mhurhangee/patent-ind-claim-en huggingface dataset:
Thread braking device for a weft feeder device provided with a withdrawal rim , the thread braking device comprising a annular braking band with a frusto-conical shape and a braking surface adapted for contacting the withdrawal rim of the weft feeder device for forming a braking zone for a weft thread withdrawn from the weft feeder device , and a support structure , wherein the annular braking band is supported by the support structure , and wherein the support structure is at least partly elastically deformable by an axial force exerted on the support structure , wherein the support structure is provided with at least one stiffening element surrounding the annular braking band at a rear side of the annular braking band opposite to the braking surface , and wherein the support structure comprises a retaining element retaining the annular braking band , characterized in that the retaining element consists of a retaining ring made of an elastically deformable material, wherein by exerting a force to the support structure , the retaining element is deformed, thereby causing a movement of the annular braking band towards the stiffening element until the annular braking band is supported by the stiffening element , wherein in a non-deformed state of the retaining element of the support structure the annular braking band is arranged at a distance of the stiffening element and by exerting an axial force on the support structure , the retaining element of the support structure is deformable so that the annular braking band at the rear side of the annular braking band is supported by the stiffening element .
A banknote feeder device configured to interconnect and operate in conjunction with a banknote acceptor apparatus , the banknote feeder device comprising: a banknote input aperture and a banknote output aperture interconnected by a banknote transport conduit , and a banknote transport mechanism operable, when the banknote feeder device is connected to said banknote acceptor apparatus , to transport a banknote from said banknote input aperture to said banknote output aperture ; characterised in that said banknote transport mechanism comprises a linear succession of spaced-apart pairs of transport wheels , wherein each wheel of each said pair of transport wheels extends at least partially through a banknote transport conduit surface into an interior cavity of said banknote transport conduit between the banknote input aperture and the banknote output aperture , and wherein each wheel of each said pair of transport wheels is mounted eccentrically to a respective common axle of the pair of transport wheels . a banknote input aperture and a banknote output aperture interconnected by a banknote transport conduit , and a banknote transport mechanism operable, when the banknote feeder device is connected to said banknote acceptor apparatus , to transport a banknote from said banknote input aperture to said banknote output aperture ; characterised in that said banknote transport mechanism comprises a linear succession of spaced-apart pairs of transport wheels , wherein each wheel of each said pair of transport wheels extends at least partially through a banknote transport conduit surface into an interior cavity of said banknote transport conduit between the banknote input aperture and the banknote output aperture , and wherein each wheel of each said pair of transport wheels is mounted eccentrically to a respective common axle of the pair of transport wheels .
Method for preparing a masterbatch of synthetic elastomer and of carbon-based filler, which comprises the following steps: - preparing an aqueous dispersion of carbon-based filler having a zeta potential with the opposite sign to that of an anionic or cationic synthetic elastomer latex, the difference between the potentials of the anionic or cationic elastomer latex and the aqueous dispersion of carbon-based filler being such that the absolute value thereof is greater than or equal to 20 mV, - bringing together, and mixing, the anionic or cationic synthetic elastomer latex and the aqueous dispersion of carbon-based filler to obtain a coagulum, - recovering the coagulum, - drying the recovered coagulum in order to obtain the masterbatch. - preparing an aqueous dispersion of carbon-based filler having a zeta potential with the opposite sign to that of an anionic or cationic synthetic elastomer latex, the difference between the potentials of the anionic or cationic elastomer latex and the aqueous dispersion of carbon-based filler being such that the absolute value thereof is greater than or equal to 20 mV, - bringing together, and mixing, the anionic or cationic synthetic elastomer latex and the aqueous dispersion of carbon-based filler to obtain a coagulum, - recovering the coagulum, - drying the recovered coagulum in order to obtain the masterbatch.
Container for dental implants, comprising a holding base , an upper extremity and at least a closure element associable with said upper extremity , a body insertable to measure in said container and, in turn, comprising at least a first housing seat of a dental implant , characterized by the fact that said body comprises at least a second housing seat of a supporting element for the dental implantology, and at least two sheet-shaped elements associable with each other by interposition of coupling means to define at least one of said housing seats , and by the fact that said coupling means comprise at least one pair of notches each of which is formed in the proximity of the lower end portion of said sheet-shaped elements which are formed below said housing seats and are able to allow the association by mutual sliding of said sheet-shaped elements .
