mhurhangee/ep-ind-claims huggingface dataset:
A semiconducting structure intended to receive electromagnetic radiation in a first range of wavelengths, a so-called operating range, which is centered around a wavelengths λ 0, including: - a first semiconducting area of a first type of conductivity, - a second semiconducting area of a second type of conductivity opposed to the first type of conductivity, the second semiconducting area being in contact with the first semiconducting area so as to form a semiconducting junction, the structure being characterized in that the second semiconducting area has a portion for which the concentration of majority carries is at least ten times less than the concentration of majority carriers of the first semiconducting area, said portion being in contact with the first semiconducting area, and in that said portion of the second semiconducting area is essentially made in a first cavity adapted for focusing in the first cavity at least a part of the received electromagnetic radiation, wherein the first cavity is a cavity of the Fabry-Perot type, the first cavity having along at least one confinement direction an average dimension substantially equal to λ 0 /2n eff with n eff being the average effective index in the second area, and wherein the electromagnetic radiation is received in a medium of optical index n i, a so-called incident index, the ratio between the effective index and the incident index n eff /n i being greater than 1, preferentially substantially greater that 1.5 and even more preferentially greater than 2. - a first semiconducting area of a first type of conductivity, - a second semiconducting area of a second type of conductivity opposed to the first type of conductivity, the second semiconducting area being in contact with the first semiconducting area so as to form a semiconducting junction,
Tapentadol for use in the treatment of pain associated with a disorder of the trigeminal nerve selected from the group consisting of trigeminal neuralgia and atypical facial pain, which is formulated for oral administration.
A blocking end cap for a rolling bearing for installation in a railway axle box of a supporting device for a railway axle, the cap being shaped as a concave disc delimited by an annular side wall having a symmetry axis coaxial, in use, to a symmetry axis of the bearing, by a bottom wall arranged transversely to the symmetry axis, and by an elbow-shaped, annular joining portion, connecting the bottom wall to the side wall; the bottom wall being provided with a plurality of through holes for respective screws for fastening, in use, the cap to the axle, and the side wall ending on the side opposite to the bottom wall with a frontal annular surface adapted to abut in use against a ring of the bearing; characterized in that in combination: i)- the thickness of the bottom wall measured in a direction parallel to the symmetry axis is continuously variable in the radial direction between a maximum situated at the symmetry axis and a minimum arranged at a radially outer edge of the cap defined by the side wall; ii)- flat bulges are obtained on the bottom wall, only at the through holes thereof, and on an outer frontal surface thereof, which bulges provide thickenings of the cap adapted to receive respective heads of the fastening screws in abutting manner. i)- the thickness of the bottom wall measured in a direction parallel to the symmetry axis is continuously variable in the radial direction between a maximum situated at the symmetry axis and a minimum arranged at a radially outer edge of the cap defined by the side wall; ii)- flat bulges are obtained on the bottom wall, only at the through holes thereof, and on an outer frontal surface thereof, which bulges provide thickenings of the cap adapted to receive respective heads of the fastening screws in abutting manner.
A device for improving hearing in a subject, comprising: a) a receiver; b) a microphone operably linked to said receiver; c) an array of electrical transducers; d) a mechanical transducer, wherein said mechanical transducer is a floating mass transducer; and e) output channel leads with a proximal end operably connected to said receiver, wherein said array of electrical transducers and said floating mass transducer are connected in series along said output channel leads, wherein said output channel leads are connected to only one mechanical transducer, that being said floating mass transducer, and wherein all of the electrical transducers in said array of electrical transducers that are connected to said output channel leads are distal to said floating mass transducer and are configured for implanting in a subject's cochlea. a) a receiver; b) a microphone operably linked to said receiver; c) an array of electrical transducers; d) a mechanical transducer, wherein said mechanical transducer is a floating mass transducer; and e) output channel leads with a proximal end operably connected to said receiver, wherein said array of electrical transducers and said floating mass transducer are connected in series along said output channel leads, wherein said output channel leads are connected to only one mechanical transducer, that being said floating mass transducer, and wherein all of the electrical transducers in said array of electrical transducers that are connected to said output channel leads are distal to said floating mass transducer and are configured for implanting in a subject's cochlea.
Cocoa-containing food preparation containing cocoa constituents, carbohydrates, proteins and fat constituents as constituents of formula milk, characterized in that the carbohydrates are present in an amount of from 40 to 60% by weight, based on the dry matter of the formula milk, proteins are present in an amount of ≤ 20% by weight, based on the dry matter, and the formula milk has a fat content between 15 and 25% by weight, based on the dry matter of the formula milk.
