mhurhangee/patent-ind-claim-en huggingface dataset:
A cosmetic applicator system that comprises: exactly one product reservoir that holds a product; a closure that engages the reservoir to seal and unseal the reservoir ; a first applicator head and a second applicator head that are substantially identical and coaxial with each other, and that extend from the closure in opposite directions, such that when the closure is engaged on the reservoir , the first applicator head is immersed in the product in the reservoir ; a magnifying cap that surrounds the second applicator head and that produces a magnified image of the second applicator head when the second applicator head is viewed from through the magnifying cap ; wherein the magnifying cap is permanently affixed to the closure to render the second applicator head non-functional; and wherein the magnified image of the second applicator head is visible through the magnifying cap . exactly one product reservoir that holds a product; a closure that engages the reservoir to seal and unseal the reservoir ; a first applicator head and a second applicator head that are substantially identical and coaxial with each other, and that extend from the closure in opposite directions, such that when the closure is engaged on the reservoir , the first applicator head is immersed in the product in the reservoir ; a magnifying cap that surrounds the second applicator head and that produces a magnified image of the second applicator head when the second applicator head is viewed from through the magnifying cap ; wherein the magnifying cap is permanently affixed to the closure to render the second applicator head non-functional; and wherein the magnified image of the second applicator head is visible through the magnifying cap .
System for assisting with the centring of a first, front free end section of a first shaft inside a second, rear free end section of a second, complementary hollow shaft , which belong in particular to a powertrain , characterized in that the system has a removable centring head which is attached to the first, front free end section of the first shaft .
A gas burner assembly , in particular for a gas cooking appliance, preferably for a domestic gas cooking hob, wherein: - the gas burner assembly comprises a burner head including a plurality of high-power flame ports , - the gas burner assembly comprises at least one intermediate element including a plurality of low-power flame ports , - the burner head is arranged above the at least one intermediate element , - the high-power flame ports are connected to a first gas inlet via a horizontal Venturi pipe , and - the low-power flame ports are connected to a second gas inlet via an annular distribution chamber , so that - the low-power flame ports and the high-power flame ports are located on different parts of the gas burner assembly and arranged in super-imposed way, a high-power injector is interconnected between the first gas inlet and the horizontal Venturi pipe , while at least one final Venturi section and at least one main feeding chamber are interconnected between the horizontal Venturi pipe and the high-power flame ports , at least one low-power injector , at least one pre-mixing chamber and at least one Venturi channel are interconnected between the second gas inlet and the annular distribution chamber , the gas burner assembly comprises at least one base part arranged beneath the at least one intermediate element , wherein the second gas inlet , the low-power injector , the pre-mixing chamber and a lower portion of the final Venturi section are integrated within said base part . - the gas burner assembly comprises a burner head including a plurality of high-power flame ports , - the gas burner assembly comprises at least one intermediate element including a plurality of low-power flame ports , - the burner head is arranged above the at least one intermediate element , - the high-power flame ports are connected to a first gas inlet via a horizontal Venturi pipe , and - the low-power flame ports are connected to a second gas inlet via an annular distribution chamber , so that - the low-power flame ports and the high-power flame ports are located on different parts of the gas burner assembly and arranged in super-imposed way, at least one low-power injector , at least one pre-mixing chamber and at least one Venturi channel are interconnected between the second gas inlet and the annular distribution chamber , the gas burner assembly comprises at least one base part arranged beneath the at least one intermediate element , wherein the second gas inlet , the low-power injector , the pre-mixing chamber and a lower portion of the final Venturi section are integrated within said base part .
A tubular connector for connecting tubulars of an offshore platform, the tubular connector having an axis and comprising: a pin having a bore, an axially extending cylindrical portion (1 7) and external threads ; a box having a bore with internal threads that engage the external threads of the pin , the box having a rim on an end of the box ; the box having a cylindrical portion opposite the rim that is of smaller outer diameter than a portion of the box containing the internal threads ; a transition shoulder on respectively the box and pin , the transition shoulder being in a transition shoulder plane perpendicular to the axis and having an outer diameter that is larger than the cylindrical portion of respectively said box and pin adjoining the transition shoulder ; and an annular undercut recess located on the transition shoulder at a junction with the cylindrical portion joining the transition shoulder , wherein, when viewed in cross-section, the undercut recess has an inner curved wall that is flush with the cylindrical portion adjoining the transition shoulder . a pin having a bore, an axially extending cylindrical portion (1 7) and external threads ; a box having a bore with internal threads that engage the external threads of the pin , the box having a rim on an end of the box ; the box having a cylindrical portion opposite the rim that is of smaller outer diameter than a portion of the box containing the internal threads ; a transition shoulder on respectively the box and pin , the transition shoulder being in a transition shoulder plane perpendicular to the axis and having an outer diameter that is larger than the cylindrical portion of respectively said box and pin adjoining the transition shoulder ; and an annular undercut recess located on the transition shoulder at a junction with the cylindrical portion joining the transition shoulder , wherein, when viewed in cross-section, the undercut recess has an inner curved wall that is flush with the cylindrical portion adjoining the transition shoulder .
