mhurhangee/patent-ind-claim-en huggingface dataset:
A field device for use in an industrial process, comprising: a housing having a cavity formed therein and comprising a first compartment , a second compartment and a third compartment ; a humidity-sealed electronics module having said third compartment formed therein, the humidity-sealed electronics module positioned in the cavity and including a first seal board and a second seal board , wherein the first seal board separates the third compartment of the humidity sealed electronics module from said second compartment in the housing and forms a humidity seal therebetween, and wherein the second seal board separates the third compartment of the humidity sealed electronics module from said first compartment in the housing and forms a humidity seal therebetween; a first electrical component in the first compartment mounted to the first seal board ; and a second electrical component in the second compartment electrically connected to the first electrical component ; characterized in that : the first and second seal boards , are multi-layered with at least one of the layers formed of a material that prevents humidity travelling through the seal boards, and in that the first and second seal boards are sealed to a side wall of the humidity sealed electronics module , wherein the seal boards are sealed to an interior wall of the housing or to an interior ring of the housing . a housing having a cavity formed therein and comprising a first compartment , a second compartment and a third compartment ; a humidity-sealed electronics module having said third compartment formed therein, the humidity-sealed electronics module positioned in the cavity and including a first seal board and a second seal board , wherein the first seal board separates the third compartment of the humidity sealed electronics module from said second compartment in the housing and forms a humidity seal therebetween, and wherein the second seal board separates the third compartment of the humidity sealed electronics module from said first compartment in the housing and forms a humidity seal therebetween; a first electrical component in the first compartment mounted to the first seal board ; and a second electrical component in the second compartment electrically connected to the first electrical component ; characterized in that : the first and second seal boards , are multi-layered with at least one of the layers formed of a material that prevents humidity travelling through the seal boards, and in that the first and second seal boards are sealed to a side wall of the humidity sealed electronics module , wherein the seal boards are sealed to an interior wall of the housing or to an interior ring of the housing . the first and second seal boards , are multi-layered with at least one of the layers formed of a material that prevents humidity travelling through the seal boards, and in that the first and second seal boards are sealed to a side wall of the humidity sealed electronics module , wherein the seal boards are sealed to an interior wall of the housing or to an interior ring of the housing .
A driver for an acoustic transducer comprising: a moving diaphragm ; a driver body formed of a magnetic material , the driver body comprising: a center post ; an outer wall coupled to the center post via a bottom portion of the driver body; and an annular plate extending from the center post outwardly toward the outer wall ; a moving coil coupled to the diaphragm , the moving coil disposed at least partially within an air gap formed between the annular plate and the outer wall ; a stationary coil disposed within a cavity defined by the annular plate, outer wall , bottom portion and center post , the stationary coil being positioned in closer proximity to the center post than the moving coil ; characterised in that a gap extender is disposed on the annular plate and the outer wall for extending an air gap length of the air gap , the gap extender including the magnetic material ; and wherein the gap extender includes a first upper gap extender positioned on a top surface of the annular plate and being further positioned above the stationary coil . a moving diaphragm ; a driver body formed of a magnetic material , the driver body comprising: a center post ; an outer wall coupled to the center post via a bottom portion of the driver body; and an annular plate extending from the center post outwardly toward the outer wall ; a center post ; an outer wall coupled to the center post via a bottom portion of the driver body; and an annular plate extending from the center post outwardly toward the outer wall ; a moving coil coupled to the diaphragm , the moving coil disposed at least partially within an air gap formed between the annular plate and the outer wall ; a stationary coil disposed within a cavity defined by the annular plate, outer wall , bottom portion and center post , the stationary coil being positioned in closer proximity to the center post than the moving coil ; characterised in that a gap extender is disposed on the annular plate and the outer wall for extending an air gap length of the air gap , the gap extender including the magnetic material ; and wherein the gap extender includes a first upper gap extender positioned on a top surface of the annular plate and being further positioned above the stationary coil .
Pneumatic carrier with a pneumatically pressurizable body which under operating pressure keeps a pressure member (96, 128 to 131') extending substantially over its length and a tension member (98, 138 to 141') likewise extending substantially over its length (l) operably spaced from one another, the pressure member (96, 128 to 131') and the tension member (98, 138 to 141') being connected to one another at the ends in connecting nodes , characterized in that the pneumatically pressurizable body has pneumatic transverse fiber pressure plates (100, 165, 113 to 116) designed as drop stitch bodies.
