mhurhangee/ep-ind-claims huggingface dataset:
A terminal apparatus for communicating with a base station apparatus, the terminal apparatus comprising: a receiver configured to receive, from the base station apparatus, a Radio Resource Control, RRC, reconfiguration message including a Data Radio Bearer, DRB, configuration and a first DRB identity of a first DRB to be released, the DRB configuration including a Service Data Adaptation Protocol, SOAP, configuration, and a second DRB identity of a second DRB to be added, which are associated with each other; a storage unit configured to store Quality of Service, QoS, flow to DRB mapping rules based on the DRB configuration; and a processing unit configured to release all of a plurality of the QoS flow to DRB mapping rules corresponding to the first DRB indicated by the first DRB identity, based on the RRC reconfiguration message, wherein the first DRB identity is associated with an SDAP entity. a receiver configured to receive, from the base station apparatus, a Radio Resource Control, RRC, reconfiguration message including a Data Radio Bearer, DRB, configuration and a first DRB identity of a first DRB to be released, the DRB configuration including a Service Data Adaptation Protocol, SOAP, configuration, and a second DRB identity of a second DRB to be added, which are associated with each other; a storage unit configured to store Quality of Service, QoS, flow to DRB mapping rules based on the DRB configuration; and a processing unit configured to release all of a plurality of the QoS flow to DRB mapping rules corresponding to the first DRB indicated by the first DRB identity, based on the RRC reconfiguration message, wherein the first DRB identity is associated with an SDAP entity.
A method of manufacturing a vascular filter from a generally tubular member, the generally tubular member including a first portion and a second portion, the second portion being arranged generally concentrically around the first portion, wherein the material for the first portion has a faster biodegradability rate than the material for the second portion; the method including: cutting the first portion to form filtration struts for a filtration basket; and cutting the second portion to form supporting stent struts. cutting the first portion to form filtration struts for a filtration basket; and cutting the second portion to form supporting stent struts.
Arrangement for compensating pressure in a housing, wherein at least one housing wall has a pressure compensation opening, which is closed with a semipermeable membrane, wherein the membrane is fixed, at least in a materially bonded way, on the housing wall and is covered by means of a protective element, wherein the housing wall has, in the region of the pressure compensation opening, an indentation and/or recess (1.1) for receiving the membrane, the respective circumference thereof corresponding to a circumference of the membrane and the height thereof corresponding at least to the thickness of the membrane, characterized in that the housing wall has a further indentation and/or recess (1.2) for the arrangement of the protective element, the dimensions of said indentation or recess corresponding to the dimensions of the protective element, and the indentation and/or recess (1.1) for the membrane is formed within the further indentation and/or recess (1.2) for the protective element.
A surgical stapler, comprising: a housing; an endoscopic portion extending distally from the housing; an end effector disposed at a distal portion of the endoscopic portion, the end effector including a cartridge assembly and an anvil assembly pivotally coupled to the cartridge assembly, the anvil assembly configured to move from an open position to a closed position; and a firing rod including: a shaft(404, 406); and a cam member having a pair of opposing camming surfaces disposed at a distal portion of the shaft, the cam member being in contact with a proximal portion of an inner surface of the anvil assembly, the cam member being rotatable by the firing rod such that the displacement of one of the camming surfaces pushes the anvil assembly from the open position to the closed position. a housing; an endoscopic portion extending distally from the housing; an end effector disposed at a distal portion of the endoscopic portion, the end effector including a cartridge assembly and an anvil assembly pivotally coupled to the cartridge assembly, the anvil assembly configured to move from an open position to a closed position; and a firing rod including: a shaft(404, 406); and a cam member having a pair of opposing camming surfaces disposed at a distal portion of the shaft, the cam member being in contact with a proximal portion of an inner surface of the anvil assembly, the cam member being rotatable by the firing rod such that the displacement of one of the camming surfaces pushes the anvil assembly from the open position to the closed position. a shaft(404, 406); and a cam member having a pair of opposing camming surfaces disposed at a distal portion of the shaft, the cam member being in contact with a proximal portion of an inner surface of the anvil assembly, the cam member being rotatable by the firing rod such that the displacement of one of the camming surfaces pushes the anvil assembly from the open position to the closed position.
