mhurhangee/ep-ind-claims huggingface dataset:
A dual fuel delivery system for a gas turbine, comprising: a main fuel line having a main fuel oil conduit and a main fuel gas conduit, wherein the main fuel gas conduit encloses, at least partially, the main fuel oil conduit;and a fuel ring connected to the main fuel line, the fuel ring having a fuel gas ring connected to the main fuel gas conduit and a fuel oil ring connected to the main fuel oil conduit, wherein the fuel gas ring encloses, at least partially, the fuel oil ring; at least one fuel feed line connected to the fuel ring, the fuel feed line having a fuel gas feed line connected to the fuel gas ring and a fuel oil feed line connected to the fuel oil ring, wherein the fuel gas feed line encloses, at least partially, the fuel oil feed line. a main fuel line having a main fuel oil conduit and a main fuel gas conduit, wherein the main fuel gas conduit encloses, at least partially, the main fuel oil conduit;and a fuel ring connected to the main fuel line, the fuel ring having a fuel gas ring connected to the main fuel gas conduit and a fuel oil ring connected to the main fuel oil conduit, wherein the fuel gas ring encloses, at least partially, the fuel oil ring; at least one fuel feed line connected to the fuel ring, the fuel feed line having a fuel gas feed line connected to the fuel gas ring and a fuel oil feed line connected to the fuel oil ring, wherein the fuel gas feed line encloses, at least partially, the fuel oil feed line.
A microfluidic device for processing a cell-containing microfluidic sample, comprising: a lysing module configured to receive a cell-containing microfluidic sample, wherein the lysing module comprises a lysing zone, wherein the microfluidic sample is a liquid; a positioning element configured to inhibit downstream movement of the microfluidic sample to position the microfluidic sample in a lysing position; a lysing mechanism within the lysing zone, to release intracellular contents from cells within the lysing zone; and a gas actuator disposed upstream from the positioning element and the lysing zone such that a first portion of the microfluidic sample is disposed upstream from the gas actuator and a second portion of the microfluidic sample is disposed downstream from the gas actuator and upstream of the positioning element, the gas actuator configured to provide a gas pressure sufficient to prepare a microdroplet having a predetermined volume comprising intracellular contents released from cells of the cell-containing microfluidic sample within the lysing zone by separating the second portion of the microfluidic sample from the first portion of the microfluidic sample and moving the second portion of the microfluidic sample to a location downstream of the lysing mechanism and the positioning element. a lysing module configured to receive a cell-containing microfluidic sample, wherein the lysing module comprises a lysing zone, wherein the microfluidic sample is a liquid; a positioning element configured to inhibit downstream movement of the microfluidic sample to position the microfluidic sample in a lysing position; a lysing mechanism within the lysing zone, to release intracellular contents from cells within the lysing zone; and a gas actuator disposed upstream from the positioning element and the lysing zone such that a first portion of the microfluidic sample is disposed upstream from the gas actuator and a second portion of the microfluidic sample is disposed downstream from the gas actuator and upstream of the positioning element, the gas actuator configured to provide a gas pressure sufficient to prepare a microdroplet having a predetermined volume comprising intracellular contents released from cells of the cell-containing microfluidic sample within the lysing zone by separating the second portion of the microfluidic sample from the first portion of the microfluidic sample and moving the second portion of the microfluidic sample to a location downstream of the lysing mechanism and the positioning element.
Device for pushing glass objects from a dead plate of a section of an I.S. (individual section) glassware forming machine onto a conveyor belt moving in a direction by means of a pusher which is arranged to push the glass objects and is mounted on one end of a lever so as to be able to pivot about a vertical axis, wherein the other end of the lever is connected to a vertically extending shaft which is mounted so as to be able to pivot about a vertical axis, wherein the shaft is disposed so as to be able to rotate eccentrically about a stationary, vertically extending axis, having a first electric motor which is arranged to provide a rotational movement of the shaft about the axis, having a second electric motor which is arranged to provide a rotational movement of the shaft about the axis, and having a third electric motor which is arranged to provide a rotational movement of the pusher about the axis relative to said lever, characterised in that the second and the third electric motor are held on a boom which is mounted so as to be able to rotate about the axis, in that the boom is connected to the vertically extending driven shaft of the first stationary electric motor for conjoint rotation therewith, in that said lever is a crank arm connected to the shaft for conjoint rotation therewith, in that one end of a push rod is articulated on the pusher at a distance from axis so as to be able to pivot about a vertical axis, the other end of the push rod being drivingly connected to the third electric motor via a vertical axis, thus forming a four bar chain with the crank arm and the pusher, in that a receiving body provided with two receivers (10, 11) is fixedly connected to the boom, in that the second and the third electric motor are held in the receivers (10, 11) in an eccentric manner with respect to the axis, in that the receiving body is closed on the upper side by a cover part, in that a projection part extending coaxially with respect to the axis protrudes from the cover part, in that a hollow shaft is mounted within the projection part so as to be able to rotate about the axis and is connected to an annular body on which the facing end of the push rod is articulated so as to be able to pivot about the axis.
