mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid filtration assembly which extends along a main axis (Y-Y) and comprises a bowl body and a head body , wherein the bowl body and the head body respectively comprise, circumferentially, a first collar and a second collar specially shaped to mutually engage by means of a reciprocal action of roto-translation, for example by means of a bayonet or screw system made on said first collar and second collar ; wherein said bowl body has a filtration chamber accessible through an access mouth peripherally delimited by the first collar ; wherein the head body has in the second collar at least one slot facing inwards and parallel to the main axis (Y-Y) laterally delimited by slot edges having an axial extension; wherein the fluid filtration assembly further comprises a filter cartridge that extends around a cartridge axis (X-X) and comprises: i) a filter medium suitable to be housed in the filter chamber ; ii) an end plate located at an axial end of the filter medium ; wherein fluid filtration assembly is characterized by the fact that said end plate is suitable to engage the first collar comprising: - an active blocking member suitable to block the filter cartridge to the bowl body in such a manner as to constitute a single filtration group , wherein the active blocking element comprises at least one blocking tooth suitable to snap-engage the bowl body during the insertion in the axial direction of the filter cartridge into the bowl body ; - at least one anti-rotation element which extends in a radial direction from the end plate suitable to be housed in the slot of the second collar by performing on the edges a circumferential abutment action which opposes the mutual rotation between the filtration group and the head body . i) a filter medium suitable to be housed in the filter chamber ; ii) an end plate located at an axial end of the filter medium ; - an active blocking member suitable to block the filter cartridge to the bowl body in such a manner as to constitute a single filtration group , wherein the active blocking element comprises at least one blocking tooth suitable to snap-engage the bowl body during the insertion in the axial direction of the filter cartridge into the bowl body ; - at least one anti-rotation element which extends in a radial direction from the end plate suitable to be housed in the slot of the second collar by performing on the edges a circumferential abutment action which opposes the mutual rotation between the filtration group and the head body .
An elementary device for applying a microwave energy, comprising a microwave power coaxial applicator having, on the one hand, a distal end provided with a coaxial structure connector provided for the coupling with a coaxial cable or guide connected to a microwave energy generator and, on the other hand, an opposite proximal end provided to emerge inside a chamber , said coaxial applicator comprising: - a conductive central core extending along a main axis (AP), - an outer conductive shield having a peripheral wall surrounding said central core and a bottom wall provided on said distal end and extending transversely relative to said main axis (AP), - a medium for propagating the microwave energy located between the central core and the shield , and - an insulating body made of dielectric material transparent to the microwave energy and disposed on said proximal end ; wherein the coaxial structure connector is provided with an outer conductor connected to said shield and surrounding an inner conductor connected to said central core ; said elementary device being characterized in that the coaxial structure connector is arranged on the bottom wall of the shield by having its outer conductor fastened onto said bottom wall and its inner conductor connected to an elongate connecting element passing through said bottom wall and extending from said bottom wall substantially parallel to the main axis (AP) with a predefined space relative to said central core up to a free end connected to said central core at a predefined distance (D) from said bottom wall . - a conductive central core extending along a main axis (AP), - an outer conductive shield having a peripheral wall surrounding said central core and a bottom wall provided on said distal end and extending transversely relative to said main axis (AP), - a medium for propagating the microwave energy located between the central core and the shield , and - an insulating body made of dielectric material transparent to the microwave energy and disposed on said proximal end ; wherein the coaxial structure connector is provided with an outer conductor connected to said shield and surrounding an inner conductor connected to said central core ; said elementary device being characterized in that the coaxial structure connector is arranged on the bottom wall of the shield by having its outer conductor fastened onto said bottom wall and its inner conductor connected to an elongate connecting element passing through said bottom wall and extending from said bottom wall substantially parallel to the main axis (AP) with a predefined space relative to said central core up to a free end connected to said central core at a predefined distance (D) from said bottom wall .
