mhurhangee/ep-ind-claims huggingface dataset:
An optical communication system for carrying out a communication, the optical communication system comprising: an optical fiber for transmitting signal light having a plurality of spatial modes; a multiplex-hologram recording section including holograms recorded therein in a multiplex manner in correspondence with the respective spatial modes of the signal light; a lens for condensing the signal light emitted from an end of the optical fiber and causing the condensed signal light to enter the multiplex-hologram recording section; a control-light emitting section for emitting control light with which the multiplex-hologram recording section is irradiated at an angle which varies from spatial mode to spatial mode by rotating a mirror; and a phase conjugator for (i) amplifying light having passed through the multiplex-hologram recording section and (ii) returning the amplified light to the multiplex-hologram recording section, the multiplex-hologram recording section including multiplex holograms recorded therein by irradiation of the multiplex-hologram recording section with (i) guide light which has a wave front identical to a wave front of the signal light and which has been amplified by the phase conjugator and (ii) the control light, the signal light having the spatial modes, the signal light having been multiplexed and inputted to the multiplex-hologram recording section when the multiplex-hologram recording section separates the signal light, being separated along paths of the control-light emitting section in respective directions of emission of the control light. an optical fiber for transmitting signal light having a plurality of spatial modes; a multiplex-hologram recording section including holograms recorded therein in a multiplex manner in correspondence with the respective spatial modes of the signal light; a lens for condensing the signal light emitted from an end of the optical fiber and causing the condensed signal light to enter the multiplex-hologram recording section; a control-light emitting section for emitting control light with which the multiplex-hologram recording section is irradiated at an angle which varies from spatial mode to spatial mode by rotating a mirror; and a phase conjugator for (i) amplifying light having passed through the multiplex-hologram recording section and (ii) returning the amplified light to the multiplex-hologram recording section, the multiplex-hologram recording section including multiplex holograms recorded therein by irradiation of the multiplex-hologram recording section with (i) guide light which has a wave front identical to a wave front of the signal light and which has been amplified by the phase conjugator and (ii) the control light, the signal light having the spatial modes, the signal light having been multiplexed and inputted to the multiplex-hologram recording section when the multiplex-hologram recording section separates the signal light, being separated along paths of the control-light emitting section in respective directions of emission of the control light.
Compound having the structure: or a salt, or ester thereof, for use in the treatment of a depressive or stress disorder in a subject afflicted therewith, comprising administering to the subject an effective amount of the compound.
A refrigerator, comprising: an inner case; a storage compartment formed inside the inner case; an outer case provided outside the inner case; and a plurality of vacuum insulation modules provided between the inner case and the outer case to insulate the storage compartment; wherein each of the plurality of vacuum insulation modules includes a vacuum insulator including an outer cover material in which the inside is sealed in a vacuum state, and a core material provided inside the outer cover material, characterized by a cartridge which accommodates the vacuum insulator, supports the inner case and the outer case, and has a mutual coupling portion (510, 520, 530) coupled to the cartridge of an adjacent vacuum insulation module. an inner case; a storage compartment formed inside the inner case; an outer case provided outside the inner case; and a plurality of vacuum insulation modules provided between the inner case and the outer case to insulate the storage compartment; wherein each of the plurality of vacuum insulation modules includes a vacuum insulator including an outer cover material in which the inside is sealed in a vacuum state, and a core material provided inside the outer cover material, characterized by a cartridge which accommodates the vacuum insulator, supports the inner case and the outer case, and has a mutual coupling portion (510, 520, 530) coupled to the cartridge of an adjacent vacuum insulation module.
A full cone spray nozzle comprising: a nozzle body having a fluid inlet at an upstream end and a spray orifice at a downstream end; a vane structure of an axial direction length W and diameter D arranged at an intermediate position inside of the nozzle body so that an outer circumferential surface contacts the inside of the nozzle body; a plurality of channel grooves of a width T and a depth H in an outer circumferential surface of said vane structure; a downstream side projecting part at a downstream side of said vane structure; and a swirl flow chamber of an axial direction length L which is a space formed by an inside wall surface of said nozzle body, said vane structure, and said spray orifice, characterised in that 0.25≤T/D≤0.30, 0.25≤H/D≤0.30, and 1.5≤L/W≤3.5 are satisfied. a nozzle body having a fluid inlet at an upstream end and a spray orifice at a downstream end; a vane structure of an axial direction length W and diameter D arranged at an intermediate position inside of the nozzle body so that an outer circumferential surface contacts the inside of the nozzle body; a plurality of channel grooves of a width T and a depth H in an outer circumferential surface of said vane structure; a downstream side projecting part at a downstream side of said vane structure; and a swirl flow chamber of an axial direction length L which is a space formed by an inside wall surface of said nozzle body, said vane structure, and said spray orifice, characterised in that 0.25≤T/D≤0.30, 0.25≤H/D≤0.30, and 1.5≤L/W≤3.5 are satisfied.
