mhurhangee/patent-ind-claim-en huggingface dataset:
An interventional tissue clip device configured for repair of a cardiac valve, the clip device comprising: a pair of distal elements rotatably joined to a coupling member ; and a pair of proximal elements resiliently biased toward the distal elements , the distal elements being configured to receive the proximal elements , characterised in that the proximal elements include a plurality of adjustable tines moveable between a retracted configuration and an open configuration, the open configuration positioning the tines more perpendicular to respective longitudinal axes of the proximal elements . a pair of distal elements rotatably joined to a coupling member ; and a pair of proximal elements resiliently biased toward the distal elements , the distal elements being configured to receive the proximal elements , characterised in that the proximal elements include a plurality of adjustable tines moveable between a retracted configuration and an open configuration, the open configuration positioning the tines more perpendicular to respective longitudinal axes of the proximal elements .
An electrode assembly for an electrochemical process comprising: a current supply device ; an elongated current distribution bar (4-7) comprising first and second ends ; and a sheet-shaped electrode substrate attached to the current distribution bar and having a longitudinal extension, which is vertical in a mounted orientation, and a lateral extension, which is horizontal in the mounted orientation; wherein the current distribution bar comprises a first portion attached to the current supply device, a second portion extending along the electrode substrate, and a third portion extending between the first and second portions, wherein the current distribution bar is bent between its first and second ends, wherein the second portion at least partly extends longitudinally along the electrode substrate, and wherein the current supply device is laterally and longitudinally positioned beyond the electrode substrate. a current supply device ; an elongated current distribution bar (4-7) comprising first and second ends ; and a sheet-shaped electrode substrate attached to the current distribution bar and having a longitudinal extension, which is vertical in a mounted orientation, and a lateral extension, which is horizontal in the mounted orientation; wherein the current distribution bar comprises a first portion attached to the current supply device, a second portion extending along the electrode substrate, and a third portion extending between the first and second portions, wherein the current distribution bar is bent between its first and second ends, wherein the second portion at least partly extends longitudinally along the electrode substrate, and wherein the current supply device is laterally and longitudinally positioned beyond the electrode substrate.
Motor assembly for an electric bicycle, comprising: a containment case ; a pedal shaft , rotatable with respect to the case and arranged to bear at the two opposed ends as many bicycle pedal cranks ; a drive shaft , rotatable with respect to the case and arranged to integrally bear at least one bicycle front sprocket ; a main electric motor comprising a stator integral with the case and a rotor coupled through a transmission to said drive shaft ; said drive shaft being shaped as a sleeve coaxial and overlapped to said pedal shaft ; said pedal shaft being kinematically connected in rotation to said drive shaft by means of an interposed freewheel which makes the pedal shaft integral with the drive shaft in a rotation direction corresponding to the bicycle forward motion; said drive shaft comprising: a first portion , arranged to support the front sprocket and at which a most downstream member of said transmission is fixed; a third portion , at which the freewheel is positioned; and a second portion acting as a torsiometer which connects the first portion and the third portion ; wherein the first portion , the second portion and the third portion of the drive shaft are made in a single piece; characterised by that at least one strain gauge is placed on said second portion and wherein on the drive shaft , at said third portion , a backing ring nut of the freewheel is applied.
An electronic device having an interior, comprising: housing structures ; a transparent glass substrate coupled to the housing structures ; a coating on the transparent glass substrate that faces the interior and that is viewable through the transparent glass substrate , wherein the coating comprises a layer of ink and a thin-film interference filter interposed between the layer of ink and the transparent glass substrate and characterized in that the thin-film interference filter forms a reflective mirror exhibiting a white, gray, or black color and further comprises a clear polymer buffer layer with a thickness of 1 to 3 microns between the thin-film interference filter and the transparent glass substrate . housing structures ; a transparent glass substrate coupled to the housing structures ; a coating on the transparent glass substrate that faces the interior and that is viewable through the transparent glass substrate , wherein the coating comprises a layer of ink and a thin-film interference filter interposed between the layer of ink and the transparent glass substrate and characterized in that the thin-film interference filter forms a reflective mirror exhibiting a white, gray, or black color and further comprises a clear polymer buffer layer with a thickness of 1 to 3 microns between the thin-film interference filter and the transparent glass substrate .
