mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising: a transcatheter valve prosthesis including a stent and a prosthetic valve component including at least one leaflet disposed within and secured to the stent, the transcatheter valve prosthesis having a crimped configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a leaflet folding accessory configured for use when compressing the transcatheter valve prosthesis into the crimped configuration, wherein the leaflet folding accessory includes a plurality of guide fingers , each guide finger having a first end and a second end , the second end being configured to contact the prosthetic valve component and hold the at least one leaflet in a closed state against an inner shaft of a delivery system when the transcatheter valve prosthesis is compressed into the crimped configuration. a transcatheter valve prosthesis including a stent and a prosthetic valve component including at least one leaflet disposed within and secured to the stent, the transcatheter valve prosthesis having a crimped configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a leaflet folding accessory configured for use when compressing the transcatheter valve prosthesis into the crimped configuration, wherein the leaflet folding accessory includes a plurality of guide fingers , each guide finger having a first end and a second end , the second end being configured to contact the prosthetic valve component and hold the at least one leaflet in a closed state against an inner shaft of a delivery system when the transcatheter valve prosthesis is compressed into the crimped configuration.
A multicomponent aerosol-forming article defining a longitudinal axis (X), the article comprising: - a first rod-shaped component comprising a first longitudinal surface having a first and a second axially opposed ends , said first longitudinal surface being at least partially wrapped around the longitudinal axis in a first wrapping sheet ; - a second rod-shaped component comprising a second longitudinal surface having a first and a second axially opposed ends , said second longitudinal surface being at least partially wrapped around the longitudinal axis in a second wrapping sheet , the first end of the second component being in direct abutment to the second end of the first component along said longitudinal axis; - wherein a portion of said second longitudinal surface at said first end of said second component is free of said second wrapping sheet ; - wherein said first wrapping sheet is wrapped for at least an overlapping length along the longitudinal axis on the second wrapping sheet ; and - wherein the portion of said second longitudinal surface at said first end of said second component free of said second wrapping sheet has a length along said longitudinal axis comprised between about 0.3 millimeters and about 3 millimeters. - a first rod-shaped component comprising a first longitudinal surface having a first and a second axially opposed ends , said first longitudinal surface being at least partially wrapped around the longitudinal axis in a first wrapping sheet ; - a second rod-shaped component comprising a second longitudinal surface having a first and a second axially opposed ends , said second longitudinal surface being at least partially wrapped around the longitudinal axis in a second wrapping sheet , the first end of the second component being in direct abutment to the second end of the first component along said longitudinal axis; - wherein a portion of said second longitudinal surface at said first end of said second component is free of said second wrapping sheet ; - wherein said first wrapping sheet is wrapped for at least an overlapping length along the longitudinal axis on the second wrapping sheet ; and - wherein the portion of said second longitudinal surface at said first end of said second component free of said second wrapping sheet has a length along said longitudinal axis comprised between about 0.3 millimeters and about 3 millimeters.
A method of content searching in a web browser window , the web browser window including a URL field and one or more tabs corresponding to currently active webpages, wherein the method comprises: registering a plurality of webpages consisting of the currently active webpages and at least one webpage obtained from a history section comprising historically browsed but currently inactive webpages; receiving a keyword for content searching; searching for the keyword in each of the plurality of webpages; filtering the plurality of webpages based on the search to distinguish webpages containing the keyword from the remaining webpages; if one or more of the at least one webpage obtained from the history section is filtered as comprising the keyword, rendering each of the filtered one or more of the at least one webpage obtained from the history section in a new respective tab within the web browser window; and highlighting, in the web browser window, the tabs corresponding to the filtered webpages comprising the keyword. registering a plurality of webpages consisting of the currently active webpages and at least one webpage obtained from a history section comprising historically browsed but currently inactive webpages; receiving a keyword for content searching; searching for the keyword in each of the plurality of webpages; filtering the plurality of webpages based on the search to distinguish webpages containing the keyword from the remaining webpages; if one or more of the at least one webpage obtained from the history section is filtered as comprising the keyword, rendering each of the filtered one or more of the at least one webpage obtained from the history section in a new respective tab within the web browser window; and highlighting, in the web browser window, the tabs corresponding to the filtered webpages comprising the keyword.