A method for wireless communication at a user equipment, UE , comprising: receiving , from a base station , an indication of a resource configuration for a random access procedure, the resource configuration identifying a plurality of sets of transmission resources corresponding to a plurality of radio resource control states; identifying a radio resource control state of the UE ; determining a set of transmission resources based at least in part on the indication of the resource configuration, a transport format, and the identified radio resource control state; and transmitting a first message of the random access procedure to the base station using the determined transmission resources and the transport format. receiving , from a base station , an indication of a resource configuration for a random access procedure, the resource configuration identifying a plurality of sets of transmission resources corresponding to a plurality of radio resource control states; identifying a radio resource control state of the UE ; determining a set of transmission resources based at least in part on the indication of the resource configuration, a transport format, and the identified radio resource control state; and transmitting a first message of the random access procedure to the base station using the determined transmission resources and the transport format.
A component for closing a building opening, in particular a window or a door, comprising a frame , a leaf movable with respect to the frame and a fitting system , wherein the fitting system comprises: at least one modular functional unit which comprises an electric drive and which, in the assembled state, is configured to adjust the leaf between at least two different functional states by means of the electric drive, characterized by a frame element which has a central opening and a frame body revolving around the central opening , wherein the frame body has a fastening section for fastening the frame element to the frame or to the leaf and is designed such that, in particular in the fastened state, said frame body defines a receiving space for accommodating the at least one modular functional unit , wherein the frame element is fastened to the frame or to the leaf and wherein the modular functional unit is accommodated in the receiving space . at least one modular functional unit which comprises an electric drive and which, in the assembled state, is configured to adjust the leaf between at least two different functional states by means of the electric drive, characterized by a frame element which has a central opening and a frame body revolving around the central opening , wherein the frame body has a fastening section for fastening the frame element to the frame or to the leaf and is designed such that, in particular in the fastened state, said frame body defines a receiving space for accommodating the at least one modular functional unit , wherein the frame element is fastened to the frame or to the leaf and wherein the modular functional unit is accommodated in the receiving space . a frame element which has a central opening and a frame body revolving around the central opening , wherein the frame body has a fastening section for fastening the frame element to the frame or to the leaf and is designed such that, in particular in the fastened state, said frame body defines a receiving space for accommodating the at least one modular functional unit , wherein the frame element is fastened to the frame or to the leaf and wherein the modular functional unit is accommodated in the receiving space .
A medical system for determining a treatment regimen for a patient with a condition, the system comprising: at least one sensor configured to sense right atrial pressure and left atrial pressure; and a receiver configured to receive measurement data corresponding to the sensed right atrial pressure and the sensed left atrial pressure, to receive the condition of the patient, and output to a display device the received measurement data: a memory unit configured to store the received measurement data and the condition of the patient; and a processor configured to: compare the sensed right atrial pressure to a baseline right atrial pressure to determine a first comparison; compare the sensed left atrial pressure to a baseline left atrial pressure to determine a second comparison; and determine the treatment regimen for the patient based on the comparisons and the condition of the patient, wherein the condition is at least one selected from the group of: left heart failure, right heart failure, and primary pulmonary disorder. at least one sensor configured to sense right atrial pressure and left atrial pressure; and a receiver configured to receive measurement data corresponding to the sensed right atrial pressure and the sensed left atrial pressure, to receive the condition of the patient, and output to a display device the received measurement data: a memory unit configured to store the received measurement data and the condition of the patient; and a processor configured to: compare the sensed right atrial pressure to a baseline right atrial pressure to determine a first comparison; compare the sensed left atrial pressure to a baseline left atrial pressure to determine a second comparison; and determine the treatment regimen for the patient based on the comparisons and the condition of the patient, wherein the condition is at least one selected from the group of: left heart failure, right heart failure, and primary pulmonary disorder. a memory unit configured to store the received measurement data and the condition of the patient; and a processor configured to: compare the sensed right atrial pressure to a baseline right atrial pressure to determine a first comparison; compare the sensed left atrial pressure to a baseline left atrial pressure to determine a second comparison; and determine the treatment regimen for the patient based on the comparisons and the condition of the patient, wherein the condition is at least one selected from the group of: left heart failure, right heart failure, and primary pulmonary disorder. compare the sensed right atrial pressure to a baseline right atrial pressure to determine a first comparison; compare the sensed left atrial pressure to a baseline left atrial pressure to determine a second comparison; and determine the treatment regimen for the patient based on the comparisons and the condition of the patient, wherein the condition is at least one selected from the group of: left heart failure, right heart failure, and primary pulmonary disorder.
