mhurhangee/ep-ind-claims huggingface dataset:
Piece of seating furniture, in particular a cantilever chair or a chair with multiple legs, having a backrest that comprises a backrest component and two armrest struts that function as armrests and extend from the sides of the backrest component and essentially horizontally forwards, and said armrest struts also comprising on the front end sleeve-shaped receiving pieces that taper on the inside in a conical manner, having a tubular chair frame that comprises two end sections for fastening the chair frame to the backrest and said end sections are to form the armrests, wherein a respective end section comprises a conically-shaped extension, wherein the end sections in the assembled state are arranged in the receiving pieces of the armrest struts and are fastened at that location in a manner that is secured against rotation by virtue of an immediate and direct connection, having a seat that is fastened to the chair frame and/or to the backrest.
A eutectic extraction solvent for extracting plant (e.g. vegetable) and/or animal and/or prokaryotic biological material, wherein the solvent is a clear, stable and fluid mixture comprising: (a) betaine (trimethyl glycine) or a hydrated form of betaine; (b) at least one hydrogen bond donor compound selected from the group consisting of polyols and organic acids; and (c) water; wherein the molar ratio of betaine or a hydrated form of betaine to the at least one hydrogen bond donor is from 1:1.5 to 1:3 and the proportion of water in the solvent is from 15 to 30% by weight; with the proviso that the eutectic extraction solvent does not contain any exogenous sugar and/or amine salt and/or anion. (a) betaine (trimethyl glycine) or a hydrated form of betaine; (b) at least one hydrogen bond donor compound selected from the group consisting of polyols and organic acids; and (c) water;
A spray ring, for wetting char and/or slag in a water bath with a wetting fluid, the spray ring comprising a loop conduit arranged in a loop-line, which loop conduit is at an inlet point provided with an inlet for feeding the wetting fluid into the loop conduit in an inlet flow direction, and with a plurality of outlet openings for spraying the wetting fluid out of the loop conduit, wherein the inlet flow direction has a component that is tangential to a loop-line flow direction of the wetting fluid through the loop conduit at the inlet point and wherein the loop conduit forms a peripheral ambit around an encompassed area and whereby the outlet openings are directed such that the outlet flow direction of the wetting fluid has a component directed inwardly towards the encompassed area.
A method for a controller (130; 300; 500) of a media system comprising a plurality of zones, wherein each zone comprises at least one playback device (102-124; 400) operable to playback multimedia content in a network, the method comprising: displaying: a plurality of zone icons (816, 818) each representing a zone; and one or more zone group icons each representing a zone group and comprising at least one zone icon, the one or more zone group icons including a first zone group icon comprising at least a first zone icon representing a first zone; and in response to detecting (1402, 1404, 1408) a user input for: (i) selecting the first zone icon, and (ii) identifying a space as a destination of the selected first zone icon: causing the first zone to be removed from the first zone group; and causing a new zone group comprising the first zone to be created. displaying: a plurality of zone icons (816, 818) each representing a zone; and one or more zone group icons each representing a zone group and comprising at least one zone icon, the one or more zone group icons including a first zone group icon comprising at least a first zone icon representing a first zone; and a plurality of zone icons (816, 818) each representing a zone; and one or more zone group icons each representing a zone group and comprising at least one zone icon, the one or more zone group icons including a first zone group icon comprising at least a first zone icon representing a first zone; and in response to detecting (1402, 1404, 1408) a user input for: (i) selecting the first zone icon, and (ii) identifying a space as a destination of the selected first zone icon: causing the first zone to be removed from the first zone group; and causing a new zone group comprising the first zone to be created. causing the first zone to be removed from the first zone group; and causing a new zone group comprising the first zone to be created.
