mhurhangee/ep-ind-claims huggingface dataset:
A route searching device comprising: - a storage configured to store map information including lanes in each of roads; - a position acquirer configured to acquire a current position of a vehicle in the map information; - a destination setter configured to set a destination of the vehicle in the map information; and - an information acquirer configured to acquire traffic information on each of the lanes; characterized in that it further comprises: - a candidate route extractor configured to calculate road-basis link costs of routes reaching the destination from the current position and to extract from the map information (i) a route with a shortest travel distance, (ii) a route with a shortest travel time not considering the traffic information, and (iii) a route with a shortest travel time considering the traffic information as road-basis candidate routes based on the road-basis link costs; and - a travel route determiner configured to calculate lane-basis link costs of each of the candidate routes based on the traffic information and determine a lane-basis travel route based on the lane-basis link costs. - a storage configured to store map information including lanes in each of roads; - a position acquirer configured to acquire a current position of a vehicle in the map information; - a destination setter configured to set a destination of the vehicle in the map information; and - an information acquirer configured to acquire traffic information on each of the lanes; - a candidate route extractor configured to calculate road-basis link costs of routes reaching the destination from the current position and to extract from the map information (i) a route with a shortest travel distance, (ii) a route with a shortest travel time not considering the traffic information, and (iii) a route with a shortest travel time considering the traffic information as road-basis candidate routes based on the road-basis link costs; and (i) a route with a shortest travel distance, (ii) a route with a shortest travel time not considering the traffic information, and (iii) a route with a shortest travel time considering the traffic information as road-basis candidate routes based on the road-basis link costs; and - a travel route determiner configured to calculate lane-basis link costs of each of the candidate routes based on the traffic information and determine a lane-basis travel route based on the lane-basis link costs.
A method of manufacturing a building panel, comprising applying a first binder and free lignocellulosic or cellulosic particles on a first surface of a carrier for forming a first layer, applying a second binder and free lignocellulosic or cellulosic particles on the first layer for forming a second layer, wherein the first binder is different from the second binder, and applying heat and pressure to the first and second layers (11, 12) to form a building panel, characterised in that the first binder is urea formaldehyde resin, a mixture comprising urea formaldehyde resin, or a co-polymer comprising urea formaldehyde resin, and the second binder is melamine formaldehyde resin, a mixture comprising melamine formaldehyde resin, or a co-polymer comprising melamine formaldehyde resin.
Aircraft nacelle that comprises an air intake with a lip that is extended toward the rear by a pipe that makes it possible to channel an air flow in the direction of a power plant, said pipe comprising at least one acoustic treatment panel comprising from the outside to the inside an acoustically resistive porous layer, at least one first alveolar structure whose cells are sized for acoustic treatment, and a reflective or impermeable layer, said nacelle comprising a connection between said acoustic treatment panel and the lip that comprises: - a strip at the end of the reflective layer, arranged parallel to the acoustically resistive porous layer and connected to the lip, - near the end of the reflective layer oriented toward the lip, an inclined face that connects said strip to the rest of the reflective layer, - a second alveolar structure in contact with the inclined face and inserted between said inclined face and said acoustically resistive porous layer, characterized in that the inclined face forms with the tangent to the acoustically resistive layer an angle of less than 30° and in that the second alveolar structure comprises cells sized for acoustic treatment. - a strip at the end of the reflective layer, arranged parallel to the acoustically resistive porous layer and connected to the lip, - near the end of the reflective layer oriented toward the lip, an inclined face that connects said strip to the rest of the reflective layer, - a second alveolar structure in contact with the inclined face and inserted between said inclined face and said acoustically resistive porous layer, characterized in that the inclined face forms with the tangent to the acoustically resistive layer an angle of less than 30° and in that the second alveolar structure comprises cells sized for acoustic treatment.
