mhurhangee/ep-ind-claims huggingface dataset:
A delivery fiber assembly suitable for delivering broad band light and comprising a delivery fiber and a connector member, said delivery fiber having an input end for launching light and a delivery end for delivering light, said delivery fiber comprising a core region and a cladding region surrounding the core region wherein the cladding region comprises a cladding background material having a refractive index N bg and a plurality of microstructures in the form of longitudinally-extending inclusions (2a, 2b, 7a, 7b) of solid material having refractive index up to N inc, wherein N inc < N bg, wherein the plurality of inclusions is arranged in a cross-sectional pattern comprising at least two rings of inclusions surrounding the core region, said core region having a diameter up to 15 μm, said connector member being mounted to said delivery fiber at a delivery end section of the delivery fiber, said delivery fiber having a transmission bandwidth of 200 nm or more, wherein the delivery fiber has a transmission loss of less than 0.5 dB/m at wavelengths within the transmission bandwidth, and wherein said delivery fiber is a polarization-maintaining optical fiber.
A method of forwarding user input data originating from a third party device via a wireless sink device to a wireless source device, the method comprising: obtaining, at the wireless sink device, user input data from the third party device connected to the wireless sink device; generating, at the wireless sink device, a data packet header, wherein the data packet header comprises a field to identify the user input data as originating from the third party device; generating, at the wireless sink device, payload data comprising the user input data and an identifier of the third party device; generating, at the wireless sink device, a data packet comprising the data packet header and the payload data; transmitting the data packet from the wireless sink device to the wireless source device over a user input back channel residing over an Internet Protocol transport layer between sink device and source device; and receiving content from the wireless source device based on the processed user input data within the data packet over the Internet Protocol transport layer, wherein the user input data is processed by the wireless source device based on the identifier of the third party device. obtaining, at the wireless sink device, user input data from the third party device connected to the wireless sink device; generating, at the wireless sink device, a data packet header, wherein the data packet header comprises a field to identify the user input data as originating from the third party device; generating, at the wireless sink device, payload data comprising the user input data and an identifier of the third party device; generating, at the wireless sink device, a data packet comprising the data packet header and the payload data; transmitting the data packet from the wireless sink device to the wireless source device over a user input back channel residing over an Internet Protocol transport layer between sink device and source device; and receiving content from the wireless source device based on the processed user input data within the data packet over the Internet Protocol transport layer, wherein the user input data is processed by the wireless source device based on the identifier of the third party device.
Valve device with an actuator, which comprises an electric motor and a gear unit, which comprises as output members at least one gear wheel with a decentrally supported eccentric output pin and a slotted link, which cooperates with the eccentric output pin, and a valve rod, which is directly connected to the slotted link and to which a valve body is attached, which is prestressed via a spring element and can be moved axially opposite to the prestressing direction of the spring element by actuating the actuator, the valve body being movable in operation between a first operating position, in which the valve body comprises a maximum distance from the actuator, and a second operating position, in which the valve body comprises a minimum distance from the actuator, wherein all operating positions of the eccentric output pin between a bottom dead centre and a top dead centre lie on one side of an axis which passes through the bottom dead centre and the top dead centre of the eccentric output pin, wherein in a locking position in which the valve body is spaced from the valve seat the eccentric outlet pin or a bearing arranged on the eccentric outlet pin is loaded by the spring element against an end stop of the slotted link and bears against this end stop of the slotted link, wherein the eccentric output pin is arranged in the locking position on the side of the axis opposite the operating positions, which axis passes through the bottom dead centre and the top dead centre of the eccentric output pin. which comprises an electric motor and a gear unit, which comprises as output members at least one gear wheel with a decentrally supported eccentric output pin and a slotted link, which cooperates with the eccentric output pin, and a valve rod, which is directly connected to the slotted link and to which a valve body is attached, which is prestressed via a spring element and can be moved axially opposite to the prestressing direction of the spring element by actuating the actuator, the valve body being movable in operation between a first operating position, in which the valve body comprises a maximum distance from the actuator, and a second operating position, in which the valve body comprises a minimum distance from the actuator, wherein all operating positions of the eccentric output pin between a bottom dead centre and a top dead centre lie on one side of an axis which passes through the bottom dead centre and the top dead centre of the eccentric output pin, wherein in a locking position in which the valve body is spaced from the valve seat the eccentric outlet pin or a bearing arranged on the eccentric outlet pin is loaded by the spring element against an end stop of the slotted link and bears against this end stop of the slotted link, wherein the eccentric output pin is arranged in the locking position on the side of the axis opposite the operating positions, which axis passes through the bottom dead centre and the top dead centre of the eccentric output pin.
