mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of generating a key for use in computing an error protection code for an input data value according to an error protection scheme, comprising: inputting a plurality of data value sizes; and applying (120, 125, 130, 135) a key generation algorithm to generate a key for use in computing the error protection code for a maximum data value size amongst said plurality of data value sizes, the key generation algorithm generating the key to comprise a plurality of sub-keys, each sub-key being associated with one of the input data value sizes and conforming to a key requirement for the error protection scheme; wherein the step of applying the key generation algorithm comprises: computing a sequence of sub-keys (160, 170, 180, 150), such that each sub-key in the sequence other than a first sub-key contains an immediately preceding sub-key in the sequence, with the remaining portion computed to ensure that the key requirement is conformed to, and with the final sub-key forming the key to be used in computing the error protection code for said maximum data value size. inputting a plurality of data value sizes; and applying (120, 125, 130, 135) a key generation algorithm to generate a key for use in computing the error protection code for a maximum data value size amongst said plurality of data value sizes, the key generation algorithm generating the key to comprise a plurality of sub-keys, each sub-key being associated with one of the input data value sizes and conforming to a key requirement for the error protection scheme; wherein the step of applying the key generation algorithm comprises: computing a sequence of sub-keys (160, 170, 180, 150), such that each sub-key in the sequence other than a first sub-key contains an immediately preceding sub-key in the sequence, with the remaining portion computed to ensure that the key requirement is conformed to, and with the final sub-key forming the key to be used in computing the error protection code for said maximum data value size.
A method for controlling of at least two electric motors (230A, 230B) of an electric lift truck, each of the at least two electric motors (230A, 230B) controllable with a respective electrical drive (244A, 244B) and arranged to generate a torque to a respective drive wheel, the method comprising: generating a respective control signal to each of the electrical drives (244A, 244B) of the at least two electric motors (230A, 230B) in response to a detection that a speed of the electric lift truck is below a reference value and that a steering angle of the electric lift truck is within a reference steering angle range, the respective control signal carrying a respective speed order (O1, 02) to each of the electrical drives (244A, 244B), wherein the respective speed orders (O1, 02) for the electrical drives (244A, 244B) are defined to be within a predefined speed order range from each other, for generating torques to the drive wheels by each of the at least two electric motors (230A, 230B).
A process for the preparation of ethene by vapour phase chemical dehydration of a feed-stream comprising ethanol and optionally water and/or ethoxyethane, said process comprising contacting a dried supported heteropolyacid catalyst in a reactor with the feedstream having a feed temperature of at least 200 °C; wherein before the supported heteropolyacid catalyst is contacted with the feed-stream having a feed temperature of at least 200 °C, the process is initiated by: (i) drying a supported heteropolyacid catalyst in a reactor under a stream of inert gas having a feed temperature of from above 100 °C to 200 °C; and (ii) contacting the dried supported heteropolyacid catalyst at a temperature of from above 100 °C to 160 °C with an ethanol-containing vapour stream having a feed temperature of from above 100 °C to 160 °C. (i) drying a supported heteropolyacid catalyst in a reactor under a stream of inert gas having a feed temperature of from above 100 °C to 200 °C; and (ii) contacting the dried supported heteropolyacid catalyst at a temperature of from above 100 °C to 160 °C with an ethanol-containing vapour stream having a feed temperature of from above 100 °C to 160 °C.
A magnetic material for a high frequency wave of from 0.005 to 100 GHz comprising a rare earth-iron-nitrogen based magnetic material, the crystal structure of the main phase of which is selected from any one of hexagonal crystal, rhombohedral crystal and tetragonal crystal, wherein the rare earth-iron-nitrogen based magnetic material has an in-plane magnetic anisotropy as a crystal magnetic anisotropy, and wherein the magnetic material has an average grain diameter of 0.2 to 200 μm, and wherein the rare earth-iron-nitrogen based magnetic material is represented by the following general formula: R x Fe (100-x-y) N y wherein R is at least one kind selected from Y, Ce, Pr, Nd, Gd, Tb, Dy, Ho, Er, Tm, Lu and Sm; and when R contains Sm, the whole R component contains less than 50% by atom of Sm; and x and y are numbers that satisfy 3≤x≤30 and 1≤y≤30 % by atom, respectively.
