mhurhangee/ep-ind-claims huggingface dataset:
A negative electrode for an energy storage device, comprising a negative substrate and a negative active material layer layered directly or indirectly on at least one surface of the negative substrate, wherein the negative active material layer contains: solid graphite particles that have a median diameter D1; hollow graphite particles that have a larger median diameter D2 than the solid graphite particles; and a conductive agent, and wherein the conductive agent is fibrous carbon. wherein the negative active material layer contains: solid graphite particles that have a median diameter D1; hollow graphite particles that have a larger median diameter D2 than the solid graphite particles; and a conductive agent, and wherein the conductive agent is fibrous carbon.
An injection controller for controlling a fuel injection device of a diesel engine for mixed-mode operation with a gaseous fuel, the injection controller comprising: - an electrical dummy load which simulates the fuel injection device and is connectable to an output port of an engine control unit which outputs an injection control signal, - a processor device comprising: ∘ an input port for receiving the injection control signal which is shaped in accordance with the injection parameters determined by the engine control unit; ∘ a first output port for outputting a diesel injection control signal, which is modified, when appropriate, by the processor device relative to the injection control signal, to the diesel injectors of the diesel engine; and ∘ a second output port for outputting a gas injection control signal for controlling a gas injection device; wherein the engine control unit is disconnected from the diesel injectors by the electrical dummy load and the processor device is configured such that it generates the diesel injection control signal and the gas injection control signal as well as the start, length and number of diesel injections and gas injections independently of the injection control signal, wherein the processor device adapts the diesel injection control signal and the gas injection control signal to one another and in so doing modifies the diesel injection control signal relative to the injection control signal at least when the gas injection control signal is output at the second output port for operating the diesel engine in mixed-mode operation with gaseous fuel, and characterised in that the injection controller is designed to detect diesel particulate filter regeneration and operates the diesel engine in pure diesel mode when diesel particulate filter regeneration is detected. - an electrical dummy load which simulates the fuel injection device and is connectable to an output port of an engine control unit which outputs an injection control signal, - a processor device comprising: ∘ an input port for receiving the injection control signal which is shaped in accordance with the injection parameters determined by the engine control unit; ∘ a first output port for outputting a diesel injection control signal, which is modified, when appropriate, by the processor device relative to the injection control signal, to the diesel injectors of the diesel engine; and ∘ a second output port for outputting a gas injection control signal for controlling a gas injection device; ∘ an input port for receiving the injection control signal which is shaped in accordance with the injection parameters determined by the engine control unit; ∘ a first output port for outputting a diesel injection control signal, which is modified, when appropriate, by the processor device relative to the injection control signal, to the diesel injectors of the diesel engine; and ∘ a second output port for outputting a gas injection control signal for controlling a gas injection device;
A computer-readable medium having computer executable components for processing mined data, comprising instructions to cause a computer to carry out: a mined data packet management component identifying data packets of a digital voice conversation relevant to a mining profile; a mined data packet alteration component determining if mined data packets are to be altered; and a mined data packet processing component performing processing of the mined data packets relevant to the mining profile. a mined data packet management component identifying data packets of a digital voice conversation relevant to a mining profile; a mined data packet alteration component determining if mined data packets are to be altered; and a mined data packet processing component performing processing of the mined data packets relevant to the mining profile.
A process of making N,N'-diacetyl-L-Cystine disodium salt, the process comprising: (i) Mixing hydroxyalkane (between 0.5-100Lper mol of cystine) with a sodium base (4.0 molar equivalents per mole of cystine) to form a cold solution at a temperature of from 5 to 10°C; (ii) Adding cystine (1 molar equivalent) to said cold solution and stirring, for a sufficient time, to form a basic cystine solution; (iii) Optionally, Cooling the cystine solution to 5°C; (iv) Adding acetyl chloride (2 molar equivalents per mole of cystine) portionwise, while maintaining the temperature between 3 and 50 °C, thereby resulting in a white suspension; (v) Stirring said white suspension and allowing said suspension to warm up to a room temperature of 15°C to 50°C, thereby resulting in N,N'-diacetyl-L-Cystine disodium salt product dissolved in solution and sodium chloride by-product precipitated solid in said suspension. (i) Mixing hydroxyalkane (between 0.5-100Lper mol of cystine) with a sodium base (4.0 molar equivalents per mole of cystine) to form a cold solution at a temperature of from 5 to 10°C; (ii) Adding cystine (1 molar equivalent) to said cold solution and stirring, for a sufficient time, to form a basic cystine solution; (iii) Optionally, Cooling the cystine solution to 5°C; (iv) Adding acetyl chloride (2 molar equivalents per mole of cystine) portionwise, while maintaining the temperature between 3 and 50 °C, thereby resulting in a white suspension; (v) Stirring said white suspension and allowing said suspension to warm up to a room temperature of 15°C to 50°C,
Cylinder lock and key, the cylinder lock comprising a housing and rotatably provided therein a cylinder having a first end and a second end, the cylinder extending in a longitudinal direction between the first end and the second end, the cylinder comprising an internal keyway for placing the key corresponding to the lock in the cylinder, the lock further comprising a locking mechanism that prevents rotation of the cylinder with respect to the housing when the key is not present in the keyway, wherein the lock comprises a blocking element positioned between the first and second end, which blocking element is configurable to take a first position wherein the keyway is blocked such that the key cannot be placed in the keyway, and a second position wherein the keyway is unblocked such that the key can be placed therein, wherein the lock comprises a configuration means (21, 22) to configure the blocking element in the first or second position, wherein the configuration means is controlled by wireless communication between the lock and a remote control unit, wherein the locking mechanism comprises multiple pins, and the blocking element and each of the pins are of congruent shape and the blocking element has a position adjacent the entry of the keyway, at a positon most near to the entry of the keyway, characterised in that the remote control unit is operatively connected to the key and in that the key is provided with a transmitter that is able to send a signal to provide said communication.
