mhurhangee/ep-ind-claims huggingface dataset:
An ultraviolet absorbing hardcoat comprising: a binder, and a mixture of ZnO nanoparticles in a range from 1 to 90 wt.%, based on the total weight of the hardcoat, wherein at least a portion of the ZnO nanoparticles are surface modified with L-lysine and have a silica coating thereon, wherein at least 50 percent by number of the ZnO nanoparticles are surface modified with L-lysine and have a silica coating thereon, wherein the ZnO nanoparticles themselves have an average particle size in a range from 10 nm to 100 nm and wherein the silica coating has an average thickness of at least 2 nm. a binder, and a mixture of ZnO nanoparticles in a range from 1 to 90 wt.%, based on the total weight of the hardcoat, wherein at least a portion of the ZnO nanoparticles are surface modified with L-lysine and have a silica coating thereon, wherein at least 50 percent by number of the ZnO nanoparticles are surface modified with L-lysine and have a silica coating thereon, wherein the ZnO nanoparticles themselves have an average particle size in a range from 10 nm to 100 nm and wherein the silica coating has an average thickness of at least 2 nm.
A method for transmitting a flow via a specified path, comprising: transmitting, to at least one next hop node, by an ingress node of a bit indexed explicit replication, BIER, network, information of the specified path through which the flow passes; characterized by that, the information of the specified path is a tree list which has a root served by the ingress node and reaches all egress nodes, and level information of the tree list is used to indicate a level at which each node is located. transmitting, to at least one next hop node, by an ingress node of a bit indexed explicit replication, BIER, network, information of the specified path through which the flow passes; characterized by that, the information of the specified path is a tree list which has a root served by the ingress node and reaches all egress nodes, and level information of the tree list is used to indicate a level at which each node is located.
An absolute capacitive micro pressure sensor comprising: a pressure sensor element comprising: a mechanically fixed capacitor electrode; a deflectable membrane separated from the fixed electrode by a predetermined distance; a packaging defining a chamber formed by a cover and a base plate with an opening defined in the base plate, the chamber being filled with at least one of a fluid or a gas at substantially constant pressure; the pressure sensor element being mounted to the base plate to define an open cavity therebetween substantially aligned with the opening defined in the base plate; and a gel disposed in the open cavity in contact with an exposed surface of the deflectable membrane, characterized in that the gel has a thickness in a range between Z and (Z + H), where Z represents a distance from the exposed surface of the deflectable membrane to the base plate, and H represents a thickness of the base plate itself. a mechanically fixed capacitor electrode; a deflectable membrane separated from the fixed electrode by a predetermined distance; a packaging defining a chamber formed by a cover and a base plate with an opening defined in the base plate, the chamber being filled with at least one of a fluid or a gas at substantially constant pressure; the pressure sensor element being mounted to the base plate to define an open cavity therebetween substantially aligned with the opening defined in the base plate; and a gel disposed in the open cavity in contact with an exposed surface of the deflectable membrane,
Aeroplane having a longitudinal axis comprising at least a fuselage, two wings (3, 4), engines (5, 6), a rear tail unit comprising a horizontal tail provided with two tail ends (9, 10), and at least one first set of fuel tanks (R1A, R1B, R1C), said aeroplane comprising at least one second set of fuel tanks (R2A, R2B, R2C), offset relative to said first set of fuel tanks (R1A, R1B, R1C) at least along the longitudinal axis, and at least one fuel transfer system configured to be able to transfer, at least in flight, fuel from one to the other of said first and second sets (R1, R2) of fuel tanks, characterized in that said tail ends (9, 10) are mounted so as to be able to be pivoted, at least in flight, relative to said horizontal tail.
A medical laser system for treating a target tissue with a laser beam comprising an optical fiber with a fiber tip for guiding the laser beam to the target tissue, the target tissue being immersed in a liquid medium formed primarily of water, the system configured to: fire, at a first time and along a light path, an initiation pulse; and fire, at a second time following the first time by a predetermined time delay (t) and along the same light path, a treatment pulse; wherein the initiation pulse is characterized by a first energy (E i), and the treatment pulse is characterized by a second energy (E t), wherein an absorbed energy in the liquid medium located between the fiber tip and the target tissue creates a bubble in a short delay after the first time, and wherein the treatment pulse is fired during a period the bubble is collapsing. fire, at a first time and along a light path, an initiation pulse; and fire, at a second time following the first time by a predetermined time delay (t) and along the same light path, a treatment pulse; wherein the initiation pulse is characterized by a first energy (E i), and the treatment pulse is characterized by a second energy (E t), wherein an absorbed energy in the liquid medium located between the fiber tip and the target tissue creates a bubble in a short delay after the first time, and wherein the treatment pulse is fired during a period the bubble is collapsing.
