mhurhangee/ep-ind-claims huggingface dataset:
A gas generator supplying a driving fluid to a turbine of a turbopump, the gas generator comprising: an injector configured to inject a fuel and an oxidizer; and a combustor configured to: mix and burn the fuel and the oxidizer injected from the injector; and supply a combustion gas of the fuel and the oxidizer as the driving fluid to the turbine of the turbopump, wherein the injector includes a plurality of injection elements arranged on a same plane, and each of the injection elements includes: one or more fuel injection nozzles for combustion and one or more oxidizer injection nozzles for combustion, which mix and burn each jet of the fuel and the oxidizer at a combustion point in front of the plane in the combustor; and one or more injection nozzles for dilution, each mixing an oxidizer for dilution injected toward a dilution point located forward further than the combustion point and in front of the plane in the combustor, with a combustion gas generated at the combustion point. an injector configured to inject a fuel and an oxidizer; and a combustor configured to: mix and burn the fuel and the oxidizer injected from the injector; and supply a combustion gas of the fuel and the oxidizer as the driving fluid to the turbine of the turbopump, wherein mix and burn the fuel and the oxidizer injected from the injector; and supply a combustion gas of the fuel and the oxidizer as the driving fluid to the turbine of the turbopump, wherein the injector includes a plurality of injection elements arranged on a same plane, and each of the injection elements includes: one or more fuel injection nozzles for combustion and one or more oxidizer injection nozzles for combustion, which mix and burn each jet of the fuel and the oxidizer at a combustion point in front of the plane in the combustor; and one or more injection nozzles for dilution, each mixing an oxidizer for dilution injected toward a dilution point located forward further than the combustion point and in front of the plane in the combustor, with a combustion gas generated at the combustion point. one or more fuel injection nozzles for combustion and one or more oxidizer injection nozzles for combustion, which mix and burn each jet of the fuel and the oxidizer at a combustion point in front of the plane in the combustor; and one or more injection nozzles for dilution, each mixing an oxidizer for dilution injected toward a dilution point located forward further than the combustion point and in front of the plane in the combustor, with a combustion gas generated at the combustion point.
A cured pneumatic tire comprising a generally toroidal-shaped carcass, a radially outer circumferential tread, two spaced beads, sidewalls connecting said tread to said beads, and a sealant layer which is disposed radially inwardly from the carcass, wherein said circumferential tread is adapted to be ground-contacting, characterized in that the sealant layer comprises a dispersed phase and a continuous phase, wherein the dispersed phase comprises a sealant material, and wherein the continuous phase comprises a foamed polymeric material.
A device configured to deliver a medicament to a user by injection, comprising a heat exchanger configured to extract thermal energy from the body tissue of the user through the skin of the user and to supply the extracted thermal energy to increase a temperature of the medicament, wherein the heat exchanger comprises a medicament flow path formed of thermally conductive material in a patient contact region of the device that in use is supported against skin of the user, and the medicament flow path comprises a winding path in the patient contact region of the device.
A device for medicament delivery with syringe-like usability comprising a) at least one grip (30, 31), b) at least one medicament container holder movable towards the grip (30, 31) in a longitudinal direction of the device, and c) at least one plunger rod being substantially rotationally fixed relatively to the grip (30, 31), and the device being characterized in that rotation of at least one rotatable part, which is rotatable relatively to the grip (30, 31) and substantially inhibits movement of the plunger rod in a longitudinal direction for dose delivery when in at least one locking position until being rotated, is restrained by at least one restraining member abutting or being connected to the rotatable part and the grip until the medicament container holder is moved towards the grip for interacting with the at least one restraining member, wherein the restraining member restrains rotation of the rotatable part by being engaged with a slot and/or a projection of the grip (30, 31), and wherein the restraining member is pushed and/or deflected by the medicament container holder when the medicament container holder is moved towards the grip (30, 31). a) at least one grip (30, 31), b) at least one medicament container holder movable towards the grip (30, 31) in a longitudinal direction of the device, and c) at least one plunger rod being substantially rotationally fixed relatively to the grip (30, 31), and rotation of at least one rotatable part, which is rotatable relatively to the grip (30, 31) and substantially inhibits movement of the plunger rod in a longitudinal direction for dose delivery when in at least one locking position until being rotated, is restrained by at least one restraining member abutting or being connected to the rotatable part and the grip until the medicament container holder is moved towards the grip for interacting with the at least one restraining member, wherein the restraining member restrains rotation of the rotatable part by being engaged with a slot and/or a projection of the grip (30, 31), and wherein the restraining member is pushed and/or deflected by the medicament container holder when the medicament container holder is moved towards the grip (30, 31).
