mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising means configured at least to: generate, during an instantiation process of a virtualised network function component wherein the instantiation process comprises generation of a key-pair, of a public key infrastructure, for the virtualised network function component by a security management entity external to the virtualised network, an attribute for the virtualised network function component, wherein the attribute is unique to the virtualised network function component; assign the attribute to the virtualised network function component; and wherein the attribute comprises a trust attribute comprising the key-pair; and wherein the attribute is usable by the virtualised network function component for one or more of: identification thereof in the virtualised network; authorization thereof in the virtualised network; and proving one or more characteristics of the virtualised network function component. generate, during an instantiation process of a virtualised network function component wherein the instantiation process comprises generation of a key-pair, of a public key infrastructure, for the virtualised network function component by a security management entity external to the virtualised network, an attribute for the virtualised network function component, wherein the attribute is unique to the virtualised network function component; assign the attribute to the virtualised network function component; and wherein the attribute comprises a trust attribute comprising the key-pair; and wherein the attribute is usable by the virtualised network function component for one or more of: identification thereof in the virtualised network; authorization thereof in the virtualised network; and proving one or more characteristics of the virtualised network function component. identification thereof in the virtualised network; authorization thereof in the virtualised network; and proving one or more characteristics of the virtualised network function component.
A method for manufacturing a polymeric stent, comprising: manufacturing the polymeric stent by forming a pattern on a polylactic acid tube with a second harmonic generator laser in which a wavelength of 940 nm to 1,552 nm is converted, wherein a pulse width of the second harmonic generator laser is 1 fs to 900 fs, and wherein a repetition rate of the second harmonic generator laser is 2 kHz to 200 kHz.
Primary mixture for preparing bitumen-polymer compositions, said primary mixture comprising: (a) at least 25% w/w, preferably from 25 to 80 % w/w of a styrene and butadiene copolymer with a linear or star molecular structure, having a proportion of styrene units of between 5% and 50% by mass with respect to the total mass of butadiene units, (c) and one or several alkyyl-(mono)esters of a C16-C18 fatty acid. (a) at least 25% w/w, preferably from 25 to 80 % w/w of a styrene and butadiene copolymer with a linear or star molecular structure, having a proportion of styrene units of between 5% and 50% by mass with respect to the total mass of butadiene units, (c) and one or several alkyyl-(mono)esters of a C16-C18 fatty acid.
Method for controlling a wind turbine to maintain emitted noise below a predetermined noise level, the method comprising the steps of: Determining a boundary layer profile of the wind coming towards the wind turbine based on a measurement of at least one sensor; estimating the wind velocity at the height at which noise is measured according to the regulations based on the boundary layer profile; and operating the wind turbine to maintain the emitted noise below a predetermined noise level when the estimated wind velocity at the height at which noise is measured according to the regulations (h ref) is below a predetermined value. Determining a boundary layer profile of the wind coming towards the wind turbine based on a measurement of at least one sensor; estimating the wind velocity at the height at which noise is measured according to the regulations based on the boundary layer profile; and operating the wind turbine to maintain the emitted noise below a predetermined noise level when the estimated wind velocity at the height at which noise is measured according to the regulations (h ref) is below a predetermined value.
A process for the manufacturing of the compound of formula: said process comprising the reaction of a compound of formula: wherein R 1 is H or Br, with SF 4 and HF, to give a compound of formula: wherein R 1 is H or Br. said process comprising the reaction of a compound of formula: wherein R 1 is H or Br, with SF 4 and HF, to give a compound of formula: wherein R 1 is H or Br.