A continuous heating apparatus comprising a heating furnace having combustion segments in which combustion amounts can be individually controlled and which are arranged in series, for continuously heating a strip material in a manner that a conveying speed for the strip material is controlled so as to maintain a final achieving temperature of the strip material at a predetermined target temperature, and a looper which is arranged in series with the heating furnace, through which the strip material passes and which is adapted to adjust an length of the strip material accumulated inside, and characterized in that the continuous heating apparatus comprises a controller adapted to control the combustion amounts in the combustion segments (H1-H8) respectively according to a surplus time as a remaining adjustment capacity of the looper in the length of the strip material divided by the conveying speed for the strip material in the heating furnace, wherein the controller is adapted to control the combustion amounts in the combustion segments (H1-H8) respectively so that internal temperatures of the combustion segments (H1-H8) are maintained at respectively predetermined preset temperatures if the surplus time is longer than a predetermined preset time, and to vary the combustion amounts in the combustion segments (H1-H8) respectively in a predetermined profile with respect to the surplus time if the surplus time is shorter than a predetermined preset time.
An apparatus for producing an object from a polymeric material having a melting temperature (T F), comprising: - a melting device for melting the polymeric material; - a heat exchanger for cooling a flow of polymeric material melted by the melting device below the melting temperature (T F); - a nozzle; - a severing device for severing doses of polymeric material from the flow of polymeric material exiting from the nozzle; - a mould arranged downstream of the heat exchanger, the mould being configured for forming the object from a dose of the polymeric material which has been severed by the severing device, while the polymeric material has a temperature lower than said melting temperature (T F), wherein the heat exchanger is provided downstream of the melting device and the nozzle is arranged downstream of the heat exchanger, and wherein the apparatus further comprises a heat recovery device associated with the heat exchanger, the heat recovery device being configured to recover at least part of the heat released by the polymeric material to the heat exchanger, characterized in that the heat recovery device is configured for making the recovered heat available for further use in said apparatus. - a melting device for melting the polymeric material; - a heat exchanger for cooling a flow of polymeric material melted by the melting device below the melting temperature (T F); - a nozzle; - a severing device for severing doses of polymeric material from the flow of polymeric material exiting from the nozzle; - a mould arranged downstream of the heat exchanger, the mould being configured for forming the object from a dose of the polymeric material which has been severed by the severing device, while the polymeric material has a temperature lower than said melting temperature (T F), wherein the heat exchanger is provided downstream of the melting device and the nozzle is arranged downstream of the heat exchanger, and wherein the apparatus further comprises a heat recovery device associated with the heat exchanger, the heat recovery device being configured to recover at least part of the heat released by the polymeric material to the heat exchanger, characterized in that the heat recovery device is configured for making the recovered heat available for further use in said apparatus.
Handpiece for endodontic treatment, characterized in that it comprises an irrigation device comprising a reservoir to contain a stock of irrigation solution and a pumping and ejecting device for conveying said irrigation solution from the reservoir to a head for the purpose of ejecting the solution into a root canal, and in that it comprises an agitator device for setting in motion an endpiece inducing a genuine movement of the endpiece relative to the handpiece and not a vibration of the assembly, said endpiece being intended to penetrate inside a root canal in order to promote the action of the irrigation solution.
Method for controlled AC operation of a preferably dimmable operating device for lighting means (Rlamp), such as, for example, LEDS, OLEDs or gas discharge lamps, wherein time periods of significant points of the flow of the current through the lighting means (Ilamp) and of the voltage via the lighting means (Ulamp) are used for a Cos correction of an actual value and/or of a nominal value of the control, wherein □ indicates the phase angle between a first signal corresponding to the one parameter of lighting means current (Ilamp) and lighting means voltage (Ulamp) and a second signal having a DC part that corresponds to the other one of these parameters, characterised in that the DC part of the second signal is taken into account in the cos correction in such a manner that the phase angle □ is derived according to the following formula: □ = T ⁢ 1 + T ⁢ 2 - T ⁢ 3 / 4 / Tperiode * 2 * pi, wherein - Tperiod is the period of the first or second signal, - T1 is the duration between two successive zero crossings of the same polarity sign as the first and second signal, - T2 is the duration between a first and a successive second zero crossing of the second signal, and - T3 is the duration between the second and a successive third zero crossing of the second signal, wherein the first and the second zero crossing have different polarity signs. - Tperiod is the period of the first or second signal, - T1 is the duration between two successive zero crossings of the same polarity sign as the first and second signal, - T2 is the duration between a first and a successive second zero crossing of the second signal, and - T3 is the duration between the second and a successive third zero crossing of the second signal, wherein the first and the second zero crossing have different polarity signs.