A pneumatic system for a piston engine, which system comprises - a first air starter and a second air starter, each of the air starters (1, 2) comprising a pneumatic starting motor (1a, 2a) for rotating a crankshaft of an engine for starting the engine, - a first starting air duct for connecting the first air starter to a pressure medium source (13, 13a, 13b), - a second starting air duct for connecting the second air starter to a pressure medium source (13, 13a, 13b), - valve means (5, 6, 16) for selectively allowing and preventing flow in the first starting air duct and in the second starting air duct, - a first starting valve for selectively allowing and preventing pressure medium flow through the first starting motor (1 a), - a second starting valve for selectively allowing and preventing pressure medium flow through the second starting motor, - an air supply duct for supplying pressure medium to other pneumatic devices than the starting motors (1 a, 2a), - a first connecting duct for connecting the air supply duct to the pneumatic system between the valve means (5, 16) and the pneumatic starting motor (1 a) of the first air starter, and - a second connecting duct for connecting the air supply duct to the pneumatic system between the valve means (6, 16) and the pneumatic starting motor of the second air starter, characterized in that each of the first connecting duct and the second connecting duct is provided with a non-return valve (9, 10) for preventing flow from the air supply duct to the air starter (1, 2). - a first air starter and a second air starter, each of the air starters (1, 2) comprising a pneumatic starting motor (1a, 2a) for rotating a crankshaft of an engine for starting the engine, - a first starting air duct for connecting the first air starter to a pressure medium source (13, 13a, 13b), - a second starting air duct for connecting the second air starter to a pressure medium source (13, 13a, 13b), - valve means (5, 6, 16) for selectively allowing and preventing flow in the first starting air duct and in the second starting air duct, - a first starting valve for selectively allowing and preventing pressure medium flow through the first starting motor (1 a), - a second starting valve for selectively allowing and preventing pressure medium flow through the second starting motor, - an air supply duct for supplying pressure medium to other pneumatic devices than the starting motors (1 a, 2a), - a first connecting duct for connecting the air supply duct to the pneumatic system between the valve means (5, 16) and the pneumatic starting motor (1 a) of the first air starter, and - a second connecting duct for connecting the air supply duct to the pneumatic system between the valve means (6, 16) and the pneumatic starting motor of the second air starter,
A device (10, 20) for sealing a space (100, 200) at the level of a juncture between elements (305, 306, 307, 308, 309) of a nacelle, characterized in that it is non-flammable by heat, in that it has a predetermined shape and in that it has a proximal end (11, 21) intended to be inserted into the space (100, 200) to be sealed so as to seal it, and a distal end (12, 22) intended to be fastened to an element of the nacelle (305, 306, 307, 308, 309) on the side where the fire is likely to start.
Blade for a turbomachine, in particular an aircraft engine, comprising an airfoil for interaction with the flow medium, the blade having different diffusion protection layers in different regions on the surface thereof to protect against corrosion and/or oxidation, the diffusion protection layers being produced by chroming and/or alitizing, characterized in that the airfoil is divided into two regions along the airfoil longitudinal axis, the first region extending over 80 to 95% of the length of the airfoil and the second region extending over the remainder of the length of the airfoil, and an AlCr diffusion protection layer being applied in the two regions (7, 8), the blade having a shroud at one end of the airfoil, which shroud has the same diffusion protection layer as the adjoining first region of the airfoil, the AlCr diffusion protection layer in the second region of the airfoil having a higher Cr content than in the first region of the airfoil, an AlCr diffusion protection layer having a low Cr content being arranged in the first region and on the shroud, which layer has an Al content of 16 to 28 wt.% and a Cr content of at least 5 wt.% and in which the ratio of chromium to aluminum is in the range of less than or equal to 2.
A refuse collection vehicle comprising at least an upper refuse compartment situated above a lower refuse compartment, whereby the lower refuse compartment partially houses an actuating compaction ram such that a portion of the actuating compaction ram protrudes into the upper refuse compartment when the actuating compaction ram is in normal use, a compaction assembly for the lower refuse compartment comprising a compacting plate and the actuating compaction ram mounted on a support framework whereby the compacting plate can be raised and lowered in the lower refuse compartment by the actuating compaction ram, characterised in that the actuating compaction ram is movable so as to no longer protrude into the upper refuse compartment, the actuating compaction ram being slidably mounted on the support framework for movement between a raised operating position protruding into the upper refuse compartment and a lowered position within the lower refuse compartment.
