mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system comprising: an anode recirculation loop comprising a fuel cell stack for generating power; a flowmeter for measuring a fuel flow rate of a fuel provided into the anode recirculation loop; a current measuring device for measuring a current drawn from the fuel cell stack; a recycle ratio measuring device for measuring a recycle ratio in the anode recirculation loop, comprising a device for determining a flow rate of a reformate, a device for determining a flow rate of a recirculated reformate, and a device for comparing the flow rate of reformate to the flow rate of recirculated reformate to calculate the recycle ratio; and a processor for estimating a fuel utilization of the fuel cell stack based on the measured fuel flow rate, the measured current and the measured recycle ratio; characterized in that: the processor comprises a fuel utilization model which defines a mapping relationship among the fuel utilization of the fuel cell stack, a fuel utilization of the system and the recycle ratio in the anode recirculation loop, and the processor is configured to calculate the fuel utilization of the system based on the measured fuel flow rate, the measured current and a number of fuel cells of the fuel cell stack, and determining the fuel utilization of the fuel cell stack from the fuel utilization model according to the calculated fuel utilization of the system and the measured recycle ratio. an anode recirculation loop comprising a fuel cell stack for generating power; a flowmeter for measuring a fuel flow rate of a fuel provided into the anode recirculation loop; a current measuring device for measuring a current drawn from the fuel cell stack; a recycle ratio measuring device for measuring a recycle ratio in the anode recirculation loop, comprising a device for determining a flow rate of a reformate, a device for determining a flow rate of a recirculated reformate, and a device for comparing the flow rate of reformate to the flow rate of recirculated reformate to calculate the recycle ratio; and a processor for estimating a fuel utilization of the fuel cell stack based on the measured fuel flow rate, the measured current and the measured recycle ratio; characterized in that: the processor comprises a fuel utilization model which defines a mapping relationship among the fuel utilization of the fuel cell stack, a fuel utilization of the system and the recycle ratio in the anode recirculation loop, and the processor is configured to calculate the fuel utilization of the system based on the measured fuel flow rate, the measured current and a number of fuel cells of the fuel cell stack, and determining the fuel utilization of the fuel cell stack from the fuel utilization model according to the calculated fuel utilization of the system and the measured recycle ratio.
A coaxial wiring device (1, 2) comprising a first member (10, 10a), a second member that is opposed to the first member (10, 10a), and a conductor plate (20, 20a) that is provided to be held between the first member (10, 10a) and the second member, wherein grooves (12, 13, 14, 15) are provided in the first member (10, 10a) and in the second member, a coaxial wire is formed in the conductor plate (20, 20a), and a first and a second port are provided in respective ends of the coaxial wire, the coaxial wiring device being configured such that a signal is transmitted between the first port and the second port by the coaxial wire and the grooves, wherein a line that connects the first port and the second port is denoted by a reference line, characterized in that the grooves of the first member (10, 10a) and the second member comprise: a first groove that has a central point on the reference line and extends in a direction that intersects with the reference line, a second groove that connects one end of the first groove and the first port, a third groove that connects the other end of the first groove and the first port and has a shape that is line symmetrical to the second groove with respect to the reference line, a fourth groove that connects the other end of the first groove and the second port, and a fifth groove that connects one end of the first groove and the second port and has a shape that is line symmetrical to the fourth groove with respect to the reference line, and wherein the coaxial wire comprises: a first wire formed in a position corresponding to the first groove, a second wire formed in a position corresponding to the second groove, and a third wire formed in a position corresponding to the fourth groove. a first groove that has a central point on the reference line and extends in a direction that intersects with the reference line, a second groove that connects one end of the first groove and the first port, a third groove that connects the other end of the first groove and the first port and has a shape that is line symmetrical to the second groove with respect to the reference line, a fourth groove that connects the other end of the first groove and the second port, and a fifth groove that connects one end of the first groove and the second port and has a shape that is line symmetrical to the fourth groove with respect to the reference line, and wherein the coaxial wire comprises: a first wire formed in a position corresponding to the first groove, a second wire formed in a position corresponding to the second groove, and a third wire formed in a position corresponding to the fourth groove.
