mhurhangee/ep-ind-claims huggingface dataset:
An assisted breathing unit comprising; an outer casing including a humidifier compartment into which a humidifier chamber can locate in use, said compartment sized and shaped to substantially enclose said chamber, said compartment including a heater base, said assisted breathing unit further including an inlet vent open to atmosphere on said outer casing, a blower inlet port, a gases path running between said inlet vent and said blower inlet port, and a means to provide a pressurised gases stream along said gases path, in use said blower inlet port in gaseous communication with a humidifier gases inlet port, a connection means to provide said gases stream exiting said humidifier compartment to a patient interface, means for receiving and releasably engaging a lid unit that is adapted to hold said humidifier chamber in position in said compartment, wherein the connection means comprises a patient outlet which is rotatable to one side or the other to move or align it in a more convenient position for storage or for a more convenient use position, and wherein the patient outlet is adapted to enable both pneumatic and electrical connection to one end of a conduit running between the unit and a patient interface. an outer casing including a humidifier compartment into which a humidifier chamber can locate in use, said compartment sized and shaped to substantially enclose said chamber, said compartment including a heater base, said assisted breathing unit further including an inlet vent open to atmosphere on said outer casing, a blower inlet port, a gases path running between said inlet vent and said blower inlet port, and a means to provide a pressurised gases stream along said gases path, in use said blower inlet port in gaseous communication with a humidifier gases inlet port, a connection means to provide said gases stream exiting said humidifier compartment to a patient interface, means for receiving and releasably engaging a lid unit that is adapted to hold said humidifier chamber in position in said compartment, wherein the connection means comprises a patient outlet which is rotatable to one side or the other to move or align it in a more convenient position for storage or for a more convenient use position, and wherein the patient outlet is adapted to enable both pneumatic and electrical connection to one end of a conduit running between the unit and a patient interface.
Suspension system for a vehicle with a frame, comprising an element (R, 12) propulsive by rolling on the ground, characterized by two units (12a, 12b) adapted to impart a torque to the propulsive element in the same rotation verse to make it rotate about a rotation axis for advancing the vehicle, the units being • controllable independently of one another for the torque exerted by each unit on the propulsive element, • movable relative to the propulsive element independently from one another, and • rigidly connectable to the frame at one same point, so that by moving one or each unit relative to the propulsive element the distance between the latter and said point can vary. • controllable independently of one another for the torque exerted by each unit on the propulsive element, • movable relative to the propulsive element independently from one another, and • rigidly connectable to the frame at one same point,
Fuel composition containing at least 75% by volume of C4- to C14-isoalkanes, wherein, at the determination of the distillation sequence according to DIN EN USO 3405, at least 25% by volume of the fuel composition evaporate at temperatures above 110°C, wherein the fuel composition contains no more than 60% by volume of C6- to C9-alkanes, characterised in that the fuel composition contains 10% by volume to 40% by volume of C4- and C5-isoalkanes, and in that the fuel composition is suitable for a two-stroke engine or for a mixture-lubricated four-stroke engine.
