mhurhangee/ep-ind-claims huggingface dataset:
A device for the direct optical recording of skin prints, comprising a layered body which includes a placement surface, formed by a cover layer of the layered body, as well as a sensor layer and a light source unit, the sensor layer having light-sensitive elements arranged in a sensor grid and transparent regions, characterised in that - the light source unit is designed as a light guide layer and is arranged below the sensor layer, the light guide layer having a light coupling by means of LEDs on a narrow side, - the light guide layer is provided with light outcoupling structures which, on the basis of an angle of inclination of the light outcoupling structures and of differences in the refractive indices between the neighbouring layers of the light guide layer up to the cover layer, allow light to be coupled out from the light guide layer in a directed manner at a defined angle, which angle, after passing through all layers up to the cover layer, leads to total internal reflection at the placement surface at the transition to air, and with a small divergence angle range of ≤ +/-15°, in order to achieve a high local resolution of the skin print to be recorded, - a first adhesive layer is present between the cover layer and the sensor layer and a second adhesive layer is present between the sensor layer and the light guide layer, wherein - the second adhesive layer has a refractive index which is at least 1% and at most 30% smaller than the refractive indices of the light guide layer and the sensor layer, the refractive indices of which are between 1.45 and 1.8, and - the first adhesive layer has a refractive index at least as great as that of the second adhesive layer. - the light source unit is designed as a light guide layer and is arranged below the sensor layer, the light guide layer having a light coupling by means of LEDs on a narrow side, - the light guide layer is provided with light outcoupling structures which, on the basis of an angle of inclination of the light outcoupling structures and of differences in the refractive indices between the neighbouring layers of the light guide layer up to the cover layer, allow light to be coupled out from the light guide layer in a directed manner at a defined angle, which angle, after passing through all layers up to the cover layer, leads to total internal reflection at the placement surface at the transition to air, and with a small divergence angle range of ≤ +/-15°, in order to achieve a high local resolution of the skin print to be recorded, - a first adhesive layer is present between the cover layer and the sensor layer and a second adhesive layer is present between the sensor layer and the light guide layer, wherein - the second adhesive layer has a refractive index which is at least 1% and at most 30% smaller than the refractive indices of the light guide layer and the sensor layer, the refractive indices of which are between 1.45 and 1.8, and - the first adhesive layer has a refractive index at least as great as that of the second adhesive layer.
Device for concentrating solar radiation in an absorber, comprising an inflatable concentrator pad which has a light-transmissive entry window for coupling in the solar radiation and a reflective foil subdividing the concentrator pad into at least two cavities (6, 7), the reflective foil being designed to concentrate the solar radiation in an absorber which is arranged in a cavity of the concentrator pad, and comprising an anchoring frame arranged outside the concentrator pad for anchoring the concentrator pad, the absorber being fastened to the anchoring frame by means of an absorber mount, the concentrator pad comprising at least one fastening opening, which is sealed all around, for the absorber mount to pass through, the absorber mount comprising a support means that is arranged outside of the concentrator pad and is connected to the anchoring frame, and an absorber holder that is arranged inside of the concentrator pad and is connected to the absorber, characterised in that the support means arranged outside of the concentrator pad and the absorber holder of the absorber mount arranged inside of the concentrator pad are interconnected in the light-transmissive entry window by means of the at least one fastening opening of the concentrator pad, which opening is sealed all around.
