mhurhangee/ep-ind-claims huggingface dataset:
A method for the automatic classification of events acquired by a flow cytometer, wherein each event is characterized by a set of n parameters, the method comprising the steps of calculating the local density corresponding to each event, finding clusters of events in the n-dimensional parameter space and identifying each cluster with a population, characterized in that the step of calculating the local density corresponding to each event comprises the following steps: a) creating a set of n-dimensional grids of different hypercube sizes in the n-dimensional parameter space; b) selecting one hypercube size from said set of n-dimensional grids for each event, the hypercube size being the size of the less populated hypercube containing said event and a minimum number k of events; and c) associating to each event a list of its p closest neighbours located inside the hypercube assigned to each event and within a maximum distance d from said event, and d) calculating the local density in the neighbourhood of each event, on the basis of the average distances to the p closest neighbours of said event. a) creating a set of n-dimensional grids of different hypercube sizes in the n-dimensional parameter space; b) selecting one hypercube size from said set of n-dimensional grids for each event, the hypercube size being the size of the less populated hypercube containing said event and a minimum number k of events; and c) associating to each event a list of its p closest neighbours located inside the hypercube assigned to each event and within a maximum distance d from said event, and d) calculating the local density in the neighbourhood of each event, on the basis of the average distances to the p closest neighbours of said event.
A method for producing molded articles, comprising a welding step of injecting an injection welding material containing a polyamide around or between butt weld portions of primary molded parts disposed in face-to-face contact, so as to weld the primary molded parts together to form a molded article, the polyamide consisting of dicarboxylic acid units, diamine units and triamine units in an amount of 0.05 to 1 mol% with respect to the total dicarboxylic acid units, wherein the triamine units are N,N-disubstituted amide units, and the dicarboxylic acid units contain 60 to 100 mol% of aromatic dicarboxylic acid units.
Electronic unit for an intervention in a high-voltage electrical environment, comprising: a printed circuit on which there are disposed electrical components of a primary circuit, intended for a direct link with a high-voltage electrical environment, and of a secondary circuit, comprising at least one transformer comprising a primary coil linked electrically to the primary circuit and a secondary coil linked electrically to the secondary circuit, the two coils (11, 12) being positioned opposite on each of the faces of the printed circuit, this printed circuit forming an insulating element of the transformer, wherein the transformer is directly constructed on the printed circuit, by application of turns directly on or in the printed circuit to form the two primary and secondary coils (11, 12) in the form of a flat winding of metal turns, characterized in that each coil (11, 12) comprises a flat winding of metal turns having a central end (15, 14) linked electrically by an electrical wire (19, 18) positioned in the thickness of the insulating element and linked to the central end (15, 14) of the winding disposed on the surface of the insulating element and beyond the winding by blind vias formed in the insulating element or by an electrical wire (19, 18) positioned on the surface of the insulating element and linked to the central end (15, 14) of the winding disposed within the thickness of the insulating element by blind vias formed in the insulating element. a printed circuit on which there are disposed electrical components of a primary circuit, intended for a direct link with a high-voltage electrical environment, and of a secondary circuit, comprising at least one transformer comprising a primary coil linked electrically to the primary circuit and a secondary coil linked electrically to the secondary circuit, the two coils (11, 12) being positioned opposite on each of the faces of the printed circuit, this printed circuit forming an insulating element of the transformer, wherein the transformer is directly constructed on the printed circuit, by application of turns directly on or in the printed circuit to form the two primary and secondary coils (11, 12) in the form of a flat winding of metal turns, characterized in that each coil (11, 12) comprises a flat winding of metal turns having a central end (15, 14) linked electrically by an electrical wire (19, 18) positioned in the thickness of the insulating element and linked to the central end (15, 14) of the winding disposed on the surface of the insulating element and beyond the winding by blind vias formed in the insulating element or by an electrical wire (19, 18) positioned on the surface of the insulating element and linked to the central end (15, 14) of the winding disposed within the thickness of the insulating element by blind vias formed in the insulating element.
