mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising an array of chip modules, "CMs", wherein the array includes: a first CM; a second bridge CM coupled to the first CM and including a waveguide; and a third CM coupled to the second bridge CM, wherein the first CM, the second bridge CM and the third CM each include a semiconductor die that is configured to communicate data signals with other CMs through electromagnetically coupled proximity communication using proximity connectors (418, 442); wherein the proximity connectors are proximate to a surface of the semiconductor die; wherein the first CM and the third CM are configured to optically communicate optical signals with each other via the second bridge CM through the waveguide; and wherein one or more add-drop elements in the second bridge CM are operable to convert a portion of the optical signals in the waveguide to determine if the second bridge CM is the destination of the optical signals and if so to convert the remainder of the optical signals to electrical signals in the second bridge CM, whereas otherwise the reminder of the optical signals are passed through the second bridge CM without processing in the second bridge CM. a first CM; a second bridge CM coupled to the first CM and including a waveguide; and a third CM coupled to the second bridge CM, wherein the first CM, the second bridge CM and the third CM each include a semiconductor die that is configured to communicate data signals with other CMs through electromagnetically coupled proximity communication using proximity connectors (418, 442); wherein the proximity connectors are proximate to a surface of the semiconductor die; wherein the first CM and the third CM are configured to optically communicate optical signals with each other via the second bridge CM through the waveguide; and wherein one or more add-drop elements in the second bridge CM are operable to convert a portion of the optical signals in the waveguide to determine if the second bridge CM is the destination of the optical signals and if so to convert the remainder of the optical signals to electrical signals in the second bridge CM, whereas otherwise the reminder of the optical signals are passed through the second bridge CM without processing in the second bridge CM.
A method of determining a viral recombination rate or frequency, the method comprising: (a) having a sample comprising viral genomic nucleic acids, wherein the viral genomic nucleic acids comprise a plurality of recombined nucleic acids, wherein each of the plurality of recombined nucleic acids comprises, on a same strand: a first viral sequence derived from a first viral genome and a second viral sequence derived from a second viral genome that is different from the first viral genome; (b) partitioning the sample into a plurality of discrete compartments; (c) performing an amplification reaction to generate signals within the plurality of discrete compartments; (d) enumerating the plurality of discrete compartments that comprise signals for both the first and second viral sequences in order to obtain a numerical value that can be used to calculate a proportion of the viral genomic nucleic acids in the sample that are recombined nucleic acids; and (e) determining a viral recombination rate or frequency for the first and second viral sequences based on the numerical value. (a) having a sample comprising viral genomic nucleic acids, wherein the viral genomic nucleic acids comprise a plurality of recombined nucleic acids, wherein each of the plurality of recombined nucleic acids comprises, on a same strand: a first viral sequence derived from a first viral genome and a second viral sequence derived from a second viral genome that is different from the first viral genome; (b) partitioning the sample into a plurality of discrete compartments; (c) performing an amplification reaction to generate signals within the plurality of discrete compartments; (d) enumerating the plurality of discrete compartments that comprise signals for both the first and second viral sequences in order to obtain a numerical value that can be used to calculate a proportion of the viral genomic nucleic acids in the sample that are recombined nucleic acids; and (e) determining a viral recombination rate or frequency for the first and second viral sequences based on the numerical value.
Turbomachine blade formed of a hollow airfoil having a leading edge and a trailing edge opposite to each other and connected by an intrados wall and an extrados wall each extending along a radial axis of the blade, between a blade root and a blade tip, the blade comprising a cooling circuit supplied with air and delivering air jets ensuring through multiple orifices (40, 42, 44) of said cooling circuit, an impingement cooling of the inner surface of the airfoil, characterized in that said cooling circuit includes a plurality of superimposed cooling channels (35; 35A, 35B) over all or part of the height of the blade, each disposed perpendicularly to said radial axis of the blade and integrated into said inner surface of the airfoil while matching its contour, said multiple orifices being drilled in each of said cooling channels whose ends (34; 34A, 34B; 36) terminating in a purge cavity of said airfoil are able to ensure a purge of the air having impinged said inner surface of the airfoil after its passage through said multiple orifices.
Plunger press for producing compressed bales of forage, straw, biomass or fibrous mass for agricultural and/or industrial use, comprising a bale case, an at least substantial linearly reciprocating plunger structure, at least one material feeding duct laterally leading into the material charge feeding section of the bale case, and at least one plunger structure drive mechanism driven by a drive source, the plunger structure compressing respective material charges fed from the feeding duct into the bale case, the plunger structure being provided perpendicularly to the reciprocation direction in the bale case with at least two structurally separated plunger parts (12, 13), each having a compression surface (A1, A2), each compression surface (A1, A2) being smaller than the cross-section area of the bale case, the compression surfaces (A1, A2) being driven substantially parallelly in the reciprocation direction, characterised in that the plunger parts (12, 13) are actuated structurally separated and substantially parallel in the reciprocation direction with a time shift in relation to each other to alternatingly compress material on partial surfaces of the cross-section area.
