mhurhangee/ep-ind-claims huggingface dataset:
A well containment system comprising: a blow out preventer, the blow out preventer defining a throughbore and including at least one well containment barrier (60,62,100) adapted to seal the throughbore; an emergency disconnect package located between a lower end of a riser and the blow out preventer, the emergency disconnect package comprising: at least one first seal adapted to seal against the lower end of an upper portion of a downhole tubular; and at least one ram set (102,104) adapted to close and seal the throughbore; and the well containment system further comprising at least one second seal (14,16) adapted to seal against the upper end of a lower portion of the downhole tubular; wherein the at least one first seal is located above the at least one well containment barrier (60,62,100) and the at least one second seal (14,16) is located below the at least one well containment barrier (60,62,100). a blow out preventer, the blow out preventer defining a throughbore and including at least one well containment barrier (60,62,100) adapted to seal the throughbore; an emergency disconnect package located between a lower end of a riser and the blow out preventer, the emergency disconnect package comprising: at least one first seal adapted to seal against the lower end of an upper portion of a downhole tubular; and at least one ram set (102,104) adapted to close and seal the throughbore; and at least one first seal adapted to seal against the lower end of an upper portion of a downhole tubular; and at least one ram set (102,104) adapted to close and seal the throughbore; and the well containment system further comprising at least one second seal (14,16) adapted to seal against the upper end of a lower portion of the downhole tubular; wherein the at least one first seal is located above the at least one well containment barrier (60,62,100) and the at least one second seal (14,16) is located below the at least one well containment barrier (60,62,100).
Catheter for dialysis comprising a proximal end for introducing into a blood vessel, a distal end for extracting blood and for introducing purified blood, and at least one fixing means (26, 28) surrounding a tube section (18, 22) for fixing the catheter on the patient, wherein the fixing means (26, 28) has a receiving part and an opening part, wherein, with respect to the receiving part, the opening part can be moved from an opening position, in which the tube section (18, 22) is insertable into the fixing means (26, 28), into a closing position, in which the tube section (18, 22) is fixed in the fixing means (26, 28), wherein the receiving part has at least one eyelet (40, 42, 44) and characterized in that the opening part has at least one eyelet, wherein the eyelet of the opening part is located in the closing position in axial extension next to the eyelet (40, 42, 44) of the receiving part, such that the adjacent eyelets can be penetrated together by a thread for fixing the fixing means (26, 28) on the patient.
A method for producing nickel seed crystals suitable for producing hydrogen-reduced nickel powder, the method comprising: adding, to an acid solution containing nickel ions that is maintained at a temperature of 50 to 60°C, hydrazine of 1.00 to 1.25 mol per 1 mol of a nickel component contained in the acid solution to produce the seed crystals.
A labeling machine, particularly for labeling containers, comprising a rotating carousel for supporting pans adapted for the resting of the individual containers to be labeled, provided with a protective structure which prevents, during operation, access to said rotating carousel, and further comprising at least one pair of identical labeling assemblies (7, 8), which are arranged consecutively at the peripheral region of said rotating carousel, each one of said labeling assemblies (7, 8) being associated with a slider slidable on guides (10a, 10b) between a forward active position, for applying the labels to the containers supported by said rotating carousel, and a retracted position, designed to load a reel of tape provided with the labels, characterized in that said protective structure, which surrounds said rotating carousel, has, at each one of said labeling assemblies (7, 8), a door formed by a pair of pivoting wings (12a, 12b) movable by action of means that connect said pair of pivoting wings (12a, 12b) to said slider, which supports said labeling assembly (7, 8) between an open position, assumed when said labeling assembly (7, 8) is in said forward position, and a closed position, assumed when said labeling assembly (7, 8) is in said retracted position.
A method of manufacturing a puff, comprising: a) laser-perforating a puff fabric using a laser perforating device and cutting out to prepare a perforated fabric; b) fabricating a puff base by shaping the perforated fabric; c) preparing a compact powder containing a porous member therein, by compressing powder in powder form with the porous member inserted therein; d) inserting the compact powder into the puff base; and e) fabricating a puff by sewing a puff cover to the puff base. a) laser-perforating a puff fabric using a laser perforating device and cutting out to prepare a perforated fabric; b) fabricating a puff base by shaping the perforated fabric; c) preparing a compact powder containing a porous member therein, by compressing powder in powder form with the porous member inserted therein; d) inserting the compact powder into the puff base; and e) fabricating a puff by sewing a puff cover to the puff base.