A roller device for use in an automated fiber placement process involving a tool having a contour, the roller device comprising: - a helical spring axle having a plurality of turns of a spring material arranged substantially cylindrically along a centerline axis (A), and configured to function as a bendable axle; - a roller cover of a conformable natural or synthetic material, having a hollow interior, and configured to receive the helical spring axle within the hollow interior; and - a tension mechanism arranged through the helical spring axle along the centerline axis, and wherein the tension mechanism is adjustable to a particular length to prevent the helical spring axle from lengthening beyond a particular length value that corresponds to a particular bend radius for conforming to the contour of the tool, to control a bendability of the bendable axle. - a helical spring axle having a plurality of turns of a spring material arranged substantially cylindrically along a centerline axis (A), and configured to function as a bendable axle; - a roller cover of a conformable natural or synthetic material, having a hollow interior, and configured to receive the helical spring axle within the hollow interior; and - a tension mechanism arranged through the helical spring axle along the centerline axis, and wherein the tension mechanism is adjustable to a particular length to prevent the helical spring axle from lengthening beyond a particular length value that corresponds to a particular bend radius for conforming to the contour of the tool, to control a bendability of the bendable axle.
A method for cancelling self interference, SI, and mutual interference, MI, in signals received by a full-duplex transmit/receive point, TRP, the method comprising: determining a first orthogonal training signal of a plurality of orthogonal training signals; mapping the first orthogonal training signal to a transmit antenna of the TRP; transmitting the first orthogonal training signal via the transmit antenna; receiving , by a receive antenna of the TRP, a received signal including the first orthogonal training signal and at least a second orthogonal training signal of the plurality of orthogonal training signals, the second orthogonal training signal originating from a distinct TRP; performing a first SI cancellation operation on the received signal to generate first SI estimation information and cancel a first SI component of the received signal, the first SI cancellation operation utilizing a training signal derived from the first orthogonal training signal in conjunction with the transmitting of the first orthogonal training signal; estimating , based at least in part on the received signal and the first orthogonal training signal, a first channel impulse response, CIR, of a wireless channel between the transmit antenna and the receive antenna, the first CIR relating to a second SI component of the received signal; and estimating , based at least in part on the received signal and transmission information relating to the second orthogonal training signal, a second CIR of a wireless channel between the TRP and the distinct TRP. determining a first orthogonal training signal of a plurality of orthogonal training signals; mapping the first orthogonal training signal to a transmit antenna of the TRP; transmitting the first orthogonal training signal via the transmit antenna; receiving , by a receive antenna of the TRP, a received signal including the first orthogonal training signal and at least a second orthogonal training signal of the plurality of orthogonal training signals, the second orthogonal training signal originating from a distinct TRP; performing a first SI cancellation operation on the received signal to generate first SI estimation information and cancel a first SI component of the received signal, the first SI cancellation operation utilizing a training signal derived from the first orthogonal training signal in conjunction with the transmitting of the first orthogonal training signal; estimating , based at least in part on the received signal and the first orthogonal training signal, a first channel impulse response, CIR, of a wireless channel between the transmit antenna and the receive antenna, the first CIR relating to a second SI component of the received signal; and estimating , based at least in part on the received signal and transmission information relating to the second orthogonal training signal, a second CIR of a wireless channel between the TRP and the distinct TRP.
Method for controlling the damping of a relative motion of two connecting units which are movable relative to one another, between which at least one controllable damper with a damping valve comprising a magnetorheological fluid is provided for damping the relative motions, wherein at least one magnetic field generating device is assigned to the at least one damping valve for generating and controlling a magnetic field, and wherein measurement data sets are captured at least by way of a relative motion of the connecting units to one another and processed by means of a filtering device , characterized in that at least one data set that is derived from a captured measurement data set is stored in the memory device , and that the derived data set comprises a speed signal and/or an acceleration signal for a relative motion of the connecting units , and that at least one stored data set is analyzed and a filter parameter set is determined in dependence on the analysis result, and that, in the case of low value speed signals and acceleration signals , the control device is configured to select a filter parameter set showing stronger filtering, and in the case of higher value speed signals or acceleration signals , a filter parameter set showing weaker filtering, and a control data set is derived from the measurement data set by means of the selected filter parameter set , and that the control device controls the damper device at least partially by means of the control data set . characterized in that at least one data set that is derived from a captured measurement data set is stored in the memory device , and that the derived data set comprises a speed signal and/or an acceleration signal for a relative motion of the connecting units , and that at least one stored data set is analyzed and a filter parameter set is determined in dependence on the analysis result, and that, in the case of low value speed signals and acceleration signals , the control device is configured to select a filter parameter set showing stronger filtering, and in the case of higher value speed signals or acceleration signals , a filter parameter set showing weaker filtering, and a control data set is derived from the measurement data set by means of the selected filter parameter set , and that the control device controls the damper device at least partially by means of the control data set .
