mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling communication in an RFID system (100, 200, 400) between a first device (102, 202, 402) and a reader/writer terminal (104, 204, 404), which is separate from said first device (102, 202, 402), wherein said first device performs the steps of: - performing operation of a first type, - detecting whether broadcasting is performed from at least a second device (220, 420, 430) in the RFID system (100, 200, 400), wherein said at least one second device is separate from said first device and said reader/writer terminal, and thereby determining whether a detection state exists, characterized in that the detection state indicates the presence of the second device, the second device being known to the first device, the operation of the first type comprising at least one of - broadcasting a first data sequence having non-sensitive data of the first device; - only responding to requests for non-sensitive data of the first device; - concealing presence of the first device by not allowing any transmission at all; and, in the method, the first device further performs the step of - if said detection state exists, allowing said first device to perform operation of a second type, the operation of the second type comprising at least one of - broadcasting data including sensitive data of the first device; - responding to requests for data including sensitive data of the first device; - responding to a request for an identifier of the first device. - performing operation of a first type, - detecting whether broadcasting is performed from at least a second device (220, 420, 430) in the RFID system (100, 200, 400), wherein said at least one second device is separate from said first device and said reader/writer terminal, and thereby determining whether a detection state exists, characterized in that the detection state indicates the presence of the second device, the second device being known to the first device, the operation of the first type comprising at least one of - broadcasting a first data sequence having non-sensitive data of the first device; - only responding to requests for non-sensitive data of the first device; - concealing presence of the first device by not allowing any transmission at all; and, in the method, the first device further performs the step of - broadcasting a first data sequence having non-sensitive data of the first device; - only responding to requests for non-sensitive data of the first device; - concealing presence of the first device by not allowing any transmission at all; - if said detection state exists, allowing said first device to perform operation of a second type, the operation of the second type comprising at least one of - broadcasting data including sensitive data of the first device; - responding to requests for data including sensitive data of the first device; - responding to a request for an identifier of the first device. - broadcasting data including sensitive data of the first device; - responding to requests for data including sensitive data of the first device; - responding to a request for an identifier of the first device.
Method for cleaning a fastening surface for a balancing element on an inner face of a rim of a vehicle wheel, in which method the vehicle wheel is positioned in a holding apparatus such that a cleaning apparatus can be moved, by means of a handling apparatus, to the fastening surface on the inner face of the rim of the positioned vehicle wheel, wherein the cleaning apparatus is arranged at a free end of the handling apparatus and the cleaning apparatus is moved by the handling apparatus to a wetting device filled with a cleaning agent and is wetted with cleaning agent in the wetting device, the cleaning apparatus wetted with cleaning agent is moved by the handling apparatus from below into the wheel rim and to a fastening surface to be cleaned, the cleaning apparatus is set in rotation around its axis by a motor and cleans the at least one fastening surface on the inner face of the wheel rim rotatably.
Arrangement comprising an electric and/or electronic module and a circuit carrier, in which at least one electric connecting line of the electric and/or electronic module is accommodated in a recess of the circuit carrier, wherein at least one clamping device (18a, 18b, 18c, 18d) fixes the at least one connecting line in the recess after being introduced into the recess, characterized in that the at least one clamping device (18c, 18d) comprises at least one ribbing (28c, 28d) which is plastically deformed when the connecting line is introduced into the recess.
A branched polyethylenimine comprising: 45 to 70 backbone tertiary amine groups, 90 to 140 backbone secondary amine groups, a positive number n' greater than 0 of backbone terminating primary amine groups, and a positive number q greater than 0 of backbone terminating carbamate groups of formula: wherein: (n'+q) is a number equal to 45 to 70, the starred bond of formula is linked to a backbone nitrogen of the branched polyethylenimine, R 1 is hydrogen, methyl, or ethyl, R 2 is hydrogen or an ester *-C(=O)OR 3, wherein R 3 comprises 1 to 26 carbons, and q/(n' + q) × 100% equals 9% to 47%. (n'+q) is a number equal to 45 to 70, the starred bond of formula is linked to a backbone nitrogen of the branched polyethylenimine, R 1 is hydrogen, methyl, or ethyl, R 2 is hydrogen or an ester *-C(=O)OR 3, wherein R 3 comprises 1 to 26 carbons, and q/(n' + q) × 100% equals 9% to 47%.
