mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting handover in a first radio network node of a wireless network, wherein the first radio network node serves wireless devices of a serving cell, the method comprising: - determining a radio channel quality level for each of a plurality of wireless devices in the serving cell, - grouping the plurality of wireless devices having the radio channel quality level within a pre-determined range into a group, - selecting a wireless device having the highest determined radio channel quality level in the group as a coordinating wireless device for the group, wherein the coordinating wireless device for the group is changed to a wireless device having the highest radio channel quality level when the radio channel quality levels for the plurality of wireless devices of the group change, - requesting a measurement report from the coordinating wireless device, wherein the measurement report is to support a joint handover decision for the plurality of wireless devices of the group, wherein the measurement report is requested only from the coordinating wireless device of the group, wherein the measurement report comprises measurements of neighboring cells, and wherein wireless devices in the group other than the coordinating wireless device do not perform measurements of the neighboring cells, and - transmitting a handover command to each of the plurality of wireless devices in the group, such that at least one wireless device in the group performs handover without having sent a previous measurement report. - determining a radio channel quality level for each of a plurality of wireless devices in the serving cell, - grouping the plurality of wireless devices having the radio channel quality level within a pre-determined range into a group, - selecting a wireless device having the highest determined radio channel quality level in the group as a coordinating wireless device for the group, wherein the coordinating wireless device for the group is changed to a wireless device having the highest radio channel quality level when the radio channel quality levels for the plurality of wireless devices of the group change, - requesting a measurement report from the coordinating wireless device, wherein the measurement report is to support a joint handover decision for the plurality of wireless devices of the group, wherein the measurement report is requested only from the coordinating wireless device of the group, wherein the measurement report comprises measurements of neighboring cells, and wherein wireless devices in the group other than the coordinating wireless device do not perform measurements of the neighboring cells, and - transmitting a handover command to each of the plurality of wireless devices in the group, such that at least one wireless device in the group performs handover without having sent a previous measurement report.
A process for producing an extract comprising a C 2 to C 6 di-carboxylic acid or salt thereof, the process comprising: contacting a separation media in a separation zone with a feed mixture comprising the C 2 to C 6 di-carboxylic acid or salt thereof and a second component comprising a C 1 to C 6 mono-carboxylic acid, wherein at least a portion of the C 2 to C 6 di-carboxylic acid or salt thereof and the second component are retained on the separation media; eluting at least a portion of the second component from the separation media with an eluent comprising water to form a raffinate comprising the second component; removing the raffinate from the separation zone; and eluting the C 2 to C 6 di-carboxylic acid or salt thereof from the separation media with the eluent comprising water to form the extract comprising the C 2 to C 6 di-carboxylic acid or salt thereof, wherein the extract comprises at least 50 wt.% of the C 2 to C 6 di-carboxylic acid content of the feed mixture, wherein the separation media comprises a di-carboxylate form of an anion exchange chromatography resin, wherein the di-carboxylate form of the anion exchange chromatography resin is prepared by conditioning the anion exchange chromatography resin with a di-carboxylic acid, and wherein the extraneous acid concentration of the eluent, prior to contact with the separation media, is less than 0.1 wt.%. contacting a separation media in a separation zone with a feed mixture comprising the C 2 to C 6 di-carboxylic acid or salt thereof and a second component comprising a C 1 to C 6 mono-carboxylic acid, wherein at least a portion of the C 2 to C 6 di-carboxylic acid or salt thereof and the second component are retained on the separation media; eluting at least a portion of the second component from the separation media with an eluent comprising water to form a raffinate comprising the second component; removing the raffinate from the separation zone; and eluting the C 2 to C 6 di-carboxylic acid or salt thereof from the separation media with the eluent comprising water to form the extract comprising the C 2 to C 6 di-carboxylic acid or salt thereof, wherein the extract comprises at least 50 wt.% of the C 2 to C 6 di-carboxylic acid content of the feed mixture, wherein the separation media comprises a di-carboxylate form of an anion exchange chromatography resin, wherein the di-carboxylate form of the anion exchange chromatography resin is prepared by conditioning the anion exchange chromatography resin with a di-carboxylic acid, and wherein the extraneous acid concentration of the eluent, prior to contact with the separation media, is less than 0.1 wt.%.
