mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting process simulation system comprising: a display that displays a product; and a controller configured to: model a cut geometry for cutting the product into solid model by using cutting tools and a cutting trajectory; cut in simulation a product corresponding to a facility in a nuclear plant by using a computer-aided design program, wherein the product is cut by using the computer-aided design program and application programming interface functions; and represent a cut geometry with a thickness and depth on the display by performing a remove operation on the product according to the cut geometry, characterized in that : the controller is further configured to : calculate a volume of a geometry of an intersection between the product and the cut geometry by performing an intersect operation on the product and the cut geometry; and estimate the amount of secondary waste generated from the cutting process of the product by multiplying the calculated volume and the density of the product. a display that displays a product; and a controller configured to: model a cut geometry for cutting the product into solid model by using cutting tools and a cutting trajectory; cut in simulation a product corresponding to a facility in a nuclear plant by using a computer-aided design program, wherein the product is cut by using the computer-aided design program and application programming interface functions; and represent a cut geometry with a thickness and depth on the display by performing a remove operation on the product according to the cut geometry, characterized in that : the controller is further configured to : calculate a volume of a geometry of an intersection between the product and the cut geometry by performing an intersect operation on the product and the cut geometry; and estimate the amount of secondary waste generated from the cutting process of the product by multiplying the calculated volume and the density of the product. model a cut geometry for cutting the product into solid model by using cutting tools and a cutting trajectory; cut in simulation a product corresponding to a facility in a nuclear plant by using a computer-aided design program, wherein the product is cut by using the computer-aided design program and application programming interface functions; and represent a cut geometry with a thickness and depth on the display by performing a remove operation on the product according to the cut geometry, characterized in that : the controller is further configured to : calculate a volume of a geometry of an intersection between the product and the cut geometry by performing an intersect operation on the product and the cut geometry; and estimate the amount of secondary waste generated from the cutting process of the product by multiplying the calculated volume and the density of the product. calculate a volume of a geometry of an intersection between the product and the cut geometry by performing an intersect operation on the product and the cut geometry; and estimate the amount of secondary waste generated from the cutting process of the product by multiplying the calculated volume and the density of the product.
An enricher , comprising: an enriching housing enclosing an enriching cavity configured to receive a suction liquid, wherein the enriching housing is provided with a suction connection portion configured to be in communication with a suction mechanism and the enriching cavity , such that a negative pressure is generated in the enriching cavity under an action of the suction mechanism ; wherein the enriching housing includes a bottom wall and a sidewall extending from an edge of the bottom wall in an axial direction, the enriching housing is further provided with a cushion body member ;and a blocking member provided on the cushion body member , wherein when negative pressure is generated in the enriching cavity , a sample is capable of penetrating the blocking member to form the suction liquid entering the enriching cavity , and a retentate is retained on the blocking member ; wherein the cushion body member is configured to prevent the blocking member from recessing or breaking; characterized in that a middle portion of the cushion body member protrudes beyond an outer surface of the bottom wall . an enriching housing enclosing an enriching cavity configured to receive a suction liquid, wherein the enriching housing is provided with a suction connection portion configured to be in communication with a suction mechanism and the enriching cavity , such that a negative pressure is generated in the enriching cavity under an action of the suction mechanism ; wherein the enriching housing includes a bottom wall and a sidewall extending from an edge of the bottom wall in an axial direction, the enriching housing is further provided with a cushion body member ;and a blocking member provided on the cushion body member , wherein when negative pressure is generated in the enriching cavity , a sample is capable of penetrating the blocking member to form the suction liquid entering the enriching cavity , and a retentate is retained on the blocking member ; wherein the cushion body member is configured to prevent the blocking member from recessing or breaking; characterized in that a middle portion of the cushion body member protrudes beyond an outer surface of the bottom wall .