A graphene heat pipe for cooling a compressor flow path of a gas turbine engine, the graphene heat pipe (100; 100A; 100B; 100C) comprising: a body (104A; 104B; 104C) having a hot side (106A; 106B; 106C) to accept heat from the gas turbine engine, a cold side (108A; 108B; 108C) to reject heat from the body, and an adiabatic portion (110A; 110B; 110C) to flow heat within the body between the hot side and the cold side; characterised in that: the body comprises graphene and comprises a wound coil, and the body is formed into a solid structure absent an interior phase change volume. a body (104A; 104B; 104C) having a hot side (106A; 106B; 106C) to accept heat from the gas turbine engine, a cold side (108A; 108B; 108C) to reject heat from the body, and an adiabatic portion (110A; 110B; 110C) to flow heat within the body between the hot side and the cold side; characterised in that: the body comprises graphene and comprises a wound coil, and the body is formed into a solid structure absent an interior phase change volume.
An apparatus for magnetic field therapy, comprising: a base arranged in a horizontal orientation, with first means for generating a magnetic field, comprising a coil having a central axis that extends substantially perpendicular to said base, which is operable to generate a magnetic field, said base being in the form of a support surface for a patient or for a body part of a patient; and two angled side parts (3, 4) extending vertically from the lateral sides of the base, the apparatus for magnetic field therapy being open opposite the base; wherein each of the side parts (3, 4) includes a curved coil (10, 11) extending within the frame of the side parts and having a central axis that extends perpendicular to the respective side part (3, 4); and wherein a magnetic field produced by said coils (10, 11) is perpendicular to a magnetic field produced by said first means for generating a magnetic field, at least in sections thereof; and wherein the side parts (3, 4) have a curved shape; wherein further the apparatus for magnetic field therapy comprises a carriage arranged on the base and having a couch surface, wherein said carriage is adapted to be moveable relative to the base. a base arranged in a horizontal orientation, with first means for generating a magnetic field, comprising a coil having a central axis that extends substantially perpendicular to said base, which is operable to generate a magnetic field, said base being in the form of a support surface for a patient or for a body part of a patient; and two angled side parts (3, 4) extending vertically from the lateral sides of the base, the apparatus for magnetic field therapy being open opposite the base; wherein each of the side parts (3, 4) includes a curved coil (10, 11) extending within the frame of the side parts and having a central axis that extends perpendicular to the respective side part (3, 4); and wherein a magnetic field produced by said coils (10, 11) is perpendicular to a magnetic field produced by said first means for generating a magnetic field, at least in sections thereof; and wherein the side parts (3, 4) have a curved shape; wherein further the apparatus for magnetic field therapy comprises a carriage arranged on the base and having a couch surface, wherein said carriage is adapted to be moveable relative to the base.
A dual clutch arrangement comprising: a first input rotatable member; an output rotatable member (60, 80, 84); a first clutch coupling said first input rotatable member and said output rotatable member such that said first input rotatable member drives said output rotatable member in rotation, wherein said first clutch is operable to be overrun; characterised in that the dual clutch arrangement further comprises a second input rotatable member; and a second clutch operable to selectively couple said second input rotatable member and said output rotatable member such that said second input rotatable member drives said output rotatable member in rotation, wherein said first clutch is overrun when said second clutch is engaged. a first input rotatable member; an output rotatable member (60, 80, 84); a first clutch coupling said first input rotatable member and said output rotatable member such that said first input rotatable member drives said output rotatable member in rotation, wherein said first clutch is operable to be overrun; characterised in that the dual clutch arrangement further comprises a second input rotatable member; and a second clutch operable to selectively couple said second input rotatable member and said output rotatable member such that said second input rotatable member drives said output rotatable member in rotation, wherein said first clutch is overrun when said second clutch is engaged.
Bicycle lock, comprising a lock body and an annular hoop; wherein the annular hoop is supported in the lock body and is rotatable between a closed position for engaging into a spoked wheel of the bicycle and an open position for releasing the spoked wheel, and wherein a handle is attached to the annular hoop for displacing the annular hoop from the open position into the closed position; wherein the lock body comprises a housing (20, 21) and furthermore the lock body comprises an inner housing for a locking mechanism adapted to lock the annular hoop in the closed position, wherein the housing (20, 21) has a longitudinal groove, wherein the handle projects from the annular hoop through the groove; wherein the lock body comprises a fixing device which holds the handle; wherein the fixing device comprises two fixing sections which form a fixing groove for receiving the handle without play when the annular hoop is in the open position, wherein the two fixing sections embrace the handle from two opposing sides, thereby eliminating a lateral play to both sides of the handle; characterized in that the fixing device is integrally formed with the inner housing.