A reinforced soil structure comprising: - a fill; - a facing placed along a front face of the structure; - at least one main reinforcement member (2, 9, 26) connected to the facing and extending through a first reinforced zone of the fill situated behind said front face; and characterized in that - at least one secondary reinforcement member disconnected from the facing and extending from the facing in a second reinforced zone of the fill which has, with said first reinforced zone, a common part (Z'), wherein the secondary reinforcement member extends from the facing into the fill up to a distance substantially shorter than the main reinforcement member (2, 9, 26), with respect to the front face. - a fill; - a facing placed along a front face of the structure; - at least one main reinforcement member (2, 9, 26) connected to the facing and extending through a first reinforced zone of the fill situated behind said front face; and characterized in that - at least one secondary reinforcement member disconnected from the facing and extending from the facing in a second reinforced zone of the fill which has, with said first reinforced zone, a common part (Z'),
An adhesive, consisting of an aqueous composition, for the treatment of surfaces, the aqueous composition containing - at least 50 % by weight water; - 0.1 to 4.0 % by weight water glass; - 0.1 to 7.0 % by weight total amount of starch and/or starch derivatives; - 0 to 15 % by weight fillers; - polymer binder selected from acrylate, styrene, vinyl acetate, vinyl propionate and/or urethane homo- or copolymer or any mixture hereof, wherein the specified amounts of water glass, starch and/or starch derivatives and the fillers relate to the solids content of the respective substances in the aqueous composition. - at least 50 % by weight water; - 0.1 to 4.0 % by weight water glass; - 0.1 to 7.0 % by weight total amount of starch and/or starch derivatives; - 0 to 15 % by weight fillers; - polymer binder selected from acrylate, styrene, vinyl acetate, vinyl propionate and/or urethane homo- or copolymer or any mixture hereof,
A clamping device for clamping a log, the clamping device comprising: - a frame; - a supporting beam fixed on the frame for supporting the log (100, 200); - a pair of clamps (141, 142) for clamping the log; and - a base plate for carrying the pair of clamps (141, 142), the pair of clamps moveably disposed on the base plate for changing the distance between the clamps (141, 142), characterized by the base plate being moveably disposed on the frame for changing the distance between the clamps (141, 142) and the supporting beam, thereby allowing the clamping device to be suitable for clamping logs of different diameters. - a frame; - a supporting beam fixed on the frame for supporting the log (100, 200); - a pair of clamps (141, 142) for clamping the log; and - a base plate for carrying the pair of clamps (141, 142), the pair of clamps moveably disposed on the base plate for changing the distance between the clamps (141, 142), characterized by the base plate being moveably disposed on the frame for changing the distance between the clamps (141, 142) and the supporting beam, thereby allowing the clamping device to be suitable for clamping logs of different diameters.
A method for reporting channel information applied in a double codebook or dual index based feedback framework, when a precoder type indication, PTI, is set to 1, the method comprising: determining, by a user equipment, a second precoding matrix indicator, PMI, report conditioned on a last reported, rank indication, RI, report and a last reported first PMI report, wherein the second PMI comprises wideband second PMI or subband PMI; and reporting, by the a user equipment, the second PMI report, to the communications controller; wherein a precoder or a precoding matrix W for a subband is a matrix product of two matrices W1 and W2, and the first PMI is an index for W1, the second PMI is an index for W2; wherein determining the W2 or the second PMI is expressed as i 2 * = arg max i 2 f WB W i 1 *, i 2 r 1 *, where r 1 * and i 1 * is the most recently reported RI with PTI = 1 report and the most recently reported first PMI or W1 report, respectively; wherein, f WB W i 1 *, i 2 r 1 * = ∑ s ∈ S C s W i 1 *, i 2 r 1 *, where S represents the set of subbands and spans the entire system bandwidth, s represents a subband belonging to S, and C s W i 1 *, i 2 r 1 * represents the total throughput, capacity, or other metrics when transmitting utilizes precoding matrix W i 1 *, i 2 r 1 * on subband s. determining, by a user equipment, a second precoding matrix indicator, PMI, report conditioned on a last reported, rank indication, RI, report and a last reported first PMI report, wherein the second PMI comprises wideband second PMI or subband PMI; and reporting, by the a user equipment, the second PMI report, to the communications controller; wherein a precoder or a precoding matrix W for a subband is a matrix product of two matrices W1 and W2, and the first PMI is an index for W1, the second PMI is an index for W2; wherein determining the W2 or the second PMI is expressed as i 2 * = arg max i 2 f WB W i 1 *, i 2 r 1 *, where r 1 * and i 1 * is the most recently reported RI with PTI = 1 report and the most recently reported first PMI or W1 report, respectively; wherein, f WB W i 1 *, i 2 r 1 * = ∑ s ∈ S C s W i 1 *, i 2 r 1 *, where S represents the set of subbands and spans the entire system bandwidth, s represents a subband belonging to S, and C s W i 1 *, i 2 r 1 * represents the total throughput, capacity, or other metrics when transmitting utilizes precoding matrix W i 1 *, i 2 r 1 * on subband s.
