mhurhangee/patent-ind-claim-en huggingface dataset:
A method of reporting Channel Status Information, CSI, to a base station by a user equipment in a wireless communication system, the method comprising: receiving (S901) a plurality of Non-Zero-Power, NZP, Channel Status Information-Reference Signals, CSI-RSs, from the base station; selecting (S903) one of the plurality of NZP CSI-RSs based on reception power of the plurality of the NZP CSI-RSs; measuring (S905) interference by removing the selected NZP CSI-RS from a channel estimated using the selected NZP CSI-RS; and reporting (S907) the CSI including an indicator indicating the selected NZP CSI-RS and information about the measured interference to the base station, the method being characterized in that wherein if a number of antenna ports of the selected NZP CSI-RS is equal to or smaller than a threshold, measuring the interference comprises measuring the interference by removing both the selected NZP CSI-RS and a Z designated by the base station NZP CSI-RS, wherein the designated by the base station NZP CSI-RS is received with the selected NZP CSI-RS at a same timing. receiving (S901) a plurality of Non-Zero-Power, NZP, Channel Status Information-Reference Signals, CSI-RSs, from the base station; selecting (S903) one of the plurality of NZP CSI-RSs based on reception power of the plurality of the NZP CSI-RSs; measuring (S905) interference by removing the selected NZP CSI-RS from a channel estimated using the selected NZP CSI-RS; and reporting (S907) the CSI including an indicator indicating the selected NZP CSI-RS and information about the measured interference to the base station, the method being characterized in that wherein if a number of antenna ports of the selected NZP CSI-RS is equal to or smaller than a threshold, measuring the interference comprises measuring the interference by removing both the selected NZP CSI-RS and a Z designated by the base station NZP CSI-RS, wherein the designated by the base station NZP CSI-RS is received with the selected NZP CSI-RS at a same timing.
A seal assembly for a gas turbine engine, the seal assembly comprising: at least one blade outer air seal comprising: a base portion extending between a leading edge and a trailing edge ; and a forward wall and an aft wall extending radially outward from the base portion to a radially outer wall , wherein the radially outer wall is spaced from the base portion , wherein the forward wall , the aft wall , the radially outer wall , and the base portion at least partially define a passage for accepting a wear liner ; and at least one wear liner located adjacent the radially outer wall within said passage , characterised in that : the at least one wear liner includes a planar central portion and a pair of radially outward extending arms . at least one blade outer air seal comprising: a base portion extending between a leading edge and a trailing edge ; and a forward wall and an aft wall extending radially outward from the base portion to a radially outer wall , wherein the radially outer wall is spaced from the base portion , wherein the forward wall , the aft wall , the radially outer wall , and the base portion at least partially define a passage for accepting a wear liner ; and a base portion extending between a leading edge and a trailing edge ; and a forward wall and an aft wall extending radially outward from the base portion to a radially outer wall , wherein the radially outer wall is spaced from the base portion , wherein the forward wall , the aft wall , the radially outer wall , and the base portion at least partially define a passage for accepting a wear liner ; and at least one wear liner located adjacent the radially outer wall within said passage ,
Vacuum cleaner comprising: an electric motor ; a battery for providing electric power to the electric motor ; a voltage measuring means for measuring a motor voltage over the electric motor and for measuring a voltage over the battery ; a current measuring means for measuring a motor current flowing through the electric motor ; a control means for controlling, based on the measured voltage, measured battery voltage, and the measured current, the electric power provided to the electric motor from the battery towards a target motor power value. an electric motor ; a battery for providing electric power to the electric motor ; a voltage measuring means for measuring a motor voltage over the electric motor and for measuring a voltage over the battery ; a current measuring means for measuring a motor current flowing through the electric motor ; a control means for controlling, based on the measured voltage, measured battery voltage, and the measured current, the electric power provided to the electric motor from the battery towards a target motor power value.
