mhurhangee/patent-ind-claim-en huggingface dataset:
Connection system comprising at least one vertex cubic connector , at least one socket with a cavity for receiving a stud of said connector, and at least one rod with a hollow end for receiving and fastening said socket , in direct and continuous longitudinal contact between the socket and the hollow end of the rod; wherein the vertex cubic connector comprises at least one stud for inserting and rotating within said cavity; wherein said stud protrudes from a cube face of said cubic connector ; wherein said stud comprises one or more pins at an end distal to said face; wherein said pins extend radially from said stud ; wherein said socket comprises longitudinal grooves arranged in the cavity so that said pins slide therein and wherein the grooves terminate in bearing surfaces to hold the pins when the stud is rotated relative to the socket ; wherein the socket and the stud are configured so that said face abuts directly against the end of the rod when the cubic connector is assembled in the socket and the socket is assembled in the rod; characterised in that , the socket comprises at least one ball and one spring arranged axially, and/or radially, to compress the ball against a pin of the vertex cubic connector to retain the pin after the pin has passed through the ball , to stop the rotation of the connector with respect to the socket. wherein the vertex cubic connector comprises at least one stud for inserting and rotating within said cavity; wherein said stud protrudes from a cube face of said cubic connector ; wherein said stud comprises one or more pins at an end distal to said face; wherein said pins extend radially from said stud ; wherein said socket comprises longitudinal grooves arranged in the cavity so that said pins slide therein and wherein the grooves terminate in bearing surfaces to hold the pins when the stud is rotated relative to the socket ; wherein the socket and the stud are configured so that said face abuts directly against the end of the rod when the cubic connector is assembled in the socket and the socket is assembled in the rod; characterised in that , the socket comprises at least one ball and one spring arranged axially, and/or radially, to compress the ball against a pin of the vertex cubic connector to retain the pin after the pin has passed through the ball , to stop the rotation of the connector with respect to the socket.
A process for producing an electrophotographic photosensitive member including a support, an undercoat layer formed on the support, a charge generating layer formed on the undercoat layer, and a hole transporting layer formed on the charge generating layer, the process comprising: preparing one of dispersion liquids described in the following (i) and the following (ii) for the undercoat layer: (i) a dispersion liquid obtained by dispersing particles each containing an electron transporting substance, and particles each containing at least one of a resin or a crosslinking agent in an aqueous dispersion medium, (ii) a dispersion liquid obtained by dispersing particles each containing the electron transporting substance and at least one of the resin or the crosslinking agent in the aqueous dispersion medium, forming a coat of the dispersion liquid on the support; and forming the undercoat layer by heating the coat at a temperature equal to or more than a melting point of the electron transporting substance, and wherein the resin and the crosslinking agent is soluble in a molten product of the electron transporting substance at the temperature at which the coat is heated. preparing one of dispersion liquids described in the following (i) and the following (ii) for the undercoat layer: (i) a dispersion liquid obtained by dispersing particles each containing an electron transporting substance, and particles each containing at least one of a resin or a crosslinking agent in an aqueous dispersion medium, (ii) a dispersion liquid obtained by dispersing particles each containing the electron transporting substance and at least one of the resin or the crosslinking agent in the aqueous dispersion medium, (i) a dispersion liquid obtained by dispersing particles each containing an electron transporting substance, and particles each containing at least one of a resin or a crosslinking agent in an aqueous dispersion medium, (ii) a dispersion liquid obtained by dispersing particles each containing the electron transporting substance and at least one of the resin or the crosslinking agent in the aqueous dispersion medium, forming a coat of the dispersion liquid on the support; and forming the undercoat layer by heating the coat at a temperature equal to or more than a melting point of the electron transporting substance, and wherein the resin and the crosslinking agent is soluble in a molten product of the electron transporting substance at the temperature at which the coat is heated.
