mhurhangee/patent-ind-claim-en huggingface dataset:
A treatment catheter for cardiac valve repair, the treatment catheter comprising: a catheter body comprising a proximal end and a distal end ; means near the distal end of the catheter body for creating an embolic containment region over a localized calcific site or a cardiac valve;; and a working element adapted to disrupt the localized calcific site, said working element being positionable within the embolic containment region, characterized in that the means for creating an embolic containment region comprises a suction housing (22; 242) positioned at the distal end of the catheter body having an expanded configuration and a retracted configuration, and the suction housing is configured to conform to the valve leaflet to be treated. a catheter body comprising a proximal end and a distal end ; means near the distal end of the catheter body for creating an embolic containment region over a localized calcific site or a cardiac valve;; and a working element adapted to disrupt the localized calcific site, said working element being positionable within the embolic containment region, characterized in that the means for creating an embolic containment region comprises a suction housing (22; 242) positioned at the distal end of the catheter body having an expanded configuration and a retracted configuration, and the suction housing is configured to conform to the valve leaflet to be treated.
A film packaging structure for an OLED, comprising: a flexible film for packaging an OLED unit , the flexible film comprising at least one layer of inorganic film , and at least one layer of organic film which is alternately stacked with the at least one layer of inorganic film , wherein each layer of organic film in the at least one layer of organic film is an integral film, and each layer of inorganic film in the at least one layer of inorganic film comprises a plurality of non-connected inorganic film segments , wherein a plurality of cavities is provided between the plurality of non-connected inorganic film segments for making the plurality of non-connected inorganic film segments non-connected with each other, characterised in that a moisture absorbent layer is provided in a part of or all of the plurality of cavities .
A speaker apparatus, comprising: a circular coil bobbin at least partly disposed between a yoke and a magnet; a coil wound around the coil bobbin, the coil being configured to be moved with the coil bobbin where a driving current is supplied to the coil ; a piezoelectric element having one end coupled to one end of the coil bobbin in a movement direction, the piezoelectric element being configured to be expanded and contracted and moved in a direction same as the movement direction where an electric current is supplied to the piezoelectric element; and a diaphragm having an inner circumference part coupled to another end of the piezoelectric element, a coupled part of the diaphragm to the piezoelectric element and a coupled part of the piezoelectric element to the coil bobbin being positioned on a straight line in the movement direction; wherein the piezoelectric element is coupled to a part of the coil bobbin in a circumferential direction; a plurality of the piezoelectric elements is disposed, and the plurality of the piezoelectric elements is disposed separately at equal intervals in the circumferential direction of the coil bobbin. a circular coil bobbin at least partly disposed between a yoke and a magnet; a coil wound around the coil bobbin, the coil being configured to be moved with the coil bobbin where a driving current is supplied to the coil ; a piezoelectric element having one end coupled to one end of the coil bobbin in a movement direction, the piezoelectric element being configured to be expanded and contracted and moved in a direction same as the movement direction where an electric current is supplied to the piezoelectric element; and a diaphragm having an inner circumference part coupled to another end of the piezoelectric element, a coupled part of the diaphragm to the piezoelectric element and a coupled part of the piezoelectric element to the coil bobbin being positioned on a straight line in the movement direction; wherein the piezoelectric element is coupled to a part of the coil bobbin in a circumferential direction; a plurality of the piezoelectric elements is disposed, and the plurality of the piezoelectric elements is disposed separately at equal intervals in the circumferential direction of the coil bobbin.
A method of making a carbon structure, the method comprising sintering a powdered organic polymer to form a sintered first structure and pyrolysing the sintered first structure to convert it to the carbon structure, wherein the sintering step is an additive manufacturing process and wherein the powdered organic polymer comprises, at 50% or more by weight of the total material that is sintered, (i) a carbohydrate and/or (ii) lignin or a salt or derivative thereof.