An article of footwear, comprising: a sole, and an upper, at least a portion of the upper having a textured surface, wherein the textured surface is formed by a plurality of wave-shaped contoured structures, each contoured structure having a curving or irregular outline and includes a series of peaks and troughs, with adjacent peaks being separated by a trough, wherein the contoured structures are arranged in parallel along a length of the contoured structures, wherein a peak of each contoured structure is adjacent to a trough of a neighbouring contoured structure, wherein the contoured structures define a group of alternating peaks and troughs extending in two orthogonal directions and the heights of the alternating peaks and the depths of the alternating troughs vary. a sole, and an upper, at least a portion of the upper having a textured surface, wherein the textured surface is formed by a plurality of wave-shaped contoured structures, each contoured structure having a curving or irregular outline and includes a series of peaks and troughs, with adjacent peaks being separated by a trough, wherein the contoured structures are arranged in parallel along a length of the contoured structures, wherein a peak of each contoured structure is adjacent to a trough of a neighbouring contoured structure, wherein the contoured structures define a group of alternating peaks and troughs extending in two orthogonal directions and the heights of the alternating peaks and the depths of the alternating troughs vary.
A manufacturing method of a pixel define layer of a light-emitting display backplane, wherein said light-emitting display backplane comprises a substrate and a pixel define layer provided on said substrate, and said method comprises: sequentially forming a first photosensitive resin layer, a first transparent define layer, a second transparent define layer and a second photosensitive resin layer on said substrate: providing a mask above said second photosensitive resin layer, wherein said mask has a pattern corresponding to respective pixels; performing exposure, so that both said second photosensitive resin layer and said first photosensitive resin layer below said second photosensitive resin layer are exposed; removing resin from regions in said second photosensitive resin layer which correspond to respective pixels, so as to uncover the second define layer; performing etching, so as to form openings corresponding to respective pixels, in both the uncovered second define layer and said first define layer below the second define layer, wherein, during etching, the etch rate at which said second define layer is etched is smaller than the etch rate at which said first define layer is etched, so that the openings in said second define layer are smaller than those in said first define layer. providing a mask above said second photosensitive resin layer, wherein said mask has a pattern corresponding to respective pixels; performing exposure, so that both said second photosensitive resin layer and said first photosensitive resin layer below said second photosensitive resin layer are exposed; removing resin from regions in said second photosensitive resin layer which correspond to respective pixels, so as to uncover the second define layer; performing etching, so as to form openings corresponding to respective pixels, in both the uncovered second define layer and said first define layer below the second define layer, wherein, during etching, the etch rate at which said second define layer is etched is smaller than the etch rate at which said first define layer is etched, so that the openings in said second define layer are smaller than those in said first define layer.
Polymer foam comprising cavities formed by microballoons and also 6 to 16 vol%, based on the total volume of the polymer foam, of cavities surrounded by the polymer foam matrix, characterized in that the polymer foam is a pressure sensitive adhesive and the microballoons are hollow microspheres that can be expanded in their basic state, are filled with low-boiling liquids or liquefied gas and have a thermoplastic polymer shell.
A method of generating an output clock signal having a desired frequency relationship to a reference signal, the method comprising: generating the output clock signal in a ring oscillator circuit that provides different phases of the output clock signal: generating in a dithering circuit a non-uniform sequence of phase selection values having a time-average value which is related to the desired frequency relationship between the output clock signal and the reference signal; controlling an oscillation frequency of the ring oscillator circuit based on selecting a phase of the output clock signal at each cycle of the reference signal and comparing the selected phase of the output clock signal to the reference signal; and fixing the oscillation frequency of the ring oscillator according to the desired frequency relationship between the output clock signal and the reference signal by selecting phases of the output clock for comparison according to the non-uniform sequence of phase selection values. generating the output clock signal in a ring oscillator circuit that provides different phases of the output clock signal: generating in a dithering circuit a non-uniform sequence of phase selection values having a time-average value which is related to the desired frequency relationship between the output clock signal and the reference signal; controlling an oscillation frequency of the ring oscillator circuit based on selecting a phase of the output clock signal at each cycle of the reference signal and comparing the selected phase of the output clock signal to the reference signal; and fixing the oscillation frequency of the ring oscillator according to the desired frequency relationship between the output clock signal and the reference signal by selecting phases of the output clock for comparison according to the non-uniform sequence of phase selection values.