A method for communicating support of operations for enhanced direction multi-gigabit, EDMG, communications, the method comprising: transmitting, by a transmit device, an operation element including an operating channel width field having four bits; wherein a first bit and a second bit of the operating channel width field have bit values selected from one of: a first pair of bit values "1" and "0", for the first and second bits respectively, to indicate the transmit device supports operation using single channel or channel bonding and also supports operation using carrier aggregation of two 2.16 GHz channels; or a second pair of bit values "1" and "1", for the first and second bits respectively, to indicate the transmit device supports operation using single channel or channel bonding, supports operation using carrier aggregation of two 2.16 GHZ channels, and also supports operation using carrier aggregation of two 4.32 GHz channels. transmitting, by a transmit device, an operation element including an operating channel width field having four bits; wherein a first bit and a second bit of the operating channel width field have bit values selected from one of: a first pair of bit values "1" and "0", for the first and second bits respectively, to indicate the transmit device supports operation using single channel or channel bonding and also supports operation using carrier aggregation of two 2.16 GHz channels; or a second pair of bit values "1" and "1", for the first and second bits respectively, to indicate the transmit device supports operation using single channel or channel bonding, supports operation using carrier aggregation of two 2.16 GHZ channels, and also supports operation using carrier aggregation of two 4.32 GHz channels. a first pair of bit values "1" and "0", for the first and second bits respectively, to indicate the transmit device supports operation using single channel or channel bonding and also supports operation using carrier aggregation of two 2.16 GHz channels; or a second pair of bit values "1" and "1", for the first and second bits respectively, to indicate the transmit device supports operation using single channel or channel bonding, supports operation using carrier aggregation of two 2.16 GHZ channels, and also supports operation using carrier aggregation of two 4.32 GHz channels.
A method of paging a wireless terminal in a communications system including multiple wireless terminals (110, 112, 118, 120, 300), the method comprising: modulating (1206, 1208), using a first type of modulation, a first number of bits of information to generate a first paging signal, said first paging signal conveying said first number of bits of information, said first paging signal including information indicating if there is a paging message for at least one wireless terminal in a first wireless terminal group including multiple wireless terminals and if there is a paging message for at least one wireless terminal in a second wireless terminal group including multiple wireless terminals; modulating, using a second type of modulation, a second number of bits of information to generate a second paging signal, said second type of modulation being different from said first type of modulation, said second paging signal including, when there is a paging message for at least one wireless terminal in said first wireless terminal group, at least a portion of said paging message and an identifier indicating which particular wireless terminal in said first wireless terminal group said paging message is directed to when said first paging signal indicates that there is a paging message for at least one wireless terminal in said first wireless terminal group; transmitting said first paging signal; and transmitting said second paging signal. modulating (1206, 1208), using a first type of modulation, a first number of bits of information to generate a first paging signal, said first paging signal conveying said first number of bits of information, said first paging signal including information indicating if there is a paging message for at least one wireless terminal in a first wireless terminal group including multiple wireless terminals and if there is a paging message for at least one wireless terminal in a second wireless terminal group including multiple wireless terminals; modulating, using a second type of modulation, a second number of bits of information to generate a second paging signal, said second type of modulation being different from said first type of modulation, said second paging signal including, when there is a paging message for at least one wireless terminal in said first wireless terminal group, at least a portion of said paging message and an identifier indicating which particular wireless terminal in said first wireless terminal group said paging message is directed to when said first paging signal indicates that there is a paging message for at least one wireless terminal in said first wireless terminal group; transmitting said first paging signal; and transmitting said second paging signal.