Method for executing services in real time by means of an application called "server" for at least one application called "client", characterised in that, a preliminary step establishing for each service S(i) a list of calculation parameters Param (i, j) which are capable of varying within a specific range and which are called adjustable, and information relating to calculation time and quality of service in accordance with the value of the parameters, at the request of a client for a specific service, the method adjusts the value of the adjustable calculation parameters in accordance with a specific constraint, the service being executed using the adjusted values of the parameters.
An activated wooden structural element comprising a first outer layer, at least one active layer and a second outer layer, wherein the outer layers and the active layer comprise boards and/or posts and are connected by a plurality of connectors, wherein the boards and/or posts of the active layer have gaps, wherein at least one fluid conduit is introduced into said gaps, and wherein said gaps in said active layer are obtained by spacing between said boards and/or posts of said active layer, characterized in that each of said plurality of connectors extends into all of said layers and that said connectors are made of wood.
A positioning and stabilising structure for a patient interface for delivery of a supply of pressurized air or breathable gas to a patient's airways, the positioning and stabilising structure comprising: a first fabric layer; a second fabric layer; and a central fabric layer between the first fabric layer and the second fabric layer; characterized in that the positioning and stabilising structure further comprises a third fabric layer on the second fabric layer such that the second fabric layer is between the central fabric layer and the third fabric layer, the central fabric layer, the first fabric and the second fabric are warp/weft knitted together, the third fabric layer is configured to fasten to hooks of a hook and loop fastener to enable length adjustment of the positioning and stabilising structure, the first layer is hydrophilic, and the second layer is hygroscopic. a first fabric layer; a second fabric layer; and a central fabric layer between the first fabric layer and the second fabric layer; characterized in that the positioning and stabilising structure further comprises a third fabric layer on the second fabric layer such that the second fabric layer is between the central fabric layer and the third fabric layer, the central fabric layer, the first fabric and the second fabric are warp/weft knitted together, the third fabric layer is configured to fasten to hooks of a hook and loop fastener to enable length adjustment of the positioning and stabilising structure, the first layer is hydrophilic, and the second layer is hygroscopic.
Apparatus for monitoring and treating sleep disordered breathing for a patient comprising an inner loop control mechanism adapted to provide at least two treatment modes, and an outer loop control mechanism adapted to monitor the effectiveness of therapy provided by the inner loop control mechanism and to control a change in mode if necessary, wherein the outer loop control mechanism monitors the patient and the effectiveness of a current treatment algorithm, wherein the outer loop control mechanism is configured to perform at least one of a.) distinguishing between central and obstructive apnea, and b.) monitoring snoring, wherein the apparatus comprises a controller programmed to select a therapy from a plurality of treatment algorithms, and wherein the apparatus comprises an apnea monitor able to distinguish central and obstructive apneas, a snoring monitor, and wherein the at least two treatment modes provided by the inner loop control mechanism include at least two selected from the group of a basic CPAP, wherein the apparatus provides a pressure suitable for treating a range of conditions, and an automatically adjusting CPAP, wherein, when any of snoring, and obstructive apneas indicate that the treatment level is insufficient, the outer loop control mechanism is adapted to cause the apparatus to switch between the basic CPAP treatment and the automatically adjusting CPAP treatment. wherein the at least two treatment modes provided by the inner loop control mechanism include at least two selected from the group of a basic CPAP, wherein the apparatus provides a pressure suitable for treating a range of conditions, and an automatically adjusting CPAP, wherein, when any of snoring, and obstructive apneas indicate that the treatment level is insufficient, the outer loop control mechanism is adapted to cause the apparatus to switch between the basic CPAP treatment and the automatically adjusting CPAP treatment.