A method for separating 1,1,1,2,2-pentafluoropropane (HFC-245cb) and (E)-1,3,3,3-tetrafluoropropene ((E)-HFO-1234ze), the method comprising subjecting a composition comprising the HFC-245cb and the (E)-HFO-1234ze to extractive distillation in the presence of at least one extraction solvent selected from the group consisting of halogenated hydrocarbons, halogenated unsaturated hydrocarbons, nitriles, ketones, carbonates, alcohols, hydrocarbons, esters, and ethers.
A user equipment UE operable to act as a presentity in an Internet protocol IP multimedia subsystem IMS based dynamic adaptive streaming over hypertext transfer protocol HTTP DASH service, having computer circuitry configured to: generate a trigger event during a DASH session; and publish , in response to the trigger event, presence information including content being consumed to a presence server , wherein the published content includes DASH content. generate a trigger event during a DASH session; and publish , in response to the trigger event, presence information including content being consumed to a presence server , wherein the published content includes DASH content.
A peristaltic pump, specifically for conveying fluid in an apparatus for extracorporeal blood treatment, comprising a pump housing in which a rotor rotatable about a rotor axis (A) and including at least two squeezing elements offset against each other in the circumferential direction is accommodated and which includes a support surface extending in a curved shape around the rotor axis (A) and being radially spaced apart from the rotor, said support surface being arranged to support a tube segment to be radially inserted between the rotor and the support surface, wherein the rotor is driven by means of a rotor shaft, the rotary movement of which can be transmitted to a rotor base body via a freewheel press-fitted into a toothed driver sleeve , and a plain bearing position for the rotor base body is provided on both sides of the freewheel , characterized in that the plain bearing positions are defined on both sides of the freewheel by the geometry of the finished driver sleeve , wherein one bearing position (50A; 150B) is formed by an edge-side cylindrical inner surface portion of the driver sleeve (30; 130) and the other bearing position (50B; 150A) is formed by a bearing ring (39; 139) inserted with press-fit into the driver sleeve (30; 130). a pump housing in which a rotor rotatable about a rotor axis (A) and including at least two squeezing elements offset against each other in the circumferential direction is accommodated and which includes a support surface extending in a curved shape around the rotor axis (A) and being radially spaced apart from the rotor, said support surface being arranged to support a tube segment to be radially inserted between the rotor and the support surface, wherein the rotor is driven by means of a rotor shaft, the rotary movement of which can be transmitted to a rotor base body via a freewheel press-fitted into a toothed driver sleeve , and a plain bearing position for the rotor base body is provided on both sides of the freewheel , characterized in that the plain bearing positions are defined on both sides of the freewheel by the geometry of the finished driver sleeve , wherein one bearing position (50A; 150B) is formed by an edge-side cylindrical inner surface portion of the driver sleeve (30; 130) and the other bearing position (50B; 150A) is formed by a bearing ring (39; 139) inserted with press-fit into the driver sleeve (30; 130).