An orienteering compass comprising a capsule with a magnetic pointer and a plate. A loop is attached to the plate. With this loop the compass is held and carried on the finger. The plate has an edge line in the direction of movement. The extension of the edge line runs through the middle of the capsule. The compass is characterized in that the compass plate has a second edge line. The second edge line is perpendicular to the edge line of the direction of movement. The second edge line is located behind the capsule.
Method for reconnoitring a region under water by means of an underwater vehicle, which travels through a reconnaissance region under water and at the same time detects the surroundings of the underwater vehicle by means of one or more sensors arranged on board the underwater vehicle and generates sensor data of the region to be reconnoitred that surrounds the underwater vehicle, the underwater vehicle transporting one or more unmanned underwater vehicles, designated UUVs below, at least one UUV being released from the underwater vehicle which generates sensor data of the reconnaissance region surrounding the UUV by means of one or more sensors arranged on board the UUV, characterized in that the underwater vehicle is torpedo-shaped and is started by means of a launch platform for torpedoes and the underwater vehicle transports the UUV or the UUVs in a transport chamber of the underwater vehicle.
Cont rol device for a ECU associated with a remote control device of a system comprising a battery capable of supplying a volt age to that ECU via a supply circuit, the device comprising interrupt means suitable for serial installation in t hat supply circuit and for placement in open states and closed, respect ively prohibit ing and aut horizing the supply of voltage to that ECU, according to a value of a first order received as a result of a user acting on a cont rol device fitted to that system, charact erized in that the device includes own means of cont rol, in the event of the receipt of a second order represent at ive of a request to stop supply of that supply volt age and result ing the said action of the user on the said control unit, to generate for the said means of int errupt ion a first order having a value represent at ive of a request for placement in that open state.
A composite active material for lithium secondary batteries comprising: a composite containing silicon and silicon dioxide; and a graphite component; an area ratio of the graphite component exposed on a surface observed by scanning electron microscope at acceleration voltage of not greater than 10 kV being not less than 95%. a composite containing silicon and silicon dioxide; and a graphite component; an area ratio of the graphite component exposed on a surface observed by scanning electron microscope at acceleration voltage of not greater than 10 kV being not less than 95%.
A pharmaceutical composition for use in preventing or treating retinal disease, wherein said composition comprises a compound represented by Chemical Formula 1 or a pharmaceutically acceptable salt thereof as an active ingredient: in Chemical Formula 1, A is O or S; R is a) straight or branched C 1 to C 5 alkyl unsubstituted, or independently or optionally substituted with 1 or 2 or more C 6 to C 10 aryl, b) benzyl unsubstituted, or independently or optionally substituted with 1 or 2 or more fluoro, chloro, bromo or straight or branched C 1 to C 4 alkoxy or c) benzyl substituted with hydroxycarbonyl; and Y is H or a halogen element, wherein the retinal disease is diabetic retinopathy or age-related macular disease. R is a) straight or branched C 1 to C 5 alkyl unsubstituted, or independently or optionally substituted with 1 or 2 or more C 6 to C 10 aryl, b) benzyl unsubstituted, or independently or optionally substituted with 1 or 2 or more fluoro, chloro, bromo or straight or branched C 1 to C 4 alkoxy or c) benzyl substituted with hydroxycarbonyl; and Y is H or a halogen element, wherein the retinal disease is diabetic retinopathy or age-related macular disease.
A non-transitory computer-readable medium comprising instructions stored therein, the instructions for controlling an inclination of a floating wind turbine platform, the wind turbine platform comprising a generator, a set of turbine blades connected to a shaft inside a turbine nacelle, the turbine nacelle being mounted onto a tower, and at least three stabilizing columns to which the tower is mounted, each of the at least three stabilizing columns having an internal volume for containing ballast, and the instructions which when executed by a system, cause the system to perform operations comprising: receiving roll and pitch angle data in a defined frame of reference of the floating wind turbine; adjusting at least one of a blade pitch of the set of turbine blades and a torque of the generator to alter an aerodynamic torque of the floating wind turbine platform, the adjusting being based on the received roll and pitch angle data; and distributing the ballast among the at least three stabilizing columns, the distributing being based on the adjusting of the at least one of the blade pitch of the set of turbine blades and the torque of the generator, and the roll and pitch angle data. receiving roll and pitch angle data in a defined frame of reference of the floating wind turbine; adjusting at least one of a blade pitch of the set of turbine blades and a torque of the generator to alter an aerodynamic torque of the floating wind turbine platform, the adjusting being based on the received roll and pitch angle data; and distributing the ballast among the at least three stabilizing columns, the distributing being based on the adjusting of the at least one of the blade pitch of the set of turbine blades and the torque of the generator, and the roll and pitch angle data.
