mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber cable comprising: a core including a plurality of optical fibers; an outer filling that is disposed outside the core; a sheath that covers the core and the outer filling, and a pair of separators disposed so as to sandwich the core therebetween, wherein the sheath is formed in a rectangular shape in a transverse cross-sectional view, and each of the separators is located between the core and the sheath, characterized by the core including an inner filling, and a wrapping tube which wraps the plurality of optical fiber and the inner filling. a core including a plurality of optical fibers; an outer filling that is disposed outside the core; a sheath that covers the core and the outer filling, and a pair of separators disposed so as to sandwich the core therebetween, wherein the sheath is formed in a rectangular shape in a transverse cross-sectional view, and each of the separators is located between the core and the sheath, characterized by the core including an inner filling, and a wrapping tube which wraps the plurality of optical fiber and the inner filling.
Method for the operation of a combined cycle power station, which comprises a gas turbine with a compressor and a turbine, a waste heat steam generator downstream of the gas turbine for generating steam in a water/steam circuit, as well as at least one through-flow cooler, through which compressed air flows, which is compressed in the compressor and intended for cooling the gas turbine and under cooling converts feed water supplied from the waste heat steam generator into steam and delivers it to the waste heat steam generator, characterised in that the combined cycle power station is switched, in order to make the operation flexible without load reduction of the gas turbine, between a first operating mode (single operation), in which only the gas turbine circuit is used for energy generation, and a second operating mode (combined operation), in which the gas turbine circuit and the water/steam circuit are used for energy generation.
An artificial tree comprising: a) a solidified expanded foam core; b) a rigid tube (3, 42) or post, molded into the solidified expanded foam core; and characterised in that the artificial tree comprises a flexible woven outer layer (2,21) in a predetermined shape, wherein said flexible woven outer layer is fused to the solidified expanded foam core. a) a solidified expanded foam core; b) a rigid tube (3, 42) or post, molded into the solidified expanded foam core; and
A process for insulating an oven, said oven having one or more internal spaces, in particular three-dimensional internal spaces, to be insulated, wherein flakes and/or nodules of wool(s) and/or fibers, in particular mineral wool(s) and/or fibers, are blown into said space(s) to be insulated without adding binder or water, said flakes and/or nodules having a size of less than 50 mm.
A pressing equipment for manufacturing a floor element, wherein the floor element comprises an upper decorative layer and a lower support layer, wherein the equipment comprises: a pressing device for pressing the upper decorative layer upon the lower support layer, a positioning device for placing at least one between the lower support layer and the upper decorative layer in a pressing position at the pressing device, and a centering device for adjusting the mutual position of the upper decorative layer and of the lower support layer at the pressing position, wherein the positioning device comprises at least a first couple of contact surfaces adapted to contact opposite edges of the layer to be positioned in the pressing position, characterized in that the positioning device comprises at least one movable element adapted to adjust the distance between the contact surface of the couple of contact surfaces.
An organic light emitting device comprising: a cathode; an anode provided opposite to the cathode; a light emitting layer provided between the cathode and the anode; and an organic material layer provided between the cathode and the light emitting layer, and including Compound including a heteroatom and a cyano group, characterized in that: Compound satisfies the following Equation 1 and the following Equation 2: P El CN ≥ 3 debye in Equation 1, P El CN means an absolute value of a dipole moment of Compound; P El CN P El > Ea El CN Ea El in Equation 2, P El CN means an absolute value of a dipole moment of Compound; | P El | means an absolute value of a dipole moment of a compound having the same core as the compound with the dipole moment of P El CN without including a cyano group; Ea El CN means an absolute value of electron affinity of Compound; and | Ea El | means an absolute value of electron affinity of a compound having the same core as the compound with the electron affinity of Ea El CN without including a cyano group; and Compound is not one of the following compounds: a cathode; an anode provided opposite to the cathode; a light emitting layer provided between the cathode and the anode; and an organic material layer provided between the cathode and the light emitting layer, and including Compound including a heteroatom and a cyano group, characterized in that: Compound satisfies the following Equation 1 and the following Equation 2: P El CN ≥ 3 debye P El CN means an absolute value of a dipole moment of Compound; | P El | means an absolute value of a dipole moment of a compound having the same core as the compound with the dipole moment of P El CN without including a cyano group; Ea El CN means an absolute value of electron affinity of Compound; and | Ea El | means an absolute value of electron affinity of a compound having the same core as the compound with the electron affinity of Ea El CN without including a cyano group; and Compound is not one of the following compounds:
