mhurhangee/patent-ind-claim-en huggingface dataset:
An outer rotor comprising: a yoke defining a plurality of receiving slots along an axial direction of the yoke , each of the receiving slots receives a permanent magnet therein; a rotary shaft extending into the yoke ; and an end cap comprising a bottom wall , a lateral wall , and an annular bracket , wherein the end cap is formed on the yoke and the rotary shaft by injection molding of plastic or rubber and thereby the yoke , the rotary shaft , and the end cap are integrally formed, the permanent magnets being fixed in the yoke at the time of the injection molding, and characterized in that the rotary shaft is connected to the bottom wall , the annular bracket is connected to an inner side of the lateral wall , and the annular bracket comprises two annular plates ; and wherein the annular bracket further comprises a plurality of fixing poles for further fixing the corresponding permanent magnets , the plurality of fixing poles is disposed between and connected to the two annular plates , and the fixing poles extend through the yoke and are immediately adjacent to the permanent magnets . a yoke defining a plurality of receiving slots along an axial direction of the yoke , each of the receiving slots receives a permanent magnet therein; a rotary shaft extending into the yoke ; and an end cap comprising a bottom wall , a lateral wall , and an annular bracket , wherein the end cap is formed on the yoke and the rotary shaft by injection molding of plastic or rubber and thereby the yoke , the rotary shaft , and the end cap are integrally formed, the permanent magnets being fixed in the yoke at the time of the injection molding, and characterized in that the rotary shaft is connected to the bottom wall , the annular bracket is connected to an inner side of the lateral wall , and the annular bracket comprises two annular plates ; and wherein the annular bracket further comprises a plurality of fixing poles for further fixing the corresponding permanent magnets , the plurality of fixing poles is disposed between and connected to the two annular plates , and the fixing poles extend through the yoke and are immediately adjacent to the permanent magnets .
A system for managing a blockchain cloud service, comprising: a container runtime service ; and a distributed ledger and a management console component in the container runtime service; wherein the management console component includes: a plurality of client application programming interfaces, APIs, configured to be invoked by a client application, and a plurality of backend APIs for communicating with a plurality of nodes of the distributed ledger, wherein the plurality of client APIs use one or more of the plurality of backend APIs in provisioning the distributed ledger as a blockchain cloud service and in managing the blockchain cloud service; wherein the blockchain cloud service comprises a peer container , an ordering container , and a chaincode container , wherein the peer container is configured to maintain the distributed ledger, the ordering container is configured to order transactions within the distributed ledger, and the chaincode container is configured to perform encoding of assets in the distributed ledger; and wherein managing the blockchain cloud service comprises at least one of starting or stopping the peer container and starting or stopping the ordering container. a container runtime service ; and a distributed ledger and a management console component in the container runtime service; wherein the management console component includes: a plurality of client application programming interfaces, APIs, configured to be invoked by a client application, and a plurality of backend APIs for communicating with a plurality of nodes of the distributed ledger, a plurality of client application programming interfaces, APIs, configured to be invoked by a client application, and a plurality of backend APIs for communicating with a plurality of nodes of the distributed ledger, wherein the plurality of client APIs use one or more of the plurality of backend APIs in provisioning the distributed ledger as a blockchain cloud service and in managing the blockchain cloud service; wherein the blockchain cloud service comprises a peer container , an ordering container , and a chaincode container , wherein the peer container is configured to maintain the distributed ledger, the ordering container is configured to order transactions within the distributed ledger, and the chaincode container is configured to perform encoding of assets in the distributed ledger; and wherein managing the blockchain cloud service comprises at least one of starting or stopping the peer container and starting or stopping the ordering container.
A pharmaceutical composition comprising ethyl eicosapentanoate (EPA-E), eicosapentaenoic acid (EPA) or pharmaceutically acceptable amides, salts, ester or phospholipids thereof for use in treating a fatty liver disease or disorder in a subject, wherein the subject receives a hormone replacement therapy, and wherein the fatty liver disease or disorder is Non-Alcoholic Steatohepatitis (NASH).
A dry powder pharmaceutical composition comprising ketamine or its pharmaceutically acceptable salt for use in a treatment of depression, by direct administration to the lungs via pulmonary route.
Stabilizer link for automobile suspensions, characterized in that it comprises: - a tubular body , having at one of its ends a pair of first flattened areas configuring a leak-tight closure of a first inner cavity of the tubular body located between both flattened areas ; - a first covering made of polymeric material coupled, during the forming process thereof, on the end of the tubular body such that it surrounds the pair of first flattened areas and wherein said covering comprises a first articulation . - a tubular body , having at one of its ends a pair of first flattened areas configuring a leak-tight closure of a first inner cavity of the tubular body located between both flattened areas ; - a first covering made of polymeric material coupled, during the forming process thereof, on the end of the tubular body such that it surrounds the pair of first flattened areas and wherein said covering comprises a first articulation .