Random copolyamide having high transparency, melting point reduced compared to the polyamide PA 6 and reduced gas permeability, obtained by polycondensation of: - caprolactam in an amount between 65 and 92.5% by weight; - salt of adipic acid and hexamethylene diamine in an amount comprised between 5 and 20% by weight; and - salt of isophthalic acid and isophorone diamine in an amount comprised between 2 and 15% by weight. - caprolactam in an amount between 65 and 92.5% by weight; - salt of adipic acid and hexamethylene diamine in an amount comprised between 5 and 20% by weight; and - salt of isophthalic acid and isophorone diamine in an amount comprised between 2 and 15% by weight.
A method for manufacture of a composite blade with an airfoil and a root, the blade comprising a core of chopped fibre composite material and a textile composite material encasing the chopped fibre core, the method comprising: forming a blade insert using chopped fibre composite; surrounding the blade insert with a plurality of layers of a textile in a textile composite material; and thermoforming the blade insert and the surrounding textile composite material in a thermoforming mould in order to consolidate the part, wherein the blade insert is situated at a location where the cross-sectional area of the blade changes significantly, wherein the blade insert is located at the root of the blade where the cross-section increases compared to the cross-section of the airfoil, and characterized in that the shape of the blade insert extends further toward the airfoil tip at its centre in a dorsal fin shape with the upper tip of the dorsal fin shape extending into the airfoil from the root along the centre line of the airfoil. forming a blade insert using chopped fibre composite; surrounding the blade insert with a plurality of layers of a textile in a textile composite material; and thermoforming the blade insert and the surrounding textile composite material in a thermoforming mould in order to consolidate the part, wherein the blade insert is situated at a location where the cross-sectional area of the blade changes significantly, wherein the blade insert is located at the root of the blade where the cross-section increases compared to the cross-section of the airfoil, and characterized in that the shape of the blade insert extends further toward the airfoil tip at its centre in a dorsal fin shape with the upper tip of the dorsal fin shape extending into the airfoil from the root along the centre line of the airfoil. characterized in that the shape of the blade insert extends further toward the airfoil tip at its centre in a dorsal fin shape with the upper tip of the dorsal fin shape extending into the airfoil from the root along the centre line of the airfoil.
A system comprising: a transmitter comprising: a converting section configured to convert at least one lower bit of a plurality of bits forming a symbol in a bit sequence, to 1 or 0; a modulating section configured to modulate said bit sequence after the bit conversion using a single M-ary modulation mapper to generate said symbol; and a transmitting section configured to transmit said symbol; and a receiver comprising: a receiving section configured to receive said symbol; and a detecting section configured to detect the symbol, characterized in that said converting section converts said at least one lower bit such that the symbol is mapped on a constellation of M-ary number which is lower than M-ary number of the single M-ary modulation mapper. a transmitter comprising: a converting section configured to convert at least one lower bit of a plurality of bits forming a symbol in a bit sequence, to 1 or 0; a modulating section configured to modulate said bit sequence after the bit conversion using a single M-ary modulation mapper to generate said symbol; and a transmitting section configured to transmit said symbol; and a converting section configured to convert at least one lower bit of a plurality of bits forming a symbol in a bit sequence, to 1 or 0; a modulating section configured to modulate said bit sequence after the bit conversion using a single M-ary modulation mapper to generate said symbol; and a transmitting section configured to transmit said symbol; and a receiver comprising: a receiving section configured to receive said symbol; and a detecting section configured to detect the symbol, a receiving section configured to receive said symbol; and a detecting section configured to detect the symbol, characterized in that said converting section converts said at least one lower bit such that the symbol is mapped on a constellation of M-ary number which is lower than M-ary number of the single M-ary modulation mapper.