A packet sending method, wherein the method comprises: receiving, by a first network device in a multichassis link aggregation group, a first packet, wherein a destination Internet Protocol, IP, address of the first packet is an IP address of a user-side device, and the first network device is connected to the user-side device by using a first port; when the first port becomes faulty, modifying, by the first network device, a destination media access control, MAC, address of the first packet to a MAC address of a second network device in the multichassis link aggregation group based on a first preset Address Resolution Protocol, ARP, entry of the user-side device, to obtain a second packet, wherein the first network device is connected to the second network device by using a second port, and the first preset ARP entry comprises the MAC address of the second network device; and sending, by the first network device, the second packet to the second network device through the second port, wherein the second packet is used for the second network device to obtain a third packet based on the second packet and send the third packet to the user-side device, and a destination MAC address of the third packet is a MAC address of the user-side device. receiving, by a first network device in a multichassis link aggregation group, a first packet, wherein a destination Internet Protocol, IP, address of the first packet is an IP address of a user-side device, and the first network device is connected to the user-side device by using a first port; when the first port becomes faulty, modifying, by the first network device, a destination media access control, MAC, address of the first packet to a MAC address of a second network device in the multichassis link aggregation group based on a first preset Address Resolution Protocol, ARP, entry of the user-side device, to obtain a second packet, wherein the first network device is connected to the second network device by using a second port, and the first preset ARP entry comprises the MAC address of the second network device; and sending, by the first network device, the second packet to the second network device through the second port, wherein the second packet is used for the second network device to obtain a third packet based on the second packet and send the third packet to the user-side device, and a destination MAC address of the third packet is a MAC address of the user-side device.
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the processor, cause the apparatus to at least: provide for a determination of an orientation of each of a plurality of segments of a multi-segment wearable accessory, the segments having different relative orientations; and provide for an association of a selected one of the plurality of segments with a peripheral device based at least in part on a determination that the orientation of said segment at least approximates with an orientation of the peripheral device. provide for a determination of an orientation of each of a plurality of segments of a multi-segment wearable accessory, the segments having different relative orientations; and provide for an association of a selected one of the plurality of segments with a peripheral device based at least in part on a determination that the orientation of said segment at least approximates with an orientation of the peripheral device.
A control module of a lighting unit for setting an occupancy state of the lighting unit, the control module configured to: receive, from one or more occupancy sensors, a signal indicative of detection, by the one or more occupancy sensors, of occupancy near the lighting unit; determine an occupancy history associated with the lighting unit; characterized in that the control module is configured to: determine one or more occupancy states of one or more remote lighting units within a given proximity of the lighting unit; calculate, based on the one or more occupancy states and the detected occupancy history, a likelihood that the detection of occupancy by the one or more occupancy sensors is legitimate; and set the occupancy state of the lighting unit based on the calculated likelihood. receive, from one or more occupancy sensors, a signal indicative of detection, by the one or more occupancy sensors, of occupancy near the lighting unit; determine an occupancy history associated with the lighting unit; characterized in that the control module is configured to: determine one or more occupancy states of one or more remote lighting units within a given proximity of the lighting unit; calculate, based on the one or more occupancy states and the detected occupancy history, a likelihood that the detection of occupancy by the one or more occupancy sensors is legitimate; and set the occupancy state of the lighting unit based on the calculated likelihood. determine one or more occupancy states of one or more remote lighting units within a given proximity of the lighting unit; calculate, based on the one or more occupancy states and the detected occupancy history, a likelihood that the detection of occupancy by the one or more occupancy sensors is legitimate; and set the occupancy state of the lighting unit based on the calculated likelihood.
Device for converting kinetic energy of a flowing water into kinetic energy of a rotatable rotor shaft, wherein the device is adapted to be effective in a first flow direction and in a second flow direction substantially opposite to the first, wherein the device comprises two rotor blades (7,8) each connected to a blade shaft coupled to the rotor shaft for transfer of a torque relative to the rotor shaft, the blade shaft extending perpendicularly of the rotor shaft, characterized in that the blades (7,8) are each rigidly connected to the same blade shaft, that the blade shaft is mounted for rotation about its own axis relative to the rotor shaft, and that the rotor blades (7,8) each have an asymmetrical cross-section.