Apparatus for packaging an object with a tubular film, the apparatus comprising: a main frame, a stretch frame for stretching the tubular film and to applying the tubular film to the object, and a top frame having a feeding device for delivering a tubular film from a film magazine to the stretch frame and having a cutting device to cut the tubular film to a predetermined length, wherein the top frame is moveable at the main frame between a working position and a maintenance position, wherein in the maintenance position the top frame is at least substantially located outside the work space, and wherein in the working position the top frame is orientated substantially horizontal, characterized in that in the maintenance position the top frame is orientated substantially vertical. a main frame, a stretch frame for stretching the tubular film and to applying the tubular film to the object, and a top frame having a feeding device for delivering a tubular film from a film magazine to the stretch frame and having a cutting device to cut the tubular film to a predetermined length, wherein the top frame is moveable at the main frame between a working position and a maintenance position, wherein in the maintenance position the top frame is at least substantially located outside the work space, and wherein in the working position the top frame is orientated substantially horizontal,
Inverter comprising a circuit arrangement for measuring an insulation resistance, the inverter comprising at least one half-bridge with at least two switching elements and a mains disconnection unit with a series connection of two disconnection devices (6a, 6b), the series connection being arranged between a center point of the half-bridge and an AC voltage terminal of the inverter which is provided for connecting a phase conductor or a neutral conductor of an AC voltage network, and the circuit arrangement comprising a resistor and a voltage measuring device, characterized in that the resistor is electrically parallel to one of the isolating devices (6a, 6b) and the voltage measuring device is electrically arranged between the output terminal of the resistor and one of the end points (12a, 12b) of the half-bridge.
An intelligence canopy greenhouse control system comprising: a plurality of main brackets (11, 21) which are symmetrically arranged, each of the main brackets (11, 21) penetrates to the upper edge of a curved tubular beam (12, 22), wherein the curved tubular beam's one end protrudes from each main bracket (11,21); a plurality of small crossbeams (122, 123, 222) setting up between the two curved tubular beams (12, 22) to reinforce the structure of the system; at least one louvered shutter (14, 141, 142, 143) setting up between the two curved tubular beams (12, 22) and the two main brackets (11, 21); a film covering between the two curved tubular beams (12, 22); a steel sheet (15, 151) removably wrapping over gaps of two main brackets (11, 21) or two curved tubular beams' lower edges to become a first skeleton unit; a gutter (16, 161, 261) constructing at the edge of the first skeleton unit; wherein at least one first skeleton unit assembles to construct the intelligence canopy greenhouse control system. a plurality of main brackets (11, 21) which are symmetrically arranged, each of the main brackets (11, 21) penetrates to the upper edge of a curved tubular beam (12, 22), wherein the curved tubular beam's one end protrudes from each main bracket (11,21); a plurality of small crossbeams (122, 123, 222) setting up between the two curved tubular beams (12, 22) to reinforce the structure of the system; at least one louvered shutter (14, 141, 142, 143) setting up between the two curved tubular beams (12, 22) and the two main brackets (11, 21); a film covering between the two curved tubular beams (12, 22); a steel sheet (15, 151) removably wrapping over gaps of two main brackets (11, 21) or two curved tubular beams' lower edges to become a first skeleton unit; a gutter (16, 161, 261) constructing at the edge of the first skeleton unit;
An aircraft, comprising: an engine; a transmission; an input drive shaft rotatably coupled to both the engine and the transmission; an electrical subsystem carried on the input drive shaft; and an alternator (501, 601) removably attached to the transmission and the input drive shaft, the alternator comprising an inductor attached to a coupling which is attached to the input drive shaft, wherein the coupling is configured to rotate and to couple the input drive shaft to the transmission, and a magnet attached to the stationary section of the transmission; wherein the input drive shaft is configured to provide mechanical energy to the alternator (501, 601) that is converted to electrical energy; and wherein the electrical subsystem is conductively coupled to the inductor for powering the electrical subsystem. an engine; a transmission; an input drive shaft rotatably coupled to both the engine and the transmission; an electrical subsystem carried on the input drive shaft; and an alternator (501, 601) removably attached to the transmission and the input drive shaft, the alternator comprising an inductor attached to a coupling which is attached to the input drive shaft, wherein the coupling is configured to rotate and to couple the input drive shaft to the transmission, and a magnet attached to the stationary section of the transmission; wherein the input drive shaft is configured to provide mechanical energy to the alternator (501, 601) that is converted to electrical energy; and wherein the electrical subsystem is conductively coupled to the inductor for powering the electrical subsystem.