End cap for electric motors, preferably for brushless motors, configured to be associated with one of said electric motors at the axial end opposite the output end of the motor shaft, wherein said end cap comprises, made as a single body: - a coupling seat for associating said electric motor in the axial direction; - a housing for an electronic control unit, said housing extending from a perimeter portion of said coupling seat, in an axial direction and in the coupling direction of said coupling seat with said electric motor so that when said electric motor is coupled to said coupling seat said housing faces said electric motor, the outer surface of said housing having in the central part a concave shape in the radial direction facing downwards towards the containment case of said electric motor so as to follow the course of the containment case of said electric motor; characterised in that said outer surface of said housing is configured in such a way that, when said end cap is associated with said electric motor, it is spaced from said containment case of said electric motor, said spacing preferably being comprised between 1 and 30 mm, said outer surface exhibiting, in correspondence with both lateral parts (31b, 31c) thereof, a concavity facing upwards so as to increase the size of said outer surface and promote the circulation of air flows around said outer surface; said housing, in correspondence with the section extending from said perimeter portion of said coupling seat, having on each side one curvilinear area (10, 11) recessed with respect to the width presented by said housing in correspondence with the section extending in the axial direction. - a coupling seat for associating said electric motor in the axial direction; - a housing for an electronic control unit, said housing extending from a perimeter portion of said coupling seat, in an axial direction and in the coupling direction of said coupling seat with said electric motor so that when said electric motor is coupled to said coupling seat said housing faces said electric motor, the outer surface of said housing having in the central part a concave shape in the radial direction facing downwards towards the containment case of said electric motor so as to follow the course of the containment case of said electric motor;
A Very Small Aperture Terminal to provide backhaul satellite communications for a cellular base station, the Very Small Aperture Terminal comprising: an Evolved Packet Core Core Network device (312, 512); and a first satellite modem connected to the Evolved Packet Core Core Network device (312, 512) and to communicate over a satellite link; wherein the Evolved Packet Core Core Network device (312, 512) manages communication of user traffic from the cellular base station to the first satellite modem; characterised in that the Very Small Aperture Terminal further comprises: a second satellite modem to communicate over a second satellite link with a data service; and a router to separate the user traffic into voice traffic and data traffic, to communicate the voice traffic with the first satellite modem, and to communicate the data traffic over the second satellite modem. an Evolved Packet Core Core Network device (312, 512); and a first satellite modem connected to the Evolved Packet Core Core Network device (312, 512) and to communicate over a satellite link; wherein the Evolved Packet Core Core Network device (312, 512) manages communication of user traffic from the cellular base station to the first satellite modem; characterised in that the Very Small Aperture Terminal further comprises: a second satellite modem to communicate over a second satellite link with a data service; and a router to separate the user traffic into voice traffic and data traffic, to communicate the voice traffic with the first satellite modem, and to communicate the data traffic over the second satellite modem. a second satellite modem to communicate over a second satellite link with a data service; and a router to separate the user traffic into voice traffic and data traffic, to communicate the voice traffic with the first satellite modem, and to communicate the data traffic over the second satellite modem.
An in-line process fluid pressure transmitter comprising: a process fluid connector configured to couple to a source of process fluid; a plug coupled to the process fluid connector, the plug having a passageway configured to convey fluid to a distal end of the plug; a pressure sensor subassembly (182,202,220,222,252) coupled to the plug at a weld, the pressure sensor subassembly (182,202,220,222,252) having a pressure sensor operably coupled to the distal end of the passageway such that the pressure sensor reacts to process fluid pressure; wherein the plug (204,224,254) includes a sidewall encircling the weld, wherein the sidewall is configured to apply a radially compressive force to the weld; and transmitter electronics coupled to the pressure sensor and configured to measure an electrical characteristic of the pressure sensor and provide a process fluid pressure value based on the measured electrical characteristic. a process fluid connector configured to couple to a source of process fluid; a plug coupled to the process fluid connector, the plug having a passageway configured to convey fluid to a distal end of the plug; a pressure sensor subassembly (182,202,220,222,252) coupled to the plug at a weld, the pressure sensor subassembly (182,202,220,222,252) having a pressure sensor operably coupled to the distal end of the passageway such that the pressure sensor reacts to process fluid pressure; wherein the plug (204,224,254) includes a sidewall encircling the weld, wherein the sidewall is configured to apply a radially compressive force to the weld; and transmitter electronics coupled to the pressure sensor and configured to measure an electrical characteristic of the pressure sensor and provide a process fluid pressure value based on the measured electrical characteristic.