Method for controlling a turbojet engine thrust reverser during an aborted aircraft takeoff, the thrust reverser comprising: - doors that can move between a stowed position wherein the doors ensure the continuity of an aerodynamic flow path, an overstowed position wherein the doors partially enter into the aerodynamic flow path and a deployed position wherein the doors divert at least a part of a flow passing through the aerodynamic flow path to generate a reverse thrust; - door actuators configured to move the doors between the stowed, overstowed and deployed positions; - a device for locking the doors in the stowed position, moveable between a locking position and an unlocking position; - a lock actuator configured to move the locking device between the locking and unlocking positions; the method comprising the following steps: - decreasing the engine speed (N1) of the turbojet engine by following a setpoint value (N1 TG ) below a first engine speed threshold value (N1 OTD ) at which the aerodynamic forces being exerted on the doors are equal to the forces developed by the door actuators ; - controlling the door actuators so as to bring the doors into the overstowed position; - controlling the lock actuator so as to bring the locking device into the unlocking position; and - when the locking device is in the unlocking position, controlling the door actuators so as to bring the doors into the deployed position; method wherein the setpoint value (N1 TG ) of the engine speed is above the idle speed (N1 IDLE ). - doors that can move between a stowed position wherein the doors ensure the continuity of an aerodynamic flow path, an overstowed position wherein the doors partially enter into the aerodynamic flow path and a deployed position wherein the doors divert at least a part of a flow passing through the aerodynamic flow path to generate a reverse thrust; - door actuators configured to move the doors between the stowed, overstowed and deployed positions; - a device for locking the doors in the stowed position, moveable between a locking position and an unlocking position; - a lock actuator configured to move the locking device between the locking and unlocking positions; - decreasing the engine speed (N1) of the turbojet engine by following a setpoint value (N1 TG ) below a first engine speed threshold value (N1 OTD ) at which the aerodynamic forces being exerted on the doors are equal to the forces developed by the door actuators ; - controlling the door actuators so as to bring the doors into the overstowed position; - controlling the lock actuator so as to bring the locking device into the unlocking position; and - when the locking device is in the unlocking position, controlling the door actuators so as to bring the doors into the deployed position;
A communication terminal comprising: a radio frequency receiver configured to receive a single signal comprising, for each communication channel of a plurality of communication channels, a signal component transmitted via the communication channel, wherein each signal component is modulated based on a common modulation symbol shared by the plurality of communication channels; an equalizer for each communication channel of the plurality of communication channels configured to equalize the signal component received via the communication channel based on one or more channel parameters of the communication channel; a demodulator for each communication channel of the plurality of communication channels configured to calculate probability information representing, for each of a plurality of information bits, a probability for the information bit to be equal to a particular binary value based on the equalized signal component received for the communication channel; a combiner configured to combine the probability information calculated for the plurality of communication channels; and a decoder configured to generate reconstructed useful data based on the combined probability information. a radio frequency receiver configured to receive a single signal comprising, for each communication channel of a plurality of communication channels, a signal component transmitted via the communication channel, wherein each signal component is modulated based on a common modulation symbol shared by the plurality of communication channels; an equalizer for each communication channel of the plurality of communication channels configured to equalize the signal component received via the communication channel based on one or more channel parameters of the communication channel; a demodulator for each communication channel of the plurality of communication channels configured to calculate probability information representing, for each of a plurality of information bits, a probability for the information bit to be equal to a particular binary value based on the equalized signal component received for the communication channel; a combiner configured to combine the probability information calculated for the plurality of communication channels; and a decoder configured to generate reconstructed useful data based on the combined probability information.
A golf ball comprising a constituent member, wherein at least a part of the constituent member is formed from a rubber composition containing (a) a base rubber, (b) a co-crosslinking agent, (c) a crosslinking initiator, and (d) an organic sulfur compound, wherein (d) the organic sulfur compound contains at least one member selected from the group consisting of a thiophenol having a halogenated sulfanyl group, a metal salt of a thiophenol having a halogenated sulfanyl group, and a diphenyl disulfide having a halogenated sulfanyl group.
Planetary gear bearing arrangement, comprising a planetary gear carrier, on which a fixed bearing pin is provided, on which a planetary gear is mounted rotatably via a plain bearing with a first sliding layer which is provided on the pin side and a second sliding layer which is provided on the gear side, characterized in that one of the two sliding layers is produced on a surface which is profiled in an arched manner exclusively in the edge regions of a sliding region.
Device for automatically calibrating thermometers, comprising - at least one temperature sensor , - at least one control means, - at least one evaluation and storage unit, - at least one positioning means and - at least one calibration means , wherein the calibration means comprises at least one fixed-point cell , and the positioning means comprises at least one first linear drive and is designed to move either the at least one temperature sensor and the calibration means or only the calibration means along at least one vertical axis of the device by means of the at least one first linear drive. - at least one temperature sensor , - at least one control means, - at least one evaluation and storage unit, - at least one positioning means and - at least one calibration means , wherein the calibration means comprises at least one fixed-point cell , and the positioning means comprises at least one first linear drive and is designed to move either the at least one temperature sensor and the calibration means or only the calibration means along at least one vertical axis of the device by means of the at least one first linear drive.
