mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method, comprising: allocating, by a base station device, elements of a sequence having an index indicative of a communication parameter to synchronization channel symbols; generating, by the base station device, a synchronization channel while maintaining symmetry of the sequence; transmitting, by the base station device, signals including the synchronization channel; receiving the signals by a mobile station device; correcting, by the mobile station device, the signals based on the symmetry of the sequence; and extracting, by the mobile station device, the communication parameter; wherein correcting, by the mobile station device, the signals based on the symmetry of the sequence comprises: dividing the synchronization channel symbols into two groups based on the symmetry of the sequence; comparing total power levels for the two groups; selecting the group having the greater total power level as a well received group; and generating, based on the well received group, the other group of synchronization channel symbols to correct the synchronization channel symbols. allocating, by a base station device, elements of a sequence having an index indicative of a communication parameter to synchronization channel symbols; generating, by the base station device, a synchronization channel while maintaining symmetry of the sequence; transmitting, by the base station device, signals including the synchronization channel; receiving the signals by a mobile station device; correcting, by the mobile station device, the signals based on the symmetry of the sequence; and extracting, by the mobile station device, the communication parameter; wherein correcting, by the mobile station device, the signals based on the symmetry of the sequence comprises: dividing the synchronization channel symbols into two groups based on the symmetry of the sequence; comparing total power levels for the two groups; selecting the group having the greater total power level as a well received group; and generating, based on the well received group, the other group of synchronization channel symbols to correct the synchronization channel symbols. dividing the synchronization channel symbols into two groups based on the symmetry of the sequence; comparing total power levels for the two groups; selecting the group having the greater total power level as a well received group; and generating, based on the well received group, the other group of synchronization channel symbols to correct the synchronization channel symbols.
A HDL-raising or HDL mimicking agent for use in the treatment of cardiovascular disorder, wherein the subjects treated have an improved response genotype at one or more of the following sites: rs1967309, rs12595857, rs2239310, rs11647828, rs8049452, rs12935810, rs74702385, rs17136707, rs8061182, rs111590482, rs4786454, rs2283497, rs2531967, rs3730119, rs13337675, rs12920508, rs12599911, rs2531971 or rs2238448, wherein "HDL-raising or HDL mimicking agent" is dalcetrapib,.
A method of pre-fetching resources, comprising: scanning an HTML document to discover a script by a process executing in a processor of a computing device; parsing the discovered script to identify most common patterns in the code; speculatively and selectively executing only the identified patterns relevant to discovering resources of the discovered script, which are not expressly referenced in the script, by a sandboxed script execution engine in parallel with an execution of browser operations; speculatively pre-fetching the discovered resources by issuing a request to download the discovered resources; and discarding results generated by speculatively executing the identified patterns of the discovered script. scanning an HTML document to discover a script by a process executing in a processor of a computing device; parsing the discovered script to identify most common patterns in the code; speculatively and selectively executing only the identified patterns relevant to discovering resources of the discovered script, which are not expressly referenced in the script, by a sandboxed script execution engine in parallel with an execution of browser operations; speculatively pre-fetching the discovered resources by issuing a request to download the discovered resources; and discarding results generated by speculatively executing the identified patterns of the discovered script.
A pedal group, such as a brake pedal group of a vehicle, which comprises, in an assembly position, a pedal body joined to a pedal shaft the first and second free ends (3a, 3b) of which are introduced in plain bearings each one of which is housed in a support hole of a pedal support, wherein said plain bearings have on the outer part thereof and in the area of the mouth thereof a non-return step which in an operative position of the pedal group rests against the inner edge of the support hole of the pedal support, and which prevents the plain bearing from being extracted from the aforementioned hole in the direction towards the outside of the pedal support, the pedal group being characterized in that the pedal shaft has a bulge (A or A') in the proximity of at least one of the first or second free ends (3a, 3b) which - in the operative position of the pedal group assembly, does not interfere with the mouth of the plain bearing in which said free end (3a, 3b) is introduced, but which - in a forced assembly position which comprises an undesired axial movement D of the pedal shaft interferes with the mouth of the aforementioned plain bearing, expanding it towards the outside, among other effects anchoring the non-return step against the aforementioned inner edge of the support hole of the pedal support. - in the operative position of the pedal group assembly, does not interfere with the mouth of the plain bearing in which said free end (3a, 3b) is introduced, but which - in a forced assembly position which comprises an undesired axial movement D of the pedal shaft interferes with the mouth of the aforementioned plain bearing, expanding it towards the outside, among other effects anchoring the non-return step against the aforementioned inner edge of the support hole of the pedal support.