A security indication information configuration method, comprising: detecting , by a terminal, whether universal security indication information is set in the terminal for a trusted user interface TUI; detecting , by the terminal, a running status of the terminal when it is detected that no universal security indication information is set in the terminal for the TUI; when it is detected that the running status of the terminal is a secure state, presenting , by the terminal, a first input interface on a display by using a first information presentation interface; and receiving , by the terminal, universal security indication information input by a user by using the first input interface, and saving the universal security indication information to a trusted execution environment TEE of the terminal; wherein the universal security indication information is security indication information that can be used by a trusted operating system OS, and all trusted applications installed in the TEE, and is security indication information that is presented on the TUI to indicate the TUI when a trusted system or a trusted application calls the TUI interface. detecting , by a terminal, whether universal security indication information is set in the terminal for a trusted user interface TUI; detecting , by the terminal, a running status of the terminal when it is detected that no universal security indication information is set in the terminal for the TUI; when it is detected that the running status of the terminal is a secure state, presenting , by the terminal, a first input interface on a display by using a first information presentation interface; and receiving , by the terminal, universal security indication information input by a user by using the first input interface, and saving the universal security indication information to a trusted execution environment TEE of the terminal; wherein the universal security indication information is security indication information that can be used by a trusted operating system OS, and all trusted applications installed in the TEE, and is security indication information that is presented on the TUI to indicate the TUI when a trusted system or a trusted application calls the TUI interface.
Voclosporin for use in a method to treat a proteinuric kidney disease of a subject diagnosed with said disease, with a predetermined daily dosage of effective amounts of voclosporin is to be administered over a projected treatment period of at least 24 weeks, wherein: (a)the estimated Glomerular Filtration Rate (eGFR) of said subject is assessed at at least a first time point and a second time point on different days of said treatment period, both said time points occurring prior to the end of the treatment period and (b) (i) if the eGFR of said subject is decreased, between said first and second time points, by more than a target % in the range of 20-45%, to below a predetermined value in the range of 50-90 ml/min/1.73m 2 , the daily dosage is reduced by increment(s) of 7.9mg BID; (ii) if the eGFR of said subject is decreased, between said first and second time points, by less than said target %, administration of the same predetermined daily dosage of voclosporin to said subject is continued. (a)the estimated Glomerular Filtration Rate (eGFR) of said subject is assessed at at least a first time point and a second time point on different days of said treatment period, both said time points occurring prior to the end of the treatment period and (b) (i) if the eGFR of said subject is decreased, between said first and second time points, by more than a target % in the range of 20-45%, to below a predetermined value in the range of 50-90 ml/min/1.73m 2 , the daily dosage is reduced by increment(s) of 7.9mg BID; (ii) if the eGFR of said subject is decreased, between said first and second time points, by less than said target %, administration of the same predetermined daily dosage of voclosporin to said subject is continued. (i) if the eGFR of said subject is decreased, between said first and second time points, by more than a target % in the range of 20-45%, to below a predetermined value in the range of 50-90 ml/min/1.73m 2 , the daily dosage is reduced by increment(s) of 7.9mg BID; (ii) if the eGFR of said subject is decreased, between said first and second time points, by less than said target %, administration of the same predetermined daily dosage of voclosporin to said subject is continued.
A method comprising: moving a fan cowl latch of a fan cowl between an unlocked position and a locked position; and responsive to the moving the latch, moving an indicator of an indicator assembly between a closed position that is flush with an exterior of the fan cowl and an open position that extends outward from the exterior of the fan cowl; wherein moving the indicator from the open position to the closed position comprises moving a cable operably coupled to the indicator assembly and the latch from a slack state to a tension state responsive to movement of the latch from the unlocked position to the locked position, and wherein moving the indicator from the closed position to the open position comprises moving the cable from the tension state to the slack state responsive to movement of the latch from the locked position to the unlocked position. moving a fan cowl latch of a fan cowl between an unlocked position and a locked position; and responsive to the moving the latch, moving an indicator of an indicator assembly between a closed position that is flush with an exterior of the fan cowl and an open position that extends outward from the exterior of the fan cowl; wherein moving the indicator from the open position to the closed position comprises moving a cable operably coupled to the indicator assembly and the latch from a slack state to a tension state responsive to movement of the latch from the unlocked position to the locked position, and wherein moving the indicator from the closed position to the open position comprises moving the cable from the tension state to the slack state responsive to movement of the latch from the locked position to the unlocked position.