A fire extinguisher comprising: a main dome partially surrounding an internal space housing agent; and a secondary dome mounted in the bottom half of the main dome and sealed to the main dome , wherein the secondary dome is inverted with respect to the bottom half of the main dome, wherein the main dome has a radius of curvature and the secondary dome has a radius of curvature, and wherein the secondary dome has a convex curvature relative to an equator of the main dome and the bottom half of the main dome has a concave curvature relative to the equator of the main dome ; wherein the main dome circumferentially encloses the secondary dome , wherein the secondary dome divides an interior of the main dome into the internal space housing agent and an internal space free of agent, and wherein the internal space free of agent is located below the secondary dome , wherein the internal space housing agent is pressurized relative to the internal space free of agent; the fire extinguisher further comprising an agent discharge outlet positioned closer to the secondary dome than to an apex of the main dome opposite the secondary dome , and wherein the agent discharge outlet is proximate the bottom of the internal space housing agent , wherein the agent discharge outlet is configured to discharge agent substantially laterally relative to an axis of symmetry of the main dome and the secondary dome ; wherein the secondary dome and main dome are made of metal. a main dome partially surrounding an internal space housing agent; and a secondary dome mounted in the bottom half of the main dome and sealed to the main dome , wherein the secondary dome is inverted with respect to the bottom half of the main dome, wherein the main dome has a radius of curvature and the secondary dome has a radius of curvature, and wherein the secondary dome has a convex curvature relative to an equator of the main dome and the bottom half of the main dome has a concave curvature relative to the equator of the main dome ; wherein the main dome circumferentially encloses the secondary dome , wherein the secondary dome divides an interior of the main dome into the internal space housing agent and an internal space free of agent, and wherein the internal space free of agent is located below the secondary dome , wherein the internal space housing agent is pressurized relative to the internal space free of agent; the fire extinguisher further comprising an agent discharge outlet positioned closer to the secondary dome than to an apex of the main dome opposite the secondary dome , and wherein the agent discharge outlet is proximate the bottom of the internal space housing agent , wherein the agent discharge outlet is configured to discharge agent substantially laterally relative to an axis of symmetry of the main dome and the secondary dome ; wherein the secondary dome and main dome are made of metal.
A plurality of nucleic acid fragments, wherein: each nucleic acid fragment is a fragment of a nucleic acid comprising a plurality of nucleotide sequences; each nucleotide sequence of the plurality comprises a first subsequence and a second subsequence; the first subsequence comprises a 3' sequence of a first exon; the second subsequence comprises a 5' sequence of a second exon; the first subsequence and second subsequence are adjoining sequences in the nucleic acid; the first subsequence and second subsequence are each at least 20 nt long; the first subsequence is 5' relative to the second subsequence in the nucleic acid; the first exon is an exon of a first gene; the second exon is an exon of a second gene; the first gene and second gene are different genes; each nucleotide sequence of the plurality of nucleotide sequences comprises either a 3' sequence of a first exon that is different from every other first exon of the nucleotide sequences of the plurality or a 5' sequence of a second exon that is different from every other second exon of the nucleotide sequences of the plurality; the plurality of nucleic acid fragments consists of fragments from multiple copies of the nucleic acid and the nucleic acid fragments from one copy of the nucleic acid are not identical to the nucleic acid fragments from at least one other copy of the nucleic acid; and each nucleotide sequence of the plurality of nucleotide sequences is encoded by at least one nucleic acid fragment of the plurality of nucleic acid fragments. each nucleic acid fragment is a fragment of a nucleic acid comprising a plurality of nucleotide sequences; each nucleotide sequence of the plurality comprises a first subsequence and a second subsequence; the first subsequence comprises a 3' sequence of a first exon; the second subsequence comprises a 5' sequence of a second exon; the first subsequence and second subsequence are adjoining sequences in the nucleic acid; the first subsequence and second subsequence are each at least 20 nt long; the first subsequence is 5' relative to the second subsequence in the nucleic acid; the first exon is an exon of a first gene; the second exon is an exon of a second gene; the first gene and second gene are different genes; each nucleotide sequence of the plurality of nucleotide sequences comprises either a 3' sequence of a first exon that is different from every other first exon of the nucleotide sequences of the plurality or a 5' sequence of a second exon that is different from every other second exon of the nucleotide sequences of the plurality; the plurality of nucleic acid fragments consists of fragments from multiple copies of the nucleic acid and the nucleic acid fragments from one copy of the nucleic acid are not identical to the nucleic acid fragments from at least one other copy of the nucleic acid; and each nucleotide sequence of the plurality of nucleotide sequences is encoded by at least one nucleic acid fragment of the plurality of nucleic acid fragments.