A tone ring cartridge, comprising an outer part, comprising: a first inboard radially extending leg connected to an axially extending leg which is connected to a second outboard radially extending leg; characterized by an inner part, comprising: a first radially extending leg connected to a first axially extending leg; a second axially extending leg at least partially concentric with said first axially extending leg, said second axially extending leg connected to a second radially extending leg; a third axially extending leg connected to said second radially extending leg, said third axially extending leg having tone wheel teeth thereon. a first inboard radially extending leg connected to an axially extending leg which is connected to a second outboard radially extending leg; characterized by an inner part, comprising: a first radially extending leg connected to a first axially extending leg; a second axially extending leg at least partially concentric with said first axially extending leg, said second axially extending leg connected to a second radially extending leg; a third axially extending leg connected to said second radially extending leg, said third axially extending leg having tone wheel teeth thereon. a first radially extending leg connected to a first axially extending leg; a second axially extending leg at least partially concentric with said first axially extending leg, said second axially extending leg connected to a second radially extending leg; a third axially extending leg connected to said second radially extending leg, said third axially extending leg having tone wheel teeth thereon.
A method comprising: depositing a pattern of metallic ink comprising copper oxide and clusters of copper nanoparticles; drying the metallic ink in a vacuum chamber; and photosintering the metallic ink, the copper oxide being photoreduced to metallic copper during the photosintering. depositing a pattern of metallic ink comprising copper oxide and clusters of copper nanoparticles; drying the metallic ink in a vacuum chamber; and photosintering the metallic ink, the copper oxide being photoreduced to metallic copper during the photosintering.
Method of manufacturing a hull or fuselage structure comprising the steps of: - providing a sequence of tubes bent according to the shape of the fuselage, said tubes having a circular cross section; - arranging the tubes of said sequence in the longitudinal direction perpendicular to the midship section of the hull; - coating internally and externally or vice-versa the so obtained tubular structure with a biaxial fabric by means of a resin, characterized in that the tubes are arranged at different intervals depending on the different local loads that the structure must withstand. - providing a sequence of tubes bent according to the shape of the fuselage, said tubes having a circular cross section; - arranging the tubes of said sequence in the longitudinal direction perpendicular to the midship section of the hull; - coating internally and externally or vice-versa the so obtained tubular structure with a biaxial fabric by means of a resin, characterized in that the tubes are arranged at different intervals depending on the different local loads that the structure must withstand.
A set for use for at least confirming the presence or absence of contamination of a container for a test sample with a positive control nucleic acid in the detection or quantification of a target nucleic acid in a test sample using a primer set specific for the target nucleic acid and a probe specific for the target nucleic acid, the set comprising a positive control nucleic acid and a probe specific for the positive control nucleic acid, wherein the positive control nucleic acid serves as a positive control of the target nucleic acid and is any one of a nucleic acid selected from a single-stranded nucleic acid consisting of a nucleotide sequence having the following features to, a single-stranded nucleic acid consisting of a nucleotide sequence complementary to the nucleotide sequence of the single-stranded nucleic acid, and a double-stranded nucleic acid formed from the single-stranded nucleic acid and the single-stranded nucleic acid, wherein the positive control nucleic acid can be amplified using the primer set specific for the target nucleic acid, wherein the nucleotide sequence of the probe specific for the positive control nucleic acid is a nucleotide sequence that has 70% or lower sequence identity to the sequence of any portion of the genomes of an organism species from which the test sample is derived and an organism species from which the target nucleic acid is derived, and transcripts thereof, and has a Tm value of 65°C or lower; and wherein the nucleotide sequence of the probe specific for the positive control nucleic acid is a nucleotide sequence that has 70% or lower sequence identity to the sequence of any portion of the genomes of 20 or more species selected from the group consisting of mammals, bacteria, fungi and viruses, and transcripts thereof, and has a Tm value of 65°C or lower: comprising a nucleotide sequence A1 of a 5' primer specific for the target nucleic acid and a nucleotide sequence A2 complementary to a 3' primer specific for the target nucleic acid; comprising a nucleotide sequence B1 complementary to the probe specific for the target nucleic acid, or a nucleotide sequence B2 complementary to the nucleotide sequence B1; comprising a nucleotide sequence C1 complementary to the probe specific for the positive control nucleic acid, or a nucleotide sequence C2 complementary to the nucleotide sequence C1; and the nucleotide sequence B1 or B2 and the nucleotide sequence C1 or C2 are positioned between the nucleotide sequences A1 and A2. comprising a nucleotide sequence A1 of a 5' primer specific for the target nucleic acid and a nucleotide sequence A2 complementary to a 3' primer specific for the target nucleic acid; comprising a nucleotide sequence B1 complementary to the probe specific for the target nucleic acid, or a nucleotide sequence B2 complementary to the nucleotide sequence B1; comprising a nucleotide sequence C1 complementary to the probe specific for the positive control nucleic acid, or a nucleotide sequence C2 complementary to the nucleotide sequence C1; and the nucleotide sequence B1 or B2 and the nucleotide sequence C1 or C2 are positioned between the nucleotide sequences A1 and A2.
