mhurhangee/patent-ind-claim-en huggingface dataset:
A tympanostomy tube for insertion into and residence in a tympanic membrane of a mammal, the tympanostomy tube comprising: a body including a first end portion , a second end portion , a central portion disposed between the first and second end portions, and an axially extending passageway having a first open end disposed adjacent the first end portion , and a second open end disposed adjacent the second end portion , and an axis extending between the first open end and second open end, the first end portion including a relatively enlarged diameter, generally radially extending flange , the central portion including a reduced diameter portion sized for extending through and residing in tissue of the tympanic membrane, the second end portion including a relatively enlarged diameter second flange disposed adjacent the second end portion , the second flange including a perimetral edge having a cutting portion sufficiently sharp to cut through the tympanic membrane during insertion of the tympanostomy tube through the tympanic membrane, characterised in that the cutting portion has a rounded leading edge , the rounded leading edge being a serrated edge for cutting through the tympanic membrane. a body including a first end portion , a second end portion , a central portion disposed between the first and second end portions, and an axially extending passageway having a first open end disposed adjacent the first end portion , and a second open end disposed adjacent the second end portion , and an axis extending between the first open end and second open end, the first end portion including a relatively enlarged diameter, generally radially extending flange , the central portion including a reduced diameter portion sized for extending through and residing in tissue of the tympanic membrane, the second end portion including a relatively enlarged diameter second flange disposed adjacent the second end portion , the second flange including a perimetral edge having a cutting portion sufficiently sharp to cut through the tympanic membrane during insertion of the tympanostomy tube through the tympanic membrane, characterised in that the cutting portion has a rounded leading edge , the rounded leading edge being a serrated edge for cutting through the tympanic membrane.
A logo projector , comprising: an LED light source configured to produce light; a condenser configured to receive the light from the LED light source and output substantially collimated light, which proceeds to a logo film ; a logo to be projected from the logo film , wherein the logo film is configured to optically interact with the collimated light from the condenser ; a first imaging lens configured to collect the light from the logo film and a second imaging lens that in conjunction with the first imaging lens is configured to produce a resulting image on a target surface , wherein the logo projector has a track length of less than 15 mm, and wherein the logo projector produces a resulting image on a target surface . an LED light source configured to produce light; a condenser configured to receive the light from the LED light source and output substantially collimated light, which proceeds to a logo film ; a logo to be projected from the logo film , wherein the logo film is configured to optically interact with the collimated light from the condenser ; a first imaging lens configured to collect the light from the logo film and a second imaging lens that in conjunction with the first imaging lens is configured to produce a resulting image on a target surface , wherein the logo projector has a track length of less than 15 mm, and wherein the logo projector produces a resulting image on a target surface .
A spray assembly for a repair machine , said repair machine structured to apply a repair fluid to a plurality of can ends , each said can end including a body and a first deformation , said can end body having an upper side , and a perimeter, said first deformation disposed on said can end body upper side and adjacent said can end body perimeter, said repair machine including a can end conveyor assembly , said can end conveyor assembly structured to transport said can ends over a path, said can end conveyor assembly including a number of reference locations , said spray assembly comprising: a locator assembly structured to determine the location of said first deformation relative to a can end conveyor assembly reference location and to provide a location signal; a spray gun assembly including a number of spray heads and a motion assembly ; each said spray head structured to apply a repair fluid to said can end ; said motion assembly structured to receive an orientation signal and, in response to said orientation signal, to position one said spray head of said number of spray heads in an application orientation relative to said first deformation ; and a control assembly , said control assembly structured to receive a location signal, to convert said location signal to orientation data, and to provide an orientation signal, said control assembly in electronic communication with said locator assembly and said motion assembly . a locator assembly structured to determine the location of said first deformation relative to a can end conveyor assembly reference location and to provide a location signal; a spray gun assembly including a number of spray heads and a motion assembly ; each said spray head structured to apply a repair fluid to said can end ; said motion assembly structured to receive an orientation signal and, in response to said orientation signal, to position one said spray head of said number of spray heads in an application orientation relative to said first deformation ; and a control assembly , said control assembly structured to receive a location signal, to convert said location signal to orientation data, and to provide an orientation signal, said control assembly in electronic communication with said locator assembly and said motion assembly .