A multistage compression system using refrigerant and oil, the multistage compression system comprising: a low-stage compressor configured to compress the refrigerant; wherein the low-stage compressor comprises: a low-stage compression part that compresses the refrigerant, a low-stage motor that drives the compression part, and a low-stage container which houses the low-stage compression part and the low-stage motor and a high-stage compressor configured to further compress the refrigerant compressed by the low-stage compressor; the high-stage compressor comprises: a high-stage compression part that compresses the refrigerant, a high-stage motor that drives the high-stage compression part, and a high-stage container which houses the high-stage compression part and the high-stage motor, an oil return pipe configured to return the oil discharged by the high-stage container to the low-stage container; and an oil discharge pipe configured to discharge the oil from the low-stage container; wherein, the oil return pipe and the oil discharge pipe are connected to the low-stage container , characterized in that , the oil return pipe and the oil discharge pipe are connected to the low-stage container above the low-stage compression part and below the low-stage motor. a low-stage compressor configured to compress the refrigerant; wherein the low-stage compressor comprises: a low-stage compression part that compresses the refrigerant, a low-stage motor that drives the compression part, and a low-stage container which houses the low-stage compression part and the low-stage motor and a low-stage compression part that compresses the refrigerant, a low-stage motor that drives the compression part, and a low-stage container which houses the low-stage compression part and the low-stage motor and a high-stage compressor configured to further compress the refrigerant compressed by the low-stage compressor; the high-stage compressor comprises: a high-stage compression part that compresses the refrigerant, a high-stage motor that drives the high-stage compression part, and a high-stage compression part that compresses the refrigerant, a high-stage motor that drives the high-stage compression part, and a high-stage container which houses the high-stage compression part and the high-stage motor, an oil return pipe configured to return the oil discharged by the high-stage container to the low-stage container; and an oil discharge pipe configured to discharge the oil from the low-stage container; wherein, the oil return pipe and the oil discharge pipe are connected to the low-stage container ,
Bolt switch contact for monitoring the locking state of a bolt of a lock of a door, a window or the like, comprising a passive switching element which can be operated as a function of the locking state of the bolt, wherein the passive switching element can be operated by means of at least one elastic spring element , which can be acted on by the bolt and is preloaded at least substantially in the form of a bow, by way of the elastic spring element , each time it is acted on by the bolt, being movable from the state in which it is preloaded at least substantially in the form of a bow to an at least substantially extended state for operating the passive switching element , characterized in that the passive switching element comprises at least one reed switch which, with a respective movement of the elastic spring element to its at least substantially extended state, can be operated directly by the elastic spring element .
A vehicle wheel rim having a pressurized medium supply device for a tire mounted on the vehicle wheel rim , wherein the pressurized medium supply device includes a compressor unit accommodated in a center bore of the vehicle wheel rim , said compressor unit being driveable by a drive unit positioned in the vicinity of the center bore of the vehicle wheel rim , wherein the compressor is a piston compressor with at least one piston (86; 140), wherein the at least one piston is a reciprocating piston, which is accommodated in moving fashion in a cylinder , wherein the reciprocating piston has a lubricant depot for lubricating the reciprocating piston in the cylinder , and wherein the pressurized medium supply device further includes a sealant reservoir for storing a tire sealant , said sealant reservoir being an annular chamber positioned in the center bore of the vehicle wheel rim and being encompassing the compressor unit .
A bridge comprising pre-engineered components provided in a kit, wherein the pre-engineered components comprise a floor , a plurality of girders disposed laterally with respect to the floor for providing opposing substantial vertical sides, a plurality of newel frames disposed at spaced intervals along the floor, wherein each girder comprises upper and lower longitudinally extending chords each chord being provided with a longitudinally extending internal channel that runs the entire length of the girder , the newel frames comprising spaced lateral upright members and a generally horizontal base member , the components of the newel frames comprise a plurality of apertures, the floor being comprised of a plurality of contiguous panel members which extend between the girders and are laterally supported on the chords of the girders , characterised in that, elongated reinforcement members extend end to end through respective internal channels of the chords and are arranged to engage with apertures in the newel frames ; and in that the reinforcement members are formed of resin, which is injected into the channels after insertion of its respective reinforcement member , and allowed to cure, or of grout filling material.