Claw pole rotor comprising: - a shaft, - a first and a second pole wheel (25, 26) fixed to said shaft, - a winding provided with a coil insulation and surrounded by said first and second pole wheels (25, 26), - a collector provided with at least one collector ring (28, 29), - a fan fixed to the first pole wheel and arranged between the winding and the at least one collector ring (28, 29), - at least one end wire (15, 16) of the winding being linked to one of said at least one collector ring (28, 29) by passing through a radial cavity (35, 36) formed between the fan and the first pole wheel, the coil insulation comprising a fixing clip for fixing one of said at least one end wire (15, 16) of the winding, - said fixing clip being fixed to said coil insulation and comprising crimping means (62, 63) arranged in the radial cavity to crimp the part of the end wire (15, 16) of the winding extending in said radial cavity, characterized in that: said fixing clip comprises bearing means (57, 58) on the wall of the radial cavity such that the crimping means crimp the end wire (15, 16) of the winding when the crimping means are arranged in said radial cavity. - a shaft, - a first and a second pole wheel (25, 26) fixed to said shaft, - a winding provided with a coil insulation and surrounded by said first and second pole wheels (25, 26), - a collector provided with at least one collector ring (28, 29), - a fan fixed to the first pole wheel and arranged between the winding and the at least one collector ring (28, 29), - at least one end wire (15, 16) of the winding being linked to one of said at least one collector ring (28, 29) by passing through a radial cavity (35, 36) formed between the fan and the first pole wheel, - said fixing clip being fixed to said coil insulation and comprising crimping means (62, 63) arranged in the radial cavity to crimp the part of the end wire (15, 16) of the winding extending in said radial cavity, characterized in that: said fixing clip comprises bearing means (57, 58) on the wall of the radial cavity such that the crimping means crimp the end wire (15, 16) of the winding when the crimping means are arranged in said radial cavity. said fixing clip comprises bearing means (57, 58) on the wall of the radial cavity such that the crimping means crimp the end wire (15, 16) of the winding when the crimping means are arranged in said radial cavity.
A method of assay for citrullinated fragments of a protein in a sample comprising blood or a fluid component thereof, comprising contacting a said sample with an antibody or a fragment thereof having specific binding affinity for citrullinated fragments of said protein having a terminal antibody binding site comprising citrulline, such that binding of the antibody or antibody fragment requires the presence in said binding site of both a specific terminal amino acid sequence and said citrulline, and detecting binding of said antibody to said protein fragments.
A method of spatial processing in a wireless multi-antenna communication system, comprising: providing a plurality of steering matrices by selecting different combinations of scalars, each combination including at least one scalar for at least one row of a base matrix, one scalar per row, each scalar being a real or complex value and multiplying the base matrix with the different combinations of scalars, wherein one steering matrix is formed by each combination of scalars; selecting one of the steering matrices; spatially processing at least one data symbol to be transmitted in a transmission span by applying the selected one of the steering matrices to the at least one data symbol; and transmitting the transmission span with the at least one spatially processed data symbol. providing a plurality of steering matrices by selecting different combinations of scalars, each combination including at least one scalar for at least one row of a base matrix, one scalar per row, each scalar being a real or complex value and multiplying the base matrix with the different combinations of scalars, wherein one steering matrix is formed by each combination of scalars; selecting one of the steering matrices; spatially processing at least one data symbol to be transmitted in a transmission span by applying the selected one of the steering matrices to the at least one data symbol; and transmitting the transmission span with the at least one spatially processed data symbol.
An oral pharmaceutical dosage form comprising a plurality of coated particles, wherein said coated particles comprise a core which comprises a Tapentadol component, wherein under in vitro conditions the pharmaceutical dosage form provides controlled release of the Tapentadol component, and wherein the core is coated with a controlled release coating material, wherein the controlled release coating material comprises a lubricant component and a polymer component, wherein the lubricant component comprises or essentially consists of magnesium stearate, wherein the polymer component comprises one or more cellulose ethers, and wherein the relative weight ratio of the polymer component to the lubricant component is within the range of from 5.0:1.0 to 2.0: 1.0.
