mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor light emitting device having a multiple pattern structure, comprising a substrate and a semiconductor layer, an active layer, and an electrode layer formed on the substrate, wherein the substrate surface is formed into a multiple pattern structure comprising: a first pattern formed in a corrugated structure having protrusions in the substrate; and a second pattern formed in a corrugated nanostructure in the surface of the corrugated structure of the first pattern, the second pattern having a smaller length scale than the first pattern; wherein the corrugated nanostructure of the second pattern is formed at least between the protrusions of the corrugated structure of the first pattern, a part of said second pattern contacting the semiconductor layer; characterised by an optical transmitting material of nanodots of SiO 2 or SiN x formed in a groove of the corrugated nanostructure of the second pattern and having a refractive index different from that of the substrate and of the semiconductor layer. a first pattern formed in a corrugated structure having protrusions in the substrate; and a second pattern formed in a corrugated nanostructure in the surface of the corrugated structure of the first pattern, the second pattern having a smaller length scale than the first pattern; wherein the corrugated nanostructure of the second pattern is formed at least between the protrusions of the corrugated structure of the first pattern, a part of said second pattern contacting the semiconductor layer; characterised by an optical transmitting material of nanodots of SiO 2 or SiN x formed in a groove of the corrugated nanostructure of the second pattern and having a refractive index different from that of the substrate and of the semiconductor layer.
System for packaging dosed quantities of solid drug portions, comprising: • a plurality of dosing stations for dispensing a dosed quantity of solid drug portions, • a plurality of guiding ducts coupled to a transport means (6a, 6b, 15) for moving the guiding ducts along the dosing stations, wherein each guiding duct is adapted to receive drug portions dispensed from at least one of the dosing stations when the guiding duct is positioned at the at least one dosing station, and to guide the received drug portions to an passage opening of the guiding duct, • a plurality of collecting containers coupled to the transport means (6a, 6b, 15) so that each collecting container can be positioned at the passage opening of one of the guiding ducts to receive drug portions guided through the guiding duct, and • at least one discharge and packaging station for transferring drug portions collected by each collecting container to a packaging and for closing the packaging. • a plurality of dosing stations for dispensing a dosed quantity of solid drug portions, • a plurality of guiding ducts coupled to a transport means (6a, 6b, 15) for moving the guiding ducts along the dosing stations, wherein each guiding duct is adapted to receive drug portions dispensed from at least one of the dosing stations when the guiding duct is positioned at the at least one dosing station, and to guide the received drug portions to an passage opening of the guiding duct, • a plurality of collecting containers coupled to the transport means (6a, 6b, 15) so that each collecting container can be positioned at the passage opening of one of the guiding ducts to receive drug portions guided through the guiding duct, and • at least one discharge and packaging station for transferring drug portions collected by each collecting container to a packaging and for closing the packaging.
A tool (400; 440; 470) for construction of a wellbore, comprising: a coupling for connecting to a top drive unit by a friction structure or by a load bearing head; an active identification device including identification information of the tool; and a conductive pad positioned on an exterior surface of the coupling, wherein the conductive pad is connected to the active identification device by a wire, and wherein the active identification device is powered by an external power supply through the conductive pad and the wire. a coupling for connecting to a top drive unit by a friction structure or by a load bearing head; an active identification device including identification information of the tool; and a conductive pad positioned on an exterior surface of the coupling, wherein the conductive pad is connected to the active identification device by a wire, and wherein the active identification device is powered by an external power supply through the conductive pad and the wire.
An ink cartridge receiving module adapted for supplying ink to an industrial printing machine, having a plurality of receiving spaces for receiving a plurality of ink cartridges, each receiving space having a bottom surface, each receiving space further having a connector adapted for removing ink from the respective cartridge, the connectors being arranged at the lower side of the receiving spaces, characterized in that the bottom surface is inclined at an angle between 10° and 45° with respect to a horizontal plane.
A method for checking a security feature in security documents or materials that electroluminesce in the event of excitation, comprising the following steps: - Excitation of the electroluminescence of the security feature with the aid of an exciter; - Measurement of the distance between the exciter and the electroluminescing security feature; - Measurement of the intensity of the emission caused by the electroluminescence; - Correction of the measured intensity as a function of the measured distance so as to form an intensity value standardised to a prescribed basic distance, corrected for distance. - Excitation of the electroluminescence of the security feature with the aid of an exciter; - Measurement of the distance between the exciter and the electroluminescing security feature; - Measurement of the intensity of the emission caused by the electroluminescence; - Correction of the measured intensity as a function of the measured distance so as to form an intensity value standardised to a prescribed basic distance, corrected for distance.