A turning device comprising: a motor configured to generate a drive force for independently steering a steered wheel ; a speed reducer connected to a rotary shaft body of the motor ; and a brake configured to suppress transfer of torque between the motor and the speed reducer , characterized by further comprising: a first rotation sensor configured to detect a rotational angle on an output side of the speed reducer ; and a steering electronic control unit configured to actuate the brake in a case where a behavior of the steered wheel is abnormal based on information from the first rotation sensor . a motor configured to generate a drive force for independently steering a steered wheel ; a speed reducer connected to a rotary shaft body of the motor ; and a brake configured to suppress transfer of torque between the motor and the speed reducer , characterized by further comprising: a first rotation sensor configured to detect a rotational angle on an output side of the speed reducer ; and a steering electronic control unit configured to actuate the brake in a case where a behavior of the steered wheel is abnormal based on information from the first rotation sensor . a first rotation sensor configured to detect a rotational angle on an output side of the speed reducer ; and a steering electronic control unit configured to actuate the brake in a case where a behavior of the steered wheel is abnormal based on information from the first rotation sensor .
An aero gas turbine engine comprising a compressor provided on a spool, an array of variable inlet guide vanes for the compressor and a controller configured to control the angle of the variable inlet guide vanes in accordance with a schedule, the schedule comprising a first component invoked for engine ground start and a second component invoked for engine in-flight windmill start at least under particular flight conditions and where the angle of the variable inlet guide vanes required by at least a portion of the second component corresponding to a particular range of spool speeds within a broader range of spool speeds is greater than the angle of the variable inlet guide vanes required by at least a portion of the first component corresponding to said particular range of spool speeds.
A specimen collection assembly comprising: a specimen collection container having an open top end , a closed bottom end , and a sidewall extending therebetween defining an interior adapted for receiving a specimen therein; a cap removably engagable with the open top end of the specimen collection container ; characterized by a first label disposed on a portion of the specimen collection container; a second label disposed on a portion of the cap , wherein a first indicia comprising information is provided on each of the specimen collection container and the first label , wherein a second indicia comprising the same information as the first indicia is provided on each of the cap and the second label , wherein the first indicia provided on the specimen collection container is provided directly on the specimen collection container, wherein the second indicia provided on the cap is provided directly on the cap , and wherein the first indicia and the second indicia comprise an RFID tag, wherein the first label and the second label are substantially clear, wherein the cap is opaque, wherein the cap , when engaged with the open top end of the specimen collection container , at least partially obscures the first indicia . a specimen collection container having an open top end , a closed bottom end , and a sidewall extending therebetween defining an interior adapted for receiving a specimen therein; a cap removably engagable with the open top end of the specimen collection container ; characterized by a first label disposed on a portion of the specimen collection container; a second label disposed on a portion of the cap , wherein a first indicia comprising information is provided on each of the specimen collection container and the first label , wherein a second indicia comprising the same information as the first indicia is provided on each of the cap and the second label , wherein the first indicia provided on the specimen collection container is provided directly on the specimen collection container, wherein the second indicia provided on the cap is provided directly on the cap , and wherein the first indicia and the second indicia comprise an RFID tag, wherein the first label and the second label are substantially clear, wherein the cap is opaque, wherein the cap , when engaged with the open top end of the specimen collection container , at least partially obscures the first indicia .
Device for actuating a drawstring in a shoe provided with a drawstring device, having a winding member, which is arranged rotatably in a carrier embedded in the sole of the shoe, is stationary in the axial direction and on which at least one drawstring element , which can be wound onto it, engages, and having an actuating member , which can be moved in the axial direction relative to the winding disc , can be depressed by the wearer of the shoe and is thereby blocked in the direction of rotation and is in screw engagement with the winding member , which can be rotated in the tensioning direction by the depressible actuating member and which can be blocked in the tensioning position by means of a blocking device, which can be released by means of a release member which can be actuated from the outside, and having a return spring arrangement which counteracts the force exerted by the wearer of the shoe and acts on the winding member and/or actuating member , and, when the blocking device is released, resets the winding member and the actuating member to the respective starting position when the blocking device is released, wherein the carrier has a fixed pin , which is assigned to a central through recess of the winding member , has a non-circular cross-section and onto which the actuating member , which has a corresponding recess , can be fitted with freedom of movement in the axial direction, characterized in that the carrier, which is embedded in the sole of the shoe, is formed as a closed housing with a base , from which the pin projects and has a cover through which an upper pushbutton of the actuating member passes and that the winding member is designed as a winding disc which is mounted in ball bearings with respect to the base or/and the cover of the housing, wherein in each case a circumferential ball ring is provided which runs at least at the top or bottom in an associated circumferential track groove .
