mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode plate comprising: a composite current collector comprising a first metal layer , a second metal layer , and an insulation layer directly sandwiched between the first metal layer and the second metal layer ; a first electrode tab disposed on an edge of the first metal layer , attached to a surface of the first metal layer away from the insulation layer , and extending beyond the insulation layer ; a second electrode tab disposed on an edge of the second metal layer , attached to a surface of the second metal layer away from the insulation layer , and extending beyond the insulation layer , and the first electrode tab and the second electrode tab extending from a same side, characterized in that the insulation layer includes a coated area and a non-coated area connected to the coated area , the coated area being configured to carry the first metal layer and the second metal layer , the first electrode tab and the second electrode tab extending to cover the non-coated area beyond the insulation layer a composite current collector comprising a first metal layer , a second metal layer , and an insulation layer directly sandwiched between the first metal layer and the second metal layer ; a first electrode tab disposed on an edge of the first metal layer , attached to a surface of the first metal layer away from the insulation layer , and extending beyond the insulation layer ; a second electrode tab disposed on an edge of the second metal layer , attached to a surface of the second metal layer away from the insulation layer , and extending beyond the insulation layer , and the first electrode tab and the second electrode tab extending from a same side, characterized in that the insulation layer includes a coated area and a non-coated area connected to the coated area , the coated area being configured to carry the first metal layer and the second metal layer , the first electrode tab and the second electrode tab extending to cover the non-coated area beyond the insulation layer
Cardiac assistance system , comprising an inlet tube that extends in a longitudinal direction, and comprising a pump housing portion that is attached to the inlet tube and extends in the longitudinal direction, the inlet tube having an introduction opening for introducing blood to be pumped, which blood flows via the inlet tube in the pump housing portion into a pump housing in which there is an impeller , which impeller has an axis of rotation parallel to the longitudinal direction of the pump housing portion and can be driven by means of a drive device arranged on a side of the impeller facing away from the inlet tube , the pump housing having a lateral surface that is arranged coaxially with the axis of rotation of the impeller and has an outlet opening for discharging the blood from the pump housing, characterized in that the pump housing comprises a stator vane apparatus that is arranged in the region of the outlet opening and has a stator vane which, when the inlet tube and the pump housing portion are inserted into the blood vessel by means of a catheter, can be unfolded from a folded-in state into a flow state in which it protrudes radially or obliquely from the lateral surface of the pump housing.
A system for identifying security vulnerabilities related to an application programming interface (API), the system comprising: a processor ; and a memory accessible by the processor , the processor configured to: search for any security policy specified in an API proxy bundle , the API proxy bundle including a configuration of an API proxy for the API, wherein the API proxy is executable in an API gateway of an API management platform, and wherein the configuration of the API proxy identifies zero or more security policies associated with the API proxy and enforceable by the API gateway; determine a compliance failure, which is a failure of the configuration of the API proxy to comply with a set of security rules , wherein the set of security rules indicate a plurality of categories of policies are to be enabled in the configuration of the API proxy, and the indication of the compliance failure includes an indication of a relative number of polices that are not enabled in each of the categories; cause an indication of the compliance failure to be outputted; and update the API proxy bundle to correct the compliance failure. a processor ; and a memory accessible by the processor , the processor configured to: search for any security policy specified in an API proxy bundle , the API proxy bundle including a configuration of an API proxy for the API, wherein the API proxy is executable in an API gateway of an API management platform, and wherein the configuration of the API proxy identifies zero or more security policies associated with the API proxy and enforceable by the API gateway; determine a compliance failure, which is a failure of the configuration of the API proxy to comply with a set of security rules , wherein the set of security rules indicate a plurality of categories of policies are to be enabled in the configuration of the API proxy, and the indication of the compliance failure includes an indication of a relative number of polices that are not enabled in each of the categories; cause an indication of the compliance failure to be outputted; and update the API proxy bundle to correct the compliance failure. search for any security policy specified in an API proxy bundle , the API proxy bundle including a configuration of an API proxy for the API, wherein the API proxy is executable in an API gateway of an API management platform, and wherein the configuration of the API proxy identifies zero or more security policies associated with the API proxy and enforceable by the API gateway; determine a compliance failure, which is a failure of the configuration of the API proxy to comply with a set of security rules , wherein the set of security rules indicate a plurality of categories of policies are to be enabled in the configuration of the API proxy, and the indication of the compliance failure includes an indication of a relative number of polices that are not enabled in each of the categories; cause an indication of the compliance failure to be outputted; and update the API proxy bundle to correct the compliance failure.