A fluorinated elastomer composition comprising a fluorinated elastomer and fibrous carbon nanostructures, wherein the fibrous carbon nanostructures include single-walled carbon nanotubes, the fibrous carbon nanostructures are contained in an amount of 0.1 parts by mass or more and less than 5.0 parts by mass per 100 parts by mass of the fluorinated elastomer, and the fibrous carbon nanostructures exhibit a convex upward shape in a t-plot obtained from an adsorption isotherm. wherein the fibrous carbon nanostructures include single-walled carbon nanotubes, the fibrous carbon nanostructures are contained in an amount of 0.1 parts by mass or more and less than 5.0 parts by mass per 100 parts by mass of the fluorinated elastomer, and the fibrous carbon nanostructures exhibit a convex upward shape in a t-plot obtained from an adsorption isotherm.
Device for producing inline-oriented tubular films (6, 24) in a blowing process, with a blown-film system consisting of an extruder, a blow head, a cooling ring, a calibration cage, a lay-flat unit and a reversing turn-around take-off means, wherein plastics materials in granulated form can be plasticized in the extruder to form a viscous mass, wherein the mass can be formed into a ring shape in the blow head and escapes through an annular nozzle of the blow head, wherein the mass forms a film tube, wherein the film tube with an enlarged diameter can be guided into the calibration cage, wherein the film tube after the calibration cage can be fed to the lay-flat unit, in which the circular film tube forms an elliptical cross-section with an increasing eccentricity which can be formed by two take-off rollers into a double-layered film web, with an orientation system for monoaxial drawing of the laid-flat film in the machine direction, with a first thin-points regulation system (18, 40) which controls segmented regulation zones in the cooling ring in order to mark thin points such that, during drawing, a film is produced which has a thickness profile having the lowest possible deviations from the average film thickness over the entire film width, with a second thin-points regulation system, characterized in that the second thin-points regulation system controls two opposite heat sources (101, 103) between the calibration cage and the lay-flat unit, wherein the second thin-points regulation system can be connected to the first thin-points regulation system. with a blown-film system consisting of an extruder, a blow head, a cooling ring, a calibration cage, a lay-flat unit and a reversing turn-around take-off means, wherein plastics materials in granulated form can be plasticized in the extruder to form a viscous mass, wherein the mass can be formed into a ring shape in the blow head and escapes through an annular nozzle of the blow head, wherein the mass forms a film tube, wherein the film tube with an enlarged diameter can be guided into the calibration cage, wherein the film tube after the calibration cage can be fed to the lay-flat unit, in which the circular film tube forms an elliptical cross-section with an increasing eccentricity which can be formed by two take-off rollers into a double-layered film web, with an orientation system for monoaxial drawing of the laid-flat film in the machine direction, with a first thin-points regulation system (18, 40) which controls segmented regulation zones in the cooling ring in order to mark thin points such that, during drawing, a film is produced which has a thickness profile having the lowest possible deviations from the average film thickness over the entire film width, with a second thin-points regulation system, characterized in that the second thin-points regulation system controls two opposite heat sources (101, 103) between the calibration cage and the lay-flat unit, wherein the second thin-points regulation system can be connected to the first thin-points regulation system.
A method of forming a laminated metallic structure, the method comprising: (block 1010) providing a first preformed-metallic sheet having a three-dimensional shape of a first graduated three-dimensional size; (block 1012) providing a second preformed-metallic sheet having the three-dimensional shape of a second graduated three-dimensional size; (block 1014) nesting the second preformed-metallic sheet in the first preformed-metallic sheet; and (block 1016) bonding the first preformed-metallic sheet and the second preformed-metallic sheet together, to form the laminated metallic structure as a three-dimensional body having a near net three-dimensional shape, wherein "graduated" refers to items being characterized by or arranged in degrees, successively, as according to size. (block 1010) providing a first preformed-metallic sheet having a three-dimensional shape of a first graduated three-dimensional size; (block 1012) providing a second preformed-metallic sheet having the three-dimensional shape of a second graduated three-dimensional size; (block 1014) nesting the second preformed-metallic sheet in the first preformed-metallic sheet; and (block 1016) bonding the first preformed-metallic sheet and the second preformed-metallic sheet together, to form the laminated metallic structure as a three-dimensional body having a near net three-dimensional shape, wherein "graduated" refers to items being characterized by or arranged in degrees, successively, as according to size.