A programmed game controller for a gaming consoler, wherein the controller is programmed so as to provide a game that requires inputs from n selectors and is programmed so as to be configurable to provide said game: on a first type of console comprising a user interface including a display and at least n physical selectors, and on a second type of console comprising a user interface including a display, at least one and less than n physical selectors, and a touch screen over the display; characterised in that when the game controller is configured to provide the game on the second type of console, the game controller causes selectors to be displayed on the display of the second type of console and recognises inputs from the touch screen indicating selection of the selectors, so that the sum of the number of the selectors displayed on the display and the physical selectors on the second type of console is at least n. on a first type of console comprising a user interface including a display and at least n physical selectors, and on a second type of console comprising a user interface including a display, at least one and less than n physical selectors, and a touch screen over the display; characterised in that
A method for protocol identification, comprising: extracting the identification tuple of a message, wherein the identification tuple is a one-tuple consisting of a network address, a two-tuple consisting of a network address and a port, or a three-tuple consisting of a network address, a port and a transport layer protocol; searching an identification table for an algorithm application list corresponding to the identification tuple; and performing content identification for the message with an algorithm in the algorithm application list to obtain the protocol type of the message used in an application layer. extracting the identification tuple of a message, wherein the identification tuple is a one-tuple consisting of a network address, a two-tuple consisting of a network address and a port, or a three-tuple consisting of a network address, a port and a transport layer protocol; searching an identification table for an algorithm application list corresponding to the identification tuple; and performing content identification for the message with an algorithm in the algorithm application list to obtain the protocol type of the message used in an application layer.
Fire extinguisher with disposable plastic container, working with direct internal pressure, comprising a container manufactured with high viscosity polyamide, fiberglass and traces of the following mineral elements: calcium, aluminum, magnesium, phosphorus, sodium, titanium, iron, potassium, zinc, strontium, copper, manganese and chrome, besides supplements for U.V. protection, and whereas the said container has a wall thickness from three to twenty millimetres, whereby the disposable fire extinguisher does not allow the plastic container to be re-utilized once the external thread of the valve is welded to the internal thread of the mouthpiece through a process of molecular fusion by laser welding.
A method of manufacturing a target for the generation of radiation of photons, particularly of X rays, or of particles, particularly of protons or electrons, by means of a laser, comprising: • forming a support comprising a first and a second surfaces (44, 46) and crossed by openings; and • forming in a tight enclosure a layer of material on the first surface of the support, wherein the forming of the layer of material on the support comprises: ▪ protecting the first surface of the support with a protection element; ▪ injecting into the enclosure a gas of filling material; ▪ adjusting the pressure in the enclosure and the temperature of the support to form the solid plugs of filling material in the openings of the support; ▪ stopping the injection of the gas of filling material into the enclosure; ▪ maintaining the temperature of the support and the pressure in the enclosure at values keeping the plugs solid in the openings of the support and, jointly to said maintaining: o withdrawing the protection element from the first surface of the support to expose said surface; and o forming the layer of material on the first surface of the support and on the solid plugs filling the openings; ▪ modifying the conditions of pressure in the enclosure and of support temperature to clear the openings of the support of the solid plugs. • forming a support comprising a first and a second surfaces (44, 46) and crossed by openings; and • forming in a tight enclosure a layer of material on the first surface of the support, ▪ protecting the first surface of the support with a protection element; ▪ injecting into the enclosure a gas of filling material; ▪ adjusting the pressure in the enclosure and the temperature of the support to form the solid plugs of filling material in the openings of the support; ▪ stopping the injection of the gas of filling material into the enclosure; ▪ maintaining the temperature of the support and the pressure in the enclosure at values keeping the plugs solid in the openings of the support and, jointly to said maintaining: o withdrawing the protection element from the first surface of the support to expose said surface; and o forming the layer of material on the first surface of the support and on the solid plugs filling the openings; o withdrawing the protection element from the first surface of the support to expose said surface; and o forming the layer of material on the first surface of the support and on the solid plugs filling the openings; ▪ modifying the conditions of pressure in the enclosure and of support temperature to clear the openings of the support of the solid plugs.
A distributed Brillouin optical fiber sensing system, comprising: a sensing optical fiber configured to support a fundamental guided mode and at least one higher-order guided mode; a pump light source configured to introduce pump light into one of the guided modes to define a pump light guided mode, the pump light forming a Brillouin dynamic grating; a probe light source configured to introduce input probe light into one or more of the guided modes other than the pump light guided mode to create reflected probe light from the BDG, with the reflected probe light shifted in frequency relative to the input probe light by a Brillouin wavelength shift; and a receiver optically coupled to the sensing optical fiber and configured to detect the reflected probe light to determine a Brillouin frequency shift and a reflection location of the probe light. a sensing optical fiber configured to support a fundamental guided mode and at least one higher-order guided mode; a pump light source configured to introduce pump light into one of the guided modes to define a pump light guided mode, the pump light forming a Brillouin dynamic grating; a probe light source configured to introduce input probe light into one or more of the guided modes other than the pump light guided mode to create reflected probe light from the BDG, with the reflected probe light shifted in frequency relative to the input probe light by a Brillouin wavelength shift; and a receiver optically coupled to the sensing optical fiber and configured to detect the reflected probe light to determine a Brillouin frequency shift and a reflection location of the probe light.