A method for a satellite thermal management system, the method comprising: heating, in an evaporator (390; 490; 491), a liquid to convert the liquid to a vapor ; passively circulating within tubing (360; 460; 461), from the evaporator, the vapor to a first radiator (310; 320; 410; 420-423) not illuminated by a sun and to a second radiator (310; 320; 410; 420-423) illuminated by the sun ; converting the vapor to the liquid when the vapor is within the first radiator not illuminated by the sun; and passively circulating within the tubing, from the first radiator not illuminated by the sun, the liquid to the evaporator; wherein the liquid is circulated within the tubing, from the first radiator not illuminated by the sun, to the evaporator via a vapor blocking tee (340; 430; 431), wherein the vapour from the second radiator is not allowed to pass through the vapour blocking tee (340; 430; 431). heating, in an evaporator (390; 490; 491), a liquid to convert the liquid to a vapor ; passively circulating within tubing (360; 460; 461), from the evaporator, the vapor to a first radiator (310; 320; 410; 420-423) not illuminated by a sun and to a second radiator (310; 320; 410; 420-423) illuminated by the sun ; converting the vapor to the liquid when the vapor is within the first radiator not illuminated by the sun; and passively circulating within the tubing, from the first radiator not illuminated by the sun, the liquid to the evaporator; wherein the liquid is circulated within the tubing, from the first radiator not illuminated by the sun, to the evaporator via a vapor blocking tee (340; 430; 431), wherein the vapour from the second radiator is not allowed to pass through the vapour blocking tee (340; 430; 431).
A portable game device for use when playing a game according to game rules, said game device comprising a kaleidocycle comprising a plurality of n-gon bodies hingedly joined to form a ring of said n-gon bodies , wherein a plurality of said n-gon bodies each comprise a surface member provided with game graphics related to said game rules, wherein at least one of said surface members of at least one of said n-gon bodies comprises an opening , wherein a cover member is provided at each opening for covering at least a portion of said opening , wherein said cover member is sized and shaped to fit within said opening such that the cover member is rotatable within said opening to show any one of a first and a second surface of the cover member , wherein the cover member is rotatably attached to the n-gon body such that the cover member is rotatable about a rotational axis to alternatively show any of the first and second surfaces. wherein a cover member is provided at each opening for covering at least a portion of said opening , wherein said cover member is sized and shaped to fit within said opening such that the cover member is rotatable within said opening to show any one of a first and a second surface of the cover member , wherein the cover member is rotatably attached to the n-gon body such that the cover member is rotatable about a rotational axis to alternatively show any of the first and second surfaces.
2-(5S-Methyl-2-oxo-4R-phenyl-pyrrolidin-1 2. -yl)-acetamide (I) or a pharmaceutically acceptable salt thereof for use in the treatment of seizures.
A glucan composition for wound healing characterized by being in gel form at 25°C and at a pH between 4 and 8 and comprising a beta glucan derived from yeast at a concentration of 0.1 to 6% by weight of the composition in an aqueous solution and 0.2 to 3% carboxymethyl cellulose by weight of the composition.
A MEMS device , comprising: a supporting base , having a bottom surface designed to be in contact with an external environment; a sensor die including semiconductor material and integrating a micromechanical detection structure ; a sensor frame , arranged around the sensor die and mechanically coupled to a top surface of the supporting base ; and a cap arranged above the sensor die and mechanically coupled to a top surface of the sensor frame , a respective top surface of said cap being designed to be in contact with the external environment, characterized in that said sensor die is mechanically and electrically coupled to the sensor frame only through at least one connection wire , thereby said sensor die partially rests on said supporting base at a lateral bottom edge portion thereof. a supporting base , having a bottom surface designed to be in contact with an external environment; a sensor die including semiconductor material and integrating a micromechanical detection structure ; a sensor frame , arranged around the sensor die and mechanically coupled to a top surface of the supporting base ; and a cap arranged above the sensor die and mechanically coupled to a top surface of the sensor frame , a respective top surface of said cap being designed to be in contact with the external environment, characterized in that said sensor die is mechanically and electrically coupled to the sensor frame only through at least one connection wire , thereby said sensor die partially rests on said supporting base at a lateral bottom edge portion thereof.
A system for controlling the pressure of a sealed chamber of the glove box or containment chamber type, comprising a driving primary circuit configured to maintain a current pressure value of the sealed chamber within an operational pressure interval, said driving primary circuit being further configured to insulate the sealed chamber and to transmit a primary alert signal in case where the current pressure value reaches either of the primary bounds of a degradation interval, characterised in that said system further comprises a safety secondary circuit independent of and dissimilar to said primary circuit, said safety secondary circuit being configured to insulate the sealed chamber and to transmit a secondary alert signal when the pressure of the sealed chamber reaches either of the secondary bounds of an alarm interval.
