mhurhangee/ep-ind-claims huggingface dataset:
A regasification device for liquefied natural gas, LNG, and co-generation of cool freshwater and cool dry air comprising at least one external hermetic container containing an intermediate fluid in its liquid and gaseous phases, crossed by at least one intermediate fluid evaporation tube inside which a fluid that provides the caloric energy to the device flows and on whose outer face the liquid phase of the intermediate fluid evaporates, and crossed by at least one LNG evaporation tube that on its outer face the gaseous phase of the intermediate fluid condenses and in its interior LNG is heated and changes phase and the resulting regasified natural gas NG is heated up to a temperature greater than about 5°C; characterized in that the fluid flowing in the interior of at least one intermediate fluid evaporation tube is moist air and the inner face of at least one intermediate fluid evaporation tube is coated at least in part with microslots, microgrooves, sintering, or other capillary structure on which the water vapor contained in the moist air condenses at least in part under a capillary condensation regime.
A method for surfacing content on a client device, performed by one or more processors of a social-networking system, the method comprising: accessing, by one or more of the processors, social-networking information of a user from a data store of the social-networking system; receiving, from a client system of the user, a current location (301, 302, 401, 609) of the user; calculating, by one or more of the processors, a novelty score of the current location (301, 302, 401, 609) of the user, wherein the novelty score is inversely correlated to an estimate of a familiarity of the user with the current location (301, 302, 401, 609), the estimated familiarity being based on the accessed social-networking information of the user; and providing for surfacing on the client device of a user one or more pieces of content (601-604, 608, 611-616) based at least in part on the novelty score; wherein a granularity of the one or more pieces of content (601-604, 608, 611-616) is inversely correlated with the novelty score for the current location (301, 302, 401, 609), wherein the granularity is defined by a geographic radius (301b, 302b, 401a) from the current location (301, 302, 401) and a temporal duration form a current time. accessing, by one or more of the processors, social-networking information of a user from a data store of the social-networking system; receiving, from a client system of the user, a current location (301, 302, 401, 609) of the user; calculating, by one or more of the processors, a novelty score of the current location (301, 302, 401, 609) of the user, wherein the novelty score is inversely correlated to an estimate of a familiarity of the user with the current location (301, 302, 401, 609), the estimated familiarity being based on the accessed social-networking information of the user; and providing for surfacing on the client device of a user one or more pieces of content (601-604, 608, 611-616) based at least in part on the novelty score; wherein a granularity of the one or more pieces of content (601-604, 608, 611-616) is inversely correlated with the novelty score for the current location (301, 302, 401, 609), wherein the granularity is defined by a geographic radius (301b, 302b, 401a) from the current location (301, 302, 401) and a temporal duration form a current time.
A lighting device comprising: a device main body; an LED unit which is mounted on a bottom surface of the device main body and which comprises a plurality of LEDs which are mounted on a plurality of LED circuit boards; an optical member which is mounted on the device main body on a front side of the LED unit; and an LED circuit board pressing spring which supports the LED circuit boards in the device main body; characterized by the LED circuit board pressing spring comprises an annular spring main body, and a plurality of pressing pieces which project toward an inner circumferential portion of the spring main body; each of the pressing pieces comprises: a pair of proximal LED circuit board pressing portions which press the adjacent LED circuit boards 20 toward the device main body, and which are provided at both side portions of a side of the pressing piece which faces the spring main body, and a single distal LED circuit board pressing portion which is provided at a distal end portion of the pressing piece and which presses the adjacent LED circuit boards to the device main body; and the optical member comprises a projecting portion which presses the pressing pieces to the device main body. a device main body; an LED unit which is mounted on a bottom surface of the device main body and which comprises a plurality of LEDs which are mounted on a plurality of LED circuit boards; an optical member which is mounted on the device main body on a front side of the LED unit; and an LED circuit board pressing spring which supports the LED circuit boards in the device main body; characterized by the LED circuit board pressing spring comprises an annular spring main body, and a plurality of pressing pieces which project toward an inner circumferential portion of the spring main body; each of the pressing pieces comprises: a pair of proximal LED circuit board pressing portions which press the adjacent LED circuit boards 20 toward the device main body, and which are provided at both side portions of a side of the pressing piece which faces the spring main body, and a single distal LED circuit board pressing portion which is provided at a distal end portion of the pressing piece and which presses the adjacent LED circuit boards to the device main body; and a pair of proximal LED circuit board pressing portions which press the adjacent LED circuit boards 20 toward the device main body, and which are provided at both side portions of a side of the pressing piece which faces the spring main body, and a single distal LED circuit board pressing portion which is provided at a distal end portion of the pressing piece and which presses the adjacent LED circuit boards to the device main body; and the optical member comprises a projecting portion which presses the pressing pieces to the device main body.