A tyre comprising: a tread portion comprising a first land portion , the first land portion comprising a tread edge (Te) and being provided with a plurality of first sipes having a width of less than 1.5 mm, the plurality of first sipes extending in an arc shape manner, the plurality of first sipes being arranged on the first land portion without communicating with lateral grooves provided in the first land portion , having a width equal to or more than 1.5 mm and extending in a tyre axial direction, wherein in a tread plan view, a virtual sipe reference line (n1) of each of the plurality of first sipes has an angle (α1) equal to or less than 10 degrees with respect to a tyre circumferential direction, wherein the virtual sipe reference line (n1) is a straight line that connects both ends of each of the plurality of first sipes , the tread portion being provided with a shoulder circumferential groove adjacent to the first land portion , and the first land portion is provided with a plurality of lateral sipes , characterized in that each of the plurality of lateral sipes connects the shoulder circumferential groove and a respective one of the plurality of first sipes . a tread portion comprising a first land portion , the first land portion comprising a tread edge (Te) and being provided with a plurality of first sipes having a width of less than 1.5 mm, the plurality of first sipes extending in an arc shape manner, the plurality of first sipes being arranged on the first land portion without communicating with lateral grooves provided in the first land portion , having a width equal to or more than 1.5 mm and extending in a tyre axial direction, wherein in a tread plan view, a virtual sipe reference line (n1) of each of the plurality of first sipes has an angle (α1) equal to or less than 10 degrees with respect to a tyre circumferential direction, wherein the virtual sipe reference line (n1) is a straight line that connects both ends of each of the plurality of first sipes , the tread portion being provided with a shoulder circumferential groove adjacent to the first land portion , and the first land portion is provided with a plurality of lateral sipes , characterized in that each of the plurality of lateral sipes connects the shoulder circumferential groove and a respective one of the plurality of first sipes .
A device for dispersing at least one powdery substance (P) in a fluid (F), comprising a process housing comprising a rotor comprising a rotor surface, a fluid supply , a feed line for the at least one powdery substance to be dispersed, comprising at least one outlet opening , as well as a product outlet , wherein an axial delivery of s supplied fluid (F) can be generated by the rotor at least area by area, and wherein a radial delivery of the supplied fluid (F) can be generated by the rotor at least area by area, wherein the rotor has guide structures for generating the axial delivery effect in the region of the rotor surface, and wherein a radial delivery effect can be generated by a widening of a rotor cross section (Q) and/or by a rotation of the rotor , wherein the guide structures are formed on the side of the rotor facing the feed line for the substance to be dispersed, and wherein at least one of the guide structures is extended beyond a solid core of the rotor axially in the direction of the feed line for the powdery substance to be dispersed, characterized in that the at least one outlet opening of the feed line for the powdery substance to be dispersed is surrounded at least partially by the at least one extended guide structure outside of the solid rotor core, wherein centrifugal forces , which result in that the fluid (F) is guided to the outside and is thus kept away from the powder outlet opening , can be generated in response to the rotation of the rotor around the axis of rotation (R), wherein a penetration of fluid (F) into the powder supply is effectively prevented.
