mhurhangee/ep-ind-claims huggingface dataset:
A gas discharge tube comprising: a housing defining a chamber; first and second terminal electrodes (632, 634) mounted on the housing; a plurality of inner electrodes (6E1-6E18) located in the chamber; a gas contained in the chamber; wherein the inner electrodes are serially disposed in the chamber in spaced apart relation to define a series of spark gaps from the first terminal electrode to the second terminal electrode; wherein the chamber is hermetically sealed; wherein the gas discharge tube further comprises a trigger device that is contained in the housing and that is electrically coupled to either one of the first terminal electrode or the second terminal electrode and to ones of the plurality of inner electrodes (6E1-6E18); wherein the trigger device includes: first and second substrates (672, 673) each formed of an electrically insulating material; at least one resistor link (6R10-6R12) mounted on the first substrate; and at least one resistor link (6R4-6R6) mounted on the second substrate; and wherein the resistor links are configured to conduct current from the inner electrodes (6E1-6E18). a housing defining a chamber; first and second terminal electrodes (632, 634) mounted on the housing; a plurality of inner electrodes (6E1-6E18) located in the chamber; a gas contained in the chamber; wherein the inner electrodes are serially disposed in the chamber in spaced apart relation to define a series of spark gaps from the first terminal electrode to the second terminal electrode; wherein the chamber is hermetically sealed; wherein the gas discharge tube further comprises a trigger device that is contained in the housing and that is electrically coupled to either one of the first terminal electrode or the second terminal electrode and to ones of the plurality of inner electrodes (6E1-6E18); wherein the trigger device includes: first and second substrates (672, 673) each formed of an electrically insulating material; at least one resistor link (6R10-6R12) mounted on the first substrate; and at least one resistor link (6R4-6R6) mounted on the second substrate; and wherein the resistor links are configured to conduct current from the inner electrodes (6E1-6E18). first and second substrates (672, 673) each formed of an electrically insulating material; at least one resistor link (6R10-6R12) mounted on the first substrate; and at least one resistor link (6R4-6R6) mounted on the second substrate; and wherein the resistor links are configured to conduct current from the inner electrodes (6E1-6E18).
Device for moving a tongue rail of a switch, comprising a retaining element attached to a stock rail and at least one roller attached thereto, the axis of rotation of which is substantially parallel to the course of the rail, and which is arranged in such a way that the tongue rail can roll up from a lower contact position on the stock rail onto the roller to a remote position, and comprising a spring element, characterised in that the spring element is arranged in the interior of the roller and in that the roller is fastened by at least one screw connection and is fixed adjustably in a slide rail on the retaining element.
A needleless injection device including: - a body forming a housing, - a gas generator, - a tubular reservoir which contains an active ingredient to be injected, the reservoir extending axially in said housing from an upper end, down to a lower end, - an elastically-deformable membrane with a generally T-like shape, the membrane comprising a tubular portion which extends axially in the reservoir and which is designed to extend axially in the reservoir under the effect of the pressure generated by the gas generator, and - a nozzle for injecting the active ingredient which is arranged at the lower end of the reservoir, said device being characterized in that it includes a sock which envelops at least partly the tubular portion of the membrane, said sock: - being in the form of a sleeve, which comprises a cylindrical wall which extends axially and which is interposed radially between an inner wall of the reservoir and the tubular portion of the membrane, the sock being made of a material that has a coefficient of friction lower than the coefficient of friction of the material used to make the membrane so as to limit the friction between the tubular portion of the membrane and the reservoir, - and comprising a bottom in the form of a disc which axially plugs the sock in its lower portion. - a body forming a housing, - a gas generator, - a tubular reservoir which contains an active ingredient to be injected, the reservoir extending axially in said housing from an upper end, down to a lower end, - an elastically-deformable membrane with a generally T-like shape, the membrane comprising a tubular portion which extends axially in the reservoir and which is designed to extend axially in the reservoir under the effect of the pressure generated by the gas generator, and - a nozzle for injecting the active ingredient which is arranged at the lower end of the reservoir, - being in the form of a sleeve, which comprises a cylindrical wall which extends axially and which is interposed radially between an inner wall of the reservoir and the tubular portion of the membrane, the sock being made of a material that has a coefficient of friction lower than the coefficient of friction of the material used to make the membrane so as to limit the friction between the tubular portion of the membrane and the reservoir, - and comprising a bottom in the form of a disc which axially plugs the sock in its lower portion.
