mhurhangee/ep-ind-claims huggingface dataset:
A blowout preventer comprising: a main body having a through bore; a passage transverse to the through bore; an isolation ring cutter disposed in the passage inside the main body and configured for positioning with an opening on the isolation ring cutter centered about the through bore; a piston and a gate disposed separated and spaced apart from the isolation ring cutter and configured for motion along the passage; a charge located between the piston and an end cap; and the charge configured for activation to propel the piston and thus the gate along the passage into contact with the isolation ring cutter to propel the isolation ring cutter along the passage and across the through bore. a main body having a through bore; a passage transverse to the through bore; an isolation ring cutter disposed in the passage inside the main body and configured for positioning with an opening on the isolation ring cutter centered about the through bore; a piston and a gate disposed separated and spaced apart from the isolation ring cutter and configured for motion along the passage; a charge located between the piston and an end cap; and the charge configured for activation to propel the piston and thus the gate along the passage into contact with the isolation ring cutter to propel the isolation ring cutter along the passage and across the through bore.
A capacitive sensor (1A, 1B) comprising: a base material having a translucent property; a plurality of first transparent electrodes arranged along a first direction in a detection area on one main surface of the base material, each first transparent electrode having a translucent property; a plurality of second transparent electrodes arranged along a second direction that closes the first direction in the detection area, each second transparent electrode having a translucent property and including a conductive nanowire; a link provided integrally with the first transparent electrodes, the link electrically connecting two adjacent first transparent electrodes to each other; a bridge wiring part provided as a body separate from the second transparent electrodes, the bridge wiring part electrically connecting two adjacent second transparent electrodes to each other and including an amorphous oxide material; characterised by a reflection reduction layer provided so as to cover the second transparent electrodes and the bridge wiring part; wherein a refractive index of the reflection reduction layer is higher than a refractive index of the second transparent electrode and is lower than a refractive index of the bridge wiring part. a base material having a translucent property; a plurality of first transparent electrodes arranged along a first direction in a detection area on one main surface of the base material, each first transparent electrode having a translucent property; a plurality of second transparent electrodes arranged along a second direction that closes the first direction in the detection area, each second transparent electrode having a translucent property and including a conductive nanowire; a link provided integrally with the first transparent electrodes, the link electrically connecting two adjacent first transparent electrodes to each other; a bridge wiring part provided as a body separate from the second transparent electrodes, the bridge wiring part electrically connecting two adjacent second transparent electrodes to each other and including an amorphous oxide material; characterised by a reflection reduction layer provided so as to cover the second transparent electrodes and the bridge wiring part; wherein a refractive index of the reflection reduction layer is higher than a refractive index of the second transparent electrode and is lower than a refractive index of the bridge wiring part.
A rear combination lamp for a vehicle in which a tail lamp light source (33A, 33B) and a stop lamp light source disposed above the tail lamp light source (33A, 33B) are covered from the rear of the vehicle, when the rear combination lamp is installed in a vehicle, with an outer lens that is common to the light sources (33A, 33B, 34), characterized in that a first inner lens that covers from the rear of the vehicle, when the rear combination lamp is installed in a vehicle, the tail lamp light source (33A, 33B) and the stop lamp light source, the first inner lens being common to the light sources (33A, 33B, 34), and a second inner lens that is subjected to processing so as to have a lower light transmittance than that of the first inner lens and so as to diffuse light are disposed within the outer lens, and the second inner lens is formed so as to cover the first inner lens from the rear of the vehicle, when the rear combination lamp is installed in a vehicle, in a region in which at least the first inner lens and the tail lamp light source (33A, 33B) overlap when viewed from the rear of the vehicle, when the rear combination lamp is installed in a vehicle, while avoiding a region in which at least the first inner lens and the stop lamp light source overlap when viewed from the rear of the vehicle, when the rear combination lamp is installed in a vehicle.