An exercise machine , characterized in that it comprises: - a frame for resting on the ground , - a footboard element which is configured to oscillate with respect to the frame about a first axis (X1) and a second axis (X2) which are mutually perpendicular and intersect one another, - a handgrip element which is configured to oscillate with respect to the frame in an oscillating manner about the first axis (X1) and a third axis (X3) which are mutually perpendicular and intersect one another, wherein the footboard element and the handgrip element are functionally connected to each other in order to move in a substantially synchronous manner during the respective oscillation. - a frame for resting on the ground , - a footboard element which is configured to oscillate with respect to the frame about a first axis (X1) and a second axis (X2) which are mutually perpendicular and intersect one another, - a handgrip element which is configured to oscillate with respect to the frame in an oscillating manner about the first axis (X1) and a third axis (X3) which are mutually perpendicular and intersect one another,
A method of controlling a nacelle yaw system of a wind turbine within a wind farm having a plurality of wind turbines, the method comprising: determining a relative wind direction signal associated with the wind turbine, the method being characterised by determining an absolute wind direction signal associated with the plurality of wind turbines in the wind farm, determining an estimated nacelle yaw position signal based on the absolute wind direction signal and the relative wind direction signal, and using the estimated nacelle yaw position signal to control the nacelle yaw system. determining a relative wind direction signal associated with the wind turbine, the method being characterised by determining an absolute wind direction signal associated with the plurality of wind turbines in the wind farm, determining an estimated nacelle yaw position signal based on the absolute wind direction signal and the relative wind direction signal, and using the estimated nacelle yaw position signal to control the nacelle yaw system.
A vane assembly for a turbomachinery device , the assembly comprising: a rotatable vane configured to control a flow of a working fluid in the turbomachinery device , said rotatable vane having at least one end section configured to be spaced apart from a surface of an adjacent structure of the turbomachinery device that is opposite said at least one end section to thereby leave a gap between said at least one end section and said surface ; means for sealing the gap between said at least one end section and the surface ; and characterized in further comprising a compression spring configured to bias said means for sealing toward the surface . a rotatable vane configured to control a flow of a working fluid in the turbomachinery device , said rotatable vane having at least one end section configured to be spaced apart from a surface of an adjacent structure of the turbomachinery device that is opposite said at least one end section to thereby leave a gap between said at least one end section and said surface ; means for sealing the gap between said at least one end section and the surface ; and characterized in further comprising a compression spring configured to bias said means for sealing toward the surface .
A multiple wireless network service system comprising: one or more proxy servers, each coupled between an Internet network and at least one of a first wireless provider access network and a second wireless provider access network; a service controller to facilitate configuration of one or more elements in each of the first and second wireless provider access networks to allow each of an identified plurality of end-user devices, operable on both the first and second wireless provider access networks, to connect through the wireless provider access networks to the one or more proxy servers; and a service processor on each of the plurality of end-user devices, each service processor configured to, when that device is connected to the first wireless provider access network and when that device is connected to the second wireless provider access network, communicate data traffic for a given data service with the one or more proxy servers; the service controller further configured to provide a service policy to the one or more proxy servers to control the use of the given Internet data service by each of the end-user devices; and the one or more proxy servers further configured to connect with each of the plurality of end-user devices, and when connected to one of the end-user devices, provide the given data service to that end-user device subject to the service policy. one or more proxy servers, each coupled between an Internet network and at least one of a first wireless provider access network and a second wireless provider access network; a service controller to facilitate configuration of one or more elements in each of the first and second wireless provider access networks to allow each of an identified plurality of end-user devices, operable on both the first and second wireless provider access networks, to connect through the wireless provider access networks to the one or more proxy servers; and a service processor on each of the plurality of end-user devices, each service processor configured to, when that device is connected to the first wireless provider access network and when that device is connected to the second wireless provider access network, communicate data traffic for a given data service with the one or more proxy servers; the service controller further configured to provide a service policy to the one or more proxy servers to control the use of the given Internet data service by each of the end-user devices; and the one or more proxy servers further configured to connect with each of the plurality of end-user devices, and when connected to one of the end-user devices, provide the given data service to that end-user device subject to the service policy.