A urinary incontinence prevention clip for men comprising: a clip body including an upper frame located to correspond to an upper part of male genitalia, a lower frame located to correspond to a lower part of the male genitalia, and a connection part connected to a first end of the upper frame and a first end of the lower frame and having an elastic restoring force for spacing a second end of the upper frame and a second end of the lower frame from each other; a cushion part (120, 200) provided on the inside of each of the upper frame and the lower frame; and locking parts formed at the second end of the upper frame and the second end of the lower frame of the clip body to be fastened with each other, characterized in that the upper frame includes an arc-shaped first recessed portion formed at a center of an inner side of the upper frame to not press a blood vessel of the male genitalia, the lower frame includes a first pressing protrusion and a pair of first elastic members, the first pressing protrusion being formed at a center of an inner side of the lower frame to press an urethra of the male genitalia and the first elastic members being formed in an arch shape at left and right sides of the first pressing protrusion, the connection part further includes a V-shaped bent portion provided at a center of the connection part to provide an additional elastic force and formed integrally with the connection part. a clip body including an upper frame located to correspond to an upper part of male genitalia, a lower frame located to correspond to a lower part of the male genitalia, and a connection part connected to a first end of the upper frame and a first end of the lower frame and having an elastic restoring force for spacing a second end of the upper frame and a second end of the lower frame from each other; a cushion part (120, 200) provided on the inside of each of the upper frame and the lower frame; and locking parts formed at the second end of the upper frame and the second end of the lower frame of the clip body to be fastened with each other, characterized in that the upper frame includes an arc-shaped first recessed portion formed at a center of an inner side of the upper frame to not press a blood vessel of the male genitalia, the lower frame includes a first pressing protrusion and a pair of first elastic members, the first pressing protrusion being formed at a center of an inner side of the lower frame to press an urethra of the male genitalia and the first elastic members being formed in an arch shape at left and right sides of the first pressing protrusion, the connection part further includes a V-shaped bent portion provided at a center of the connection part to provide an additional elastic force and formed integrally with the connection part.
A light emitting device package comprising: first and second frames (111, 112) spaced apart from each other; a package body including a body disposed between the first and second frames (111, 112); a light emitting device including first and second electrodes (121, 122); a first opening part provided through the first frame; a second opening part provided through the second frame; and a conductive material (321, 322) disposed in the first and second opening parts (TH1, TH2), wherein the first electrode of the light emitting device overlaps with the first opening part in the first frame, wherein the second electrode of the light emitting device overlaps with the second opening part in the second frame, wherein the first and second electrodes (121, 122) are spaced apart from each other, and characterized in that the light emitting device package further comprises an adhesive disposed between the body of the package body and the light emitting device, and wherein the conductive material (321, 322) in the first and second opening parts (TH1, TH2) respectively contacts the first and second electrodes (121, 122), and a first side surface of the first electrode and a second side surface of the second electrode facing the first side surface both contact the adhesive disposed between the body of the package body and the light emitting device, and wherein the light emitting device package further comprises a recess disposed between the first frame and the second frame, and the recess is in an upper surface of the body, and the adhesive is in the recess. first and second frames (111, 112) spaced apart from each other; a package body including a body disposed between the first and second frames (111, 112); a light emitting device including first and second electrodes (121, 122); a first opening part provided through the first frame; a second opening part provided through the second frame; and a conductive material (321, 322) disposed in the first and second opening parts (TH1, TH2), wherein the first electrode of the light emitting device overlaps with the first opening part in the first frame, wherein the second electrode of the light emitting device overlaps with the second opening part in the second frame, wherein the first and second electrodes (121, 122) are spaced apart from each other, and characterized in that the light emitting device package further comprises an adhesive disposed between the body of the package body and the light emitting device, and wherein the conductive material (321, 322) in the first and second opening parts (TH1, TH2) respectively contacts the first and second electrodes (121, 122), and a first side surface of the first electrode and a second side surface of the second electrode facing the first side surface both contact the adhesive disposed between the body of the package body and the light emitting device, and wherein the light emitting device package further comprises a recess disposed between the first frame and the second frame, and the recess is in an upper surface of the body, and the adhesive is in the recess.
Rolling boot that has a first fastening region, a second fastening region, a transition region adjacent to the first fastening region, and an adjoining membrane region comprising a first membrane subsection and a second membrane subsection, which are connected to each other via a rounding part, characterized in that at least one circumferential reinforcement rib is located on the outer surface of the transition region and numerous supporting ribs are located between reinforcement rib and the first subsection of the membrane region, and wherein said transition region comprises the reinforcement rib and a wall part, on which the reinforcement rib is arranged, wherein the wall part directly adjoins the first subsection of the membrane region.
An input receiver, comprising: a pass transistor; a first inverter; a control circuit configured to switch on the pass transistor to pass an input signal through the pass transistor to an input of the first inverter responsive to a receipt of the input signal equaling a low voltage in a first binary state, wherein the control circuit is further configured to switch off the pass transistor responsive to a receipt of the input signal equaling a high voltage in the first binary state, wherein the high voltage is greater than the low voltage; and a source follower transistor configured to pass a threshold-voltage-reduced version of the input signal to the input of the first inverter responsive to the receipt of the input signal equaling the high voltage in the first binary state, wherein the high voltage is greater than the low voltage. a pass transistor; a first inverter; a control circuit configured to switch on the pass transistor to pass an input signal through the pass transistor to an input of the first inverter responsive to a receipt of the input signal equaling a low voltage in a first binary state, wherein the control circuit is further configured to switch off the pass transistor responsive to a receipt of the input signal equaling a high voltage in the first binary state, wherein the high voltage is greater than the low voltage; and a source follower transistor configured to pass a threshold-voltage-reduced version of the input signal to the input of the first inverter responsive to the receipt of the input signal equaling the high voltage in the first binary state, wherein the high voltage is greater than the low voltage.
