mhurhangee/ep-ind-claims huggingface dataset:
A downhole pipe cutting tool comprising: a tool body having a piston assembly disposed in a central bore thereof, the piston assembly having an indexing track configured to engage with a pin, wherein the piston assembly is configured to translate longitudinally along a central axis of the tool body; and a plurality of cutter knife sets (104a, 104b, 104c), wherein each of the plurality of cutter knife sets (104a, 104b, 104c) includes at least two individual cutter knives circumferentially spaced about the central axis of the tool body, wherein each of the plurality of cutter knife sets (104a, 104b, 104c) is configured to selectively engage with the piston assembly to extend outward to perform a pipe cutting operation and wherein the indexing track comprises longitudinal track sections disposed on the piston assembly; angular track sections (146, 146a, 146b, 146c, 146d) disposed between the longitudinal track sections; and transition slots, wherein engagement of the pin and the longitudinal track sections is configured to selectively engage at least one of the plurality of cutter knife sets (104a, 104b, 104c), characterised in that, said pin is a fixed pin secured to the tool body. a tool body having a piston assembly disposed in a central bore thereof, the piston assembly having an indexing track configured to engage with a pin, wherein the piston assembly is configured to translate longitudinally along a central axis of the tool body; and a plurality of cutter knife sets (104a, 104b, 104c), wherein each of the plurality of cutter knife sets (104a, 104b, 104c) includes at least two individual cutter knives circumferentially spaced about the central axis of the tool body, wherein each of the plurality of cutter knife sets (104a, 104b, 104c) is configured to selectively engage with the piston assembly to extend outward to perform a pipe cutting operation and wherein the indexing track comprises longitudinal track sections disposed on the piston assembly; angular track sections (146, 146a, 146b, 146c, 146d) disposed between the longitudinal track sections; and transition slots, wherein engagement of the pin and the longitudinal track sections is configured to selectively engage at least one of the plurality of cutter knife sets (104a, 104b, 104c), characterised in that, said pin is a fixed pin secured to the tool body.
A radio base station of a second radio communication system (CRS 20) that shares at least part of a frequency band with a first radio communication system (MCS 10), comprising: a transmitting section configured to transmit an interference broadcast signal; a receiving section configured to receive an interference suppression request signal in response to the interference broadcast signal; a determining section configured to determine whether or not the interference suppression request signal received by the receiving section has been transmitted from a user terminal of the first radio communication system; and an interference reduction processing section configured to perform interference reduction processing adapted to reduce interference on the user terminal of the first radio communication system, when the determining section determines that the interference suppression request signal has been transmitted from the user terminal of the first radio communication system, characterized by the interference broadcast signal having a signal format of a synchronization establishment signal of the first radio communication system(MCS 10), and the interference suppression request signal having a signal format of a random access signal of the first radio communication system(MCS 10).
A cap for forming a sealed cavity around one end of a fastener, the cap comprising an inner cap member with a base terminating at an edge which surrounds an opening into a central cavity; and an outer cap member which fits over the inner cap member and has a base; and a sealant material between the inner cap member and the outer cap member, characterised in that either: the inner cap member has side walls with a substantially uniform wall thickness around the entire circumference of the inner cap member and a plurality of channels formed in an outer surface of the inner cap member and a plurality of corresponding ridges formed in an inner surface of the inner cap member, the channels and the ridges extending longitudinally along a substantial portion of the inner cap member; or the outer cap member has side walls with a substantially uniform wall thickness and a plurality of channels formed in an inner surface of the outer cap member and a corresponding plurality of ridges formed in an outer surface of the outer cap member, the channels and the ridges extending longitudinally along a substantial portion of the outer cap member.
An antisense oligonucleotide which binds a human Sirtuin 6 (SIRT6) natural antisense transcript for use as a therapeutic compound, wherein said antisense oligonucleotide increases the expression of human Sirtuin 6 (SIRT6) (SEQ ID NO: 4), and wherein the natural antisense transcript has the nucleic acid sequence as set forth in SEQ ID NOs: 13 or 14.
Fluorescence microscope comprising a housing with an excitation light source which is designed to emit excitation light, a filtering means which separates excitation light from fluorescent light generated by a fluorescent substance, an object lens, a substrate holder, a location-sensitive light detector, and an imaging lens for the location-sensitive light detector, the microscope further comprising a focusing illumination system having a focusing light source which is designed to emit focusing light, the microscope further comprising a substantially flat substrate which comprises a wafer-based filter membrane made of a material suitable for lithographic processing techniques, wherein the filter membrane comprises a pattern of continuous perforations introduced lithographically, wherein an optical path of the focusing light and an optical path of the fluorescent light run coaxially via the object lens towards the substrate, and wherein the focusing illumination system is configured to determine a position of the substrate relative to a sharp focussing plane by measuring a focussing distance of three non-collinear points of the substrate.