A method of knitting a knitted fabric using a flat knitting machine including a plurality of compound needles, each including a needle main body with a hook and a slider for opening and closing the hook; a needle bed (1F, 1B), in which the compound needles are arranged in a line, for holding each compound needle to freely advance and retreat in a longitudinal direction of the needle; and a yarn feeding member for feeding a fancy yarn, which has a decorative portion projecting out at an outer periphery of a core yarn, to a needle bed gap portion of the needle bed (1F, 1B) by reciprocating in a longitudinal direction of the needle bed (1F, 1B), the knitting being performed by hooking the fancy yarn fed from the yarn feeding member to the needle bed gap portion in the hook of the needle main body advanced to the needle bed gap portion, and pulling the needle main body into the needle bed (1F, 1B); characterized in that the knitting is performed with the decorative portion pushed away in a direction separating from the slider by injecting air so that the decorative portion of the fed fancy yarn is not caught at the slider when the needle main body is pulled into the needle bed (1F, 1B) and the hook is closed by the slider.
An integrated hydraulic rotary actuator comprising: a stator comprising a space and a stator vane which is protruded at an inner surface; a rotor comprising a rotor vane which is inserted in the stator and divides the space into a plurality of chambers; the inner surface of the stator defines a cavity for receiving hydraulic oil in cooperation with the outer side of the rotor; a valve that is disposed at a side of the stator and rotates the rotor by changing direction and flow rate of the hydraulic oil supplied to the chamber; at least one sensor unit that measures a state of the hydraulic oil in the chamber or a state of the rotor; a controller generates control input for controlling the rotor on the basis of a reference value inputted from the outside and a value measured by the sensor unit; and wires that electrically connect the controller with the valve and the controller with the sensor unit and, wherein: said controller that is disposed at a side of the stator, said wires are disposed inside the stator not to be exposed to the outside, characterized in that: a spool stage is provided in the stator vane, wherein the stator includes a plurality of pressure sensor grooves in which a plurality of pressure sensors (500a, 500b) are respectively disposed, and a plurality of pressure measurement channels connecting the pressure sensor grooves and the cavity. a stator comprising a space and a stator vane which is protruded at an inner surface; a rotor comprising a rotor vane which is inserted in the stator and divides the space into a plurality of chambers; the inner surface of the stator defines a cavity for receiving hydraulic oil in cooperation with the outer side of the rotor; a valve that is disposed at a side of the stator and rotates the rotor by changing direction and flow rate of the hydraulic oil supplied to the chamber; at least one sensor unit that measures a state of the hydraulic oil in the chamber or a state of the rotor; a controller generates control input for controlling the rotor on the basis of a reference value inputted from the outside and a value measured by the sensor unit; and wires that electrically connect the controller with the valve and the controller with the sensor unit and, wherein: said controller that is disposed at a side of the stator, said wires are disposed inside the stator not to be exposed to the outside, characterized in that: a spool stage is provided in the stator vane, wherein the stator includes a plurality of pressure sensor grooves in which a plurality of pressure sensors (500a, 500b) are respectively disposed, and a plurality of pressure measurement channels connecting the pressure sensor grooves and the cavity.
A wireless electrical energy transfer circuit, comprising: a) a first inductive winding portion connected electrically in series to a second inductive winding portion, wherein the first and second inductive winding portions (22, 24) are capable of resonating at a resonant frequency; b) at least one capacitor connected electrically in series to the first and second inductive winding portions (22, 24); and c) at least one intermediate substrate positioned between the first and second inductive winding portions (22, 24), characterised in that the at least one intermediate substrate is composed of a ferrite material. a) a first inductive winding portion connected electrically in series to a second inductive winding portion, wherein the first and second inductive winding portions (22, 24) are capable of resonating at a resonant frequency; b) at least one capacitor connected electrically in series to the first and second inductive winding portions (22, 24); and c) at least one intermediate substrate positioned between the first and second inductive winding portions (22, 24), characterised in that the at least one intermediate substrate is composed of a ferrite material.