A method of producing a video stream comprising: a) obtaining a first image (22-A) of a scene; b) blurring said first image by a fixed amount in a pre-determined number of directions (B0,B90,B180,B270) to provide a number of blurred versions of said first image; c) obtaining a second successive image (22-A) of the same scene; d) determining a pixel-by-pixel motion vector indicating motion between the first image and at least the second image, said motion vector comprising a motion magnitude and a motion direction for each pixel of the first image; e) applying the motion vector to the pixels of the first image, including for each pixel: determining (17-A) according to the motion vector for the pixel a blending component corresponding to each blurred version of said first image; and combining (17-B) corresponding pixel values of said first image and each of said blurred versions of said first image according to said blending components to provide a blurred first image; f) repeating steps a) to e) for successively acquired images in said stream; and g) encoding said sequence of blurred images in a video stream. a) obtaining a first image (22-A) of a scene; b) blurring said first image by a fixed amount in a pre-determined number of directions (B0,B90,B180,B270) to provide a number of blurred versions of said first image; c) obtaining a second successive image (22-A) of the same scene; d) determining a pixel-by-pixel motion vector indicating motion between the first image and at least the second image, said motion vector comprising a motion magnitude and a motion direction for each pixel of the first image; e) applying the motion vector to the pixels of the first image, including for each pixel: determining (17-A) according to the motion vector for the pixel a blending component corresponding to each blurred version of said first image; and combining (17-B) corresponding pixel values of said first image and each of said blurred versions of said first image according to said blending components to provide a blurred first image; determining (17-A) according to the motion vector for the pixel a blending component corresponding to each blurred version of said first image; and combining (17-B) corresponding pixel values of said first image and each of said blurred versions of said first image according to said blending components to provide a blurred first image; f) repeating steps a) to e) for successively acquired images in said stream; and g) encoding said sequence of blurred images in a video stream.
A light emitting diode aircraft obstruction beacon light, comprising: at least one visible LED; at least one infrared LED; at least one reflector, wherein the at least one reflector is for collimating a light emitted from the at least one visible LED and a light emitted from the at least one IR LED; and a power supply for powering the at least one visible LED and the at least one IR LED, at a same time, characterised in that the at least one visible LED and the at least one IR LED are electrically connected in a series configuration that alternates between the at least one visible LED and the at least one IR LED, or are electrically connected in a series-parallel configuration that alternates between a visible LED and a plurality of IR LEDs in series, wherein the plurality of IR LEDs is connected in parallel. at least one visible LED; at least one infrared LED; at least one reflector, wherein the at least one reflector is for collimating a light emitted from the at least one visible LED and a light emitted from the at least one IR LED; and a power supply for powering the at least one visible LED and the at least one IR LED, at a same time, characterised in that the at least one visible LED and the at least one IR LED are electrically connected in a series configuration that alternates between the at least one visible LED and the at least one IR LED, or are electrically connected in a series-parallel configuration that alternates between a visible LED and a plurality of IR LEDs in series, wherein the plurality of IR LEDs is connected in parallel.
Drilling device having a drill rod and a drill bit, wherein the drill bit is arranged at the end of the drilling device that is on the drilling side in the longitudinal direction and the drill bit has a middle portion and folding wings which are pivotable outwards and inwards along lateral contact faces of the middle portion about a folding wing pivot axis which runs orthogonal to the drilling device longitudinal axis, wherein the folding wings pivot outwards when the drilling device rotates in the working rotational direction, whereby the end face of the drill bit becomes larger, characterised in that the folding wings each have a foot portion having an elongate hole through which a pin or a screw runs along the folding wing pivot axis, so that the folding wings are displaceable along the elongate holes between a drilling position, in which the end faces of the folding wings form a common plane with further end regions of the drill bit, and a pivot position, in which the folding wings project axially beyond the middle portion and are pivotable outwards and inwards, wherein in the drilling position the foot portions of the folding wings engage in an interlocking manner into corresponding receivers in the drill bit, wherein the drill bit has for each folding wing a bevelled surface which faces in the direction of the respective foot portion and which runs radially outwards in the direction of the drilling-side end of the drilling device, and wherein, by rotation of the drilling device contrary to the working rotational direction, the folding wings can be brought into an inwardly pivot position in which the bevelled surfaces each form a stop for the foot portions of the folding wings.