A replaceable cartridge dispensing liquid agents, comprising a chamber ended at the top with a neck having a male thread, said cartridge further comprises a pumping system including a base and a movable pumping element, whereas the base includes a mandrel with a male thread, while the pumping element has a mandrel with a female thread, characterised in that the base is rotatable against the chamber, said chamber in its lower part having at least two tooth-shaped projections, and the base comprises at least two recesses that correspond to said projections.
Seat, in particular airplane seat, comprising at least a support structure and a structure (4, 5) movable with respect to said support structure and that can pass from a seating configuration to an extended or bed configuration or to a straddle configuration, and vice versa, said seat comprising at least a side (2, 14) and a displacement system of at least said side (2, 14) said seat being characterized in that said displacement system comprises pushing means (6, 9), connected with said movable structure (4, 5) of said seat and in that it is realised in such a way that, when said movable structure (4, 5) of said seat is in the straddle configuration, said pushing means (6, 9) pass from an engaged position, wherein they are engaged with said side (2, 14) acting on the same so as to follow the configuration and/or the movement of said seat, and in that said displacement system further comprises a hinge between said pushing means (6, 9) and said movable structure (4, 5) and return means acting on said pushing means (6, 9) in a position disengaged with respect to said side (2, 14) and in that said displacement system further comprises a contact element rigidly coupled with said pushing means (6, 9), and a ramp element, rigidly coupled with said support structure, and in that it is realised in such a way that, when said movable structure (4, 5) makes a translation movement toward the cradle configuration, said contact element contacts said ramp element, thus causing rotation of said pushing means (6, 9) with respect to said hinge from the disengagement position with respect to said side (2, 14).
A communication device comprising: a display panel; a cover including a metal surface; two first slits arranged in the metal surface, one of the two first slits extending to an end portion of the cover; the end portion of the cover between the two first slits serving the role of a second slit and not being covered by a conductor; a wound coil configured such that an electric current can flow according to a magnetic field from outside; and an insulating material is filled in the first slits, characterized in that the other of the two first slits is provided as a chipped inward portion of a side wall of the cover; and the wound coil is arranged between the display panel and the cover such that at least a part of a region between the two first slits faces antenna on the surface of rear cover. a display panel; a cover including a metal surface; two first slits arranged in the metal surface, one of the two first slits extending to an end portion of the cover; the end portion of the cover between the two first slits serving the role of a second slit and not being covered by a conductor; a wound coil configured such that an electric current can flow according to a magnetic field from outside; and an insulating material is filled in the first slits, characterized in that the other of the two first slits is provided as a chipped inward portion of a side wall of the cover; and the wound coil is arranged between the display panel and the cover such that at least a part of a region between the two first slits faces antenna on the surface of rear cover.
A method for calibrating a three-dimensional camera in X-ray imaging, the method comprising: acquiring a three-dimensional image of a calibration plate captured by a three-dimensional camera, wherein the calibration plate comprises a positioning marker, and the calibration plate has a predetermined distance from an X-ray tube; determining first three-dimensional coordinates of the positioning marker in a three-dimensional camera coordinate system on the basis of the three-dimensional image; determining second three-dimensional coordinates of the positioning marker in an X-ray tube coordinate system on the basis of the distance; and determining, on the basis of the first three-dimensional coordinates and the second three-dimensional coordinates, a transformation matrix adapted to calibrate the three-dimensional camera. acquiring a three-dimensional image of a calibration plate captured by a three-dimensional camera, wherein the calibration plate comprises a positioning marker, and the calibration plate has a predetermined distance from an X-ray tube; determining first three-dimensional coordinates of the positioning marker in a three-dimensional camera coordinate system on the basis of the three-dimensional image; determining second three-dimensional coordinates of the positioning marker in an X-ray tube coordinate system on the basis of the distance; and determining, on the basis of the first three-dimensional coordinates and the second three-dimensional coordinates, a transformation matrix adapted to calibrate the three-dimensional camera.
A polynucleotide encoding a neurotoxin polypeptide comprising a light chain, a linker and a heavy chain, wherein the linker is a modified linker comprising a heterologous amino acid sequence which confers at least one physicochemical property to the polypeptide which allows for separation of partially processed or unprocessed neurotoxin polypeptides from processed neurotoxin polypeptides, said heterologous amino acid sequence being flanked N- and C-terminally by a protease recognition and cleavage site, wherein the neurotoxin is a Botulinum neurotoxin.
