mhurhangee/ep-ind-claims huggingface dataset:
A remote transmission station for a transmission facility of a radio communication network comprising at least one piece of equipment for managing transmission stations with a chosen administration protocol, said station comprising managed equipment and being located in a part of the network separated from said management equipment by a transmission link of said facility, characterized in that it comprises management means able to obtain management information statuses related to said managed equipment, and processing means arranged i) to store all of the statuses obtained earlier by said management means, ii) to compare said newly obtained statuses to said previously stored statuses, so as to determine each change in status, and iii) to generate messages comprising each determined change in status, said remote transmission station further comprising a managed equipment defining a data compressor arranged to compress using a chosen method the data contained in said messages, so that said messages may be transmitted to said management device via said link.
An intermittent splicer (114, 216), the intermittent splicer (114, 216) comprising: a first material input (110, 212); a second material input (112, 214); a first material terminator; a combining unit; and a combined material output; the intermittent splicer being characterized by further comprising: a measuring component and a dynamic tensioner; wherein the measuring component is adapted to measure lengths of at least the first material input (110, 212) or the second material input (120, 214) and the dynamic tensioner is adapted to apply a variable amount of tension to the combined material output to impart one or more desired characteristics to a resulting product at one or more desired locations.
An endoscope comprising a first component and a second component; the second component having a proximal end coupled to the first component, and a distal end with an element for image capturing arranged in said distal end, and with an optical waveguide comprising at least one light-conducting fibre extending through the second component for directing light of a light source from the proximal end to the distal end and emitting said light at the distal end; wherein a light source is installed in the first component, said light source comprising at least one LED chip for emitting light, wherein the LED chip is coupled to the proximal end of the second component connected to the first component in such a way that the light emitted by the LED chip can be injected into the at least one light-conducting fibre of the optical waveguide; and wherein the at least one light-conducting fibre has a diameter of at least 80 μm; and wherein the at least one light-conducting fibre has a polymer-based coating and/or a protective cover made of a polymer-based tubing material arranged at least partially on its lateral surface and/or in sections thereof; characterized in that the at least one light-conducting fibre is a glass fibre. the second component having a proximal end coupled to the first component, and a distal end with an element for image capturing arranged in said distal end, and with an optical waveguide comprising at least one light-conducting fibre extending through the second component for directing light of a light source from the proximal end to the distal end and emitting said light at the distal end; wherein a light source is installed in the first component, said light source comprising at least one LED chip for emitting light, wherein the LED chip is coupled to the proximal end of the second component connected to the first component in such a way that the light emitted by the LED chip can be injected into the at least one light-conducting fibre of the optical waveguide; and wherein the at least one light-conducting fibre has a diameter of at least 80 μm; and wherein the at least one light-conducting fibre has a polymer-based coating and/or a protective cover made of a polymer-based tubing material arranged at least partially on its lateral surface and/or in sections thereof; characterized in that the at least one light-conducting fibre is a glass fibre.
An acoustic borehole imaging method, comprising: positioning an acoustic imaging tool (400, 700, 1000, 1200) along a borehole; transmitting an ultrasonic pulse toward a borehole wall using a pitch-catch technique, wherein the ultrasonic pulse interacts with the borehole wall to produce a refracted ultrasonic wave; receiving the refracted ultrasonic wave using multiple receivers (410, 710, 1010); calculating an amplitude of the refracted ultrasonic wave; and generating an image of the borehole using the amplitude of the refracted ultrasonic wave, wherein the image is generated by calculating an amplitude decay of the refracted ultrasonic wave, the amplitude decay being caused by an interaction between the ultrasonic pulse and a material discontinuity in the borehole wall that results in the refracted ultrasonic wave. positioning an acoustic imaging tool (400, 700, 1000, 1200) along a borehole; transmitting an ultrasonic pulse toward a borehole wall using a pitch-catch technique, wherein the ultrasonic pulse interacts with the borehole wall to produce a refracted ultrasonic wave; receiving the refracted ultrasonic wave using multiple receivers (410, 710, 1010); calculating an amplitude of the refracted ultrasonic wave; and generating an image of the borehole using the amplitude of the refracted ultrasonic wave,
A method for producing a contact lens, comprising: the steps of: providing a contact lens mold for making a contact lens, wherein the mold comprises a first mold half having a first mold surface in contact with the lens- forming composition and a second mold half having a second mold surface in contact with the lens- forming composition, wherein the first mold half and the second mold half are configured to receive each other such that a cavity is formed between the first mold surface and the second mold surface, wherein the cavity defines the shape of a contact lens to be molded, wherein at least one of the mold halves is made from an oxide glass comprising fluorine and/or fluoride, introducing a silicone-containing lens-forming material into the cavity formed by the first and second molding surfaces, wherein the lens-forming composition is crosslinkable and/or polymerizable by actinic radiation; crosslinking/polymerizing the lens-forming material in the mold to form a lens having a polymer matrix; opening the mold and removing the formed contact lens from the mold, washing the first and second molding surface with a water base system. providing a contact lens mold for making a contact lens, wherein the mold comprises a first mold half having a first mold surface in contact with the lens- forming composition and a second mold half having a second mold surface in contact with the lens- forming composition, wherein the first mold half and the second mold half are configured to receive each other such that a cavity is formed between the first mold surface and the second mold surface, wherein the cavity defines the shape of a contact lens to be molded, wherein at least one of the mold halves is made from an oxide glass comprising fluorine and/or fluoride, introducing a silicone-containing lens-forming material into the cavity formed by the first and second molding surfaces, wherein the lens-forming composition is crosslinkable and/or polymerizable by actinic radiation; crosslinking/polymerizing the lens-forming material in the mold to form a lens having a polymer matrix; opening the mold and removing the formed contact lens from the mold, washing the first and second molding surface with a water base system.