A piece manufactured from a stack of composite material fabrics comprising at least two adjacent areas (11, 15) of different thickness and a transition area between both, wherein the transition area is configured with a single slope and wherein the stack structure, from the inner face to the outer face of the piece, comprises: - a first section formed by at least two continuous fabrics (21, 21') extending along the three mentioned areas (11, 13, 15); - a second section formed by one or more symmetrical and balanced fabric packets placed among one or more continuous fabrics extending along the three mentioned areas (11, 13, 15), said fabric packets extending along the thickest area and ending in the transition area such that the latter has a continuous slope; - a third section formed by a symmetrical and balanced fabric packet extending along the three mentioned areas (11, 13, 15) placed among one or more continuous fabrics extending along the three mentioned areas (11, 13, 15) - a fourth section formed by at least two continuous fabrics (29, 29') extending along the three mentioned areas (11, 13, 15); characterized in that the fabric packet of the third section is configured with a final slope in the transition area forming a section of the slope of the transition area. - a first section formed by at least two continuous fabrics (21, 21') extending along the three mentioned areas (11, 13, 15); - a second section formed by one or more symmetrical and balanced fabric packets placed among one or more continuous fabrics extending along the three mentioned areas (11, 13, 15), said fabric packets extending along the thickest area and ending in the transition area such that the latter has a continuous slope; - a third section formed by a symmetrical and balanced fabric packet extending along the three mentioned areas (11, 13, 15) placed among one or more continuous fabrics extending along the three mentioned areas (11, 13, 15) - a fourth section formed by at least two continuous fabrics (29, 29') extending along the three mentioned areas (11, 13, 15);
A bicycle having a front fork and a rear fork each supporting a center of a front wheel and a rear wheel, characterized by the bicycle comprising a fixed tube attached to a head tube for supporting a front fork and having a fixed shaft inserted therein, a top tube pivotally mounted on the fixed shaft, a clutch means for converting a relation between the fixed tube and the top tube from an un-clutch state to a clutch state, in which the clutch state is what the top tube is rotated to the fixed tube and the un-clutch state is what the top tube is not rotated, and a synchronizer for controlling a pivot angle of the top tube rotated to the fixed tube to be in accordance with a steering angle of a handle,
An aqueous pharmaceutical formulation comprising zinc and insulin glargine, wherein the concentration of insulin glargine is 270-330 U/mL being equimolar to 270-330 IU human insulin; and wherein the zinc concentration is 20-400 μg/mL zinc.
A toner comprising a binder resin, a colorant and a hydrocarbon wax, wherein the toner has a ratio W1/W2 of the half width W1 (°C) of a endothermic peak derived from melting of the hydrocarbon wax in a first temperature rise process on the toner to the half width W2 (°C) of a endothermic peak derived from melting of the hydrocarbon wax in a second temperature rise process on the toner, as measured with a differential scanning calorimeter in accordance with the description, with the ratio W1/W2 being not less than 0.50 and not more than 0.90.
A gas turbine combustor assembly, comprising: a primary combustion chamber in fluid communication with a primary fuel injector and a primary air inlet; and a torch ignitor coupled to the primary combustion chamber, the torch igniter comprising: an auxiliary fuel injector; an ignition source; and an igniter body carrying the auxiliary fuel injector and the ignition source, the igniter body comprising an auxiliary combustion chamber having a side wall extending axially from a first end wall to a second end wall, wherein at least a portion of the side wall comprises a distributed pattern of cooling apertures, with each of the cooling apertures extending obliquely from an outer surface of the side wall to an inner surface of the side wall, so as to cause fluid entering an interior cavity of the auxiliary combustion chamber through the cooling apertures to form a fluid film along the inner surface, and wherein the second end wall of the auxiliary combustion chamber defines a fluid outlet leading to an outlet tube in fluid communication with the primary combustion chamber, at least a portion of the outlet tube comprises a distributed pattern of dilution apertures, with each of the dilution apertures configured to direct fluid in cross-flow with heated gas exiting the auxiliary combustion chamber through the outlet tube. a primary combustion chamber in fluid communication with a primary fuel injector and a primary air inlet; and a torch ignitor coupled to the primary combustion chamber, the torch igniter comprising: an auxiliary fuel injector; an ignition source; and an igniter body carrying the auxiliary fuel injector and the ignition source, the igniter body comprising an auxiliary combustion chamber having a side wall extending axially from a first end wall to a second end wall, an auxiliary fuel injector; an ignition source; and an igniter body carrying the auxiliary fuel injector and the ignition source, the igniter body comprising an auxiliary combustion chamber having a side wall extending axially from a first end wall to a second end wall, wherein at least a portion of the side wall comprises a distributed pattern of cooling apertures, with each of the cooling apertures extending obliquely from an outer surface of the side wall to an inner surface of the side wall, so as to cause fluid entering an interior cavity of the auxiliary combustion chamber through the cooling apertures to form a fluid film along the inner surface, and wherein the second end wall of the auxiliary combustion chamber defines a fluid outlet leading to an outlet tube in fluid communication with the primary combustion chamber, at least a portion of the outlet tube comprises a distributed pattern of dilution apertures, with each of the dilution apertures configured to direct fluid in cross-flow with heated gas exiting the auxiliary combustion chamber through the outlet tube.
