mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of generating a 3D model for dental simulation, comprising: reading a STL file describing the surface of a 3D object as a mesh of triangles having a volume, whereby said 3D object represents a tooth; generating a voxel grid encompassing the 3D object, wherein the voxel grid contains a plurality of voxels; identifying a subset of voxels of the plurality of voxels which are located within the volume of the 3D object, wherein identifying the subset comprises raster scanning each grid line of the voxel grid to identify points on the grid lines which intersect with the surface triangles of the 3D object and identifying said subset of voxels using the facet normals of the surface triangles. generating a triangulated surface mesh using said intersection points, wherein the triangulated surface mesh surrounds the subset of voxels and defines the outer surface of the 3D model; assigning a density value to each voxel in the subset of voxels, wherein the subset of voxels defines the solid volume of the 3D model, wherein different voxels in the subset of voxels have different density values;loading the 3D model into a dental simulation machine. reading a STL file describing the surface of a 3D object as a mesh of triangles having a volume, whereby said 3D object represents a tooth; generating a voxel grid encompassing the 3D object, wherein the voxel grid contains a plurality of voxels; identifying a subset of voxels of the plurality of voxels which are located within the volume of the 3D object, wherein identifying the subset comprises raster scanning each grid line of the voxel grid to identify points on the grid lines which intersect with the surface triangles of the 3D object and identifying said subset of voxels using the facet normals of the surface triangles. generating a triangulated surface mesh using said intersection points, wherein the triangulated surface mesh surrounds the subset of voxels and defines the outer surface of the 3D model; assigning a density value to each voxel in the subset of voxels, wherein the subset of voxels defines the solid volume of the 3D model, wherein different voxels in the subset of voxels have different density values;loading the 3D model into a dental simulation machine.
An aerosol delivery device comprising: a reservoir including a liquid aerosol precursor composition; an electrical heater in fluid communication with the reservoir and configured to vaporize the liquid aerosol precursor composition and subsequently form an aerosol optionally including one or more target compounds; and a filter comprising a cellulose-containing material and ion-exchanged fibers, the filter being operatively arranged relative to the heater such that at least a portion of the formed aerosol passes therethrough, the filter being configured to bind selectively one or more of the target compounds; wherein the one or more target compounds comprise nitroso-containing compounds; and wherein the ion-exchanged fibers include electrophilic functional groups. a reservoir including a liquid aerosol precursor composition; an electrical heater in fluid communication with the reservoir and configured to vaporize the liquid aerosol precursor composition and subsequently form an aerosol optionally including one or more target compounds; and a filter comprising a cellulose-containing material and ion-exchanged fibers, the filter being operatively arranged relative to the heater such that at least a portion of the formed aerosol passes therethrough, the filter being configured to bind selectively one or more of the target compounds; wherein the one or more target compounds comprise nitroso-containing compounds; and wherein the ion-exchanged fibers include electrophilic functional groups.
Method for parameterizing in an aircraft a calculated mass taken into consideration by an avionic system of the aircraft, the calculated mass being relative to a load to be transported, supported by a mounting system of the aircraft, said avionic system having a display unit, the method including: - detecting (STPV1) that a current state of the aircraft is a state of flight with the load to be transported attached to the mounting system, - on condition that said current state is the state of flight with the load to be transported attached to the mounting system, displaying (STPV2) a proposed mass on said display unit, - following the display (STPV2) on said display unit of a proposed mass, validating (STPV4) the proposed mass by means of a validation interface, the proposed mass being assigned to the calculated mass, the method being characterised by the following additional step: - in the absence of any validation (STPV4) of the proposed mass further to a predetermined condition, assigning (STPV5) a predetermined mass greater than zero to the calculated mass. the method including: - detecting (STPV1) that a current state of the aircraft is a state of flight with the load to be transported attached to the mounting system, - on condition that said current state is the state of flight with the load to be transported attached to the mounting system, displaying (STPV2) a proposed mass on said display unit, - following the display (STPV2) on said display unit of a proposed mass, validating (STPV4) the proposed mass by means of a validation interface, the proposed mass being assigned to the calculated mass, - detecting (STPV1) that a current state of the aircraft is a state of flight with the load to be transported attached to the mounting system, - on condition that said current state is the state of flight with the load to be transported attached to the mounting system, displaying (STPV2) a proposed mass on said display unit, - following the display (STPV2) on said display unit of a proposed mass, validating (STPV4) the proposed mass by means of a validation interface, the proposed mass being assigned to the calculated mass, the method being characterised by the following additional step: - in the absence of any validation (STPV4) of the proposed mass further to a predetermined condition, assigning (STPV5) a predetermined mass greater than zero to the calculated mass. - in the absence of any validation (STPV4) of the proposed mass further to a predetermined condition, assigning (STPV5) a predetermined mass greater than zero to the calculated mass.