A timepiece (1A-1G) with an internal antenna, comprising: a case that is made from a conductive material; a movement that is housed in the case and has a plurality of motors that drive staffs (320, 420, 520, 620) disposed at a plurality of locations; a dial that is made from a nonconductive material and transparent; a solar panel that has an opening and is disposed on a back side of a display side of the dial; a patch antenna (19, 19A) that is disposed inside the case on a back side of the dial, receives radio signals transmitted from an external source and includes a dielectric and an electrode formed in the dielectric, and said patch antenna is disposed to a position separated at least a specific distance from the inside surface of the case and overlapping the opening in plan view; wherein the staffs (320, 420, 520, 620) are disposed between the case and the patch antenna in plan view, characterized by a date wheel made from a nonconductive material is disposed between the dial and the patch antenna in lateral view, and is disposed to a position overlapping the patch antenna at least in part in plan view, a date window for exposing at least part of the date wheel is formed in the dial, and the date window is formed at a position overlapping the opening in the solar panel in plan view. a case that is made from a conductive material; a movement that is housed in the case and has a plurality of motors that drive staffs (320, 420, 520, 620) disposed at a plurality of locations; a dial that is made from a nonconductive material and transparent; a solar panel that has an opening and is disposed on a back side of a display side of the dial; a patch antenna (19, 19A) that is disposed inside the case on a back side of the dial, receives radio signals transmitted from an external source and includes a dielectric and an electrode formed in the dielectric, and said patch antenna is disposed to a position separated at least a specific distance from the inside surface of the case and overlapping the opening in plan view; wherein the staffs (320, 420, 520, 620) are disposed between the case and the patch antenna in plan view, a date wheel made from a nonconductive material is disposed between the dial and the patch antenna in lateral view, and is disposed to a position overlapping the patch antenna at least in part in plan view, a date window for exposing at least part of the date wheel is formed in the dial, and the date window is formed at a position overlapping the opening in the solar panel in plan view.
Solar heat collector that comprises a pipe in which flows an energetic fluid, an absorbent plate in contact with said pipe, an insulation arranged in parallel to said absorbent plate and located on the side of the pipe opposite to said absorbent plate such that it exerts a constant force on the same, a structure made of a plastic material with a parallelepiped shape which houses the aforementioned components of the collector, and a transparent cover placed on one of the greater faces of said structure on the side of the absorbent plate, characterized in that the structure consists of a frame formed by the four side faces(4.1,4.2,4.3,4.4) of the parallelepiped that leaves the greater faces of the same open and is formed by injection of plastic material, and said frame is reinforced by metallic profiles encapsulated in the aforementioned injection process such that said metallic profiles have a shorter length than the corresponding plastic side faces (4.1,4.2,4.3,4.4) of the frame, thereby leaving the corners of the frame with only plastic material and therein orifices are included, formed in the injection process of the frame.