An ophthalmic composition in the form of a solution, suspension, emulsion, ointment, cream, gel or sustained release vehicle that fully absorbs into the ocular tissue, for use in the treatment of an ocular infection when the ophthalmic composition is administered to an eye of a patient, or the prophylaxis of an ocular infection when the ophthalmic composition is administered to an eye of a patient before or after the introduction of an inoculum of an ocular pathogen, said composition comprising an amount of ε-polylysine (εPL) effective for said treatment.
A process for reducing the concentration of perchlorate in an aqueous concentrated multi-component salt solution comprising mainly sodium chlorate, the process comprising treating said salt solution with an amphoteric resin to provide an adsorbed perchlorate and multi anion-containing resin and a perchlorate-depleted solution; and removing said perchlorate depleted solution, wherein said amphoteric resin is a snake-in-a-cage type resin or a betaine type resin.
An apparatus, comprising: a combustion pre-chamber device (118, 118') for engaging a cylinder head of an internal combustion engine, the combustion pre-chamber device including a body with an outer surface extending between a first end and an opposite second end of the body, the first end of the body including an opening to an inner passage defined by the body for receiving a spark plug, the second end of the body defining a combustion pre-chamber (218, 218') and at least one through-hole (214, 216) in communication with the combustion pre-chamber that opens at the outer surface, the body further including at least two bores (300, 350) located within the body of the combustion pre-chamber device, each one of said two bores (300, 350) extending from an opening (302, 352) at the outer surface into the body to a closed end (304, 354), wherein said two bores comprise at least one radially extending bore extending to a first closed end and at least one tangentially extending bore extending to a closed second end, wherein the radially extending bore and the tangentially extending bore intersect one another at or adjacent to the first and second closed ends; and wherein the at least one radially extending bore is oblique to a longitudinal axis of the body, and wherein the tangentially extending bore extends in a direction that is tangential to a circle around the central longitudinal axis and the closed end of the tangentially extending bore being closer to a distal end wall of the opposite second end of the body than the open end of the tangentially extending bore. a combustion pre-chamber device (118, 118') for engaging a cylinder head of an internal combustion engine, the combustion pre-chamber device including a body with an outer surface extending between a first end and an opposite second end of the body, the first end of the body including an opening to an inner passage defined by the body for receiving a spark plug, the second end of the body defining a combustion pre-chamber (218, 218') and at least one through-hole (214, 216) in communication with the combustion pre-chamber that opens at the outer surface, the body further including at least two bores (300, 350) located within the body of the combustion pre-chamber device, each one of said two bores (300, 350) extending from an opening (302, 352) at the outer surface into the body to a closed end (304, 354), wherein said two bores comprise at least one radially extending bore extending to a first closed end and at least one tangentially extending bore extending to a closed second end, wherein the radially extending bore and the tangentially extending bore intersect one another at or adjacent to the first and second closed ends; and wherein the at least one radially extending bore is oblique to a longitudinal axis of the body, and wherein the tangentially extending bore extends in a direction that is tangential to a circle around the central longitudinal axis and the closed end of the tangentially extending bore being closer to a distal end wall of the opposite second end of the body than the open end of the tangentially extending bore.
A wire comprising a composite coating thereon, said wire comprising: an elongated electrically conductive wire; said wire being coated with a composite thermoplastic coating comprising two distinct layers, one layer being a thermoplastic polyetherimide and another layer being a thermoplastic fluoropolymer and wherein the thermoplastic polyetherimide layer is in contact with the elongated electrically conductive wire and the coating has a dielectric constant (Dk) of less than 3, when tested at 1 KHz at room temperature and 50% relative humidity. an elongated electrically conductive wire; said wire being coated with a composite thermoplastic coating comprising two distinct layers, one layer being a thermoplastic polyetherimide and another layer being a thermoplastic fluoropolymer and wherein the thermoplastic polyetherimide layer is in contact with the elongated electrically conductive wire and the coating has a dielectric constant (Dk) of less than 3, when tested at 1 KHz at room temperature and 50% relative humidity.
A terminal device (10; 20) for performing terminal-to-terminal communication in which a plurality of terminal devices (10, 20) directly perform wireless communication without an intervention of a base station device, the terminal device comprising: communication means for receiving resource information for designating a frequency band unsupported by the base station device as a radio resource usable for the terminal-to-terminal communication; and control means for determining whether the terminal device has capability of handling the radio resource designated by the resource information, and if the terminal device has capability of handling the radio resource, controlling the terminal-to-terminal communication using the radio resource, and if the terminal device does not have capability of handling the radio resource, controlling the terminal-to-terminal communication using a usable radio resource supported by the base station device and permitted to be used for the terminal-to-terminal communication. communication means for receiving resource information for designating a frequency band unsupported by the base station device as a radio resource usable for the terminal-to-terminal communication; and control means for determining whether the terminal device has capability of handling the radio resource designated by the resource information, and if the terminal device has capability of handling the radio resource, controlling the terminal-to-terminal communication using the radio resource, and if the terminal device does not have capability of handling the radio resource, controlling the terminal-to-terminal communication using a usable radio resource supported by the base station device and permitted to be used for the terminal-to-terminal communication.