Method for manufacturing a balance spring intended to equip a balance of a horological movement, comprising: - a step of producing a blank made of a niobium and zirconium alloy containing: - niobium: the remainder to 100 wt%, - zirconium: between 10 and 30 wt%, - impurities, the total percentage whereof lies in the range 0 to 0.5 wt%. - a step of annealing and cooling the blank, - at least one step of deforming the annealed blank in order to form a wire, - a winding step for forming the balance spring, - a final step of heat treating the balance spring, the method is characterised in that it comprises, before the deformation step, a step of depositing, on the blank, a layer of a ductile material chosen from the group consisting of copper, nickel, cupronickel, cupro-manganese, gold, silver, nickel-phosphorus Ni-P and nickel-boron Ni-B, in order to facilitate the wire shaping operation, the thickness of the ductile material layer deposited being chosen such that the ratio of the area of ductile material to the area of the alloy for a given wire cross-section is less than 1, preferably less than 0.5, and more preferably lies in the range 0.01 to 0.4. - a step of producing a blank made of a niobium and zirconium alloy containing: - niobium: the remainder to 100 wt%, - zirconium: between 10 and 30 wt%, - impurities, the total percentage whereof lies in the range 0 to 0.5 wt%. - niobium: the remainder to 100 wt%, - zirconium: between 10 and 30 wt%, - impurities, the total percentage whereof lies in the range 0 to 0.5 wt%. - a step of annealing and cooling the blank, - at least one step of deforming the annealed blank in order to form a wire, - a winding step for forming the balance spring, - a final step of heat treating the balance spring,
A method of manufacturing a wind turbine blade or a part of a wind turbine blade, the method comprising - arranging at least one layer of uncured resin pre-impregnated fibres and at least one layer of cured fibre reinforced resin in an at least partly overlaying relationship, and - curing the resin of the at least one layer comprising uncured resin, wherein the at least one layer of cured fibre reinforced resin is assembled with at least one layer of uncured resin-preimpregnated fibres prior to being placed on a moulding surface, - placing the assembled layers (1, 2) on the moulding surface. - arranging at least one layer of uncured resin pre-impregnated fibres and at least one layer of cured fibre reinforced resin in an at least partly overlaying relationship, and - curing the resin of the at least one layer comprising uncured resin, wherein the at least one layer of cured fibre reinforced resin is assembled with at least one layer of uncured resin-preimpregnated fibres prior to being placed on a moulding surface, - placing the assembled layers (1, 2) on the moulding surface.
Tool for working a substrate, having a stator and a working piston, which is intended to move relative to the stator along a working axis, also having a drive, which is intended to drive the working piston from a starting position along the working axis to the substrate, the drive having a piston coil arranged on the working piston and a first stator coil arranged on the stator, the first stator coil and/or the piston coil being intended to be flowed through by current and to generate a magnetic field, characterized in that the piston coil has a piston coil axis, which is oriented transversely, in particular perpendicularly, to the working axis.
A system for cleaning a colon segment of a patient comprising: a gas source connected to an air flow tube, and a liquid source connected to a liquid flow tube; a flow control mechanism for controlling flows of gas from the gas source and liquid from the liquid source into a downstream location and for thereby mixing a gas flow and a liquid flow at the downstream location to form an emulsion of a cleaning fluid and gas bubbles; a patient insertion tube configured for administering said emulsion into said colon segment of said patient during a cleaning procedure, and for thereby bursting gas bubbles and releasing energy to at least structurally weaken fecal matter inside said colon segment to disassemble said fecal matter; and a vacuum source for removing fecal waste from the colon segment, characterized in that the system further comprises: a controller for receiving instructions for forming the emulsion with an average bubble size of 0.01 to 1 mm, the average bubble size selected to cause said gas bubbles to float to a surface of the cleaning fluid within the colon segment and burst at the surface, the bursting gas bubbles suitable for releasing energy to at least structurally weaken fecal matter inside the colon segment of the patient, and for dynamically adjusting the average bubble size during a cleaning procedure according to at least one of a stage of the cleaning procedure and a consistency of the fecal matter. a gas source connected to an air flow tube, and a liquid source connected to a liquid flow tube; a flow control mechanism for controlling flows of gas from the gas source and liquid from the liquid source into a downstream location and for thereby mixing a gas flow and a liquid flow at the downstream location to form an emulsion of a cleaning fluid and gas bubbles; a patient insertion tube configured for administering said emulsion into said colon segment of said patient during a cleaning procedure, and for thereby bursting gas bubbles and releasing energy to at least structurally weaken fecal matter inside said colon segment to disassemble said fecal matter; and a vacuum source for removing fecal waste from the colon segment, characterized in that the system further comprises: a controller for receiving instructions for forming the emulsion with an average bubble size of 0.01 to 1 mm, the average bubble size selected to cause said gas bubbles to float to a surface of the cleaning fluid within the colon segment and burst at the surface, the bursting gas bubbles suitable for releasing energy to at least structurally weaken fecal matter inside the colon segment of the patient, and for dynamically adjusting the average bubble size during a cleaning procedure according to at least one of a stage of the cleaning procedure and a consistency of the fecal matter.