A method of preparing a catalyst, comprising: (a) contacting an inorganic siliceous solid with a metal complex of the formula: wherein: L 1 is aryloxy (C≤16), wherein aryloxy refers to groups, defined as -OR, in which R is aryl; L 2 is aryloxy (C≤16), wherein aryloxy refers to groups, defined as -OR, in which R is aryl X 1, X 2, and X 3 are each chloro; to form a metal complex inorganic siliceous solid mixture; and (b) calcining the mixture from step (a) between 200 °C to 400 °C under conditions suitable to form a catalyst comprising the metal from the metal complex attached to the inorganic siliceous solid; wherein the term "aryl" refers to a monovalent unsaturated aromatic group with an aromatic carbon atom as the point of attachment, said carbon atom forming part of a one or more six-membered aromatic ring structure, wherein the ring atoms are all carbon, and wherein the group consists of no atoms other than carbon and hydrogen; with the proviso that the method does not comprise a calcining step at a temperature greater than 400 °C. (a) contacting an inorganic siliceous solid with a metal complex of the formula: wherein: L 1 is aryloxy (C≤16), wherein aryloxy refers to groups, defined as -OR, in which R is aryl; L 2 is aryloxy (C≤16), wherein aryloxy refers to groups, defined as -OR, in which R is aryl X 1, X 2, and X 3 are each chloro; to form a metal complex inorganic siliceous solid mixture; and L 1 is aryloxy (C≤16), wherein aryloxy refers to groups, defined as -OR, in which R is aryl; L 2 is aryloxy (C≤16), wherein aryloxy refers to groups, defined as -OR, in which R is aryl X 1, X 2, and X 3 are each chloro; (b) calcining the mixture from step (a) between 200 °C to 400 °C under conditions suitable to form a catalyst comprising the metal from the metal complex attached to the inorganic siliceous solid;
A water treatment subsea installation adapted for treatment of raw seawater into process water suitable for use in subsea hydrocarbon production, the water treatment installation comprising: a seawater inlet to a primary filtration unit wherein a filtration membrane separates a receiving chamber from a permeate chamber having an outlet for treated water, a pump in fluid flow communication with the treated water outlet, a recirculation loop feeding a portion of the treated water via a subsea electro-chlorinator back to the water stream upstream or downstream of the membrane of the primary filtration unit, and a secondary filtration unit installed in the treated water stream between the primary filtration unit and the electro-chlorinator, such that the secondary filtration unit receives treated water from the primary filtration unit, wherein the secondary filtration unit comprises a reverse osmosis unit having outlets for permeate and reject water, the reject water outlet discharging RO reject rich in NaCl and high in divalent ions to the recirculation loop and feeding a nano-filtration unit installed in the recirculation loop, the nano-filtration unit having outlets for permeate and reject water, the permeate water outlet feeding NF permeate rich in NaCl and low in divalent ions to the electro-chlorinator. a seawater inlet to a primary filtration unit wherein a filtration membrane separates a receiving chamber from a permeate chamber having an outlet for treated water, a pump in fluid flow communication with the treated water outlet, a recirculation loop feeding a portion of the treated water via a subsea electro-chlorinator back to the water stream upstream or downstream of the membrane of the primary filtration unit, and a secondary filtration unit installed in the treated water stream between the primary filtration unit and the electro-chlorinator, such that the secondary filtration unit receives treated water from the primary filtration unit, wherein the secondary filtration unit comprises a reverse osmosis unit having outlets for permeate and reject water, the reject water outlet discharging RO reject rich in NaCl and high in divalent ions to the recirculation loop and feeding a nano-filtration unit installed in the recirculation loop, the nano-filtration unit having outlets for permeate and reject water, the permeate water outlet feeding NF permeate rich in NaCl and low in divalent ions to the electro-chlorinator.
Tyre, the tread of which comprises, in the unvulcanized state, a heat-expandable rubber composition comprising at least a diene elastomer, 70 to 120 phr (parts by weight per hundred parts of elastomer) of a reinforcing filler, between 5 and 25 phr of a blowing agent, between 5 and 25 phr of a thermofusible compound, the melting point of which is between 70°C and 150°C, the total content of blowing agent and thermofusible compound being greater than 15 phr.
A method for monitoring a joining seam along a joining path, particularly during joining by means of laser radiation, in which: - in processing direction in front of a processing point, a joining point is measured in order to detect its position and geometry, characterized in that - at least from the position of the joining point in front of the processing point, which comprises the position of the joining point along the joining path and laterally thereto, the position of the joining seam behind the processing point along the joining path and laterally thereto is detected, and - in processing direction behind the processing point, the joining seam is measured at the obtained position in order to detect its geometry. - in processing direction in front of a processing point, a joining point is measured in order to detect its position and geometry, characterized in that - at least from the position of the joining point in front of the processing point, which comprises the position of the joining point along the joining path and laterally thereto, the position of the joining seam behind the processing point along the joining path and laterally thereto is detected, and - in processing direction behind the processing point, the joining seam is measured at the obtained position in order to detect its geometry.
A product composition being protein-free comprising a combination of amino acids and peptides, the combination consisting of free natural amino acids and short natural peptides of an aquatic animal origin, wherein - the free amino acids comprise all 20 amino acids necessary for human protein synthesis; - the short natural peptides have a molecular size of less than 10 kDa; and - comprising more than 40 % by weight free amino acids, determined as the ratio of amino nitrogen by formol titration to total nitrogen by the Kjeldahl method. - the free amino acids comprise all 20 amino acids necessary for human protein synthesis; - the short natural peptides have a molecular size of less than 10 kDa; and - comprising more than 40 % by weight free amino acids, determined as the ratio of amino nitrogen by formol titration to total nitrogen by the Kjeldahl method.