A method performed at least in part by a computer, comprising: recording pulse data corresponding to an ultrasonic pulse emitted by a transducer; recording echo data resulting from the ultrasonic pulse emitted incident to a laminar structure; defining a matrix "Φ" including time-shifting the pulse data by predetermined, incremental amounts (304, 306) deriving an echo vector "Y" from the echo data; determining a solution vector "X" within a predetermined tolerance in accordance with an expression: Y = Φ*X; presenting the solution vector X as a B-scan display; and identifying one or more anomalies in a multi-layer structure by way of the solution vector X or the B-scan display. recording pulse data corresponding to an ultrasonic pulse emitted by a transducer; recording echo data resulting from the ultrasonic pulse emitted incident to a laminar structure; defining a matrix "Φ" including time-shifting the pulse data by predetermined, incremental amounts (304, 306) deriving an echo vector "Y" from the echo data; determining a solution vector "X" within a predetermined tolerance in accordance with an expression: Y = Φ*X; presenting the solution vector X as a B-scan display; and identifying one or more anomalies in a multi-layer structure by way of the solution vector X or the B-scan display.
A process for preparing a food protein ingredient comprising the following steps in sequence: a. providing a quantity of a protein-containing material, wherein the protein containing material contains keratin; b. contacting the protein-containing material with a reducing agent, and optionally with a chaotropic agent and/or a detergent, and mixtures thereof; c. heating the contacted protein-containing material to create a proteinaceous mixture; d. mixing a quantity of a proteolytic enzyme in an aqueous solution to produce a proteolytic enzyme solution and contacting the proteinaceous mixture with the proteolytic enzyme solution to produce a protein and enzyme mixture, wherein the proteinaceous mixture is contacted and mixed with more than one proteolytic enzyme comprising keratinase and papain; e. processing the protein and enzyme mixture through a size-reduction process to produce a size-reduced protein and enzyme mixture; and f. incubating the size-reduced protein and enzyme mixture for a time sufficient to produce the food protein ingredient. a. providing a quantity of a protein-containing material, wherein the protein containing material contains keratin; b. contacting the protein-containing material with a reducing agent, and optionally with a chaotropic agent and/or a detergent, and mixtures thereof; c. heating the contacted protein-containing material to create a proteinaceous mixture; d. mixing a quantity of a proteolytic enzyme in an aqueous solution to produce a proteolytic enzyme solution and contacting the proteinaceous mixture with the proteolytic enzyme solution to produce a protein and enzyme mixture, wherein the proteinaceous mixture is contacted and mixed with more than one proteolytic enzyme comprising keratinase and papain; e. processing the protein and enzyme mixture through a size-reduction process to produce a size-reduced protein and enzyme mixture; and f. incubating the size-reduced protein and enzyme mixture for a time sufficient to produce the food protein ingredient.
A refillable cosmetic container comprising: a refill container configured to store a content; and a container body selectively coupled with the refill container, wherein in the refill container, a fixing groove is formed, wherein in the container body, an elastic part is formed, which is provided to be elastically deformable by an external force applied by the refill container, and which is configured to be fixed in the fixing groove via the relative rotation between the refill container and the container body, wherein on the outer side of the refill container, at least one rotation protrusion is formed, and wherein in the inner side of the container body, a guide groove is formed, which is configured to guide the movement of the rotation protrusion. a refill container configured to store a content; and a container body selectively coupled with the refill container, wherein in the refill container, a fixing groove is formed, wherein in the container body, an elastic part is formed, which is provided to be elastically deformable by an external force applied by the refill container, and which is configured to be fixed in the fixing groove via the relative rotation between the refill container and the container body, wherein on the outer side of the refill container, at least one rotation protrusion is formed, and wherein in the inner side of the container body, a guide groove is formed, which is configured to guide the movement of the rotation protrusion.
User equipment having components, including a housing, a battery, and a resistor arranged in proximity to the battery, wherein the user equipment comprises an accelerated ambient temperature measurement module configured to determine the ambient temperature of the environment surrounding the user equipment based on the temperature of the battery at a first time, the temperature of the battery at a second time and a time constant.
