mhurhangee/ep-ind-claims huggingface dataset:
System for storing and distributing a gaseous mixture formed of NO/N 2 comprising: - a container for processing gas containing a gaseous mixture formed of NO and nitrogen, and - an integrated valve and regulator comprising a metal valve body comprising a gas inlet, at least one gas outlet (21; 21a, 21b) and at least one internal gas passage crossing said valve body to smoothly connect the gas inlet to said at least one gas outlet (21; 21a, 21b), said integrated valve and regulator being attached to the processing container, characterised in that: - at least the part of the valve body crossed by said internal gas passage is made of stainless steel, and - the integrated valve and regulator further comprises: -- means for regulating the expansion of the gas cooperating with an expansion valve, said valve cooperating with a valve seat, the expansion valve and the valve seat being made of stainless steel, -- a first outlet connector known as 'pressurised' which delivers the low-pressure gas of between 1 and 10 bars, and --a second outlet flow connector connected to a flowmeter device comprising calibrated orifices and a flow selection body to allow a delivery of the NO/nitrogen gaseous mixture to several different gas flows. - a container for processing gas containing a gaseous mixture formed of NO and nitrogen, and - an integrated valve and regulator comprising a metal valve body comprising a gas inlet, at least one gas outlet (21; 21a, 21b) and at least one internal gas passage crossing said valve body to smoothly connect the gas inlet to said at least one gas outlet (21; 21a, 21b), said integrated valve and regulator being attached to the processing container, - at least the part of the valve body crossed by said internal gas passage is made of stainless steel, and - the integrated valve and regulator further comprises: -- means for regulating the expansion of the gas cooperating with an expansion valve, said valve cooperating with a valve seat, the expansion valve and the valve seat being made of stainless steel, -- a first outlet connector known as 'pressurised' which delivers the low-pressure gas of between 1 and 10 bars, and --a second outlet flow connector connected to a flowmeter device comprising calibrated orifices and a flow selection body to allow a delivery of the NO/nitrogen gaseous mixture to several different gas flows. -- means for regulating the expansion of the gas cooperating with an expansion valve, said valve cooperating with a valve seat, the expansion valve and the valve seat being made of stainless steel, -- a first outlet connector known as 'pressurised' which delivers the low-pressure gas of between 1 and 10 bars, and --a second outlet flow connector connected to a flowmeter device comprising calibrated orifices and a flow selection body to allow a delivery of the NO/nitrogen gaseous mixture to several different gas flows.
A system for modulation of spinal neurons associated with regulation of effector organ activity in a vertebrate being, the system comprising: a first stimulation component configured to provide stimulation of a nerve associated with a target effector organ; wherein the first stimulation component is configured to provide direct current electrical stimulation; a second stimulation component configured to provide spinal direct current stimulation associated with modulation of said target effector organ; wherein the second stimulation component is configured to provide spinal non-varying continuous direct current electrical stimulation; and a controller component configured to simultaneously control the range of current supplied by the first and second stimulation components and establishing the upper limit of current of the first component at not greater than a current at the second stimulation component. a first stimulation component configured to provide stimulation of a nerve associated with a target effector organ; wherein the first stimulation component is configured to provide direct current electrical stimulation; a second stimulation component configured to provide spinal direct current stimulation associated with modulation of said target effector organ; wherein the second stimulation component is configured to provide spinal non-varying continuous direct current electrical stimulation; and a controller component configured to simultaneously control the range of current supplied by the first and second stimulation components and establishing the upper limit of current of the first component at not greater than a current at the second stimulation component.
A method for analysis of an electronic device and financial remuneration to a user for submission of the electronic device, the method comprising: positioning an electronic device in an inspection area of a kiosk, the inspection area having a camera; imaging the electronic device to generate a silhouette image of the electronic device determining dimensions of the electronic device based on the silhouette image; narrowing down a plurality of electronic devices in a training database based on the determined dimensions; and identifying the electronic device; characterised in that the method further comprises generating at least one illuminated image of the electronic device to determine a texture of the electronic device, and mapping the texture across the silhouette image; and comparing the textured silhouette image to a plurality of trained images of the narrowed-down plurality of electronic devices in the training database to identify the electronic device. positioning an electronic device in an inspection area of a kiosk, the inspection area having a camera; imaging the electronic device to generate a silhouette image of the electronic device determining dimensions of the electronic device based on the silhouette image; narrowing down a plurality of electronic devices in a training database based on the determined dimensions; and
A phagocytic cell comprising one or more polyhedrin protein crystals, wherein the crystals encapsulate one or more cargo proteins, wherein the phagocytic cell is a professional cell and the cargo protein comprises one or more therapeutic agents.