A process of preparing antiviral carbanucleoside compounds of the general formula: where R represents a nitrogen heterocycle selected from purine, adenine, guanine, uracil, thymidine, cytosine and substituted derivatives thereof, where the cyclopentanol ring is bonded to the nitrogen heterocycle, which includes the steps of reacting a protected cyclopentanol of formula: where Ar is an aromatic nucleus, with an appropriately protected purine, adenine, guanine, uracil, thymidine, cytosine or substituted derivative thereof appropriately protected to ensure coupling through a nuclear nitrogen group to the hydroxyl function of the cyclopentyl nucleus, and subsequently deprotecting the resultant carbanucleoside to produce a compound of formula I.
Method for plating a metallic product with a prevailing dimension, the type wire or tape, comprising a treatment cycle of the electrolytic type in continuous cycle so as to progressively obtain a metallic product with a multilayer plating with low release of nickel, said method comprising the following phases: - Preparatory phase (A, B, C, D); - Phase of electrolytic nickel-plating; said method further comprising a stage of electrolytic chromium plating that follows the phase of electrolytic nickel-plating, said metallic product passing through all the stages in a continuous manner and at substantially constant speed, wherein said stage of electrolytic chromium plating comprises at least two galvanic baths (G1, G2, G3) each provided with an anode, characterized in that said stage of electrolytic chromium plating comprises stabilizing means (120, 122, 124, 126) interposed between the at least two galvanic baths (G1, G2, G3), said stabilizing means (120, 122, 124, 126) being adapted to maintain the electric potential difference between said metallic product and said anode between an optimum value and a threshold value during said stage of electrolytic chromium plating, wherein said stabilizing means (120, 122, 124, 126) comprise a sliding element adapted to go into direct contact with the metallic product being processed. - Preparatory phase (A, B, C, D); - Phase of electrolytic nickel-plating;
A MEMS accelerometer comprising: a substrate, which defines a substrate plane; at least two proof masses (101, 102), wherein both proof masses are configured to rotate out of parallel to the substrate plane and move parallel to the substrate plane and wherein the combined centre of mass of the at least two proof masses is at the centre of the accelerometer; at least one in-plane structure configured move parallel to the substrate plane, wherein the at least two proof masses are rotatably connected to the at least one in-plane structure such that movement of the at least two proof masses parallel to the substrate plane causes movement of the at least one in-plane structure parallel to the substrate plane; first sense circuitry configured to sense movement of the at least two proof masses parallel to the substrate plane; and second sense circuitry (171-174, 181-184) configured to sense rotation of the at least two proof masses out of parallel to the substrate plane; characterized in that the at least two out-of-plane proof masses are located towards the exterior of the MEMS accelerometer relative to the at least one in-plane structure. a substrate, which defines a substrate plane; at least two proof masses (101, 102), wherein both proof masses are configured to rotate out of parallel to the substrate plane and move parallel to the substrate plane and wherein the combined centre of mass of the at least two proof masses is at the centre of the accelerometer; at least one in-plane structure configured move parallel to the substrate plane, wherein the at least two proof masses are rotatably connected to the at least one in-plane structure such that movement of the at least two proof masses parallel to the substrate plane causes movement of the at least one in-plane structure parallel to the substrate plane; first sense circuitry configured to sense movement of the at least two proof masses parallel to the substrate plane; and second sense circuitry (171-174, 181-184) configured to sense rotation of the at least two proof masses out of parallel to the substrate plane; characterized in that the at least two out-of-plane proof masses are located towards the exterior of the MEMS accelerometer relative to the at least one in-plane structure.