A wing for an aircraft , comprising a main wing , a slat , and a connection assembly movably connecting the slat to the main wing , such that the slat is movable between a retracted position and at least one extended position, wherein the connection assembly comprises an elongate slat track that extends along a track longitudinal axis between a front end and a rear end and has an intermediate portion between the front and rear ends , wherein the front end of the slat track is mounted to the slat , wherein the rear end and the intermediate portion of the slat track are mounted to the main wing by a roller bearing such that the slat track is movable along the track longitudinal axis , and wherein the roller bearing comprises a guide rail mounted to the main wing and a first roller unit mounted to the rear end of the slat track and engaging the guide rail , characterized in that the guide rail comprises a guide rail primary structure engaging with the first roller unit , and an additional reinforcement structure additionally reinforcing the guide rail primary structure in a lateral direction , and the guide rail primary structure forms a first main load path and the reinforcement structure forms a redundant second main load path. a main wing , a slat , and a connection assembly movably connecting the slat to the main wing , such that the slat is movable between a retracted position and at least one extended position, wherein the connection assembly comprises an elongate slat track that extends along a track longitudinal axis between a front end and a rear end and has an intermediate portion between the front and rear ends , wherein the front end of the slat track is mounted to the slat , wherein the rear end and the intermediate portion of the slat track are mounted to the main wing by a roller bearing such that the slat track is movable along the track longitudinal axis , and wherein the roller bearing comprises a guide rail mounted to the main wing and a first roller unit mounted to the rear end of the slat track and engaging the guide rail , characterized in that the guide rail comprises a guide rail primary structure engaging with the first roller unit , and an additional reinforcement structure additionally reinforcing the guide rail primary structure in a lateral direction , and the guide rail primary structure forms a first main load path and the reinforcement structure forms a redundant second main load path.
A method for refining a magnetic domain of a directional electrical steel plate in which a laser beam is radiated to a surface of the directional electrical steel plate at intervals, wherein irradiated radiations formed by a laser beam in at least any one area of the directional electrical steel plate are unfolded at intervals in a circumferential direction using one point of the directional electrical steel plate as a central point; wherein the area comprises a cutting part that is slantly cut with respect to a rolling direction; wherein the central point comprises a corner formed in the directional electrical steel plate by the cutting part and forming an obtuse angle.
A multi-stage and multi-lumen (MSML) delivery system for implanting a prosthetic heart valve comprising a valve stent for treatment of a diseased heart valve, the MSML delivery system comprising: a docking system comprising a docking sheath and a docking controller; a dual-guiding-and-fixation (DGF) system for implanting a plurality of DGF members , characterised in that : the DGF system comprising a DGF sheath , a torque-driving shaft and a DGF controller; wherein the plurality DGF members are configured to couple to a flared portion of the valve stent , and a valve delivery system for releasing and locking the prosthetic heart valve, the valve delivery system comprising a valve sheath , a lock housing structure sheath and a plurality of DGF locking member sheaths , a valve stabilization mechanism , and a valve delivery controller; wherein the docking system , the DGF system, and the valve delivery system are collectively configured to advance a plurality of DGF head members to an operative position, to deliver and implant the plurality of DGF head members to the operative position, and to guide, deliver and fixate the prosthetic heart valve to the operative position. a docking system comprising a docking sheath and a docking controller; a dual-guiding-and-fixation (DGF) system for implanting a plurality of DGF members , characterised in that : the DGF system comprising a DGF sheath , a torque-driving shaft and a DGF controller; wherein the plurality DGF members are configured to couple to a flared portion of the valve stent , and a valve delivery system for releasing and locking the prosthetic heart valve, the valve delivery system comprising a valve sheath , a lock housing structure sheath and a plurality of DGF locking member sheaths , a valve stabilization mechanism , and a valve delivery controller; wherein the docking system , the DGF system, and the valve delivery system are collectively configured to advance a plurality of DGF head members to an operative position, to deliver and implant the plurality of DGF head members to the operative position, and to guide, deliver and fixate the prosthetic heart valve to the operative position. the DGF system comprising a DGF sheath , a torque-driving shaft and a DGF controller; wherein the plurality DGF members are configured to couple to a flared portion of the valve stent , and a valve delivery system for releasing and locking the prosthetic heart valve, the valve delivery system comprising a valve sheath , a lock housing structure sheath and a plurality of DGF locking member sheaths , a valve stabilization mechanism , and a valve delivery controller; wherein the docking system , the DGF system, and the valve delivery system are collectively configured to advance a plurality of DGF head members to an operative position, to deliver and implant the plurality of DGF head members to the operative position, and to guide, deliver and fixate the prosthetic heart valve to the operative position.