A composition comprising insulin for use in promoting gastric emptying in a subject in need thereof, wherein the composition is to be administered enterally, wherein the subject is a low birth weight infant, and wherein the composition provides a total amount of insulin to the subject of about 0.001U/kg/day to about 1.0 U/kg/day.
A peptidic compound having the formula: H 2 N-H is-Aib-Gln-Gly-Thr-Phe- Thr-Ser-Asp-Leu-Ser-Lys-Gln-X 14-Asp-Glu-Gl n-Arg-Ala-L ys-Leu-Phe-lle-Gl u- T rp-Leu-Aib-X28-X29-Gly-Pro-Pro-Ser-Aib-Lys-Pro-Pro-Pro-Lys-R 1 wherein X14 represents an amino acid residue with a functionalized -NH 2 side chain group, selected from the group consisting of Lys, Orn, Dab, or Dap, wherein the -NH 2 side chain group is functionalized by -Z-C -R 5, wherein Z represents a linker in all stereoisomeric forms and R 5 is a moiety comprising up to 50 carbon atoms and heteroatoms selected from N and O, X28 represents an amino acid residue selected from Ala, Lys and Ser, X29 represents an amino acid residue selected from D-Ala and Gly, R 1 is NH 2 or OH, or a salt or solvate thereof. X14 represents an amino acid residue with a functionalized -NH 2 side chain group, selected from the group consisting of Lys, Orn, Dab, or Dap, wherein the -NH 2 side chain group is functionalized by -Z-C -R 5, wherein Z represents a linker in all stereoisomeric forms and R 5 is a moiety comprising up to 50 carbon atoms and heteroatoms selected from N and O, Z represents a linker in all stereoisomeric forms and R 5 is a moiety comprising up to 50 carbon atoms and heteroatoms selected from N and O, X28 represents an amino acid residue selected from Ala, Lys and Ser, X29 represents an amino acid residue selected from D-Ala and Gly, R 1 is NH 2 or OH, or a salt or solvate thereof.
Method for suppressing or deactivating a lane keeping assist system in a host vehicle on a travelling path, characterized in said method comprising: a) retrieving environmental data from a data gathering system; b) determining a current lane width (w_cur), based on said environmental data retrieved from said data gathering system; c) comparing said current lane width (w_cur) with a first pre-set lane width (w_set 1); and d) if determining that said current lane width (w_cur) is smaller than said first pre-set lane width (w_set 1); and if e) detecting the presence of an obstacle on said travelling path which obstacle will be passed by said host vehicle or which obstacle will pass said host vehicle within a pre-determined time period (t_p); f) deactivating or suppressing said lane keeping assist system. a) retrieving environmental data from a data gathering system; b) determining a current lane width (w_cur), based on said environmental data retrieved from said data gathering system; c) comparing said current lane width (w_cur) with a first pre-set lane width (w_set 1); and d) if determining that said current lane width (w_cur) is smaller than said first pre-set lane width (w_set 1); and if e) detecting the presence of an obstacle on said travelling path which obstacle will be passed by said host vehicle or which obstacle will pass said host vehicle within a pre-determined time period (t_p); f) deactivating or suppressing said lane keeping assist system.
