mhurhangee/patent-ind-claim-en huggingface dataset:
A method for presenting and distributing heterogeneous applications comprising: providing a remote processing system having a non-transitory storage medium storing a plurality of applications for target processing systems wherein at least some of the applications are heterogeneous applications programmed for different platforms, the remote processing system capable of being connected to a local processing system to present and distribute any of the plurality of heterogeneous applications to consumers; determining an application programming interface, API, associated with each of the plurality of applications; determining compatibility with target processing systems for each of the plurality of applications via the remote processing system based on at least the determined API associated with the plurality of applications; and presenting to a consumer via the remote processing system only those applications of the plurality of applications that are compatible with a target processing system. providing a remote processing system having a non-transitory storage medium storing a plurality of applications for target processing systems wherein at least some of the applications are heterogeneous applications programmed for different platforms, the remote processing system capable of being connected to a local processing system to present and distribute any of the plurality of heterogeneous applications to consumers; determining an application programming interface, API, associated with each of the plurality of applications; determining compatibility with target processing systems for each of the plurality of applications via the remote processing system based on at least the determined API associated with the plurality of applications; and presenting to a consumer via the remote processing system only those applications of the plurality of applications that are compatible with a target processing system.
A system for aerobic fermentation comprising: a vessel; an aeration system comprising a gas sparger fluidly coupled to the vessel and positioned to introduce a compressed gas to an internal volume of the vessel; and a recirculation loop fluidly coupled to an outlet of the vessel, the recirculation loop comprising: at least one eductor fluidly coupled to an oxygen-containing gas source; at least one static mixer downstream of the at least one eductor; at least one heat exchanger downstream of the at least one eductor; and at least one distributor downstream of the at least one static mixer and the at least one heat exchanger, the at least one distributor fluidly coupled to the internal volume of the vessel; wherein when a fermentation composition is introduced to the vessel, the gas sparger and the recirculation loop provide mixing to the fermentation composition, and a stream of the fermentation composition passes from the vessel into the recirculation loop, through the at least one eductor, the at least one static mixer, and the at least one heat exchanger of the recirculation loop, and passes out of the at least one distributor back into the internal volume of the vessel. a vessel; an aeration system comprising a gas sparger fluidly coupled to the vessel and positioned to introduce a compressed gas to an internal volume of the vessel; and a recirculation loop fluidly coupled to an outlet of the vessel, the recirculation loop comprising: at least one eductor fluidly coupled to an oxygen-containing gas source; at least one static mixer downstream of the at least one eductor; at least one heat exchanger downstream of the at least one eductor; and at least one distributor downstream of the at least one static mixer and the at least one heat exchanger, the at least one distributor fluidly coupled to the internal volume of the vessel; at least one eductor fluidly coupled to an oxygen-containing gas source; at least one static mixer downstream of the at least one eductor; at least one heat exchanger downstream of the at least one eductor; and at least one distributor downstream of the at least one static mixer and the at least one heat exchanger, the at least one distributor fluidly coupled to the internal volume of the vessel; wherein when a fermentation composition is introduced to the vessel, the gas sparger and the recirculation loop provide mixing to the fermentation composition, and a stream of the fermentation composition passes from the vessel into the recirculation loop, through the at least one eductor, the at least one static mixer, and the at least one heat exchanger of the recirculation loop, and passes out of the at least one distributor back into the internal volume of the vessel.
A computer implemented method of assessing the suitability of a component, the method comprising: utilising a Conditional Generative Adversarial Network (cGAN), the cGAN network having an input, a generator and a discriminator; obtaining images or scans of manufactured components for both acceptable and non-acceptable components, wherein each image or scan has a histogram and/or glyph embedded therein which has been produced by determining at least one physical parameter relating to the manufactured component in the image or scan and converting the input parameter into a histogram and/or a glyph that represents the value of the physical parameter; training the discriminator of the cGAN using transfer learning, said training using the images or scans of manufactured components; imaging or scanning a component to be assessed to produce an image or scan thereof, including determining at least one physical parameter relating to the component to be assessed and converting the input parameter into a histogram and/or a glyph that represents the value of the physical parameter, and embedding the histogram and/or glyph into the image or scan of the component to be assessed; and inputting the image or scan of the component to be assessed with the histogram and/or glyph embedded therein into the discriminator of the cGAN, whereby the output of the discriminator assesses if the component to be assessed is acceptable or is non-acceptable. utilising a Conditional Generative Adversarial Network (cGAN), the cGAN network having an input, a generator and a discriminator; obtaining images or scans of manufactured components for both acceptable and non-acceptable components, wherein each image or scan has a histogram and/or glyph embedded therein which has been produced by determining at least one physical parameter relating to the manufactured component in the image or scan and converting the input parameter into a histogram and/or a glyph that represents the value of the physical parameter; training the discriminator of the cGAN using transfer learning, said training using the images or scans of manufactured components; imaging or scanning a component to be assessed to produce an image or scan thereof, including determining at least one physical parameter relating to the component to be assessed and converting the input parameter into a histogram and/or a glyph that represents the value of the physical parameter, and embedding the histogram and/or glyph into the image or scan of the component to be assessed; and inputting the image or scan of the component to be assessed with the histogram and/or glyph embedded therein into the discriminator of the cGAN, whereby the output of the discriminator assesses if the component to be assessed is acceptable or is non-acceptable.