A production/annulus bore stab comprising: a one-piece body comprising a first cylindrical outer surface and a second cylindrical outer surface; and a plurality of individual fluid flow paths defined entirely within the one-piece body, each of the individual fluid flow paths being fluidly isolated from one another within the one-piece body, each of the fluid flow paths comprising a first inlet/outlet at a first end of the fluid flow path and a second inlet/outlet at a second end of the fluid flow path, wherein the first inlet/outlet is positioned in the first cylindrical outer surface and the second inlet/outlet is positioned in the second cylindrical outer surface, wherein at least a portion of the one-piece body is adapted to be positioned within and sealingly coupled to an item of equipment that has at least one fluid flow path formed therein such that the at least one fluid flow path within the item of equipment is in fluid communication with at least one of the plurality of individual fluid flow paths defined within the one-piece body. a one-piece body comprising a first cylindrical outer surface and a second cylindrical outer surface; and a plurality of individual fluid flow paths defined entirely within the one-piece body, each of the individual fluid flow paths being fluidly isolated from one another within the one-piece body, each of the fluid flow paths comprising a first inlet/outlet at a first end of the fluid flow path and a second inlet/outlet at a second end of the fluid flow path, wherein the first inlet/outlet is positioned in the first cylindrical outer surface and the second inlet/outlet is positioned in the second cylindrical outer surface, wherein at least a portion of the one-piece body is adapted to be positioned within and sealingly coupled to an item of equipment that has at least one fluid flow path formed therein such that the at least one fluid flow path within the item of equipment is in fluid communication with at least one of the plurality of individual fluid flow paths defined within the one-piece body.
Method of providing a layer of solid electrolyte, the method comprising: - providing a host substrate including a crystalline solid electrolyte layer, - transferring said crystalline solid electrolyte layer from the host substrate to a receiver substrate, wherein the layer transfer technique comprises a step of assembling the host substrate to the receiver substrate, the solid electrolyte layer being between said substrates, and after the assembling step, a step of thinning the host substrate; characterized by the layer of solid electrolyte being a monocrystalline layer; and thinning the host substrate by etching, grinding, or polishing. - providing a host substrate including a crystalline solid electrolyte layer, - transferring said crystalline solid electrolyte layer from the host substrate to a receiver substrate, wherein the layer transfer technique comprises a step of assembling the host substrate to the receiver substrate, the solid electrolyte layer being between said substrates, and after the assembling step, a step of thinning the host substrate; the layer of solid electrolyte being a monocrystalline layer; and thinning the host substrate by etching, grinding, or polishing.
A method of detecting occupancy in an area comprising: Obtaining, with a processor, an audio sample from an audio sensor; determining, with the processor, feature functional values of a set of selected feature functionals of statistical operations from the audio sample, the determining of the feature functional values comprising: extracting audio low-level descriptive, LLD, features from the audio sample using a frame-level sliding window with no overlap; partitioning the extracted audio LLD features into segment features determined by feature frames aggregated over segments with a fixed length in time and a shift of one frame, wherein the segments overlap one another such that each segment is calculated shifted by one frame; and determining the feature functional values of the determined segment features; selecting audio LLD features that contain information most relevant of occupancy of the area from the determined feature functional values, based on a correlation or independence of the selected feature functionals of the statistical operations; and determining, with the processor, occupancy in the area using a classifier based on the determined feature functional values of a set of selected audio LLD features. Obtaining, with a processor, an audio sample from an audio sensor; determining, with the processor, feature functional values of a set of selected feature functionals of statistical operations from the audio sample, the determining of the feature functional values comprising: extracting audio low-level descriptive, LLD, features from the audio sample using a frame-level sliding window with no overlap; partitioning the extracted audio LLD features into segment features determined by feature frames aggregated over segments with a fixed length in time and a shift of one frame, wherein the segments overlap one another such that each segment is calculated shifted by one frame; and determining the feature functional values of the determined segment features; extracting audio low-level descriptive, LLD, features from the audio sample using a frame-level sliding window with no overlap; partitioning the extracted audio LLD features into segment features determined by feature frames aggregated over segments with a fixed length in time and a shift of one frame, wherein the segments overlap one another such that each segment is calculated shifted by one frame; and determining the feature functional values of the determined segment features; selecting audio LLD features that contain information most relevant of occupancy of the area from the determined feature functional values, based on a correlation or independence of the selected feature functionals of the statistical operations; and determining, with the processor, occupancy in the area using a classifier based on the determined feature functional values of a set of selected audio LLD features.