A process for the preparation of disinfected cell preparations from mammalian tissues, comprising the following process steps: a) perfusing mammalian tissue with an enzyme-free liquid antibiotic composition that comprises at least one antibiotic and is contained in at least one perfusion buffer, b) carrying out an enzymatic, antibiotic-free treatment of the tissue to obtain a single-cell suspension, and c) obtaining disinfected cell preparations, wherein the enzymatic treatment according to step b) takes place after step a). a) perfusing mammalian tissue with an enzyme-free liquid antibiotic composition that comprises at least one antibiotic and is contained in at least one perfusion buffer, b) carrying out an enzymatic, antibiotic-free treatment of the tissue to obtain a single-cell suspension, and c) obtaining disinfected cell preparations,
Wing (2, 43, 47) for an aircraft comprising a main wing structure fixedly attachable to a body of an aircraft, at least one high lift body movably supported at the main wing structure, a drive unit coupled with the main wing structure and the at least one high lift body and adapted to move the at least one high lift body relative to the main wing structure in a substantial chordwise direction between a retracted position and at least one extended position, and a sealing device coupled with the at least one high lift body and the main wing structure, wherein the at least one high lift body comprises at least one outer edge (26, 28) facing the main wing structure, which at least one outer edge (26, 28) creates a gap to the main wing structure in the at least one extended position, wherein the sealing device comprises a flexible sealing body, which seals the gap between the at least one high lift body and the main wing structure in extended positions of the at least one high lift body, and wherein the sealing body comprises a plurality of flat longitudinal stiffening elements attached to an inner side of the sealing body at a distance to each other and extending along a spanwise direction.
Tool for assisting the insertion of a window in the top seal of a motor vehicle door, characterised in that it comprises two blades (5, 6) made from rigid and elastic material, comprising a first zone (5a, 6a) in which the two blades (5, 6) are in contact with each other over a part of their length, and a second zone (5b, 6b) in which the two blades (5, 6) spaced apart and parallel over the remaining part of their length, the ends of the two blades in this second zone (5b, 6b) being intended to be engaged on the outer flange of said seal so as to be in abutment respectively on the external face and on the internal face of said outer flange of the seal.
A semiconductor device comprising: a semiconductor chip which includes a semiconductor material which is larger than silicon in band gap, wherein the semiconductor chip has: a peripheral edge part; a semiconductor element formation part located on an inner side of the peripheral edge part; and an insulating member which covers the peripheral edge part and surrounds the semiconductor element formation part, and in a planar view, a shape of an inner end part of the insulating member includes curved-line parts (CRL1A, CRL1B, CRL2A, CRL2B) which are mutually different in radius of curvature, wherein in the planar view, the shape of the inner end part of the insulating member includes: one pair of first curved-line parts (CRL1A, CRL1B) having a first radius of curvature; and one pair of second curved-line parts (CRL2A, CRL2B) having a second radius of curvature which is different from the first radius of curvature. a semiconductor chip which includes a semiconductor material which is larger than silicon in band gap, wherein the semiconductor chip has: a peripheral edge part; a semiconductor element formation part located on an inner side of the peripheral edge part; and an insulating member which covers the peripheral edge part and surrounds the semiconductor element formation part, and in a planar view, a shape of an inner end part of the insulating member includes curved-line parts (CRL1A, CRL1B, CRL2A, CRL2B) which are mutually different in radius of curvature, wherein in the planar view, the shape of the inner end part of the insulating member includes: one pair of first curved-line parts (CRL1A, CRL1B) having a first radius of curvature; and one pair of second curved-line parts (CRL2A, CRL2B) having a second radius of curvature which is different from the first radius of curvature. a peripheral edge part; a semiconductor element formation part located on an inner side of the peripheral edge part; and an insulating member which covers the peripheral edge part and surrounds the semiconductor element formation part, and in a planar view, a shape of an inner end part of the insulating member includes curved-line parts (CRL1A, CRL1B, CRL2A, CRL2B) which are mutually different in radius of curvature, wherein in the planar view, the shape of the inner end part of the insulating member includes: one pair of first curved-line parts (CRL1A, CRL1B) having a first radius of curvature; and one pair of second curved-line parts (CRL2A, CRL2B) having a second radius of curvature which is different from the first radius of curvature. one pair of first curved-line parts (CRL1A, CRL1B) having a first radius of curvature; and one pair of second curved-line parts (CRL2A, CRL2B) having a second radius of curvature which is different from the first radius of curvature.