A remote control for an air conditioner, the remote control comprising: a controller; a main storage unit configured to store setup data for air conditioning an external communication unit configured to communicate with an external apparatus even when the controller is not supplied with power, the external apparatus being different from the air conditioner; and an auxiliary storage unit in which communication data obtained by the external communication unit through communication with the external apparatus is stored; characterized in that the controller is configured to reflect setting of the remote control if the communication data in the auxiliary storage unit is for the setting, and to stores the communication data in the main storage unit and; to forward the communication data outside via a communication port if the communication data in the auxiliary storage unit is not for the setting remote control. a controller; a main storage unit configured to store setup data for air conditioning an external communication unit configured to communicate with an external apparatus even when the controller is not supplied with power, the external apparatus being different from the air conditioner; and an auxiliary storage unit in which communication data obtained by the external communication unit through communication with the external apparatus is stored; characterized in that the controller is configured to reflect setting of the remote control if the communication data in the auxiliary storage unit is for the setting, and to stores the communication data in the main storage unit and; to forward the communication data outside via a communication port if the communication data in the auxiliary storage unit is not for the setting remote control.
A method for producing polypropiolactone, comprising: reacting, by a continuous reaction, ethylene oxide and carbon monoxide in the presence of a carbonylation catalyst and a carbonylation solvent in a first reaction zone to convert at least a portion of the EO to a beta propiolactone product stream, wherein the BPL product stream comprises BPL, carbonylation catalyst, and carbonylation solvent; separating at least a portion of carbonylation catalyst from the BPL product stream to produce a carbonylation catalyst recycling stream and a processed BPL product stream, wherein the processed BPL product stream comprises BPL and carbonylation solvent; removing at least a portion of the carbonylation solvent from the processed BPL product stream to produce a polymerization feed stream, wherein the polymerization feed stream comprises BPL; and polymerizing, in a second reaction zone, the BPL in the polymerization feed stream with a polymerization catalyst in the presence of a polymerization solvent to produce PPL. reacting, by a continuous reaction, ethylene oxide and carbon monoxide in the presence of a carbonylation catalyst and a carbonylation solvent in a first reaction zone to convert at least a portion of the EO to a beta propiolactone product stream, wherein the BPL product stream comprises BPL, carbonylation catalyst, and carbonylation solvent; separating at least a portion of carbonylation catalyst from the BPL product stream to produce a carbonylation catalyst recycling stream and a processed BPL product stream, wherein the processed BPL product stream comprises BPL and carbonylation solvent; removing at least a portion of the carbonylation solvent from the processed BPL product stream to produce a polymerization feed stream, wherein the polymerization feed stream comprises BPL; and polymerizing, in a second reaction zone, the BPL in the polymerization feed stream with a polymerization catalyst in the presence of a polymerization solvent to produce PPL.
A method of controlling movement of a body through a plurality of motion commands along a trajectory in a multi-dimensional environment during a plurality of control cycles, including the steps of: determining a current position of the body in the multi-dimensional environment during a current control cycle; and determining an ideal position on the trajectory, the ideal position being a point on the trajectory that is closest to the current position; characterized by determining a vector difference between the current position and the ideal position; and adjusting a velocity of the body for a subsequent control cycle based on the vector difference, a tangential tracking error of the ideal position and a distance from the ideal position to a stopper position spaced apart from an endpoint of the trajectory. determining a current position of the body in the multi-dimensional environment during a current control cycle; and determining an ideal position on the trajectory, the ideal position being a point on the trajectory that is closest to the current position; characterized by determining a vector difference between the current position and the ideal position; and adjusting a velocity of the body for a subsequent control cycle based on the vector difference, a tangential tracking error of the ideal position and a distance from the ideal position to a stopper position spaced apart from an endpoint of the trajectory.