A submersible vessel for dry docking a vessel, said submersible vessel comprising: a floating unit; a deck above said floating unit, said deck having a base, a sidewall along a perimeter of said base and a block provided within said sidewall and resting on said base, said block defining a cavity such that when said vessel is being docked on said deck, a thruster of said vessel is above said cavity; and a plurality of stabilising towers arranged on said deck. a floating unit; a deck above said floating unit, said deck having a base, a sidewall along a perimeter of said base and a block provided within said sidewall and resting on said base, said block defining a cavity such that when said vessel is being docked on said deck, a thruster of said vessel is above said cavity; and a plurality of stabilising towers arranged on said deck.
A feed for milk-producing animals comprising extruded flax seeds and a fat level between 23 and 30% by weight based on the total weight of the feed, characterized in that it further comprises at least one reducing sugar in the form of a disaccharide comprising at least one fructose unit.
Device (101, 102) for distributed sensing comprising: - A pump generator arranged for generating an optical pump signal, - An optical pump splitter configured to receive the pump signal and split the pump signal in a number N of channels, each channel comprising an optical fiber or a connector arranged for connecting an optical fiber, N being an integer greater than or equal to 2, - A controller configured to control the pump splitter, - An optical receiver arranged for receiving a backscattered signal from the optical fiber or from the connector of each channel, characterized in that: - The optical pump splitter comprises a gating system comprising a gate for each channel among the N channels, each gate associated to a given channel being arranged for having: ∘ an open state allowing the pump signal to go from the pump generator to the optical fiber or the connector of the associated channel, and ∘ a closed state for which the pump signal cannot go from the pump generator to the optical fiber or the connector of the associated channel. - A pump generator arranged for generating an optical pump signal, - An optical pump splitter configured to receive the pump signal and split the pump signal in a number N of channels, each channel comprising an optical fiber or a connector arranged for connecting an optical fiber, N being an integer greater than or equal to 2, - A controller configured to control the pump splitter, - An optical receiver arranged for receiving a backscattered signal from the optical fiber or from the connector of each channel, - The optical pump splitter comprises a gating system comprising a gate for each channel among the N channels, each gate associated to a given channel being arranged for having: ∘ an open state allowing the pump signal to go from the pump generator to the optical fiber or the connector of the associated channel, and ∘ a closed state for which the pump signal cannot go from the pump generator to the optical fiber or the connector of the associated channel. ∘ an open state allowing the pump signal to go from the pump generator to the optical fiber or the connector of the associated channel, and ∘ a closed state for which the pump signal cannot go from the pump generator to the optical fiber or the connector of the associated channel.
Directional coupler (1; 7; 8), comprising at least two coupled lines (2,3) and at least three ports (P1, P2, P3), the first coupled line having two ports, an input port and an output port, the second coupled line having a forward path and a backward path joined together at a single third port, the coupled port, and forming a loop, characterized in that in the second coupled line a coupling resistor is connected in series either in the forward path or in the backward path, and in that the second coupled line has a higher line impedance than the first coupled line, at least two times higher.
