mhurhangee/ep-ind-claims huggingface dataset:
Machine for the continuous manufacture of tubular box bodies, notably based on cardboard or the like, this machine comprising at least one longitudinal forming mandrel whose cross-section corresponds to the internal cross-section of the tubular bodies of the boxes to be manufactured and around which at least one longitudinally unwound and previously at least partly glue-coated strip of material is applied and folded in order to form a closed tubular profile, this machine comprising furthermore pressing means arranged for rolling said at least one strip of material against said forming mandrel, and traction means arranged for moving continuously said tubular profile along said forming mandrel, characterized in that said pressing means and said traction means are distinct and in that said pressing means comprise a plurality of press rollers (21, 21') mounted free in rotation about their axis, said press rollers being deformable and radially distributed around said forming mandrel so as to fit the periphery of said mandrel.
A control apparatus for controlling a three-phase semiconductor power converter employing fixed-pulse switching patterns and connected to a transformer on its AC side, comprising: an asymmetrical magnetization suppressive controller configured to generate a correction value for each of basic fixed-pulse switching patterns to be applied to three-phase switching elements of the power converter according to a magnetic flux, an excitation current or a value representative of any one of them detected from the transformer; a phase corrector configured to switch the correction values from one to another at timing when no switching operation is carried out at any one of the switching elements; and a pattern generator configured to correct the basic fixed-pulse switching patterns according to the correction value provided by the phase corrector and provide the corrected switching patterns. an asymmetrical magnetization suppressive controller configured to generate a correction value for each of basic fixed-pulse switching patterns to be applied to three-phase switching elements of the power converter according to a magnetic flux, an excitation current or a value representative of any one of them detected from the transformer; a phase corrector configured to switch the correction values from one to another at timing when no switching operation is carried out at any one of the switching elements; and a pattern generator configured to correct the basic fixed-pulse switching patterns according to the correction value provided by the phase corrector and provide the corrected switching patterns.
Method for supporting a visual analysis of a medical image data set, comprising: - providing a visualized medical image data set; - providing a device for eye-tracking for observing an eye orientation of an user during an analysis of the visualized medical image data set; - assigning eye orientations of the user to regions of the visualized medical image date set for calibration; - acquiring the eye orientation of the user during analysis of the visualized medical image data by the device for eye-tracking - assigning a control value to a first region based on an intensity of acquired eye orientations directed to the first region and - providing an information to the user when the control value is smaller and/or bigger than a threshold value for the first region, wherein a machine learning mechanism, such as an artificial neuronal network, identifies an abnormality in the medical image data set and automatically adapts the threshold value for the first region having the abnormality and/or wherein the mechanism provides additional information to the user about a region of interest when the control value is bigger than the threshold value and/or a further threshold value, or the first region having a control value that does not exceed the threshold value. - providing a visualized medical image data set; - providing a device for eye-tracking for observing an eye orientation of an user during an analysis of the visualized medical image data set; - assigning eye orientations of the user to regions of the visualized medical image date set for calibration; - acquiring the eye orientation of the user during analysis of the visualized medical image data by the device for eye-tracking - assigning a control value to a first region based on an intensity of acquired eye orientations directed to the first region and - providing an information to the user when the control value is smaller and/or bigger than a threshold value for the first region, wherein a machine learning mechanism, such as an artificial neuronal network, identifies an abnormality in the medical image data set and automatically adapts the threshold value for the first region having the abnormality and/or wherein the mechanism provides additional information to the user about a region of interest when the control value is bigger than the threshold value and/or a further threshold value, or the first region having a control value that does not exceed the threshold value.
Copolymer C comprising polyarylene ether blocks A and polyalkylene oxide blocks PAO, wherein the polyarylene ether blocks A are polyphenylene sulfones and wherein said polyarylene ether blocks A comprise non-sulfonated and sulfonated monomers and wherein said sulfonated monomers, calculated as 3,3'-disodiumdisulfonate-4,4'-dichlorodiphenylsulfone, are contained in said copolymer C in an amount of 0.25 to 10 % by weight, determined by FT-IR-spectroscopy and wherein said polyphenylene sulfones correspond to formula with the following definitions: t, q: each 0 Y: SO 2 Ar: 1,4-biphenylene. t, q: each 0 Y: SO 2 Ar: 1,4-biphenylene.