A process for the production of a polymeric material having a repeat unit of formula -O-Ph-O-Ph-CO-Ph- I and a repeat unit of formula -O-Ph-Ph-O-Ph-CO-Ph- II wherein Ph represents a phenylene moiety, said process comprising polycondensing a mixture of at least one dihydroxybenzene compound and at least one dihydroxybiphenyl compound in the molar proportions 65:35 to 95:5 with at least one dihalobenzophenone in the presence of sodium carbonate and potassium carbonate wherein: (i) the following relationship (referred to as the "D50/mole% relationship") applies The D 50 of said sodium carbonate in μm mole % of potassium carbonate = < 46, wherein D50 is determined by Malvern Laser Diffractometer as detailed in the description. (i) the following relationship (referred to as the "D50/mole% relationship") applies The D 50 of said sodium carbonate in μm mole % of potassium carbonate = < 46, wherein D50 is determined by Malvern Laser Diffractometer as detailed in the description.
A burning equipment, comprising: a burning chamber having a top plate section and a bottom plate section; a first burn-promoting plate being extended downward from an inner face of the top plate section until the lower end reaches a prescribed height from an inner face of the bottom plate section, the first burn-promoting plate dividing the burning chamber into a primary burning chamber and a secondary burning chamber, the first burn-promoting plate having a plurality of through-holes; a burnable material inlet and an air inlet being provided to the primary chamber; and an air outlet being provided to the secondary burning chamber, wherein the air outlet is provided to a part of the top plate section in the secondary burning chamber, the burning equipment being characterized in that, at least one second burn-promoting plate is extended downward from the inner face of the top plate section, in the secondary burning chamber, until the lower end reaches a prescribed height from the inner face of the bottom plate section, the second burn-promoting plate crosses and divides an opening of the air outlet, the second burn-promoting plate has a plurality of through-holes as well as the first burn-promoting plate. a burning chamber having a top plate section and a bottom plate section; a first burn-promoting plate being extended downward from an inner face of the top plate section until the lower end reaches a prescribed height from an inner face of the bottom plate section, the first burn-promoting plate dividing the burning chamber into a primary burning chamber and a secondary burning chamber, the first burn-promoting plate having a plurality of through-holes; a burnable material inlet and an air inlet being provided to the primary chamber; and an air outlet being provided to the secondary burning chamber, wherein the air outlet is provided to a part of the top plate section in the secondary burning chamber, the burning equipment being characterized in that, at least one second burn-promoting plate is extended downward from the inner face of the top plate section, in the secondary burning chamber, until the lower end reaches a prescribed height from the inner face of the bottom plate section, the second burn-promoting plate crosses and divides an opening of the air outlet, the second burn-promoting plate has a plurality of through-holes as well as the first burn-promoting plate.
A microchip (la, 1b, 1c, 1d, 1e) configured to contain a sample solution for analysis, the microchip comprising: a channel (31, 32, 33, 34, 35) that is sealed so that is maintained at a pressure level less than atmospheric pressure so as to allow flow of the sample solution thru the channel; and a pressure indication section configured to detect a change in the pressure level. a channel (31, 32, 33, 34, 35) that is sealed so that is maintained at a pressure level less than atmospheric pressure so as to allow flow of the sample solution thru the channel; and a pressure indication section configured to detect a change in the pressure level.
A self-locking plug assembly comprising: a body circumscribing a longitudinal centerline, a ratchet ring circumscribing the body, the body including a shank and at least a top portion of the shank being threaded, characterized by the ratchet ring including flexible fingers extending or spiralling away from a periphery of the ratchet ring towards and engaging polygonal sides of the body or of a multi-faceted or polygonal sided ring attached to the body. a body circumscribing a longitudinal centerline, a ratchet ring circumscribing the body, the body including a shank and at least a top portion of the shank being threaded, characterized by the ratchet ring including flexible fingers extending or spiralling away from a periphery of the ratchet ring towards and engaging polygonal sides of the body or of a multi-faceted or polygonal sided ring attached to the body.
A delivery mechanism for a vending machine, comprising: an x-y mechanism; and a product retrieval assembly movable by the x-y mechanism in an x-direction and in a y-direction that is perpendicular to the x-direction, wherein the product retrieval assembly comprises: a cup for receiving a product; a drive mechanism comprising a motor and a gear train configured to drive an advancing assembly on which the product is positioned to advance the product into the cup, wherein the drive mechanism further comprises a movable arm configured to move from a stowed position to an extended position to engage a gear of the gear train arranged on the movable arm with a coupling of the advancing assembly, wherein the movable arm is rotatable about an axis from the stowed position to the extended position. a cup for receiving a product; a drive mechanism comprising a motor and a gear train configured to drive an advancing assembly on which the product is positioned to advance the product into the cup, wherein the drive mechanism further comprises a movable arm configured to move from a stowed position to an extended position to engage a gear of the gear train arranged on the movable arm with a coupling of the advancing assembly, wherein the movable arm is rotatable about an axis from the stowed position to the extended position.