A method of forming a radiation-shield attenuation structure, the method comprising: configuring an additive manufacturing model of the attenuation structure; and additively manufacturing the attenuation structure according to the model; wherein the additively manufacturing includes depositing a concrete material (12, 62, 64) that includes an attenuation dopant configured to enhance the radiation shielding of the concrete material; the method further comprising: feeding the concrete material from a source to an extrusion nozzle (26, 72, 74); and dispersing the attenuation dopant into the concrete material downstream of the source and upstream of the extrusion nozzle. configuring an additive manufacturing model of the attenuation structure; and additively manufacturing the attenuation structure according to the model; wherein the additively manufacturing includes depositing a concrete material (12, 62, 64) that includes an attenuation dopant configured to enhance the radiation shielding of the concrete material; the method further comprising: feeding the concrete material from a source to an extrusion nozzle (26, 72, 74); and dispersing the attenuation dopant into the concrete material downstream of the source and upstream of the extrusion nozzle. feeding the concrete material from a source to an extrusion nozzle (26, 72, 74); and dispersing the attenuation dopant into the concrete material downstream of the source and upstream of the extrusion nozzle.
A light emitting diode package, comprising: - a substrate; - a light emitting diode die fixed on the substrate; and - a lens convexly molded on the substrate to encapsulate the LED die; characterized in that the light emitting diode package further comprises - an in-mold decoration film having a phosphor layer, a surface treatment layer disposed on the phosphor layer and an adhesive layer disposed under the phosphor layer, wherein a first portion of the in-mold decoration film contacts the lens and a second portion of the in-mold decoration film extends to a position beyond the lens. - a substrate; - a light emitting diode die fixed on the substrate; and - a lens convexly molded on the substrate to encapsulate the LED die; characterized in that the light emitting diode package further comprises - an in-mold decoration film having a phosphor layer, a surface treatment layer disposed on the phosphor layer and an adhesive layer disposed under the phosphor layer, wherein a first portion of the in-mold decoration film contacts the lens and a second portion of the in-mold decoration film extends to a position beyond the lens.
Cooking device - having a cooking chamber surrounded by a cooking chamber wall, - having an opening in the cooking chamber wall serving to receive a cooking device lamp, - having a cooking device lamp installed in the opening and serving to light the cooking chamber, wherein - a holding plate is present, - the holding plate has an intake opening for the cooking device lamp, - the cooking device lamp is installed in the intake opening, - the holding plate anchors the cooking device lamp in the opening, - the holding plate with the installed cooking device lamp closes the opening in the cooking chamber wall, - the cooking device lamp has an LED element as a lighting means and is provided with a light guidance rod, wherein - the light guidance rod is installed in the opening of the cooking chamber wall, characterised in that - the cooking device lamp has a fixing pedestal, by means of which the cooking device lamp is anchored in the holding plate, wherein an elastic element is arranged between the fixing pedestal and the holding plate, which has a sealing effect. - having a cooking chamber surrounded by a cooking chamber wall, - having an opening in the cooking chamber wall serving to receive a cooking device lamp, - having a cooking device lamp installed in the opening and serving to light the cooking chamber, wherein - a holding plate is present, - the holding plate has an intake opening for the cooking device lamp, - the cooking device lamp is installed in the intake opening, - the holding plate anchors the cooking device lamp in the opening, - the holding plate with the installed cooking device lamp closes the opening in the cooking chamber wall, - the cooking device lamp has an LED element as a lighting means and is provided with a light guidance rod, wherein - the light guidance rod is installed in the opening of the cooking chamber wall, characterised in that - the cooking device lamp has a fixing pedestal, by means of which the cooking device lamp is anchored in the holding plate, wherein an elastic element is arranged between the fixing pedestal and the holding plate, which has a sealing effect.
A system for treating a patient, comprising: an endoprosthesis configured to span an aneurysm; and a formulation adapted to form a polymer foam within the aneurysm, wherein the formulation is a siloxane formulation that is configured to react with in situ water in the aneurysm, wherein the formulation is configured to flow outward from a catheter tip and form an expanding mass, and wherein the formulation is configured to be delivered to a space between an outer surface of the endoprosthesis and an inner surface of the aneurysm. an endoprosthesis configured to span an aneurysm; and a formulation adapted to form a polymer foam within the aneurysm, wherein the formulation is a siloxane formulation that is configured to react with in situ water in the aneurysm, wherein the formulation is configured to flow outward from a catheter tip and form an expanding mass, and wherein the formulation is configured to be delivered to a space between an outer surface of the endoprosthesis and an inner surface of the aneurysm.