A composite shell particle, characterized in that the composite shell particle comprises: a composite shell layer, wherein the composite shell layer is a hollow shell, and the composite shell layer comprises: a porous biological layer, wherein the porous biological layer is composed of an organic substance comprising a cell wall or a cell membrane of a bacteria or an algae, wherein the cell wall of the porous biological layer comprises scorched cellulose, and the scorched cellulose is crosslinked with each other.; and a metallic layer crosslinked with the porous biological layer to form the composite shell layer, wherein the metallic layer is formed by a metal raw material or a product formed by a redox reaction of the metal raw material and comprises at least one metal selected from a group consisting of iron, molybdenum, tungsten, manganese, zirconium, cobalt, nickel, copper, zinc, and calcium, and comprises at least one selected form a group consisting of metal chelates, metal oxides, metal sulfides, metal chlorides, metal selenides, metal acid salt compounds, and metal carbonate compounds. a composite shell layer, wherein the composite shell layer is a hollow shell, and the composite shell layer comprises: a porous biological layer, wherein the porous biological layer is composed of an organic substance comprising a cell wall or a cell membrane of a bacteria or an algae, wherein the cell wall of the porous biological layer comprises scorched cellulose, and the scorched cellulose is crosslinked with each other.; and a metallic layer crosslinked with the porous biological layer to form the composite shell layer, wherein the metallic layer is formed by a metal raw material or a product formed by a redox reaction of the metal raw material and comprises at least one metal selected from a group consisting of iron, molybdenum, tungsten, manganese, zirconium, cobalt, nickel, copper, zinc, and calcium, and comprises at least one selected form a group consisting of metal chelates, metal oxides, metal sulfides, metal chlorides, metal selenides, metal acid salt compounds, and metal carbonate compounds. a porous biological layer, wherein the porous biological layer is composed of an organic substance comprising a cell wall or a cell membrane of a bacteria or an algae, wherein the cell wall of the porous biological layer comprises scorched cellulose, and the scorched cellulose is crosslinked with each other.; and a metallic layer crosslinked with the porous biological layer to form the composite shell layer, wherein the metallic layer is formed by a metal raw material or a product formed by a redox reaction of the metal raw material and comprises at least one metal selected from a group consisting of iron, molybdenum, tungsten, manganese, zirconium, cobalt, nickel, copper, zinc, and calcium, and comprises at least one selected form a group consisting of metal chelates, metal oxides, metal sulfides, metal chlorides, metal selenides, metal acid salt compounds, and metal carbonate compounds.
Use of at least one UV stabiliser of formula wherein n is from 1 to 6, and any combination thereof, to improve the plate-out performance during extrusion of polyethylene compositions comprising one or more pigments.
A process for producing mask molds and cores for foundry purposes using a composition composed of sand and a binder, wherein the composition is introduced into a hollow model whose interior cavity determines the contours of all surfaces of the mold to be produced or of the mold part to be produced, wherein the model consists of at least two parts which can be separated from one another in order to permit removal of the mold produced, and wherein a composition is applied to at least one of the separable parts before use, the composition containing as a solvent an organic solvent and a polydialkylsiloxane as a organosilicon component and triethoxysilane or triacetoxymethylsilane as a crosslinker.
A method of extracting web page information, the method comprising,under control of one or more processors configured with executable instructions: analyzing a document object model structure of a sample page to obtain a position of information to be extracted in the DOM structure; rendering a node corresponding to the position of the information to be extracted in the DOM structure as a target node, starting from the target node, traversing relative position information that has been obtained in advance to obtain a node and to determine whether the node is a root node, if not, continuing recursively to find another node until the root node is found to create candidate paths from the target node to the root node, and rendering the candidate paths obtained from the target node to the root node as a path set; analyzing a DOM structure of a page to be extracted, locating the information to be extracted in the DOM structure of the page to be extracted using a path starting from the root node in the path set, and obtaining nodes corresponding to the position of the information to be extracted in the DOM structure of the web page to be extracted as an extracted node candidate set; and selecting a node having the highest robustness from the extracted node candidate set to be a final extracted node and obtaining extracted information using the extracted node. analyzing a document object model structure of a sample page to obtain a position of information to be extracted in the DOM structure; rendering a node corresponding to the position of the information to be extracted in the DOM structure as a target node, starting from the target node, traversing relative position information that has been obtained in advance to obtain a node and to determine whether the node is a root node, if not, continuing recursively to find another node until the root node is found to create candidate paths from the target node to the root node, and rendering the candidate paths obtained from the target node to the root node as a path set; analyzing a DOM structure of a page to be extracted, locating the information to be extracted in the DOM structure of the page to be extracted using a path starting from the root node in the path set, and obtaining nodes corresponding to the position of the information to be extracted in the DOM structure of the web page to be extracted as an extracted node candidate set; and selecting a node having the highest robustness from the extracted node candidate set to be a final extracted node and obtaining extracted information using the extracted node.