A method of detecting an analyte antigen in a sample by an antigen-antibody reaction with an antibody fragment comprising an antigen binding region for the analyte antigen, the method comprising the steps of: a) bringing a sample into contact with a denatured antibody fragment comprising an antigen binding region for the analyte antigen; b) bringing the sample into contact with at least two kinds of antibody fragments comprising antigen binding regions for the analyte antigen different to each other immobilized on respective insoluble carriers at the same time with the step of a) or after the step of a); and c) detecting the analyte antigen using an immunoagglutination method, wherein the denatured antibody fragment recognizes an epitope different from that of the at least two kinds of antibody fragments immobilized on the insoluble carriers. a) bringing a sample into contact with a denatured antibody fragment comprising an antigen binding region for the analyte antigen; b) bringing the sample into contact with at least two kinds of antibody fragments comprising antigen binding regions for the analyte antigen different to each other immobilized on respective insoluble carriers at the same time with the step of a) or after the step of a); and c) detecting the analyte antigen using an immunoagglutination method,
A rotary switch assembly, comprising a rotary contact (150, 160) and a stationary contact, and a rotary actuator for rotating the rotary contact (150, 160) such as to connect with and disconnect from the stationary contact (108, 110), characterized in that the rotary actuator comprises a shield (132, 140) for shielding the rotary contact (150, 160) completely between the rotary actuator and a contact portion of the rotary contact (150, 160) from a side that faces the stationary contact (108, 110) when the rotary contact and the stationary contacted are being disconnected from each other, the contact portion being arranged to make contact to the stationary contact (108, 110).
A drafting device for a spinning frame that spins a strand of yarn while changing a combination ratio of a first roving and a second roving, wherein the drafting device includes front rollers including a front bottom roller and a front top roller, middle rollers including a middle bottom roller and a middle top roller, back rollers including a back bottom roller and a back top roller, a middle apron pair that feeds the first roving to the front rollers, and a back apron pair that feeds the second roving to the front rollers, wherein the middle apron pair includes a middle bottom apron that runs around the middle bottom roller and a middle top apron that runs around the middle top roller, the middle top apron is driven by the middle bottom roller while pressed by the middle bottom apron, the back apron pair includes a back bottom apron that runs around the back bottom roller and a back top apron that runs around the back top roller, the middle bottom apron and the back bottom apron both run around a tensor bar and a tensioner, the back top apron is driven by the back bottom roller while pressed by the back bottom apron, the drafting device being characterized by: a contact pressure adjustment portion (31f, 41f, 51f, 61f, 81f, 71, 41a, 41b) that increases a contact pressure between the back bottom apron and the back top apron in at least a portion of the back apron pair without changing a contact pressure between the middle bottom apron and the middle top apron. a contact pressure adjustment portion (31f, 41f, 51f, 61f, 81f, 71, 41a, 41b) that increases a contact pressure between the back bottom apron and the back top apron in at least a portion of the back apron pair without changing a contact pressure between the middle bottom apron and the middle top apron.
Assembly of a suction pile and a pump system temporary connected by convenient means to the suction space of the suction pile, preferably wherein the pump system bears onto the top of the upward extending suction pile, characterised in that between the suction pile and the pump system a quick connector is operative, comprising a pin operated by actuator means of the pump system to move between a releasing, retracted, and a locking extended position.