A method for controlling the operation of a spark ignition internal combustion engine, wherein the engine 100) comprises: - a combustion chamber, - an intake duct suitable to place the combustion chamber in communication with the external, - a throttle valve arranged in the intake duct, - a carburettor suitable to introduce fuel into the intake duct to form an air and fuel mixture intended to be intaken into the combustion chamber, and - a spark plug arranged inside the combustion chamber to generate a spark suitable to ignite the combustion of the air and fuel mixture, the method comprises the steps of: - monitoring the opening degree of the throttle valve, - monitoring the speed of the engine, characterized in that the method further comprises the steps of: - preventing the spark plug from generating the spark, if the opening degree of the throttle valve drops below a first opening degree threshold value and the speed of the engine is greater than a first engine speed threshold value - adjusting the instant when the spark plug triggers the spark depending on the opening degree of the throttle valve and the speed of the engine, if the opening degree of the throttle valve is comprised between a second and a third opening degree threshold value (GA, GC), wherein said second threshold value is below said third opening degree threshold value, - monitoring the ionisation current in the combustion chamber and using the ionisation current to adjust the ratio between air and fuel in the mixture formed by the carburettor, if the opening degree of the throttle valve exceeds said third opening degree threshold value. - a combustion chamber, - an intake duct suitable to place the combustion chamber in communication with the external, - a throttle valve arranged in the intake duct, - a carburettor suitable to introduce fuel into the intake duct to form an air and fuel mixture intended to be intaken into the combustion chamber, and - a spark plug arranged inside the combustion chamber to generate a spark suitable to ignite the combustion of the air and fuel mixture, - monitoring the opening degree of the throttle valve, - monitoring the speed of the engine, - preventing the spark plug from generating the spark, if the opening degree of the throttle valve drops below a first opening degree threshold value and the speed of the engine is greater than a first engine speed threshold value - adjusting the instant when the spark plug triggers the spark depending on the opening degree of the throttle valve and the speed of the engine, if the opening degree of the throttle valve is comprised between a second and a third opening degree threshold value (GA, GC), wherein said second threshold value is below said third opening degree threshold value, - monitoring the ionisation current in the combustion chamber and using the ionisation current to adjust the ratio between air and fuel in the mixture formed by the carburettor, if the opening degree of the throttle valve exceeds said third opening degree threshold value.
Shower with a shower partition, which comprises at least one door leaf, which may be moved with the aid of rollers or sliders arranged separately from one another on the upper edge of the door leaf, which can be moved by engagement in guide rails of an upper frame profile, wherein the rollers or sliders are fixed to the door leaf by means of fittings, characterised in that, for the support of each roller or each slider (4,5) of the door leaf, the guide rails exhibit an upper straight horizontal run (a) and a recess arranged next thereto, wherein the recess comprises a lower straight horizontal run (c) and a rising ramp (b), wherein the ramp extends between the lower run (c) and the upper run (a), as a result of which the rollers or sliders (4,5) and hence the door leaf on the guide run may be raised and/or lowered during an opening or closing process.
A monolithic plastic stud (20, 120, 82) having a body extending along a longitudinal axis and having a first portion with a first end, a second portion (30, 30A, 30B) with a second end (36, 90), and a stop means separating the first and second portions, characterized in that: - the first portion includes a plurality of compressible retaining elements extending radially from the longitudinal axis, the plurality of retaining elements being shaped conically and wherein each of the plurality of retaining elements converges in a direction away from the stop means to the body of the stud and wherein adjacent retaining elements are separated from each other by respective cylindrical stud portions having a first diameter, and wherein at least one of the retaining elements has a smallest diameter approximately equal to the first diameter; - first and second flexible tongues (46, 48) on the second portion (30, 30A, 30B), wherein each flexible tongue extends at an angle to the longitudinal axis in a direction away from the body of the stud toward the stop means and configured such that a free end (58, 60) of the tongue is movable toward the longitudinal axis, and wherein the first and second flexibles tongues include portions axially offset from each other; and - the stop means has an outer diameter larger than the largest diameter of the plurality of retaining elements. - the first portion includes a plurality of compressible retaining elements extending radially from the longitudinal axis, the plurality of retaining elements being shaped conically and wherein each of the plurality of retaining elements converges in a direction away from the stop means to the body of the stud and wherein adjacent retaining elements are separated from each other by respective cylindrical stud portions having a first diameter, and wherein at least one of the retaining elements has a smallest diameter approximately equal to the first diameter; - first and second flexible tongues (46, 48) on the second portion (30, 30A, 30B), wherein each flexible tongue extends at an angle to the longitudinal axis in a direction away from the body of the stud toward the stop means and configured such that a free end (58, 60) of the tongue is movable toward the longitudinal axis, and wherein the first and second flexibles tongues include portions axially offset from each other; and - the stop means has an outer diameter larger than the largest diameter of the plurality of retaining elements.