A method for manufacturing a part of pre-impregnated composite material, including a step of moulding in a mould (M) a pre-impregnated composite material of a so-called impregnation polymer, characterised in that said moulding includes at least one phase of thermocompressing said pre-impregnated composite material , in that the method comprises adding a so-called finishing polymer as an extra-thickness and/or at the periphery of the pre-impregnated composite material , adding being performed before or during moulding, and in that moulding is made at a temperature substantially equal to the melting or cross-linking temperature of the finishing polymer , so as to create overmoulded shapes .
Compressor rotor blade for a compressor of axial design, having a blade profile which has a transonic section, and a profile section of the blade profile, which profile section extends in the transonic section and, on its suction side , has a concave suction side region and a convex suction side region which is arranged downstream of the concave suction side region , and which, on its pressure side , has a convex pressure side region and a concave pressure side region which is arranged downstream of the convex pressure side region , characterized in that a curvature progression on the pressure side of the profile section and a curvature progression on the suction side of the profile section are constant in each case plotted over a profile chord of the profile section , in that the positions of the minimum values of the curvature progressions differ from one another by no more than 10% of the length of the profile chord , and the positions of the maximum values of the curvature progressions differ from one another by no more than 10% of the length of the profile chord , and in that the minimum values multiplied by the length of the profile chord are from - 1.2 to - 0.5, and the maximum values multiplied by the length of the profile chord are from 1.5 to 4.
An electroactive fluoropolymer composition consisting of: a) an electroactive terpolymer of formula P(VDF-TrFE-X) comprising monomer units of vinylidene fluoride, of trifluoroethylene and of a third monomer X, X being 1-chloro-1-fluoroethylene (CFE) or chlorotrifluoroethylene (CTFE), the molar proportion of X units in the terpolymer being inferior to 8%, preferably inferior or equal to 7% and more preferably inferior or equal to 5%, and b) an electroactive copolymer of formula P(VDF-TrFE) comprising monomer units of vinylidene fluoride and of trifluoroethylene, the molar proportion of TrFE units in the copolymer being superior to 40%, preferably superior or equal to 45%. a) an electroactive terpolymer of formula P(VDF-TrFE-X) comprising monomer units of vinylidene fluoride, of trifluoroethylene and of a third monomer X, X being 1-chloro-1-fluoroethylene (CFE) or chlorotrifluoroethylene (CTFE), the molar proportion of X units in the terpolymer being inferior to 8%, preferably inferior or equal to 7% and more preferably inferior or equal to 5%, and b) an electroactive copolymer of formula P(VDF-TrFE) comprising monomer units of vinylidene fluoride and of trifluoroethylene, the molar proportion of TrFE units in the copolymer being superior to 40%, preferably superior or equal to 45%.