Hot marking machine (1; 201), of the type comprising - a marking member (6; 206) intended to press a tape (7; 207) against the peripheral surface (2A; 202A) of individual components (2; 202) in order to mark them, the individual components (2; 202) being positioned in succession in a marking station and marked by repeating a marking sequence on each component (2; 202), the machine (1; 201) comprising - tape unwinding means (12-14; 212-214) and - tape rewinding means (15-17; 215-217), characterized in that - the unwinding means (12-14; 214) are intended to unwind a length of tape (7; 207) in sequence after the end of each marking sequence ready for the next marking sequence, - the machine further comprises a tape suction box (18; 218) and a tape braking surface (19A; 219A), - the braking surface (19A; 219A) is of an orientation that is fixed with respect to the frame (3; 203) of the machine (1; 201) during each marking sequence, - the tape (7; 207) from the unwinding means (12-14; 212-214) passes in succession through the suction box (18; 218), along the braking surface (19A; 219A) and past the marking member (6; 206) so that a reserve of tape (7; 207) is available in the suction box (18; 218) between the unwinding means (12-14; 212-214) and the braking surface (19A; 219A), whereas the tape (7; 207) is taut past the marking member (6; 206) between the braking surface (19A; 219A) and the rewinding means (15-17; 215-217). - a marking member (6; 206) intended to press a tape (7; 207) against the peripheral surface (2A; 202A) of individual components (2; 202) in order to mark them, the individual components (2; 202) being positioned in succession in a marking station and marked by repeating a marking sequence on each component (2; 202), the machine (1; 201) comprising - tape unwinding means (12-14; 212-214) and - tape rewinding means (15-17; 215-217), - the unwinding means (12-14; 214) are intended to unwind a length of tape (7; 207) in sequence after the end of each marking sequence ready for the next marking sequence, - the machine further comprises a tape suction box (18; 218) and a tape braking surface (19A; 219A), - the braking surface (19A; 219A) is of an orientation that is fixed with respect to the frame (3; 203) of the machine (1; 201) during each marking sequence, - the tape (7; 207) from the unwinding means (12-14; 212-214) passes in succession through the suction box (18; 218), along the braking surface (19A; 219A) and past the marking member (6; 206) so that a reserve of tape (7; 207) is available in the suction box (18; 218) between the unwinding means (12-14; 212-214) and the braking surface (19A; 219A), whereas the tape (7; 207) is taut past the marking member (6; 206) between the braking surface (19A; 219A) and the rewinding means (15-17; 215-217).
Composition comprising an effective amount of a modified yeast peptide fraction comprising the sequence Phe-Val-Ala-Pro-Phe-Pro, or a homolog thereof having one or more conservative amino acid substitutions, in a cosmetically acceptable vehicle, wherein said peptide or homolog thereof has been modified by complexation with zinc ions, and wherein said metal-complexed peptide is present in an amount sufficient to decrease melanin synthesis in said area of hyper-pigmented skin for use in a method for treating hyper pigmentation comprising topically applying to an area of hyper-pigmented skin.
A method of bonding Nd-Fe-B permanent magnets together, the method including the steps of: a) degreasing and activating adhesion surfaces of the Nd-Fe-B permanent magnets; b) coating only an insulating adhesive on the adhesion surfaces of the Nd-Fe-B permanent magnets such that a thickness of an adhesive layer is 1 to 100μm, wherein the insulating adhesive is a thermosetting resin; c) putting the coated magnets into an oven and initial curing the insulating adhesive at a temperature T1 of 20°C to 250°C for 0.1h to 24h so as to partially cure the insulating adhesive; d) stacking the Nd-Fe-B permanent magnets together in a fixing tool and curing the insulating adhesive under pressure of 0.1 MPa to 10 MPa and a temperature T2 of 150°C to 350°C for 0.1h to 12h so as to complete the curing of the insulating adhesive; and e) stop heating and allow to cool down the bonded Nd-Fe-B permanent magnets to room temperature. a) degreasing and activating adhesion surfaces of the Nd-Fe-B permanent magnets; b) coating only an insulating adhesive on the adhesion surfaces of the Nd-Fe-B permanent magnets such that a thickness of an adhesive layer is 1 to 100μm, wherein the insulating adhesive is a thermosetting resin; c) putting the coated magnets into an oven and initial curing the insulating adhesive at a temperature T1 of 20°C to 250°C for 0.1h to 24h so as to partially cure the insulating adhesive; d) stacking the Nd-Fe-B permanent magnets together in a fixing tool and curing the insulating adhesive under pressure of 0.1 MPa to 10 MPa and a temperature T2 of 150°C to 350°C for 0.1h to 12h so as to complete the curing of the insulating adhesive; and e) stop heating and allow to cool down the bonded Nd-Fe-B permanent magnets to room temperature.
