussion, an impact which is able to detach from the filter material a first fraction of the contaminating particles adhering to it and then vibrate the filter material to detach from it further contaminating particles, the intermediate structure being interposed between the percussion element and the filter material, the intermediate structure having an inner region delimited at least partly by the impact surface and an outer region which surrounds at least partly the inner region, wherein the intermediate structure has a capacity to absorb energy deriving from the percussions which is greater in the inner region than in the outer region.
A method for producing a fuel cell electrode catalyst comprising: a step of preparing a dispersion in which a fuel cell electrode catalyst precursor comprising a platinum alloy is dispersed in an electrolyte solution, and a step of alternately subjecting the dispersion to bubbling with an oxidizing gas and to bubbling with an inert gas or a reducing gas. a step of preparing a dispersion in which a fuel cell electrode catalyst precursor comprising a platinum alloy is dispersed in an electrolyte solution, and a step of alternately subjecting the dispersion to bubbling with an oxidizing gas and to bubbling with an inert gas or a reducing gas.
Electrical power supply device (100; 200) comprising: a controllable power converter (101; 201), with a power input (102; 202) which is connectable to a power source and with a power output (103; 203), wherein the power converter (101; 201) is configured to controllably provide electrical power (Pout) at one of a number of different electrical voltage levels (V1, V2) via the power output (103; 203), and a controller (104; 204), which is coupled to the power output (103; 203) and configured to monitor the voltage (Vout) at the power output (103; 203), wherein if the monitored voltage (Vout) drops below a predetermined voltage threshold (Vt1, Vt2) for the present voltage level (V1, V2) the controller (104; 204) is configured to control the power converter (101; 201) to provide the electrical power (Pout) at the next higher voltage level (V1, V2). a controllable power converter (101; 201), with a power input (102; 202) which is connectable to a power source and with a power output (103; 203), wherein the power converter (101; 201) is configured to controllably provide electrical power (Pout) at one of a number of different electrical voltage levels (V1, V2) via the power output (103; 203), and a controller (104; 204), which is coupled to the power output (103; 203) and configured to monitor the voltage (Vout) at the power output (103; 203), wherein if the monitored voltage (Vout) drops below a predetermined voltage threshold (Vt1, Vt2) for the present voltage level (V1, V2) the controller (104; 204) is configured to control the power converter (101; 201) to provide the electrical power (Pout) at the next higher voltage level (V1, V2).
An information sign, especially a name plate, door plate or notice sign, comprising a base body made at least of frame parts, and a cover or decorative plate (5, 15) which can be inserted in the base body, wherein the cover or decorative plate (5, 15) can be lifted off and removed by means of a suction pad acting upon the outside surface, wherein two opposite longitudinal or narrow sides of the rectangular or square cover or decorative plate (5, 15) and the adjacent frame parts are provided with a groove-and-tongue latching connection, characterised in that the frame parts of the base body consist of a metal section, preferably made of aluminum, and are connected by gluing to a base plate or by means of angle brackets, and a forward bulging of the cover or decorative plate (5, 15) and a decoupling of the groove-and-tongue latching connection can be produced by lifting with the suction pad.
A polyester resin composition comprising a polyester resin, and a fine cellulose fiber composite having an average fiber diameter of from 0.1 to 200 nm, as determined by the method described in the specification under the heading "Average Fiber Diameters of Fine Cellulose Fibers and Fine Cellulose Fiber Composite", wherein the fine cellulose fiber composite comprises fine cellulose fibers and hydrocarbon groups being connected thereto via an amide bond.
A method of handling a hybrid automatic repeat request, HARQ, feedback in a subframe for a first communication device in a wireless communication system, the method comprising: determining whether the HARQ feedback exists in a physical HARQ indicator channel, PHICH, in a downlink, DL, control region of the subframe transmitted by a network of the wireless communication system according to a first uplink/DL, UL/DL, configuration of the first communication device and a second UL/DL configuration of a second communication device in the wireless communication system communicating with the network; detecting the HARQ feedback in the PHICH of the subframe and detecting DL control information in a physical DL control channel (PDCCH) in the DL control region if the HARQ feedback exists in the PHICH, and if the DCI indicates a new UL transmission, the UEconcludes that the HARQ feedback indicates an acknowledgement; and detecting the HARQ feedback according to the DCI in the PDCCH in the DL control region, if the HARQ feedback does not exist in the PHICH. determining whether the HARQ feedback exists in a physical HARQ indicator channel, PHICH, in a downlink, DL, control region of the subframe transmitted by a network of the wireless communication system according to a first uplink/DL, UL/DL, configuration of the first communication device and a second UL/DL configuration of a second communication device in the wireless communication system communicating with the network; detecting the HARQ feedback in the PHICH of the subframe and detecting DL control information in a physical DL control channel (PDCCH) in the DL control region if the HARQ feedback exists in the PHICH, and if the DCI indicates a new UL transmission, the UEconcludes that the HARQ feedback indicates an acknowledgement; and detecting the HARQ feedback according to the DCI in the PDCCH in the DL control region, if the HARQ feedback does not exist in the PHICH.