Composition comprising: - potassium bicarbonate; - at least one excipient selected from anionic surfactants belonging to the taurate family, said excipient preferably being a phytosanitarily acceptable excipient, and/or preferably an essentially biobased excipient; and - at least one additional excipient selected from anionic polyelectrolyte polymer surfactants, non-ionic surfactants, cationic surfactants, and any combination thereof; the anionic polyelectrolyte polymer surfactants being selected from sulphonates, and any combination thereof; the non-ionic surfactants being selected from ethoxylated alcohols, and any combination thereof; the cationic surfactants being selected from organo-mineral polymers, and any combination thereof; said additional excipient preferably being water-soluble; said additional excipient preferably being a phytosanitarily acceptable excipient, and/or preferably an essentially biobased excipient. - potassium bicarbonate; - at least one excipient selected from anionic surfactants belonging to the taurate family, said excipient preferably being a phytosanitarily acceptable excipient, and/or preferably an essentially biobased excipient; and - at least one additional excipient selected from anionic polyelectrolyte polymer surfactants, non-ionic surfactants, cationic surfactants, and any combination thereof; the anionic polyelectrolyte polymer surfactants being selected from sulphonates, and any combination thereof; the non-ionic surfactants being selected from ethoxylated alcohols, and any combination thereof; the cationic surfactants being selected from organo-mineral polymers, and any combination thereof; said additional excipient preferably being water-soluble; said additional excipient preferably being a phytosanitarily acceptable excipient, and/or preferably an essentially biobased excipient.
An oxidizing composition useful for the treatment of keratinous materials comprising: at least one anionic associative polymer comprising at least one carboxylic acid group and at least one ester derived from a fatty alcohol and a carboxylic acid chosen from Acrytates/C10-30 Alkyl Acrylate Crosspolymers; at least one additional anionic associative polymer comprising at least one carboxylic acid group and at least one ester derived from an alkoxylated fatty alcohol and a carboxylic acid chosen from Acrylates/Steareth-20 Methacrylate Copolymers and Acrylates/Beheneth-25 Methacrylate Copolymers; and at least one oxidizing agent. at least one anionic associative polymer comprising at least one carboxylic acid group and at least one ester derived from a fatty alcohol and a carboxylic acid chosen from Acrytates/C10-30 Alkyl Acrylate Crosspolymers; at least one additional anionic associative polymer comprising at least one carboxylic acid group and at least one ester derived from an alkoxylated fatty alcohol and a carboxylic acid chosen from Acrylates/Steareth-20 Methacrylate Copolymers and Acrylates/Beheneth-25 Methacrylate Copolymers; and at least one oxidizing agent.
A headlight device comprising: a luminaire comprising: a luminaire housing comprising a plurality of luminaire vents (36A, 36B) disposed about a portion of the luminaire housing for receiving air; a light source disposed in the luminaire housing; a heat sink disposed in the luminaire housing, wherein the heat sink is in thermal communication with the light source; an air moving device outside of the Luminaire housing for facilitating air intake through the plurality of luminaire vents (36A, 36B); and an exhaust tube connecting the luminaire and the air moving device to facilitate flow of air from where it is received at the luminaire vents (36A, 36B) to the air moving device; wherein the exhaust tube comprises a head wearable portion to which the luminaire is attached. a luminaire comprising: a luminaire housing comprising a plurality of luminaire vents (36A, 36B) disposed about a portion of the luminaire housing for receiving air; a light source disposed in the luminaire housing; a heat sink disposed in the luminaire housing, wherein the heat sink is in thermal communication with the light source; an air moving device outside of the Luminaire housing for facilitating air intake through the plurality of luminaire vents (36A, 36B); and an exhaust tube connecting the luminaire and the air moving device to facilitate flow of air from where it is received at the luminaire vents (36A, 36B) to the air moving device; wherein the exhaust tube comprises a head wearable portion to which the luminaire is attached. a luminaire housing comprising a plurality of luminaire vents (36A, 36B) disposed about a portion of the luminaire housing for receiving air; a light source disposed in the luminaire housing; a heat sink disposed in the luminaire housing, wherein the heat sink is in thermal communication with the light source; an air moving device outside of the Luminaire housing for facilitating air intake through the plurality of luminaire vents (36A, 36B); and an exhaust tube connecting the luminaire and the air moving device to facilitate flow of air from where it is received at the luminaire vents (36A, 36B) to the air moving device;
A trawl door forming a height and a length, the trawl door comprising several curved and overlapping plates (31-34; 41-44; 51-54) including a leading plate (31; 41; 51) which extend in the height direction, wherein the trawl door forms a towing face comprising a towing bracket and an opposite trawl face comprising a bridle bracket (63, 65), the trawl door comprises at least one regulation means for adjusting a hydrodynamic surface of the trawl door, said regulation means comprises at least one through opening or at least one cut out, a hatch displaceable in the length direction and a hatch actuator, where the hatch covers the through opening or the cut out when the hatch is in a closed position, characterised in that the regulation means is positioned on the towing face of the leading plate (31; 41; 51).