A method for a wireless device , the method comprising: determining, by the wireless device , at least one precoder from a second, multi-beam, codebook by measuring on a set of non-precoded antenna ports; and determining, by the wireless device , at least one precoder from a first codebook by measuring on a set of beamformed antenna ports that is smaller than the set of non-precoded antenna ports, the at least one precoder in the first codebook sharing one or more common components with the at least one precoder in the second, multi-beam, codebook, wherein the at least one precoder in the second, multi-beam codebook comprises a plurality of components including a beam selection component, a beam power scaling component and a beam phase scaling component; and wherein the at least one precoder in the first codebook comprises at least one of a beam power scaling component and a beam phase scaling component shared with the second codebook. determining, by the wireless device , at least one precoder from a second, multi-beam, codebook by measuring on a set of non-precoded antenna ports; and determining, by the wireless device , at least one precoder from a first codebook by measuring on a set of beamformed antenna ports that is smaller than the set of non-precoded antenna ports, the at least one precoder in the first codebook sharing one or more common components with the at least one precoder in the second, multi-beam, codebook, wherein the at least one precoder in the second, multi-beam codebook comprises a plurality of components including a beam selection component, a beam power scaling component and a beam phase scaling component; and wherein the at least one precoder in the first codebook comprises at least one of a beam power scaling component and a beam phase scaling component shared with the second codebook.
Smoothing apparatus comprising a base intended to rest stably on a horizontal support, and a smoothing head supported by the base , the smoothing head comprising a treatment surface on which a garment to be smoothed is intended to be arranged, the treatment surface comprising at least one steam emission area provided with at least one steam outlet hole (8.1, 8. 2), the smoothing apparatus being configured such that smoothing of a garment to be smoothed is carried out by manually applying the garment to be smoothed to the treatment surface while the smoothing apparatus is resting on the base and by causing the garment to be smoothed to slide over said treatment surface , the treatment surface further comprising at least one suction area provided with at least one suction orifice and a heating plate comprising a heating element , characterised in that the heating plate at least partially defines the at least one steam emission area, at least one steam outlet hole of the at least one steam emission area being provided in said heating plate .
Control device for autonomous guidance of a motor vehicle , wherein - a set of rules for specifying driving behavior when the motor vehicle is guided by the control device , comprising predetermined rules , is stored in the control device , - the control device is designed to guide the motor vehicle according to one of at least two selectable driving modes, wherein all predetermined rules of the set of rules for guiding the motor vehicle are adhered to by the control device in a normal driving mode , and - the control device is designed to calculate a current risk value during a journey, and - in an emergency driving mode , at least one selected rule of the predetermined rules of the set of rules for guiding the motor vehicle is only adhered to by the control device if the current risk value fulfills a predetermined risk criterion, characterized in that - the control device has an input device which is designed to select the predetermined risk criterion according to a user input . - a set of rules for specifying driving behavior when the motor vehicle is guided by the control device , comprising predetermined rules , is stored in the control device , - the control device is designed to guide the motor vehicle according to one of at least two selectable driving modes, wherein all predetermined rules of the set of rules for guiding the motor vehicle are adhered to by the control device in a normal driving mode , and - the control device is designed to calculate a current risk value during a journey, and - in an emergency driving mode , at least one selected rule of the predetermined rules of the set of rules for guiding the motor vehicle is only adhered to by the control device if the current risk value fulfills a predetermined risk criterion, - the control device has an input device which is designed to select the predetermined risk criterion according to a user input .
A video encoding apparatus , comprising: a setting unit configured to set a differential quantization parameter, wherein the differential quantization parameter is a difference between a quantization parameter of a current coding unit and a predicted quantization parameter of the current coding unit, and to separate the differential quantization parameter into an absolute value of the differential quantization parameter and a sign value of the differential quantization parameter; an encoding unit configured to separately encode in an order from the absolute value of the differential quantization parameter to the sign value of the differential quantization parameter and to encode in the order from the absolute value of the differential quantization parameter to the sign value of the differential quantization parameter in syntax of a bit stream. a setting unit configured to set a differential quantization parameter, wherein the differential quantization parameter is a difference between a quantization parameter of a current coding unit and a predicted quantization parameter of the current coding unit, and to separate the differential quantization parameter into an absolute value of the differential quantization parameter and a sign value of the differential quantization parameter; an encoding unit configured to separately encode in an order from the absolute value of the differential quantization parameter to the sign value of the differential quantization parameter and to encode in the order from the absolute value of the differential quantization parameter to the sign value of the differential quantization parameter in syntax of a bit stream.