A watering system comprising: one or more water supplying units configured to operate within a region; a watering robot according to any one of claims 3 - 6, further including: an irrigation controller configured to operate within the region. one or more water supplying units configured to operate within a region; a watering robot according to any one of claims 3 - 6, further including: an irrigation controller configured to operate within the region.
Flow channel for a turbomachine, in particular a gas turbine, comprising a plurality of ribs which are arranged between a radially inner lateral surface and a radially outer lateral surface of the flow channel and are distributed in the circumferential direction, wherein a first of the ribs has a first rib thickness (d 11) and a first rib length (l 11) and a second of the ribs a second rib thickness (d 12) and a second rib length (l 12), wherein the second rib length is smaller than the first rib length and/or the second rib thickness is smaller than the first rib thickness, and wherein a spacing (T 12) in the circumferential direction between the first rib and the second rib adjacent thereto and a spacing (T 23) in the circumferential direction between at least two adjacent ribs (12, 13) deviate from one another, and at least one of these ribs has a non-deflecting outer profile (A 11, A 12) through which a working fluid is intended to flow, wherein at least one group (12-15, 17, 19, 21, 23) of identical ribs of the plurality of ribs is unevenly distributed in the circumferential direction, wherein a first internal structure having a first structural thickness (d 31) is arranged in the first rib, and a second internal structure having a second structural thickness (d 32) that is smaller than the first structural thickness is arranged in the second rib.
A method of preparing a restructured cheese, said method comprising: providing a proteinaceous natural cheese comprising an initial fat and moisture content, wherein said proteinaceous natural cheese is selected from cheddar, Monterey jack, Swiss and mozzarella-type cheese and combinations thereof; mixing said natural cheese with a protein structure modification component comprising an aqueous base, said modification component in an amount and of a pH to modify the protein structure of said natural cheese, wherein the pH of the modified natural cheese is 5.0 to 12.5 and said modification provides a liquidity to said natural cheese; and mixing said modified natural cheese with a flavoring composition comprising an acid, said flavoring composition in an amount and of a pH to restructure said modified natural cheese and provide a restructured natural cheese product with a desired flavor characteristic, wherein the pH of the restructured cheese product is 3.5 to 7.5 and wherein the method does not comprise use of emulsifying salts of the sort used for process cheese. providing a proteinaceous natural cheese comprising an initial fat and moisture content, wherein said proteinaceous natural cheese is selected from cheddar, Monterey jack, Swiss and mozzarella-type cheese and combinations thereof; mixing said natural cheese with a protein structure modification component comprising an aqueous base, said modification component in an amount and of a pH to modify the protein structure of said natural cheese, wherein the pH of the modified natural cheese is 5.0 to 12.5 and said modification provides a liquidity to said natural cheese; and mixing said modified natural cheese with a flavoring composition comprising an acid, said flavoring composition in an amount and of a pH to restructure said modified natural cheese and provide a restructured natural cheese product with a desired flavor characteristic, wherein the pH of the restructured cheese product is 3.5 to 7.5 and wherein the method does not comprise use of emulsifying salts of the sort used for process cheese.
A tool for preparing a bony implant bed and/or for machining bones by means of a rotating and/or oscillating molded member being permanently or detachably connectable to a driving part by means of a coupling (21, 22) and being either directly designed as a grinding tool on the surface facing the bone or covered with a broad grinding layer on its outer surface in order to grind and/or split the bone according to the molded member, wherein the molded member directly designed as a grinding tool or the molded member covered with a grinding layer comprises a plurality of openings (12, 31, 78) for a rinsing liquid, characterized in that the surface of the molded member facing the bone is formed spherically convex or spherically concave or that the molded member is formed as a compact cylinder or hollow cylinder closed with a tip facing the bone, wherein the hollow cylinder is covered with the grinding layer on the outside and via the tip facing the bone.
A curable resin system, comprising 1) an epoxy component having two or more epoxy resins, wherein at least one of the epoxy resins is a polyglycidyl ether of a polyphenol having an epoxy equivalent weight of up to about 250 and at least one other epoxy resin is an epoxy novolac resin; 2) a hardener component comprising a cycloaliphatic compound containing at least two amine groups for the reaction with the epoxy resin; and 3) a catalyst component comprising at least one of a phenyl-substituted imidazole or imidazoline compound. 1) an epoxy component having two or more epoxy resins, wherein at least one of the epoxy resins is a polyglycidyl ether of a polyphenol having an epoxy equivalent weight of up to about 250 and at least one other epoxy resin is an epoxy novolac resin; 2) a hardener component comprising a cycloaliphatic compound containing at least two amine groups for the reaction with the epoxy resin; and 3) a catalyst component comprising at least one of a phenyl-substituted imidazole or imidazoline compound.