A pulsator-type heat pump combined washer-dryer, comprising: a housing, an outer drum mounted in the housing, an inner drum mounted in the outer drum, a pulsator provided at a bottom part of the inner drum, and an electric motor provided at a lower part of the outer drum and driving the inner drum and/or the pulsator to rotate, wherein an outer part of the outer drum is provided with an air duct and a heat pump system, the air duct connects top and bottom ends of the sealed outer drum, and an evaporator and a condenser for the heat pump system are mounted in the air duct; and the heat pump system further comprises: a throttle apparatus and a compressor, and the evaporator, the compressor, the condenser and the throttle apparatus that are sequentially connected to form a circulating flow path that allows a medium to flow through, wherein the condenser and the evaporator are disposed in the air duct at a rear part of the outer drum, and the air duct comprises: a first vertical air duct, a second vertical air duct, and a third vertical air duct that are vertically disposed, at a rear part of the outer drum, and are sequentially connected one another in an end-to-end manner, and a lower transverse air duct connected to a lower end of the first vertical air duct, and an upper transverse air duct connected to an upper end of the third vertical air duct; and the lower transverse air duct is in communication with the lower part of the outer drum, and the upper transverse air duct is in communication with an upper part of the outer drum, so as to enable the outer drum and the air duct to form a -shaped circulating air path, charachterized in that, a top of the first vertical air duct and a top of the third vertical air duct are both higher than an opening of the outer drum and wherein the evaporator and the condenser are arranged between said tops.
A method of updating an input method system on a server, comprising: receiving a plurality of operation logs from a plurality of user terminals on which the input method system is installed, wherein the operation logs record log entries that each indicate an operation on a candidate corresponding to an input, wherein the operation on the candidate corresponding to the input comprises at least one of deletion, addition, modification, and reordering, and wherein each log entry comprises an item of the input, an item of the candidate, and an item of the operation; extracting the log entries from the received a plurality of operation logs; determining the quantity of log entries of each type; and sending, according to the determined quantity, a log entry of a predetermined type to the user terminals on which the input method system is installed, so as to update the input method system, wherein log entries formed by same operations on a candidate corresponding to a same input belong to a same type. receiving a plurality of operation logs from a plurality of user terminals on which the input method system is installed, wherein the operation logs record log entries that each indicate an operation on a candidate corresponding to an input, wherein the operation on the candidate corresponding to the input comprises at least one of deletion, addition, modification, and reordering, and wherein each log entry comprises an item of the input, an item of the candidate, and an item of the operation; extracting the log entries from the received a plurality of operation logs; determining the quantity of log entries of each type; and sending, according to the determined quantity, a log entry of a predetermined type to the user terminals on which the input method system is installed, so as to update the input method system, wherein log entries formed by same operations on a candidate corresponding to a same input belong to a same type.
A light emitting device array comprising: a first supporting member; at least two bonding layers disposed on the first supporting member; a second supporting member disposed on each of the at least two bonding layers; a light emitting structure disposed on the second supporting member, the light emitting structure comprising a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer disposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; a first electrode disposed on the light emitting structure; the second supporting member of the light emitting device being connected with a second supporting member of a neighboring light emitting device via a metal layer, and characterized in that an edge of the bonding layer is located 1 ∼ 10 micrometers inside an edge of the light emitting structure, and in that the bonding layer comprises concave-convex structure directly formed on a surface of the first supporting member. a first supporting member; at least two bonding layers disposed on the first supporting member; a second supporting member disposed on each of the at least two bonding layers; a light emitting structure disposed on the second supporting member, the light emitting structure comprising a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer disposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; a first electrode disposed on the light emitting structure; the second supporting member of the light emitting device being connected with a second supporting member of a neighboring light emitting device via a metal layer, and characterized in that an edge of the bonding layer is located 1 ∼ 10 micrometers inside an edge of the light emitting structure, and in that the bonding layer comprises concave-convex structure directly formed on a surface of the first supporting member.
A method of producing a plant, comprising transforming the plant with a nucleic acid encoding the Arabidopsis thaliana growth regulatory factor 3 said GRF comprising a FFD motif, wherein said nucleic acid comprises a mutated miR396 target site decoupling said nucleic acid from control by miR396 comprising the sequence: CGTTCtAGAAAaCCaGTaGAg (SEQ ID No. 38), wherein the lower case letters designates modified bases.