A joining apparatus comprising: a metal-working die including a central anvil extending in a longitudinal direction and a die body enlarged in a lateral direction; multiple die blades located adjacent to lateral surfaces of the anvil and operably moveable relative to the anvil; a die guard comprising a shield section and a retainer section integrally being a single part, the shield section including a through-bore and the retainer section including a through-bore ; the anvil being removeably located within the through-bore of the shield section such that the die blades are positioned between the anvil and an internal surface of the shield section ; a fastener removeably located in the through-bore of the retainer section ; and a metal workpiece-facing surface of the die guard being substantially of a uniform height at both of the shield and retainer sections . a metal-working die including a central anvil extending in a longitudinal direction and a die body enlarged in a lateral direction; multiple die blades located adjacent to lateral surfaces of the anvil and operably moveable relative to the anvil; a die guard comprising a shield section and a retainer section integrally being a single part, the shield section including a through-bore and the retainer section including a through-bore ; the anvil being removeably located within the through-bore of the shield section such that the die blades are positioned between the anvil and an internal surface of the shield section ; a fastener removeably located in the through-bore of the retainer section ; and a metal workpiece-facing surface of the die guard being substantially of a uniform height at both of the shield and retainer sections .
A computer-implemented method of analyzing a volume of tissue, comprising: receiving, from a transducer , a set of acoustic signals derived from acoustic waveforms transmitted through the volume of tissue, wherein the transducer comprises an array of ultrasound transmitters and an array of ultrasound receivers configured to surround the volume of tissue, wherein an ultrasound transmitter/receiver pair comprises one of the array of ultrasound transmitters paired with one of the array of ultrasound receivers; generating a sound speed model that characterizes sound attenuation to represent a distribution of sound speed across a region of the volume of tissue; extracting a set of frequency components from the set of acoustic signals for each ultrasound transmitter/receiver pair, wherein the extracting comprises applying a time domain window on the acoustic waveform, computing a Fourier transform, and selecting a desired frequency component; generating a simulated wavefield in terms of a frequency component and the sound speed model; iteratively refining a value of the sound speed model with respect to the simulated wavefield for each of the set of frequency components until a threshold condition is satisfied, thereby producing a final value of the sound speed model; computing an attenuation representation from the final value of the sound speed model; and rendering one or more attenuation images for the volume of tissue based on the attenuation representation. receiving, from a transducer , a set of acoustic signals derived from acoustic waveforms transmitted through the volume of tissue, wherein the transducer comprises an array of ultrasound transmitters and an array of ultrasound receivers configured to surround the volume of tissue, wherein an ultrasound transmitter/receiver pair comprises one of the array of ultrasound transmitters paired with one of the array of ultrasound receivers; generating a sound speed model that characterizes sound attenuation to represent a distribution of sound speed across a region of the volume of tissue; extracting a set of frequency components from the set of acoustic signals for each ultrasound transmitter/receiver pair, wherein the extracting comprises applying a time domain window on the acoustic waveform, computing a Fourier transform, and selecting a desired frequency component; generating a simulated wavefield in terms of a frequency component and the sound speed model; iteratively refining a value of the sound speed model with respect to the simulated wavefield for each of the set of frequency components until a threshold condition is satisfied, thereby producing a final value of the sound speed model; computing an attenuation representation from the final value of the sound speed model; and rendering one or more attenuation images for the volume of tissue based on the attenuation representation.
A pharmaceutical formulation for use in a method of relieving nasal congestion, comprising administering a pharmaceutical formulation to a subject; said pharmaceutical formulation comprising a drug-resin complex comprising phenylephrine and a cation polystyrene sulfonate, wherein said cation polystyrene sulfonate comprises particle sizes of 74 μm to 177 μm prior to being combined with the phenylephrine wherein the drug-resin complex is coated with a coating comprising cellulose acetate and hydroxypropylcellulose, wherein the ratio of the amounts by weight of cellulose acetate:hydroxypropylcellulose is from 2:1 to 5:1, and wherein the level of coating is 20% to 50% by weight of the coated drug resin complex.
A method of assembling a panel to a door of a vehicle, said method comprising a first step (100-120) in which an upper part of said panel is formed provided with an aerator comprising a housing having a front face in front of which a cover is placed, and a second step (130-140) in which said panel is secured to an inner face of a structure of said door , characterized in that i) in said door first step (100-120) first , second and third sub-parts of said upper part are coupled to each other so as to define an opening , then said casing is secured to a rear face of said upper part , at the level of said opening , then said cover is coupled by clipping to at least said third sub-part , in front of said front face of the casing , while passing at least one stop The cover is passed through a corresponding first hole defined in said second sub-part , and (ii) in said second step (130-140) each snap ring is passed through a corresponding second hole defined in said structure , and a free end of each snap ring is secured to said structure .