A microdermabrasion device comprising a vacuum system and a device tip, wherein the vacuum system comprises a channel with a channel inlet at the device tip, wherein the channel inlet is surrounded by a channel rim, and wherein the device tip comprises a microdermabrasion zone configured remote from the channel inlet with a recession configured between the microdermabrasion zone and the channel rim, wherein the channel inlet is perimetrically surrounded by the channel rim, and wherein the microdermabrasion zone perimetrically surrounds the channel rim, characterized in that the channel rim comprises a gliding zone.
Use of a liner for lining the adhesive layer of a single-sided or double-sided adhesive tape, adhesive-tape diecut or label, wherein the liner comprises a film which comprises a polypropylene oriented in machine direction with a draw ratio of at least 1:8 and having a flexural modulus (measured according to ASTM 790 A) of at least 1400, preferably at least 2000 MPa, a release coating being applied on at least one of the two outer sides of the film.
A radiation detector module comprising: a radiation detection element that includes an incident surface and is configured to detect radiation incident on the incident surface; a first electrode provided on a side of the incident surface of the radiation detection element; a second electrode provided to face the first electrode through the radiation detection element; and a mark (66, 81, 82, 83) provided on the incident surface of the radiation detection element, the radiation detector module characterized in that the first electrode has a through hole configured to allow the mark (66, 81, 82, 83) to be visually recognizable from the side of the incident surface. a radiation detection element that includes an incident surface and is configured to detect radiation incident on the incident surface; a first electrode provided on a side of the incident surface of the radiation detection element; a second electrode provided to face the first electrode through the radiation detection element; and a mark (66, 81, 82, 83) provided on the incident surface of the radiation detection element, the radiation detector module characterized in that the first electrode has a through hole configured to allow the mark (66, 81, 82, 83) to be visually recognizable from the side of the incident surface.
A touch screen input and display system comprising: a touch screen comprising a planar input and viewing surface having a plurality of edges; and an elastomeric bezel at least partially surrounding and supporting said surface proximate at least some of said plurality of edges, said bezel comprising a surface configured to engage one or more digits of one or more hands of a user. a touch screen comprising a planar input and viewing surface having a plurality of edges; and an elastomeric bezel at least partially surrounding and supporting said surface proximate at least some of said plurality of edges, said bezel comprising a surface configured to engage one or more digits of one or more hands of a user.
A method of receiving media data, the method comprising: determining a plurality of representations of a Dynamic Adaptive Streaming over HTTP, DASH, media presentation from a received layered coding transport, LCT, Session Instance Description, LSID, wherein the LSID includes information representative of a plurality of LCT sessions, each of the LCT sessions including data of a respective one of the representations and wherein the LSID indicates correspondences between the LCT sessions and the representations; and initiating consumption of one or more of the representations of the DASH media presentation using the LSID, wherein the initiating consumption comprises: determining the correspondences between the LCT sessions and the representations based on the LSID; receiving a first set of data including packets of the LCT sessions including portions of data of the one or more of the representations up to a first playback time, prior to receiving a manifest file; providing data of the packets to a media decoder; receiving a manifest file after receiving the first set of data; and receiving a second set of data, different from the first set of data, of the DASH media presentation using the manifest file, the second set of data having playback times following the first playback time. determining a plurality of representations of a Dynamic Adaptive Streaming over HTTP, DASH, media presentation from a received layered coding transport, LCT, Session Instance Description, LSID, wherein the LSID includes information representative of a plurality of LCT sessions, each of the LCT sessions including data of a respective one of the representations and wherein the LSID indicates correspondences between the LCT sessions and the representations; and initiating consumption of one or more of the representations of the DASH media presentation using the LSID, wherein the initiating consumption comprises: determining the correspondences between the LCT sessions and the representations based on the LSID; receiving a first set of data including packets of the LCT sessions including portions of data of the one or more of the representations up to a first playback time, prior to receiving a manifest file; providing data of the packets to a media decoder; determining the correspondences between the LCT sessions and the representations based on the LSID; receiving a first set of data including packets of the LCT sessions including portions of data of the one or more of the representations up to a first playback time, prior to receiving a manifest file; providing data of the packets to a media decoder; receiving a manifest file after receiving the first set of data; and receiving a second set of data, different from the first set of data, of the DASH media presentation using the manifest file, the second set of data having playback times following the first playback time.
A diene Ladder branched ethylene-based polymer comprising: an average g' less than 0.86, where the average g' is an intrinsic viscosity ratio determined as described in the description by gel permeation chromatography using a triple detector; and a high molecular weight tail quantified by an MWD area metric, A TAIL, and A TAIL is less than or equal to 0.04 as determined by gel permeation chromatography using a triple detector; wherein A TAIL is determined and defined as set out in the description. an average g' less than 0.86, where the average g' is an intrinsic viscosity ratio determined as described in the description by gel permeation chromatography using a triple detector; and a high molecular weight tail quantified by an MWD area metric, A TAIL, and A TAIL is less than or equal to 0.04 as determined by gel permeation chromatography using a triple detector; wherein A TAIL is determined and defined as set out in the description.