Seal collar for sealing a pipe running through a wall or a floor against the wall or floor, the seal collar comprising: a flat, sheet-like or film-like waterproof outer zone, and an inner zone made of a waterproof elastic material, which is laterally surrounded by the outer zone in a watertight manner and in which an annular profile seal is formed, which centreline runs at right angle to the plane of the outer zone and which defines an opening that is smaller than the outside diameter of the pipe to be sealed, wherein the annular profile seal comprises at least one extension extending along the direction of the centreline and differing to that defined by the material thickness of the inner zone, wherein the thickness of the material in the elastic inner zone is in the range from 200 μm to 400 μm and the thickness of the outer zone is in the range from 300 μm to 500 μm, wherein the annular profile has a U-shaped cross-section with two legs (13a, 13c) connected by a bridge, the bridge being disposed at a distance from the first face of a flat, planar region of the inner zone and the outer zone, respectively, the radially outer leg joining the flat, planar region of the inner zone or directly the outer zone, the radially inner leg forming the boundary of the opening, and the inner surface of the U-shaped annular profile of the annular profile seal joining the second face of the flat, planar region of the inner zone opposite the first face or directly the outer zone, and wherein the first face is the face of the seal collar provided for contacting the wall. a flat, sheet-like or film-like waterproof outer zone, and an inner zone made of a waterproof elastic material, which is laterally surrounded by the outer zone in a watertight manner and in which an annular profile seal is formed, which centreline runs at right angle to the plane of the outer zone and which defines an opening that is smaller than the outside diameter of the pipe to be sealed, wherein the annular profile seal comprises at least one extension extending along the direction of the centreline and differing to that defined by the material thickness of the inner zone, wherein the thickness of the material in the elastic inner zone is in the range from 200 μm to 400 μm and the thickness of the outer zone is in the range from 300 μm to 500 μm, wherein the annular profile has a U-shaped cross-section with two legs (13a, 13c) connected by a bridge, the bridge being disposed at a distance from the first face of a flat, planar region of the inner zone and the outer zone, respectively, the radially outer leg joining the flat, planar region of the inner zone or directly the outer zone, the radially inner leg forming the boundary of the opening, and the inner surface of the U-shaped annular profile of the annular profile seal joining the second face of the flat, planar region of the inner zone opposite the first face or directly the outer zone, and wherein the first face is the face of the seal collar provided for contacting the wall.
An axle assembly including a housing having a first axle tube and a second axle tube, a crown wheel mounted in the housing, a pinion in meshing engagement with the crown wheel, a first reservoir for retaining fluid in contact with the crown wheel for lubricating the crown wheel, a second reservoir for retaining fluid remote from the crown wheel, a first system for transferring fluid in the first reservoir to the second reservoir, a second system for transferring fluid in the second reservoir to the first reservoir, a sensor for generating a signal representative of an axle assembly characteristic, characterised in that the axle assembly further includes a control system for receiving said signal and operating said first system to transfer fluid from the first reservoir in response to said signal or operating said second system to transfer fluid to the first reservoir in response to said signal, wherein the control system is attached to the axle assembly.
A method of amplifying a non-polyA tailed RNA less than 30 nucleotides long, the method comprising reverse transcribing the RNA by extending a first primer having at least 6 contiguous nucleotides complementary to the RNA, to produce a first strand cDNA comprising a sequence at least 10 nucleotides long, in addition to the primer sequence, that is complementary to the RNA, amplifying the first strand cDNA with a DNA polymerase-DNA binding domain fusion to extend a second primer, wherein the DNA polymerase has a foot print of 6-10 base pairs and the DNA binding domain has a footprint of 3-5 base pairs and wherein the second primer comprises contiguous base pairs complementary to a 3' region of the first strand cDNA to produce a double-stranded cDNA.
