mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for automatically detecting stress singularity in a three-dimensional, 3D, computer-aided design, CAD, model of a product for manufacture for simulating a design of the 3D CAD model to analyze and evaluate real-world performance of the product being designed, the method comprising: sub-dividing the 3D CAD model into a plurality of finite elements creating a mesh; detecting (202 and 204) a potential area of high stress under internal and external loads with respect to the design of the product for manufacture, in which an element having a high stress value in the potential area has surrounding elements with a rapid change of stress gradient; refining the finite element mesh of the 3D CAD model in at least the potential area of high stress; determining that after the refining step the high stress value does not converge; alerting a user that the potential area of high stress is an area having one or more elements of stress singularity; providing the user with a user interface enabling the user to modify the design of the 3D CAD model to eliminate the stress singularity; and using the 3D CAD model modified by the user for manufacturing the product based thereon. sub-dividing the 3D CAD model into a plurality of finite elements creating a mesh; detecting (202 and 204) a potential area of high stress under internal and external loads with respect to the design of the product for manufacture, in which an element having a high stress value in the potential area has surrounding elements with a rapid change of stress gradient; refining the finite element mesh of the 3D CAD model in at least the potential area of high stress; determining that after the refining step the high stress value does not converge; alerting a user that the potential area of high stress is an area having one or more elements of stress singularity; providing the user with a user interface enabling the user to modify the design of the 3D CAD model to eliminate the stress singularity; and using the 3D CAD model modified by the user for manufacturing the product based thereon.
A system for neutralising at least one target, said system comprising at least: - a drone configured to be able to fly close to a target (C) and transmit at least positional information of the target (C); - at least one missile adapted to be guided towards the target (C) in order to neutralise it; and - at least one control station comprising a reception unit adapted to receive said positional information transmitted by the drone and a display unit adapted to display said information to an operator characterised in that it comprises a firing station configured to fire and guide the missile , and in that : - the firing station is located remotely from the control station ; - the control station is configured to transmit to the firing station the positional information; - the firing station is configured to transmit to the missile the positional information, which is received from the control station ; - the missile is configured so that it can be guided towards the target (C) by means of said positional information received. - a drone configured to be able to fly close to a target (C) and transmit at least positional information of the target (C); - at least one missile adapted to be guided towards the target (C) in order to neutralise it; and - at least one control station comprising a reception unit adapted to receive said positional information transmitted by the drone and a display unit adapted to display said information to an operator - the firing station is located remotely from the control station ; - the control station is configured to transmit to the firing station the positional information; - the firing station is configured to transmit to the missile the positional information, which is received from the control station ; - the missile is configured so that it can be guided towards the target (C) by means of said positional information received.
A rotation device for a vehicle seat, the device comprising: a fixed disc , a lower ball assembly , a movable disc an upper ball assembly , and a platen successively arranged from bottom to top, the fixed disc being connected to the platen by using a plurality of fastening structures, a first lower circular track being formed on the fixed disc by means of mould pressing, a first upper circular track and a second lower circular track being formed on the movable disc by means of mould pressing, a second upper circular track being formed on the platen by means of mould pressing, the upper ball assembly comprising a plurality of upper balls configured for rolling contact with the second upper circular track and the second lower circular track and an upper holder configured to hold the upper balls s between the platen and the movable disc , the lower ball assembly comprising a plurality of lower balls configured for rolling contact with the first upper circular track and the first lower circular track and a low holder configured to hold the lower balls between the movable disc and the fixed disc , an upper mousing hook being fixed to the fixed disc a lower mousing hook being formed on a periphery of the movable disc and the upper mousing hook and the lower mousing hook being hooked to each other to avoid disengagement of the movable disc , characterised in that a diameter of a first arcuate envelope line of the first lower circular track that is in contact with each of the lower balls and a diameter of a second arcuate envelope line of the first upper circular track that is in contact with the lower ball are both equal to a diameter of the lower ball , a height of the first arcuate envelope line and a height of the second arcuate envelope line are both 0.8 times the diameter of the lower ball , a diameter of a third arcuate envelope line of the second lower circular track that is in contact with each of the upper balls and a diameter of a fourth arcuate envelope line of the second upper circular track that is in contact with the upper ball are both equal to a diameter of the upper ball and a height of the third arcuate envelope line and a height of the fourth arcuate envelope line line are both 0.8 times the diameter of the upper ball .