A preform manufacturing device for manufacturing a preform from thermoplastic resin flakes, the preform manufacturing device comprises: a decontamination apparatus removing contaminants in the thermoplastic resin flakes, and an injection molding apparatus (5") injecting and molding the thermoplastic resin supplied from the decontamination apparatus, and the injection molding apparatus comprises a plurality of molds and continuously shapes preforms; the preform manufacturing device further comprising a filter disposed between the decontamination apparatus and the injection molding apparatus, characterized in that a gear pump is disposed between the filter and the injection molding apparatus. a decontamination apparatus removing contaminants in the thermoplastic resin flakes, and an injection molding apparatus (5") injecting and molding the thermoplastic resin supplied from the decontamination apparatus, and the injection molding apparatus comprises a plurality of molds and continuously shapes preforms;
Steam generator for a household appliance, comprising an evaporation chamber that is connected to a water supply line and to a steam discharge line in a flow-conducting manner, and an evaporation surface that can be heated by means of a heat accumulator (12; 12.1), the steam generator comprising an electric open-loop control device that controls the heating of the heat accumulator (12; 12.1) in an open- or closed-loop manner by means of a heater and controls the introduction of water in an open- or closed-loop manner by means of a valve or a pump arranged in the supply line, characterised in that at least one portion of the evaporation surface is formed to have, in its plane, at least one starter portion which, in relation to the thermal conduction, is connected to the heat accumulator (12; 12.1) in such a way that the heat supply from the heat accumulator (12; 12.1) to the starter portion is limited in comparison with the heat supply to the remaining portion of this plane.
A luminescent body comprising a casing and a light source housed in said casing; the casing comprising a front wall, a rear wall, a peripheral wall surrounding the front and rear walls and firmly connected to the front and rear walls; at least one of the front and rear walls comprising at least one portion permeable to light; wherein said peripheral wall comprises an outer coating portion, and the luminescent body further comprises fixing means (15,16) for fixing said outer coating portion to said front and rear walls; characterised in that: - said outer coating portion is made of elastomeric foam material; - said at least one of the front and rear walls (2,3) supports a foil, which is laid or glued in a releasable manner, displays one or more images and/or texts, and is at least partially permeable to light; - said outer coating portion comprises a turned-down side portion which exerts, by effect of the elasticity of the elastomeric foam material, a pressure over the entire periphery of said foil, to maintain said foil in firm position with respect to said at least one of the front and rear walls (2,3) and to hold a peripheral edge of said foil in adherence to said at least one of the front and rear walls (2,3). - said outer coating portion is made of elastomeric foam material; - said at least one of the front and rear walls (2,3) supports a foil, which is laid or glued in a releasable manner, displays one or more images and/or texts, and is at least partially permeable to light; - said outer coating portion comprises a turned-down side portion which exerts, by effect of the elasticity of the elastomeric foam material, a pressure over the entire periphery of said foil, to maintain said foil in firm position with respect to said at least one of the front and rear walls (2,3) and to hold a peripheral edge of said foil in adherence to said at least one of the front and rear walls (2,3).
A system for processing spent ion exchange media, comprising: an ion specific media, ISM, vessel wherein the ISM vessel contains spent ion exchange media; a drying system for drying the spent ion exchange media; a removal system for removing the dried spent ion exchange media from the ISM vessel; a blending system for blending the dried spent ion exchange media with additives; a vitrification system for vitrifying the blended ion exchange media and additives in a vitrification container adapted to yield a vitrified product with embedded contaminants; characterized in that the removal system comprises a sluice system that comprises equipment capable of injecting water into the ISM vessel, mixing the water with the spent ion exchange media, and pumping the resulting sludge out of the ISM vessel, the sluice system further comprising a centrifuge configured to remove bulk water from the sludge yielding dewatered effluent. an ion specific media, ISM, vessel wherein the ISM vessel contains spent ion exchange media; a drying system for drying the spent ion exchange media; a removal system for removing the dried spent ion exchange media from the ISM vessel; a blending system for blending the dried spent ion exchange media with additives; a vitrification system for vitrifying the blended ion exchange media and additives in a vitrification container adapted to yield a vitrified product with embedded contaminants; characterized in that the removal system comprises a sluice system that comprises equipment capable of injecting water into the ISM vessel, mixing the water with the spent ion exchange media, and pumping the resulting sludge out of the ISM vessel, the sluice system further comprising a centrifuge configured to remove bulk water from the sludge yielding dewatered effluent.
