mhurhangee/patent-ind-claim-en huggingface dataset:
A capsule like cartridge for extruding dental material (M), comprising: (a) an elongated body , having a cylindrical body wall , which has an inner chamber wall , and a central axis, (b) a nozzle for extruding said dental material (M) from said body out through said nozzle and extending at an obtuse angle to said central axis of said cylindrical body wall , and (c) a cap , supported by said nozzle , closing the outer end of said nozzle to seal the contents of the cartridge against ingress of any surrounding contaminating matter, wherein - said elongated body having an inner chamber wall enclosing the dental material (M) and opening through a chamber wall exit port rim into said nozzle , said chamber wall exit port rim having an effective diameter D 1 , characterized in that - said nozzle having an inner channel wall having an entrance passage rim having an inner channel wall effective diameter D 2 adjacent to said chamber wall exit port rim and forming a substantially concentric nozzle entrance passage with said chamber wall exit port rim - wherein D 2 is effectively greater than said D 1 . (a) an elongated body , having a cylindrical body wall , which has an inner chamber wall , and a central axis, (b) a nozzle for extruding said dental material (M) from said body out through said nozzle and extending at an obtuse angle to said central axis of said cylindrical body wall , and (c) a cap , supported by said nozzle , closing the outer end of said nozzle to seal the contents of the cartridge against ingress of any surrounding contaminating matter, wherein - said elongated body having an inner chamber wall enclosing the dental material (M) and opening through a chamber wall exit port rim into said nozzle , said chamber wall exit port rim having an effective diameter D 1 , characterized in that - said nozzle having an inner channel wall having an entrance passage rim having an inner channel wall effective diameter D 2 adjacent to said chamber wall exit port rim and forming a substantially concentric nozzle entrance passage with said chamber wall exit port rim - wherein D 2 is effectively greater than said D 1 . - said elongated body having an inner chamber wall enclosing the dental material (M) and opening through a chamber wall exit port rim into said nozzle , said chamber wall exit port rim having an effective diameter D 1 , characterized in that - said nozzle having an inner channel wall having an entrance passage rim having an inner channel wall effective diameter D 2 adjacent to said chamber wall exit port rim and forming a substantially concentric nozzle entrance passage with said chamber wall exit port rim - wherein D 2 is effectively greater than said D 1 .
System for optimising the attack strategy of at least one target by at least one underwater weapon launched from a carrier , the system consisting of at least one underwater weapon and a carrier capable of launching the or each underwater weapon and of at least one learning artificial intelligence module , characterised in that the or each weapon and the carrier comprise means for acquiring behaviour data from the said at least one target, the said at least one weapon and the carrier, and means for transmitting this information to the said at least one learning artificial intelligence module adapted to deliver attack strategy optimisation information to the said at least one weapon .
A composition for improving qPCR detection performance, the composition comprising: bovine serum albumin, sorbitol, ammonium sulfate, formamide, and tetramethylammonium chloride, and at least one of dithiothreitol and betaine, wherein the components in the composition are formulated to have the following final concentrations after being added to a qPCR reaction liquid: bovine serum protein, 10-150 μg/ml; dithiothreitol, 1-10 mM; sorbitol, 1-10 w/v%, betaine, 0.5-4 mol/L; ammonium sulfate, 2-50 mM; formamide, 0.1-10 v/v%; and tetramethylammonium chloride, 10-100 mM.