A bone repair material having a putty-like consistency, comprising: (i) 30-75 weight percent of a porous, resorbable particulate, derived from bone or bone-like hydroxyapatite or synthetic hydroxyapatite; and (ii) a hydroxylpropyl cellulose in a concentration of from 45 to 64 mg/ml of said material, for use in the treatment of dental bone defects. (i) 30-75 weight percent of a porous, resorbable particulate, derived from bone or bone-like hydroxyapatite or synthetic hydroxyapatite; and (ii) a hydroxylpropyl cellulose in a concentration of from 45 to 64 mg/ml of said material,
Data-transferring device, comprising a RJ45 connector male or female, a cable and a module for connecting the cable to the RJ45 connector, the module for connecting comprising: - a base comprising a mating face, this base being able to be placed in a contact position in which the mating face is facing tracks of a printed circuit board of the RJ45 connector, - connecting pins that are accommodated by the base, each pin comprising a first end that is arranged to receive a conductive wire of the cable and a second end that protrudes from said mating face so that a contact is established between the second end and a track of the printed circuit board when the base is in the contact position, and, - a cover that interlocks with the base, this cover comprising grooves each of which is arranged to receive one segment of one respective conductive wire, in which the base comprises an imprint facing the grooves of the cover so as to enclose the conductive wires in their respective groove, characterized in that the base comprises sidewalls perpendicular to the mating face and stops that are joined to these sidewalls, these stops being configured to interact with the printed circuit board so as to keep the base in the contact position. - a base comprising a mating face, this base being able to be placed in a contact position in which the mating face is facing tracks of a printed circuit board of the RJ45 connector, - connecting pins that are accommodated by the base, each pin comprising a first end that is arranged to receive a conductive wire of the cable and a second end that protrudes from said mating face so that a contact is established between the second end and a track of the printed circuit board when the base is in the contact position, and, - a cover that interlocks with the base, this cover comprising grooves each of which is arranged to receive one segment of one respective conductive wire, in which the base comprises an imprint facing the grooves of the cover so as to enclose the conductive wires in their respective groove, characterized in that the base comprises sidewalls perpendicular to the mating face and stops that are joined to these sidewalls, these stops being configured to interact with the printed circuit board so as to keep the base in the contact position.
Single cell for a battery, comprising an electrode stack located in a cell housing, the cell housing being formed from two electrically conductive housing side walls (2, 3), which are arranged in parallel opposite one another and designed to be tray-shaped with a continuous tray flange extending around the edges, wherein the tray flanges are joined to one another by adhesive force while forming a flange region and electrically insulated against one another, terminal contact tabs of the electrode stack being connected to the housing side walls (2, 3) in an electrically conductive manner, wherein at least one of the housing side walls (2, 3) is designed to project beyond at least a section of the flange region of at least one housing edge of the cell housing, wherein the section of the housing side wall (2, 3) which projects beyond the flange region is angled in the direction of a cell interior and in the direction of a tray base of the housing side wall (2, 3) and in the angled state projects beyond the respective tray base by a presettable value, characterised in that the housing side wall (2, 3) is designed to project beyond at least a section of the flange region at two opposite housing edges of the cell housing.
Method for modifying surfaces of plastics, wherein at least one modifier substance is applied to at least part of the surface of a moulding tool in an injection moulding process, where the modifier substance contains at least one functional polymer having reactive and functional groups and metallic ions or metallic ions and metallic nanoparticles, and a molten plastic is then introduced into the moulding tool and the moulding is subsequently taken from the moulding tool, where metallic ions are then reduced to metallic nanoparticles.
A radio access network RAN node operable to report user plane congestion UPCON, the RAN node having computer circuitry configured to: receive, from a Core Network CN, an information element IE including UPCON related Policy and Control Charging PCC information; identify a location of an UPCON event, at the RAN node, based on an UPCON event reporting trigger included in the UPCON related PCC information; and report Radio Access Network Congestion Information RCI about the UPCON event to one or more network elements in the CN; characterised in that the computer circuitry is further configured to report the RCI to a Policy and Charging Rules Function PCRF node in an Evolved Packet System EPS based on a communication between the eNB and the PCRF node on a Control Plane via a Mobility Management Entity MME, a Serving Gateway, and a Packet Data Network Gateway / Policy and Charging Enforcement Function node (PGW/PCEF). receive, from a Core Network CN, an information element IE including UPCON related Policy and Control Charging PCC information; identify a location of an UPCON event, at the RAN node, based on an UPCON event reporting trigger included in the UPCON related PCC information; and report Radio Access Network Congestion Information RCI about the UPCON event to one or more network elements in the CN; characterised in that the computer circuitry is further configured to report the RCI to a Policy and Charging Rules Function PCRF node in an Evolved Packet System EPS based on a communication between the eNB and the PCRF node on a Control Plane via a Mobility Management Entity MME, a Serving Gateway, and a Packet Data Network Gateway / Policy and Charging Enforcement Function node (PGW/PCEF).