A method for stabilizing 5-hydroxymethylfurfural (HMF), comprising the addition of at least one sterically hindered piperidine- N -oxyl radical of general formula I where R 1 , R 2 , R 3 , and R 4 each independently stand for C 1 -C 6 alkyl, and R 5 and R 6 each independently stand for H, hydroxy, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, or amino, in an effective quantity. R 1 , R 2 , R 3 , and R 4 each independently stand for C 1 -C 6 alkyl, and R 5 and R 6 each independently stand for H, hydroxy, C 1 -C 6 alkyl, C 1 -C 6 alkoxy, or amino,
A building block comprising the structure wherein 2 ≤ n ≤ 24, m = 2 or 3, wherein A is Boc and B is Fmoc. wherein 2 ≤ n ≤ 24, m = 2 or 3, wherein A is Boc and B is Fmoc.
A backlight module comprising: a diffuser ; a light guide having a top surface and a bottom surface , the light guide top surface being adjacent the diffuser ; a reflector ; and a prism structure positioned between the light guide bottom surface and the reflector , the prism structure having a plurality of prisms extending towards the light guide , wherein the prisms are triangular prisms characterised in that the prisms are asymmetrically shaped, wherein at least one of the plurality of prisms has an apex angle larger than first and second base angles (b1, b2) of the prism and wherein the second base angle (b2) is 1.5 to 4 time larger than the first base angle (b1). a diffuser ; a light guide having a top surface and a bottom surface , the light guide top surface being adjacent the diffuser ; a reflector ; and a prism structure positioned between the light guide bottom surface and the reflector , the prism structure having a plurality of prisms extending towards the light guide , wherein the prisms are triangular prisms characterised in that the prisms are asymmetrically shaped, wherein at least one of the plurality of prisms has an apex angle larger than first and second base angles (b1, b2) of the prism and wherein the second base angle (b2) is 1.5 to 4 time larger than the first base angle (b1).
A container system for liquids, the container system having i) a container body with a mouth circumscribing a central axis; ii) a resilient stopper having a body portion closely received within the mouth of the container and a distal end projecting outwardly from the mouth, the distal end having an annular flange projecting radially outward from the distal end and having an axially-inwardly facing surface and axially-outwardly facing surface , with the axially inwardly facing surface in sealed engaging relationship against a distal outer end of the mouth; iii) a cap secured over the mouth of the container body and enclosing the distal outer end of the stopper, the cap including an axially-inwardly facing surface , characterised in that a channel is defined between the axially-inwardly facing surface of the cap and the axially-outward facing surface of the flange of the stopper; and in that a spring element is located in the channel between the cap and stopper, the spring element comprised of a resilient polymer and having a shaped geometry in cross-section defining at least two separate points of contact between the stopper and cap within the channel, wherein the spring element provides axial compression against the flange of the stopper to maintain the flange in sealing relationship with the distal end of the mouth of the container and maintains a seal between the stopper and cap.
A compound having formula (I) a stereoisomeric form, a pharmaceutically acceptable salt, solvate or polymorph thereof, wherein the compounds are selected from the group comprising:
Device for separating feed material for separating a first fraction comprising moist, slippery, slimy, kneadable, dough-like, cohesive and/or tough soils and/or soil materials, preferably clay-containing or clay-like adhesions, further preferably intended for use in a quarry, with a plurality of rotary elements designed as helical screws, wherein a rotary element has a shaft and at least one helix extending spirally around the shaft , characterized in that at least one entraining element arranged on the outer surface of the shaft and projecting from the outer surface of the shaft is provided for entraining and/or separating the first fraction , wherein the entraining element is designed as a linear and/or bead-shaped elevation and/or as a strip-shaped web which is in particular continuous and/or uninterrupted in the longitudinal direction (L) of the shaft , wherein the entraining element has a thickness of at least 1 mm and wherein the entraining element is designed as a build-up welding and/or armour-plating. at least one entraining element arranged on the outer surface of the shaft and projecting from the outer surface of the shaft is provided for entraining and/or separating the first fraction , wherein the entraining element is designed as a linear and/or bead-shaped elevation and/or as a strip-shaped web which is in particular continuous and/or uninterrupted in the longitudinal direction (L) of the shaft , wherein the entraining element has a thickness of at least 1 mm and wherein the entraining element is designed as a build-up welding and/or armour-plating.