A process for making a bis(aryloxyalkyl)terephthalate suitable for use as an antiplasticizer for polymers, comprising: (a) reacting dimethyl terephthalate with an excess of an aryloxyalkanol in the presence of a condensation catalyst comprising a Group 3, 4, 12, 13, 14, or 15 metal at a temperature less than the boiling point of the aryloxyalkanol to produce an intermediate mixture comprising a bis(aryloxyalkyl)terephthalate, a mono(aryloxyalkyl)terephthalate, and unreacted aryloxyalkanol; and (b) continuing to react the intermediate mixture at a temperature within the range of 180°C to 250°C under reduced pressure while removing unreacted aryloxyalkanol and reducing the mono(aryloxyalkyl)terephthalate content of the mixture to less than 1 mole % based on the combined amounts of mono- and bis-esters; and (c) removing additional unreacted aryloxyalkanol to provide a purified bis(aryloxyalkyl)terephthalate having an overall purity of at least 98 mole % and a yellowness index less than 10; wherein at least steps (a) and (b) are performed substantially in the absence of oxygen. (a) reacting dimethyl terephthalate with an excess of an aryloxyalkanol in the presence of a condensation catalyst comprising a Group 3, 4, 12, 13, 14, or 15 metal at a temperature less than the boiling point of the aryloxyalkanol to produce an intermediate mixture comprising a bis(aryloxyalkyl)terephthalate, a mono(aryloxyalkyl)terephthalate, and unreacted aryloxyalkanol; and (b) continuing to react the intermediate mixture at a temperature within the range of 180°C to 250°C under reduced pressure while removing unreacted aryloxyalkanol and reducing the mono(aryloxyalkyl)terephthalate content of the mixture to less than 1 mole % based on the combined amounts of mono- and bis-esters; and (c) removing additional unreacted aryloxyalkanol to provide a purified bis(aryloxyalkyl)terephthalate having an overall purity of at least 98 mole % and a yellowness index less than 10;
A method, comprising: detecting, at a user equipment, establishment of a connection of the user equipment to a cell, determining, at the user equipment, whether the connection is established by a connection re-establishment procedure subsequent to a first radio link failure, detecting, at the user equipment, a second radio link failure after the connection is established by the connection re-establishment procedure, wherein the second radio link failure is a radio link failure of the connection to the cell, and transmitting, by the user equipment, a message to a base station serving another cell after a further re-establishment or setup of the connection, the message including an indication from which it is derivable whether the second radio link failure occurred within a certain time after the establishment of the connection by the connection re-establishment procedure. detecting, at a user equipment, establishment of a connection of the user equipment to a cell, determining, at the user equipment, whether the connection is established by a connection re-establishment procedure subsequent to a first radio link failure, detecting, at the user equipment, a second radio link failure after the connection is established by the connection re-establishment procedure, wherein the second radio link failure is a radio link failure of the connection to the cell, and transmitting, by the user equipment, a message to a base station serving another cell after a further re-establishment or setup of the connection, the message including an indication from which it is derivable whether the second radio link failure occurred within a certain time after the establishment of the connection by the connection re-establishment procedure.
A sand filling device (1; 20), comprising - a storage container (2; 21), which is fillable with sand (4; 22) or spreading material, - a pipe (5; 24), which penetrates a wall (3; 23) of the storage container twice and is guided through the storage container so that a first portion of the pipe is arranged outside the storage container (2; 21), a second portion of the pipe is arranged inside the storage container, and a third portion of the pipe is arranged outside the storage container (2; 21), - a compressed air source, which is connected to the first portion of the pipe (5; 24), the compressed air source being a compressed air vessel or a compressor, characterised in that the pipe (5; 24), on an upper side of the second portion, has at least one slot-like opening (9; 25), through which, as a result of the force of gravity in conjunction with an application of pressure when compressed air from the compressed air source is introduced into the first portion of the tube (5; 24) so that the compressed air flows from the first portion into the second portion, the sand (4; 22) is pourable from the storage container into the pipe, the compressed air being miscible in the second portion with the poured-in sand and a sand-air mixture being formable, which is transportable and capable of being blown out through the third portion. - a storage container (2; 21), which is fillable with sand (4; 22) or spreading material, - a pipe (5; 24), which penetrates a wall (3; 23) of the storage container twice and is guided through the storage container so that a first portion of the pipe is arranged outside the storage container (2; 21), a second portion of the pipe is arranged inside the storage container, and a third portion of the pipe is arranged outside the storage container (2; 21), - a compressed air source, which is connected to the first portion of the pipe (5; 24), the compressed air source being a compressed air vessel or a compressor, characterised in that the pipe (5; 24), on an upper side of the second portion, has at least one slot-like opening (9; 25), through which, as a result of the force of gravity in conjunction with an application of pressure when compressed air from the compressed air source is introduced into the first portion of the tube (5; 24) so that the compressed air flows from the first portion into the second portion, the sand (4; 22) is pourable from the storage container into the pipe, the compressed air being miscible in the second portion with the poured-in sand and a sand-air mixture being formable, which is transportable and capable of being blown out through the third portion.