Method of treating a portion of subterranean formation, comprising: a. Providing a water in oil emulsion of at least one water-soluble polymer, said emulsion comprising at least one inverting agent, and at least one emulsifying agent, wherein the mass ratio R of the total amount of inverting agent to the total amount of emulsifying agent is superior to 1. 2 and inferior to 10, wherein the inverting agent is a surfactant having a HLB superior or equal to 10 and the emulsifying agent is a surfactant having a HLB strictly inferior to 10, wherein the water in oil emulsion contains from 0.5% to 6% by weight of inverting agent; and wherein the water-soluble polymer has an average molecular weight by weight comprised between 1 and 30 million g/mol as calculated from the intrinsic viscosity of the polymer using the Mark-Houwink equation; b. Inverting the water in oil emulsion by adding it into an aqueous fluid to form an injection fluid; c. Introducing the injection fluid into a portion of the subterranean formation. a. Providing a water in oil emulsion of at least one water-soluble polymer, said emulsion comprising at least one inverting agent, and at least one emulsifying agent, wherein the mass ratio R of the total amount of inverting agent to the total amount of emulsifying agent is superior to 1. 2 and inferior to 10, wherein the inverting agent is a surfactant having a HLB superior or equal to 10 and the emulsifying agent is a surfactant having a HLB strictly inferior to 10, wherein the water in oil emulsion contains from 0.5% to 6% by weight of inverting agent; and wherein the water-soluble polymer has an average molecular weight by weight comprised between 1 and 30 million g/mol as calculated from the intrinsic viscosity of the polymer using the Mark-Houwink equation; b. Inverting the water in oil emulsion by adding it into an aqueous fluid to form an injection fluid; c. Introducing the injection fluid into a portion of the subterranean formation.
Assembly for electrical splice connection of cables (100a, 100b), comprising: - a first connector comprising a first termination portion and a first crimping portion configured to be crimped onto a first cable conductor; - a second connector comprising a second termination portion and a second crimping portion configured to be crimped onto a second cable conductor; - a first open shell provided with a seat for accommodating said first and second termination portions (25a, 25b); - a second open shell, wherein fastening elements are provided for fastening said second open shell to said first open shell so as to wrap and firmly hold in position said first and second termination portions (25a, 25b); wherein each of said first termination portion and second termination portion has a cylindrical shape; wherein each of said first termination portion and second termination portion comprises, at a respective free end portion thereof, an enlarged head (26a, 26b) characterised in that each of said first open shell and second open shell comprises, at an axially central portion of a radially inner surface thereof, a respective recessed portion for accommodating said enlarged heads (26a, 26b). - a first connector comprising a first termination portion and a first crimping portion configured to be crimped onto a first cable conductor; - a second connector comprising a second termination portion and a second crimping portion configured to be crimped onto a second cable conductor; - a first open shell provided with a seat for accommodating said first and second termination portions (25a, 25b); - a second open shell, wherein fastening elements are provided for fastening said second open shell to said first open shell so as to wrap and firmly hold in position said first and second termination portions (25a, 25b); wherein each of said first termination portion and second termination portion has a cylindrical shape;
A system for screen correction, the system comprising: a screen having screen parameters, wherein the screen parameters include at least one of a dimension of the screen, a curvature of the screen, a topographical reference point, or whether the screen is a front or back projection screen; a memory storage unit for storing content provided by a content producer, wherein the content provided by the content producer is rendered to be displayed on the screen in accordance with model parameters which are the assumed parameters of the system based upon an ideal model of the screen; a correction engine in communication with the memory storage unit, the correction engine configured to receive actual screen parameters from an input device and process the content provided by a content producer accounting for differences between the model parameters and the actual screen parameters to generate screen content; and a first projector in communication with the correction engine, the first projector configured to receive a first portion of the screen content and to project the first portion of the screen content onto the screen. a screen having screen parameters, wherein the screen parameters include at least one of a dimension of the screen, a curvature of the screen, a topographical reference point, or whether the screen is a front or back projection screen; a memory storage unit for storing content provided by a content producer, wherein the content provided by the content producer is rendered to be displayed on the screen in accordance with model parameters which are the assumed parameters of the system based upon an ideal model of the screen; a correction engine in communication with the memory storage unit, the correction engine configured to receive actual screen parameters from an input device and process the content provided by a content producer accounting for differences between the model parameters and the actual screen parameters to generate screen content; and a first projector in communication with the correction engine, the first projector configured to receive a first portion of the screen content and to project the first portion of the screen content onto the screen.