Handheld lighting device, in particular a construction site spotlight, comprising a housing and a radio module, wherein the radio module is designed to receive information from at least one external interface and/or to transmit information to at least one external interface, wherein the radio module is arranged in the housing of the handheld lighting device, wherein the radio module has at least one separate interface circuit board, wherein the radio module is arranged inside the housing in a pre-installed, retrofittable or replaceable manner and receives and/or transmits a radio signal, for example a Bluetooth signal, in particular a Bluetooth Low Energy signal, or a WLAN signal, and the handheld lighting device is supplied with energy via a first energy store, in particular a rechargeable battery pack, characterized in that the handheld lighting device has a second energy store, and in that the radio module forms, with the second energy store, a module which can be releasably fitted to the housing.
Railway vehicle comprising a body, at least one bogie each joining together at least one axle, a control unit for triggering emergency braking, which control unit is connected to a braking unit and to at least one obstacle detection sensor for triggering emergency braking, characterised in that the control unit comprises a means for deactivating a triggering of emergency braking by the or each detection sensor, the control unit comprising a restoring means capable of deactivating the emergency braking of the braking unit on stopping.
A direct current relay comprising a pair of fixed contacts and a movable contact which is moved up and down by an actuator to be brought into contact with or be separated from the pair of fixed contacts, comprising: a mover support disposed below the movable contact and connected to the actuator by a shaft; a mover holder disposed above the movable contact and fixed to the mover support; a contact pressure spring disposed between the movable contact and the mover support to provide a contact pressure to the movable contact; and a supporting pin installed to extend through the movable contact and the mover holder, characterized in that the mover support includes a first flat plate portion and arm portions protruding upwardly from opposite side ends of the first flat plate portion, wherein each of the arm portions is provided with an insertion groove, and the mover holder is fixedly installed in the insertion groove. a mover support disposed below the movable contact and connected to the actuator by a shaft; a mover holder disposed above the movable contact and fixed to the mover support; a contact pressure spring disposed between the movable contact and the mover support to provide a contact pressure to the movable contact; and a supporting pin installed to extend through the movable contact and the mover holder, characterized in that the mover support includes a first flat plate portion and arm portions protruding upwardly from opposite side ends of the first flat plate portion, wherein each of the arm portions is provided with an insertion groove, and the mover holder is fixedly installed in the insertion groove.
A hollow stabilizer for a vehicle suspension mechanism part, comprising: a torsion part; a bent part (21, 22) continuous with the torsion part; and an arm part (23, 24) continuous with the bent part (21, 22), and further comprising, when a center of bending inside is 0° and a center of bending outside is 180° in a cross section in a pipe radial direction of the bent part (21, 22), a first cross-sectional part in a range from 60° to 300° centered at 0°; characterized by: a second cross-sectional part formed in a range from 120° to 240° centered at 180° and having a curvature of an outer surface smaller than that of the first cross-sectional part; a third cross-sectional part formed in a range of more than 60° and less than 120° centered at 90° and having a curvature of an outer surface smaller than that of the second cross-sectional part; and a fourth cross-sectional part formed in a range of more than 240° and less than 300° centered at 270° and having a curvature of an outer surface smaller than that of the second cross-sectional part. a torsion part; a bent part (21, 22) continuous with the torsion part; and an arm part (23, 24) continuous with the bent part (21, 22), and further comprising, when a center of bending inside is 0° and a center of bending outside is 180° in a cross section in a pipe radial direction of the bent part (21, 22), a first cross-sectional part in a range from 60° to 300° centered at 0°; a second cross-sectional part formed in a range from 120° to 240° centered at 180° and having a curvature of an outer surface smaller than that of the first cross-sectional part; a third cross-sectional part formed in a range of more than 60° and less than 120° centered at 90° and having a curvature of an outer surface smaller than that of the second cross-sectional part; and a fourth cross-sectional part formed in a range of more than 240° and less than 300° centered at 270° and having a curvature of an outer surface smaller than that of the second cross-sectional part.