A module for a kit for distributing and regulating a pressurized gas, said module comprising a main body having a parallelepiped general shape and having four lateral faces parallel in pairs and extending between an upper face and a lower face parallel to one another, wherein an inner chamber is formed in the main body by crossing it therethroughout to open into the upper face and into the lower face , said inner chamber being intended to receive thereinside a distribution or regulation device (3a; 3b; 4a; 4b; 4c; 5; 6) provided for a distribution or regulation of a gas passing in the inner chamber , said inner chamber successively comprising: - a cylindrical upper bore opening into the upper face , - a cylindrical intermediate bore having an internal diameter (D2) which is smaller than the internal diameter (D1) of the upper bore , and - a cylindrical lower bore opening into the lower face and having an internal diameter (D3) which is smaller than the internal diameter (D2) of the intermediate bore ; and wherein a subplate is provided on each lateral face (11; 12) adapted for fastening on a subplate of a similar adjacent module , wherein said subplate has peripheral holes serving for the passage of fastening screws and a central blind hole , in particular adapted to guide a drilling opening into the upper bore or into the intermediate bore of the inner chamber . - a cylindrical upper bore opening into the upper face , - a cylindrical intermediate bore having an internal diameter (D2) which is smaller than the internal diameter (D1) of the upper bore , and - a cylindrical lower bore opening into the lower face and having an internal diameter (D3) which is smaller than the internal diameter (D2) of the intermediate bore ;
A current sensor comprising: a bus bar in which a current flows; a magnetic sensor that detects an induced magnetic field generated by the current flowing in the bus bar ; an insulative circuit board on which the magnetic sensor is mounted; a connector mounted on the circuit board and connected to the magnetic sensor through the circuit board , the connector being capable of outputting a signal from the magnetic sensor to an outside; and a case having a case body and a lid portion , the case housing the circuit board and part of the bus bar ; wherein the circuit board is fixed to the case body with a plurality of fixing portions, and the magnetic sensor is provided in a fixed area on the circuit board enclosed by the plurality of fixing portions, the connector is provided in an extended portion on the circuit board extending from the fixed area , characterized in that stoppers are provided inside the case body and the lid portion so as to face a front surface and a rear surface of the extended portion through gaps; the magnetic sensor is placed so that a sensitivity direction for the induced magnetic field becomes an X direction in an XY plane; of the plurality of fixing portions, at least two first fixing portions placed between the magnetic sensor and the connector are placed at two positions in the X direction; and the extended portion in which the connector is provided is adjacent to the fixed area with the first fixing portions interposed. a bus bar in which a current flows; a magnetic sensor that detects an induced magnetic field generated by the current flowing in the bus bar ; an insulative circuit board on which the magnetic sensor is mounted; a connector mounted on the circuit board and connected to the magnetic sensor through the circuit board , the connector being capable of outputting a signal from the magnetic sensor to an outside; and a case having a case body and a lid portion , the case housing the circuit board and part of the bus bar ; wherein the circuit board is fixed to the case body with a plurality of fixing portions, and the magnetic sensor is provided in a fixed area on the circuit board enclosed by the plurality of fixing portions, the connector is provided in an extended portion on the circuit board extending from the fixed area , characterized in that stoppers are provided inside the case body and the lid portion so as to face a front surface and a rear surface of the extended portion through gaps; the magnetic sensor is placed so that a sensitivity direction for the induced magnetic field becomes an X direction in an XY plane; of the plurality of fixing portions, at least two first fixing portions placed between the magnetic sensor and the connector are placed at two positions in the X direction; and the extended portion in which the connector is provided is adjacent to the fixed area with the first fixing portions interposed.
A method for reducing the volatile aldehyde compound content of a polyol, the method comprises adding a polyethyleneimine compound and a bisulfite compound to a polyol containing a first amount of volatile aldehyde compounds; to produce a composition containing a second amount of volatile aldehyde compounds which is less than the first amount thereof.
A system for producing a high flux of neutrons, the system comprising: a gas-target neutron generator including: an ion source configured to produce an ion beam; an accelerator configured to accelerate the ion beam to produce an accelerated ion beam; a plurality of focus elements configured to focus the accelerated ion beam in an x-direction and a y-direction; and a pumping/gas-target section including a gas target chamber filled with a target gas; and a fission assembly neutronically coupled to the gas-target neutron generator , wherein the fission assembly is subcritical or a sub-prompt critical fission assembly; wherein the fission assembly surrounds the gas target chamber , and wherein the gas-target neutron generator is a source of initiating neutrons for the fission assembly , and the fission assembly is configured to multiply a number of the initiating neutrons via inducing fission, characterised in that the fission assembly includes a cylinder of fuel interposed between and contacting two cylinders of reflective material , said cylinder of fuel being concentric to the gas chamber, wherein said cylinder of fuel and said cylinders of reflective material directly surround and define the gas chamber, wherein the reflective material is configured to act as a shield and a reflector, forcing neutrons back into the fuel . a gas-target neutron generator including: an ion source configured to produce an ion beam; an accelerator configured to accelerate the ion beam to produce an accelerated ion beam; a plurality of focus elements configured to focus the accelerated ion beam in an x-direction and a y-direction; and a pumping/gas-target section including a gas target chamber filled with a target gas; and an ion source configured to produce an ion beam; an accelerator configured to accelerate the ion beam to produce an accelerated ion beam; a plurality of focus elements configured to focus the accelerated ion beam in an x-direction and a y-direction; and a pumping/gas-target section including a gas target chamber filled with a target gas; and a fission assembly neutronically coupled to the gas-target neutron generator , wherein the fission assembly is subcritical or a sub-prompt critical fission assembly; wherein the fission assembly surrounds the gas target chamber , and wherein the gas-target neutron generator is a source of initiating neutrons for the fission assembly , and the fission assembly is configured to multiply a number of the initiating neutrons via inducing fission, characterised in that the fission assembly includes a cylinder of fuel interposed between and contacting two cylinders of reflective material , said cylinder of fuel being concentric to the gas chamber, wherein said cylinder of fuel and said cylinders of reflective material directly surround and define the gas chamber, wherein the reflective material is configured to act as a shield and a reflector, forcing neutrons back into the fuel .