A process for producing treated filler comprising: (a) treating a slurry comprising untreated filler wherein said untreated filler has not been previously dried, with a treating composition comprising a treating agent, thereby forming a treated filler slurry; and (b) drying said treated filler slurry to produce treated filler, wherein said treating agent comprises at least one of an anhydride, a cyclic imide, and a derivative thereof. (a) treating a slurry comprising untreated filler wherein said untreated filler has not been previously dried, with a treating composition comprising a treating agent, thereby forming a treated filler slurry; and (b) drying said treated filler slurry to produce treated filler,
A method of manufacturing a sole structure of an article of footwear comprising: forming a bladder element having multiple cushioning components each including a fluid-filled cavity; wherein the cushioning components comprise: a first cushioning component having: a single central opening extending completely therethrough; and a continuous fluid-filled cavity surrounding the single central opening ; and a second cushioning component having multiple connecting features positioned inward of an outer periphery of the second cushioning component and connecting a first side of the second cushioning component to a second side of the second cushioning component opposite the first side ; wherein the second cushioning component is substantially decoupled from the first cushioning component . forming a bladder element having multiple cushioning components each including a fluid-filled cavity; wherein the cushioning components comprise: a first cushioning component having: a single central opening extending completely therethrough; and a continuous fluid-filled cavity surrounding the single central opening ; and a second cushioning component having multiple connecting features positioned inward of an outer periphery of the second cushioning component and connecting a first side of the second cushioning component to a second side of the second cushioning component opposite the first side ; wherein the second cushioning component is substantially decoupled from the first cushioning component . a first cushioning component having: a single central opening extending completely therethrough; and a continuous fluid-filled cavity surrounding the single central opening ; and a single central opening extending completely therethrough; and a continuous fluid-filled cavity surrounding the single central opening ; and a second cushioning component having multiple connecting features positioned inward of an outer periphery of the second cushioning component and connecting a first side of the second cushioning component to a second side of the second cushioning component opposite the first side ; wherein the second cushioning component is substantially decoupled from the first cushioning component .
A three-dimensional modeling method in which an outer shell layer of a three-dimensional modeling object is first modeled using a shell material , and then a core portion which is an inside of the modeled outer shell layer is modeled using a core material , wherein the outer shell layer is modeled by an additive manufacturing technology, and is modeled by dividing the modeling of the outer shell layer into multiple steps in a lamination modeling direction, the shell material is curable from a fluid state to a non-fluid state by irradiation with an active energy ray, the core material is curable from a fluid state to a non-fluid state by irradiation with an active energy ray or by application of heat energy, the core material is filled into the core portion of the modeled outer shell layer for each modeling of the outer shell layer that has been divided into the multiple steps, the core material is correctively cured by the irradiation with the active energy ray or by the application of the heat energy after the multiple steps of the modeling of the outer shell layer and the filing of the core material into the core portion are all completed, characterized in that : the outer shell layer is modeled by a vat polymerization; and, when the core material is filled in the core portion where only uncured shell material remains, the uncured shell material and the core material are replaced by injecting the core material into the uncured shell material. the outer shell layer is modeled by an additive manufacturing technology, and is modeled by dividing the modeling of the outer shell layer into multiple steps in a lamination modeling direction, the shell material is curable from a fluid state to a non-fluid state by irradiation with an active energy ray, the core material is curable from a fluid state to a non-fluid state by irradiation with an active energy ray or by application of heat energy, the core material is filled into the core portion of the modeled outer shell layer for each modeling of the outer shell layer that has been divided into the multiple steps, the core material is correctively cured by the irradiation with the active energy ray or by the application of the heat energy after the multiple steps of the modeling of the outer shell layer and the filing of the core material into the core portion are all completed, characterized in that : the outer shell layer is modeled by a vat polymerization; and, when the core material is filled in the core portion where only uncured shell material remains, the uncured shell material and the core material are replaced by injecting the core material into the uncured shell material. the outer shell layer is modeled by a vat polymerization; and, when the core material is filled in the core portion where only uncured shell material remains, the uncured shell material and the core material are replaced by injecting the core material into the uncured shell material.
An apparatus for culturing cells comprising two or more culture compartments and a pooling compartment, wherein: each of said two or more culture compartments is separated from the other culture compartments; each of said two or more culture compartments comprises a port for the addition or removal of medium; and the pooling compartment communicates with said two or more culture compartments. each of said two or more culture compartments is separated from the other culture compartments; each of said two or more culture compartments comprises a port for the addition or removal of medium; and the pooling compartment communicates with said two or more culture compartments.