A method for making a multi-layer protective sheet comprising sequential layers, the method comprising steps as follows: providing a topcoat layer; providing a polyurethane-based carrier layer; and providing an adhesive layer; wherein the adhesive and carrier layers are formed by co-extrusion of polymerizable compositions starting in their liquid form that are in-situ polymerized to simultaneously form the adhesive and carrier layers. providing a topcoat layer; providing a polyurethane-based carrier layer; and providing an adhesive layer; wherein the adhesive and carrier layers are formed by co-extrusion of polymerizable compositions starting in their liquid form that are in-situ polymerized to simultaneously form the adhesive and carrier layers.
A method for handling (hygiene) products, in particular diapers, the products being transported by way of a feed conveyor in a first transport direction into compartments of a discharge conveyor, in particular of a grouping conveyor, which transports the products in a second transport direction, the second transport direction running transversely, in particular perpendicularly, with respect to the first transport direction, and wherein at least one intermediate conveyor, which serves to decrease the transfer speed of the products in the first transport direction, is arranged between the feed conveyor and the discharge conveyor, characterized in that regions of the products which protrude out of the compartments are stabilized by way of at least one further compartment conveyor (14, 15), in particular by way of contact of the products with dividing walls of the further compartment conveyor (14, 15), the or each further compartment conveyor (14, 15) being driven continuously in the second transport direction and preferably being arranged above the intermediate conveyor and/or the discharge conveyor.
Set-top box comprising a housing comprising: a first main face, a second main face, at least one lateral flank connecting the first main face to the second main face, characterized in that the set-top box comprises at least one optical sensor the field of vision of which is centred around a given line of vision, said line of vision being inclined vis-à-vis a given horizontal plane, when the set-top box is in service placed on a base, the flank being provided with at least one opening passing through the flank, so as to lead to a first end outside of the housing and to a second end inside the housing, the optical sensor being arranged in the housing, such that said line of vision passes through the flank via said opening, wherein the housing is at least made of two parts, the housing comprising a base and a cover jointly forming the housing, the set-top box comprising a support carrying the optical sensor, the optical sensor thus being fixed to the support, the support being a printed circuit board, the support being fixed to the cover at an upper main face of the housing, the optical sensor being arranged at the top part of the set-top box, the optical sensor being fully arranged inside the housing. a first main face, a second main face, at least one lateral flank connecting the first main face to the second main face, characterized in that the set-top box comprises at least one optical sensor the field of vision of which is centred around a given line of vision, said line of vision being inclined vis-à-vis a given horizontal plane, when the set-top box is in service placed on a base, the flank being provided with at least one opening passing through the flank, so as to lead to a first end outside of the housing and to a second end inside the housing, the optical sensor being arranged in the housing, such that said line of vision passes through the flank via said opening, wherein the housing is at least made of two parts, the housing comprising a base and a cover jointly forming the housing, the set-top box comprising a support carrying the optical sensor, the optical sensor thus being fixed to the support, the support being a printed circuit board, the support being fixed to the cover at an upper main face of the housing, the optical sensor being arranged at the top part of the set-top box, the optical sensor being fully arranged inside the housing.
Liquid-phase process for producing structured silicon- and/or germanium-containing coatings, characterized in that - at least one coating composition is applied to a substrate, - the resulting coating on the coated substrate is partially activated - and non-activated coating on the substrate is oxidized. - at least one coating composition is applied to a substrate, - the resulting coating on the coated substrate is partially activated - and non-activated coating on the substrate is oxidized.