A measuring device of electric properties of geological samples comprising a hollow body (11, 12) having a longitudinal axis and consisting of a first upper half-shell and a second lower half-shell, the upper and lower half-shells (11, 12) sliding one inside the other coaxially with said longitudinal axis, inside said body (11, 12), there being a housing seat for housing a cylindrical sample, said housing seat being coaxial with said longitudinal axis and having axially opposed ends, two pairs of electrodes (13, 14) being envisaged facing said housing seat for the injection of current into said sample and for measuring the voltage at the ends of said sample, characterized in that said pairs of electrodes (13, 14) are pairs of coplanar electrodes, each pair situated at one of said axially opposed ends of said housing seat, said housing seat being formed inside the measuring device by two opposing second housings (23, 23a) each corresponding to one of said two pairs of coplanar electrodes (13, 14).
A silicone particle comprising: a dialkylsiloxane unit represented by the following general formula, R 4 2 SiO 2/2 wherein in the formula, R 4 s each independently represent a monovalent hydrocarbon group having 1 to 6 carbon atoms; and a poly(alkyleneoxyalkyl)methylsiloxane unit represented by the following general formula, wherein in the formula, R 1 s each independently represent a hydrogen atom or a monovalent hydrocarbon group having 1 to 6 carbon atoms, R 2 s each independently represent a divalent aliphatic group having 1 to 6 carbon atoms, and "n" is a number that satisfies 1 ≤ n ≤ 20, wherein the silicone particle has an oxyalkylene group in a surface thereof. a dialkylsiloxane unit represented by the following general formula, R 4 2 SiO 2/2 wherein in the formula, R 4 s each independently represent a monovalent hydrocarbon group having 1 to 6 carbon atoms; and a poly(alkyleneoxyalkyl)methylsiloxane unit represented by the following general formula, wherein in the formula, R 1 s each independently represent a hydrogen atom or a monovalent hydrocarbon group having 1 to 6 carbon atoms, R 2 s each independently represent a divalent aliphatic group having 1 to 6 carbon atoms, and "n" is a number that satisfies 1 ≤ n ≤ 20, wherein the silicone particle has an oxyalkylene group in a surface thereof.
Medical instrument, with an instrument head designed for use on a patient, with a supply line which comprises at least two fluid lines (25, 26) for a gaseous, liquid or supercritical fluid, and at least one casing, wherein the fluid lines (25, 26) extend through the interior of the casing and of which one conducts a fluid to the instrument head and the other conducts a fluid away from the instrument head, with an instrument connector which has an end face and an interior totally filled with a casting compound, with at least two fluid connectors (28, 29) which are in fluidic communication with the fluid lines (25, 26) and which are arranged on the end face, with at least one venting opening serving for pressure relief, which is connected via a venting hose or a corresponding pipe to the interior of the casing to discharge any leakage fluid occurring, and via which the interior is connected to atmosphere, wherein the venting opening is arranged on the end face of the fluid connector, wherein the casting compound envelopes the fluid lines (25, 26) and the venting hose.
A self-emulsifying drug delivery formulation for improved oral delivery of tocotrienols, said formulation comprising: a fat-soluble compound selected from tocotrienols; two emulsifiers each selected from the group consisting of nonionic surfactants, wherein the emulsifiers are sorbitan monolaurate (Span 20) and polyoxyethylene sorbitan 20 monooleate (Polysorbate 80); and an oil carrier selected from the group consisting of glycerides, characterized in that the amount of emulsifiers is 10% to 60%, by weight of the formulation, wherein the amount of oil carrier is 6% to 56%, by weight of the formulation, and wherein the oil carrier is glycerol trioleate oil, wherein said glycerol trioleate oil includes the main triglycerides of triolein, wherein said glycerol trioleate oil comprises of the amount of triolein 55% to 99% by weight of said glycerol trioleate oil. a fat-soluble compound selected from tocotrienols; two emulsifiers each selected from the group consisting of nonionic surfactants, wherein the emulsifiers are sorbitan monolaurate (Span 20) and polyoxyethylene sorbitan 20 monooleate (Polysorbate 80); and an oil carrier selected from the group consisting of glycerides, characterized in that the amount of emulsifiers is 10% to 60%, by weight of the formulation, wherein the amount of oil carrier is 6% to 56%, by weight of the formulation, and wherein the oil carrier is glycerol trioleate oil, wherein said glycerol trioleate oil includes the main triglycerides of triolein, wherein said glycerol trioleate oil comprises of the amount of triolein 55% to 99% by weight of said glycerol trioleate oil.