Absolute revolution counter comprising - at least one moving excitation magnet (EM1); - a Wiegand element (WE1) consisting of a ferromagnetic element (FE) axially enclosed by an induction coil (SP1); - at least one additional sensor unit (SE); - at least one counting unit with non-volatile data memory; for determining complete information for a counter value and for self-supply with energy for a processing electronics, the counter unit and the additional sensor element (SE), wherein its components (EM, SE, WE, 12, 14) are designed and arranged in such a way that the Wiegand element (WE) with the axis of its coil (SP1) and the additional sensor element (SE) lie at least once per revolution in the direction of the main field of the at least one excitation magnet (EM1), the magnetic return of which is formed via a ferromagnetic return body , the longitudinal center of the coil (SP1) being located in the axis of rotation within the main field; and where the main field denotes the magnetic flux exiting in the direction of the magnetization normal and where the magnetization normal is perpendicular to the axis of rotation; and wherein the ferromagnetic return body is a closed ring of soft iron with a high μ r embracing the excitation magnet (EM1) or the excitation magnets (EM1 and EM2), respectively; or the closed ferromagnetic return body of soft iron is designed as a hood . - at least one moving excitation magnet (EM1); - a Wiegand element (WE1) consisting of a ferromagnetic element (FE) axially enclosed by an induction coil (SP1); - at least one additional sensor unit (SE); - at least one counting unit with non-volatile data memory;
A composite of a CNT assembly comprising a plurality of carbon nanotubes (CNTs) and at least one metalcone material, the composite being tunable, by a vapor phase chemical modification, to adopt one or more collective properties selected from mechanical, chemical, physical or electrical properties, the vapor phase chemical modification comprising associating said composite with one or more materials inducing said properties, wherein the CNT assembly is part of a CNT macrostructure selected from a CNT mat, a CNT yarn, a CNT fiber, CNT web, a carbon cloth and a buckypaper, wherein the CNT assembly is in a form of a multilayered structure, wherein the CNT assembly forms the inner-most part of the multilayered structure and each of the at least one metalcone material forms at least one layer on the surface of the CNT assembly, and wherein the metalcone layer comprises a plurality of metal atoms in-layer associated to each other, directly or via bridging atoms or organic ligands, wherein the metal atoms are further associated with one or more surface exposed hydroxides, oxides and/or alkoxide groups. wherein the CNT assembly is in a form of a multilayered structure, wherein the CNT assembly forms the inner-most part of the multilayered structure and each of the at least one metalcone material forms at least one layer on the surface of the CNT assembly, and wherein the metalcone layer comprises a plurality of metal atoms in-layer associated to each other, directly or via bridging atoms or organic ligands, wherein the metal atoms are further associated with one or more surface exposed hydroxides, oxides and/or alkoxide groups.
A metering console comprising: a housing adapted to allow flow of a liquid (F) therethrough, wherein the housing is adapted to attach with one or more gardening devices ; characterized in that the metering console is further comprising a display associated with the housing such that the display is sandwiched between the housing on both sides; and the display is rotatably coupled or mounted with the housing on each side thereof, so that the display is rotatably engaged with the housing of the metering console such that the display rotates along a central axis (A-A') of the housing , wherein the display is free to rotate in clockwise as well as anti-clockwise sense; and wherein the display is mounted with a rotatable structure , which is housed within the metering console . a housing adapted to allow flow of a liquid (F) therethrough, wherein the housing is adapted to attach with one or more gardening devices ; characterized in that the metering console is further comprising a display associated with the housing such that the display is sandwiched between the housing on both sides; and the display is rotatably coupled or mounted with the housing on each side thereof, so that the display is rotatably engaged with the housing of the metering console such that the display rotates along a central axis (A-A') of the housing , wherein the display is free to rotate in clockwise as well as anti-clockwise sense; and wherein the display is mounted with a rotatable structure , which is housed within the metering console .
