mhurhangee/patent-ind-claim-en huggingface dataset:
An audio decoding apparatus comprising: a parser configured to parse a representative bitstream and extract a SACC, spatial audio object coding, bitstream, a SAC, spatial audio coding, bitstream and scene information related to a plurality of objects extracted from rendering information, wherein the parser is configured to extract location information of audio objects, which are controllable objects, as scene information; a signal processor configured to output a modified downmixed signal by removing among audio objects an audio object, which is a controllable object, from a downmixed signal, which is outputted from a SAOC encoder; a SAC decoder configured to decode the modified downmixed signal outputted from the signal processor to a multichannel signal using the SAC bit stream and output the multichannel signal; a mixer configured to mix the removed audio object with the multichannel signal based on location information of the removed audio object. a parser configured to parse a representative bitstream and extract a SACC, spatial audio object coding, bitstream, a SAC, spatial audio coding, bitstream and scene information related to a plurality of objects extracted from rendering information, wherein the parser is configured to extract location information of audio objects, which are controllable objects, as scene information; a signal processor configured to output a modified downmixed signal by removing among audio objects an audio object, which is a controllable object, from a downmixed signal, which is outputted from a SAOC encoder; a SAC decoder configured to decode the modified downmixed signal outputted from the signal processor to a multichannel signal using the SAC bit stream and output the multichannel signal; a mixer configured to mix the removed audio object with the multichannel signal based on location information of the removed audio object.
Water purifier for purifying water, comprising a compressor circuit provided with a compressor , a first heat exchanger , a second heat exchanger where the compressor circuit is arranged to heat a first water circuit through the first heat exchanger , wherein the compressor circuit is arranged to condensate water vapour in a second water circuit through the second heat exchanger , that the water purifier further comprises a membrane module having an inlet chamber connected to the first water circuit , a membrane adapted to pass water vapour through the membrane , and an evaporation chamber connected to the second water circuit , where the second water circuit comprises an evacuation pump arranged to create an underpressure in the evaporation chamber located in the second water circuit , said water purifier being characterized in that it further comprises an expansion valve arranged between the first heat exchanger and the second heat exchanger .
An optical post system comprising: at least one post body (72; 92) having at least one diameter and at least one engaging surface (74; 94) formed thereon, the engaging surface (74; 94) configured to have at least one optical component mounted thereto; at least one fastener recess (80; 100) formed in the post body (72; 92), the fastener recess (80; 100) extending into the diameter of the post body (72; 92) and configured to receive at least one fastener (86; 108) configured to couple the optical post system to at least one work surface therein; and at least one fastener adjustment relief (82; 104) formed in the post body (72; 92), the fastener adjustment relief (82; 104) having at least one angled fastener relief plate (84; 106) positioned therein, wherein the angled fastener relief plate is angled relative to a longitudinal axis (L) of the post body, the fastener adjustment relief (82; 104) configured to communicate with the fastener (86; 108) via the fastener recess (80; 100) and configured to allow the fastener (86; 108) to be positioned within the diameter of the post body (72; 92); characterised in that the fastener adjustment relief (82; 104) extends from a side surface of the post body (72; 92) into the diameter of the post body (72; 92). at least one post body (72; 92) having at least one diameter and at least one engaging surface (74; 94) formed thereon, the engaging surface (74; 94) configured to have at least one optical component mounted thereto; at least one fastener recess (80; 100) formed in the post body (72; 92), the fastener recess (80; 100) extending into the diameter of the post body (72; 92) and configured to receive at least one fastener (86; 108) configured to couple the optical post system to at least one work surface therein; and at least one fastener adjustment relief (82; 104) formed in the post body (72; 92), the fastener adjustment relief (82; 104) having at least one angled fastener relief plate (84; 106) positioned therein, wherein the angled fastener relief plate is angled relative to a longitudinal axis (L) of the post body, the fastener adjustment relief (82; 104) configured to communicate with the fastener (86; 108) via the fastener recess (80; 100) and configured to allow the fastener (86; 108) to be positioned within the diameter of the post body (72; 92); characterised in that the fastener adjustment relief (82; 104) extends from a side surface of the post body (72; 92) into the diameter of the post body (72; 92).