A power supply system capable of delivering a DC output voltage (V out) and of being connected in input to N distinct power supply networks (R 1,..., R N) each delivering an input voltage (V 1,..., V N), N being an integer greater than or equal to 2, of the type comprising: - N controllable energy transfer members (T 1,..., T N), each capable of switching between an open position and a closed position and being connected to a corresponding power supply network (R 1,..., R N), - control means for each of the controllable energy transfer members (T 1,..., T N) for selecting one power supply network (R 1;..., R N) from among the N power supply networks (R 1,..., R N) by commanding the controllable energy transfer member (T 1,..., T N) connected to the selected power supply system (R 1,..., R N) into the closed position and commanding the N-1 other controllable power transfer member(s) into the open position (T 1,..., T N), and - energy storage means capable of delivering a storage voltage (V e), characterized in that the power supply system also comprises an energy converter connected to the output of the N controllable energy transfer members (T 1,..., T N), the control means being adapted to control the energy converter and the N controllable energy transfer members (T 1,..., T N) to select at most one energy source from among the N power supply networks (R 1,..., R N), as a function of the N input voltages (V 1,..., V N) and the storage voltage (V e). - N controllable energy transfer members (T 1,..., T N), each capable of switching between an open position and a closed position and being connected to a corresponding power supply network (R 1,..., R N), - control means for each of the controllable energy transfer members (T 1,..., T N) for selecting one power supply network (R 1;..., R N) from among the N power supply networks (R 1,..., R N) by commanding the controllable energy transfer member (T 1,..., T N) connected to the selected power supply system (R 1,..., R N) into the closed position and commanding the N-1 other controllable power transfer member(s) into the open position (T 1,..., T N), and - energy storage means capable of delivering a storage voltage (V e),
An agent capable of specifically inhibiting or suppressing the level of DUX4-fl expression in a population of cells in a mammalian subject, for use in a method of treating a mammalian subject suffering from, or at risk for developing, Facioscapulohumeral Dystrophy (FSHD), wherein the agent comprises a nucleic acid that is: (i) an antisense nucleic acid that is complementary to a portion of SEQ ID NO: 66 or SEQ ID NO: 67 that is at least 8 nucleotides in length; (ii) an antisense nucleic acid that is at least ninety percent identical to the complement of the DUX4-fl cDNA consisting of the nucleic acid sequence set forth in SEQ ID NO: 66 or SEQ ID NO: 67; (iii) a nucleic acid that is a portion of SEQ ID NO: 66 or SEQ ID NO: 67 that is between 8 and 25 nucleotides in length; or (iv) a nucleic acid sequence that is SEQ ID NO: 66 or SEQ ID NO: 67, or a complement thereof. (i) an antisense nucleic acid that is complementary to a portion of SEQ ID NO: 66 or SEQ ID NO: 67 that is at least 8 nucleotides in length; (ii) an antisense nucleic acid that is at least ninety percent identical to the complement of the DUX4-fl cDNA consisting of the nucleic acid sequence set forth in SEQ ID NO: 66 or SEQ ID NO: 67; (iii) a nucleic acid that is a portion of SEQ ID NO: 66 or SEQ ID NO: 67 that is between 8 and 25 nucleotides in length; or (iv) a nucleic acid sequence that is SEQ ID NO: 66 or SEQ ID NO: 67, or a complement thereof.
Running rail for a conveyor, in particular for a gravity-type conveyor, having a cross-sectional profile comprising a. at least three interconnected profiled portions comprising b. a first profiled portion, laterally open to the outside, for receiving first rollers of a carriage c. a second profiled portion, laterally open to the outside, for receiving second rollers of a carriage d. a third profiled portion, open in the vertical direction, for receiving third rollers of a carriage e. wherein the first and the second profiled portion are disposed in a reflection-symmetrical manner to a vertical central plane of the running rail, f. wherein the running rail is integrally formed and manufactured by bending a metal band or a metal strip, characterized in that g. the first, the second, and the third profiled portion each have a cross-sectional profile in a U-shape, comprising a connection portion (8a-c) and legs (5a,b; 6a,b; 7a,b) contiguous thereto on both sides. a. at least three interconnected profiled portions comprising b. a first profiled portion, laterally open to the outside, for receiving first rollers of a carriage c. a second profiled portion, laterally open to the outside, for receiving second rollers of a carriage d. a third profiled portion, open in the vertical direction, for receiving third rollers of a carriage e. wherein the first and the second profiled portion are disposed in a reflection-symmetrical manner to a vertical central plane of the running rail, f. wherein the running rail is integrally formed and manufactured by bending a metal band or a metal strip, characterized in that g. the first, the second, and the third profiled portion each have a cross-sectional profile in a U-shape, comprising a connection portion (8a-c) and legs (5a,b; 6a,b; 7a,b) contiguous thereto on both sides.