A method for measuring an internal resistance of batteries, the internal resistance comprising an ohmic internal resistance, a charge-transfer internal resistance and a diffusion internal resistance, the method comprising the following steps: providing a battery, and controlling a temperature of the battery to a measure temperature; discharging/charging the battery under a preset constant-current I for a preset time and then ending the discharging/charging, acquiring voltages of the battery from a time ending the discharging/charging to a time when the voltage reaches stable; recording a voltage V1 at the time ending the discharging/charging, a voltage V2 at a first plateau after the voltage rising/drop from V1, a voltage V3 whose value points are determined by a formula |dV/dt|/V<C1 and are the points where a ratio between a voltage change-value relative to time and the voltage at that time is less than a preset value C1, and a voltage V4 at a time when the voltage of the battery reaches stable; and calculating the ohmic internal resistance based on a formula Ro = |V2-V1 |/I, the charge-transfer internal resistance based on a formula Rct=|V3-V2|/I and the diffusion internal resistance based on a formula Rd=|V4-V3 |/I separately. providing a battery, and controlling a temperature of the battery to a measure temperature; discharging/charging the battery under a preset constant-current I for a preset time and then ending the discharging/charging, acquiring voltages of the battery from a time ending the discharging/charging to a time when the voltage reaches stable; recording a voltage V1 at the time ending the discharging/charging, a voltage V2 at a first plateau after the voltage rising/drop from V1, a voltage V3 whose value points are determined by a formula |dV/dt|/V<C1 and are the points where a ratio between a voltage change-value relative to time and the voltage at that time is less than a preset value C1, and a voltage V4 at a time when the voltage of the battery reaches stable; and calculating the ohmic internal resistance based on a formula Ro = |V2-V1 |/I, the charge-transfer internal resistance based on a formula Rct=|V3-V2|/I and the diffusion internal resistance based on a formula Rd=|V4-V3 |/I separately.
Device for filling nested containers , wherein the containers are arranged in at least one row in a nest , having a conveying device for conveying the containers in a conveying direction, having a filling station for simultaneously filling the containers of a row, having a weighing station for weighing a row of the containers , having a first gripping device for simultaneously removing a row of containers to be filled and for transferring these containers to the weighing station and for transferring the weighed containers from the weighing station back into the nest from which the first gripping device has removed the row of containers to be filled, characterized by a second gripping device for simultaneously removing the row of filled and weighed containers and for transferring these containers to the weighing station and for transferring the row of filled and twice-weighed containers from the weighing station back into the nest from which the second gripping device has removed the row of filled containers , wherein the device furthermore comprises a control unit which controls the first gripping device , the second gripping device and the weighing station and is designed for the purpose of weighing at least 6% of the containers of a nest (12, 12', 12"), wherein the first gripping device is arranged upstream of the filling station in the conveying direction and the second gripping device is arranged downstream of the filling station in the conveying direction, wherein the filling station comprises a plurality of fill points perpendicular to the conveying direction of the nested containers , wherein the number of containers of a row corresponds to the number of fill points of the filling station , wherein the weighing station comprises a plurality of weighing cells , wherein the number of weighing cells corresponds at least to the number of containers to be weighed, wherein the containers are weighable individually at the same time.
A histologic tissue sample support device comprising: a tissue cassette having a recess including at least one side wall and a bottom wall , the tissue cassette formed of material that can be successfully sectioned in a microtome and is resistant to degradation from solvents and chemicals used to fix, process and stain tissue; a frame including a bottom edge , the tissue cassette being movably coupled to the frame ; the histologic tissue sample support device further comprising a lid coupled to the frame ; wherein the lid and the tissue cassette are capable of moving from a first position to a second position with respect to the frame when the tissue cassette is received within the frame , and in the second position the bottom wall and at least a portion of the side wall extend beyond the bottom edge of the frame for sectioning in the microtome . a tissue cassette having a recess including at least one side wall and a bottom wall , the tissue cassette formed of material that can be successfully sectioned in a microtome and is resistant to degradation from solvents and chemicals used to fix, process and stain tissue; a frame including a bottom edge , the tissue cassette being movably coupled to the frame ; the histologic tissue sample support device further comprising a lid coupled to the frame ; wherein the lid and the tissue cassette are capable of moving from a first position to a second position with respect to the frame when the tissue cassette is received within the frame , and in the second position the bottom wall and at least a portion of the side wall extend beyond the bottom edge of the frame for sectioning in the microtome .
A method for reducing hair volume, the method comprising the step of: a treating the hair with an aqueous treatment composition comprising an aqueous phase comprising at least 0.5% by weight of N-formyl amino acid.
A nanoparticle comprising a sorbitan ester in a proportion by weight of between 60% and 100%, characterized by being a solid homogeneous matrix, wherein the ester group has a substituent selected from C 6 -C 24 alkyl, C 6 -C 24 alkenyl and C 6 -C 24 alkynyl.