A three dimensional integrated circuit, 3DIC, comprising: a first tier; a second tier different from the first tier; a 3D flip-flop, comprising: a master latch disposed in the first tier, the master latch configured to receive an input and a clock input, the master latch configured to provide a master latch output based on the input and the clock input; a slave latch disposed in the first tier, the slave latch configured to provide a 3D flip-flop output; a clock circuit configured to provide the clock input, the clock circuit disposed in the first tier; and a data input circuit configured to provide data input as the input to the master latch, the data input circuit disposed in the second tier; characterised in that: the 3D flip-flop further comprises an input multiplexer configured to select between the data input circuit and a scan input provided as the input to the master latch, the input multiplexer disposed in the second tier. a first tier; a second tier different from the first tier; a 3D flip-flop, comprising: a master latch disposed in the first tier, the master latch configured to receive an input and a clock input, the master latch configured to provide a master latch output based on the input and the clock input; a slave latch disposed in the first tier, the slave latch configured to provide a 3D flip-flop output; a clock circuit configured to provide the clock input, the clock circuit disposed in the first tier; and a master latch disposed in the first tier, the master latch configured to receive an input and a clock input, the master latch configured to provide a master latch output based on the input and the clock input; a slave latch disposed in the first tier, the slave latch configured to provide a 3D flip-flop output; a clock circuit configured to provide the clock input, the clock circuit disposed in the first tier; and a data input circuit configured to provide data input as the input to the master latch, the data input circuit disposed in the second tier;
A link configuration method, comprising: determining, by a first user equipment, UE, a first configuration parameter of a first relay link between the first UE and a Relay UE; configuring, by the first UE, the first relay link according to the first configuration parameter; and sending, by the first UE, the first configuration parameter to the Relay UE to enable the Relay UE to configure a second relay link between the Relay UE and a second UE according to the first configuration parameter; characterized in that the first configuration parameter comprises one or more of: a length of a packet data convergence protocol, PDCP, sequence number, a radio link control, RLC, mode, a length of a RLC sequence number, a maximum retransmission threshold of RLC, maximum retransmission times of hybrid automatic repeat request, HARQ, a logical channel identity, and a prioritised bit rate of a logical channel. determining, by a first user equipment, UE, a first configuration parameter of a first relay link between the first UE and a Relay UE; configuring, by the first UE, the first relay link according to the first configuration parameter; and sending, by the first UE, the first configuration parameter to the Relay UE to enable the Relay UE to configure a second relay link between the Relay UE and a second UE according to the first configuration parameter; characterized in that the first configuration parameter comprises one or more of: a length of a packet data convergence protocol, PDCP, sequence number, a radio link control, RLC, mode, a length of a RLC sequence number, a maximum retransmission threshold of RLC, maximum retransmission times of hybrid automatic repeat request, HARQ, a logical channel identity, and a prioritised bit rate of a logical channel.
Electromotive adjusting device for a piece of furniture, in particular a piece of table furniture, having at least one drive unit for adjusting a movable furniture part, having a control device for actuating the at least one drive unit, wherein the control device is set up for fastening to the movable furniture part, and wherein a sensor is arranged inside a housing of the control device in order to detect deformation of the furniture part and to switch off the drive unit when deformation is detected, wherein at least one transmission element is provided which is in contact with the furniture part and transmits a deformation of the furniture part to the sensor, wherein a section of the housing is formed as a transmission section and is provided with a sensing element which is in contact with the furniture part, characterized in that the sensor is arranged directly on a printed circuit board in the housing of the control device, wherein the printed circuit board also comprises control elements for actuating the at least one drive unit.
A valve with a valve housing that has a first port and a second port, with a closing member which is movable along an axial direction and can be brought into a closed position in which the closing member interacts sealingly with a valve seat arranged between the first port and second port, whereby a fluid connection is blocked between the first and second port (102, 104), with a fluid-impermeable diaphragm that comprises a central opening penetrated by a closing member arrangement comprising the closing member and a clamping section in a clamping gap aligned obliquely to the axial direction, and that is held with a sealing effect, on the one hand, on the closing member arrangement and, on the other hand, on a valve-housing-side holding arrangement, wherein the diaphragm has a first section located on an outer edge, and a second section abutting the first section radially to the inside, wherein the first section is held in a force fit in the holding arrangement, wherein the second section is guided in the holding arrangement, wherein the first and second section (202, 204) are arranged at an angle relative to each other, and the holding arrangement is adapted so that a form fit is formed by the first section, second section and holding arrangement, characterized in that a third section corresponding to the clamping section abuts the second section radially to the inside.