A crash impact attenuator adapted for deployment on a vehicle, comprising: a cartridge portion comprising at least one energy absorbing module; a backup system having a backup frame and being adapted to attach the cartridge portion to the vehicle, comprising an actuator configured to pivot the cartridge portion between a deployed orientation and a stored orientation about a pivot axis disposed on a lower half of the backup system, the backup system further comprising a lockout frame member having a contact surface on one end thereof, the lockout frame member being actuatable between a deployed orientation wherein the contact surface engages a portion of the backup frame and a stowed orientation wherein the contact surface is not engaged with the backup frame and characterized in that the lockout frame member contact surface is adjustable in order to optimize engagement with the backup frame. a cartridge portion comprising at least one energy absorbing module; a backup system having a backup frame and being adapted to attach the cartridge portion to the vehicle, comprising an actuator configured to pivot the cartridge portion between a deployed orientation and a stored orientation about a pivot axis disposed on a lower half of the backup system, the backup system further comprising a lockout frame member having a contact surface on one end thereof, the lockout frame member being actuatable between a deployed orientation wherein the contact surface engages a portion of the backup frame and a stowed orientation wherein the contact surface is not engaged with the backup frame and characterized in that
A counter system for use in a drug delivery device comprising: - a housing, - a counter element which is an elongate component, the counter element comprising indentations, which are holes and are arranged sequentially along the counter element, and - indicia associated with the indentations, and - a drive member provided with a catch for driving the counter element, wherein ∘ the catch engages a first indentation, and wherein the catch is configured such that, when ▪ the drive member moves in a first direction, the counter element does not move, wherein movement of the counter element in the first direction is prevented by the counter element interacting with the housing or by the counter element engaging to the housing, and ▪ the catch disengages the first indentation and engages a second indentation which is arranged adjacent to the first indentation, wherein ▪ the shape of the catch allows the drive member to glide along the counter element, and when the drive member moves in a second direction which is opposite to the first direction, the counter element also moves in the second direction, as the catch engages the indentation wherein a protrusion of catch engages the counter element. - a housing, - a counter element which is an elongate component, the counter element comprising indentations, which are holes and are arranged sequentially along the counter element, and - indicia associated with the indentations, and - a drive member provided with a catch for driving the counter element, wherein ∘ the catch engages a first indentation, and wherein the catch is configured such that, when ▪ the drive member moves in a first direction, the counter element does not move, wherein movement of the counter element in the first direction is prevented by the counter element interacting with the housing or by the counter element engaging to the housing, and ▪ the catch disengages the first indentation and engages a second indentation which is arranged adjacent to the first indentation, wherein ▪ the shape of the catch allows the drive member to glide along the counter element, and when the drive member moves in a second direction which is opposite to the first direction, the counter element also moves in the second direction, as the catch engages the indentation wherein a protrusion of catch engages the counter element. ▪ the drive member moves in a first direction, the counter element does not move, wherein movement of the counter element in the first direction is prevented by the counter element interacting with the housing or by the counter element engaging to the housing, and ▪ the catch disengages the first indentation and engages a second indentation which is arranged adjacent to the first indentation, wherein ▪ the shape of the catch allows the drive member to glide along the counter element, and when the drive member moves in a second direction which is opposite to the first direction, the counter element also moves in the second direction, as the catch engages the indentation wherein a protrusion of catch engages the counter element.
A composition comprising (a) an extract selected from the group consisting of Paulownia tomentosa wood extract, Paulownia fortunei wood extract, Paulownia elongata wood extract, Paulownia kawakamii wood extract, and combinations of two or more thereof, wherein said extract contains paulownin; or (b) paulownin, for use in a method of reducing inflammation in skin exhibiting inflammation due to exposure to sun rays, redness, rosacea, or acne, wherein the composition is applied to said skin. (a) an extract selected from the group consisting of Paulownia tomentosa wood extract, Paulownia fortunei wood extract, Paulownia elongata wood extract, Paulownia kawakamii wood extract, and combinations of two or more thereof, wherein said extract contains paulownin; or (b) paulownin, for use in a method of reducing inflammation in skin exhibiting inflammation due to exposure to sun rays, redness, rosacea, or acne, wherein the composition is applied to said skin.