A multi-layered peel-away dispensing laminate comprising: a. a metalized polymeric layer (F1) for adhering to a container wherein the metalized polymeric layer (F1) has an upper surface and a lower surface, the metalized polymeric layer (F1) defining at least one die-cut therethrough suitable to form a dispensing opening; b. a pressure sensitive adhesive layer (C1) adhered to at least a portion of the upper surface of the metalized polymeric layer (Fl); and c. a peelable film layer (F2) having an upper surface and a lower surface wherein the lower surface of the peelable film layer (F2) is adhered to the upper surface of the metalized polymeric layer (F1) by the pressure sensitive adhesive (C1); wherein the laminate comprises a tab suitable for peeling the peelable film layer (F2) and the PSA layer (C1) from a container while allowing the metalized polymeric layer (F1) to remain adhered to the container; and wherein a tab scoremark, allowing the laminate to split between the pressure sensitive adhesive (C1) and the metalized polymeric layer (F1), is formed in the metalized polymeric layer (F1), the tab scoremark being comprised of multiple parallel or concentric die-cuts. a. a metalized polymeric layer (F1) for adhering to a container wherein the metalized polymeric layer (F1) has an upper surface and a lower surface, the metalized polymeric layer (F1) defining at least one die-cut therethrough suitable to form a dispensing opening; b. a pressure sensitive adhesive layer (C1) adhered to at least a portion of the upper surface of the metalized polymeric layer (Fl); and c. a peelable film layer (F2) having an upper surface and a lower surface wherein the lower surface of the peelable film layer (F2) is adhered to the upper surface of the metalized polymeric layer (F1) by the pressure sensitive adhesive (C1); wherein the laminate comprises a tab suitable for peeling the peelable film layer (F2) and the PSA layer (C1) from a container while allowing the metalized polymeric layer (F1) to remain adhered to the container; and wherein a tab scoremark, allowing the laminate to split between the pressure sensitive adhesive (C1) and the metalized polymeric layer (F1), is formed in the metalized polymeric layer (F1), the tab scoremark being comprised of multiple parallel or concentric die-cuts.
A particulate slurry fuel atomiser injector comprising: a central tube terminating in a first outlet for emitting a jet of particulate slurry fuel along a central axis ; and structure adjacent to the central tube so as to define with the central tube a duct means communicating with one or more second outlets for blast gas about said first outlet , characterised in that said duct means is configured to accelerate the blast gas to a blast stream of supersonic velocity that emerges from the second outlet(s) ; and in that adjacent the second outlet(s) an undercut internal face or faces of said structure opposed to a surface of the central tube are axially convergent arranged to direct the emergent supersonic blast stream into the jet of particulate slurry fuel downstream of the first outlet , thereby atomising the fuel downstream of the first outlet , wherein said structure surrounds the central tube whereby said one or more second outlets comprise an annular outlet about the first outlet , and said undercut internal face or faces of said structure adjacent the second outlet comprise a continuous marginal face portion adjacent the second outlet , and wherein said opposed surface of the central tube comprises a conical or pyramidal end surface of the central tube opposed to said continuous marginal face portion for further facilitating said directing of the emergent supersonic blast stream into the jet of particulate slurry fuel downstream of the first outlet . a central tube terminating in a first outlet for emitting a jet of particulate slurry fuel along a central axis ; and structure adjacent to the central tube so as to define with the central tube a duct means communicating with one or more second outlets for blast gas about said first outlet , characterised in that said duct means is configured to accelerate the blast gas to a blast stream of supersonic velocity that emerges from the second outlet(s) ; and in that adjacent the second outlet(s) an undercut internal face or faces of said structure opposed to a surface of the central tube are axially convergent arranged to direct the emergent supersonic blast stream into the jet of particulate slurry fuel downstream of the first outlet , thereby atomising the fuel downstream of the first outlet , wherein said structure surrounds the central tube whereby said one or more second outlets comprise an annular outlet about the first outlet , and said undercut internal face or faces of said structure adjacent the second outlet comprise a continuous marginal face portion adjacent the second outlet , and wherein said opposed surface of the central tube comprises a conical or pyramidal end surface of the central tube opposed to said continuous marginal face portion for further facilitating said directing of the emergent supersonic blast stream into the jet of particulate slurry fuel downstream of the first outlet .
A self-righting tip cap comprising: a cap body comprising a generally oblate spheroid external geometry with a first end and a second end at opposite sides of the cap body ; and a base surface at the first end defining a generally planar rim surrounding the base surface ; characterized by : at least one clip extending from the cap body towards the second end , an interior face thereof comprising an indent, in the form of a thread , protruding therefrom along a helical path. a cap body comprising a generally oblate spheroid external geometry with a first end and a second end at opposite sides of the cap body ; and a base surface at the first end defining a generally planar rim surrounding the base surface ; characterized by : at least one clip extending from the cap body towards the second end , an interior face thereof comprising an indent, in the form of a thread , protruding therefrom along a helical path.