A light-transmitting electrochromic film comprising an oxynitride containing two or more metals selected from Ti, Nb, Mo, Ta and W, and having light transmittance of 60% or more.
Closure device comprising a supporting plate , an actuating lever pivotably connected to said supporting plate , a tensioning member connected at one of its ends to said lever and provided at its opposite end with hooking means , and an anchoring member provided with retaining means , wherein said hooking means of said tensioning member are intended to selectively engage said retaining means of said anchoring member, wherein said actuating lever consists of a lever arm and of at least one or more ancillary elements (21; 21'; 21") rigidly connected to said lever arm and said supporting plate and said tensioning member are connected to said actuating lever at said lever arm , characterized in that said lever arm has a "Y"-like shape and comprises a pair of wings , having respective free ends, and a stem , extending from the bifurcation point of said wings opposite to said free ends, said stem being made as a first elongated element or stem and said wings being made as two further elongated elements, said stem and said wings lying in a same plane, said wings being parallel to each other and parallel to said stem , and arranged on either sides of said stem , substantially at the same distance therefrom, said wings facing each other and being arranged offset relative to the stem by a distance greater than or equal to the length of the stem and the end of said stem closer to said wings being joined to the ends of said wings closer to said stem through respective joining sections, and in that said supporting plate is connected to said actuating lever at the free ends of said wings of said lever arm and said tensioning member is connected to said actuating lever at a middle portion of said wings of said lever arm .
An antisense oligonucleotide (AON) capable of forming a double stranded complex with a target RNA sequence in a cell, preferably a human cell, for the deamination of a target adenosine in the target RNA sequence by an ADAR enzyme present in the cell, said AON comprising a Central Triplet of 3 sequential nucleotides, wherein the nucleotide directly opposite the target adenosine is the middle nucleotide of the Central Triplet, wherein 1, 2 or 3 nucleotides in said Central Triplet comprise a sugar modification and/or a base modification to render the AON more stable and/or more effective in inducing deamination of the target adenosine; with the proviso that the middle nucleotide does not have a 2'- O -methyl modification.
Polygodial of formula I or a plant extract containing polygodial of formula I for use in the treatment or prevention of a viral infection from Herpes simplex type 1 (HSV-1), or a condition or disease resulting from a HSV-1 viral infection, wherein the condition or disease is one or more HSV-1 related cold sores.
A computer implemented method for generating setups for an orthodontic treatment path, comprising steps of: receiving a digital 3D model of teeth; performing interproximal reduction on the model and, after performing the interproximal reduction, generating an initial treatment path with stages (S 1 , S 2 , S 3 , S 4 ) including an initial setup (S 1 ), a final setup (S 4 ), and a plurality of intermediate setups (S 2 , S 3 ); computing interproximal reduction accessibility for each tooth at each stage of the initial treatment path; and applying interproximal reduction throughout the initial treatment path based upon the computed interproximal reduction accessibility and dividing the initial treatment path into steps of feasible motion of the teeth resulting in a final treatment path with setups corresponding with the steps, wherein the applying step comprises applying an interproximal reduction batching algorithm to the treatment path, the interproximal reduction batching algorithm comprising applying interproximal reduction as soon as possible during the treatment or minimizing a number of interproximal reduction sessions. receiving a digital 3D model of teeth; performing interproximal reduction on the model and, after performing the interproximal reduction, generating an initial treatment path with stages (S 1 , S 2 , S 3 , S 4 ) including an initial setup (S 1 ), a final setup (S 4 ), and a plurality of intermediate setups (S 2 , S 3 ); computing interproximal reduction accessibility for each tooth at each stage of the initial treatment path; and applying interproximal reduction throughout the initial treatment path based upon the computed interproximal reduction accessibility and dividing the initial treatment path into steps of feasible motion of the teeth resulting in a final treatment path with setups corresponding with the steps, wherein the applying step comprises applying an interproximal reduction batching algorithm to the treatment path, the interproximal reduction batching algorithm comprising applying interproximal reduction as soon as possible during the treatment or minimizing a number of interproximal reduction sessions.