A sandwich sheet or panel made of thermoplastic material comprising two flat outer films, thermowelded to a central film characterized in that said central film consists of a thermoformed blister film, repeated in a regular and continuous pattern, said flat outer films consisting of a coextruded two-layered film wherein the inner layer, facing the central thermoformed film, is a shielding layer and the central thermoformed blister film consists of a coextruded three-layered film, wherein the two outer layers, facing the flat outer films, are shielding layers, a shielding layer being a not transparent layer, opaque to filtering light.
A solution or bulk polymerization process for preparing a high-cis polydiene having a cis-1,4-linkage content of 90% or greater comprising: providing at least one conjugated diene monomer containing less than 20 carbon atoms; providing at least one vinyl aromatic compound in a total amount of 0.01 to 2 mole % per mole of total conjugated diene monomer; providing a catalyst system comprising (a) a nickel compound, (b) an organoaluminum, organomagnesium, or organozinc compound, and (c) a fluorine-containing compound; mixing the at least one conjugated diene monomer with the at least one vinyl aromatic compound and the catalyst system to form a polymerization mixture wherein the resulting high-cis polydiene has a Mooney viscosity (ML 1+4, determined at 100°C using an Alpha Technologies Mooney viscometer with a large rotor, a one minute warm-up time and a four-minute running time) between 30 and 55 and contains no more than 1 mole % of vinyl aromatic compound per mole of monomer contained within the high-cis polydiene. providing at least one conjugated diene monomer containing less than 20 carbon atoms; providing at least one vinyl aromatic compound in a total amount of 0.01 to 2 mole % per mole of total conjugated diene monomer; providing a catalyst system comprising (a) a nickel compound, (b) an organoaluminum, organomagnesium, or organozinc compound, and (c) a fluorine-containing compound; mixing the at least one conjugated diene monomer with the at least one vinyl aromatic compound and the catalyst system to form a polymerization mixture wherein the resulting high-cis polydiene has a Mooney viscosity (ML 1+4, determined at 100°C using an Alpha Technologies Mooney viscometer with a large rotor, a one minute warm-up time and a four-minute running time) between 30 and 55 and contains no more than 1 mole % of vinyl aromatic compound per mole of monomer contained within the high-cis polydiene.
A kit comprising a hollow hose of elastic material and sealing means made of a plastically deformable material for mechanical sealing of said hollow hose of elastic material by means of an appliance having at least two jaws, at least one of which is movable towards and away from the other and which, when moving towards each other, crimp the sealing means against the hose for contamination-tight sealing of the same, wherein the sealing means comprises at least one sealing member (4, 4'; 44, 44'; 64, 64'; 74, 74'; 84), which has two opposite ends and an opening (40, 40') that extends between said ends to allow the at least one sealing member to be slipped onto the hose to be sealed, characterized in that the sealing means is configured such that a portion (54, 54'; 55, 55'; 94, 95) of said sealing means overlap a corresponding portion (54, 54'; 55, 55'; 94, 95) of said sealing means when said sealing means is arranged around the hose to be sealed.
A foamable composition comprising a foam pre-cursor and man-made vitreous fibres produced with a cascade spinner or a spinning cup, wherein at least 50% by weight of the man-made vitreous fibres have a length of less than 100 micrometres.
Assembly for connecting a windscreen wiper drive arm to a vehicle drive shaft, the connection assembly comprising at least one fixing device configured to rotatably connect the drive arm to the drive shaft and at least one cover mounted pivotably on the fixing device by means of a pivoting connection, the cover being configured to adopt a closed position in which it prohibits access to a fixing zone between the fixing device and the drive shaft or an open position in which it permits access to the fixing zone between the fixing device and the drive shaft, this pivoting connection comprising at least one bore and at least one trunnion received in the bore, the connection assembly comprising at least one device for locking the open position of the cover, this locking device being arranged on the inner perimeter of the bore and on the outer perimeter of the trunnion, characterized in that the trunnion comprises at least two deformable prongs connected to each other by a bridge of material, the trunnion being C-shaped as seen from the bore receiving the trunnion.
Apparatus for providing hot water, wherein the apparatus comprises: • a water storage container; • a heating element for heating water positioned within the water storage container; and • a tap, characterized in that the tap is positioned above the water storage container, wherein the tap is fluidically connected to the water storage container via a pipeline, wherein the pipeline comprises a pump, wherein the pipeline is at least partly formed as a riser within or through the water storage container. • a water storage container; • a heating element for heating water positioned within the water storage container; and • a tap, characterized in that the tap is positioned above the water storage container, wherein the tap is fluidically connected to the water storage container via a pipeline, wherein the pipeline comprises a pump,