A method for reading an optical code, wherein a brightness profile of the code is recorded, light and dark subregions are identified in the brightness profile, and the code content of the optical code is read, characterized in that first sum measures for the amount of light in the respective light subregions and second sum measures for the amount of light missing from a white level in the respective dark subregions are determined from the brightness profile, and the code content is read on the basis of the first and second sum measures.
Method for coating a carrier component by means of cold gas dynamic spraying, in which a mask is laid upon the carrier component before the coating and in the region of an opening of this mask a material is deposited on the carrier component, wherein the material completely fills up the mask opening, characterized in that • in one method step, after deposition of the material, a removal process is carried out, in which the deposited material, which is located above the level of the upper side of the mask, is removed and a flat surface is formed in the region of the mask opening and on the mask, • in a further method step an additional mask (12a, 12b, 12c, 12d) is laid upon the upper side of the mask and in the region of an opening of this additional mask (12a, 12b, 12c, 12d) a material is deposited upon the already deposited material, wherein the two aforesaid method steps are carried out until the deposited material has achieved the required thickness on the carrier component and in that after completion of the coating the masks are removed. • in one method step, after deposition of the material, a removal process is carried out, in which the deposited material, which is located above the level of the upper side of the mask, is removed and a flat surface is formed in the region of the mask opening and on the mask, • in a further method step an additional mask (12a, 12b, 12c, 12d) is laid upon the upper side of the mask and in the region of an opening of this additional mask (12a, 12b, 12c, 12d) a material is deposited upon the already deposited material,
Transparent protective mask comprising: • a pair of eye protectors in the form of lenses (3a,b), • a bridge interconnecting said eye protectors, • a band (6a,b) extended from each lens (3a,b), opposite the bridge, and intended to encircle the user's head and secure the mask in the position of use, characterised by said band (6a,b), lenses (3a,b) and bridge being transparent and formed as a single piece cut from a transparent flexible sheet. • a pair of eye protectors in the form of lenses (3a,b), • a bridge interconnecting said eye protectors, • a band (6a,b) extended from each lens (3a,b), opposite the bridge, and intended to encircle the user's head and secure the mask in the position of use,
An axial multistage expander (100, 124) for receiving gases from a system for generating energy, comprising: a casing; a plurality of stages, each stage including a stator part and a rotor part; a flowpath; a shaft; and a support mechanism connected to the casing and configured to rotatably support the rotor parts, wherein each stator part is connected to the casing and has plural statoric airfoils, and each rotor part is configured to rotate relative to the stator part and has plural rotoric airfoils, the rotoric airfoils of the plurality of stages being configured to rotate about the same shaft, and the statoric airfoils of the plurality of stages together with the rotoric airfoils of the plurality of stages forming the flowpath for the gases passing through the multistage expander (100, 124); and wherein rotoric airfoils of the first stage of the plurality of stages are configured to rotate with a speed different from rotoric airfoils of the other stages by means of a gearbox connected between the rotoric airfoils of the first stage and the shaft of the expander such that the rotoric airfoils of the first stage are concentric with the shaft to which the remaining rotoric airfoils of the other stages are fixedly attached, the gearbox being provided inside the casing; and the stator parts, the rotor parts and the support mechanism of the plurality of stages are provided inside the casing, wherein the gearbox is epicyclic and comprises a central gear connected to the shaft, the shaft being configured to rotate together with rotor parts of the plurality of stages except the first stage; planet gears concentrically and rotatably connected to the central gear and mounted on a movable carrier which itself rotates relative to the central gear; and an outer ring gear concentrically and rotatably connected to the planet gears and configured to rotate the rotoric airfoils of the first stage while the shaft is configured to rotate the rotoric airfoils of the other stages, the rotoric airfoils of the first stage being directly connected to the outer ring gear. a casing; a plurality of stages, each stage including a stator part and a rotor part; a flowpath; a shaft; and a support mechanism connected to the casing and configured to rotatably support the rotor parts,
Device for the water-tight connection of pipes and accessories for said pipes; comprising a tubular clamp with overlaps (6, 8) with the pipes or accessories to connect, said clamp comprising: - a first portion equipped with a first corrugated inner profile complementary to a first end outer profile made on a first pipe - or first accessory to connect thereon by means of a first outer overlap, - a second portion equipped with a second corrugated inner profile complementary to a second end outer profile disposed on a second pipe or second accessory to connect thereon by means of a second outer overlap, characterized in that said clamp also comprises - pressure seals disposed on the first overlap and on the second overlap, wherein the pressure seals are integrated in a first coating which spans, at least, the first overlap and in a second coating which spans, at least, the second overlap; the coatings (91, 92) being made in compressing material and with the respective inner profiles (42, 44) being incorporated in said coatings, and - said clamp being divided into half-clamps that together span the contour of the pipes or accessories to connect, said half-clamps comprising perimetric mutual tightening means. - a first portion equipped with a first corrugated inner profile complementary to a first end outer profile made on a first pipe - or first accessory to connect thereon by means of a first outer overlap, - a second portion equipped with a second corrugated inner profile complementary to a second end outer profile disposed on a second pipe or second accessory to connect thereon by means of a second outer overlap, characterized in that said clamp also comprises - pressure seals disposed on the first overlap and on the second overlap, wherein the pressure seals are integrated in a first coating which spans, at least, the first overlap and in a second coating which spans, at least, the second overlap; the coatings (91, 92) being made in compressing material and with the respective inner profiles (42, 44) being incorporated in said coatings, and - said clamp being divided into half-clamps that together span the contour of the pipes or accessories to connect, said half-clamps comprising perimetric mutual tightening means.