A catheter apparatus , comprising: an elongated shaft having a proximal portion and a distal portion wherein the distal portion of the elongated shaft is sized and configured for intravascular delivery into the pulmonary artery of a human patient; an energy delivery element positioned along the distal portion of the shaft ; and a plurality of deflectable members spaced apart about a circumference of the distal portion of the shaft , wherein each of the deflectable members is configured to transform from a low-profile state to a deployed state, thereby bending the distal portion of the elongated shaft and placing the energy delivery element in apposition with a wall of the pulmonary artery, wherein the energy delivery element is spaced apart from the deflectable members along the shaft, and wherein the deflectable members have a distal terminus spaced proximally of the energy delivery element. an elongated shaft having a proximal portion and a distal portion wherein the distal portion of the elongated shaft is sized and configured for intravascular delivery into the pulmonary artery of a human patient; an energy delivery element positioned along the distal portion of the shaft ; and a plurality of deflectable members spaced apart about a circumference of the distal portion of the shaft , wherein each of the deflectable members is configured to transform from a low-profile state to a deployed state, thereby bending the distal portion of the elongated shaft and placing the energy delivery element in apposition with a wall of the pulmonary artery, wherein the energy delivery element is spaced apart from the deflectable members along the shaft, and wherein the deflectable members have a distal terminus spaced proximally of the energy delivery element.
A method for controlling the matching of an antenna to a transmission path , said transmission path comprising an amplifier stage coupled at the input or at the output to the antenna and to a resistive load , the method comprising a checking phase (PC) comprising a measurement of a first current temperature (Tc1) at or in proximity to the antenna and of a second current temperature (Tc2) at or in proximity to the resistive load , a triggering of a matching of the impedance seen at the input or at the output of the amplifier stage in the presence of a first condition involving at least the first and second current temperatures (Tc1, Tc2), and then a stopping of the matching of the impedance in the presence of a second condition involving at least the second current temperature (Tc2).
A trigger mechanism for a electronically triggered torque tool to tighten a screw or a similar fastener, which triggers at a target torque, comprising a) a drive body and a main body , which rotate around a common axis to transfer a torque, b) a locking mechanism , which couples the drive body and the main body to transfer a torque, c) measuring and evaluating means to measure and evaluate the torque transferred, d) a signaling device, which activates the locking mechanism to decouple the drive body from the main body upon reaching a target torque, and e) the locking mechanism having a spring-loaded fever arrangement , whereby the lever arrangement couples the drive body to the main body to transfer a torque and which when released unlocks the main body so it can move freely, characterized in that f) the lever arrangement of the locking mechanism acts on a locking element , which engages a recess in the drive body to lock, and which is withdrawn from the recess by means of the lever arrangement to unlock. a) a drive body and a main body , which rotate around a common axis to transfer a torque, b) a locking mechanism , which couples the drive body and the main body to transfer a torque, c) measuring and evaluating means to measure and evaluate the torque transferred, d) a signaling device, which activates the locking mechanism to decouple the drive body from the main body upon reaching a target torque, and e) the locking mechanism having a spring-loaded fever arrangement , whereby the lever arrangement couples the drive body to the main body to transfer a torque and which when released unlocks the main body so it can move freely,
Method for examining a security document , wherein the security document is an identity document, a visa, a birth certificate, a banknote, a document of value or a credit card, having the following steps: - detecting one or more pieces of first information of the security document by means of an AR system , in particular data goggles; - checking the one or more pieces of first information by comparison with a database , wherein the database is a central computer or a cloud made of a plurality of crosslinked, jointly calculating standalone computers; - storing one or more of the results of the check of the one or more pieces of first information and outputting one or more of the results of the check of the one or more pieces of first information by means of the AR system . - detecting one or more pieces of second information of the document holder , in particular a holder of the identity card, by means of the AR system , wherein, when checking the one or more pieces of first information, the one or more pieces of first information or one or more pieces of information from the database are compared to one or more of the pieces of second information; wherein, when checking the one or more pieces of first information, one or more pieces of additional information from the database is determined as at least one result of the examination; and wherein the one or more pieces of first information comprises information about the optical appearance of optically variable security features of the security document, which can be generated in an optically detectable manner by relief structures, in particular diffractive structures, zeroth order diffraction structures, blazed gratings, macrostructures, in particular lens structures or micro-prism structures, mirrored surfaces, matt structures, in particular anisotropic or isotropic matt structures or combinations