A method for feeding back channel state information performed by a user equipment, wherein the method comprises: receiving a reference signal sent by a base station; selecting a precoding matrix W from a codebook based on the reference signal, wherein a column vector of the precoding matrix W is expressed as α[ v e jφ v] T, v = [1 e jθ], wherein α is a constant, θ and φ are phases, and [] T indicates transposing of a matrix or vector, wherein the codebook comprises a plurality of precoding matrices; and sending a precoding matrix indicator to the base station, wherein the PMI is corresponding to the selected precoding matrix W which is a matrix in a matrix set, wherein the matrix set is one of: 1 4 1 1 1 1 e jθ − e jθ e jθ − e jθ 1 1 − 1 − 1 e jθ − e jθ − e jθ e jθ, 1 4 1 1 1 1 e jθ − e jθ e jθ − e jθ j j − j − j je jθ − je jθ − je jθ je jθ or 1 4 1 1 1 1 e jθ e jθ − e jθ − e jθ 1 − 1 1 − 1 e jθ − e jθ − e jθ e jθ, 1 4 1 1 1 1 e jθ e jθ − e jθ − e jθ j − j j − j je jθ − je jθ − je jθ je jθ wherein θ = π 8 4 i 1 + 2 ⌊ i 2 / 2 ⌋, i 1 = 0,1,2,3, i 2 = 0,...,7, and └ i 2 /2┘ indicates the greatest integer not greater than i 2 /2. receiving a reference signal sent by a base station; selecting a precoding matrix W from a codebook based on the reference signal, wherein a column vector of the precoding matrix W is expressed as α[ v e jφ v] T, v = [1 e jθ], wherein α is a constant, θ and φ are phases, and [] T indicates transposing of a matrix or vector, wherein the codebook comprises a plurality of precoding matrices; and sending a precoding matrix indicator to the base station, wherein the PMI is corresponding to the selected precoding matrix W which is a matrix in a matrix set, wherein the matrix set is one of: 1 4 1 1 1 1 e jθ − e jθ e jθ − e jθ 1 1 − 1 − 1 e jθ − e jθ − e jθ e jθ, 1 4 1 1 1 1 e jθ − e jθ e jθ − e jθ j j − j − j je jθ − je jθ − je jθ je jθ or 1 4 1 1 1 1 e jθ e jθ − e jθ − e jθ 1 − 1 1 − 1 e jθ − e jθ − e jθ e jθ, 1 4 1 1 1 1 e jθ e jθ − e jθ − e jθ j − j j − j je jθ − je jθ − je jθ je jθ wherein θ = π 8 4 i 1 + 2 ⌊ i 2 / 2 ⌋, i 1 = 0,1,2,3, i 2 = 0,...,7, and └ i 2 /2┘ indicates the greatest integer not greater than i 2 /2.
Key module for a keyboard, wherein the key module comprises: a first wing element and a second wing element for guiding a movement of the key module upon actuation, wherein each wing element comprises a bar, a first arm and a second arm, wherein the arms (1337, 1339) extend away from the bar, wherein a mounting portion is formed on the bar, wherein a first bearing portion for bearing the wing element is formed on the first arm, wherein a second bearing portion for bearing the wing element is formed on the second arm, wherein the first wing element and the second wing element are mechanically coupleable to each other; at least one spring element for providing a reset force upon actuation of the key module, wherein the at least one spring element is mountable to the mounting portion of the first wing element and the mounting portion of the second wing element, wherein the at least one spring element is formed as a tension spring; a support element for supporting the wing elements, wherein a plurality of accommodating portions for accommodating the bearing portions of the wing elements are formed in the support element; characterised in that the key module comprises: at least one cam (1928, 1978) for deforming the at least one spring element in an actuated estate of the key module. a first wing element and a second wing element for guiding a movement of the key module upon actuation, wherein each wing element comprises a bar, a first arm and a second arm, wherein the arms (1337, 1339) extend away from the bar, wherein a mounting portion is formed on the bar, wherein a first bearing portion for bearing the wing element is formed on the first arm, wherein a second bearing portion for bearing the wing element is formed on the second arm, wherein the first wing element and the second wing element are mechanically coupleable to each other; at least one spring element for providing a reset force upon actuation of the key module, wherein the at least one spring element is mountable to the mounting portion of the first wing element and the mounting portion of the second wing element, wherein the at least one spring element is formed as a tension spring; a support element for supporting the wing elements, wherein a plurality of accommodating portions for accommodating the bearing portions of the wing elements are formed in the support element; characterised in that the key module comprises: at least one cam (1928, 1978) for deforming the at least one spring element in an actuated estate of the key module.