A whitelist generator which is configured to be applied to a system comprising a plurality of devices , the plurality of devices being configured to exchange data with each other according to a model, and which is configured to generate a whitelist corresponding to a state machine , the state machine being part of the model and defining normal communication operations in the system, in order to be used for whitelisting intrusion detection, the whitelist generator comprising: a model verification unit that is configured to receive the model and to verify whether or not normal communication in the system has been modeled correctly by verifying that there is no logical contradiction in the state machine by simulation or a mathematically proven method called formal method for the state machine , and to output a verified model, for which it is verified that the state machine has no logical contradiction; and a model conversion unit that is configured to convert the verified model into the whitelist by converting the state machine into the whitelist . a model verification unit that is configured to receive the model and to verify whether or not normal communication in the system has been modeled correctly by verifying that there is no logical contradiction in the state machine by simulation or a mathematically proven method called formal method for the state machine , and to output a verified model, for which it is verified that the state machine has no logical contradiction; and a model conversion unit that is configured to convert the verified model into the whitelist by converting the state machine into the whitelist .
A composition for controlling a plant disease comprising a compound represented by formula : and a compound represented by formula :
An isothermal self-amplification method for a nucleic acid, comprising the following steps: a) adding a DNA linker of a desired sequence of both ends of a target template; b) providing a reagent and a condition required by the reaction; the DNA linker of the desired sequence is a linear nucleic acid fragment which itself spontaneously forms a stem-loop structure; and the reagent comprises a DNA polymerase with chain replacement activity or any other enzyme with chain replacement activity characterized in that the DNA linker added at both ends of the targe template has a palindromic complementary sequence and is configured to spontaneously form a stem loop structure to trigger the extension amplification by the DNA polymerase, no additional primer is added in the self-amplification method, the condition is a condition of temperature or time, and the sequence of the linker is a repeating sequence of a base combination AT, a repeating sequence of a base combination AATT, or a repeating sequence of a base combination GC. a) adding a DNA linker of a desired sequence of both ends of a target template; b) providing a reagent and a condition required by the reaction; the DNA linker of the desired sequence is a linear nucleic acid fragment which itself spontaneously forms a stem-loop structure; and the reagent comprises a DNA polymerase with chain replacement activity or any other enzyme with chain replacement activity characterized in that the DNA linker added at both ends of the targe template has a palindromic complementary sequence and is configured to spontaneously form a stem loop structure to trigger the extension amplification by the DNA polymerase, no additional primer is added in the self-amplification method, the condition is a condition of temperature or time, and the sequence of the linker is a repeating sequence of a base combination AT, a repeating sequence of a base combination AATT, or a repeating sequence of a base combination GC. the DNA linker of the desired sequence is a linear nucleic acid fragment which itself spontaneously forms a stem-loop structure; and the reagent comprises a DNA polymerase with chain replacement activity or any other enzyme with chain replacement activity characterized in that the DNA linker added at both ends of the targe template has a palindromic complementary sequence and is configured to spontaneously form a stem loop structure to trigger the extension amplification by the DNA polymerase, no additional primer is added in the self-amplification method, the condition is a condition of temperature or time, and the sequence of the linker is a repeating sequence of a base combination AT, a repeating sequence of a base combination AATT, or a repeating sequence of a base combination GC.
A polymer having repeating units represented by the following formula , which has a weight average molecular weight determined as described in the description as calculated as standard polystyrene of at least 6,000: wherein R is a C 1-6 alkylene group, -S- or -SO 2 -.
A gas recovery nozzle for performing cold spray additive manufacturing of a part , comprising: a main body configured to attach to a supersonic nozzle , wherein portion of the main body forms a passage configured to surroundingly contact the supersonic nozzle , when the supersonic nozzle is attached, inside a cavity defined by the main body ; a first end of the passage having angled walls at an opening defining a gas flow path from the supersonic nozzle towards the part ; the passage extending from the first end to a second end , the first end being a distal end and the second end being a proximal end relative to the supersonic nozzle ; the cavity surrounding the passage and configured to collect at least some gas which is expelled from the supersonic nozzle and escapes laterally along a substrate of the part , and defining a gas recovery path , wherein the cavity has an open end facing the part ; and an outlet , provided in addition to the open end , within the main body configured to connect to a gas recovery sub-system . a main body configured to attach to a supersonic nozzle , wherein portion of the main body forms a passage configured to surroundingly contact the supersonic nozzle , when the supersonic nozzle is attached, inside a cavity defined by the main body ; a first end of the passage having angled walls at an opening defining a gas flow path from the supersonic nozzle towards the part ; the passage extending from the first end to a second end , the first end being a distal end and the second end being a proximal end relative to the supersonic nozzle ; the cavity surrounding the passage and configured to collect at least some gas which is expelled from the supersonic nozzle and escapes laterally along a substrate of the part , and defining a gas recovery path , wherein the cavity has an open end facing the part ; and an outlet , provided in addition to the open end , within the main body configured to connect to a gas recovery sub-system .