Motorcycles tyre, comprising a carcass structure, a zero-degree belt structure arranged in a radially outer position with respect to the carcass structure and a tread band arranged in a radially outer position with respect to the belt structure, wherein the belt structure comprises at least one hybrid reinforcing cord having an elongation greater than 4% when subjected to a load equal to about 50 N and a tangent modulus indicating the ratio between load and elongation measured at any point of a load-elongation curve according to the BISFA standard with a monotonic progression as the elongation increases for elongations comprised between 4% and at least 9%, said at least one hybrid reinforcing cord comprising at least one wire made of a material having a high modulus indicating an initial modulus equal to or greater than 3000 cN/Tex and at least another wire made of another material having a low modulus indicating an initial modulus lower than 3000 cN/Tex.
A nutritional composition containing non-denatured lactoferrin for use in the prevention or treatment of allergy, allergic rhinitis, asthma, urticaria, atopic eczema, allergic conjunctivitis, atopic dermatitis or atopic diseases in an infant or a toddler, said nutritional composition being selected from infant formula, follow-on formula and growing up-milk, said nutritional composition comprising 0.03-14 wt.% non-denatured lactoferrin, calculated by weight of total protein.
A mobile terminal characterized by: first and second batteries configured to supply driving power to the mobile terminal; a display unit configured to indicate an operational state of the mobile terminal to a user; a user input unit for receiving a command from the user; and a controller configured to control the display unit to display separate indicators concerning respectively the first and second batteries and to perform an inter-charging between the first and second batteries upon receiving the command from the user. first and second batteries configured to supply driving power to the mobile terminal; a display unit configured to indicate an operational state of the mobile terminal to a user; a user input unit for receiving a command from the user; and a controller configured to control the display unit to display separate indicators concerning respectively the first and second batteries and to perform an inter-charging between the first and second batteries upon receiving the command from the user.
An apparatus for treating a tooth, the apparatus comprising: a fluid retainer configured to be applied to the tooth to substantially retain fluid in a tooth chamber in the tooth; and a pressure wave generator having a distal portion, the distal portion being configured to be inserted through the fluid retainer into the tooth chamber; wherein the fluid retainer includes a handpiece by which a dental practitioner can apply or maneuver the fluid retainer relative to the tooth during treatment; wherein the pressure wave generator provides an electromagnetic beam of radiation, preferably a laser beam, which electromagnetic beam propagates energy into the tooth chamber; wherein the electromagnetic beam energy can be transformed into pressure waves as it enters the treatment fluid; wherein the electromagnetic beam generates pressure waves which pressure waves generate photo-induced or photo-acoustic cavitation effects in the fluid; wherein the pressure wave generator is configured to be coupled to the handpiece. a fluid retainer configured to be applied to the tooth to substantially retain fluid in a tooth chamber in the tooth; and a pressure wave generator having a distal portion, the distal portion being configured to be inserted through the fluid retainer into the tooth chamber; wherein the fluid retainer includes a handpiece by which a dental practitioner can apply or maneuver the fluid retainer relative to the tooth during treatment; wherein the pressure wave generator provides an electromagnetic beam of radiation, preferably a laser beam, which electromagnetic beam propagates energy into the tooth chamber; wherein the electromagnetic beam energy can be transformed into pressure waves as it enters the treatment fluid; wherein the electromagnetic beam generates pressure waves which pressure waves generate photo-induced or photo-acoustic cavitation effects in the fluid; wherein the pressure wave generator is configured to be coupled to the handpiece.
A method for producing white light for illuminating a liquid crystal display, in which method a first light component of a first colour having a first luminous power, a second light component of a second colour having a second luminous power, and a third light component of a third colour having a third luminous power are produced to illuminate the liquid crystal display, the method comprising measuring the first luminous power; measuring the second luminous power; measuring the third luminous power; and adjusting the white balance of the liquid crystal display's illumination by adjusting at least the first, the second, or the third luminous power at least on the basis of the luminous powers of the lights of the first, second, and third colours, characterised by producing a pulsating light by controlling the first, the second, and the third light component to pulsate at a frequency greater than 20 Hz; measuring the white balance of the liquid crystal display's ambient light during pauses in the pulsating light; measuring the white balance of the pulsating light during light pulses; storing the white balance measurements in a memory, and adjusting the white balance of the light components in relation to the measured white balance of the ambient light.