A burner, comprising: a gas-separating box used to import fuel gas and air respectively; a mixing device comprises a top lid and a mixing box to compose a first mixing device and a second mixing device, and said top lid is in a shape of sleeve; said mixing device is used to mix air and fuel gas from the gas-separating box to form a mixed whirling flow; a third mixing device used to reflect the mixed whirling flow so that the mixed whirling flow rushes out of a flame hole and then forms a mixed and whirling upwards fuel gas flow with a bottom smaller than a top end; said first mixing device mixes for a first time air and fuel gas from the gas-separating box into a rotating mixed flow inclined upwardly, and said second mixing device mixes the rotating mixed flow from the first mixing device and fuel gas from the gas-separating box into a mixed whirling flow; characterised in that: the flame hole on the top lid for the mixed flow to rush out has a frustoconic surface, which makes the whirly mixed flow be reflected onto a reflecting plate on the mixing box and then rush out of the flame hole to form a mixed whirling fuel gas flow with a bottom smaller than a top end; and the size of the flame hole is one fifth to one third the size of the top lid. a gas-separating box used to import fuel gas and air respectively; a mixing device comprises a top lid and a mixing box to compose a first mixing device and a second mixing device, and said top lid is in a shape of sleeve; said mixing device is used to mix air and fuel gas from the gas-separating box to form a mixed whirling flow; a third mixing device used to reflect the mixed whirling flow so that the mixed whirling flow rushes out of a flame hole and then forms a mixed and whirling upwards fuel gas flow with a bottom smaller than a top end; said first mixing device mixes for a first time air and fuel gas from the gas-separating box into a rotating mixed flow inclined upwardly, and said second mixing device mixes the rotating mixed flow from the first mixing device and fuel gas from the gas-separating box into a mixed whirling flow; the flame hole on the top lid for the mixed flow to rush out has a frustoconic surface, which makes the whirly mixed flow be reflected onto a reflecting plate on the mixing box and then rush out of the flame hole to form a mixed whirling fuel gas flow with a bottom smaller than a top end; and the size of the flame hole is one fifth to one third the size of the top lid.
A modular axle assembly for supporting wheels of an agricultural vehicle, said modular axle assembly comprising: a first tube; a second tube parallel to the first tube; at least one bracket connecting the first tube and the second tube; and a first wheel support member mounted to first ends of the first tube and the second tube and a second wheel support member mounted to second ends of the first tube and the second tube, characterized in that the modular axle assembly further comprises a fan mounted to the wheel support members and positioned at least partially between the tubes (202, 204). a first tube; a second tube parallel to the first tube; at least one bracket connecting the first tube and the second tube; and a first wheel support member mounted to first ends of the first tube and the second tube and a second wheel support member mounted to second ends of the first tube and the second tube, characterized in that the modular axle assembly further comprises a fan mounted to the wheel support members and positioned at least partially between the tubes (202, 204).
A sustained, controlled-release bioadhesive pharmaceutical composition comprising an ionic treating agent and an ionic polymer, wherein the composition: (a) is: (i) free of an oil phase; and (ii) hydrated; and (b) includes (i) an ionic treating agent; (ii) an ionic polymer; and (iii) a complex including both ionic treating agent and ionic polymer. (a) is: (i) free of an oil phase; and (ii) hydrated; and (i) free of an oil phase; and (ii) hydrated; and (b) includes (i) an ionic treating agent; (ii) an ionic polymer; and (iii) a complex including both ionic treating agent and ionic polymer. (i) an ionic treating agent; (ii) an ionic polymer; and (iii) a complex including both ionic treating agent and ionic polymer.
A method comprising: receiving, by a gateway device comprising one or more computers, a message output by an external system for communication to a Foundation Fieldbus linking device connected to said gateway device, characterized in that the linking device is identified by a virtual address within the message; the method also comprises determining, by said gateway device, an operational status for the linking device, based upon said virtual address in said received message output by said external system; determining, by the gateway device, whether the received message may be routed based upon said virtual address in said received message output by the external system, without determining a physical address; determining, by the gateway device, whether the message comprises a command to write data in the linking device or in a Foundation Fieldbus device connected to the linking device; and if it is determined that the message does not comprise a command to write data in said linking device, directing, by the gateway device, communication of the message to the linking device; wherein the virtual address is utilized to represent the linking device to an external system, and wherein a linking device controller directs communication of the message to the linking device; or if it is determined that the message comprises a command to write data in said linking device, generating, by the gateway device, an exception for preventing the requested write operation. receiving, by a gateway device comprising one or more computers, a message output by an external system for communication to a Foundation Fieldbus linking device connected to said gateway device, characterized in that the linking device is identified by a virtual address within the message; the method also comprises determining, by said gateway device, an operational status for the linking device, based upon said virtual address in said received message output by said external system; determining, by the gateway device, whether the received message may be routed based upon said virtual address in said received message output by the external system, without determining a physical address; determining, by the gateway device, whether the message comprises a command to write data in the linking device or in a Foundation Fieldbus device connected to the linking device; and if it is determined that the message does not comprise a command to write data in said linking device, directing, by the gateway device, communication of the message to the linking device; wherein the virtual address is utilized to represent the linking device to an external system, and wherein a linking device controller directs communication of the message to the linking device; or if it is determined that the message comprises a command to write data in said linking device, generating, by the gateway device, an exception for preventing the requested write operation.