A ladder for using in the process of manufacturing a rotor blade by leaning the ladder against the rotor blade being manufactured and climbing thereon, comprising two rails and a plurality of rungs, whereby the rails comprise a solid structure elastically bendable by the weight of a person climbing thereon in order to align a bending radius of the rails, resulting from an elastic bending of the rails, to an outer radius of the rotor blade being manufactured, whereby the ladder further comprises a cushion underneath the rails and/or the rungs for contacting the rotor blade when using the ladder for the process of manufacturing the rotor blade, characterized in that the ladder comprises a plurality of step-portions, wherein each step-portion comprises one of said plurality of rungs and at least part of the cushion, wherein the rung and the cushion of each step-portion build an integral and/or monolithic unit. comprising two rails and a plurality of rungs, whereby the rails comprise a solid structure elastically bendable by the weight of a person climbing thereon in order to align a bending radius of the rails, resulting from an elastic bending of the rails, to an outer radius of the rotor blade being manufactured, whereby the ladder further comprises a cushion underneath the rails and/or the rungs for contacting the rotor blade when using the ladder for the process of manufacturing the rotor blade, characterized in that the ladder comprises a plurality of step-portions, wherein each step-portion comprises one of said plurality of rungs and at least part of the cushion, wherein the rung and the cushion of each step-portion build an integral and/or monolithic unit.
A method comprising: broadcasting, by a computing device, a message over a wireless signal to locate a target tag; receiving, in response to the broadcast message, a plurality of intermediate responses (142, 144, 148) from one or more intermediate tags (108, 110, 112), the one or more intermediate tags comprising tags in one or more transmission paths between the computing device and the target tag; determining, by the computing device, a first-hop direction and a first-hop distance from the computing device to at least one first-hop intermediate tag of the one or more intermediate tags based on the plurality of intermediate responses, each first hop intermediate tag comprising a first tag in a respective transmission path between the computing device and the target tag; and determining, by the computing device, a target tag distance and a target tag direction from the computing device to the target tag based on each first-hop direction and first hop distance and the plurality of intermediate responses from each of the one or more intermediate tags, wherein at least one of the plurality of intermediate responses from the one or more intermediate tags includes range data associated with a target-hop distance from the intermediate tag to the target tag and direction data associated with a target-hop direction from the intermediate tag to the target tag. broadcasting, by a computing device, a message over a wireless signal to locate a target tag; receiving, in response to the broadcast message, a plurality of intermediate responses (142, 144, 148) from one or more intermediate tags (108, 110, 112), the one or more intermediate tags comprising tags in one or more transmission paths between the computing device and the target tag; determining, by the computing device, a first-hop direction and a first-hop distance from the computing device to at least one first-hop intermediate tag of the one or more intermediate tags based on the plurality of intermediate responses, each first hop intermediate tag comprising a first tag in a respective transmission path between the computing device and the target tag; and determining, by the computing device, a target tag distance and a target tag direction from the computing device to the target tag based on each first-hop direction and first hop distance and the plurality of intermediate responses from each of the one or more intermediate tags, wherein at least one of the plurality of intermediate responses from the one or more intermediate tags includes range data associated with a target-hop distance from the intermediate tag to the target tag and direction data associated with a target-hop direction from the intermediate tag to the target tag.