A method for manufacturing a component having a spatially graded property, the method comprising: providing a first layer of particulate matter , said first layer of particulate matter having first material characteristics; providing a second layer of particulate matter , said second layer having second material characteristics different from said first material characteristics; providing an interlayer between said first layer of particulate matter and said second layer of particulate matter, wherein said interlayer includes an interlayer mesh , and wherein a composition of said interlayer mesh comprises one or more components in common with compositions of one or both of said first layer and said second layer ; and heating said first layer, said second layer, and said interlayer during a time and at a temperature sufficient to diffusively mix said first layer and/or said second layer of particulate matter with said interlayer, or to diffusively mix said first layer with said second layer through said interlayer, to bond said first layer with said second layer, wherein the first layer includes titanium or titanium alloy, the second layer includes titanium diboride, and the interlayer includes titanium or titanium alloy, and wherein the difference in material characteristics between the first layer and the second layer includes at least one of a difference in composition, a difference in microstructure, a difference in phase distribution, a difference in particle morphology, a difference in particle size, and a difference in porosity. providing a first layer of particulate matter , said first layer of particulate matter having first material characteristics; providing a second layer of particulate matter , said second layer having second material characteristics different from said first material characteristics; providing an interlayer between said first layer of particulate matter and said second layer of particulate matter, wherein said interlayer includes an interlayer mesh , and wherein a composition of said interlayer mesh comprises one or more components in common with compositions of one or both of said first layer and said second layer ; and heating said first layer, said second layer, and said interlayer during a time and at a temperature sufficient to diffusively mix said first layer and/or said second layer of particulate matter with said interlayer, or to diffusively mix said first layer with said second layer through said interlayer, to bond said first layer with said second layer, wherein the first layer includes titanium or titanium alloy, the second layer includes titanium diboride, and the interlayer includes titanium or titanium alloy, and wherein the difference in material characteristics between the first layer and the second layer includes at least one of a difference in composition, a difference in microstructure, a difference in phase distribution, a difference in particle morphology, a difference in particle size, and a difference in porosity.
Use of a cable jacket comprising a random heterophasic polypropylene copolymer for lowering the amount of copper needed in a copper concentric neutral of a power cable, the random heterophasic polypropylene copolymer comprising a matrix (M) being a random propylene copolymer (R-PP) and dispersed therein an elastomeric propylene copolymer (E), wherein the random propylene copolymer (R-PP) comprises a first propylene copolymer fraction (R-PP1) having a comonomer content in the range of 0.8 to 6.0 mol% and a second propylene copolymer fraction (R-PP2) having a comonomer content in the range of 7.2 to 20.0 mol%, based on the overall amount of fractions (R-PP1) and (R-PP2), and wherein said random heterophasic polypropylene copolymer has MFR 2 (230°C) measured according to ISO 1133 in the range of 0.5 to 15 g/10 min, and Charpy impact strength measured according to ISO 179-1/1eA at -20°C in the range of 5 to 20 kJ/m 2 . . the random heterophasic polypropylene copolymer comprising a matrix (M) being a random propylene copolymer (R-PP) and dispersed therein an elastomeric propylene copolymer (E), wherein the random propylene copolymer (R-PP) comprises a first propylene copolymer fraction (R-PP1) having a comonomer content in the range of 0.8 to 6.0 mol% and a second propylene copolymer fraction (R-PP2) having a comonomer content in the range of 7.2 to 20.0 mol%, based on the overall amount of fractions (R-PP1) and (R-PP2), and wherein said random heterophasic polypropylene copolymer has MFR 2 (230°C) measured according to ISO 1133 in the range of 0.5 to 15 g/10 min, and Charpy impact strength measured according to ISO 179-1/1eA at -20°C in the range of 5 to 20 kJ/m 2 . .
A process for providing a material comprising a nonwoven layer of fibers comprising the steps of providing a material composition comprising 90 to 98.7 wt.% of a recycled polyester polymer, 1 to 5 wt.% of a polyolefin polymer and 0.3 to 5 wt.% of a compatibilizer based on the total weight of the recycled polyester polymer, the polyolefin polymer and the compatibilizer, melting the material composition, extruding the molten material composition through spinning holes in a spinneret to form extruded fibers, supplying the extruded fibers to form a nonwoven web of fibers and consolidating the nonwoven web to obtain a material comprising a nonwoven layer of fibers.