A method for amplification of nucleic acid comprising the steps: i) contacting a solid support comprising a chaotropic salt with a cellular sample containing nucleic acid, ii) transferring said solid support to a reaction vessel, iii) incubating said nucleic acid on the solid support with a nucleic acid amplification reagent solution, iv) amplifying the nucleic acid to produce amplified nucleic acid wherein the method of amplification is a quantitative polymerase chain reaction, v) quantifying the amplified nucleic acid and optionally, vi) using Short Tandem Repeat profiling to produce an STR profile, wherein steps i) to vi) are carried out in the presence of the solid support. i) contacting a solid support comprising a chaotropic salt with a cellular sample containing nucleic acid, ii) transferring said solid support to a reaction vessel, iii) incubating said nucleic acid on the solid support with a nucleic acid amplification reagent solution, iv) amplifying the nucleic acid to produce amplified nucleic acid wherein the method of amplification is a quantitative polymerase chain reaction, v) quantifying the amplified nucleic acid and optionally, vi) using Short Tandem Repeat profiling to produce an STR profile,
Package of tobacco-related articles, - comprising a sealed enclosure comprising flexible barrier sheet material wrapping a charge of tobacco-related articles and forming a front wall, a rear wall, two lateral walls, a top wall and a bottom wall, the front wall having a larger area than the top wall, - wherein an access opening extending over part of the front wall and optionally part of the top wall is covered by a re-sealable flap which is foldable about a hinge line located at or close to the top wall to permit access to the interior of the enclosure, and - wherein the flap comprises a label having adhesive edge zones adapted to seal the flap when the flap covers the access opening, - characterised in that the portion of the label extending at the front wall of the enclosure has a length of at least 65% of the length of the front wall, wherein the length of the front wall is measured between the edges where the bottom wall and the top wall of the enclosure are connected to the front wall; and in that the flap comprises a layer which includes barrier sheet material cut from the barrier sheet material of the enclosure, wherein said layer is covered by the label and the adhesive edge zones of the label extend beyond the cut edges of said layer. - comprising a sealed enclosure comprising flexible barrier sheet material wrapping a charge of tobacco-related articles and forming a front wall, a rear wall, two lateral walls, a top wall and a bottom wall, the front wall having a larger area than the top wall, - wherein an access opening extending over part of the front wall and optionally part of the top wall is covered by a re-sealable flap which is foldable about a hinge line located at or close to the top wall to permit access to the interior of the enclosure, and - wherein the flap comprises a label having adhesive edge zones adapted to seal the flap when the flap covers the access opening, - characterised in that
An agent for oxidatively dyeing keratinous fibers, in particular human hair, containing, in a cosmetic carrier, at least one oxidation dye precursor of structure and/or one of its physiologically acceptable salts where R 1 and R 2, independently of one another, represent hydrogen or a linear or branched C1-C10 alkyl group which may be substituted by one to ten hydroxyl groups, where R 1 and R 2 do not simultaneously represent hydrogen, and also glucoheptonic acid and/or at least one of its physiologically acceptable salts and/or lactones, and at least one oxidizing agent other than atmospheric oxygen, characterized in that it contains at least one oxidation dye precursor of structure, in which R 1 represents a 2-hydroxyethyl group and R 2 represents hydrogen. at least one oxidation dye precursor of structure and/or one of its physiologically acceptable salts where R 1 and R 2, independently of one another, represent hydrogen or a linear or branched C1-C10 alkyl group which may be substituted by one to ten hydroxyl groups, where R 1 and R 2 do not simultaneously represent hydrogen, and also glucoheptonic acid and/or at least one of its physiologically acceptable salts and/or lactones, and at least one oxidizing agent other than atmospheric oxygen,