Lighting and/or signalling device for a motor vehicle, able to illuminate a zone extending around the vehicle, comprising at least two first white light sources associated respectively with at least first and second rotating lighting and/or signalling modules, able to generate respectively light beams in determined directions, a control member able to control the rotation and the light intensity of the first and second rotating modules; each of the first and second rotating modules having a first face and a second face opposite to the first: the first face comprising a reflecting surface capable of directing the light beam emitted by the first white light source towards the said zone and the second face supporting a pattern; characterized in that said control unit is coupled to a vehicle access management device, said control unit controlling asynchronously the rotation of the first and second rotating modules (51, 52) during a cycle of determined duration following the detection of a control signal received by the vehicle access management device to orient their first faces towards said zone by a succession of at least two rotations of at least 180° in one direction then in the other direction of each rotating module (51, 52) with a luminous intensity of the first white light source variable as a function of time; the said control device orienting the modules (51, 52) asynchronously before the end of a cycle of determined duration so as to present their second faces in a manner visible from the outside of the vehicle at the end of the cycle of determined duration.
An improved reticle element for riflescopes and other target spotting devices comprising: A reticle element including a patterned dichroic; wherein said reticle element is a bullet drop compensation reticle element having two or more individual bullet drop compensation markings; wherein the said patterned dichroic is coated on a wafer and each individual bullet drop compensation marking of said reticle element and/or each reticle element is a different color; wherein said patterned dichroic coating is incorporated with etch and fill, chrome, antireflective chrome or holographic reticle elements. and, wherein said patterned dichroic includes varying shades and combinations to improve target visibility in variable lighting conditions. A reticle element including a patterned dichroic; wherein said reticle element is a bullet drop compensation reticle element having two or more individual bullet drop compensation markings; wherein the said patterned dichroic is coated on a wafer and each individual bullet drop compensation marking of said reticle element and/or each reticle element is a different color; wherein said patterned dichroic coating is incorporated with etch and fill, chrome, antireflective chrome or holographic reticle elements. and, wherein said patterned dichroic includes varying shades and combinations to improve target visibility in variable lighting conditions.
Moisture-curing one-component polyurethane composition comprising - at least one polyether urethane polymer containing isocyanate groups that has been obtained from the reaction of at least one polyisocyanate with at least one polyether polyol; - at least one isocyanurate-containing trimer I of 1-isocyanato-3,3,5-trimethyl-5-isocyanatomethylcyclohexane or hexane 1,6-diisocyanate in an amount present in the composition of between 1% and 4% by weight; - at least one polyether having blocked hydroxyl groups which is free of isocyanate groups as plasticizer, in an amount present in the composition of more than 5% by weight. - at least one polyether urethane polymer containing isocyanate groups that has been obtained from the reaction of at least one polyisocyanate with at least one polyether polyol; - at least one isocyanurate-containing trimer I of 1-isocyanato-3,3,5-trimethyl-5-isocyanatomethylcyclohexane or hexane 1,6-diisocyanate in an amount present in the composition of between 1% and 4% by weight; - at least one polyether having blocked hydroxyl groups which is free of isocyanate groups as plasticizer, in an amount present in the composition of more than 5% by weight.
An oral care composition comprising: (a) a safe and effective amount of PP-ACP, wherein PP is a phosphopeptide containing the cluster sequence motif -Ser -Ser -Ser -Glu-Glu- and ACP is amorphous calcium phosphate; (b) a safe and effective amount of a fluoride ion source selected from sodium fluoride, stannous fluoride, indium fluoride, and sodium monofluorophosphate; (c) from 0.001% to 20% by weight of the composition of a calcium chelator wherein the calcium chelator is selected form tartaric acid and salts thereof, citric acid and salts thereof, pyrophosphate ion source, polyphosphate, diphosphonates, and mixtures thereof; and (d) pharmaceutically-acceptable topical, oral carrier. (a) a safe and effective amount of PP-ACP, wherein PP is a phosphopeptide containing the cluster sequence motif -Ser -Ser -Ser -Glu-Glu- and ACP is amorphous calcium phosphate; (b) a safe and effective amount of a fluoride ion source selected from sodium fluoride, stannous fluoride, indium fluoride, and sodium monofluorophosphate; (c) from 0.001% to 20% by weight of the composition of a calcium chelator wherein the calcium chelator is selected form tartaric acid and salts thereof, citric acid and salts thereof, pyrophosphate ion source, polyphosphate, diphosphonates, and mixtures thereof; and (d) pharmaceutically-acceptable topical, oral carrier.
Body element assembly for a motor vehicle, comprising successively an increase of amount, an arc reinforcement, an arc lining and an amount lining successively fixed to each other according to an assembly direction, such as a first group of bodywork elements comprising the reinforcement of amount, arc reinforcement and the arc lining are successively fixed to each other by at least one electrical weld point, via sockets (7a, 5a, 6a) which the bodywork elements (7, 5, 6) of the first group comprise respectively and which interpenetrate between them according to the assembly direction (a) by successive interlocking of the sockets (7a, 5a, 6a) within each other.