Centrifugal force pendulum for damping rotational non-uniformities which are introduced via a drive shaft of a motor vehicle engine, having a carrier flange which can be rotated about a rotational axis, a first pendulum mass which is guided on the carrier flange such that it can swing relative to the carrier flange for the generation of a self-aligning torque which is directed counter to the rotational nonuniformity, a second pendulum mass which is guided on the carrier flange such that it can swing relative to the carrier flange and which is arranged offset in the circumferential direction with respect to the first pendulum mass for the generation of a self-aligning torque which is directed counter to the rotational nonuniformity, and a stop damper which can come into contact with the first pendulum mass and with the second pendulum mass for damping a contact of the pendulum masses , characterized in that , on a first end side which points away from a majority of the first pendulum mass , the stop damper can come into contact with a first stop face of the first pendulum mass and, on a second end side which points away from a majority of the second pendulum mass , can come into contact with a second stop face of the second pendulum mass .
Leaf-like jewelry article comprising a plurality of connection elements , linked with each other along a lying plane (X), and each said connection element comprises: - at least one first common base defining a first visible face of said jewelry article and at least one first internal face; - at least one second common base defining a second face of said jewelry article ; - at least three stems which connect the first internal face of the first common base to the second common base generating, between pairs of said stems , at least three corresponding passage openings linked with three stems of three corresponding contiguous connection elements ; each said stem being extended with a progression substantially helically wound around an axis (Z) orthogonal to said lying plane (X), defining an intermediate elbow-like section , which projects outside the bulk of said first and second common bases on said lying plane (X), has concavity directed towards the interior of said connection element and encloses the intermediate elbow-like section of a contiguous connection element ; characterized in that each said connection element comprises a first tooth fixed to at least one of said at least three stems adapted to support a corresponding said stem of said contiguous connection element . - at least one first common base defining a first visible face of said jewelry article and at least one first internal face; - at least one second common base defining a second face of said jewelry article ; - at least three stems which connect the first internal face of the first common base to the second common base generating, between pairs of said stems , at least three corresponding passage openings linked with three stems of three corresponding contiguous connection elements ;
A downhole setting tool, comprising; a tool housing ; a hollow mandrel situated in the tool housing ; a piston situated between the mandrel and the tool housing ; a collar situated between the mandrel and the tool housing, wherein the tool housing, the mandrel, the piston and the collar define an annulus between the tool housing and mandrel, and wherein the piston and collar form opposing end boundaries of the annulus ; and a first valve that, in a closed position, blocks a path of fluid communication between the interior of the mandrel and the annulus via a pressurization port , via which path the annulus may be pressurized, characterized in that the first valve comprises a valve piston and a plug configured to mate with the valve piston when the valve is closed, the valve piston held in place relative to the plug by a shear screw configured to fail when subjected to a force corresponding to a setpoint mandrel pressure above the ambient wellbore pressure within the annulus such that the valve is configured to open when fluid in the interior of the mandrel reaches the setpoint pressure to allow fluid to pass from the interior of the mandrel to the annulus to exert a force on the piston. a tool housing ; a hollow mandrel situated in the tool housing ; a piston situated between the mandrel and the tool housing ; a collar situated between the mandrel and the tool housing, wherein the tool housing, the mandrel, the piston and the collar define an annulus between the tool housing and mandrel, and wherein the piston and collar form opposing end boundaries of the annulus ; and a first valve that, in a closed position, blocks a path of fluid communication between the interior of the mandrel and the annulus via a pressurization port , via which path the annulus may be pressurized, characterized in that the first valve comprises a valve piston and a plug configured to mate with the valve piston when the valve is closed, the valve piston held in place relative to the plug by a shear screw configured to fail when subjected to a force corresponding to a setpoint mandrel pressure above the ambient wellbore pressure within the annulus such that the valve is configured to open when fluid in the interior of the mandrel reaches the setpoint pressure to allow fluid to pass from the interior of the mandrel to the annulus to exert a force on the piston.