A method for operating in a communications network, the method comprising: receiving a codebook, the codebook comprising a plurality of codewords; determining if the codebook satisfies a constant modulus property; in response to determining that the codebook does not satisfy the constant modulus property, converting the codebook into a codebook satisfying the constant modulus property, and storing the codebook satisfying the constant modulus property; storing the codebook in response to determining that the codebook does satisfy the constant modulus property; and causing to transmit a transmission to a communications device, wherein the transmission is encoded using a codeword in the stored codebook; wherein determining if the codebook satisfies the constant modulus property comprises: determining that the codebook satisfies the constant modulus property if c i, j 2 = 1 N t for all i and j, where c i,j is an i -th element of a j -th codeword in the codebook, | c i,j | returns the magnitude of codeword c i,j, and N t is a number of transmit antenna in the communications network; and determining that the codeword does not satisfy the constant modulus property if c i, j 2 ≠ 1 N t for any codeword in the codebook. receiving a codebook, the codebook comprising a plurality of codewords; determining if the codebook satisfies a constant modulus property; in response to determining that the codebook does not satisfy the constant modulus property, converting the codebook into a codebook satisfying the constant modulus property, and storing the codebook satisfying the constant modulus property; converting the codebook into a codebook satisfying the constant modulus property, and storing the codebook satisfying the constant modulus property; storing the codebook in response to determining that the codebook does satisfy the constant modulus property; and causing to transmit a transmission to a communications device, wherein the transmission is encoded using a codeword in the stored codebook; wherein determining if the codebook satisfies the constant modulus property comprises: determining that the codebook satisfies the constant modulus property if c i, j 2 = 1 N t for all i and j, where c i,j is an i -th element of a j -th codeword in the codebook, | c i,j | returns the magnitude of codeword c i,j, and N t is a number of transmit antenna in the communications network; and determining that the codeword does not satisfy the constant modulus property if c i, j 2 ≠ 1 N t for any codeword in the codebook. determining that the codebook satisfies the constant modulus property if c i, j 2 = 1 N t for all i and j, where c i,j is an i -th element of a j -th codeword in the codebook, | c i,j | returns the magnitude of codeword c i,j, and N t is a number of transmit antenna in the communications network; and determining that the codeword does not satisfy the constant modulus property if c i, j 2 ≠ 1 N t for any codeword in the codebook.
A contact device comprising: a contacts mechanism unit including a sealed receptacle and a drive unit, said sealed receptacle configured to house a fixed contact and a movable contact, and said drive unit being configured to move said movable contact between an on position where said movable contact is kept in contact with said fixed contact and an off position where said movable contact is kept away from said fixed contact; an extinguishing unit including a pair of permanent magnets and a yoke configured to hold said pair of said permanent magnets, said permanent magnets in said pair being arranged on opposite sided of said sealed receptacle with respect to a direction crossing a direction along which said movable contact moves toward and away from said fixed contact; and, a housing including a base on which said contacts mechanism unit is mounted, and a cover configured to attached to said base such that said contacts mechanism unit and said extinguishing unit are housed between said base and said cover, characterized in that any one of said yoke and said base is provided with an attachment protrusion with the other being provided with an attachment recess configured to receive said attachment protrusion. a contacts mechanism unit including a sealed receptacle and a drive unit, said sealed receptacle configured to house a fixed contact and a movable contact, and said drive unit being configured to move said movable contact between an on position where said movable contact is kept in contact with said fixed contact and an off position where said movable contact is kept away from said fixed contact; an extinguishing unit including a pair of permanent magnets and a yoke configured to hold said pair of said permanent magnets, said permanent magnets in said pair being arranged on opposite sided of said sealed receptacle with respect to a direction crossing a direction along which said movable contact moves toward and away from said fixed contact; and, a housing including a base on which said contacts mechanism unit is mounted, and a cover configured to attached to said base such that said contacts mechanism unit and said extinguishing unit are housed between said base and said cover, characterized in that any one of said yoke and said base is provided with an attachment protrusion with the other being provided with an attachment recess configured to receive said attachment protrusion.
A sensor for measuring the distribution of physical magnitudes in an optical fibre comprising, at least: - an optical signal generator configured to generate a first optical signal(s) and a second optical signal(s) that give rise, respectively, to at least one pulsed pump optical signal and, at least, one probe optical signal; - a segment of optical fibre wherein the probe optical signal(s) interact(s) with the pulsed pump optical signal(s); - a pulsing device configured to pulse the first optical signal(s) to form the pump optical signal(s); - a probe wave generator configured to generate the probe optical signal(s) from the second optical signal(s); - a photoreceiver configured to detect the output optical signal resulting from the interaction between the pump optical signal(s) and the probe optical signal(s); - an optical output signal processing unit configured to obtain the characteristics of the interaction of the probe optical signal(s) that interact with the pulsed pump optical signal(s) along the optical fibre; characterised in that it further comprises: - a unit for reducing nonlocal effects and increasing the Brillouin threshold comprising a modulation signal generator which enables wavelength modulation of at least one of the probe optical signal(s) and/or at least one amplification optical signal generated by at least one additional optical source, to offset the attenuation of the pump optical signal along the optical fibre. - an optical signal generator configured to generate a first optical signal(s) and a second optical signal(s) that give rise, respectively, to at least one pulsed pump optical signal and, at least, one probe optical signal; - a segment of optical fibre wherein the probe optical signal(s) interact(s) with the pulsed pump optical signal(s); - a pulsing device configured to pulse the first optical signal(s) to form the pump optical signal(s); - a probe wave generator configured to generate the probe optical signal(s) from the second optical signal(s); - a photoreceiver configured to detect the output optical signal resulting from the interaction between the pump optical signal(s) and the probe optical signal(s); - an optical output signal processing unit configured to obtain the characteristics of the interaction of the probe optical signal(s) that interact with the pulsed pump optical signal(s) along the optical fibre; - a unit for reducing nonlocal effects and increasing the Brillouin threshold comprising a modulation signal generator which enables wavelength modulation of at least one of the probe optical signal(s) and/or at least one amplification optical signal generated by at least one additional optical source, to offset the attenuation of the pump optical signal along the optical fibre.