A system comprising: a communication interface; a decryption apparatus having an input memory and a decryption processor; a central processing unit, which is coupled to receive encrypted data from the communication interface and to write the encrypted data to the input memory; and an output transducer, for presenting decrypted data to a user; wherein the decryption processor is coupled to read and decrypt the encrypted data from the input memory and is coupled to convey the decrypted data to the output transducer for presentation to the user; characterized in that the CPU is unable to access the output of the decryption processor; and in that the decryption processor is configured physically in hardware to have no write output to the input memory. a communication interface; a decryption apparatus having an input memory and a decryption processor; a central processing unit, which is coupled to receive encrypted data from the communication interface and to write the encrypted data to the input memory; and an output transducer, for presenting decrypted data to a user;
A substantially cut-resistant carry strap for a carrying bag, the carry strap comprising: a first substantially cut-resistant cable; a second substantially cut-resistant cable; and a first flexible material having its length substantially greater than its width, having a central region extending longitudinally, having a first lateral region and a first lateral edge extending longitudinally along a first side of the central region, having a second lateral region and a second lateral edge extending longitudinally along a second side of the central region, the central region having a first thickness and the first and second lateral regions having a second thickness, the first thickness being at least twice the second thickness; characterized by: the central region having first and second side edges; the first lateral region laterally wrapping around the first substantially cut-resistant cable wherein the first lateral edge abuts the first side edge of the central region to laterally enclose the first substantially cut-resistant cable; and the second lateral region laterally wrapping around the second substantially cut-resistant cable wherein the second lateral edge abuts the second side edge of the central region to laterally enclose the second substantially cut-resistant cable. a first substantially cut-resistant cable; a second substantially cut-resistant cable; and a first flexible material having its length substantially greater than its width, having a central region extending longitudinally, having a first lateral region and a first lateral edge extending longitudinally along a first side of the central region, having a second lateral region and a second lateral edge extending longitudinally along a second side of the central region, the central region having a first thickness and the first and second lateral regions having a second thickness, the first thickness being at least twice the second thickness; characterized by: the central region having first and second side edges; the first lateral region laterally wrapping around the first substantially cut-resistant cable wherein the first lateral edge abuts the first side edge of the central region to laterally enclose the first substantially cut-resistant cable; and the second lateral region laterally wrapping around the second substantially cut-resistant cable wherein the second lateral edge abuts the second side edge of the central region to laterally enclose the second substantially cut-resistant cable. the central region having first and second side edges; the first lateral region laterally wrapping around the first substantially cut-resistant cable wherein the first lateral edge abuts the first side edge of the central region to laterally enclose the first substantially cut-resistant cable; and the second lateral region laterally wrapping around the second substantially cut-resistant cable wherein the second lateral edge abuts the second side edge of the central region to laterally enclose the second substantially cut-resistant cable.
A method for vaporizing a non-gaseous starting material, in which the starting material is brought into a vaporization chamber of a vaporizer, a vaporization body of the vaporizer supplies heat to the starting material so that it vaporizes to form a vapour, the vapour is transported by means of a conveying gas stream which is fed into the vaporization chamber through a gas supply line, the mass flow of which conveying gas stream being controlled by a first mass flow controller, through a conveying conduit passing a deposition surface of a QCM sensor which measures the concentration or the partial pressure of the vapour in the gas stream flowing through the conveying conduit in a manner such that the vapour condenses on the deposition surface at a rate which is a function of the partial pressure or the concentration, and the mass flow of the vapour through the conveying conduit is controlled by variation of the conveying gas stream against a nominal value, characterized in that a compensating gas stream is fed into the conveying conduit at a mixing point disposed between the vaporizer and sensor, the mass flow of which compensating gas stream being controlled by a second mass flow controller in a manner such that when the conveying gas stream varies, the gas stream flowing past the sensor remains constant and flows past the deposition surface at a constant flow rate.