Signal-transmitting unit for transmitting a high-frequency electrical signal between an endo component and an exo component which are rotatable in relation to one another about an axis (A), and wherein the signal can be fed or discharged via a coaxial cable which is connected or can be connected to the endo component, and wherein the signal-transmitting unit has a group of slideway units, which are arranged next to one another, on the endo component along the axis (A), wherein the group comprises a first outer slideway unit , a second outer slideway unit and an intermediate slideway unit which is arranged therebetween, and wherein the signal-transmitting unit has at least one contact cantilever , which can be placed or bears electrically conductively against a slideway, on the exo component , wherein at least one slideway unit has a sliding ring and a ring carrier , wherein the ring carrier has the basic shape of a sliding ring, characterized in that the sliding ring is arranged on the outer periphery of the ring carrier , wherein the ring carrier is formed by a printed circuit board, and wherein the sliding ring and the ring carrier are electrically conductively connected at the outer periphery of the ring carrier .
A gas turbine engine for an aircraft comprising: an engine core comprising at least one turbine , at least one compressor and at least one shaft connecting the turbine to the compressor ; a fan located upstream of the engine core , the fan comprising a plurality of fan blades; a unit , which is designed as a gearbox , supplied with oil from a first oil circuit and at least a second oil circuit ; the first oil circuit and the second oil circuit each are fluidly coupled with at least one inlet and with at least one outlet of the unit characterized in that the first oil circuit and the second oil circuit each are fluidly coupled with at least one inlet and with at least one outlet of an oil tank ; the first oil circuit and the second oil circuit configured to receive oil from the oil tank and to direct the received oil to the unit ; the oil tank incorporating offset outlets to each of the oil circuits ; the offset outlet of the second oil circuit positioned higher in the oil tank than the offset outlet of the first oil circuit ; wherein: the second oil circuit is comprising a sensor for sensing a feeding pressure in the second oil circuit applied to the gearbox ; and means are provided to generate a warning signal when a feeding pressure in the second oil circuit is less than or equal to a predefined value. an engine core comprising at least one turbine , at least one compressor and at least one shaft connecting the turbine to the compressor ; a fan located upstream of the engine core , the fan comprising a plurality of fan blades; a unit , which is designed as a gearbox , supplied with oil from a first oil circuit and at least a second oil circuit ; the first oil circuit and the second oil circuit each are fluidly coupled with at least one inlet and with at least one outlet of the unit characterized in that the first oil circuit and the second oil circuit each are fluidly coupled with at least one inlet and with at least one outlet of an oil tank ; the first oil circuit and the second oil circuit configured to receive oil from the oil tank and to direct the received oil to the unit ; the oil tank incorporating offset outlets to each of the oil circuits ; the offset outlet of the second oil circuit positioned higher in the oil tank than the offset outlet of the first oil circuit ; wherein: the second oil circuit is comprising a sensor for sensing a feeding pressure in the second oil circuit applied to the gearbox ; and means are provided to generate a warning signal when a feeding pressure in the second oil circuit is less than or equal to a predefined value. the second oil circuit is comprising a sensor for sensing a feeding pressure in the second oil circuit applied to the gearbox ; and means are provided to generate a warning signal when a feeding pressure in the second oil circuit is less than or equal to a predefined value.
Ski boot comprising a lower part or foot portion suitable to enclose the user's foot and an upper part or leg portion suitable to enclose the lower part of the skier's leg, - wherein the leg portion is hinged to the foot portion so as to rotate in relation to the foot portion around a hinge defining a rotation axis (X-X), forwards, toward a tip of the boot , and backwards toward a heel of the boot , - wherein the leg portion comprises a closing lever suitable for selectively blocking and/or unblocking the rotation of the leg portion in relation to the foot portion depending on whether the user wishes to pass from a skiing configuration to a walking configuration, respectively, wherein - the closing lever is operatively connected to a base and to an arm engageable in abutment against a pin fixed to the foot portion , - wherein the closing lever , in the transition from the open configuration to the closed configuration reciprocally distances the base and the arm from each other abutting the latter against the pin to prevent a backward rotation of the leg portion, - traction means operatively connecting the base , the arm and a fastening on the foot portion to each other, the arm being placed between the base and the fastening in order to also prevent the forward rotation of the leg portion , - said traction means comprising a cable at least partially extensible. - wherein the leg portion is hinged to the foot portion so as to rotate in relation to the foot portion around a hinge defining a rotation axis (X-X), forwards, toward a tip of the boot , and backwards toward a heel of the boot , - wherein the leg portion comprises a closing lever suitable for selectively blocking and/or unblocking the rotation of the leg portion in relation to the foot portion depending on whether the user wishes to pass from a skiing configuration to a walking configuration, respectively, - the closing lever is operatively connected to a base and to an arm engageable in abutment against a pin fixed to the foot portion , - wherein the closing lever , in the transition from the open configuration to the closed configuration reciprocally distances the base and the arm from each other abutting the latter against the pin to prevent a backward rotation of the leg portion, - traction means operatively connecting the base , the arm and a fastening on the foot portion to each other, the arm being placed between the base and the fastening in order to also prevent the forward rotation of the leg portion , - said traction means comprising a cable at least partially extensible.