A processor comprising: an enclave page cache to store a first secure control structure data in a first secure storage area allocated to a corresponding first secure enclave of a parent process, and to store a second secure control structure data in a second secure storage area allocated to a corresponding second secure enclave of a child process; a decode stage (1422, 1432) to decode a first instruction for execution by said processor, the first instruction specifying said second secure storage area as an operand; charaterized in that the processor further comprises one or more execution units (1426, 1436), responsive to the decoded first instruction, to: copy the first secure control structure data from the first secure storage area to the second secure storage area; initialize said second secure control structure data with a unique enclave identifier associated with the child process; and record a second secure control structure link to the first secure control structure data in the second secure control structure data. an enclave page cache to store a first secure control structure data in a first secure storage area allocated to a corresponding first secure enclave of a parent process, and to store a second secure control structure data in a second secure storage area allocated to a corresponding second secure enclave of a child process; a decode stage (1422, 1432) to decode a first instruction for execution by said processor, the first instruction specifying said second secure storage area as an operand; copy the first secure control structure data from the first secure storage area to the second secure storage area; initialize said second secure control structure data with a unique enclave identifier associated with the child process; and record a second secure control structure link to the first secure control structure data in the second secure control structure data.
A stator for a rotating machine, comprising: a plurality of stator windings arranged in an annular form; and four conductors (3, 3a, 3b) that connect coil ends of the stator windings in a three-phase Y-connection fashion to each other to form a U-phase, a V-phase, and a W-phase as well as neutral points, wherein the four conductors (3, 3a, 3b), which are each provided with a plurality of holes for inserting the coil end therethrough, are substantially circular, having different diameters, and disposed on the same plane, characterized in that an insulation coating of an insulation coated conductor wire is peeled off at the coil end, and each of the conductors (3, 3a, 3b) is provided with a protrusion on a periphery of each of the holes on one side thereof and with a tapered portion on the other side thereof, with the coil end and the conductor (3, 3a, 3b) being welded to each other, wherein the stator winding is formed by winding an insulation coated conductor wire that is substantially rectangular in cross-section, and the part of the stator winding constituting the coil end is formed into a substantially circular profile. a plurality of stator windings arranged in an annular form; and four conductors (3, 3a, 3b) that connect coil ends of the stator windings in a three-phase Y-connection fashion to each other to form a U-phase, a V-phase, and a W-phase as well as neutral points, wherein the four conductors (3, 3a, 3b), which are each provided with a plurality of holes for inserting the coil end therethrough, are substantially circular, having different diameters, and disposed on the same plane, characterized in that an insulation coating of an insulation coated conductor wire is peeled off at the coil end, and each of the conductors (3, 3a, 3b) is provided with a protrusion on a periphery of each of the holes on one side thereof and with a tapered portion on the other side thereof, with the coil end and the conductor (3, 3a, 3b) being welded to each other, wherein the stator winding is formed by winding an insulation coated conductor wire that is substantially rectangular in cross-section, and the part of the stator winding constituting the coil end is formed into a substantially circular profile.
A computer implemented method for generating color medical image comprising: acquiring medical image data; segmenting at least two tissues from the medical image data; determining at least one type of the at least two tissues; characterized by retrieving at least one combined color table related to the at least one type of the at least two tissues from a combined color table database; displaying at least one preview image, each of the at least one preview image applying one of the at least one combined color table; receiving an instruction for selecting a combined color table from the at least one combined color table; determining the selected combined color table as a combined color table to be applied to the medical image data; and generating a color medical image including the at least two tissues based on the combined color table, wherein the combined color table comprises at least two color tables for the at least two tissues. acquiring medical image data; segmenting at least two tissues from the medical image data; determining at least one type of the at least two tissues; characterized by retrieving at least one combined color table related to the at least one type of the at least two tissues from a combined color table database; displaying at least one preview image, each of the at least one preview image applying one of the at least one combined color table; receiving an instruction for selecting a combined color table from the at least one combined color table; determining the selected combined color table as a combined color table to be applied to the medical image data; and generating a color medical image including the at least two tissues based on the combined color table, wherein the combined color table comprises at least two color tables for the at least two tissues.