A method of generating a cell that enhances functional myelin production, the method comprising genetically modifying the cell such that: an endogenous PLP1 gene product is modified to decrease PLP1 expression level, wherein modification of the endogenous PLP1 gene product comprises delivering to the cell a gene silencing agent specifically targeting PLP1, wherein the endogenous PLP1 gene is a deleterious disease-causing mutant PLP1 gene, wherein the cell is selected from a neural stem cell (NSC), an oligodendrocyte progenitor cell (OPC), or an oligodendrocyte cell, wherein the cell produces functional myelin, or is a progenitor that produces or differentiates into a cell that produces functional myelin; wherein the method comprises contacting the cell in vitro or ex vivo with a delivery vehicle for the gene silencing agent, optionally, the delivery vehicle is an AAV vector, an adenoviral vector, or a lentivirus vector. an endogenous PLP1 gene product is modified to decrease PLP1 expression level, wherein modification of the endogenous PLP1 gene product comprises delivering to the cell a gene silencing agent specifically targeting PLP1, wherein the endogenous PLP1 gene is a deleterious disease-causing mutant PLP1 gene, wherein the cell is selected from a neural stem cell (NSC), an oligodendrocyte progenitor cell (OPC), or an oligodendrocyte cell, wherein the cell produces functional myelin, or is a progenitor that produces or differentiates into a cell that produces functional myelin; wherein the method comprises contacting the cell in vitro or ex vivo with a delivery vehicle for the gene silencing agent, optionally, the delivery vehicle is an AAV vector, an adenoviral vector, or a lentivirus vector.
A positive electrode active material used for a positive electrode for a lithium-ion secondary battery, the positive electrode active material consisting of: a positive electrode active material particle A expressed by General Formula (A) : Li α Ni x Co y Mn (1-x-y )O 2 (where 0<α≤1.15, 0.7≤x≤0.9, 0<y≤0.2, and 0<(1-x-y)); and one kind or two or more kinds of positive electrode active material particles B selected from a positive electrode active material particle B 1 expressed by General Formula (B 1 ) : Li β Ni a Co b Al (1-α-b) O 2 (where 0<β≤1.15, 0.7≤a≤0.9, 0<b≤0.2, and 0<(1-a-b)), and a positive electrode active material particle B 2 expressed by General Formula (B 2 ) : Li β -Ni a Co b Mn (1-a-b )O 2 (where 0<β≤1.15, 0.2≤a≤0.6, 0<b≤0.8, and 0<(1-a-b)), . a positive electrode active material particle A expressed by General Formula (A) : Li α Ni x Co y Mn (1-x-y )O 2 (where 0<α≤1.15, 0.7≤x≤0.9, 0<y≤0.2, and 0<(1-x-y)); and one kind or two or more kinds of positive electrode active material particles B selected from a positive electrode active material particle B 1 expressed by General Formula (B 1 ) : Li β Ni a Co b Al (1-α-b) O 2 (where 0<β≤1.15, 0.7≤a≤0.9, 0<b≤0.2, and 0<(1-a-b)), and a positive electrode active material particle B 2 expressed by General Formula (B 2 ) : Li β -Ni a Co b Mn (1-a-b )O 2 (where 0<β≤1.15, 0.2≤a≤0.6, 0<b≤0.8, and 0<(1-a-b)), .
A method of wireless transmission of data packets in compliance with a Bluetooth low energy standard by a hearing aid comprising a transmitter , the method comprising: transmitting a first data packet (A1) of a first data category and having a first priority from the transmitter for reception by a receiver in a first connection event (Ci1), in presence of the acknowledgement of receipt of the first data packet (A1) from the receiver, transmitting a second data packet (D1) of a second data category with a second priority, which is lower than the first priority, from the transmitter to the receiver in the first connection event (Ci1), in absence of acknowledgement of receipt of the first data packet (A1) from the receiver, re-transmitting the first data packet (A1) at most for a predetermined maximum number of times in the first connection event (Ci1). transmitting a first data packet (A1) of a first data category and having a first priority from the transmitter for reception by a receiver in a first connection event (Ci1), in presence of the acknowledgement of receipt of the first data packet (A1) from the receiver, transmitting a second data packet (D1) of a second data category with a second priority, which is lower than the first priority, from the transmitter to the receiver in the first connection event (Ci1), in absence of acknowledgement of receipt of the first data packet (A1) from the receiver, re-transmitting the first data packet (A1) at most for a predetermined maximum number of times in the first connection event (Ci1).