A ball bearing assembly, comprising: a bearing set (1, 1a, 1b, 1d) including at least two units (10, 10a, 10b, 10c, 10d) being axially coupled together to allow at least one set of plural spherical balls adapted to be installed between at least one pair of two adjacent units (10, 10a, 10b, 10c, 10d) of the at least two units (10, 10a, 10b, 10c, 10d), each unit (10, 10a, 10b, 10c, 10d) including two ends forming two connection portions, at least one of the two connection portions being axially connected with an adjacent unit (10, 10a, 10b, 10c, 10d) of the at least two units (10, 10a, 10b, 10c, 10d), an outer periphery forming a mounting portion, a circular central hole axially running through the two connection portions; characterized in that at least one set of plural hemispherical seats is concaved on the at least one of the two connection portions concentric to the central hole to allow each ball inside the seat adapted to be partially protruded from the central hole, at least one set of plural abutting seats being formed by abutting two sets of plural seats defined in two adjacent connection portions between the at least one pair of two adjacent units (10, 10a, 10b, 10c, 10d) to allow the at least one set of plural balls to be disposed therein, so that the assembly is adapted to be run a shaft (6, 9) through protruding surfaces of the at least one set of plural balls. a bearing set (1, 1a, 1b, 1d) including at least two units (10, 10a, 10b, 10c, 10d) being axially coupled together to allow at least one set of plural spherical balls adapted to be installed between at least one pair of two adjacent units (10, 10a, 10b, 10c, 10d) of the at least two units (10, 10a, 10b, 10c, 10d), each unit (10, 10a, 10b, 10c, 10d) including two ends forming two connection portions, at least one of the two connection portions being axially connected with an adjacent unit (10, 10a, 10b, 10c, 10d) of the at least two units (10, 10a, 10b, 10c, 10d), an outer periphery forming a mounting portion, a circular central hole axially running through the two connection portions; characterized in that at least one set of plural hemispherical seats is concaved on the at least one of the two connection portions concentric to the central hole to allow each ball inside the seat adapted to be partially protruded from the central hole, at least one set of plural abutting seats being formed by abutting two sets of plural seats defined in two adjacent connection portions between the at least one pair of two adjacent units (10, 10a, 10b, 10c, 10d) to allow the at least one set of plural balls to be disposed therein, so that the assembly is adapted to be run a shaft (6, 9) through protruding surfaces of the at least one set of plural balls.
An oral pharmaceutical composition comprising: a. 200 mg ibuprofen and ibuprofen sodium dihydrate mixture; b. 30 mg pseudoephedrine hydrochloride; c. 2 mg chlorpheniramine maleate; and in an acceptable carrier, characterized in that the weight ratio of ibuprofen to ibuprofen sodium dihydrate as free acid equivalent is 7:1 to 1:1 and wherein 15% or more of total ibuprofen dissolves in 15 minutes in 900 ml of 0.1N HCl solution at pH 1.2 at 37°C using a USP paddle apparatus rotating at 50 RPM. a. 200 mg ibuprofen and ibuprofen sodium dihydrate mixture; b. 30 mg pseudoephedrine hydrochloride; c. 2 mg chlorpheniramine maleate; and
A transmitting apparatus (2; 35) which externally transmits a radio signal containing at least a main information portion, comprising: a main information output unit that outputs a signal containing the main information portion; a dummy component outputting unit that outputs a dummy component; a dummy inserting unit (24; 36) that inserts the dummy component into at least a part of a gap portion in the signal containing the main information portion, the gap portion being a portion where the main information portion does not exist; and a radio transmitting unit that externally transmits the signal which contains the main information portion and the dummy component inserted, by radio, characterized in that the dummy component includes an alternating-current signal having a predetermined frequency component, wherein the average frequency of the alternating-current signal is substantially equal to an average frequency of the signal containing the main information portion. a main information output unit that outputs a signal containing the main information portion; a dummy component outputting unit that outputs a dummy component; a dummy inserting unit (24; 36) that inserts the dummy component into at least a part of a gap portion in the signal containing the main information portion, the gap portion being a portion where the main information portion does not exist; and a radio transmitting unit that externally transmits the signal which contains the main information portion and the dummy component inserted, by radio, characterized in that the dummy component includes an alternating-current signal having a predetermined frequency component, wherein the average frequency of the alternating-current signal is substantially equal to an average frequency of the signal containing the main information portion.
Operational brake of an elevator, which comprises a frame part, a disc of the brake, said disc being arranged at the end of an air gap and being movable with respect to the frame part by means of a guide arm, and a brake shoe fixed to the disc, wherein the brake shoe is supported on the disc by means of a protrusion that is shorter than the brake shoe, which protrusion is arranged in a recess in the disc, characterized in that the brake shoe comprises at least one fixing lug, that the at least one fixing lug is the same piece as the holder of the brake shoe, and that the brake shoe has a larger coefficient of thermal expansion compared to the disc.