A method for producing a textured reflector for a thin film solar cell comprising the following steps: - depositing a metal film on a support, through openings of a mask, the mask being formed by a thin film formed by coplanar balls, the gaps between the balls forming the openings of the mask so as to form a metal film presenting a textured surface, - removing the mask after depositing the metal film on the support, - depositing uniformly an additional metal film on the metal film, after the mask has been removed so as to form an additional metal film characterized in that the additional metal film replicates the textured surface of the metal film. - depositing a metal film on a support, through openings of a mask, the mask being formed by a thin film formed by coplanar balls, the gaps between the balls forming the openings of the mask so as to form a metal film presenting a textured surface, - removing the mask after depositing the metal film on the support, - depositing uniformly an additional metal film on the metal film, after the mask has been removed so as to form an additional metal film
A method for spraying a chemical solution, comprising: spraying the chemical solution onto a dryer roller (D1-D9) by a nozzle device with the nozzle device reciprocated along a rail extended in the width direction of the dryer roller (D1-D9) in a state that the dryer roller (D1-D9), for guiding wet paper, is being rotated, in a dry part of a paper-making machine, wherein a time T required for the nozzle device to travel one-way is set as 0.4 to 3.0 minutes; a rotational speed Vd of the dryer roller (D1-D9) is set as not less than 100 times/min; a number of contacts N that a point on the dryer roller (D1-D9) surface makes contact with the wet paper during the time T is set as 50 to 400 times; the time T, the rotational speed Vd, and the number of contacts N satisfy the relationship of N=T ∗ Vd; and a total amount of the sprayed chemical solution is set as 0.3 to 500 mg/m 2 as an effective component amount, wherein an average moving speed Vn of the nozzle device is set as 4 to 10 m/min; a paper width W of the wet paper is set as 4 to 12 m; and the average moving speed Vn, the paper width W, and the time T satisfy the relationship of T=W/Vn, wherein a transportation speed Vp of the wet paper is set as not less than 600 m/min; a diameter D of the dryer roller (D1-D9) is set as 1.50 to 1.85 m; and the rotational speed Vd, the transportation speed Vp, and the diameter D satisfy the relationship of Vd=Vp/πD, the nozzle device is arranged to spray the chemical solution onto the dryer roller (D1-D9) radially. wherein a time T required for the nozzle device to travel one-way is set as 0.4 to 3.0 minutes; a rotational speed Vd of the dryer roller (D1-D9) is set as not less than 100 times/min; a number of contacts N that a point on the dryer roller (D1-D9) surface makes contact with the wet paper during the time T is set as 50 to 400 times; the time T, the rotational speed Vd, and the number of contacts N satisfy the relationship of N=T ∗ Vd; and a total amount of the sprayed chemical solution is set as 0.3 to 500 mg/m 2 as an effective component amount, wherein an average moving speed Vn of the nozzle device is set as 4 to 10 m/min; a paper width W of the wet paper is set as 4 to 12 m; and the average moving speed Vn, the paper width W, and the time T satisfy the relationship of T=W/Vn, wherein a transportation speed Vp of the wet paper is set as not less than 600 m/min; a diameter D of the dryer roller (D1-D9) is set as 1.50 to 1.85 m; and the rotational speed Vd, the transportation speed Vp, and the diameter D satisfy the relationship of Vd=Vp/πD, the nozzle device is arranged to spray the chemical solution onto the dryer roller (D1-D9) radially.