A method for determining location of a tool in the presence of metal interference, the tool having a distal end sensor and at least one other sensor , the method comprising obtaining magnetic field data from the distal end sensor of the tool ; with a processor , performing convergence on the obtained magnetic field data by calculating a difference between the obtained data and an actual magnetic field at a same location, the convergence indicating whether or not the obtained magnetic field data is disturbed by determining that convergence is indicated when the difference is less than a predetermined threshold; when the convergence indicates the obtained magnetic field data is not disturbed, calculate the location of the tool using the obtained magnetic field data; and when the convergence indicates the obtained magnetic field data is disturbed: obtaining additional magnetic field data from the at least one other sensor of the tool ; characterised in that , the processor being further configured to: perform the convergence on the obtained additional magnetic field data; and calculate the location of the tool using the obtained additional magnetic field data. obtaining magnetic field data from the distal end sensor of the tool ; with a processor , performing convergence on the obtained magnetic field data by calculating a difference between the obtained data and an actual magnetic field at a same location, the convergence indicating whether or not the obtained magnetic field data is disturbed by determining that convergence is indicated when the difference is less than a predetermined threshold; when the convergence indicates the obtained magnetic field data is not disturbed, calculate the location of the tool using the obtained magnetic field data; and when the convergence indicates the obtained magnetic field data is disturbed: obtaining additional magnetic field data from the at least one other sensor of the tool ; characterised in that , the processor being further configured to: perform the convergence on the obtained additional magnetic field data; and calculate the location of the tool using the obtained additional magnetic field data. perform the convergence on the obtained additional magnetic field data; and calculate the location of the tool using the obtained additional magnetic field data.
Method for producing spherical polymer particles having a particle size of 2 μm to 200 μm from thermoplastic polymers, comprising a continuous extrusion process and a subsequent micro-granulation process, wherein the micro-granulation process is realized with an output velocity at the hole and a cutting-off frequency at the hole outlet of a perforated plate , which comprises melt outlet bores having a diameter of 2 μm to 200 μm, according to the following table: For spherical polymer particles having a size of 2 μm to 20 μm Cutting-off frequency at the hole exit [kHz] max. output velocity [m/s] min. output velocity [m/s] >8 to 16 0.05000000 0.00002076 >4 to 8 0.02500000 0.00001038 >2 to 4 0.01250000 0.00000519 >1 to 2 0.00625000 0.00000259 >0.5 to 1 0.00312500 0.00000130 >0.25 to 0.5 0.00156250 0.00000065 >0.1 to 0.25 0.00078125 0.00000032 For spherical polymer particles having a size of >20 μm to 50 μm >8 to 16 0.50000000 0.00021107 >4 to 8 0.25000000 0.00010553 >2 to 4 0.12500000 0.00005277 >1 to 2 0.06250000 0.00002638 >0.5 to 1 0.03125000 0.00001319 >0.25 to 0.5 0.01562500 0.00000660 >0.1 to 0.25 0.00781250 0.00000330 For spherical polymer particles having a size of >50 μm to 100 μm >8 to 16 1.10000000 0.00268088 >4 to 8 0.55000000 0.00134044 >2 to 4 0.27500000 0.00067022 >1 to 2 0.13750000 0.00033511 >0.5 to 1 0.06875000 0.00016755 >0.25 to 0.5 0.03437500 0.00008378 >0.1 to 0.25 0.01718750 0.00004189 For spherical polymer particles having a size of >100 μm to 200 μm >8 to 16 3.00000000 1.10000000 >4 to 8 1.50000000 0.55000000 >2 to 4 0.75000000 0.27500000 >1 to 2 0.37500000 0.13750000 >0.5 to 1 0.18750000 0.06875000 >0.25 to 0.5 0.09375000 0.03437500 >0.1 to 0.25 0.04687500 0.01718750
An ultrasonic electronic cigarette atomizer, comprising a shell , a tobacco tar storage bottle , an ultrasonic atomization piece and a flaky tobacco tar storage body fit to one side face of the ultrasonic atomization piece are provided in the shell ; wherein a tobacco tar guide body is fixed to an outer wall of at least one side of the tobacco tar storage bottle ; one side face of the tobacco tar guide body communicates with the inner cavity of the tobacco tar storage bottle , and the other side face of the tobacco tar guide body is in contact with the side face of the tobacco tar storage body , which is away from the ultrasonic atomization piece ; and the ultrasonic atomization piece and the tobacco tar storage body are provided to be parallel to the length direction of an electronic cigarette.