A skin care composition comprising a. at least 15 weight % potato protein, b. 25-50 weight % of a first binding agent comprising polar or non-polar polymer or co-polymer(s), and c. 20-60 weight % of a solid comprising a clay, wherein the total content of potato protein, clay, and other solids is in the range of 50-75 weight %. a. at least 15 weight % potato protein, b. 25-50 weight % of a first binding agent comprising polar or non-polar polymer or co-polymer(s), and c. 20-60 weight % of a solid comprising a clay,
An apparatus for additive manufacturing, comprising: a component arranged on a platform ; and a nozzle operable to deposit a printed feature onto the component , the nozzle comprising: a plasma gas tube operable to provide plasma gas to a plasma flame ; a source material tube arranged concentrically inside the plasma gas tube such that source material passes through the plasma flame ; and a sheath gas tube arranged concentrically between the plasma gas tube and the source material tube , the sheath gas tube operable to carry a sheath gas , wherein the source material is a precursor material, and the apparatus is configured such that the source material is changed into a final material of the printed feature as it passes through the nozzle in use, wherein the change from precursor material to the final material of the printed feature is configured to occur by reaction of the sheat gas with the precursor material as it passes through the plasma flame local to the surface of the substrate of the component . a component arranged on a platform ; and a nozzle operable to deposit a printed feature onto the component , the nozzle comprising: a plasma gas tube operable to provide plasma gas to a plasma flame ; a source material tube arranged concentrically inside the plasma gas tube such that source material passes through the plasma flame ; and a sheath gas tube arranged concentrically between the plasma gas tube and the source material tube , the sheath gas tube operable to carry a sheath gas , wherein the source material is a precursor material, and the apparatus is configured such that the source material is changed into a final material of the printed feature as it passes through the nozzle in use, wherein the change from precursor material to the final material of the printed feature is configured to occur by reaction of the sheat gas with the precursor material as it passes through the plasma flame local to the surface of the substrate of the component . a plasma gas tube operable to provide plasma gas to a plasma flame ; a source material tube arranged concentrically inside the plasma gas tube such that source material passes through the plasma flame ; and a sheath gas tube arranged concentrically between the plasma gas tube and the source material tube , the sheath gas tube operable to carry a sheath gas , wherein the source material is a precursor material, and the apparatus is configured such that the source material is changed into a final material of the printed feature as it passes through the nozzle in use, wherein the change from precursor material to the final material of the printed feature is configured to occur by reaction of the sheat gas with the precursor material as it passes through the plasma flame local to the surface of the substrate of the component .
Antenna system of a radio microphone, containing an antenna path starting at an In port , and ending at an Out port , with an amplifier and a RF cable between the In port and the Out port, characterized in that , an attenuator is provided in series with a variable slope compensator between the amplifier and the RF cable , and in that the slope compensator consists of a plurality of resistors (7a, 7b, 7c, ..., 7n) which are combined to match the RF cable via corresponding switching elements (8a, 8b, 8c, ..., 8n) by a microcontroller.
A vehicle with a rear exhaust engine and an upper structure of the rear exhaust engine , wherein the engine is provided with an exhaust system component behind the engine in a vehicle front-rear direction, the upper structure comprising: a first flow rectifying member provided above the engine , the first flow rectifying member subjecting traveling wind to flow regulation so that the traveling wind flows rearward along an upper surface thereof; and a second flow rectifying member provided behind the first flow rectifying member , the second flow rectifying member subjecting the traveling wind subjected to flow regulation by the first flow rectifying member to flow regulation so that the traveling wind is directed to the exhaust system component along an upper surface thereof, wherein a fuel system component of the engine is disposed below the first flow rectifying member , characterized in that an oil separator having a cavity therein is provided below the second flow rectifying member , wherein a cover member that covers the second flow rectifying member is provided between the second flow rectifying member and a hood so that a gap through which the traveling wind passes is present, and wherein an opening is provided between the engine and a front end of the first flow rectifying member so that the traveling wind flows in a space between the engine and the first flow rectifying member . a first flow rectifying member provided above the engine , the first flow rectifying member subjecting traveling wind to flow regulation so that the traveling wind flows rearward along an upper surface thereof; and a second flow rectifying member provided behind the first flow rectifying member , the second flow rectifying member subjecting the traveling wind subjected to flow regulation by the first flow rectifying member to flow regulation so that the traveling wind is directed to the exhaust system component along an upper surface thereof, wherein a fuel system component of the engine is disposed below the first flow rectifying member , characterized in that an oil separator having a cavity therein is provided below the second flow rectifying member , wherein a cover member that covers the second flow rectifying member is provided between the second flow rectifying member and a hood so that a gap through which the traveling wind passes is present, and wherein an opening is provided between the engine and a front end of the first flow rectifying member so that the traveling wind flows in a space between the engine and the first flow rectifying member .