A method for transmitting data, performed by a terminal comprising at least two antenna panels, wherein the method comprises: performing channel detection by each of the at least two antenna panels on each bandwidth unit, BWU, to be detected on an active bandwidth part, BWP, and determining one or more idle BWUs detected by each of the at least two antenna panels on the BWP; selecting one or more BWUs as a first BWU subset, from a first BWU set, wherein the first BWU set is determined based on the one or more idle BWUs detected by each of the at least two antenna panels on the BWP; and transmitting uplink information by one or more antenna panels of the at least two antenna panels separately on one or more BWUs in the first BWU subset. performing channel detection by each of the at least two antenna panels on each bandwidth unit, BWU, to be detected on an active bandwidth part, BWP, and determining one or more idle BWUs detected by each of the at least two antenna panels on the BWP; selecting one or more BWUs as a first BWU subset, from a first BWU set, wherein the first BWU set is determined based on the one or more idle BWUs detected by each of the at least two antenna panels on the BWP; and transmitting uplink information by one or more antenna panels of the at least two antenna panels separately on one or more BWUs in the first BWU subset.
A method for drilling a borehole in an earthen formation, comprising: (a) providing a drilling system including a drillstring having a longitudinal axis, a bottom-hole assembly coupled to a lower end of the drillstring, and a drill bit coupled to a lower end of the bottom-hole assembly; (b) rotating the drill bit at a rotational speed; (c) applying weight-on-bit to the drill bit and advancing the drill bit through the formation to form the borehole; (d) pumping a drilling fluid down the drillstring to the drill bit, wherein the drilling fluid has a flow rate down the drillstring; (e) oscillating the rotational speed of the drill bit during (c), wherein the oscillations of the rotational speed of the drill bit have a period that is less than 10 seconds, and wherein the oscillations of the rotational speed of the drill bit have a random period or a random amplitude; and (f) generating non-steady state conditions in the borehole during (e). (a) providing a drilling system including a drillstring having a longitudinal axis, a bottom-hole assembly coupled to a lower end of the drillstring, and a drill bit coupled to a lower end of the bottom-hole assembly; (b) rotating the drill bit at a rotational speed; (c) applying weight-on-bit to the drill bit and advancing the drill bit through the formation to form the borehole; (d) pumping a drilling fluid down the drillstring to the drill bit, wherein the drilling fluid has a flow rate down the drillstring; (e) oscillating the rotational speed of the drill bit during (c), wherein the oscillations of the rotational speed of the drill bit have a period that is less than 10 seconds, and wherein the oscillations of the rotational speed of the drill bit have a random period or a random amplitude; and (f) generating non-steady state conditions in the borehole during (e).
An encryption method implemented in an electronic device, the method comprising steps of: a- generating a prime number, b- selecting a first integer, c- generating a candidate prime number (Pr) having a desired number of bits using the following formula: Pr = 2 ⁢ P ⋅ R + 1 where Pr is the candidate prime number, P is the prime number having a number of bits smaller than the desired number of bits of the candidate prime number, and R is the first integer, d- applying a first primality test to the candidate prime number, the first primality test comprising calculating a second integer number (A 2R) obtained by raising a third integer number to a power twice the first integer, the candidate prime number (Pr) being prime if it does not have a common divisor with the second integer number (A 2R) decreased by one (GCD(A 2R - 1, Pr) = 1), and if the result of the third integer number raised to the power of the candidate prime number decreased by one is equal to 1 modulo the candidate prime number (A Pr-1 = 1 mod Pr), e- if the candidate prime number succeeds the first primality test, supplying the candidate prime number as a proven prime number, otherwise repeating steps b- to e-, and f- generating cryptographic data from the supplied proven prime number, characterized in that the desired number of bits of the candidate prime number (Pr) is equal to three times the number of bits of the prime number, to within one unit, the method comprising, before the application of the first primality test, steps of calculating a quotient of an integer division of the first integer by the prime number, the first integer being less than the square of the prime number increased by one, and repeating the step b- if the quotient is even, and the third integer number is comprised between 2 and the first candidate number decreased by 2. a- generating a prime number, b- selecting a first integer, c- generating a candidate prime number (Pr) having a desired number of bits using the following formula: Pr = 2 ⁢ P ⋅ R + 1 where Pr is the candidate prime number, P is the prime number having a number of bits smaller than the desired number of bits of the candidate prime number, and R is the first integer, d- applying a first primality test to the candidate prime number, the first primality test comprising calculating a second integer number (A 2R) obtained by raising a third integer number to a power twice the first integer, the candidate prime number (Pr) being prime if it does not have a common divisor with the second integer number (A 2R) decreased by one (GCD(A 2R - 1, Pr) = 1), and if the result of the third integer number raised to the power of the candidate prime number decreased by one is equal to 1 modulo the candidate prime number (A Pr-1 = 1 mod Pr), e- if the candidate prime number succeeds the first primality test, supplying the candidate prime number as a proven prime number, otherwise repeating steps b- to e-, and f- generating cryptographic data from the supplied proven prime number,