Agglomerated boron nitride particles constituted by primary particles of hexagonal boron nitride crystals, wherein the primary particles of hexagonal boron nitride crystals are arranged in a normal direction so that their a-axes face outward.
Method for manufacturing pellets from municipal waste incinerator bottom ash comprising separating a fraction with a particle size in the range from 0 to 6 mm from the municipal waste incinerator bottom ash; mixing the fraction with a binder; adjustment of moisture content by adding water to form a wet mix; and pelletizing the wet mix, wherein the method further comprises, before the mixing, adding fines from crushing processes, wash processes or sieve processing of stones, minerals or demolition materials or denaturised asbestos fiber cement with a particle size in the same range as that of the fraction or smaller than the size of the particles in the fraction of municipal incinerator bottom ash.
Rotor for a thermal turbomachine, having at least one pair of immediately adjacent rotor disks, each rotor disk having a disk web which runs endlessly around its rotational axis and, at its radially inner end in relation to the rotational axis, has a hub region which is widened axially with respect to the disk web with a central opening which is concentric with respect to the rotational axis, and which has, at its radially outer end, an axially widened rim region for bearing against the adjacent rotor disk (18, 34, 42) and for receiving rotor blades, the first of the two rotor disks having a multiplicity of bores which are distributed along the circumference, extend inward from the rim region, penetrate the disk web, and open in a ring face of the rotor disk, which ring face is arranged obliquely with respect to the radial direction, characterized in that an impeller wheel is arranged between the mutually adjacent hub regions of the two rotor disks (34, 42), the first side of which impeller wheel bears against the hub region of the second rotor disk, and the second side of which impeller wheel which lies opposite the first side has a number of ribs which extend radially inward from the radial outside.
System of a burner basket for ammonia oxidation burners for commercial-scale plants with burner diameters of 2-7 m in a natural or forced circulation boiler, the system being suited to minimise gas slip and to minimise surface corrugation of media contained in the burner basket as well as to minimise loss of media contained in the burner basket, with the burner basket being provided with a wall which can be fixed to the ammonia oxidation burner, and the burner basket being provided with a gas-permeable bottom plate which can be arranged on top of internal components of the natural or forced circulation boiler, the wall of the burner basket being tapered conically towards the bottom plate at an angle of 5 - 20° to the perpendicular, the wall and the gas-permeable bottom plate not being connected mechanically, and a circumferential gap in the range of 5 to 10 mm being present between the wall and the gas-permeable bottom plate under all operating conditions of the ammonia oxidation burner, characterised in that the burner basket has an additional gas-permeable structure on top of the gas-permeable bottom plate.
A system for determining whether a detected object is a known object, the known object having a known profile and also having a nose with a known nose height, the system comprising: projecting means (21, 22) configured to project light pulses onto the detected object; collecting means configured to collect light pulses reflected off the detected object and to detect a shape of the detected object in accordance with the light pulses; comparing means configured to compare the detected shape with a profile corresponding to a known shape and to determine whether the detected shape corresponds to the known shape; characterised by further comprising identifying means configured to - detect a nose height of the detected object by means of said projecting means and said collecting means - identify whether the detected object is the known object by determining whether the detected nose height is the known nose height. projecting means (21, 22) configured to project light pulses onto the detected object; collecting means configured to collect light pulses reflected off the detected object and to detect a shape of the detected object in accordance with the light pulses; comparing means configured to compare the detected shape with a profile corresponding to a known shape and to determine whether the detected shape corresponds to the known shape; characterised by further comprising identifying means configured to - detect a nose height of the detected object by means of said projecting means and said collecting means - identify whether the detected object is the known object by determining whether the detected nose height is the known nose height. - detect a nose height of the detected object by means of said projecting means and said collecting means - identify whether the detected object is the known object by determining whether the detected nose height is the known nose height.
Method for laser welding a metallic workpiece using a CO 2 laser, in which the welding location is bathed in a shielding gas during the welding, characterized in that a gas mixture, consisting of 10-20% by volume carbon dioxide, 5-10% by volume hydrogen, 0-20% by volume nitrogen and for the remainder argon, is used as the shielding gas.