A system comprising a brushless motor coupled with a clutch, the system comprising: two concentric rings comprising an inner ring and an outer ring ; and an equal number of magnets connected to the inner ring and to the outer ring , and an opposite orientation of the poles of each couple of facing magnets; wherein: one magnet is placed on the inner ring , and its facing magnet is placed on the outer ring , wherein a first of said two concentric rings is rotatable around an axis by the application of a force not applied by a second of the two concentric rings, and wherein when said first concentric ring rotates, the second concentric ring rotates as well by the action of magnetic forces, wherein the brushless motor is a brushless DC motor, further comprising a plurality of circumferentially spaced and stationary air-core solenoids constituting a stator of said brushless DC motor, each of said air-core solenoids encircling both an inner edge and an outer edge of the inner ring so that through an interior of each of said air-core solenoids the magnets of the inner ring can pass, which, when energized, generate an electromagnetic field that produces a torque on a magnetic field of the magnet passing through their interior to cause the inner ring to turn around its axis, wherein the inner ring is the rotor of the brushless DC motor. two concentric rings comprising an inner ring and an outer ring ; and an equal number of magnets connected to the inner ring and to the outer ring , and an opposite orientation of the poles of each couple of facing magnets; wherein: one magnet is placed on the inner ring , and its facing magnet is placed on the outer ring , wherein a first of said two concentric rings is rotatable around an axis by the application of a force not applied by a second of the two concentric rings, and wherein when said first concentric ring rotates, the second concentric ring rotates as well by the action of magnetic forces, wherein the brushless motor is a brushless DC motor, further comprising a plurality of circumferentially spaced and stationary air-core solenoids constituting a stator of said brushless DC motor, each of said air-core solenoids encircling both an inner edge and an outer edge of the inner ring so that through an interior of each of said air-core solenoids the magnets of the inner ring can pass, which, when energized, generate an electromagnetic field that produces a torque on a magnetic field of the magnet passing through their interior to cause the inner ring to turn around its axis, wherein the inner ring is the rotor of the brushless DC motor.
Reconstituted soluble tapioca flour, comprising a refined soluble tapioca flour and a soluble tapioca flour fiber fraction; wherein the refined soluble tapioca flour is greater than 90 wt% but less than 100%; and, wherein the soluble tapioca flour fiber fraction is milled.
A method, comprising: dividing source code into trusted and untrusted components ; identifying , by performing a static analysis of the source code without executing the source code, a first dynamic invocation in a first component of the source code, wherein the first component is one of the untrusted components, wherein the first dynamic invocation corresponds to an architectural specification of the source code; extracting , by the static analysis and from the first dynamic invocation, a first signature comprising a series of parameters each having a type; identifying , by the static analysis and using the first signature and first metadata comprising an identifier of a second component of the source code, a first target for the first dynamic invocation, wherein the first target is comprised by the second component of the source code; determining , by the static analysis, that the first target comprises a second signature that matches the first signature by determining that the first target implements the architectural specification; and in response to determining that the first target comprises the second signature that matches the first signature, adding , by the static analysis, to a call graph statically generated from the source code, an edge from the first dynamic invocation to the first target. dividing source code into trusted and untrusted components ; identifying , by performing a static analysis of the source code without executing the source code, a first dynamic invocation in a first component of the source code, wherein the first component is one of the untrusted components, wherein the first dynamic invocation corresponds to an architectural specification of the source code; extracting , by the static analysis and from the first dynamic invocation, a first signature comprising a series of parameters each having a type; identifying , by the static analysis and using the first signature and first metadata comprising an identifier of a second component of the source code, a first target for the first dynamic invocation, wherein the first target is comprised by the second component of the source code; determining , by the static analysis, that the first target comprises a second signature that matches the first signature by determining that the first target implements the architectural specification; and in response to determining that the first target comprises the second signature that matches the first signature, adding , by the static analysis, to a call graph statically generated from the source code, an edge from the first dynamic invocation to the first target.