A terminal access method, comprising: determining, by a terminal, to enter a contention-based access phase; and determining, by the terminal during each transmission of binary data, a first signature; wherein the first signature is based on a column in a signature matrix, and the determining of the first signature is according to a random number seed and the signature matrix and comprises generating, by the terminal, a random number according to the random number seed, and using the random number to select the first signature, and mapping, according to the first signature, the binary data to a multi-dimensional symbol for transmission, wherein first signatures used during different transmissions of binary data are different. determining, by a terminal, to enter a contention-based access phase; and determining, by the terminal during each transmission of binary data, a first signature; wherein the first signature is based on a column in a signature matrix, and the determining of the first signature is according to a random number seed and the signature matrix and comprises generating, by the terminal, a random number according to the random number seed, and using the random number to select the first signature, and mapping, according to the first signature, the binary data to a multi-dimensional symbol for transmission, wherein first signatures used during different transmissions of binary data are different.
Method of generating fluid bubbles in a liquid, wherein an oscillator (1b, 1c) for generating two or more pulsating fluid flows from a constant fluid flow is used, whereby the oscillator (1b, 1c) comprises a first fluid inlet for receiving a fluid flow and a first fluid outlet and a second fluid outlet for each outputting a said pulsating fluid flow, whereby the oscillator (1b, 1c) comprises a bistable fluidic amplifier (6,7,8,9) for amplifying a control signal, whereby the fluidic amplifier (6,7,8,9) is placed between the first fluid inlet and the fluid outlets (2,3), whereby the oscillator (1b, 1c) comprises a piezo-electric actuator for generating said control signal, whereby the piezo-electric actuator is connected to a source of alternating voltage, whereby the first fluid inlet is connected to a source of pressurized fluid, whereby a pulsating fluid flow from at least one of the fluid outlets (2,3) is used to generate fluid bubbles in the liquid, characterized in that the fluid bubbles are air bubbles and are used to form a bubble screen under water to attenuate the sound energy of underwater sound coming from a source of undesirable underwater sound.
An image processing device for processing image information including light reception value information obtained by imaging an inside of a living body with one-time exposure, the image processing device comprising: a brightness and darkness judgment unit that is configured to judge whether each region of a judgment object is either a bright region or a dark region on the basis of the light reception value information included in the image information; and a distance information obtainment unit that is configured to obtain, at the bright region in the image information, information on a distance from the imaging device taking the image information to a surface of the living body on the basis of exposure time and the light reception value information on light in a first wavelength range, and obtain, at the dark region in the image information, information on a distance from the imaging device taking the image information to the surface of the living body on the basis of exposure time and the light reception value information on light in a second wavelength range which is a longer wavelength range than the first wavelength range. a brightness and darkness judgment unit that is configured to judge whether each region of a judgment object is either a bright region or a dark region on the basis of the light reception value information included in the image information; and a distance information obtainment unit that is configured to obtain, at the bright region in the image information, information on a distance from the imaging device taking the image information to a surface of the living body on the basis of exposure time and the light reception value information on light in a first wavelength range, and obtain, at the dark region in the image information, information on a distance from the imaging device taking the image information to the surface of the living body on the basis of exposure time and the light reception value information on light in a second wavelength range which is a longer wavelength range than the first wavelength range.
Agricultural machine having a frame which is supported on the ground by means of connecting components via a chassis having wheels, wherein a wheel swingarm is assigned to each wheel, and each wheel swingarm can be moved independently in an upright and/or horizontal plane relative to the frame, characterized in that the chassis comprises a front and a rear chassis region (1A, 1B), each of which has a continuous main pivot shaft, in that wheel swingarms which are in each case opposite with respect to the center of the machine are arranged in pairs on a continuous, in each case common main pivot shaft extending transversely to the direction of travel, specifically in such a way that the front wheel swingarms are arranged on the front continuous main pivot shaft, and the rear wheel swingarms are arranged on the rear continuous main pivot shaft.