A method of transmitting a media content, the method comprising: generating segments including a high dynamic range, HDR, video component and a media presentation description, MPD, including information for accessing the segments, wherein the MPD includes an adaptation set element describing an adaptation set indicating a set of interchangeable encoded versions of the HDR video component, wherein the adaptation set element includes a representation element describing a representation including the segments and an essential property element describing essential information for processing the adaptation set, and wherein the essential property element includes matrix coefficient information used to derive a luma signal and a chroma signal from an RGB color gamut or an XYZ color gamut of the HDR video component; and transmitting the segments and the MPD. generating segments including a high dynamic range, HDR, video component and a media presentation description, MPD, including information for accessing the segments, wherein the MPD includes an adaptation set element describing an adaptation set indicating a set of interchangeable encoded versions of the HDR video component, wherein the adaptation set element includes a representation element describing a representation including the segments and an essential property element describing essential information for processing the adaptation set, and wherein the essential property element includes matrix coefficient information used to derive a luma signal and a chroma signal from an RGB color gamut or an XYZ color gamut of the HDR video component; and transmitting the segments and the MPD.
A method performed by a terminal in a wireless communication system, the method comprising: in response to detecting that a second cell is out of synchronization, identifying a first cell that is in synchronization; obtaining first synchronization information of the first cell; obtaining second synchronization information of the second cell based on the first synchronization information; and performing communication based on the second synchronization information, wherein the first cell is different from the second cell. in response to detecting that a second cell is out of synchronization, identifying a first cell that is in synchronization; obtaining first synchronization information of the first cell; obtaining second synchronization information of the second cell based on the first synchronization information; and performing communication based on the second synchronization information, wherein the first cell is different from the second cell.
A method for producing a super absorbent polymer comprising the steps of: carrying out a crosslinking polymerization of a monomer composition including a monomer containing a water-soluble ethylenically unsaturated compound or its salt and a glass hollow particle having a micron-scale particle size in the presence of an internal crosslinking agent, wherein the glass hollow particle has a particle size of 10 to 100 μ m; and drying, pulverizing, and classifying the cross-linked hydrogel polymer. carrying out a crosslinking polymerization of a monomer composition including a monomer containing a water-soluble ethylenically unsaturated compound or its salt and a glass hollow particle having a micron-scale particle size in the presence of an internal crosslinking agent, wherein the glass hollow particle has a particle size of 10 to 100 μ m; and drying, pulverizing, and classifying the cross-linked hydrogel polymer.
A bellows pump device that includes an air chamber in which a hermetic state thereof is maintained and is adapted to supply pressurized air to the air chamber thereby to cause a bellows (13, 14) disposed within the air chamber to perform contraction operation to discharge a transport fluid, and to discharge the pressurized air from the air chamber thereby to cause the bellows (13, 14) to perform expansion operation to suck the transport fluid, the bellows pump device comprising: an electropneumatic regulator (51, 52) configured to adjust an air pressure of the pressurized air to be supplied to the air chamber, such that the air pressure is increased so as to correspond to a contraction characteristic of the bellows (13, 14) during the contraction operation of the bellows (13, 14), and characterized by, a temperature detection unit configured to detect a temperature of the transport fluid; and a control unit configured to control the electropneumatic regulator (51, 52) such that a pressure increase coefficient used in increasing the air pressure increases as a detection value of the temperature detection unit decreases. an electropneumatic regulator (51, 52) configured to adjust an air pressure of the pressurized air to be supplied to the air chamber, such that the air pressure is increased so as to correspond to a contraction characteristic of the bellows (13, 14) during the contraction operation of the bellows (13, 14), and characterized by, a temperature detection unit configured to detect a temperature of the transport fluid; and a control unit configured to control the electropneumatic regulator (51, 52) such that a pressure increase coefficient used in increasing the air pressure increases as a detection value of the temperature detection unit decreases.