A confection, comprising less than 2% sugar by weight and including: a. soluble fiber having a DP of less than 10, the soluble fiber in an amount of 30% to 70% by dry weight of the confection; b. whey protein in an amount of at least 7% to 25% by dry weight of the confection; c. glycerol in an amount of 5% to 18% by dry weight of the confection; d. a fat in an amount of from 5% to 20% by dry weight of the confection; e. emulsifier in an amount of up to 5% by dry weight of the confection; f. a pH of less than 6; and g. a Brix of 80-85 ° Bx at room temperature. a. soluble fiber having a DP of less than 10, the soluble fiber in an amount of 30% to 70% by dry weight of the confection; b. whey protein in an amount of at least 7% to 25% by dry weight of the confection; c. glycerol in an amount of 5% to 18% by dry weight of the confection; d. a fat in an amount of from 5% to 20% by dry weight of the confection; e. emulsifier in an amount of up to 5% by dry weight of the confection; f. a pH of less than 6; and g. a Brix of 80-85 ° Bx at room temperature.
Large internal combustion engine having a crankcase, a crankshaft rotatably mounted therein and a crankshaft journal on which at least one connecting rod is pivotably arranged, wherein a piston is connected to the connecting rod, which can be displaced back and forth in a cylinder liner, wherein the crankcase has an upper deck and a lower deck with in each case one opening for the cylinder liner, in which opening said cylinder liner is arranged, and in that the connecting rod has an extent width which is greater than the outside diameter (a) of the cylinder liner, characterised in that at least the upper deck and the lower deck has at least one clearance (FO, FU) for mounting the connecting rod, and in that the resulting recess along the outside diameter (a) of the cylinder liner opens up at least one extent width of the connecting rod and has a breadth which corresponds to at least a width (b) of the connecting rod.
Device for supplying energy to a sensor arrangement in a rail vehicle, at least having - a second electrical conductor which has an inductive coupling to a first electrical conductor, wherein the first electrical conductor is embodied as at least part of a motor cable (11, 12) which connects a converter to a motor of the rail vehicle, wherein at least one section of the second electrical conductor is embodied as a winding of a coil (21, 22), and wherein the coil (21, 22) has an annular core and the core surrounds the first electrical conductor concentrically, and - a switching module which is operated by means of an operating voltage and has the purpose of processing signals of at least one sensor, wherein the at least one sensor serves to acquire data and/or a state of a vehicle component, wherein - the switching module is connected to the second electrical conductor, and - the second electrical conductor is configured to generate the operating voltage from an alternating voltage, applied to the first conductor, by means of induction in the second electrical conductor, wherein the at least one sensor is part of the sensor arrangement and the switching module is connected to the sensor arrangement or is likewise part of the sensor arrangement. - a second electrical conductor which has an inductive coupling to a first electrical conductor, wherein the first electrical conductor is embodied as at least part of a motor cable (11, 12) which connects a converter to a motor of the rail vehicle, wherein at least one section of the second electrical conductor is embodied as a winding of a coil (21, 22), and wherein the coil (21, 22) has an annular core and the core surrounds the first electrical conductor concentrically, and - a switching module which is operated by means of an operating voltage and has the purpose of processing signals of at least one sensor, wherein the at least one sensor serves to acquire data and/or a state of a vehicle component, - the switching module is connected to the second electrical conductor, and - the second electrical conductor is configured to generate the operating voltage from an alternating voltage, applied to the first conductor, by means of induction in the second electrical conductor, wherein the at least one sensor is part of the sensor arrangement and the switching module is connected to the sensor arrangement or is likewise part of the sensor arrangement.
A polyester fiber having elongation of 1.65% to 2.5% when tensile strength of 0.9 cN/dtex (1.0 g/d) is applied at room temperature after heat treatment at 185 °C for 2 minutes, which additionally elongates in the range of elongation from 0.5% to 5% at the range of tensile strength from 7.06 cN/dtex (8.0 g/d) to the maximum strength, wherein the maximum strength of the polyester fiber at breaking point is 8.04 cN/dtex to 8.65 cN/dtex (9.1 g/d to 9.8 g/d) in the strength elongation curve measured at 25 °C, and the maximum elongation measured at 25 °C is 17% to 25%, wherein the polyester fiber comprises at least 90 mol% of polyethyleneterephthalate, wherein the elongation and tensile strength are measured by ASTM D 2256 with a gauge length of 250 mm, tensile speed of 300 mm/min, initial load of 0.04 cN/dtex (0.05 g/d).