An electronic device, comprising: a body defining a receiving cavity ; a functional assembly rotatably connected to the body ; and a sliding mechanism arranged in the body , the sliding mechanism comprising: a sliding rail arranged on one of the body and the functional assembly ; and a sliding element arranged on the other of the body and the functional assembly ; characterized in that the sliding element is arranged to slide along the sliding rail in a manner that, when the sliding element slides along the sliding rail , a central line of the sliding element has a displacement relative to the sliding rail , such that the functional assembly is able to rotate from an inside of the receiving cavity to an outside of the receiving cavity or rotate from the outside of the receiving cavity to the inside of the receiving cavity . a body defining a receiving cavity ; a functional assembly rotatably connected to the body ; and a sliding mechanism arranged in the body , the sliding mechanism comprising: a sliding rail arranged on one of the body and the functional assembly ; and a sliding element arranged on the other of the body and the functional assembly ; characterized in that the sliding element is arranged to slide along the sliding rail in a manner that, when the sliding element slides along the sliding rail , a central line of the sliding element has a displacement relative to the sliding rail , such that the functional assembly is able to rotate from an inside of the receiving cavity to an outside of the receiving cavity or rotate from the outside of the receiving cavity to the inside of the receiving cavity . a sliding rail arranged on one of the body and the functional assembly ; and a sliding element arranged on the other of the body and the functional assembly ; characterized in that the sliding element is arranged to slide along the sliding rail in a manner that, when the sliding element slides along the sliding rail , a central line of the sliding element has a displacement relative to the sliding rail , such that the functional assembly is able to rotate from an inside of the receiving cavity to an outside of the receiving cavity or rotate from the outside of the receiving cavity to the inside of the receiving cavity .
A fastener assembly comprising: (a) a plastic fastener comprising, (i) a filament , (ii) a paddle at one end of said filament , the paddle having a top surface and a bottom surface , and (iii) a cross-bar at the other end of the filament , and (b) an in-mold label at least partially embedded into the top surface of the paddle , characterized in that the label comprises: (i) a print receptive semi-rigid polymeric substrate constructed of a polymeric film and having a top surface and a bottom surface , and (ii) an electrically chargeable, stiffness enhancing abrasion-resistant laminate applied to the top surface of the semi-rigid polymeric substrate , wherein the laminate includes an exposed outer surface that lies generally flush with the top surface of the paddle ; wherein the electrically chargeable, stiffness enhancing abrasion-resistant laminate allows the label to be fixed in position with a corresponding mold wheel cavity during an in-molding process. (a) a plastic fastener comprising, (i) a filament , (ii) a paddle at one end of said filament , the paddle having a top surface and a bottom surface , and (iii) a cross-bar at the other end of the filament , and (i) a filament , (ii) a paddle at one end of said filament , the paddle having a top surface and a bottom surface , and (iii) a cross-bar at the other end of the filament , and (b) an in-mold label at least partially embedded into the top surface of the paddle , characterized in that the label comprises: (i) a print receptive semi-rigid polymeric substrate constructed of a polymeric film and having a top surface and a bottom surface , and (ii) an electrically chargeable, stiffness enhancing abrasion-resistant laminate applied to the top surface of the semi-rigid polymeric substrate , wherein the laminate includes an exposed outer surface that lies generally flush with the top surface of the paddle ; wherein the electrically chargeable, stiffness enhancing abrasion-resistant laminate allows the label to be fixed in position with a corresponding mold wheel cavity during an in-molding process. (i) a print receptive semi-rigid polymeric substrate constructed of a polymeric film and having a top surface and a bottom surface , and (ii) an electrically chargeable, stiffness enhancing abrasion-resistant laminate applied to the top surface of the semi-rigid polymeric substrate , wherein the laminate includes an exposed outer surface that lies generally flush with the top surface of the paddle ; wherein the electrically chargeable, stiffness enhancing abrasion-resistant laminate allows the label to be fixed in position with a corresponding mold wheel cavity during an in-molding process.