A cover assembly for an interior of a vehicle, the cover assembly comprising: a cover member comprising one or more mounting device ; and a panel comprising one or more slot to receive a portion of the one or more mounting device to enable fixing of the cover member with the panel ; wherein each mounting device comprises: a connecting link coupled to or extended from the cover member ; one or more first protrusion coupled to or extended from respective first side face of a free end portion of the connecting link , the one or more first protrusion being extended substantially perpendicularly or obliquely from the free end portion of the connecting link ; and one or more second protrusion coupled to or extended from a second side face of the free end portion of the connecting link such that the one or more second protrusion is extended in a direction substantially perpendicularly or oblique from the free end portion of the connecting link and the one or more first protrusion , wherein the connecting link , the one or more first protrusion , and the one or more second protrusion are adapted to be received in the corresponding one or more slot of the panel such that at least one of the one or more first protrusion and the one or more second protrusion is abutted with the panel for preventing the detachment of the cover member from the panel during an event of collision/impact of the vehicle, characterized in that each of the one or more slot of the panel is a plus-shaped slot. a cover member comprising one or more mounting device ; and a panel comprising one or more slot to receive a portion of the one or more mounting device to enable fixing of the cover member with the panel ; a connecting link coupled to or extended from the cover member ; one or more first protrusion coupled to or extended from respective first side face of a free end portion of the connecting link , the one or more first protrusion being extended substantially perpendicularly or obliquely from the free end portion of the connecting link ; and one or more second protrusion coupled to or extended from a second side face of the free end portion of the connecting link such that the one or more second protrusion is extended in a direction substantially perpendicularly or oblique from the free end portion of the connecting link and the one or more first protrusion , wherein the connecting link , the one or more first protrusion , and the one or more second protrusion are adapted to be received in the corresponding one or more slot of the panel such that at least one of the one or more first protrusion and the one or more second protrusion is abutted with the panel for preventing the detachment of the cover member from the panel during an event of collision/impact of the vehicle, characterized in that each of the one or more slot of the panel is a plus-shaped slot.
A method for producing a high strength or load bearing nylon fiber, said method comprising melt-spinning nylon polymer into filaments, uniformly quenching the filaments and forming a tow from a multiplicity of these quenched filaments, subjecting the tow to a first drawing stage in the presence of steam at a temperature in the range from 80 °C to 125 °C, annealing, and then cooling to a temperature of less than 80 °C, and converting the resulting drawn and annealed tow into staple fibers; wherein steam is introduced between feeding and drawing to maximize draw of the nylon; wherein throughout the drawing, annealing, and cooling operations, the tows are maintained under controlled tension and are not permitted to relax.
Device for manipulating a casting tube in a changing device at the spout of a metallurgical vessel, with a robot for the manipulation of the casting tube , with a car and the vessel mounted on it, wherein the robot is provided with a base , a carrying arm that can pivot on the base and at least one extension arm , which is mounted rotatably on this carrying arm , with a gripper for the casting tube , wherein a front side of the vessel with a stage for the access of personnel during the casting, and a rear side of the vessel is also available, wherein the base of the robot arranged on the rear side of the vessel, is securable on this car next to the vessel, wherein at the base is arranged a rotatable bearing with the on this pivotable carrying arm , which is pivotable lateral at the container into a position directed downwards, wherein the container is configured as a tundish , which can be moved on a car into or away from the casting position, wherein the base of the robot is secured on the car laterally in the upper region next to the tundish , and therefore the robot can be moved together with the car .
A sheet molding compound comprising: a thickened product of a resin composition comprising a vinyl ester resin, a thickener, a polymerization initiator, a polymerization inhibitor and isobornyl methacrylate; and a reinforcing fiber. a thickened product of a resin composition comprising a vinyl ester resin, a thickener, a polymerization initiator, a polymerization inhibitor and isobornyl methacrylate; and a reinforcing fiber.
A composition comprising a carrier liquid and lignin or lignin derivatives solubilized in said carrier liquid; wherein at least one of the hydroxyl groups of the lignin or lignin derivatives have been substituted with ester groups forming esterified lignin or lignin derivatives wherein the hydroxyl groups of the lignin or lignin derivative are substituted with ester groups of an unsaturated fatty acid and wherein the carrier liquid is hydrocarbon oil.
A service rate adjustment method, performed by a session border controller, SBC, comprising: receiving (S603) a first Real-Time Transport Control Protocol, RTCP APP, packet sent by a base station, wherein the RTCP APP packet is in downlink direction; obtaining (S603) an actual transmission capability information of the base station from the first RTCP APP packet, wherein the actual transmission capability information comprises current transmission quality information of the air interface of the base station or service rate information expected by the air interface of the base station; adjusting a service rate of the SBC according to the actual transmission capability information when a service packet is sent from the SBC to the base station, wherein the SBC performs codec conversion processing according to SIP signaling negotiation performed between terminals; sending (S606) the service packet to the base station at an increased or a decreased service rate. receiving (S603) a first Real-Time Transport Control Protocol, RTCP APP, packet sent by a base station, wherein the RTCP APP packet is in downlink direction; obtaining (S603) an actual transmission capability information of the base station from the first RTCP APP packet, wherein the actual transmission capability information comprises current transmission quality information of the air interface of the base station or service rate information expected by the air interface of the base station; adjusting a service rate of the SBC according to the actual transmission capability information when a service packet is sent from the SBC to the base station, wherein the SBC performs codec conversion processing according to SIP signaling negotiation performed between terminals; sending (S606) the service packet to the base station at an increased or a decreased service rate.