A rim for a bicycle wheel having an axis about which the wheel rotates and a center plane normal to the axis, comprising: a tire-engaging portion located at an outer perimeter of the rim; an inner perimeter portion located radially inwardly from the tire-engaging portion; a first sidewall; a second sidewall spaced from the first sidewall, the first and second sidewalls (28, 30) extending between the tire-engaging and inner perimeter portions; and an image receiving area (21, 22) located on each of the first and second sidewalls (28, 30), each of the image receiving areas (20, 21) being within 30 degrees of parallel to the center plane of the rim; characterized in that the rim further comprises a non-contact printed deposition feature (62, 64, 66, 68) disposed on at least some of the image receiving area (21, 22), in that the non-contact printed deposition feature (62, 64, 66, 68) is formed as a three-dimensional geometric pattern or shape, and in that the non-contact printed deposition feature forms an additional surface feature on the rim that has pre-existing surface features created during the manufacture of the rim. a tire-engaging portion located at an outer perimeter of the rim; an inner perimeter portion located radially inwardly from the tire-engaging portion; a first sidewall; a second sidewall spaced from the first sidewall, the first and second sidewalls (28, 30) extending between the tire-engaging and inner perimeter portions; and an image receiving area (21, 22) located on each of the first and second sidewalls (28, 30), each of the image receiving areas (20, 21) being within 30 degrees of parallel to the center plane of the rim; characterized in that the rim further comprises a non-contact printed deposition feature (62, 64, 66, 68) disposed on at least some of the image receiving area (21, 22), in that the non-contact printed deposition feature (62, 64, 66, 68) is formed as a three-dimensional geometric pattern or shape, and in that the non-contact printed deposition feature forms an additional surface feature on the rim that has pre-existing surface features created during the manufacture of the rim.
Multicomponent injection molding tool for producing an injection-molded part, comprising at least two mold halves (4, 5) which can be moved apart from one another and together again, of which a first mold half is stationary and a second mold half is movable, and comprising at least two mold cavities (7, 8) which are formed between the mold halves (4, 5), of which a first mold cavity is for molding a pre-molded part (2.1) from a first component and a second mold cavity for molding the injection-molded part, comprising the pre-molded part (2. 1) and a second component, wherein the second mold half comprises a mold insert bounding the first mold cavity for producing an abutment surface on the pre-molded part (2.1), characterized in that the second mold half comprises a turntable (5.1) with the mold insert, and in that the mold insert is designed as a movable slide in order, in its first position (12.1) on the first mold cavity, to limit the latter in order to produce an abutment surface on the pre-molded part (2.1) and, in its second position (12.2) on the second mold cavity, to widen the latter towards the abutment surface on the pre-molded part (2.1).
A mixture of fatty acid methyl esters comprising at least 50% by weight saturated medium chain fatty acid methyl esters, myristoleic acid alkyl ester, and monounsaturated long chain fatty acid methyl esters, and less than 10% by weight myristic acid methyl ester and saturated long chain fatty acid methyl esters, wherein said mixture comprises between 5% and 15% by weight caprylic acid methyl ester; between 30% and 40% by weight capric acid methyl ester; between 5% and 20% by weight lauric acid methyl ester.
A method of decoding video data, the method comprising: obtaining a bitstream that includes an encoded representation of the video data that is encoded using a codec; determining a plurality of available Matrix Intra Prediction, MIP, parameter sets, MPS's, for a picture of the video data, where an MPS refers to all parameters that are associated with a MIP mode, wherein: the plurality of available MPS's is a union of (i) a subset of all default MPS's and (ii) a set of additional MPS's that are signaled in the bitstream, each of the default MPS's is associated with a predefined MIP mode in the codec, and each of the set of additional MPS's is associated with a new MIP mode in a set of new MIP modes; using a MIP mode associated with an MPS in the plurality of available MPS's to generate a prediction block for a current block of the picture; and reconstructing the current block based on the prediction block for the current block and residual data for the current block. obtaining a bitstream that includes an encoded representation of the video data that is encoded using a codec; determining a plurality of available Matrix Intra Prediction, MIP, parameter sets, MPS's, for a picture of the video data, where an MPS refers to all parameters that are associated with a MIP mode, wherein: the plurality of available MPS's is a union of (i) a subset of all default MPS's and (ii) a set of additional MPS's that are signaled in the bitstream, each of the default MPS's is associated with a predefined MIP mode in the codec, and each of the set of additional MPS's is associated with a new MIP mode in a set of new MIP modes; the plurality of available MPS's is a union of (i) a subset of all default MPS's and (ii) a set of additional MPS's that are signaled in the bitstream, each of the default MPS's is associated with a predefined MIP mode in the codec, and each of the set of additional MPS's is associated with a new MIP mode in a set of new MIP modes; using a MIP mode associated with an MPS in the plurality of available MPS's to generate a prediction block for a current block of the picture; and reconstructing the current block based on the prediction block for the current block and residual data for the current block.
A method performed in a radio device for transmitting a multi-carrier waveform comprising multi-carrier symbols, the method comprising: precoding the time domain waveform of the multi-carrier symbols to a plurality of transmitter antenna elements of the radio device; and transmitting the precoded signal from the transmitter antenna elements; wherein the precoding comprises switching (S2b) from using (S2a) a first set of precoder weights to using (S2c) a second set of precoder weights, different from the first set of weights, and wherein the switching (S2b) is done by use of at least one intermediate set of precoder weights during an interlude between two consecutive symbols of the symbols in time domain. precoding the time domain waveform of the multi-carrier symbols to a plurality of transmitter antenna elements of the radio device; and transmitting the precoded signal from the transmitter antenna elements; wherein the precoding comprises switching (S2b) from using (S2a) a first set of precoder weights to using (S2c) a second set of precoder weights, different from the first set of weights, and wherein the switching (S2b) is done by use of at least one intermediate set of precoder weights during an interlude between two consecutive symbols of the symbols in time domain.