An electromagnetic-coupling dual IC card comprising: an IC module that includes a module substrate having a first surface and a second surface , contact terminals provided on the first surface of the module substrate so as to be contactable with an external contact-type device, an IC chip having a contact communication function and a contactless communication function and disposed on the second surface of the module substrate , a first connecting coil provided on the first surface of the module substrate, and a second connecting coil provided on the second surface of the module substrate ; and a plate-like card body that includes an antenna sheet embedded therein and has a recess for holding the IC module , the antenna sheet being provided with an antenna having a coupling coil to be electromagnetically coupled to the first connecting coil and the second connecting coil , and a main coil connected to the coupling coil to perform contactless communication with an external contactless-type device, wherein the first connecting coil and the second connecting coil are disposed so as not to overlap with the contact terminals in plan view; and the second connecting coil provided to the second surface is surrounded by the contact terminals and the first connecting coil in plan view. an IC module that includes a module substrate having a first surface and a second surface , contact terminals provided on the first surface of the module substrate so as to be contactable with an external contact-type device, an IC chip having a contact communication function and a contactless communication function and disposed on the second surface of the module substrate , a first connecting coil provided on the first surface of the module substrate, and a second connecting coil provided on the second surface of the module substrate ; and a plate-like card body that includes an antenna sheet embedded therein and has a recess for holding the IC module , the antenna sheet being provided with an antenna having a coupling coil to be electromagnetically coupled to the first connecting coil and the second connecting coil , and a main coil connected to the coupling coil to perform contactless communication with an external contactless-type device, wherein the first connecting coil and the second connecting coil are disposed so as not to overlap with the contact terminals in plan view; and the second connecting coil provided to the second surface is surrounded by the contact terminals and the first connecting coil in plan view.
An electric assembly for a vehicle, comprising: a box assembly ; a motor , wherein the motor is disposed in the box assembly ; a transmission , wherein the transmission is disposed in the box assembly , and the transmission is power-coupled to the motor ; and a controller , wherein the controller is disposed outside the box assembly and fixedly connected to the box assembly , wherein the controller and the motor are mounted on a same side or two sides of the transmission , wherein the transmission comprises a main shaft , the main shaft is power-coupled to a motor shaft of the motor , at least one of the motor shaft and the main shaft is threaded through a shaft via-hole and is connected to the other one, and the main shaft is connected to the motor shaft of the motor through splines , characterized in that : a shaft hole runs through the main shaft along an axial direction of the main shaft , an oil baffle is matched in the shaft hole , the oil baffle , an inner circumferential wall of the shaft hole and the motor shaft jointly define an oil storage cavity , the oil storage cavity is filled with lubricating oil, and the oil baffle is provided with an air vent . a box assembly ; a motor , wherein the motor is disposed in the box assembly ; a transmission , wherein the transmission is disposed in the box assembly , and the transmission is power-coupled to the motor ; and a controller , wherein the controller is disposed outside the box assembly and fixedly connected to the box assembly , wherein the controller and the motor are mounted on a same side or two sides of the transmission , wherein the transmission comprises a main shaft , the main shaft is power-coupled to a motor shaft of the motor , at least one of the motor shaft and the main shaft is threaded through a shaft via-hole and is connected to the other one, and the main shaft is connected to the motor shaft of the motor through splines , characterized in that : a shaft hole runs through the main shaft along an axial direction of the main shaft , an oil baffle is matched in the shaft hole , the oil baffle , an inner circumferential wall of the shaft hole and the motor shaft jointly define an oil storage cavity , the oil storage cavity is filled with lubricating oil, and the oil baffle is provided with an air vent .
An apparatus body of an image pickup apparatus comprising: a fixing unit to which a lens adapter , to which an interchangeable lens is detachably attachable, is detachably attachable, characterized by an electrical connecting portion that is formed as a comb-shaped terminal that is electrically connectable with a terminal of an electrical communication unit provided in the lens adapter wherein the comb-shaped terminal is constituted by a plurality of plate terminals (262a through 262j) that are prolonged in an optical axis direction and are arranged side by side in a situation where surfaces of plates are mutually opposite, wherein the plate terminals (262a through 262j) are formed to be nipped between pairs of elastic contact pieces of the electrical communication unit in the plate thickness direction, and wherein a contact position of the comb-shaped terminal contacting with the terminal of the electrical communication unit is variable relatively in the optical axis direction with respect to the terminal of the electrical communication unit . a fixing unit to which a lens adapter , to which an interchangeable lens is detachably attachable, is detachably attachable, characterized by an electrical connecting portion that is formed as a comb-shaped terminal that is electrically connectable with a terminal of an electrical communication unit provided in the lens adapter wherein the comb-shaped terminal is constituted by a plurality of plate terminals (262a through 262j) that are prolonged in an optical axis direction and are arranged side by side in a situation where surfaces of plates are mutually opposite, wherein the plate terminals (262a through 262j) are formed to be nipped between pairs of elastic contact pieces of the electrical communication unit in the plate thickness direction, and wherein a contact position of the comb-shaped terminal contacting with the terminal of the electrical communication unit is variable relatively in the optical axis direction with respect to the terminal of the electrical communication unit .