A method, implemented in a wireless transmitter associated with license assisted access wireless communications between the wireless transmitter and a wireless receiver, where the licensed assisted access wireless communications comprise communications using both a licensed wireless spectrum associated with a primary cell and an unlicensed wireless spectrum associated with a secondary cell, the method comprising: determining whether a secondary cell channel between the wireless transmitter and the wireless receiver is idle, the secondary cell channel being associated with the unlicensed wireless spectrum of the secondary cell; and if the secondary cell channel is idle, subsequently transmitting a confirmation signal from the wireless transmitter to the wireless receiver via the secondary cell channel, the confirmation signal alerting the wireless receiver to the commencement of valid data transmissions from the wireless transmitter via the secondary cell channel. determining whether a secondary cell channel between the wireless transmitter and the wireless receiver is idle, the secondary cell channel being associated with the unlicensed wireless spectrum of the secondary cell; and if the secondary cell channel is idle, subsequently transmitting a confirmation signal from the wireless transmitter to the wireless receiver via the secondary cell channel, the confirmation signal alerting the wireless receiver to the commencement of valid data transmissions from the wireless transmitter via the secondary cell channel.
A multiband antenna (1000, 1000A, 1000B, 1000C, 1000D) comprising a slot antenna (2000, 2000B) and a radiation element (6000, 6000A, 6000B, 6000C, 6000D), wherein: the slot antenna has a conductive plate (3000, 3000B); the conductive plate is formed with an opening portion and a slot; the slot partially opens through the opening portion; the slot extends long in a first direction; the radiation element has a first portion (6100, 6100A, 6100C, 6100D) and a second portion (6500, 6500A, 6500C, 6500D); the first portion extends from the conductive plate toward an orientation away from the slot in a second direction perpendicular to the first direction; the first portion has a first length in the second direction; the second portion extends in the first direction from the first portion; the second portion has a second length in the first direction; and the second length is greater than the first length; the slot antenna comprises a feed point; the feed point is connected with the conductive plate across the slot; and the opening portion connects the slot with an outside of the conductive plate in the first direction; characterized in that the multiband antenna further comprises a stub; the conductive plate has a connecting portion and an opposed portion; the connecting portion and the opposed portion are positioned so that the slot is put between the connecting portion and the opposed portion in the second direction; the stub has a first end and a second end in the second direction; the first end of the stub is connected with the connecting portion; and the second end of the stub is positioned away from the opposed portion and faces the opposed portion. the slot antenna has a conductive plate (3000, 3000B); the conductive plate is formed with an opening portion and a slot; the slot partially opens through the opening portion; the slot extends long in a first direction; the radiation element has a first portion (6100, 6100A, 6100C, 6100D) and a second portion (6500, 6500A, 6500C, 6500D); the first portion extends from the conductive plate toward an orientation away from the slot in a second direction perpendicular to the first direction; the first portion has a first length in the second direction; the second portion extends in the first direction from the first portion; the second portion has a second length in the first direction; and the second length is greater than the first length; the slot antenna comprises a feed point; the feed point is connected with the conductive plate across the slot; and the opening portion connects the slot with an outside of the conductive plate in the first direction; characterized in that the multiband antenna further comprises a stub; the conductive plate has a connecting portion and an opposed portion; the connecting portion and the opposed portion are positioned so that the slot is put between the connecting portion and the opposed portion in the second direction; the stub has a first end and a second end in the second direction; the first end of the stub is connected with the connecting portion; and the second end of the stub is positioned away from the opposed portion and faces the opposed portion.
A method, comprising: obtaining, on a phone, a push notification associated with an application during active participation by the phone in an audio portion of a communication session on a phone channel, the active participation in the audio portion of the communication session comprising receiving and transmitting audio signals, the application being configured to participate in a non-audio portion of the communication session on a data channel, the push notification being provided on the data channel by a server participating in the audio portion and the non-audio portion of the communication session; and activating the application on the phone in response to the push notification to participate in the non-audio portion of the communication session during active participation by the phone in the audio portion of the communication session. obtaining, on a phone, a push notification associated with an application during active participation by the phone in an audio portion of a communication session on a phone channel, the active participation in the audio portion of the communication session comprising receiving and transmitting audio signals, the application being configured to participate in a non-audio portion of the communication session on a data channel, the push notification being provided on the data channel by a server participating in the audio portion and the non-audio portion of the communication session; and activating the application on the phone in response to the push notification to participate in the non-audio portion of the communication session during active participation by the phone in the audio portion of the communication session.