A method for the synthesis of a compound of formula H(OCH(CH 3)CH 2 C) 3 -O-A-O-R wherein A is the residue of 1,3-butandiol and R is H or H(OCH(CH 3)CH 2 C) 3 - comprising reacting a cyclic oligomer of -3-hydroxybutyrate consisting of three -3-hydroxybutyrate moieties with 1,3-butanediol in the presence of Candida antarctica lipase type B in a furan or pyran solvent.
An assembly in the form of a fire-proof and/or gas-proof lead-through of conduits and/or cables through a building wall or ceiling, wherein the building wall or ceiling includes a through-hole, wherein in the through-hole with movement play with respect to the hole jamb a conduit piece (3', 3") of a fire-resistant material is fitted including a flange (4', 4") laterally projecting, at a first end section, beyond the conduit piece, said flange abutting, in the desired mounting position, the wall or ceiling surface, in the flange-side orifice of the conduit piece (3', 3") a sleeve (6', 6") being fitted that projects beyond the orifice, and that is made of an intumescent material or is covered on the inside and/or on the outside by such a material and comprises the means (7, 8, 9), by means of which cables or conduits fed through the sleeve (6', 6") are enclosed in a smoke-tight manner, the conduit piece (3', 3") including at a second end section circumferentially on the outside as a sealing means a material strip made of intumescent material, circumferentially on the inside as a sealing means a material strip made of intumescent material, and/or the conduit piece (3', 3") comprises at its second end an edge protection profile made of intumescent material, and the second end of the conduit piece (3', 3") comprises holding means that secure the outside sealing means, the inside sealing means or the inside section of the fitted edge protection profile and the outside section of the edge protection profile in place at the conduit piece (3', 3").
A dry powder inhaler comprising at least one medicament reservoir containing a bulk quantity of a powdered medicament, and a metering mechanism by which unit doses of said medicament can be dispensed from the medicament reservoir for inhalation by a user of the inhaler, wherein said at least one medicament reservoir is formed in polyester material, and the polyester material comprises polyethylene terephthalate or a related material, or polycarbonate or polybutyrate.
A pig comprising disrupted α(1,3)-galactosyltransferase, cytidine monophosphate-N-acetylneuraminic acid hydroxylase (CMAH) and β1, 4 N-acetylgalactosaminyltransferase (β4GalNT2) genes in the nuclear genome in at least half of the cells of said pig, wherein expression of α(1,3)-galactosyltransferase, CMAH and β4GalNT2 is decreased as compared to a wild-type pig, thereby reducing the level of αGal antigens, Neu5GC antigens and Sd a -like antigens.
An illuminating device of a reflective type that uses a laser beam, the illuminating device comprising: a laser element (83, 83a) that emits a laser beam; an optical fiber that transmits the laser beam emitted by the laser element (83, 83a); a phosphor layer that converts a wavelength of light incident on one of surfaces and emits the light through the one of the surfaces; and an optical component (60, 60A) that causes reflected light of the laser beam transmitted through the optical fiber to be incident on the one of the surfaces of the phosphor layer, wherein an intensity distribution of the light incident on the one of the surfaces of the phosphor layer is sparse at a central region, the laser element (83, 83a) comprises at least two laser elements (83, 83a), the illuminating device further comprises a lens located between the optical fiber and the at least two laser elements (83, 83a), at least two laser beams respectively emitted by the at least two laser elements (83, 83a) are perpendicularly incident on the lens at positions other than a center of the lens, and the lens causes the at least two laser beams incident thereon to obliquely enter the optical fiber within an angular range of a numerical aperture of the optical fiber. a laser element (83, 83a) that emits a laser beam; an optical fiber that transmits the laser beam emitted by the laser element (83, 83a); a phosphor layer that converts a wavelength of light incident on one of surfaces and emits the light through the one of the surfaces; and an optical component (60, 60A) that causes reflected light of the laser beam transmitted through the optical fiber to be incident on the one of the surfaces of the phosphor layer, wherein an intensity distribution of the light incident on the one of the surfaces of the phosphor layer is sparse at a central region, the laser element (83, 83a) comprises at least two laser elements (83, 83a), the illuminating device further comprises a lens located between the optical fiber and the at least two laser elements (83, 83a), at least two laser beams respectively emitted by the at least two laser elements (83, 83a) are perpendicularly incident on the lens at positions other than a center of the lens, and the lens causes the at least two laser beams incident thereon to obliquely enter the optical fiber within an angular range of a numerical aperture of the optical fiber.