A method of optimizing the fluid flow parameters of an extravascular system usable to access an extravascular system of a patient, the method comprising: providing a catheter assembly having a catheter tubing and a catheter housing ; providing an internal construct within the catheter housing such that fluid is allowed to flow between the internal construct and the catheter housing ; determining a first fluid flow rate through the catheter housing , wherein determining the first fluid flow rate includes determining the rate at which fluid flows between the internal construct and the catheter housing ; determining a second fluid flow rate through the catheter tubing , wherein determining the second fluid flow rate includes estimating a rate at which fluid would flow through the catheter assembly in the absence of the internal construct ; and disposing the internal construct within the catheter housing in a first configuration such that fluid is metered to flow between the internal construct and the catheter housing at a first fluid flow rate less than the second fluid flow rate, characterized in that when the internal construct is advanced through an internal lumen from the proximal end of a lumen in the catheter assembly toward the distal end of the lumen of the catheter assembly, an external surface of the internal construct interacts with the internal surface of the lumen as the internal surface of the lumen tapers towards a distal portions having a plurality of flow grooves ; and wherein the plurality of flow grooves are disposed between an internal surface of the catheter housing and an external surface of the internal construct . providing a catheter assembly having a catheter tubing and a catheter housing ; providing an internal construct within the catheter housing such that fluid is allowed to flow between the internal construct and the catheter housing ; determining a first fluid flow rate through the catheter housing , wherein determining the first fluid flow rate includes determining the rate at which fluid flows between the internal construct and the catheter housing ; determining a second fluid flow rate through the catheter tubing , wherein determining the second fluid flow rate includes estimating a rate at which fluid would flow through the catheter assembly in the absence of the internal construct ; and disposing the internal construct within the catheter housing in a first configuration such that fluid is metered to flow between the internal construct and the catheter housing at a first fluid flow rate less than the second fluid flow rate, characterized in that when the internal construct is advanced through an internal lumen from the proximal end of a lumen in the catheter assembly toward the distal end of the lumen of the catheter assembly, an external surface of the internal construct interacts with the internal surface of the lumen as the internal surface of the lumen tapers towards a distal portions having a plurality of flow grooves ; and wherein the plurality of flow grooves are disposed between an internal surface of the catheter housing and an external surface of the internal construct .
A process for chemically modifying a polymeric part in order to impart antistatic properties thereto or to improve these properties, comprising the following steps: - a step of reacting a polymeric part comprising at least one polymer comprising, as reactive groups, amine groups and/or hydroxyl groups, with a functional compound, also called first compound, comprising at least one isocyanate group and at least one heterocyclic type polymerisable group, the isocyanate groups covalently reacting with all or part of the amine groups and/or hydroxyl groups of the polymer(s), whereby this results in a polymeric part which is covalently bonded to residues of the functional compound; - from the heterocyclic type polymerisable groups of the residues of the functional compound, a step of polymerising a second compound comprising at least one heterocyclic type polymerisable group in the presence of a metal complex, said reaction step and said polymerisation step being carried out in the presence of at least one supercritical fluid. - a step of reacting a polymeric part comprising at least one polymer comprising, as reactive groups, amine groups and/or hydroxyl groups, with a functional compound, also called first compound, comprising at least one isocyanate group and at least one heterocyclic type polymerisable group, the isocyanate groups covalently reacting with all or part of the amine groups and/or hydroxyl groups of the polymer(s), whereby this results in a polymeric part which is covalently bonded to residues of the functional compound; - from the heterocyclic type polymerisable groups of the residues of the functional compound, a step of polymerising a second compound comprising at least one heterocyclic type polymerisable group in the presence of a metal complex,
Multistrand electrical conductor of AWG calibre between 16 and 30, comprising a single central strand in aluminium or aluminium alloy and a plurality of conducting strands arranged around this central strand , the diameter of all said peripheral conducting strands in contact in pairs being substantially identical, characterized in that the ratio between the diameter of said central strand in aluminium or aluminium alloy and the diameter of said peripheral conducting strands is 3, these peripheral conducting strands being twelve in number.
Method for brake control of a vehicle combination consisting of a tractor vehicle and a towed vehicle , wherein the tractor vehicle has a pneumatic/hydraulic tractor vehicle brake system and the towed vehicle has a pneumatic/hydraulic trailer brake system , with an electrically controllable trailer control valve which is assigned at least one trailer control valve characteristic curve (p_normal) which is stored in an electronic control device for controlling a trailer brake pressure (p_trailer) of the trailer brake system for normal operation of the vehicle combination , wherein, in the case of detection or prediction of special operation of the vehicle combination which deviates from normal operation or is evaluated as potentially impermissible, the trailer control valve characteristic curve (p_normal) which is stored for normal operation of the vehicle combination varies with consideration of parameters relevant to this situation or is replaced by a trailer control valve characteristic curve for special operation (p_special), wherein, in the case of the vehicle combination , the drive train of which has a hydrostatic continuously variable automatic transmission, a transmission output torque (M_trans) of the automatic transmission is continuously determined, wherein special operation, deviating from normal operation, of the vehicle combination is detected when the vehicle combination is braked in a travelling state with an unactuated tractor vehicle brake system on the basis of a change in the transmission ratio of the automatic transmission, as a result of which the towed vehicle pushes against the tractor vehicle , and wherein, for the case of this detected special operation, the trailer control valve characteristic curve for normal operation (p_normal) is replaced by a trailer control valve characteristic curve for this special operation (p_special), in which the trailer brake pressure (p_trailer) is varied as a function of the determined transmission output torque (M_trans) of the automatic transmission, characterized in that the trailer brake pressure (p_trailer) is controlled in a manner which is dependent on the transmission output torque (M_trans) of the automatic transmission if the determined transmission output torque (M_trans) has exceeded a predefined torque limit value (M_lim) in the direction of increasing vehicle retardation.