A conductive assembly, comprising: a heating element or antenna; an airfoil having an aerodynamic surface; a connector base forming a pathway from the interior of the airfoil to the aerodynamic surface; and further characterized by a floating center disposed inside the connector base and held in place by a retainer ring, wherein in an intermediate structure, the floating center is able to move in the x and y directions but is immobilized in the z-direction which is a direction normal to the airfoil surface; wherein the x, y, and z directions are mutually perpendicular; wherein an electrical conductor is disposed within the floating center and wherein the floating center completes the electrical connection from the interior of the airfoil to the heating element or antenna. a heating element or antenna; an airfoil having an aerodynamic surface; a connector base forming a pathway from the interior of the airfoil to the aerodynamic surface; and further characterized by a floating center disposed inside the connector base and held in place by a retainer ring, wherein in an intermediate structure, the floating center is able to move in the x and y directions but is immobilized in the z-direction which is a direction normal to the airfoil surface; wherein the x, y, and z directions are mutually perpendicular; wherein an electrical conductor is disposed within the floating center and wherein the floating center completes the electrical connection from the interior of the airfoil to the heating element or antenna.
Process, preferably discontinuous, for the preparation of a solid master elastomeric composition (masterbatch), comprising silicate fibres of nanometric size with needle-shaped morphology selected from the group that consists of silicate fibres of magnesium, aluminum or calcium and mixtures thereof, and at least one diene elastomer, which comprises - providing said fibres, - providing an elastomeric latex comprising at least said diene elastomer and an aqueous phase, said fibres being in a weight ratio of at least 0.5:1 in relation to the weight of the elastomer present in the latex, - placing said fibres and said latex in contact to yield an aqueous suspension, - maintaining or possibly bringing the pH of the aqueous suspension to a value comprised between 7.5 and 12.0. - maintaining or possibly bringing the total volume of said aqueous suspension to a volumetric ratio in relation to the weight of the fibres comprised between 10:1 and 30:1 ml/g, to yield a final suspension (C), - allowing said elastomeric composition to precipitate and separate from said final suspension. - providing said fibres, - providing an elastomeric latex comprising at least said diene elastomer and an aqueous phase, said fibres being in a weight ratio of at least 0.5:1 in relation to the weight of the elastomer present in the latex, - placing said fibres and said latex in contact to yield an aqueous suspension, - maintaining or possibly bringing the pH of the aqueous suspension to a value comprised between 7.5 and 12.0. - maintaining or possibly bringing the total volume of said aqueous suspension to a volumetric ratio in relation to the weight of the fibres comprised between 10:1 and 30:1 ml/g, to yield a final suspension (C), - allowing said elastomeric composition to precipitate and separate from said final suspension.
An antigen composition comprising a recombinant respiratory syncytial virus (RSV) soluble F protein polypeptide comprising a F1 chain comprising an amino acid sequence of SEQ ID NO:2 and a F2 chain comprising an amino acid sequence of SEQ ID NO:3, wherein said composition comprises greater than 96%, 97%, 98%, 99%, 99.1%, 99.2%, 99.3%, 99.4%, 99.5%, 99.6%, 99.7%, 99.8%, or 99.9% recombinant RSV soluble F protein polypeptide w/w versus host-cell protein.
A hydraulic jar device comprising: an outer sleeve including an inner bore ; an inner sleeve partially disposed within the inner bore of the outer sleeve , wherein the inner sleeve includes an inner bore ; a mechanical lock engaging the outer sleeve and the inner sleeve in a default position to prevent axial movement of the inner sleeve relative to the outer sleeve , wherein disabling the mechanical lock allows axial movement between the inner sleeve and the outer sleeve to generate an impact force when the inner sleeve reaches an activated position; an upward block configured to limit the upward axial movement of the inner sleeve relative to the outer sleeve when the mechanical lock is disabled; a downward block configured to limit the downward axial movement of the inner sleeve relative to the outer sleeve when the mechanical lock is disabled; the hydraulic jar device characterized in that the hydraulic jar device further comprises a top sub connected above an upper end of the outer sleeve , wherein the top sub is configured to be attached below a tubular string or a coiled tubing string , wherein the upward block is formed by a lower end of the top sub disposed within the inner bore of the outer sleeve and configured to engage an upper end of the inner sleeve , and wherein the upward axial movement of the inner sleeve relative to the outer sleeve is limited by the upper end of the inner sleeve contacting the lower end of the top sub . an outer sleeve including an inner bore ; an inner sleeve partially disposed within the inner bore of the outer sleeve , wherein the inner sleeve includes an inner bore ; a mechanical lock engaging the outer sleeve and the inner sleeve in a default position to prevent axial movement of the inner sleeve relative to the outer sleeve , wherein disabling the mechanical lock allows axial movement between the inner sleeve and the outer sleeve to generate an impact force when the inner sleeve reaches an activated position; an upward block configured to limit the upward axial movement of the inner sleeve relative to the outer sleeve when the mechanical lock is disabled; a downward block configured to limit the downward axial movement of the inner sleeve relative to the outer sleeve when the mechanical lock is disabled; the hydraulic jar device characterized in that the hydraulic jar device further comprises a top sub connected above an upper end of the outer sleeve , wherein the top sub is configured to be attached below a tubular string or a coiled tubing string , wherein the upward block is formed by a lower end of the top sub disposed within the inner bore of the outer sleeve and configured to engage an upper end of the inner sleeve , and wherein the upward axial movement of the inner sleeve relative to the outer sleeve is limited by the upper end of the inner sleeve contacting the lower end of the top sub .