A neurotensin analogue, or a salt thereof, of formula X-L-Aa8-Aa9-Aa10-Aa11-Aa12-Aa13 wherein - Aa8 is selected from the group consisting of NMe-Arg, NMe-Lys, Gly(PipAm), Phe(4-Gu) and β-homoArg, - Aa9 is selected from the group consisting of Arg, Lys, ψ(CH 2 -NH)-Arg, ψ(CH 2 -NH)-Lys, and Phe(4-Gu), - Aa10 is selected from the group consisting of Pro and thioproline, - Aa11 is selected from the group consisting of Tyr, Tyr, Dmt, Trp, 2'Br-Tyr, threo-βMe-Tyr, Nal, Tcc and L-neoTrp, - Aa12 is selected from the group consisting of Ile, Tle, Val and Leu, - Aa13 is Leu, - X represents a poly(aminocarboxylate) chelating moiety, - L represents a linker which separates X and Aa8, and wherein - said linker L separates X and Aa8 by a chain of at least 9 consecutive bonds, - said analogue, when in solution at physiological pH and at physiological temperature, has at most two positive charges, and - Aa8-Aa9-Aa10-Aa11-Aa12-Aa13 differs from Arg-Arg-Pro-Tyr-Ile-Leu by at least two differences in the amino acid sequence. - Aa8 is selected from the group consisting of NMe-Arg, NMe-Lys, Gly(PipAm), Phe(4-Gu) and β-homoArg, - Aa9 is selected from the group consisting of Arg, Lys, ψ(CH 2 -NH)-Arg, ψ(CH 2 -NH)-Lys, and Phe(4-Gu), - Aa10 is selected from the group consisting of Pro and thioproline, - Aa11 is selected from the group consisting of Tyr, Tyr, Dmt, Trp, 2'Br-Tyr, threo-βMe-Tyr, Nal, Tcc and L-neoTrp, - Aa12 is selected from the group consisting of Ile, Tle, Val and Leu, - Aa13 is Leu, - X represents a poly(aminocarboxylate) chelating moiety, - L represents a linker which separates X and Aa8, - said linker L separates X and Aa8 by a chain of at least 9 consecutive bonds, - said analogue, when in solution at physiological pH and at physiological temperature, has at most two positive charges, and - Aa8-Aa9-Aa10-Aa11-Aa12-Aa13 differs from Arg-Arg-Pro-Tyr-Ile-Leu by at least two differences in the amino acid sequence.
A lighting device including: - an electrically powered light radiation source, and - a reflector coupled to said light radiation source for reflecting in an illumination space light radiation from said light radiation source, wherein the reflector includes a reflector body for reflecting light from a light radiation source in an illumination space, wherein the reflector body includes a ribbon-like multi-faceted reflective surface including a plurality of reflective sides (120, 122, 124) for directing light radiation reflected thereby in respective different directions (L1, L2, L3) in said illumination space, characterized in that: - said light radiation source is an LED source, - said reflector body is a ribbon-like body having a ribbon-like inner reflective surface enclosed between two end planes, and - said light radiation source is placed at one of said end planes. - an electrically powered light radiation source, and - a reflector coupled to said light radiation source for reflecting in an illumination space light radiation from said light radiation source, wherein the reflector includes a reflector body for reflecting light from a light radiation source in an illumination space, wherein the reflector body includes a ribbon-like multi-faceted reflective surface including a plurality of reflective sides (120, 122, 124) for directing light radiation reflected thereby in respective different directions (L1, L2, L3) in said illumination space, - said light radiation source is an LED source, - said reflector body is a ribbon-like body having a ribbon-like inner reflective surface enclosed between two end planes, and - said light radiation source is placed at one of said end planes.
An electrophoretic medium having walls defining at least one microcavity having an internal phase area and containing an internal phase, this internal phase comprising a plurality of at least one type of electrophoretic particle suspended in a suspending fluid and capable of moving therethrough upon application of an electric field to the electrophoretic medium, the medium being characterized in that the average internal height of the at least one microcavity differs by not more than 5μm from the "saturated particle thickness" of the electrophoretic particle divided by the volume fraction of the electrophoretic particles in the internal phase, where the "saturated particle thickness" denotes the thickness of the layer of particles which would be formed over the internal phase area of the microcavity using an internal phase containing just sufficient electrophoretic particles that, if application of a specific electric field to the medium for a time T suffices to switch the electrophoretic medium between its extreme optical states, variations in the time of application of this specific electric field within the range of 0.95 to 1.05 T will not change the optical properties of either extreme state of the electrophoretic medium by more than 2 units of L*, where L* has the CIE definition..
A compound having a formula 1' or salt thereof, wherein: ring A is selected from ring B is R 1 is selected from (C1-C10)alkyl, (C3-C10)cycloalkyl, halo, aryl, and heteroaryl; and R 2 and R 3 are independently selected from hydrogen and (C1-C6)alkyl. ring A is selected from ring B is R 1 is selected from (C1-C10)alkyl, (C3-C10)cycloalkyl, halo, aryl, and heteroaryl; and R 2 and R 3 are independently selected from hydrogen and (C1-C6)alkyl.