A weighing module for a cash drawer comprising a plurality of note cups and coin cups arranged on respective load cells, at least some of the cups are movable relative to respective load cells on which they are arranged, characterised in that they are irremovable from their respective load cells.
Use of injectable dermatological composition for treatment of skin wrinkles, the composition characterised in that it comprises: - L-isoleucine: 0.12%(w/v); - L-leucine: 0.16%(w/v); - L-lysine HCL: 0.18%(w/v); - L-proline: 0.20%(w/v); - L-valine: 0.12%(w/v); - L-glycine: 0.20%(w/v); - L-serine: 0.20%(w/v); - L-alanine: 0.24%(w/v); - cysteine SH: 0.05%(w/v); - Methionine SH: 0.05%(w/v) - Lipoic acid: 0.10%(w/v) - Magnesium ascorbyl phosphate: 0.20%(w/v) - EDTA: 0.05%(w/v) - Hyaluronic acid sodium salt: 0.10%(w/v) - Sodium carbonate: 1.80%(w/v) - Water: up to 100 g. - L-isoleucine: 0.12%(w/v); - L-leucine: 0.16%(w/v); - L-lysine HCL: 0.18%(w/v); - L-proline: 0.20%(w/v); - L-valine: 0.12%(w/v); - L-glycine: 0.20%(w/v); - L-serine: 0.20%(w/v); - L-alanine: 0.24%(w/v); - cysteine SH: 0.05%(w/v); - Methionine SH: 0.05%(w/v) - Lipoic acid: 0.10%(w/v) - Magnesium ascorbyl phosphate: 0.20%(w/v) - EDTA: 0.05%(w/v) - Hyaluronic acid sodium salt: 0.10%(w/v) - Sodium carbonate: 1.80%(w/v) - Water: up to 100 g.
Egg candling method for determining at least one state of at least one fertilised egg containing an embryo, said at least one fertilised egg being placed on a tray comprising a plurality of cells for receiving a plurality of eggs, said cells being organised in rows arranged parallely to the direction of movement of said tray, characterised in that it includes the steps of: a) illuminating said egg with a green light having one or more wavelengths lying in the range 510 nm to 570 nm, preferably in the range 530 nm to 550 nm, and capturing at least one image of said illuminated egg; and b) analysing said image to determine a vitality level of the embryo of said egg based on the presence or absence of a network of blood vessels feeding the embryo of said egg in said image and, in the event of the presence of a network of blood vessels, based on the dimensions of the veins of said network of blood vessels, and in that, for a row of eggs, all the even eggs of the row are simultaneously illuminated in a first time then all the uneven eggs are simultaneously illuminated in a second time. a) illuminating said egg with a green light having one or more wavelengths lying in the range 510 nm to 570 nm, preferably in the range 530 nm to 550 nm, and capturing at least one image of said illuminated egg; and b) analysing said image to determine a vitality level of the embryo of said egg based on the presence or absence of a network of blood vessels feeding the embryo of said egg in said image and, in the event of the presence of a network of blood vessels, based on the dimensions of the veins of said network of blood vessels,
A composition containing an association of lactitol, lactulose, the extract of at least one plant belonging to the genus Plantago and inulin or fructooligosaccharides in admixture with a suitable acceptable carrier.