A flip-top closure comprising: a first closure portion including: a polymeric top wall portion , a sealing mechanism , and a polymeric annular skirt portion depending from the polymeric top wall portion , the polymeric annular skirt portion including an internal thread formation for mating engagement with an external thread formation of a container; and a second closure portion including: a polymeric tamper-evident band depending from and being partially detachably connected to the polymeric annular skirt portion by a frangible connection , the frangible connection extending partially around the periphery of the closure , wherein the first closure portion and the second closure portion are attached via at least one hinge, the at least one hinge assisting in moving the closure between an open position and a closed position after the frangible connection has been broken, characterized in that the at least one hinge includes a first hinge and a second hinge , wherein the frangible connection is a wave-like shape as it nears the location of the hinges . a polymeric top wall portion , a sealing mechanism , and a polymeric annular skirt portion depending from the polymeric top wall portion , the polymeric annular skirt portion including an internal thread formation for mating engagement with an external thread formation of a container; and a second closure portion including: a polymeric tamper-evident band depending from and being partially detachably connected to the polymeric annular skirt portion by a frangible connection , the frangible connection extending partially around the periphery of the closure , wherein the first closure portion and the second closure portion are attached via at least one hinge, the at least one hinge assisting in moving the closure between an open position and a closed position after the frangible connection has been broken, characterized in that the at least one hinge includes a first hinge and a second hinge , wherein the frangible connection is a wave-like shape as it nears the location of the hinges . a polymeric tamper-evident band depending from and being partially detachably connected to the polymeric annular skirt portion by a frangible connection , the frangible connection extending partially around the periphery of the closure , wherein the first closure portion and the second closure portion are attached via at least one hinge, the at least one hinge assisting in moving the closure between an open position and a closed position after the frangible connection has been broken, characterized in that the at least one hinge includes a first hinge and a second hinge , wherein the frangible connection is a wave-like shape as it nears the location of the hinges .
A method for operating a combination high pressure reforming and reducing shaft furnace for the production of direct reduced iron, wherein one or more burden uniformity enhancing devices are disposed within an interior portion of the shaft furnace, wherein the one or more burden uniformity enhancing devices comprise one or more rotating or reciprocating mixing shafts, or one or more agitators, wherein the one or more burden uniformity enhancing devices are disposed within both a reforming zone and a reducing zone within the interior portion of the shaft furnace, wherein the shaft furnace includes a plurality of pellet or agglomerate inlet pipes and one or more bustle gas inlet pipes , the method comprising: maintaining an interior portion of the shaft furnace at a pressure of greater than 506.625 kPa (= 5 atmospheres); selectively introducing iron ore pellets or agglomerates forming a burden in the shaft furnace; selectively introducing a bustle gas to be reformed and directly reduce the iron ore pellets and operating the one or more burden uniformity enhancing devices for churning the burden disposed within the interior portion of the shaft furnace and exposed to the pressure of greater than 506.625 kPa (= 5 atmospheres) such that both reforming and reducing take place uniformly throughout the burden disposed within the interior portion of the shaft furnace. maintaining an interior portion of the shaft furnace at a pressure of greater than 506.625 kPa (= 5 atmospheres); selectively introducing iron ore pellets or agglomerates forming a burden in the shaft furnace; selectively introducing a bustle gas to be reformed and directly reduce the iron ore pellets and operating the one or more burden uniformity enhancing devices for churning the burden disposed within the interior portion of the shaft furnace and exposed to the pressure of greater than 506.625 kPa (= 5 atmospheres) such that both reforming and reducing take place uniformly throughout the burden disposed within the interior portion of the shaft furnace.