A sealed color conversion film comprising a native color conversion film and one or more sealing layers , the native color conversion film • having two major surfaces and at least one edge , • comprising a color conversion material which upon excitation with blue light emits light in the visible range; and the sealing layer • is located on all edges of the native color conversion film, thereby providing a complete and defect-free covering of the edges, and • has a thickness of 1 - 500 nm, preferably 3 - 200 nm, most preferably 10 - 100 nm, and • has a thickness standard deviation including all edges of less than 10%, preferably less than 3%, most preferably less than 1%; characterized in that the sealing layer is an atomic layer deposited inorganic layer. the native color conversion film • having two major surfaces and at least one edge , • comprising a color conversion material which upon excitation with blue light emits light in the visible range; and • having two major surfaces and at least one edge , • comprising a color conversion material which upon excitation with blue light emits light in the visible range; and the sealing layer • is located on all edges of the native color conversion film, thereby providing a complete and defect-free covering of the edges, and • has a thickness of 1 - 500 nm, preferably 3 - 200 nm, most preferably 10 - 100 nm, and • has a thickness standard deviation including all edges of less than 10%, preferably less than 3%, most preferably less than 1%; • is located on all edges of the native color conversion film, thereby providing a complete and defect-free covering of the edges, and • has a thickness of 1 - 500 nm, preferably 3 - 200 nm, most preferably 10 - 100 nm, and • has a thickness standard deviation including all edges of less than 10%, preferably less than 3%, most preferably less than 1%; characterized in that the sealing layer is an atomic layer deposited inorganic layer.
A component for a gas turbine engine , the component comprising: a platform ; an airfoil extending from the platform, wherein the airfoil comprises a first cavity inlet at a forward side of the airfoil and a second cavity inlet at a aft side of the airfoil and the airfoil has a first cavity and a second cavity separated by a divider , the divider having a spiral portion and the first cavity inlet is fluidly connected to the first cavity and the second cavity inlet is fluidly connected to the second cavity; a cover plate attached to the platform on a side opposite the airfoil, wherein a platform cavity is defined between the cover plate and the platform; and a cavity separating rail dividing the platform cavity into a forward platform cavity and an aft platform cavity , wherein the forward platform cavity is fluidly connected to the first cavity through the first cavity inlet and the aft platform cavity is fluidly connected to the second cavity through the second cavity inlet; wherein a flow of air from the forward platform cavity enters the airfoil at the first inlet and flows through the first cavity along the forward side of the airfoil and is transitioned toward the aft side of the airfoil by the spiral portion of the divider, and wherein a flow of air from the aft platform cavity enters the airfoil at the second inlet and flows through the second cavity along the aft side of the airfoil and is transitioned toward the forward side of the airfoil by the spiral portion of the divider. a platform ; an airfoil extending from the platform, wherein the airfoil comprises a first cavity inlet at a forward side of the airfoil and a second cavity inlet at a aft side of the airfoil and the airfoil has a first cavity and a second cavity separated by a divider , the divider having a spiral portion and the first cavity inlet is fluidly connected to the first cavity and the second cavity inlet is fluidly connected to the second cavity; a cover plate attached to the platform on a side opposite the airfoil, wherein a platform cavity is defined between the cover plate and the platform; and a cavity separating rail dividing the platform cavity into a forward platform cavity and an aft platform cavity , wherein the forward platform cavity is fluidly connected to the first cavity through the first cavity inlet and the aft platform cavity is fluidly connected to the second cavity through the second cavity inlet; wherein a flow of air from the forward platform cavity enters the airfoil at the first inlet and flows through the first cavity along the forward side of the airfoil and is transitioned toward the aft side of the airfoil by the spiral portion of the divider, and wherein a flow of air from the aft platform cavity enters the airfoil at the second inlet and flows through the second cavity along the aft side of the airfoil and is transitioned toward the forward side of the airfoil by the spiral portion of the divider.
A downhole straddle tool for deployment within a gas or oil well tubing, said straddle tool comprising a length of tubing having a first annular sealing means mounted on the outer surface of the tubing at a leading end thereof and a second annular sealing means mounted on the outer surface of the tubing at a trailing end thereof; and wherein the first and second annular sealing means are formed from a eutectic/bismuth based alloy that expands as it cools from a molten liquid state to a solid state, such that, in use, the alloy of each annular sealing means is melted to form a seal between the outer surface of the tubing and an inner surface of a surrounding gas or oil well tubing.