A steering system comprising: an upper jacket to which a steering member is connected at one end in a column axis direction; a lower jacket externally fitted to the other end of the upper jacket in the column axis direction in a slidable manner; a support that is fixed to a vehicle body and supports the lower jacket ; a lock mechanism configured to switch a restriction of a telescopic adjustment of the upper jacket relative to the lower jacket and a termination of the restriction; and a shock absorber configured to absorb a shock when the upper jacket moves relative to the lower jacket upon secondary collision, wherein the upper jacket includes a stopper having a protruding shape and configured to regulate a position of the upper jacket at one end of a telescopic stroke range, and the lock mechanism includes an opening and closing portion configured to enter a path of the stopper while the restriction of the telescopic adjustment is terminated, and configured to open the path of the stopper while the telescopic adjustment is restricted, wherein the lock mechanism includes a bolt configured to tighten the lower jacket into close contact with the upper jacket to restrict the telescopic adjustment; and the opening and closing portion is openable and closable in association with the bolt ; characterized in that the opening and closing portion includes a pair of stopper members configured to move into contact with or away from each other along an axial direction of the bolt along with rotation of the bolt . an upper jacket to which a steering member is connected at one end in a column axis direction; a lower jacket externally fitted to the other end of the upper jacket in the column axis direction in a slidable manner; a support that is fixed to a vehicle body and supports the lower jacket ; a lock mechanism configured to switch a restriction of a telescopic adjustment of the upper jacket relative to the lower jacket and a termination of the restriction; and a shock absorber configured to absorb a shock when the upper jacket moves relative to the lower jacket upon secondary collision, wherein the upper jacket includes a stopper having a protruding shape and configured to regulate a position of the upper jacket at one end of a telescopic stroke range, and the lock mechanism includes an opening and closing portion configured to enter a path of the stopper while the restriction of the telescopic adjustment is terminated, and configured to open the path of the stopper while the telescopic adjustment is restricted, wherein the lock mechanism includes a bolt configured to tighten the lower jacket into close contact with the upper jacket to restrict the telescopic adjustment; and the opening and closing portion is openable and closable in association with the bolt ; characterized in that the opening and closing portion includes a pair of stopper members configured to move into contact with or away from each other along an axial direction of the bolt along with rotation of the bolt .
Injection device for a vehicle exhaust line, comprising: - an injection chamber having an injection zone in which an exhaust gas stream flows in a direction of flow (F1); - an injector of a liquid containing a nitrogen oxide reducing agent or a precursor of such a reducing agent, wherein the injector is oriented relative to the injection chamber for injecting a liquid jet (J) in the injection zone in an injection direction forming an angle of between 270° and 360° to the direction of flow (F1); - a first impactor having a first impact surface arranged facing the injector in the direction of injection in order to directly intercept at least 30% of the liquid jet (J), wherein the first impact surface is delimited by a free edge having at least one near section relatively less distant from the injector in the direction of flow (F1) and a remote section relatively further away or as far away from the injector in the direction of flow (F1); - at least one second impactor having a second impact surface , having a zone located under the remote section of the free edge of the first impact surface in the direction of flow (F1), so that the liquid driven along the first impact surface by the flow of exhaust gas to the remote section falls on the second surface of the impact ; the first and second impactors being in the form of sections of an accordion part . - an injection chamber having an injection zone in which an exhaust gas stream flows in a direction of flow (F1); - an injector of a liquid containing a nitrogen oxide reducing agent or a precursor of such a reducing agent, wherein the injector is oriented relative to the injection chamber for injecting a liquid jet (J) in the injection zone in an injection direction forming an angle of between 270° and 360° to the direction of flow (F1); - a first impactor having a first impact surface arranged facing the injector in the direction of injection in order to directly intercept at least 30% of the liquid jet (J), wherein the first impact surface is delimited by a free edge having at least one near section relatively less distant from the injector in the direction of flow (F1) and a remote section relatively further away or as far away from the injector in the direction of flow (F1); - at least one second impactor having a second impact surface , having a zone located under the remote section of the free edge of the first impact surface in the direction of flow (F1), so that the liquid driven along the first impact surface by the flow of exhaust gas to the remote section falls on the second surface of the impact ;
A surgical device , comprising: a housing ; an instrument shaft extending from the housing , the instrument shaft comprising an outer sleeve having an articulable region and a non-articulable region , the instrument shaft further comprising, a waveguide that is suitable for being acoustically coupled with an ultrasonic transducer , wherein a portion of the articulable region is aligned with a flexible portion of the waveguide , and a rotation assembly having an inner sleeve ; and an end effector assembly at a distal end of the outer sleeve , the end effector assembly having a clamping element and an ultrasonic blade that is in acoustic communication with the waveguide , wherein the inner sleeve is coupled to the clamping element and is configured to rotate about its center axis, the inner sleeve having a multi-segment spiral slot and a pin housed therein such that the pin is configured to selectively slide within the multi-segment spiral slot upon a force applied to an input operatively coupled to the pin to thereby cause rotation of the clamping element relative to the ultrasonic blade . a housing ; an instrument shaft extending from the housing , the instrument shaft comprising an outer sleeve having an articulable region and a non-articulable region , the instrument shaft further comprising, a waveguide that is suitable for being acoustically coupled with an ultrasonic transducer , wherein a portion of the articulable region is aligned with a flexible portion of the waveguide , and a rotation assembly having an inner sleeve ; and a waveguide that is suitable for being acoustically coupled with an ultrasonic transducer , wherein a portion of the articulable region is aligned with a flexible portion of the waveguide , and a rotation assembly having an inner sleeve ; and an end effector assembly at a distal end of the outer sleeve , the end effector assembly having a clamping element and an ultrasonic blade that is in acoustic communication with the waveguide , wherein the inner sleeve is coupled to the clamping element and is configured to rotate about its center axis, the inner sleeve having a multi-segment spiral slot and a pin housed therein such that the pin is configured to selectively slide within the multi-segment spiral slot upon a force applied to an input operatively coupled to the pin to thereby cause rotation of the clamping element relative to the ultrasonic blade .