An apparatus for transmitting ultrasound comprising a curved oscillating body (10, 30, 40, 50) having a coupling surface provided at one end for coupling a converter, wherein the oscillating body is in particular curved in the shape of a U, of an S or of a J, and wherein the oscillating body has at least one recess between the coupling surface and the end opposite thereto, characterized in that the at least one recess extends over the total periphery of the oscillating body (10, 30, 40, 50), and in that the oscillating body (10, 30, 40, 50) has part sections of quadrant shape at both sides of the at least one recess. the at least one recess extends over the total periphery of the oscillating body (10, 30, 40, 50), and in that the oscillating body (10, 30, 40, 50) has part sections of quadrant shape at both sides of the at least one recess.
An intravaginal device comprising a hollow open-ended cylindrical body and a removal strip; the body having a first end and a second end, an anterior wall and a posterior wall; the body having a first notch in the first end of the anterior wall, and a second notch in the second end of the anterior wall wherein the first notch and the second notch are positioned in line and substantially at the midline of the anterior wall and forming a track for the removal strip; the posterior wall comprising a lingulate-shaped extension, and characterised in that the intravaginal device further comprises an opening positioned substantially across from the first notch wherein the opening is adapted to receive therethrough the removal strip; wherein the removal strip passes through the first notch, second notch and opening and, when force is applied to the removal strip, the anterior wall and the posterior wall are compressed together. the body having a first end and a second end, an anterior wall and a posterior wall; the body having a first notch in the first end of the anterior wall, and a second notch in the second end of the anterior wall wherein the first notch and the second notch are positioned in line and substantially at the midline of the anterior wall and forming a track for the removal strip; the posterior wall comprising a lingulate-shaped extension, and characterised in that the intravaginal device further comprises an opening positioned substantially across from the first notch wherein the opening is adapted to receive therethrough the removal strip; wherein the removal strip passes through the first notch, second notch and opening and, when force is applied to the removal strip, the anterior wall and the posterior wall are compressed together.
A display device comprising: a substrate comprising an emitting region and a non-emitting region; an auxiliary electrode disposed in the non-emitting region; a first passivation film that covers the emitting region and the auxiliary electrode in the non-emitting region and comprises a first passivation hole exposing the auxiliary electrode; an overcoat layer that is disposed on the first passivation film and comprises an over-hole exposing the auxiliary electrode; a first barrier layer that is disposed on the first passivation film and the overcoat layer and makes contact with the auxiliary electrode; a second passivation film that is disposed on the first barrier layer and comprises a second passivation hole exposing the first barrier layer; a bank layer with a bank hole that is disposed on the second passivation film, the bank layer defining a pixel, wherein the bank hole exposes the first barrier layer and a part of the inner periphery of the bank hole forms an undercut structure that protrudes upward from the second passivation hole of the second passivation film; an organic emitting layer that is disposed on the bank layer and is disconnected by the undercut structure; and a second electrode that is disposed on the organic emitting layer and makes contact with the first barrier layer via the bank hole of the bank layer. a substrate comprising an emitting region and a non-emitting region; an auxiliary electrode disposed in the non-emitting region; a first passivation film that covers the emitting region and the auxiliary electrode in the non-emitting region and comprises a first passivation hole exposing the auxiliary electrode; an overcoat layer that is disposed on the first passivation film and comprises an over-hole exposing the auxiliary electrode; a first barrier layer that is disposed on the first passivation film and the overcoat layer and makes contact with the auxiliary electrode; a second passivation film that is disposed on the first barrier layer and comprises a second passivation hole exposing the first barrier layer; a bank layer with a bank hole that is disposed on the second passivation film, the bank layer defining a pixel, wherein the bank hole exposes the first barrier layer and a part of the inner periphery of the bank hole forms an undercut structure that protrudes upward from the second passivation hole of the second passivation film; an organic emitting layer that is disposed on the bank layer and is disconnected by the undercut structure; and a second electrode that is disposed on the organic emitting layer and makes contact with the first barrier layer via the bank hole of the bank layer.
A composition for semiconductor processing, comprising: abrasive particles surface-modified with an amino silane-based compound; a copper erosion inhibitor, including an azole-based compound; a copper surface protectant, including a compound having a betaine group and a salicylic group or a derivative thereof; and a surfactant, including fluorine in a molecule thereof, wherein a surface of the surface-modified abrasive particles comprises an amino silane group. abrasive particles surface-modified with an amino silane-based compound; a copper erosion inhibitor, including an azole-based compound; a copper surface protectant, including a compound having a betaine group and a salicylic group or a derivative thereof; and a surfactant, including fluorine in a molecule thereof, wherein a surface of the surface-modified abrasive particles comprises an amino silane group.