Method for cleaning a wooden barrel characterised in that it comprises a step of disinfecting the inside of the barrel including at least one phase of introducing hydrogen peroxide inside the barrel and a phase of introducing steam in the barrel after the phase of introducing hydrogen peroxide inside the barrel in order to sterilise the wood of the barrel in depth and remove any residue infiltrated in the wood fibres such as pigments.
A composition consisting of: 19.6% by weight of magnesium sulfate, 8% by weight of PEG-7 caprylic/capric glycerides, 47.65% by weight of PEG-8, 5% by weight of glycerin, 1% by weight of citric acid, 13.2% by weight of dimethicone, 1.8% by weight of dimethiconol, 2% by weight of silica dimethyl silylate, 1% by weight of silica, 0.05% by weight of fragrance, 0.4% by weight of water, and 0.3% by weight of capryloyl salicylic acid, wherein when the composition is exposed to water and subjected to cyclical mechanical motion having a peak cyclic or oscillation frequency of 168 Hz, the composition provides a temperature increase of 4-6 °C greater than a temperature increase of the composition subjected to manual mixing. 19.6% by weight of magnesium sulfate, 8% by weight of PEG-7 caprylic/capric glycerides, 47.65% by weight of PEG-8, 5% by weight of glycerin, 1% by weight of citric acid, 13.2% by weight of dimethicone, 1.8% by weight of dimethiconol, 2% by weight of silica dimethyl silylate, 1% by weight of silica, 0.05% by weight of fragrance, 0.4% by weight of water, and 0.3% by weight of capryloyl salicylic acid,
A compound of Formula (Ila): or a stereoisomer, solvate, tautomer or pharmaceutically acceptable salt thereof for use in the treatment or prevention of a cancer of the central nervous system; wherein: X is -(CH 2 ) n -X', wherein n is from 0 to 6 and X' is -CHO, -OH, -OR or -OC(=O)R, where R is methyl; R 1 is -OH or -O(P(=O)(OH)O) n H where n is from 1 to 3; and R 2 is -OH. X is -(CH 2 ) n -X', wherein n is from 0 to 6 and X' is -CHO, -OH, -OR or -OC(=O)R, where R is methyl; R 1 is -OH or -O(P(=O)(OH)O) n H where n is from 1 to 3; and R 2 is -OH.
A method of testing samples in a furnace using upper and lower stackable crucibles , comprising: placing a first sample in the lower crucible ; placing a second sample in the upper crucible ; determining a first weight of the first sample in the lower crucible prior to heating in the furnace ; stacking the upper crucible on the lower crucible , ; determining a second weight of the second sample prior to heating in the furnace heating the crucibles, determining the second weight comprises determining the weight of the upper crucible with the second sample stacked on the lower crucible with the first sample prior to heating; determining a third weight of the first sample in the lower crucible after heating in the furnace ; and determining a fourth weight of the second sample after heating in the furnace , which comprises determining a weight of the upper crucible with the second sample stacked on the lower crucible with the first sample after heating. placing a first sample in the lower crucible ; placing a second sample in the upper crucible ; determining a first weight of the first sample in the lower crucible prior to heating in the furnace ; stacking the upper crucible on the lower crucible , ; determining a second weight of the second sample prior to heating in the furnace heating the crucibles, determining the second weight comprises determining the weight of the upper crucible with the second sample stacked on the lower crucible with the first sample prior to heating; determining a third weight of the first sample in the lower crucible after heating in the furnace ; and determining a fourth weight of the second sample after heating in the furnace , which comprises determining a weight of the upper crucible with the second sample stacked on the lower crucible with the first sample after heating.