A method for characterizing surfaces comprising: taking size measurements of a feature of a manufactured product over time; using the size measurements to yield size measurement data in a time-based domain; transforming the time-based domain size measurement data to frequency-based domain size measurement data; and comparing at least some of the frequency-based domain size measurement data to a predetermined limit to characterize the surface of the feature, wherein the predetermined limit obtained by the execution of a process including: (a) taking size measurements of a feature having an acceptable surface finish of a manufactured product over time to yield a data set of size measurement data in a time-based domain; (b) removing from the data set size measurement data corresponding to wavelengths over a predetermined length; (c) transforming the time-based domain size measurement data in the data set to frequency-based domain size measurement data to yield a frequency-based domain data set; repeating (a) - (c) for features of additional manufactured products to yield a plurality of frequency-based domain data sets; and defining the predetermined limit based on the frequency-based domain data sets. taking size measurements of a feature of a manufactured product over time; using the size measurements to yield size measurement data in a time-based domain; transforming the time-based domain size measurement data to frequency-based domain size measurement data; and comparing at least some of the frequency-based domain size measurement data to a predetermined limit to characterize the surface of the feature, wherein the predetermined limit obtained by the execution of a process including: (a) taking size measurements of a feature having an acceptable surface finish of a manufactured product over time to yield a data set of size measurement data in a time-based domain; (b) removing from the data set size measurement data corresponding to wavelengths over a predetermined length; (c) transforming the time-based domain size measurement data in the data set to frequency-based domain size measurement data to yield a frequency-based domain data set; repeating (a) - (c) for features of additional manufactured products to yield a plurality of frequency-based domain data sets; and defining the predetermined limit based on the frequency-based domain data sets. (a) taking size measurements of a feature having an acceptable surface finish of a manufactured product over time to yield a data set of size measurement data in a time-based domain; (b) removing from the data set size measurement data corresponding to wavelengths over a predetermined length; (c) transforming the time-based domain size measurement data in the data set to frequency-based domain size measurement data to yield a frequency-based domain data set; repeating (a) - (c) for features of additional manufactured products to yield a plurality of frequency-based domain data sets; and defining the predetermined limit based on the frequency-based domain data sets.
An apparatus comprising processing circuitry configured to: receive information indicative of a known local interferer, the known local interferer being identified based on dynamic position information indicative of a position of an aircraft; perform noise cancellation relative to a received signal by removing an interference signal associated with the known local interferer to generate a scrubbed signal; and provide the scrubbed signal for additional signal processing, wherein the dynamic position information comprises a three dimensional position of the aircraft; wherein an interference profile is received at the aircraft from a network entity, and wherein the interference profile is received in real time based on the three dimensional position of the aircraft, wherein the known local interferer is identified in the interference profile indicative of one or more interference signals associated with the three dimensional position of the aircraft, wherein the interference profile includes selected interferers from an interferer library including a plurality of known interferers associated with respective different locations, the selected interferers being selected based on the dynamic position information, and wherein the interferer library is dynamically updateable to include additional interference signals detected a threshold number of times or detected the threshold number of times within a given period. receive information indicative of a known local interferer, the known local interferer being identified based on dynamic position information indicative of a position of an aircraft; perform noise cancellation relative to a received signal by removing an interference signal associated with the known local interferer to generate a scrubbed signal; and provide the scrubbed signal for additional signal processing, wherein the dynamic position information comprises a three dimensional position of the aircraft; wherein an interference profile is received at the aircraft from a network entity, and wherein the interference profile is received in real time based on the three dimensional position of the aircraft, wherein the known local interferer is identified in the interference profile indicative of one or more interference signals associated with the three dimensional position of the aircraft, wherein the interference profile includes selected interferers from an interferer library including a plurality of known interferers associated with respective different locations, the selected interferers being selected based on the dynamic position information, and wherein the interferer library is dynamically updateable to include additional interference signals detected a threshold number of times or detected the threshold number of times within a given period.