A rail car switch unit connected to a first cable head and a second cable head which are connected to different circuits, comprising: a switch having a fixed electrode and a movable electrode which freely come into or out of contact with each other; a first bushing conductor (12A, 12D) electrically connected to the fixed electrode and connected to the first cable head; a second bushing conductor (12B, 12C) electrically connected to the movable electrode and connected to the second cable head; a movable conductor connected to the movable electrode; an aerial insulating operation rod disposed coaxially with the movable conductor; an adapter coupling the movable conductor and the aerial insulating operation rod coaxially; an operation device disposed virtually in alignment with the switch and the aerial insulating operation rod; a first support member supporting the movable conductor; and an insulating case with a ground potential, covering the switch, the first bushing conductor, and the second bushing conductor, characterised in that the first support member pivotally supports the movable conductor, and a second support member pivotally supports the adapter. a switch having a fixed electrode and a movable electrode which freely come into or out of contact with each other; a first bushing conductor (12A, 12D) electrically connected to the fixed electrode and connected to the first cable head; a second bushing conductor (12B, 12C) electrically connected to the movable electrode and connected to the second cable head; a movable conductor connected to the movable electrode; an aerial insulating operation rod disposed coaxially with the movable conductor; an adapter coupling the movable conductor and the aerial insulating operation rod coaxially; an operation device disposed virtually in alignment with the switch and the aerial insulating operation rod; a first support member supporting the movable conductor; and an insulating case with a ground potential, covering the switch, the first bushing conductor, and the second bushing conductor, characterised in that the first support member pivotally supports the movable conductor, and a second support member pivotally supports the adapter.
A freeze-drying tray, comprising a tray frame having a sealable access opening and a circumferential wall, which on a free edge has a first projection, on which a filter cloth is circumferentially affixed, characterized in that the filter cloth has a passage opening, through which a measuring sensor sleeve is passed or on which it rests, wherein the measuring sensor sleeve has a connecting edge, which surrounds an entrance opening for the insertion of a temperature sensor, and the filter cloth is sealingly fused and pressed along its outer edge with the tray frame and around the passage opening with the adjoining material of the measuring sensor sleeve in each case using heated tool welding.
A method of operating a first radio access node in a communication network, the first radio access node supporting a plurality of cells that are divided into one or more groups of cells, wherein at least a first group of cells comprises more than one cell, the method comprising: determining a first access stratum, AS,- base key for a communication device that is to connect to the first radio access node via a first cell in the first group of cells; wherein the first AS-base key is determined using a security area identifier of the first group of cells without a physical cell identifier, PCI, and target physical cell downlink frequency, EARFCN-DL of the first cell; using the first AS-base key to determine a first encryption key that is to be used to encrypt communications between the communication device and the first radio access node via the first cell; and in the event that the communication device is to connect to the first radio access node via a second cell in the first group of cells, using the first encryption key to encrypt communications between the communication device and the first radio access node via the second cell. determining a first access stratum, AS,- base key for a communication device that is to connect to the first radio access node via a first cell in the first group of cells; wherein the first AS-base key is determined using a security area identifier of the first group of cells without a physical cell identifier, PCI, and target physical cell downlink frequency, EARFCN-DL of the first cell; using the first AS-base key to determine a first encryption key that is to be used to encrypt communications between the communication device and the first radio access node via the first cell; and in the event that the communication device is to connect to the first radio access node via a second cell in the first group of cells, using the first encryption key to encrypt communications between the communication device and the first radio access node via the second cell.
A method of performing a random access procedure for coverage enhancement the method performed by a wireless device located in a coverage extension region of a long term evolution, LTE, based cell and comprising: repeatedly transmitting a random access preamble according to a first repetition level to a cell, if no random access response, RAR, including a random access preamble identifier corresponding to the transmitted random access preamble is received within an RAR window from the cell, performing a repetition level change from the first repetition level to a second repetition level and performing power ramping; repeatedly retransmitting the random access preamble according to the second repetition level, wherein the random access preamble is repeatedly transmitted and retransmitted on a plurality of subframes, wherein the repetition level change is performed firstly and then the power ramping is performed, such that the power ramping is performed if the RAR including the random access preamble identifier is not received and if the retransmission based on the repetition level change is performed, transmitting a scheduled message when the RAR is received; and if a message in response to the scheduled message is not received until a contention resolution timer expires, repeatedly retransmitting the random access preamble. repeatedly transmitting a random access preamble according to a first repetition level to a cell, if no random access response, RAR, including a random access preamble identifier corresponding to the transmitted random access preamble is received within an RAR window from the cell, performing a repetition level change from the first repetition level to a second repetition level and performing power ramping; repeatedly retransmitting the random access preamble according to the second repetition level, wherein the random access preamble is repeatedly transmitted and retransmitted on a plurality of subframes, wherein the repetition level change is performed firstly and then the power ramping is performed, such that the power ramping is performed if the RAR including the random access preamble identifier is not received and if the retransmission based on the repetition level change is performed, transmitting a scheduled message when the RAR is received; and if a message in response to the scheduled message is not received until a contention resolution timer expires, repeatedly retransmitting the random access preamble.