A line card, comprising: a mainboard , a wavelength division multiplexer/demultiplexer , and an optical module ; wherein the wavelength division multiplexer/demultiplexer is disposed on the mainboard , the wavelength division multiplexer/demultiplexer comprises a first interface and a second interface , the optical module comprises an electrical interface and an optical interface, and a direction that the electrical interface of the optical module faces is the same as a direction that the optical interface of the optical module faces; an optical module electrical interface socket and an optical module optical interface socket are disposed on the mainboard , and an opening direction of the optical module electrical interface socket is the same as an opening direction of the optical module optical interface socket, and the opening direction is from the interior of the mainboard to the edge of the mainboard and parallel to the mainboard ; wherein the electrical interface of the optical module is electrically connected to the optical module electrical interface socket, the optical interface of the optical module is connected to the optical module optical interface socket, the optical module optical interface socket is connected to the first interface of the wavelength division multiplexer/demultiplexer , and the second interface of the wavelength division multiplexer/demultiplexer is configured to connect to a feeder fiber. wherein the wavelength division multiplexer/demultiplexer is disposed on the mainboard , the wavelength division multiplexer/demultiplexer comprises a first interface and a second interface , the optical module comprises an electrical interface and an optical interface, and a direction that the electrical interface of the optical module faces is the same as a direction that the optical interface of the optical module faces; an optical module electrical interface socket and an optical module optical interface socket are disposed on the mainboard , and an opening direction of the optical module electrical interface socket is the same as an opening direction of the optical module optical interface socket, and the opening direction is from the interior of the mainboard to the edge of the mainboard and parallel to the mainboard ; wherein the electrical interface of the optical module is electrically connected to the optical module electrical interface socket, the optical interface of the optical module is connected to the optical module optical interface socket, the optical module optical interface socket is connected to the first interface of the wavelength division multiplexer/demultiplexer , and the second interface of the wavelength division multiplexer/demultiplexer is configured to connect to a feeder fiber.
A microRNA-210 inhibitor defined by the nucleotide sequence 5'-ucagccgcugugucacacgcacag-3', and modified by 3'-cholesterol and 5'-OMe, for use in the treatment of inflammatory skin diseases.
A method for concentrating a target analyte for nanopore sensing, comprising: delivering the target analyte to a transmembrane pore detector, the delivering comprising coupling the target analyte to a membrane containing the transmembrane pore detector by attaching the target analyte to a polypeptide present in the membrane, a hydrophobic anchor present in the membrane, a functionalised component of the membrane, or a binding group anchored to the membrane, wherein the target analyte is not coupled to the membrane via the detector, and wherein the membrane is an amphiphilic layer or a lipid bilayer.
A ring including a male part configured as a pointed pin the end of which opposite the point is provided with a decorative element, the pointed end being suitable for inserting reversibly into the receiving housing arranged in a female part (3; 30) of the ring , the receiving housing (3; 30) being cylindrical and equipped at the opening thereof, with a means of guiding (10; 100) of the pin into the receiving housing (3; 30) during the insertion of the pin into the housing, the cylindrical housing (3; 30) also including at least two seals , the means of guiding being formed by a concavity (10; 100) at one end of the cylindrical receiving housing (3; 30) the bottom of which being open and defining an access opening to the housing, the receiving housing being equipped with a plate perforated at the center thereof and disposed parallel to the bottom of the housing, said plate ensuring the separation between the seals disposed in the receiving housing while authorizing the free passage of the pin into the receiving housing , characterized in that the diameter (D) of the open base of the concavity (10; 100) is at least 30% greater than the outer diameter of the cylindrical housing (3; 30), the depth (P) of the concavity (10; 100) being equal to half of the length (L) of the cylindrical housing (3; 30) in that at least one part of the pin is provided with at least two circular grooves , parallel and oriented perpendicularly to a main longitudinal axis (AA) of the pin , said grooves being suitable for temporarily receiving two annular seals when the pin is inserted into the light of the seals themselves inserted in a cylindrical housing (3; 30), and in that the concavity is in the form of a parabola or in the form of a double slope cone.
An electric power conversion device comprising three delta-connected strings of clusters (109 to 111) and windings (105 to 107), where each cluster is comprised of one or more cascade-connected unit cells , wherein each of said unit cells is a two-terminal element that can output a predetermined voltage, and wherein said three windings are coiled around a common iron core so that magnetomotive forces are in additive polarity, thereby creating a common iron core reactor .