Connector for assembling a drive arm of a motor vehicle to a windscreen wiper, said connector comprising: - a connection device designed to interact with a base of a windscreen wiper to reversibly secure the connector to the windscreen wiper, - a side interface on a side wall of the connection device, said interface comprising a second transverse pin designed to be connected to a drive arm, the connection device comprising a first member designed to interact with a housing in the base of the windscreen wiper, the first member being connected to the side wall by at least one bridge, characterized in that the connection device comprises - at least one side locking tab (22a, 22b) projecting perpendicularly from the side wall in the direction of the housing, the side locking tab (22a, 22b) being designed to interact with a side edge of the windscreen wiper arranged on the opposite side to the housing. - a connection device designed to interact with a base of a windscreen wiper to reversibly secure the connector to the windscreen wiper, - a side interface on a side wall of the connection device, said interface comprising a second transverse pin designed to be connected to a drive arm, - at least one side locking tab (22a, 22b) projecting perpendicularly from the side wall in the direction of the housing, the side locking tab (22a, 22b) being designed to interact with a side edge of the windscreen wiper arranged on the opposite side to the housing.
Device for cutting through pile threads on a weaving machine, comprising - a cutting means, which is displaceable back and forth according to a substantially rectilinear motion path, - a transmission body which is flexible over at least a portion of its length, in connection with the cutting means, and - a rotatable drive means, which is drivable so as to rotate alternately in the one and the other rotational direction, wherein the drive means and the transmission body are provided to interact in order to convert the rotation motions of the drive means, via the transmission body, into a back-and-forth displacement of the cutting means, characterized in that the device is provided to exert by a rotary motion of the drive means, via the transmission body, a pushing force on the cutting means. - a cutting means, which is displaceable back and forth according to a substantially rectilinear motion path, - a transmission body which is flexible over at least a portion of its length, in connection with the cutting means, and - a rotatable drive means, which is drivable so as to rotate alternately in the one and the other rotational direction,
An ostomy appliance comprising: a collection pouch; a first coupling ring attached to the collection pouch, the first coupling ring having a first opening therethrough in communication with the pouch; a faceplate having a rear surface and a front surface; a second coupling ring adapted to sealingly mate with the first coupling ring; a web operably connecting the secong coupling ring to the faceplate, the second coupling ring having a second opening corresponding to the first opening and a flange circuling the second opening, wherein the second coupling ring and the first coupling ring are configured to couple the pouch and the faceplate together; characterized by a securing member configured to releasably, operably couple the second coupling ring with the faceplate. a collection pouch; a first coupling ring attached to the collection pouch, the first coupling ring having a first opening therethrough in communication with the pouch; a faceplate having a rear surface and a front surface; a second coupling ring adapted to sealingly mate with the first coupling ring; a web operably connecting the secong coupling ring to the faceplate, the second coupling ring having a second opening corresponding to the first opening and a flange circuling the second opening, wherein the second coupling ring and the first coupling ring are configured to couple the pouch and the faceplate together; characterized by a securing member configured to releasably, operably couple the second coupling ring with the faceplate.
An extendable cylinder body for lock cylinders, in particular for electronic lock cylinders, which comprises at least one middle module; an outer-side end module and/or an inner-side end module, wherein the modules have mutual guides; wherein a respective two modules can be fixedly connected to one another by an axially arranged fastening bolt; and wherein a foot part of the fastening bolt can be axially fastened in one of the two modules, characterized in that a head part of the fastening bolt is axially movably placed in the other one of the two modules; and in that said fastening bolt can be fastened in such a manner by a threaded bolt which is radially arranged there and which acts against its head part that an increasing tensile force is exerted onto the foot part of the fastening bolt as the threaded bolt is increasingly screwed in.
Use of an ester selected from the group consisting of: - esters obtainable from esterification of a saturated branched monoalcohol comprising from 5 to 16 carbon atoms, with isostearic acid; - esters obtainable from esterification of 2-hexyl-1-decanol with a saturated fatty acid comprising from 7 to 18 carbon atoms; and - mixtures thereof; in a functional fluid for an electric vehicle. - esters obtainable from esterification of a saturated branched monoalcohol comprising from 5 to 16 carbon atoms, with isostearic acid; - esters obtainable from esterification of 2-hexyl-1-decanol with a saturated fatty acid comprising from 7 to 18 carbon atoms; and - mixtures thereof;