Communication module for connecting a lighting bus system to a network based on an internet protocol, wherein at least one property of at least one component (2a..2f) coupled to the bus system, which property can be queried in the bus system, represents a resource that is accessible via the network and can be reached via a URL, and the communication module is designed, when data received via the network contain a query for the resource, to determine the property of the component (2a..2f) that is associated with the queried resource in a translation table, wherein the communication module is designed to query the property in a data transmission via the bus system from the at least one component (2a..2f), characterized in that the bus system is a Digital Addressable Lighting Interface DALI Bus, the communication module is designed to receive a DALI event message transmitted by the at least one component (2a..2f) via the bus system, to determine a callback URL associated with the DALI event message in the translation table as a resource, and to forward the DALI event message to the callback URL. at least one property of at least one component (2a..2f) coupled to the bus system, which property can be queried in the bus system, represents a resource that is accessible via the network and can be reached via a URL, and the communication module is designed, when data received via the network contain a query for the resource, to determine the property of the component (2a..2f) that is associated with the queried resource in a translation table, wherein the communication module is designed to query the property in a data transmission via the bus system from the at least one component (2a..2f), characterized in that the bus system is a Digital Addressable Lighting Interface DALI Bus, the communication module is designed to receive a DALI event message transmitted by the at least one component (2a..2f) via the bus system, to determine a callback URL associated with the DALI event message in the translation table as a resource, and to forward the DALI event message to the callback URL.
A force detection sensor comprising: a base member having a first surface subjected to an external force and a second surface having a normal direction different from the first surface; and an inter-digital electrode provided on the base member having electrode fingers placed on the second surface, and a pair of reflectors 23, 24 provided with the inter-digital electrode 22 in between on the second surface 213, wherein an arrangement direction of the electrode fingers tilts with respect to the normal direction of the first surface in a plan view of the second surface, characterized in that the base member has a third surface having a normal direction different from the first surface and the second surface, electrode fingers are placed on the third surface, and an arrangement direction of the electrode fingers placed on the third surface is different from the normal direction of the first surface in a plan view of the third surface. a base member having a first surface subjected to an external force and a second surface having a normal direction different from the first surface; and an inter-digital electrode provided on the base member having electrode fingers placed on the second surface, and a pair of reflectors 23, 24 provided with the inter-digital electrode 22 in between on the second surface 213, wherein an arrangement direction of the electrode fingers tilts with respect to the normal direction of the first surface in a plan view of the second surface, characterized in that the base member has a third surface having a normal direction different from the first surface and the second surface, electrode fingers are placed on the third surface, and an arrangement direction of the electrode fingers placed on the third surface is different from the normal direction of the first surface in a plan view of the third surface.
A radial fan with a fan wheel which can be rotated about an axis and which comprises a base plate and airfoils protruding from the base plate, wherein the airfoils each comprise an upstream edge in a first spacing from the axis and a downstream edge in a second spacing from the axis, and with an end wall which together with the base plate delimits a flow channel in which the airfoils engage, wherein the cross-sectional area of the flow channel between the upstream edge and the downstream edge passes through a maximum in a third spacing from the axis and wherein the difference between a fourth spacing and a fifth spacing, at which the cross-sectional area in each case assumes nearest adjacent minima to the maximum, is at least half of the difference (r2 - r1) between the first and the second spacing, wherein the cross-sectional area is calculated as the product of a spacing (r) from the axis and the axial distance between end wall and base plate measured in this spacing (r), wherein the end wall has a concave surface region in the third spacing from the axis, which is concave in the radial section, characterized in that the concave surface region in the radial section has a radius of curvature which corresponds at least to the first spacing.
A light emitting diode comprising an active layer and a P-semiconductor layer sequentially formed on an N-semiconductor substrate; an N electrode pad formed beneath the N-semiconductor substrate; and a P electrode pad formed on the P-semiconductor layer, wherein a plurality of micro-lenses (271, 272) spaced apart from one another and having a refractive index smaller than that of the N-semiconductor substrate or P-semiconductor layer are arrayed in inner regions of both of N-semiconductor substrate and the P-semiconductor layer, wherein the N-semiconductor substrate is an N-AlGaAs substrate and the P-semiconductor layer is a P-AlGaAs layer, and wherein the micro-lenses are made of any one of films of transparent conducting oxides such as ITO, ZnO and IrO, dielectric materials such as SiO 2 and Si 3 N 4, and metals such as Al, Ni, Au, Co and Cr.