A sensing device for a low-voltage, medium-voltage or high voltage switching device, for connection to a terminal of such a switching device and to ground potential, the sensing device comprising: a first voltage sensing part; and a second voltage sensing part; wherein a current sensing part is arranged with the first voltage sensing part and the second voltage sensing part in a single common sensing device housing, wherein an end of the first voltage sensing part, an end of the second voltage sensing part, and an electrical shield of the current sensing part are connected to a ground terminal; wherein an output from the first voltage sensing part for sensing voltage at an upper terminal of the switching device extends within the sensing device housing and is insulated from the current sensing part; wherein an output from the second voltage sensing part for sensing voltage at a lower terminal of the switching device extends within the sensing device housing; wherein the output from the first voltage sensing part, the output from the second voltage sensing part, and an output from the current sensing part are insulated from each other; and wherein the switching device and the sensing device comprise different devices, characterised in that the sensing device housing is separate to a housing for the switching device. a first voltage sensing part; and a second voltage sensing part; wherein a current sensing part is arranged with the first voltage sensing part and the second voltage sensing part in a single common sensing device housing, wherein an end of the first voltage sensing part, an end of the second voltage sensing part, and an electrical shield of the current sensing part are connected to a ground terminal; wherein an output from the first voltage sensing part for sensing voltage at an upper terminal of the switching device extends within the sensing device housing and is insulated from the current sensing part; wherein an output from the second voltage sensing part for sensing voltage at a lower terminal of the switching device extends within the sensing device housing; wherein the output from the first voltage sensing part, the output from the second voltage sensing part, and an output from the current sensing part are insulated from each other; and wherein the switching device and the sensing device comprise different devices, characterised in that the sensing device housing is separate to a housing for the switching device.
An ultrasonic surgical instrument, comprising: a transducer assembly configured to supply ultrasonic energy, the transducer assembly including a distal engagement member; a waveguide defining a longitudinal axis and having a proximal engagement member configured to threadingly engage the distal engagement member of the transducer assembly, the waveguide configured to transmit the ultrasonic energy therealong from the proximal engagement member to a distal end thereof for treating tissue; and characterised by a torque member (300, 300', 300'') coupled to the transducer assembly and disposed about the longitudinal axis, the torque member selectively rotatable about the longitudinal axis and relative to the waveguide to threadingly engage the transducer assembly and the waveguide, the torque member including a plurality of fingers (322, 322', 322'') pivotably coupled thereto and movable between a closed position, wherein the fingers are disposed in close proximity to one another and relative to the longitudinal axis, and a open position, wherein each finger extends radially-outwardly from the longitudinal axis in substantially perpendicular orientation relative to the longitudinal axis to define a moment arm configured to facilitate threading engagement of the transducer assembly and the waveguide. a transducer assembly configured to supply ultrasonic energy, the transducer assembly including a distal engagement member; a waveguide defining a longitudinal axis and having a proximal engagement member configured to threadingly engage the distal engagement member of the transducer assembly, the waveguide configured to transmit the ultrasonic energy therealong from the proximal engagement member to a distal end thereof for treating tissue; and characterised by a torque member (300, 300', 300'') coupled to the transducer assembly and disposed about the longitudinal axis, the torque member selectively rotatable about the longitudinal axis and relative to the waveguide to threadingly engage the transducer assembly and the waveguide, the torque member including a plurality of fingers (322, 322', 322'') pivotably coupled thereto and movable between a closed position, wherein the fingers are disposed in close proximity to one another and relative to the longitudinal axis, and a open position, wherein each finger extends radially-outwardly from the longitudinal axis in substantially perpendicular orientation relative to the longitudinal axis to define a moment arm configured to facilitate threading engagement of the transducer assembly and the waveguide.
A composition comprising L-arginine and L-citrulline or a physiologically acceptable salt or hydrate of any one thereof, wherein the composition is in a unit dosage form and wherein the content of L-arginine or a physiologically acceptable salt or hydrate thereof is present in the unit dose in an amount exceeding 4 g and the content of L-citrulline or a physiologically acceptable salt or hydrate thereof is in the range from 1.1-3.0 g, wherein the composition comprises one or more proanthocyanidins.