A method for controlling a network session, the network comprising at least one user entity and a group of one or more network entities , wherein the network session is a power line network session between the at least one user entity and the group of one or more network entities , the method comprising: - providing by at least one network entity of the group of network entities one or more services for the at least one user entity during the network session; - receiving during the network session a message by at least one network entity of the group of network entities, wherein the message contains one or more certificates ; - retrieving one or more of the one or more certificates contained in the message by at least one network entity of the group of network entities according to one or more of the provided services, wherein the at least one network entity of the group of network entities determines an energy consumption of the one or more provided services and retrieves one or more certificates according to the determined energy consumption. - providing by at least one network entity of the group of network entities one or more services for the at least one user entity during the network session; - receiving during the network session a message by at least one network entity of the group of network entities, wherein the message contains one or more certificates ; - retrieving one or more of the one or more certificates contained in the message by at least one network entity of the group of network entities according to one or more of the provided services, wherein the at least one network entity of the group of network entities determines an energy consumption of the one or more provided services and retrieves one or more certificates according to the determined energy consumption.
System for assembling or disassembling a blade of a wind turbine, the wind turbine comprising a tower resting on a base, a rotor comprising at least one rotor blade having a blade connection flange and a nacelle mounted atop the tower , a hub rotatably connected to the nacelle and comprising a hub connection flange adapted to be detachably connected to the blade connection flange of a rotor blade , the hub connection flange being connected to a blade pitch bearing comprising holes , wherein the system comprises: • a first positioning element adapted to be attached to the nacelle or to the tower in a top area; • a second positioning element adapted to be joined to the blade ; being the first and second positioning elements configured to cooperate to provide an accurate position of the blade connection flange prior to connection to the hub connection flange , characterized in that the second positioning element is adapted to be joined to the blade in a root blade area, wherein the system further comprises: • a first guiding element configured to be movably connected to the first positioning element and / or the second positioning element, for guiding the first positioning element and / or the second positioning element, in such a way that, when the first and second positioning elements cooperate, a trajectory of the blade substantially parallel to the axis of the holes is provided. • a first positioning element adapted to be attached to the nacelle or to the tower in a top area; • a second positioning element adapted to be joined to the blade ; being the first and second positioning elements configured to cooperate to provide an accurate position of the blade connection flange prior to connection to the hub connection flange , characterized in that the second positioning element is adapted to be joined to the blade in a root blade area, wherein the system further comprises: • a first guiding element configured to be movably connected to the first positioning element and / or the second positioning element, for guiding the first positioning element and / or the second positioning element, in such a way that, when the first and second positioning elements cooperate, a trajectory of the blade substantially parallel to the axis of the holes is provided.