An ultraviolet light emitting device comprising: a first conductive semiconductor layer ; an active layer under the first conductive semiconductor layer ; and a second conductive semiconductor layer under the active layer , wherein the second conductive semiconductor layer comprises a plurality of patterns to form a protrusion, wherein the plurality of patterns is spaced from each other in a first direction and a second direction crossing the first direction, characterized in that a distance (B) between the plurality of patterns is larger than a width (A) of the plurality of patterns , and width of the patterns reduces in a direction away from the active layer , wherein the plurality of patterns reflects an ultraviolet light emitted from the active layer , wherein the patterns comprises a plurality of compound semiconductor layers comprising at least two semiconductor materials, and wherein the contents of the at least two semiconductor materials are different from each other. a first conductive semiconductor layer ; an active layer under the first conductive semiconductor layer ; and a second conductive semiconductor layer under the active layer , wherein the second conductive semiconductor layer comprises a plurality of patterns to form a protrusion, wherein the plurality of patterns is spaced from each other in a first direction and a second direction crossing the first direction, characterized in that a distance (B) between the plurality of patterns is larger than a width (A) of the plurality of patterns , and width of the patterns reduces in a direction away from the active layer , wherein the plurality of patterns reflects an ultraviolet light emitted from the active layer , wherein the patterns comprises a plurality of compound semiconductor layers comprising at least two semiconductor materials, and wherein the contents of the at least two semiconductor materials are different from each other.
Apparatus for use in the casting of metal or metal alloy, said apparatus including a heating assembly in which the metal or metal alloy is changed into a liquid state, a mould filling assembly in which the metal or metal alloy is moved into a mould to be cast and a transfer assembly to transfer the said liquid metal or metal alloy between the heating assembly and the mould filling assembly and the transfer assembly includes substantially along its length, one or more overhead electrical resistance heaters configured to maintain the temperature and liquid condition of the said metal or metal alloy as it moves along the transfer assembly whilst ensuring that the said temperature is as low as possible, whilst preventing solidification; a means to introduce dry gas over the surface of said liquid metal or metal alloy counter current to the flow of the liquid metal or metal alloy, to passively degas said liquid metal or metal alloy from hydrogen gas during the passage of the same through the said transfer assembly and a launder with a surface on which bi-film sediment separated from the said liquid metal or metal alloy collects and from which the bi-film sediment is extracted from the transfer assembly and characterised in that the transfer assembly includes dosage means to allow the dosage into the liquid metal or metal alloy of one or more heavy metal elements as it passes along the transfer assembly to promote sedimentation of the said bi-film sediment from the liquid metal and/or metal alloy.
A method comprising: receiving, at a server, a request to generate a software package; in response to receiving the request to generate the software package, the server generating the software package; in response to receiving the request to generate the software package, the server generating a unique URL for the software package, wherein the unique URL comprises a restricted use token string and a URL root string; wherein the restricted use token string comprises one or more dictionary strings randomly selected from a dictionary comprising a plurality of candidate dictionary strings; receiving, at the server, a deployment command from a client computing device, wherein the deployment command comprises the unique URL; in response to receiving the deployment command, sending the software package to the client computing device over a secure channel; deactivating the unique URL on the server; wherein the method is performed using one or more processors. receiving, at a server, a request to generate a software package; in response to receiving the request to generate the software package, the server generating the software package; in response to receiving the request to generate the software package, the server generating a unique URL for the software package, wherein the unique URL comprises a restricted use token string and a URL root string; wherein the restricted use token string comprises one or more dictionary strings randomly selected from a dictionary comprising a plurality of candidate dictionary strings; receiving, at the server, a deployment command from a client computing device, wherein the deployment command comprises the unique URL; in response to receiving the deployment command, sending the software package to the client computing device over a secure channel; deactivating the unique URL on the server; wherein the method is performed using one or more processors.
An autonomous driving method, comprising: obtaining a motion status of an obstacle (S710), wherein the motion status of the obstacle comprises a location of the obstacle and a speed of the obstacle, characterized by determining a location of a towing point and a speed of the towing point based on the motion status of the obstacle wherein the speed of the towing point indicates an expected speed of an ego vehicle at the location of the towing point, the location of the towing point is a continuous function of the motion status of the obstacle, and the speed of the towing point is a continuous function of the motion status of the obstacle (S720); and obtaining expected acceleration of the ego vehicle based on the location of the towing point and the speed of the towing point (S730). obtaining a motion status of an obstacle (S710), wherein the motion status of the obstacle comprises a location of the obstacle and a speed of the obstacle, characterized by determining a location of a towing point and a speed of the towing point based on the motion status of the obstacle wherein the speed of the towing point indicates an expected speed of an ego vehicle at the location of the towing point, the location of the towing point is a continuous function of the motion status of the obstacle, and the speed of the towing point is a continuous function of the motion status of the obstacle (S720); and obtaining expected acceleration of the ego vehicle based on the location of the towing point and the speed of the towing point (S730).