A self-powered lock, comprising: a lock operable by a motor; a manually operable electricity generator generating electricity upon manual actuation by a user, the electricity being used to supply power input to a controller; a first electricity storage device storing electricity generated by the electricity generator; and a second electricity storage device having a chargeable state and a non-chargeable state, the second electricity storage device storing electricity generated by the electricity generator in the chargeable state; wherein the controller determines a required amount of electricity to operate the motor based on an ambient environmental condition, switches the second electricity storage device from the non-chargeable state to the chargeable state based on the ambient environmental condition and supplies electricity to the motor from the first electricity storage device and the second electricity storage device if in a chargeable state according to the required amount. a lock operable by a motor; a manually operable electricity generator generating electricity upon manual actuation by a user, the electricity being used to supply power input to a controller; a first electricity storage device storing electricity generated by the electricity generator; and a second electricity storage device having a chargeable state and a non-chargeable state, the second electricity storage device storing electricity generated by the electricity generator in the chargeable state; wherein the controller determines a required amount of electricity to operate the motor based on an ambient environmental condition, switches the second electricity storage device from the non-chargeable state to the chargeable state based on the ambient environmental condition and supplies electricity to the motor from the first electricity storage device and the second electricity storage device if in a chargeable state according to the required amount.
A flame retardant composition comprising: 20 to 80 weight percent of a polycarbonate; and 1 to 20 weight percent of a fluorinated phenoxyphosphazene flame retardant, where all weight percentages are based on a total weight of the flame retardant composition, and wherein the fluorinated halogenated phenoxyphosphazene flame retardant has a structure represented by Formula 27: where R 8, R 10 and R 12 are the same or different and are each independently a hydrogen, a halogen, an aryl group, an aralkyl group, a C 1-12 alkoxy, a C 1-12 alkyl, a C 1 to C 12 haloaklyl or a combination thereof. 20 to 80 weight percent of a polycarbonate; and 1 to 20 weight percent of a fluorinated phenoxyphosphazene flame retardant, where all weight percentages are based on a total weight of the flame retardant composition, and wherein the fluorinated halogenated phenoxyphosphazene flame retardant has a structure represented by Formula 27: where R 8, R 10 and R 12 are the same or different and are each independently a hydrogen, a halogen, an aryl group, an aralkyl group, a C 1-12 alkoxy, a C 1-12 alkyl, a C 1 to C 12 haloaklyl or a combination thereof.
An aerosol delivery device for delivering an aerosol to a patient, the aerosol delivery device comprising: a nebulizer configured to generate an aerosol containing droplets of a liquid medicament; an inhalation conduit defining an inhalation passage, the inhalation passage configured to allow passage of the aerosol generated by the nebulizer to the patient; an exhalation conduit defining an exhalation passage, the exhalation passage configured to allow passage of a gaseous or fluid medium exhaled from the patient, the gaseous or fluid medium comprising droplets of the liquid medicament; and a single-piece filter having an internal volume between 5 mL and 200 mL and an axial length between 7.5 cm and 30 cm connected to the exhalation conduit, the single-piece filter configured to capture at least some of the droplets of the liquid medicament from the gaseous or fluid medium, wherein: the single-piece filter comprises a continuous, single-piece filter body having a proximal portion and a distal portion, the proximal portion of the filter body has a proximal end that defines an opening having a diameter between 15 mm and 30 mm configured to connect to the exhalation conduit, and the distal portion of the filter body has a closed distal end that does not allow any gaseous or fluid medium to escape without passing through the single-piece aerosol exhalation filter. a nebulizer configured to generate an aerosol containing droplets of a liquid medicament; an inhalation conduit defining an inhalation passage, the inhalation passage configured to allow passage of the aerosol generated by the nebulizer to the patient; an exhalation conduit defining an exhalation passage, the exhalation passage configured to allow passage of a gaseous or fluid medium exhaled from the patient, the gaseous or fluid medium comprising droplets of the liquid medicament; and a single-piece filter having an internal volume between 5 mL and 200 mL and an axial length between 7.5 cm and 30 cm connected to the exhalation conduit, the single-piece filter configured to capture at least some of the droplets of the liquid medicament from the gaseous or fluid medium, wherein: the single-piece filter comprises a continuous, single-piece filter body having a proximal portion and a distal portion, the proximal portion of the filter body has a proximal end that defines an opening having a diameter between 15 mm and 30 mm configured to connect to the exhalation conduit, and the distal portion of the filter body has a closed distal end that does not allow any gaseous or fluid medium to escape without passing through the single-piece aerosol exhalation filter. the single-piece filter comprises a continuous, single-piece filter body having a proximal portion and a distal portion, the proximal portion of the filter body has a proximal end that defines an opening having a diameter between 15 mm and 30 mm configured to connect to the exhalation conduit, and the distal portion of the filter body has a closed distal end that does not allow any gaseous or fluid medium to escape without passing through the single-piece aerosol exhalation filter.