A method performed at a Radio Base Station , RBS, of supplying ICN content to at least one User Equipment , UE, in a network comprising: receiving (S101) a request for content from the at least one UE ; further being characterized in comprising: submitting (S102) a request for the content (S102) to at least one Information Centric Networking, ICN, node ; receiving (S103) the requested content from the ICN node ; multicasting (S104) the received ICN content to a plurality of UEs including said at least one UE , for subsequent caching at the plurality of UEs, the ICN content being multicasted via an Enhanced Multicast Broadcast Multimedia Service, eMBMS, channel of the RBS wherein an eMBMS client executing on the RBS is local to the radio access of the RBS wherein eMBMS support infrastructure in the 3rd Generation Partnership Project, 3GPP, parts of the core network is avoided; and continuously submitting (S107) requests for the requested content to said at least one ICN node and submitting (S109) any further received ICN content (S108) to said at least one UE , until no further content is received from the at least one ICN node . submitting (S102) a request for the content (S102) to at least one Information Centric Networking, ICN, node ; receiving (S103) the requested content from the ICN node ; multicasting (S104) the received ICN content to a plurality of UEs including said at least one UE , for subsequent caching at the plurality of UEs, the ICN content being multicasted via an Enhanced Multicast Broadcast Multimedia Service, eMBMS, channel of the RBS wherein an eMBMS client executing on the RBS is local to the radio access of the RBS wherein eMBMS support infrastructure in the 3rd Generation Partnership Project, 3GPP, parts of the core network is avoided; and continuously submitting (S107) requests for the requested content to said at least one ICN node and submitting (S109) any further received ICN content (S108) to said at least one UE , until no further content is received from the at least one ICN node .
A nasal seal comprising: a seal body formed of a soft flexible material and defining an inner cavity and a supply opening for supply of breathing gases from the inner cavity to the patient, the seal body comprising: a first portion that comprises the supply opening ; a second portion that comprises a first nostril prong and a second nostril prong , and a thickened region extending across the front of the prongs ; a bellows structure located between the first portion and the second portion , wherein the bellows structure is configured to deform to vary a distance between the first portion and the second portion , and wherein the outer perimeter of the first portion is larger than the perimeter of the second portion ; wherein a total width of the first portion is at least about 90 percent of a total width of the second portion . a first portion that comprises the supply opening ; a second portion that comprises a first nostril prong and a second nostril prong , and a thickened region extending across the front of the prongs ; a bellows structure located between the first portion and the second portion , wherein the bellows structure is configured to deform to vary a distance between the first portion and the second portion , and wherein the outer perimeter of the first portion is larger than the perimeter of the second portion ; wherein a total width of the first portion is at least about 90 percent of a total width of the second portion .
A rotor blade assembly for a wind turbine , the rotor blade assembly comprising: a rotor blade having exterior surfaces defining a pressure side , a suction side , a leading edge , and a trailing edge each extending in a generally span-wise direction between an inboard region and an outboard region , the inboard region comprising a rounded trailing edge ; opposing airflow separation elements , wherein one of the airflow separation elements is configured on the pressure side and the other airflow separation element is configured on the suction side , and the opposing airflow separation elements being within the inboard region and adjacent to the rounded trailing edge , wherein the opposing airflow separation elements correspond to a contour of the pressure side and the suction side of the rotor blade , and wherein an edge of the opposing airflow separation elements is configured to provide a fixed airflow separation operation in the inboard region during standard operation, characterized in that the opposing airflow separation elements comprise at least one or more airflow separation anchors , wherein the one or more airflow separation anchors comprise a proximal end and a distal end , the proximal and distal ends being fixed to at least one of the pressure side or the suction side of the rotor blade , wherein the rounded trailing edge extends beyond the airflow separation anchor in a generally chord-wise direction. a rotor blade having exterior surfaces defining a pressure side , a suction side , a leading edge , and a trailing edge each extending in a generally span-wise direction between an inboard region and an outboard region , the inboard region comprising a rounded trailing edge ; opposing airflow separation elements , wherein one of the airflow separation elements is configured on the pressure side and the other airflow separation element is configured on the suction side , and the opposing airflow separation elements being within the inboard region and adjacent to the rounded trailing edge , wherein the opposing airflow separation elements correspond to a contour of the pressure side and the suction side of the rotor blade , and wherein an edge of the opposing airflow separation elements is configured to provide a fixed airflow separation operation in the inboard region during standard operation, characterized in that the opposing airflow separation elements comprise at least one or more airflow separation anchors , wherein the one or more airflow separation anchors comprise a proximal end and a distal end , the proximal and distal ends being fixed to at least one of the pressure side or the suction side of the rotor blade , wherein the rounded trailing edge extends beyond the airflow separation anchor in a generally chord-wise direction.