A tool system with a first tool element and an initial lubricant and/or coolant channel section of the coolant and lubricant channel spanning the tool system with the first coolant and/or lubricant channel section traversing the first tool element, and a second tool element and a sealing device for the coolant and/or lubricant channel at an intersection between the first tool element and the second tool element with the coolant and/or lubricant channel traversing a second coolant and/or lubricant section, which runs through the second tool element, and a third coolant and/or lubricant channel section traversing the device, wherein the second tool element comprising a hollow taper shank or a steep-angle taper respectively, and a sealing device to seal the coolant and/or lubricant channel is arranged at an intersection between the first tool element and the second tool element, characterised in that the first tool element comprising a mounting bracket for a tool, and the tool system further comprises an initial section, which can be connected to the first tool element, a second section designed in such a way that it can protrude into the second coolant and/or lubricant channel section of the second tool element whereby one outer diameter of the second section is equally large or larger than the inner diameter of the second coolant and/or lubricant channel section of the second tool element, and a centre section located between the first section and the second section.
A method of applying a transparent conductive film to a polymeric substrate having a texture therein, the method comprising the steps of: a) providing a polymeric material having a texture disposed therein; and b) conformally applying a transparent conductive material to the polymeric material to produce a conformal transparent conductive film thereon; wherein the conformal transparent conductive film has a texture corresponding to the texture of the polymeric material and wherein the texture has a period that is not larger than the wavelength of visible light, whereby the conformal transparent conductive film is antireflective, characterized in that the polymeric material is molded to create the texture therein by a method comprising the steps of: a) providing a porous alumina master having a plurality of pores dispersed therein, said plurality of pores corresponding to projections to be imparted to a surface of the polymeric molding material; b) disposing a polymeric molding material between a transparent film and the porous alumina master; and c) applying mechanical pressure to roll the porous alumina master into the polymeric molding material, wherein the texture imparted to the polymeric molding material comprises projections corresponding to the pores of the porous alumina master, wherein the porous alumina master is prepared by a process comprising the following steps: a) performing a first stage anodization on an aluminum substrate; b) oxide etching the alumina substrate; c) performing a second stage anodization; and d) performing a pore widening treatment, wherein pores are created in the porous alumina master. a) providing a polymeric material having a texture disposed therein; and b) conformally applying a transparent conductive material to the polymeric material to produce a conformal transparent conductive film thereon; a) providing a porous alumina master having a plurality of pores dispersed therein, said plurality of pores corresponding to projections to be imparted to a surface of the polymeric molding material; b) disposing a polymeric molding material between a transparent film and the porous alumina master; and c) applying mechanical pressure to roll the porous alumina master into the polymeric molding material, a) performing a first stage anodization on an aluminum substrate; b) oxide etching the alumina substrate; c) performing a second stage anodization; and d) performing a pore widening treatment,
A pharmaceutical composition comprising extended release granules of nicotinamide that include a granule core and an ethylcellulose film coating, wherein the granules include a conductive filler and are capable of remaining substantially free of static electricity at up to 10% weight gain of ethylcellulose film coating when the mean particle size of the granule cores is less than 800 μm, as determined by Malvern laser diffraction, wherein the granules comprise at least 13% w/w of an ethylcellulose coating causing at least 15% weight gain, with the proviso that granules of 25% nicotinamide, 70% dibasic calcium phosphate and 5% povidone K30 having a mean particle size of 234 μm and being film coated with ethylcellulose 7 to archive a 30% weight gain and a mean particle size of 640 μm are excluded.
Pallet changer comprising a rectangular, three-walled frame of which the rear wall, which is opposite the open side, has a gap of conventional pallet height in the lower region, characterised in that, for a pallet changing process, the frame can be secured in place on the floor and comprises two rails which are flattened at the bottom and can each be attached under the two side walls of the frame for a height adjustment.