A dishwashing machine having a drying system, the machine comprising a basement and a washing tub supported by the basement, wherein the basement defines a housing space for housing operating components of the machine, wherein the drying system comprises: - an inlet for introducing drying air in the tub, - an outlet for evacuating damp air from the tub, - a condenser device, having a hollow body provided with a respective inlet, in fluid communication with the outlet for the damp air, and a respective outlet, for dehumidified air, - a fan, comprising a casing in which is housed an impeller driven by a corresponding motor, the casing being mounted in the housing space of the basement and having a suction mouth and a delivery, - a piping having a first end in fluid communication with the delivery of the casing of the fan, wherein the inlet for the drying air includes a chimney that extends through a lower wall (3 a) of the tub and has an upper end (21 a) and a lower end, which open on opposite sides of the said lower wall, the upper end being provided with a chimney cap, and the lower end being in fluid communication with a second end of the conduit, characterized in that the piping includes a first conduit having a generally V-shape, comprising a substantially descending stretch from a respective first end towards an intermediate elbow stretch and a generally ascending stretch from the elbow stretch towards a respective second end. - an inlet for introducing drying air in the tub, - an outlet for evacuating damp air from the tub, - a condenser device, having a hollow body provided with a respective inlet, in fluid communication with the outlet for the damp air, and a respective outlet, for dehumidified air, - a fan, comprising a casing in which is housed an impeller driven by a corresponding motor, the casing being mounted in the housing space of the basement and having a suction mouth and a delivery, - a piping having a first end in fluid communication with the delivery of the casing of the fan,
A mobility management entity, MME, comprising: a transmitter, configured to send a first message to a serving gateway, S-GW, wherein the first message carries a first indication, the first indication is configured to instruct the S-GW to allocate a first identifier and a second identifier to a first evolved packet system, EPS, bearer of user equipment, UE, the first identifier is configured to set up a first S1 interface user plane bearer for the UE, and the first S1 interface user plane bearer is a bearer between the S-GW and an eNB, the second identifier is configured to set up a first S11 interface user plane bearer for the UE, and the first S11 interface user plane bearer is a bearer between the S-GW and the MME;; and a receiver, configured to receive a first response message from the S-GW, wherein the first response message carries the first identifier and the second identifier. a transmitter, configured to send a first message to a serving gateway, S-GW, wherein the first message carries a first indication, the first indication is configured to instruct the S-GW to allocate a first identifier and a second identifier to a first evolved packet system, EPS, bearer of user equipment, UE, the first identifier is configured to set up a first S1 interface user plane bearer for the UE, and the first S1 interface user plane bearer is a bearer between the S-GW and an eNB, the second identifier is configured to set up a first S11 interface user plane bearer for the UE, and the first S11 interface user plane bearer is a bearer between the S-GW and the MME;; and a receiver, configured to receive a first response message from the S-GW, wherein the first response message carries the first identifier and the second identifier.
An air conditioner configured to perform a cooling operation, the air conditioner comprising a controller that controls a driving unit of the air conditioner, wherein the controller includes a setting unit that sets a condensation operation condition for forming condensed water on a surface of an indoor heat exchanger of the air conditioner, the air conditioner being characterized by the controller further including a determination unit that determines necessity of a contaminant reduction operation of the air conditioner based on whether the air conditioner is in a non-cooling operation period, wherein the controller performs the contaminant reduction operation of the air conditioner when the air conditioner is in the non-cooling operation period based on a necessity determination result of the determination unit in accordance with the condensation operation condition set by the setting unit. a setting unit that sets a condensation operation condition for forming condensed water on a surface of an indoor heat exchanger of the air conditioner, the air conditioner being characterized by the controller further including a determination unit that determines necessity of a contaminant reduction operation of the air conditioner based on whether the air conditioner is in a non-cooling operation period, wherein the controller performs the contaminant reduction operation of the air conditioner when the air conditioner is in the non-cooling operation period based on a necessity determination result of the determination unit in accordance with the condensation operation condition set by the setting unit.
A railway vehicle comprising at least two adjacent carriages, each comprising a carriage body, each carriage comprising a lower floor and an upper floor, positioned above each other so as to define a lower level and an upper level, said bodies being supported by a common bogie and being articulated with each other through an articulation device attached to both bodies so as to form an articulated connection between both bodies, characterized in that the carriages are connected with each other through an interconnection passage, said passage extending substantially upright angles to the articulation device and comprising a lower floor connecting the lower floors of both carriages and an upper floor connecting the upper floors of both carriages.