A compound selected from N -(2,4-di- tert -butyl-5-hydroxyphenyl)-4-oxo-1,4-dihydroquinoline-3-carboxamide and a pharmaceutically acceptable salt thereof, wherein at least one non-aromatic carbon atom is replaced by silicon; and, optionally, one or more hydrogens are replaced by deuterium.
A polymeric material comprising a first polymer and a second polymer wherein the first polymer is a natural or a synthetic polymer and the second polymer is modified lignin; wherein the modified lignin is modified with an alkyl containing group by alkylation of the lignin via a linker wherein the linker is an ester; wherein the esterification is obtained using an esterification agent wherein said esterification agent is a carboxylic acid and contains an unsaturated bond; and wherein the carboxylic acid is C18. wherein the first polymer is a natural or a synthetic polymer and the second polymer is modified lignin; wherein the modified lignin is modified with an alkyl containing group by alkylation of the lignin via a linker wherein the linker is an ester; wherein the esterification is obtained using an esterification agent wherein said esterification agent is a carboxylic acid and contains an unsaturated bond; and wherein the carboxylic acid is C18.
A wireless communication device , comprising: a controller ; and a non-transitory machine-readable storage medium, operatively coupled to the controller ; wherein the controller is configured to execute program code stored in the non-transitory machine-readable storage medium to perform operations comprising: transmitting or receiving wireless signals by sweeping beams in an order, referred to as interleaved order, which indicates that some or all of the beams are not followed by their neighboring beams, characterized in that a next beam of a current beam is selected from non-neighboring beams of the current beam if interference at a boundary of the current beam with a neighboring beam is greater than a predetermined threshold, or a next beam of a current beam is selected from remaining beams to be swept, said next beam having among the remaining beams a smallest interference at a boundary with the current beam. a controller ; and a non-transitory machine-readable storage medium, operatively coupled to the controller ; wherein the controller is configured to execute program code stored in the non-transitory machine-readable storage medium to perform operations comprising: transmitting or receiving wireless signals by sweeping beams in an order, referred to as interleaved order, which indicates that some or all of the beams are not followed by their neighboring beams, characterized in that a next beam of a current beam is selected from non-neighboring beams of the current beam if interference at a boundary of the current beam with a neighboring beam is greater than a predetermined threshold, or a next beam of a current beam is selected from remaining beams to be swept, said next beam having among the remaining beams a smallest interference at a boundary with the current beam. transmitting or receiving wireless signals by sweeping beams in an order, referred to as interleaved order, which indicates that some or all of the beams are not followed by their neighboring beams, characterized in that a next beam of a current beam is selected from non-neighboring beams of the current beam if interference at a boundary of the current beam with a neighboring beam is greater than a predetermined threshold, or a next beam of a current beam is selected from remaining beams to be swept, said next beam having among the remaining beams a smallest interference at a boundary with the current beam.