A compound of formula for use in the treatment of a bacterial infection, wherein the compound of formula represents: wherein R 1, R 2, R 3 and R 4 each independently represent hydrogen, halo, -CN, R t1, -O-R t2, -C N(R t3)(R t4), -SO 2 R t5, -N SO 2 R t6, -N(R t7)(R t8) or an aryl or heterocyclic group (which latter two groups are themselves optionally substituted by one or more substituents selected from halo and C 1-6 alkyl); R t1, R t2, R t2, R t4, R t5, R t6, R t7 and R t8 independently represent hydrogen or C 1-6 alkyl optionally substituted by one or more halo atoms, or, R t3 and R t4 and/or R t7 and R t8 may be linked together with the nitrogen atom to which they are attached to form a 3- to 7-membered ring, optionally containing one to three (e.g. one) further heteroatom(s) and optionally contain one to three double bonds; Z x represents O or S; X represents S or O; ring A represents either: or R x represents hydrogen or C 1-6 alkyl optionally substituted by one or more subsitutents selected from fluoro, -CN, -OR x1, -C R x2 and -C NR x3; R x1, R x2 and R x3 independently represent hydrogen or C 1-6 alkyl; R y1, R y2 and R y3 independently represent hydrogen, halo (e.g. fluoro), C 1-6 alkyl, -OR y4, -C -R y5 or -CH 2 -OR y6; R y4, R y5 and R y6 independently represent hydrogen or C 1-6 alkyl; or a pharmaceutically acceptable salt (e.g. acid addition salt) thereof. R 1, R 2, R 3 and R 4 each independently represent hydrogen, halo, -CN, R t1, -O-R t2, -C N(R t3)(R t4), -SO 2 R t5, -N SO 2 R t6, -N(R t7)(R t8) or an aryl or heterocyclic group (which latter two groups are themselves optionally substituted by one or more substituents selected from halo and C 1-6 alkyl); R t1, R t2, R t2, R t4, R t5, R t6, R t7 and R t8 independently represent hydrogen or C 1-6 alkyl optionally substituted by one or more halo atoms, or, R t3 and R t4 and/or R t7 and R t8 may be linked together with the nitrogen atom to which they are attached to form a 3- to 7-membered ring, optionally containing one to three (e.g. one) further heteroatom(s) and optionally contain one to three double bonds; Z x represents O or S; X represents S or O; R x represents hydrogen or C 1-6 alkyl optionally substituted by one or more subsitutents selected from fluoro, -CN, -OR x1, -C R x2 and -C NR x3; R x1, R x2 and R x3 independently represent hydrogen or C 1-6 alkyl; R y1, R y2 and R y3 independently represent hydrogen, halo (e.g. fluoro), C 1-6 alkyl, -OR y4, -C -R y5 or -CH 2 -OR y6; R y4, R y5 and R y6 independently represent hydrogen or C 1-6 alkyl;
Mixture supply system which is adapted for mounting in a hot water appliance and which is adapted to supply a combustible mixture to a burner of the hot water appliance, comprising: a fuel feed for a fluid fuel; an oxidizer feed for a fluid oxidizer; a mixing chamber (38, 230) for mixing the fuel and the oxidizer in order to form the combustible mixture; a discharge for discharging the combustible mixture from the mixing chamber (38, 230); and a fan for urging the oxidizer from the oxidizer feed to the mixing chamber (38, 230), and urging the mixture therefrom to the discharge, wherein the fan comprises a fan chamber provided with a blade wheel and the mixing chamber (38, 230) is incorporated in the fan chamber; and a separate fan for urging the fuel from the fuel feed to the mixing chamber (38, 230). a fuel feed for a fluid fuel; an oxidizer feed for a fluid oxidizer; a mixing chamber (38, 230) for mixing the fuel and the oxidizer in order to form the combustible mixture; a discharge for discharging the combustible mixture from the mixing chamber (38, 230); and a fan for urging the oxidizer from the oxidizer feed to the mixing chamber (38, 230), and urging the mixture therefrom to the discharge, wherein the fan comprises a fan chamber provided with a blade wheel and the mixing chamber (38, 230) is incorporated in the fan chamber; and a separate fan for urging the fuel from the fuel feed to the mixing chamber (38, 230).
An electrochemical cell at least consisting of an anode half-cell with an anode, a cathode half-cell with a cathode and an ion-exchange membrane arranged between the anode half-cell and the cathode half-cell, the anode and/or the cathode being a gas diffusion electrode and there being arranged a gap between the gas diffusion electrode and the ion-exchange membrane, an electrolyte feed inlet above the gap and an electrolyte drain beneath the gap together with a gas inlet and a gas outlet, characterised in that the electrolyte feed inlet is connected via an electrolyte feed line to an electrolyte holding vessel and comprises an overflow, the overflow taking the form of an overflow channel (12; 13) and the pressure in the electrolyte feed inlet being adjustable by choosing the height g of the overflow channel.