A counter-deflection load estimation system for a tire, the tire including a pair of sidewalls extending to a circumferential tread and supporting a vehicle, the vehicle including a controlled area network bus, the system comprising: a sensor being mounted to the tire, the sensor being configured for measuring a parameter of the tire including a radial acceleration of the tire; means for determining a counter-deflection of the tire from said measured parameter; means for receiving a linear vehicle speed signal through the controlled area network bus; a processor in electronic communication with the sensor and with the controlled area network bus; and a load estimation module in electronic communication with the processor, the load estimation module being configured for receiving the linear vehicle speed signal and the counter-deflection of the tire and for determining a load on the tire; characterized in that the system is configured for determining the counter-deflection from a mid-region between radial acceleration minimums. a sensor being mounted to the tire, the sensor being configured for measuring a parameter of the tire including a radial acceleration of the tire; means for determining a counter-deflection of the tire from said measured parameter; means for receiving a linear vehicle speed signal through the controlled area network bus; a processor in electronic communication with the sensor and with the controlled area network bus; and a load estimation module in electronic communication with the processor, the load estimation module being configured for receiving the linear vehicle speed signal and the counter-deflection of the tire and for determining a load on the tire; characterized in that the system is configured for determining the counter-deflection from a mid-region between radial acceleration minimums.
A method for operating a nuclear reactor comprising a core, the method comprising the following steps: - acquisition of a plurality of quantities characterizing the operation of the nuclear reactor; - calculation of at least one critical thermal flux ratio; - calculation of the deviations between the at least one calculated critical thermal flux ratio from a plurality of predetermined reference threshold values; - generation of a control signal for a control system of the reactor, using the calculated deviations, the control signal being selected from a list comprising at least the following values: * automatic reactor shutdown or alarm; * do nothing; - emergency shutdown of the nuclear reactor by the control system when the elaborated control signal has the value "automatic reactor shutdown", or emission of an alarm signal by the control system when the elaborated control signal has the value "alarm"; characterized in that the at least one critical thermal flux ratio is calculated using a deep neural network, the entries of the deep neural network being determined using the acquired quantities, the deep neural network comprising at least two hidden layers of at least five neurons each, said acquired quantities comprising neutron flux measurements made by neutron flux detectors, the entries of the neural network comprising the axial power distribution (P(z)) in the core of the nuclear reactor, reconstructed from the acquired neutron flux measurements. - acquisition of a plurality of quantities characterizing the operation of the nuclear reactor; - calculation of at least one critical thermal flux ratio; - calculation of the deviations between the at least one calculated critical thermal flux ratio from a plurality of predetermined reference threshold values; - generation of a control signal for a control system of the reactor, using the calculated deviations, the control signal being selected from a list comprising at least the following values: * automatic reactor shutdown or alarm; * do nothing; * automatic reactor shutdown or alarm; * do nothing; - emergency shutdown of the nuclear reactor by the control system when the elaborated control signal has the value "automatic reactor shutdown", or emission of an alarm signal by the control system when the elaborated control signal has the value "alarm";
A method for wireless communication, the method characterized by: calculating a protected resource usage for user equipments (708, 710, 711, 713) in a cell range extension area (720b, 720c), the protected resource usage being calculated separate from resource usage for user equipments (709, 712) in a non-cell range extension area, and the resource usage calculation for the user equipments (709, 712) in the non-cell range extension area being calculated for protected resources and non-protected resources; and reporting the protected resource usage in the cell range extension area to an aggressor eNodeB (700, 703), the aggressor eNodeB being a source of interference. calculating a protected resource usage for user equipments (708, 710, 711, 713) in a cell range extension area (720b, 720c), the protected resource usage being calculated separate from resource usage for user equipments (709, 712) in a non-cell range extension area, and the resource usage calculation for the user equipments (709, 712) in the non-cell range extension area being calculated for protected resources and non-protected resources; and reporting the protected resource usage in the cell range extension area to an aggressor eNodeB (700, 703), the aggressor eNodeB being a source of interference.
Full-fingered glove, in particular a goalkeeper's glove, having an inner hand part and an outer hand part, wherein the inner hand part and the outer hand part are either directly interconnected or are interconnected by a finger wall which is disposed between the inner hand part and the outer hand part by way of seams (30a,b; 40a,b; 50a,b; 60a,b; 12, 18, 19, 20), such that at least one front index finger region, one front middle finger region, one front ring finger region, and one front small finger region having front seams (30a, 40a, 50a, 60a) and at least one rear index finger region, one rear middle finger region, one rear ring finger region, and one rear small finger region having rear seams (30b, 40b, 50b, 60b) are formed, characterized in that at least one front seam (30a, 40a, 50a, 60a) is configured as an outside seam in a front finger region (3a; 4a; 5a; 6a), and wherein at least one front seam (30a, 40a, 50a, 60a) or one rear seam (30b, 40b, 50b, 60b) is configured as an inside seam.