A method for evaluating an assay performed with a sample, said method comprising the following steps: a) making optical measurements at a sensing surface , including the generation of at least one image, called "homogeneity-image", of the sensing surface ; b) determining an indicator of the image homogeneity within at least one region of interest (ROI) of the homogeneity-image, wherein the image homogeneity refers to a spread of image values within the region of interest (ROI); c) evaluating the optical measurements in dependence on said homogeneity-indicator, wherein if the homogeneity-indicator of at least one region of interest (ROI) deviates from a given target range, the optical measurements are: - completely rejected, - rejected with respect to the respective region of interest (ROI), or - rejected with respect to a sub-area of the respective region of interest (ROI), wherein the evaluation of the optical measurements is based on a comparison of homogeneity-indicators of a same region of interest (ROI) of homogeneity-images generated during different phases of the assay, wherein the different phases comprise phases before and after wetting of the sensing surface by the sample, storing a shape and location of an inhomogeneity, and indicating that servicing, cleaning or replacing is in order, if the same inhomogeneity after wetting is observed during successive measurements. a) making optical measurements at a sensing surface , including the generation of at least one image, called "homogeneity-image", of the sensing surface ; b) determining an indicator of the image homogeneity within at least one region of interest (ROI) of the homogeneity-image, wherein the image homogeneity refers to a spread of image values within the region of interest (ROI); c) evaluating the optical measurements in dependence on said homogeneity-indicator, wherein if the homogeneity-indicator of at least one region of interest (ROI) deviates from a given target range, the optical measurements are: - completely rejected, - rejected with respect to the respective region of interest (ROI), or - rejected with respect to a sub-area of the respective region of interest (ROI), - completely rejected, - rejected with respect to the respective region of interest (ROI), or - rejected with respect to a sub-area of the respective region of interest (ROI),
Use of a hose with - a support layer containing a polyurethane and - a reinforcing layer surrounding the support layer , - wherein the support layer is welded internally to a polyamide-containing diffusion barrier layer , - wherein the support layer has a Shore A hardness of 70 to 80 and a layer thickness S T of 1 to 3 mm, for transporting a fluid in the form of a coolant (F) in plant and equipment construction. - a support layer containing a polyurethane and - a reinforcing layer surrounding the support layer , - wherein the support layer is welded internally to a polyamide-containing diffusion barrier layer , - wherein the support layer has a Shore A hardness of 70 to 80 and a layer thickness S T of 1 to 3 mm,
Method for configuring a system comprising at least one device , said method comprising: - an authorization for a user to access (E1) said system, called visited system; - an obtaining (E6), for said user, of information data representative of a nominal configuration in a reference system , said nominal configuration comprising information relating to a service configured in said reference system and at least one configuration rule of a device contributing to the provision of said service in said reference system; - a configuration (E8), in the visited system as a function of the nominal configuration obtained, of the service configured in said reference system and of at least one device of the visited system contributing to the provision of the service in the visited system. - an authorization for a user to access (E1) said system, called visited system; - an obtaining (E6), for said user, of information data representative of a nominal configuration in a reference system , said nominal configuration comprising information relating to a service configured in said reference system and at least one configuration rule of a device contributing to the provision of said service in said reference system; - a configuration (E8), in the visited system as a function of the nominal configuration obtained, of the service configured in said reference system and of at least one device of the visited system contributing to the provision of the service in the visited system.