A method comprising: capturing voice data of speech content associated with one or more spoken reviews of one or more entities; analyzing textual data and acoustic data corresponding to the voice data to detect whether the textual data or the acoustic data comprises one or more words indicating at least one sentiment of a user that spoke the speech content; and generating a review of at least one of the entities corresponding to one of the spoken reviews based in part on assigning at least one predefined sentiment to at least one of the words in response to detecting that the word indicates the sentiment of the user; characterized in that the method further comprises: determining one or more locations of a device and one or more times that the locations were determined in response to capturing the voice data of speech content associated with the one or more spoken reviews of the one or more entities; and generating at least one personalized profile on behalf of the user, the profile comprising information indicating the locations, the times and the spoken reviews. capturing voice data of speech content associated with one or more spoken reviews of one or more entities; analyzing textual data and acoustic data corresponding to the voice data to detect whether the textual data or the acoustic data comprises one or more words indicating at least one sentiment of a user that spoke the speech content; and generating a review of at least one of the entities corresponding to one of the spoken reviews based in part on assigning at least one predefined sentiment to at least one of the words in response to detecting that the word indicates the sentiment of the user; characterized in that the method further comprises: determining one or more locations of a device and one or more times that the locations were determined in response to capturing the voice data of speech content associated with the one or more spoken reviews of the one or more entities; and generating at least one personalized profile on behalf of the user, the profile comprising information indicating the locations, the times and the spoken reviews. determining one or more locations of a device and one or more times that the locations were determined in response to capturing the voice data of speech content associated with the one or more spoken reviews of the one or more entities; and generating at least one personalized profile on behalf of the user, the profile comprising information indicating the locations, the times and the spoken reviews.
A composite component comprising a plurality of layers (62, 64), characterised in that the composite component further comprises: a fracture region including at least one fracture inducing layer (76; 76' 76") in overlapping relationship with at least one of the plurality of layers (62, 64), wherein: at least one of the plurality of layers is configured to remain substantially intact when the at least one fracture inducing layer (76; 76' 76") fails; the fracture inducing layer (76; 76") includes a discontinuity (83, 90) at the fracture region, the discontinuity including a plurality of perforations in the at least one fracture inducing layer; and the plurality of layers (62, 64) are configured to withstand a first loading and the at least one fracture inducing layer (76; 76' 76") is configured to withstand a second loading, the first loading is greater than the second loading. at least one of the plurality of layers is configured to remain substantially intact when the at least one fracture inducing layer (76; 76' 76") fails; the fracture inducing layer (76; 76") includes a discontinuity (83, 90) at the fracture region, the discontinuity including a plurality of perforations in the at least one fracture inducing layer; and the plurality of layers (62, 64) are configured to withstand a first loading and the at least one fracture inducing layer (76; 76' 76") is configured to withstand a second loading, the first loading is greater than the second loading.
An orientation sensing apparatus, the apparatus comprising: (a) a rotatable first member having a first member orientation with respect to gravity; (b) an orientation sensor device fixed with the first member for generating orientation data relating to an orientation sensor device orientation of the orientation sensor device with respect to gravity, wherein the orientation sensor device orientation is referenced to the first member orientation, wherein the orientation sensor device is comprised of a first accelerometer for sensing a first sensed component in a first direction, wherein the orientation sensor device is further comprised of a second accelerometer for sensing a second sensed component in a second direction, wherein the orientation sensor device is further comprised of a third accelerometer for sensing a third sensed component in a third direction, and wherein the first direction, the second direction and the third direction are substantially perpendicular to each other; and (c) a rotation sensor device for generating rotation data relating to rotation of the first member; wherein the first member has an axis of rotation, wherein the first member defines an x-y plane perpendicular to the axis of rotation, wherein the first member defines a z-axis coincident with the axis of rotation, characterized in that the rotation sensor device is comprised of a fifth accelerometer for sensing a fifth sensed component in a fifth direction and a sixth accelerometer for sensing a sixth sensed component in a sixth direction, and wherein the fifth accelerometer and the sixth accelerometer are oriented such that the fifth direction and the sixth direction are substantially within the x-y plane and substantially intersect the z-axis and such that the sixth direction is substantially opposite to the fifth direction. (a) a rotatable first member having a first member orientation with respect to gravity; (b) an orientation sensor device fixed with the first member for generating orientation data relating to an orientation sensor device orientation of the orientation sensor device with respect to gravity, wherein the orientation sensor device orientation is referenced to the first member orientation, wherein the orientation sensor device is comprised of a first accelerometer for sensing a first sensed component in a first direction, wherein the orientation sensor device is further comprised of a second accelerometer for sensing a second sensed component in a second direction, wherein the orientation sensor device is further comprised of a third accelerometer for sensing a third sensed component in a third direction, and wherein the first direction, the second direction and the third direction are substantially perpendicular to each other; and (c) a rotation sensor device for generating rotation data relating to rotation of the first member;