A preform mould for manufacturing a preform for a wind turbine blade, the preform mould comprising one or more support elements and a plurality of strip members arranged on the one or more support elements, wherein at least one of the strip members comprises: a top surface extending between a first lateral edge and an opposing second lateral edge, characterized in that the at least one of the strip members further comprises a groove extending along the first lateral edge, and a tongue extending along the second lateral edge, wherein the strip members are arranged in juxtaposition, and wherein the tongue of a strip member is releasably fixed within the groove of an adjacent strip member, the respective top surfaces of the strip members forming a moulding surface for moulding the preform. a top surface extending between a first lateral edge and an opposing second lateral edge, characterized in that the at least one of the strip members further comprises a groove extending along the first lateral edge, and a tongue extending along the second lateral edge,
A dispensing system comprising: a product dispenser comprising: a housing comprising (i) a primary roll holder configured to hold a first roll and (ii) a stub roll holder configured to hold the first roll as a second roll when an amount remaining of the first roll is in a threshold range; a dispensing mechanism coupled to the housing and configured to dispense from the stub roll holder until the second roll is depleted and thereafter dispense from the primary roll holder; a dispenser counter, characterised by the dispenser counter configured to count a number of combined dispenses of the first and second rolls; and a data communication device configured to transmit the number of combined dispenses; and a data processing system configured to: receive the number of combined dispenses from the data communication device; determine available dispenses of the second roll based on the number of combined dispenses and a maximum number of dispenses of the first roll; and determine an expected depletion date of the first and second rolls based on the number of combined dispenses, the available dispenses of the second roll and the maximum number of dispenses of the first roll. a housing comprising (i) a primary roll holder configured to hold a first roll and (ii) a stub roll holder configured to hold the first roll as a second roll when an amount remaining of the first roll is in a threshold range; a dispensing mechanism coupled to the housing and configured to dispense from the stub roll holder until the second roll is depleted and thereafter dispense from the primary roll holder; a dispenser counter, characterised by the dispenser counter configured to count a number of combined dispenses of the first and second rolls; and a data communication device configured to transmit the number of combined dispenses; and a data processing system configured to: receive the number of combined dispenses from the data communication device; determine available dispenses of the second roll based on the number of combined dispenses and a maximum number of dispenses of the first roll; and determine an expected depletion date of the first and second rolls based on the number of combined dispenses, the available dispenses of the second roll and the maximum number of dispenses of the first roll. receive the number of combined dispenses from the data communication device; determine available dispenses of the second roll based on the number of combined dispenses and a maximum number of dispenses of the first roll; and determine an expected depletion date of the first and second rolls based on the number of combined dispenses, the available dispenses of the second roll and the maximum number of dispenses of the first roll.
Landing gear for light aircraft, comprising at least two wheels adapted to be fixed onto a part of the fuselage in front of the center of gravity of the light aircraft, and having a fixed tubular reinforcement of general triangular shape having an apex directed downward and a base positioned upward, the ends (1b, 1c) of the base and the apex of the reinforcement being coupled with articulation capability to a suspension system (2, 3) linked to the wheels, each end (1b, 1c) of the of the base of the reinforcement being angularly coupled to a wheel, by means of a damping member, while the apex of said reinforcement is symmetrically coupled to each of the wheels by means of a connecting rod, each connecting rod having a first end coupled with articulation capability to the apex of the reinforcement and a second end coupled with articulation capability to a fixed fitting of the corresponding wheel; said second end of the connecting rod forming a fork with two branches connected by a rod to two pairs of spaced lugs (4b and 4c) of the fixed fitting of the corresponding wheel, each branch of the fork being housed between the spaced lugs (4b and 4c) of one of the pairs.
A method performed by network data analytics function, NWDAF, entity in a wireless communication system, the method comprising: receiving, from a network exposure function, NEF, entity, a request of application detection information for an application; obtaining, from a session management function, SMF, entity, data packet related information for the application; generating the application detection information based on the data packet related information; and transmitting, to the NEF entity, a response including the application detection information, wherein the application detection information is generated as a packet flow description, PFD, and wherein the PFD is stored in at least one of the NEF entity, the SMF entity, a user plane function, UPF, entity or a unified data repository, UDR, entity. receiving, from a network exposure function, NEF, entity, a request of application detection information for an application; obtaining, from a session management function, SMF, entity, data packet related information for the application; generating the application detection information based on the data packet related information; and transmitting, to the NEF entity, a response including the application detection information, wherein the application detection information is generated as a packet flow description, PFD, and wherein the PFD is stored in at least one of the NEF entity, the SMF entity, a user plane function, UPF, entity or a unified data repository, UDR, entity.