A method for wireless communications by a user equipment, UE, comprising: determining, based on an indication received in a narrowband signal on a narrowband region of a bandwidth comprising a plurality of narrowband regions, whether to wait for a delay period, determined based on a configuration received from a network entity, before releasing a radio resource control, RRC, connection, wherein the configuration comprises an NPDCCH period configured on the UE; and releasing the RRC connection at a time in accordance with the determination, wherein the narrowband signal comprises a command to release the RRC connection; the indication comprises a set polling bit in a radio link control, RLC, layer portion of the narrowband signal; the determination is to wait for the delay period, based on the polling bit; and the method further comprises: sending a hybrid automatic retransmission request, HARQ, acknowledgment, ACK, of the narrowband signal prior to releasing the RRC connection; receiving a first downlink control information, DCI, comprising an No grant having a new data indicator, NDI, that is not toggled; and sending a layer 2, L2, ACK of the narrowband signal, via transmission resources indicated in the No grant, prior to releasing the RRC connection. determining, based on an indication received in a narrowband signal on a narrowband region of a bandwidth comprising a plurality of narrowband regions, whether to wait for a delay period, determined based on a configuration received from a network entity, before releasing a radio resource control, RRC, connection, wherein the configuration comprises an NPDCCH period configured on the UE; and releasing the RRC connection at a time in accordance with the determination, wherein the narrowband signal comprises a command to release the RRC connection; the indication comprises a set polling bit in a radio link control, RLC, layer portion of the narrowband signal; the determination is to wait for the delay period, based on the polling bit; and the method further comprises: sending a hybrid automatic retransmission request, HARQ, acknowledgment, ACK, of the narrowband signal prior to releasing the RRC connection; receiving a first downlink control information, DCI, comprising an No grant having a new data indicator, NDI, that is not toggled; and sending a layer 2, L2, ACK of the narrowband signal, via transmission resources indicated in the No grant, prior to releasing the RRC connection. sending a hybrid automatic retransmission request, HARQ, acknowledgment, ACK, of the narrowband signal prior to releasing the RRC connection; receiving a first downlink control information, DCI, comprising an No grant having a new data indicator, NDI, that is not toggled; and sending a layer 2, L2, ACK of the narrowband signal, via transmission resources indicated in the No grant, prior to releasing the RRC connection.
A power-electronic module arrangement comprising - a plurality of cooling units, the cooling units each comprising: a two-phase heat exchanger comprising a plurality of tube elements extending in a width direction of the cooling unit, within and communicating between an evaporator portion and a condenser portion of the cooling unit, wherein the tube elements are arranged in a spaced-apart manner along a depth direction of the cooling unit forming cooling paths for allowing an external cooling medium to flow through the cooling paths for cooling a working medium within the at least one tube element, the cooling paths traversing the condenser portion in a length direction of the cooling unit; and flow guides (141; 142) for forcing an external cooling medium arriving at the heat exchanger from outside of the cooling unit through the cooling paths and then away from the cooling unit, wherein a plurality of semiconductor modules is stacked in a length direction of each cooling unit, characterized in that the flow guides (141; 142) of the cooling units block the flow of the cooling medium at one side of a two-phase heat exchanger in length direction, and in that the flow guides (141; 142) of the cooling units of the plurality of cooling units block the flow of cooling medium between neighboring cooling units alternately at a first side of the cooling unit in depth direction and a second side of the cooling unit opposite to the first side in the depth direction. - a plurality of cooling units, the cooling units each comprising: a two-phase heat exchanger comprising a plurality of tube elements extending in a width direction of the cooling unit, within and communicating between an evaporator portion and a condenser portion of the cooling unit, a two-phase heat exchanger comprising a plurality of tube elements extending in a width direction of the cooling unit, within and communicating between an evaporator portion and a condenser portion of the cooling unit,
A method for prompting a user based on a smart water purifying equipment, characterized in that, the method comprises: receiving, by a server, total dissolved solids data detected after water purifying and reported by the water purifying equipment; calculating accumulative TDS data corresponding to the water purifying equipment according to the TDS data, the accumulative TDS data being a total TDS data increment of the water purifying equipment after a latest cleaning; calculating a cleaning period of the water purifying equipment under the current state according to the accumulative TDS data corresponding to the water purifying equipment and a preset maximum cleaning time; if a difference value between a current date and a latest cleaning date corresponding to the water purifying equipment is greater than or equal to the cleaning period, sending a prompt message to a terminal associated with the water purifying equipment to prompt a user to clean the water purifying equipment. receiving, by a server, total dissolved solids data detected after water purifying and reported by the water purifying equipment; calculating accumulative TDS data corresponding to the water purifying equipment according to the TDS data, the accumulative TDS data being a total TDS data increment of the water purifying equipment after a latest cleaning; calculating a cleaning period of the water purifying equipment under the current state according to the accumulative TDS data corresponding to the water purifying equipment and a preset maximum cleaning time; if a difference value between a current date and a latest cleaning date corresponding to the water purifying equipment is greater than or equal to the cleaning period, sending a prompt message to a terminal associated with the water purifying equipment to prompt a user to clean the water purifying equipment.