A method for ascertaining the quality and/or the composition of milk, during a milking operation, in which a minimum milk stream which flows through a chamber is detected, thereafter the fill level of the milk flowing through the chamber is determined in the chamber, the milk is irradiated using at least one radiation of a predefined wavelength, the intensity of the reflected radiation is measured, and a characteristic value associated with the value pair fill level and intensity of the reflected radiation is ascertained from stored characteristic values.
A filtration device comprising a first and a second support plate, wherein the first and second support plates are formed of polyvinylidene fluoride, the first and second support plates each having a first surface facing each other and a second surface opposite the first surface of each support plate, the first and second support plates each having at least one port formed from the first surface to the second surface of each support plate respectively, wherein the first surface of the first support plate is heat bonded to a porous membrane selected from the group consisting of polysulfone, polyethersulfone, blends thereof and copolymers thereof and the first surface of the first support plate is heat bonded to the first surface of the second support plate around a periphery of the first surface, wherein the periphery is an area outside of the area where the first surface of the first support plate is heat bonded to the porous membrane, thereby providing an integrally sealed porous membrane to the first support plate and a liquid tight integrally sealed second support plate to the first support plate.
Apparatus for generating shockwaves for treatment on human or animal body, comprising a control unit, a handset and a replaceable applicator head for generating shockwaves for treatment on the human or animal body, wherein the applicator head comprises a reflection or focusing device, two electrodes (7a, 7b) for generating a spark gap and a membrane that with the reflection or focusing means encloses a liquid medium, which is suitable to produce a plasma when a voltage between 1 kV and 30 kV is applied, wherein the applicator head can be detachably connected to the handset electrically and mechanically, characterised in that the replacement of the applicator head can be prevented and enabled electro-mechanically by means of a controllable locking device accommodated in the handset.
Topical composition comprising coenzyme Q10 in oxidized form and glutathione in reduced form as active ingredients comprising: A) an oily phase in which the above mentioned active ingredients are dispersed and comprising: A1) oleic acid, A2) ascorbyl palmitate and A3) at least one of the following components promoting the absorption of the mixture at the skin tissue level selected from cetearyl alcohol, glyceryl stearate, sorbitan stearate, cetearyl glucoside, potassium cetyl phosphate, tocopheryl acetate; B) an aqueous phase in which at least one osmotically active electrolytic agent, selected from magnesium sulphate, magnesium chloride, sodium chloride, is dissolved, wherein the oily phase A) contains oleic acid A1) in quantities comprised between 20% and 50% by weight on the total weight of the composition and ascorbyl palmitate A2) in molar ratio 1:1 with the oxidized form of coenzyme Q10. A) an oily phase in which the above mentioned active ingredients are dispersed and comprising: A1) oleic acid, A2) ascorbyl palmitate and A3) at least one of the following components promoting the absorption of the mixture at the skin tissue level selected from cetearyl alcohol, glyceryl stearate, sorbitan stearate, cetearyl glucoside, potassium cetyl phosphate, tocopheryl acetate; A1) oleic acid, A2) ascorbyl palmitate and A3) at least one of the following components promoting the absorption of the mixture at the skin tissue level selected from cetearyl alcohol, glyceryl stearate, sorbitan stearate, cetearyl glucoside, potassium cetyl phosphate, tocopheryl acetate; B) an aqueous phase in which at least one osmotically active electrolytic agent, selected from magnesium sulphate, magnesium chloride, sodium chloride, is dissolved,
Glutamine, or a nutritional composition comprising glutamine, for use in improving cognitive functioning later in life in a very preterm infant born small for gestational age.