A system for use in prevention of stroke, comprising: a compression device for applying a compressive force to a carotid artery, wherein the compression device is adjustable so as to apply the compressive force and so as to not apply the compressive force; an actuation device for causing the compression device to apply the compressive force, wherein the compressive force is applied in a cyclical nature based upon a cardiac cycle; a cardiac monitoring device that monitors a heart, wherein the cardiac cycle is the cardiac cycle of the heart, wherein the cardiac monitoring device obtains data on when the cardiac cycle is in a systole phase and when the cardiac cycle is in a diastole phase; a synchronization device that obtains the data from the cardiac monitoring device, wherein the synchronization device is configured to cause the actuation device to actuate based upon the data obtained from the cardiac monitoring device such that the compressive force is applied during a majority of the systole phase and is not applied during a majority of the diastole phase; and wherein the compression device includes an expandable member (27, 32, 46) which applies the compressive force and the actuation device is operable to expand the expandable member (27, 32, 46) such that the pressure in the expandable member (27, 32, 46) exceeds the patient's systemic blood pressure whereby the compressive force applied by the expandable member (27, 32, 46) compresses the carotid artery to such an extent that blood flow through the carotid artery is limited or completely blocked. a compression device for applying a compressive force to a carotid artery, wherein the compression device is adjustable so as to apply the compressive force and so as to not apply the compressive force; an actuation device for causing the compression device to apply the compressive force, wherein the compressive force is applied in a cyclical nature based upon a cardiac cycle; a cardiac monitoring device that monitors a heart, wherein the cardiac cycle is the cardiac cycle of the heart, wherein the cardiac monitoring device obtains data on when the cardiac cycle is in a systole phase and when the cardiac cycle is in a diastole phase; a synchronization device that obtains the data from the cardiac monitoring device, wherein the synchronization device is configured to cause the actuation device to actuate based upon the data obtained from the cardiac monitoring device such that the compressive force is applied during a majority of the systole phase and is not applied during a majority of the diastole phase; and wherein the compression device includes an expandable member (27, 32, 46) which applies the compressive force and the actuation device is operable to expand the expandable member (27, 32, 46) such that the pressure in the expandable member (27, 32, 46) exceeds the patient's systemic blood pressure whereby the compressive force applied by the expandable member (27, 32, 46) compresses the carotid artery to such an extent that blood flow through the carotid artery is limited or completely blocked.
A lithium-ion battery anode material, comprising a core-shell structured composite material, wherein the core-shell structured composite material comprises a core material, an inner shell material, and an outer shell material, the core material comprises graphite particles, the inner shell material comprises a continuous phase and a dispersing phase, the dispersing phase comprises nano silicon-based particles, the continuous phase comprises carbon, and the outer shell material comprises lithium metal, and the chemical formula of the nano silicon-based particles is SiOx, wherein 0<x<2.
A medical system comprising: means for delivering stimulation therapy comprising a first set of a plurality of pulses having a first amplitude, and a second set of a plurality of pulses having a second amplitude greater than the first amplitude, wherein one or more pulses of the second set of plurality of pulses are intermingled with sequential groups of pulses of the first set of plurality of pulses; characterised by means for adjusting the second amplitude to an adjusted second amplitude until the adjusted second amplitude is one of: greater than or equal to an activation threshold based on the second amplitude being less than the activation threshold, or less than or equal to the activation threshold based on the second amplitude being greater than the activation threshold; means for adjusting the first amplitude to an adjusted first amplitude based on the adjusted second amplitude; and means for delivering stimulation therapy based at least on the adjusted first amplitude. means for delivering stimulation therapy comprising a first set of a plurality of pulses having a first amplitude, and a second set of a plurality of pulses having a second amplitude greater than the first amplitude, wherein one or more pulses of the second set of plurality of pulses are intermingled with sequential groups of pulses of the first set of plurality of pulses; characterised by means for adjusting the second amplitude to an adjusted second amplitude until the adjusted second amplitude is one of: greater than or equal to an activation threshold based on the second amplitude being less than the activation threshold, or less than or equal to the activation threshold based on the second amplitude being greater than the activation threshold; characterised by means for adjusting the second amplitude to an adjusted second amplitude until the adjusted second amplitude is one of: greater than or equal to an activation threshold based on the second amplitude being less than the activation threshold, or less than or equal to the activation threshold based on the second amplitude being greater than the activation threshold; means for adjusting the first amplitude to an adjusted first amplitude based on the adjusted second amplitude; and means for delivering stimulation therapy based at least on the adjusted first amplitude.