Helicopter having a helicopter body with a longitudinal axis and a rotor head which is driven about a rotor drive axis and which has at least two rotor blades (6.1) held via one rotor blade shaft each a rotor bearing axis of the rotor blade shafts is adjustable perpendicular to its direction of extent in relation to the rotor drive axis, wherein a rotor shaft has a plurality of parts, the parts of the rotor shaft contain at least one rotor bearing shaft (3.1) and an additional rotor bearing shaft (3.2), the rotor head holds the at least two rotor blade shafts in at least one rotor blade segment (2.2), there is at least one additional rotor blade segment (2.4) with additional rotor blade shafts, the additional rotor blade segment (2.4) is coupled to the rotor blade segment (2.2), and the movable parts of the rotor shaft, the rotor bearing shaft (3.1) and additional rotor bearing shaft (3.2) are deflectable in an opposed manner and, as a result, the rotor blade shafts and the additional rotor blade shafts are movable in an opposed manner with respect to one another.
A flooring panel (P, 50) comprising - an upper floor layer having an upper side and a lower side; and - an adhesive layer comprising - an elastic layer having a first side, and a second side, which is located opposite said first side of said elastic layer and which defines a surface of said elastic layer, said elastic layer being made from a foam material and including a plurality of holes distributed throughout said elastic layer, wherein said holes positioned in the interior of said elastic layer are formed as closed cells and open holes are formed in said surface of said elastic layer, said open holes being sized and shaped for applying suction against a support surface when said adhesive layer is applied thereto; characterized by - a sealing material applied to the entire surface of said second side of said elastic layer for enhancing the suction applied by said open holes to the support surface; and - a bonding layer applied to said first side of said elastic layer, wherein said open holes each have a concave shape extending inwardly into said elastic layer and are treated with said sealing material, wherein said sealing material does not completely fill said open holes so as to maintain hollow spaces, said first side of said adhesive layer being attached to said lower side of said upper floor layer. - an upper floor layer having an upper side and a lower side; and - an adhesive layer comprising - an elastic layer having a first side, and a second side, which is located opposite said first side of said elastic layer and which defines a surface of said elastic layer, said elastic layer being made from a foam material and including a plurality of holes distributed throughout said elastic layer, wherein said holes positioned in the interior of said elastic layer are formed as closed cells and open holes are formed in said surface of said elastic layer, said open holes being sized and shaped for applying suction against a support surface when said adhesive layer is applied thereto; - a sealing material applied to the entire surface of said second side of said elastic layer for enhancing the suction applied by said open holes to the support surface; and - a bonding layer applied to said first side of said elastic layer, wherein said open holes each have a concave shape extending inwardly into said elastic layer and are treated with said sealing material,
A lubricating apparatus for lubricating a fitted portion where a shaft member and a tubular member are spline-fitted, the lubricating apparatus comprising: a shaft member having a tip surface, the shaft member further having outer spline teeth on an outer circumference at a tip on the tip surface side and being rotatable about a rotation axis, a tubular member having inner spline teeth fitted to the outer spline teeth on an inner circumference, a lubricating oil supplying member, an inner-shaft oil passage (42, 43, 44) formed inside the shaft member, the inner-shaft oil passage (42, 43, 44) allowing an outer circumferential surface having the outer spline teeth and the tip surface of the shaft member to communicate with each other, a supplied oil passage (75, 76) being formed inside the lubricating oil supplying member, a lubricating oil supplied to the inner-shaft oil passage (42, 43, 44) flowing through the supplied oil passage (75, 76), the supplied oil passage (75, 76) being provided with an inflow port, the lubricating oil flowing into the supplied oil passage (75, 76) through the inflow port, characterized in that the lubricating oil supplying member is disposed to face the tip surface of the shaft member, and the inflow port is open to an outer circumferential surface of the lubricating oil supplying member in a radial direction of the shaft member. a shaft member having a tip surface, the shaft member further having outer spline teeth on an outer circumference at a tip on the tip surface side and being rotatable about a rotation axis, a tubular member having inner spline teeth fitted to the outer spline teeth on an inner circumference, a lubricating oil supplying member, an inner-shaft oil passage (42, 43, 44) formed inside the shaft member, the inner-shaft oil passage (42, 43, 44) allowing an outer circumferential surface having the outer spline teeth and the tip surface of the shaft member to communicate with each other, a supplied oil passage (75, 76) being formed inside the lubricating oil supplying member, a lubricating oil supplied to the inner-shaft oil passage (42, 43, 44) flowing through the supplied oil passage (75, 76), the supplied oil passage (75, 76) being provided with an inflow port, the lubricating oil flowing into the supplied oil passage (75, 76) through the inflow port, characterized in that the lubricating oil supplying member is disposed to face the tip surface of the shaft member, and the inflow port is open to an outer circumferential surface of the lubricating oil supplying member in a radial direction of the shaft member.