A sulfur hexafluoride insulated circuit breaker system, comprising: a tank constructed to hold a quantity of SF6; a circuit breaker having contacts insulated by the SF6; a heater (32,44) operative to supply heat to heat the SF6; at least two different sensors selected from the group including: an SF6 temperature sensor operative to sense a temperature of the SF6; an ambient temperature sensor operative to sense an ambient air temperature; a contact position sensor operative to indicate an open or a closed position of the contacts; and a controller coupled to the at least two different sensor devices and operative to control a heat output of the heater based on signals from the at least two different sensor devices; characterized in that the controller is operative to modulate the output of the heater based on the output signals of any combination of the at least two different sensor devices (26, 42, 28) continuously or in increments of rated power output. a tank constructed to hold a quantity of SF6; a circuit breaker having contacts insulated by the SF6; a heater (32,44) operative to supply heat to heat the SF6; at least two different sensors selected from the group including: an SF6 temperature sensor operative to sense a temperature of the SF6; an ambient temperature sensor operative to sense an ambient air temperature; a contact position sensor operative to indicate an open or a closed position of the contacts; and a controller coupled to the at least two different sensor devices and operative to control a heat output of the heater based on signals from the at least two different sensor devices;
A method for determining processing steps to be optimized in a bag-filling system for filling bag segments with bulk material, characterized by the following steps: - Monitoring the cycle times of the processing steps of the bag-filling system, - Determining processing paths of sequentially performed processing steps, - Determining the sum of the cycle times of the processing steps within processing paths as a performance duration of the respective processing path, - Comparing the determined performance duration of the processing paths, - Determining the processing path having the longest performance duration. - Monitoring the cycle times of the processing steps of the bag-filling system, - Determining processing paths of sequentially performed processing steps, - Determining the sum of the cycle times of the processing steps within processing paths as a performance duration of the respective processing path, - Comparing the determined performance duration of the processing paths, - Determining the processing path having the longest performance duration.
Clamp holder having two clamping jaws (10, 11) which are located opposite each other in inverse symmetry to a base plate and which are rotatable as a function of each other and on shaft journals (3, 4) of the clamp holder arranged at a distance from each other on a base plate of the clamp holder, wherein the clamping jaws (10, 11) are connected to shaft sleeves (5, 6) of the clamp holder which are mounted so as to be rotatable on the shaft journals (3, 4), and wherein the clamp holder has a synchronising mechanism for transmitting the pivot movement from one clamping jaw (10, 11) to the other, which is composed of at least one toothed gear element, wherein the gear element is formed by a rack which, at each of its two opposite ends, has a tooth portion which meshes with a partial tooth system (7, 8) on the outer periphery of the shaft sleeve (5, 6) of the clamping jaw (10, 11), characterised in that the rack is biased by a spring element of the clamp holder which biases the clamping jaws (10, 11) in the closed position, wherein the spring element engages the rack, and the clamp holder is provided so that actuation of the clamping jaws (10, 11) can be effected with one hand, that is to say, with the aid of the object itself to be clamped, which is held by one hand.
A method of measuring time of flight of a pulse of ultrasound in a fluid flow, the pulse having an ultrasonic frequency, the method comprising: transmitting the ultrasound pulse across the fluid flow; detecting the ultrasound pulse after transmission, the detected pulse being a waveform, generating a cross-correlation between the waveform and a tone at the ultrasonic frequency, and identifying a plurality of peaks in the cross-correlation; fitting a curve template to the waveform at temporal locations corresponding to the peaks in the cross-correlation and identifying the temporal location in the waveform of the minimum error of the fit; performing a further cross-correlation between the waveform and the tone, the further cross-correlation being carried out over only a portion of the waveform, the portion containing the temporal location corresponding to the minimum error of the fit; and determining the temporal location in the waveform corresponding to the maximum of the further cross-correlation and thereby obtaining a measurement of the time of flight of the pulses. transmitting the ultrasound pulse across the fluid flow; detecting the ultrasound pulse after transmission, the detected pulse being a waveform, generating a cross-correlation between the waveform and a tone at the ultrasonic frequency, and identifying a plurality of peaks in the cross-correlation; fitting a curve template to the waveform at temporal locations corresponding to the peaks in the cross-correlation and identifying the temporal location in the waveform of the minimum error of the fit; performing a further cross-correlation between the waveform and the tone, the further cross-correlation being carried out over only a portion of the waveform, the portion containing the temporal location corresponding to the minimum error of the fit; and determining the temporal location in the waveform corresponding to the maximum of the further cross-correlation and thereby obtaining a measurement of the time of flight of the pulses.