An authentication method implemented by an authentication server to authenticate a terminal (TRM), this method including: - a step of generating or renewing a shared secret (KD) from an identifier of said user terminal (TRM) and sending (F10) information (KD, KSL) obtained from this secret to said terminal (TRM); - a step (F20) of receiving a request to verify an authentication code (OTP 1 ); - a step (F30) of obtaining, through a secret cryptographic function, a dynamic security code (DCCV 2 ) by using a bank account number associated with said terminal (TRM), and a time data (CTC) obtained by said server (SRV); - a step (F40) of obtaining a verification code (OTP2) from said dynamic security code (DCCV 2 ), from the secret (KD) shared between said terminal (TRM) and said server (SRV) and from a time data (ATC) obtained by said server; - a step (F50) of verifying the validity of said authentication code (OTP 1 ) by comparing it with said verification code (OTP 2 ). - a step of generating or renewing a shared secret (KD) from an identifier of said user terminal (TRM) and sending (F10) information (KD, KSL) obtained from this secret to said terminal (TRM); - a step (F20) of receiving a request to verify an authentication code (OTP 1 ); - a step (F30) of obtaining, through a secret cryptographic function, a dynamic security code (DCCV 2 ) by using a bank account number associated with said terminal (TRM), and a time data (CTC) obtained by said server (SRV); - a step (F40) of obtaining a verification code (OTP2) from said dynamic security code (DCCV 2 ), from the secret (KD) shared between said terminal (TRM) and said server (SRV) and from a time data (ATC) obtained by said server; - a step (F50) of verifying the validity of said authentication code (OTP 1 ) by comparing it with said verification code (OTP 2 ).
Method for diagnosing the state of health (SOH) of a battery implemented by a test device , comprising the following steps: - determining (F1) a first voltage value (V D ) of the battery during partial discharge at a constant current (I), - determining (F2) a second open circuit voltage value (Vco) of the battery, and - deducing (F3) the state of health (SOH), method characterized in that a first state of charge value (SOC 1 ) is determined from the first voltage value (V D ), a second state of charge value (SOC 2 ) is determined from the second open circuit voltage value (V CO ) and in that the state of health SOH is calculated from the relationship SOH = 100 − 100 ⋅ SOC 2 − SOC 1 100 − SOC 1 , , where SOC 1 is the first state-of-charge value and SOC 2 is the second state-of-charge value. - determining (F1) a first voltage value (V D ) of the battery during partial discharge at a constant current (I), - determining (F2) a second open circuit voltage value (Vco) of the battery, and - deducing (F3) the state of health (SOH),
A phthalonitrile resin comprising a polymerized unit derived from a compound of Formula 1 below: wherein, R 1 to R 10 are each independently hydrogen, an alkyl group, an alkoxy group, an aryl group or a substituent of Formula 2 below, provided that at least one of R 1 to R 5 is a substituent of Formula 2 below and at least one of R 6 to R 10 is a substituent of Formula 2 below, and X is an alkylene group or an alkylidene group, wherein, L is an alkylene group, an alkylidene group, an oxygen atom or a sulfur atom , wherein the polymerized unit derived from the compound of Formula 1 comprises polymerized units of two or more compounds of Formulas 3 to 5 below: wherein, R 1 to R 10 are each independently hydrogen, an alkyl group, an alkoxy group or an aryl group, X is an alkylene group or an alkylidene group, and L is an alkylene group, an alkylidene group, an oxygen atom or a sulfur atom.
A method for producing a medical device, which comprises a step of disposing a solution containing a hydrophilic polymer having a hydroxyl group and an amide group and a substrate on or in a support, and heating the solution and the substrate through the support, wherein a pH of the solution before starting the heating step is in a range of 2.0 or higher and 6.0 or lower, and a pH of the solution after completion of the heating step is in a range of 2.0 or higher and 6.0 or lower, wherein the support is a mold that has been used for molding the substrate.