A medical system comprising a catheter configured to be inserted into a body part of a living subject, and including: a deflectable element having a distal end ; an expandable distal end assembly disposed at the distal end of the deflectable element, and comprising a plurality of assembly electrodes , and configured to expand from a collapsed form to an expanded deployed form; a proximal electrode disposed at the distal end of the deflectable element proximally to the expandable distal end assembly, and extending circumferentially around the deflectable element; at least one electrical connection configured to electrically connect together at least two of the assembly electrodes to act as a combined assembly electrode; and an ablation power generator configured to be connected to the catheter, and apply an electrical signal between the combined assembly electrode and a selected electrode, characterized in that the proximal electrode and the distal end of the deflectable element define an annular region therebetween, the catheter also including thermally conductive material disposed in the annular region, the thermally conductive material being formed from a different material than the proximal electrode. a deflectable element having a distal end ; an expandable distal end assembly disposed at the distal end of the deflectable element, and comprising a plurality of assembly electrodes , and configured to expand from a collapsed form to an expanded deployed form; a proximal electrode disposed at the distal end of the deflectable element proximally to the expandable distal end assembly, and extending circumferentially around the deflectable element; at least one electrical connection configured to electrically connect together at least two of the assembly electrodes to act as a combined assembly electrode; and an ablation power generator configured to be connected to the catheter, and apply an electrical signal between the combined assembly electrode and a selected electrode, characterized in that the proximal electrode and the distal end of the deflectable element define an annular region therebetween, the catheter also including thermally conductive material disposed in the annular region, the thermally conductive material being formed from a different material than the proximal electrode.
A method comprising: flowing a liquid sample comprising a polymer analyte over a solid stationary phase comprising inorganic-organic ethylene-bridged hybrid (BEH) particles linked to an enzyme by a covalent linker in an online system under a pressure between about 2,500 psi (172 bar) and 35,000 psi (2413 bar), thereby enzymatically cleaving the polymer analyte by the enzyme covalenty linked to the BEH particles.
Device of push-button type comprising: - a body comprising a casing comprising a receptacle and a cover plate fixed on the receptacle, - an actuating button that can be actuated in translation along a main axis (X) with respect to the body between at least two positions, a rest position and a pushed-in position, the cover plate being arranged at the periphery of the actuating button , - guiding means for guiding the actuating button in translation between the two positions thereof, - return means for returning the actuating button from the pushed-in position toward the rest position, - the guiding means comprising at least a pin comprising a bent rod shaped to have a first part pivotally mounted on a fastening unit of the actuating button and at least a second part pivotally mounted on a fastening unit of the cover plate , - the return means being rigidly connected to the body and designed to act on the pin by mechanical or magnetic effect, - the return means including at least one permanent magnet fixed on the cover plate and designed to cooperate by magnetic effect with a free end of the pin , said free end being designed to be in contact with a bearing plane of the permanent magnet when the actuating button is in the rest position, characterized in that - the free end of the pin includes a bevel or a flattening arranged to be in contact with the bearing plane of the permanent magnet when the actuating button is in the rest position. - a body comprising a casing comprising a receptacle and a cover plate fixed on the receptacle, - an actuating button that can be actuated in translation along a main axis (X) with respect to the body between at least two positions, a rest position and a pushed-in position, the cover plate being arranged at the periphery of the actuating button , - guiding means for guiding the actuating button in translation between the two positions thereof, - return means for returning the actuating button from the pushed-in position toward the rest position, - the guiding means comprising at least a pin comprising a bent rod shaped to have a first part pivotally mounted on a fastening unit of the actuating button and at least a second part pivotally mounted on a fastening unit of the cover plate , - the return means being rigidly connected to the body and designed to act on the pin by mechanical or magnetic effect, - the return means including at least one permanent magnet fixed on the cover plate and designed to cooperate by magnetic effect with a free end of the pin , said free end being designed to be in contact with a bearing plane of the permanent magnet when the actuating button is in the rest position, characterized in that - the free end of the pin includes a bevel or a flattening arranged to be in contact with the bearing plane of the permanent magnet when the actuating button is in the rest position.
A method of producing a dyed textile, which method comprises the steps of: a) providing a plurality of weft threads and a plurality of warp threads; b) impregnating the warp threads with a solution containing a polymer for improving the mechanical properties of the threads; c) weaving the weft threads and the warp threads to obtain a textile; d) dyeing the textile with a dye composition; e) drying the dyed textile; characterized in that said dye composition comprises a predetermined amount of graphite, and in that that no intermediate processing steps are provided between said dyeing step d) and said drying step e), said polymer being selected from the group comprising chitosan or derivatives thereof, having a plurality of periodically distributed positive charges adapted for interaction with the negative charges of said dye composition. a) providing a plurality of weft threads and a plurality of warp threads; b) impregnating the warp threads with a solution containing a polymer for improving the mechanical properties of the threads; c) weaving the weft threads and the warp threads to obtain a textile; d) dyeing the textile with a dye composition; e) drying the dyed textile;