Electrical management system comprising a first voltage source linked to a load by a linking circuit and a second voltage source at lower voltage, the second voltage source being arranged in series with the first voltage source and the load so that its series linking causes a voltage drop over the linking circuit linking the first voltage source to the load, wherein the linking circuit comprises a first link linking a first terminal of the first voltage source to a first terminal (P1') of the load, and a second link linking a second terminal of the first source to a second terminal (P2') of the load, the second voltage source being arranged in series with one of the first or second links, wherein the first voltage source comprises a structure of several modules arranged in series, each module comprising a lower terminal and an upper terminal, and in that the second voltage source or an associated charger is arranged in series with the first voltage source and comprises a terminal common to one of the modules of the first voltage source, and comprises at least one switch (53; 54) making it possible to disconnect the second voltage source from the first voltage source, and wherein a module of the first voltage source comprises at least one switch (113; 114; 186, 187, 188, 189; 123) and a control circuit for the switch, this control circuit being energized electrically directly by at least one cell of a module of the first voltage source, this at least one switch being from among: - a cell switch for connecting or disconnecting a particular cell of the first voltage source; - a parallel switch, for by-passing or not a particular cell of the first voltage source; - a module switch, for by-passing or not a module of the first voltage source; - a switch for by-passing or not several modules simultaneously of the first voltage source; - a switch for inverting or not the voltage output by the first voltage source; - a series/parallel inversion switch for arranging in series or in parallel certain sub-parts of the first voltage source; - an additional switch for arranging two cells in series or in parallel. - a cell switch for connecting or disconnecting a particular cell of the first voltage source; - a parallel switch, for by-passing or not a particular cell of the first voltage source; - a module switch, for by-passing or not a module of the first voltage source; - a switch for by-passing or not several modules simultaneously of the first voltage source; - a switch for inverting or not the voltage output by the first voltage source; - a series/parallel inversion switch for arranging in series or in parallel certain sub-parts of the first voltage source; - an additional switch for arranging two cells in series or in parallel.
Current transformer assembly comprising at least two current transformers (12a, 12b, 12c), wherein at least two of the current transformers (12a, 12b, 12c) comprise at least one inductance (14a, 14b, 14c) with a plane surface, at least one electrical conductor (18a, 18b, 18c) and a leadthrough (16a, 16b, 16c), arranged perpendicular to the plane surface of the inductance (14a, 14b, 14c), for in each case one of the electrical conductors (18a, 18b, 18c), wherein at least one first, second and third section (24a, 24b, 24c, 26a, 26b, 26c, 28a, 28b, 28c) is surrounded by the electrical conductor (18a, 18b, 18c), wherein the first and second sections (24a, 24b, 24c, 26a, 26b, 26c) are arranged at least partially substantially parallel to the plane surface, wherein the third section (28a, 28b, 28c) can be passed at least partially through the leadthrough (16a, 16b, 16c) of the current transformer (12a, 12b, 12c), and wherein the leadthroughs (16a, 16b, 16c) of at least two of the at least two current transformers (12a, 12b, 12c) are arranged substantially parallel to one another and substantially on a common axis, characterized in that the first, second and third sections (24a, 24b, 24c, 26a, 26b, 26c, 28a, 28b, 28c) of the at least one electrical conductor (18a, 18b, 18c) are arranged substantially in the form of a Z.
A reciprocating machine, comprising: An internal combustion cylinder comprising an internal cylinder wall; a sump for collecting oil; a piston movable in the cylinder between a top position and a bottom position, the piston comprising an upper ring pack and a lower ring pack disposed around a circumference of the piston and spaced from each other by a first distance, the piston being connected to a crank shaft for driving the crank shaft during the movement between the top and bottom positions; and a circumferential collector groove in the cylinder wall in a position that is above the lower ring pack when the piston is in the top position and that is below the upper ring pack when the piston is in the bottom position, the collector groove including at least one hole connected to a conduit connected to the sump, characterized in that the reciprocating machine comprises a pump for returning oil from the sump to the cylinder. An internal combustion cylinder comprising an internal cylinder wall; a sump for collecting oil; a piston movable in the cylinder between a top position and a bottom position, the piston comprising an upper ring pack and a lower ring pack disposed around a circumference of the piston and spaced from each other by a first distance, the piston being connected to a crank shaft for driving the crank shaft during the movement between the top and bottom positions; and a circumferential collector groove in the cylinder wall in a position that is above the lower ring pack when the piston is in the top position and that is below the upper ring pack when the piston is in the bottom position, the collector groove including at least one hole connected to a conduit connected to the sump, characterized in that the reciprocating machine comprises a pump for returning oil from the sump to the cylinder.
A receiver for a signal communication apparatus, said apparatus comprising a transmitter for transmitting signals, said receiver for receiving the signals and a galvanically isolated wireless interface interposed between the transmitter and the receiver and comprising a transmitting antenna and a receiving antenna, said receiver comprising an input stage (5, 50) for receiving the transmitted signal and another stage to receive the signal deriving from the input stage, wherein said input stage comprises a disturbance rejection circuit (6, 52) coupled with the receiving antenna and configured for compensating for the parasite currents flowing between the transmitting antenna and the receiving antenna at the potential variations between the input and the output of the galvanic isolation interface by reducing the impedance of the input stage (5, 50), wherein said input stage is adapted to decrease the input impedance in the presence of parasite current due to common-mode transient and comprises means adapted to change the bias of the input stage as a function of the parasite currents.