A method of controlling aerosol production in an aerosol-generating device, the device comprising: a heater comprising at least one heating element configured to heat a solid aerosol-forming substrate ; and a power source for providing power to the heating element, comprising the steps of: controlling the power provided to the heating element to heat the solid aerosol-forming substrate such that in a first phase, power is provided to the at least one heating element such that the temperature of the heating element increases from an initial temperature to a first temperature, in a second phase power is provided such that the temperature of the heating element decreases to a second temperature lower than the first temperature and in a third phase power is provided such that the temperature of the heating element increases to a third temperature greater than the second temperature. a heater comprising at least one heating element configured to heat a solid aerosol-forming substrate ; and a power source for providing power to the heating element, comprising the steps of: controlling the power provided to the heating element to heat the solid aerosol-forming substrate such that in a first phase, power is provided to the at least one heating element such that the temperature of the heating element increases from an initial temperature to a first temperature, in a second phase power is provided such that the temperature of the heating element decreases to a second temperature lower than the first temperature and in a third phase power is provided such that the temperature of the heating element increases to a third temperature greater than the second temperature.
A pneumatic nail gun with: • a working piston which is connected to a driving tappet for driving in a fastening means and to which compressed air is applied when a driving process is triggered, • a trigger and a placing sensor which, when actuated jointly, can aerate or deaerate a main control line and as a result trigger a driving process, • a control valve assembly which has a trigger valve assigned to the trigger and a placing sensor valve assigned to the placing sensor , and • a safety valve assembly which is displaceable between a locked position and an open position by controlling the pressure in a first control space and the pressure in a second control space , wherein • in the open position, the main control line is connected to the control valve assembly and, in the locked position, is not connected to the control valve assembly , • the first control space is connected to the trigger valve such that an actuation of the trigger valve seeks to bring the safety valve assembly into the locked position, and • in the open position, the second control space is connected to the placing sensor valve such that an actuation of the placing sensor valve always seeks to bring the safety valve assembly into the open position when the trigger valve is actuated. • a working piston which is connected to a driving tappet for driving in a fastening means and to which compressed air is applied when a driving process is triggered, • a trigger and a placing sensor which, when actuated jointly, can aerate or deaerate a main control line and as a result trigger a driving process, • a control valve assembly which has a trigger valve assigned to the trigger and a placing sensor valve assigned to the placing sensor , and • a safety valve assembly which is displaceable between a locked position and an open position by controlling the pressure in a first control space and the pressure in a second control space , wherein • in the open position, the main control line is connected to the control valve assembly and, in the locked position, is not connected to the control valve assembly , • the first control space is connected to the trigger valve such that an actuation of the trigger valve seeks to bring the safety valve assembly into the locked position, and • in the open position, the second control space is connected to the placing sensor valve such that an actuation of the placing sensor valve always seeks to bring the safety valve assembly into the open position when the trigger valve is actuated.
A method of forming an implant for implantation into living bone, the implant being formed of a material comprising titanium, the method comprising the acts of: roughening at least a portion of the surface of the implant to form a first micro-scale topography ; roughening at least the portion of the surface of the implant to form a second micro-scale topography superimposed on the first topography, the second micro-scale topography being generally less coarse than the first micro-scale topography; and producing a submicron topography including nanoscale tube-like structures superimposed on the first and second micro-scale topographies roughening at least a portion of the surface of the implant to form a first micro-scale topography ; roughening at least the portion of the surface of the implant to form a second micro-scale topography superimposed on the first topography, the second micro-scale topography being generally less coarse than the first micro-scale topography; and producing a submicron topography including nanoscale tube-like structures superimposed on the first and second micro-scale topographies