A coupling device capable of being provided between a first and a second road vehicle for coupling these two vehicles , these two vehicles each comprising at least two axles , said coupling device comprising a cross-member comprising a coupling clevis and capable of equipping the first road vehicle , said coupling device comprising a coupling drawbar capable of being secured to the second road vehicle , this cross-member being able to be pivotally mounted on the first road vehicle along a first horizontal axis transverse to a longitudinal axis of the coupling drawbar , by at least one hinge , the coupling drawbar and the cross-member each comprising a proximal end able to be fixed to its respective vehicle and a distal end , these distal ends being provided to be mutually secured during the coupling of the two vehicles , said coupling device comprising: - a device for rolling deflection of one vehicle with respect to the other; - a device for yawing deflection of one vehicle with respect to the other; - a first device for pitching deflection of the first road vehicle relative to the coupling clevis ; - a second device for pitching deflection of the second road vehicle relative to the distal end of the coupling drawbar , said second pitching movement device being separate from and offset from the first pitching deflection device formed by the at least one hinge , characterised in that the rolling deflection device , the yawing deflection device and the second pitching deflection device are integrated into a single ball-joint mechanism . - a device for rolling deflection of one vehicle with respect to the other; - a device for yawing deflection of one vehicle with respect to the other; - a first device for pitching deflection of the first road vehicle relative to the coupling clevis ; - a second device for pitching deflection of the second road vehicle relative to the distal end of the coupling drawbar , said second pitching movement device being separate from and offset from the first pitching deflection device formed by the at least one hinge ,
A chip-scale scanning lidar comprising: a substrate ; a two dimensional scanning micromirror for a transmit beam on the substrate; a two dimensional scanning micromirror for a receive beam on the substrate; a laser diode on the substrate; a photodetector on the substrate; a first waveguide on the substrate coupled to a front facet of the laser diode ; a first grating outcoupler on the substrate coupled to the first waveguide ; a second waveguide on the substrate coupled to a rear facet of the laser diode ; a second grating outcoupler on the substrate coupled to the second waveguide ; a first fixed micromirror in a dielectric layer , the first fixed micromirror optically coupled to the first grating outcoupler ; a second fixed micromirror in the dielectric layer , the second fixed micromirror optically coupled to the second grating outcoupler ; a third fixed micromirror in the dielectric layer , the third fixed micromirror optically coupled to the two dimensional scanning micromirror for the receive beam ; and a focusing component in the dielectric layer , the focusing component optically coupled to the third fixed micromirror ; wherein the photodetector is optically coupled to the second fixed micromirror and the third fixed micromirror for coherent detection; the first fixed micromirror being arranged to redirect light from the first grating outcoupler to the two dimensional scanning micromirror for the transmit beam; and wherein the dielectric layer is aligned to and bonded to the substrate over the laser diode and photodetector . a substrate ; a two dimensional scanning micromirror for a transmit beam on the substrate; a two dimensional scanning micromirror for a receive beam on the substrate; a laser diode on the substrate; a photodetector on the substrate; a first waveguide on the substrate coupled to a front facet of the laser diode ; a first grating outcoupler on the substrate coupled to the first waveguide ; a second waveguide on the substrate coupled to a rear facet of the laser diode ; a second grating outcoupler on the substrate coupled to the second waveguide ; a first fixed micromirror in a dielectric layer , the first fixed micromirror optically coupled to the first grating outcoupler ; a second fixed micromirror in the dielectric layer , the second fixed micromirror optically coupled to the second grating outcoupler ; a third fixed micromirror in the dielectric layer , the third fixed micromirror optically coupled to the two dimensional scanning micromirror for the receive beam ; and a focusing component in the dielectric layer , the focusing component optically coupled to the third fixed micromirror ; wherein the photodetector is optically coupled to the second fixed micromirror and the third fixed micromirror for coherent detection; the first fixed micromirror being arranged to redirect light from the first grating outcoupler to the two dimensional scanning micromirror for the transmit beam; and wherein the dielectric layer is aligned to and bonded to the substrate over the laser diode and photodetector .
Use of a compound of formula (I), as fragrance and/or flavoring for imparting, modifying and/or enhancing one or more scent and/or flavor notes selected from the group consisting of the notes green, herbaceous, fresh, fruity, floral, woody, animalistic, sweet, earthy, ambery, fatty, metallic, balsamic, leather note and chlorine note, preferably one or more of the scent and/or flavor notes selected from the group consisting of the notes green, woody, animalistic, earthy, ambery, fruity, floral, leather note and chlorine note.
Mowing machine, comprising at least one cutting unit as well as a transverse conveyor that is arranged downstream of the cutting unit and comprises a transverse conveyor screw that is drivable in such a manner that it rotates about a screw axis that lies transverse with respect to the direction of travel , wherein the transverse conveyor screw is arranged directly downstream of the cutting unit and the cutting unit delivers the reaped crop directly to the transverse conveyor screw , wherein the transverse conveyor screw is surrounded by a trough-shaped casing that comprises an inlet opening that faces forwards towards the cutting unit and delimits a conveying gap between the inner casing face of said casing and the transverse conveyor screw , characterised in that the cutting unit is operable selectively with or without the downstream transverse conveyor in order to selectively deposit the crop in swaths or in a scattered manner.