A method for beam selection, the method being performed by a first radio transceiver device, the method comprising: obtaining link quality estimates of a radio signal conveyed to the first radio transceiver device from a second radio transceiver device by means of at least a first beam (150a-150M) taken from a first beam set and a second beam (160a, 160b), wherein the second beam (160a, 160b) is wider than the first beam (150a-150M); and selecting which one of the first beam (150a-150M) and the second beam (160a, 160b) to use for continued communications of radio signals with the second radio transceiver device in accordance with a comparison between the link quality estimates of the first beam (150a-150M) and compensated link quality estimates of the second beam (160a, 160b), characterized in that the compensated link quality estimates of the second beam (160a, 160b) are defined as the link quality estimates of the second beam (160a, 160b) increased with a compensation value. obtaining link quality estimates of a radio signal conveyed to the first radio transceiver device from a second radio transceiver device by means of at least a first beam (150a-150M) taken from a first beam set and a second beam (160a, 160b), wherein the second beam (160a, 160b) is wider than the first beam (150a-150M); and selecting which one of the first beam (150a-150M) and the second beam (160a, 160b) to use for continued communications of radio signals with the second radio transceiver device in accordance with a comparison between the link quality estimates of the first beam (150a-150M) and compensated link quality estimates of the second beam (160a, 160b), characterized in that the compensated link quality estimates of the second beam (160a, 160b) are defined as the link quality estimates of the second beam (160a, 160b) increased with a compensation value.
An applicator system, comprising an applicator and fluid supply conduit, the applicator comprising: a fluid supply inlet; an outlet; a barrel having a barrel outlet and a barrel inlet which is in fluid communication, or selective fluid communication, with the fluid supply inlet; a one way outlet valve in fluid communication with the barrel outlet and the outlet; a piston moveable relative to the barrel and in sealing engagement with the barrel; and piston actuation means for moving the piston relative to the barrel; the fluid supply conduit having an inlet and an outlet which is in fluid communication, or selective fluid communication, with the fluid supply inlet of the applicator; wherein the applicator system further comprises pressure limiting means for limiting a maximum pressure of fluid entering the barrel from the fluid supply inlet, wherein the pressure limiting means comprises a diaphragm, wherein a first side of the diaphragm is in fluid communication, or selective fluid communication, with fluid in the barrel, and an opposite, second side of the diaphragm is exposed to ambient atmospheric pressure, and displacement of the diaphragm changes an internal volume of a conduit supplying fluid to the barrel inlet. a fluid supply inlet; an outlet; a barrel having a barrel outlet and a barrel inlet which is in fluid communication, or selective fluid communication, with the fluid supply inlet; a one way outlet valve in fluid communication with the barrel outlet and the outlet; a piston moveable relative to the barrel and in sealing engagement with the barrel; and piston actuation means for moving the piston relative to the barrel; the fluid supply conduit having an inlet and an outlet which is in fluid communication, or selective fluid communication, with the fluid supply inlet of the applicator; wherein the applicator system further comprises pressure limiting means for limiting a maximum pressure of fluid entering the barrel from the fluid supply inlet, wherein the pressure limiting means comprises a diaphragm, wherein a first side of the diaphragm is in fluid communication, or selective fluid communication, with fluid in the barrel, and an opposite, second side of the diaphragm is exposed to ambient atmospheric pressure, and displacement of the diaphragm changes an internal volume of a conduit supplying fluid to the barrel inlet.
A fastener for furniture comprising: a body having a first surface opposing a parallel second surface, a first face opposing a parallel second face, the first and second faces (18a, 18b) perpendicular to the first and second surfaces (5a, 5b), each of the first and second surfaces (5a, 5b) terminating at a first end member and an opposing second end member; a center support section located between the first end member and the second end member; at least a first pair of compressible clips formed on the center support section, wherein one clip protrudes from the first surface and an opposing clip protrudes from the second surface, and the at least first pair of compressible clips located an equal distance away from the first face; wherein each clip comprises a triangular profile hook along a cross-section, such that each clip protrudes away from the center support section with a flat surface, being a hook undercut, parallel to the first face, and with an inclined surface, being a flange, tapering toward the first face. a center support section located between the first end member and the second end member; at least a first pair of compressible clips formed on the center support section, wherein one clip protrudes from the first surface and an opposing clip protrudes from the second surface, and the at least first pair of compressible clips located an equal distance away from the first face; wherein each clip comprises a triangular profile hook along a cross-section, such that each clip protrudes away from the center support section with a flat surface, being a hook undercut, parallel to the first face, and with an inclined surface, being a flange, tapering toward the first face.