of these structures. - detecting one or more pieces of first information of the security document by means of an AR system , in particular data goggles; - checking the one or more pieces of first information by comparison with a database , wherein the database is a central computer or a cloud made of a plurality of crosslinked, jointly calculating standalone computers; - storing one or more of the results of the check of the one or more pieces of first information and outputting one or more of the results of the check of the one or more pieces of first information by means of the AR system . - detecting one or more pieces of second information of the document holder , in particular a holder of the identity card, by means of the AR system , wherein, when checking the one or more pieces of first information, the one or more pieces of first information or one or more pieces of information from the database are compared to one or more of the pieces of second information;
An organic waste digester system, comprising: a hopper unit , the hopper unit including a bin to receive organic waste, an agitation mechanism to mix the organic waste, a heater to heat the organic waste within the bin, and an outlet through which liquefied organic waste is discharged; a drying unit downstream of the hopper unit to receive and dry the liquefied organic waste from the hopper unit, the drying unit comprising: a microwave drying unit, wherein the microwave drying unit comprises a microwave generation chamber and a microwave application chamber , wherein the microwave generation chamber includes a plurality of microwave units , each microwave unit including a waveguide disposed to direct microwave radiation into the microwave application chamber, and a conveyor disposed to travel through the microwave application chamber, the conveyor configured to receive the liquefied organic waste from the hopper unit. a hopper unit , the hopper unit including a bin to receive organic waste, an agitation mechanism to mix the organic waste, a heater to heat the organic waste within the bin, and an outlet through which liquefied organic waste is discharged; a drying unit downstream of the hopper unit to receive and dry the liquefied organic waste from the hopper unit, the drying unit comprising: a microwave drying unit, wherein the microwave drying unit comprises a microwave generation chamber and a microwave application chamber , wherein the microwave generation chamber includes a plurality of microwave units , each microwave unit including a waveguide disposed to direct microwave radiation into the microwave application chamber, and a conveyor disposed to travel through the microwave application chamber, the conveyor configured to receive the liquefied organic waste from the hopper unit. a microwave drying unit, wherein the microwave drying unit comprises a microwave generation chamber and a microwave application chamber , wherein the microwave generation chamber includes a plurality of microwave units , each microwave unit including a waveguide disposed to direct microwave radiation into the microwave application chamber, and a conveyor disposed to travel through the microwave application chamber, the conveyor configured to receive the liquefied organic waste from the hopper unit.
A three-dimensional display apparatus comprising: a pixel part comprising a plurality of pixels arranged substantially in a matrix form, wherein the matrix form comprises a unit matrix of 99 pixels having X=9 columns in a horizontal direction and Y=11 rows in a vertical direction, wherein X and Y are not equal to the number of columns and rows of the matrix form; and wherein each pixel has a horizontal length M and a vertical length N, wherein the ratio M/N=1/3 and a plurality of light controlling parts corresponding to a plurality of lenses inclined with respect to the vertical direction of the pixels on the pixel part at an inclined angle of θ, characterized in that : the inclined angle of θ satisfies the following equation: θ = tan − 1 M ∗ X / N ∗ Y , so that θ= about 15,26 degrees. a pixel part comprising a plurality of pixels arranged substantially in a matrix form, wherein the matrix form comprises a unit matrix of 99 pixels having X=9 columns in a horizontal direction and Y=11 rows in a vertical direction, wherein X and Y are not equal to the number of columns and rows of the matrix form; and wherein each pixel has a horizontal length M and a vertical length N, wherein the ratio M/N=1/3 and a plurality of light controlling parts corresponding to a plurality of lenses inclined with respect to the vertical direction of the pixels on the pixel part at an inclined angle of θ, characterized in that : the inclined angle of θ satisfies the following equation: θ = tan − 1 M ∗ X / N ∗ Y , so that θ= about 15,26 degrees.
A neuropharmaceutical selected from the group consisting of a serotonergic drug, a dopaminergic drug, a noradrenergic drug, a GABAergic drug, and glycinergic drug for use in a method of neurological treatment by inducing locomotor activity in a mammal with a spinal cord injury or a brain injury, said method comprising applying transcutaneous electrical spinal cord stimulation (tSCS) simultaneously paraspinally over C4-C5, T11-T12 and L1-L2 vertebrae at a frequency and intensity that induces said locomotor activity.
A turboprop engine comprising: a propeller shaft rotatable about an engine axis ; a low pressure (LP) turbine shaft rotatable about the engine axis and drivingly coupled to the propeller shaft ; an LP turbine drivingly connected to the LP turbine shaft ; an LP compressor drive shaft rotatable about the engine axis and drivingly coupled to the LP turbine ; and an LP compressor drivingly coupled to the LP compressor drive shaft , characterised in that : the LP turbine is disposed axially between the propeller shaft and the LP compressor ; and the LP compressor drive shaft is removable from the engine through a central passage extending axially through the propeller shaft and the LP turbine shaft . a propeller shaft rotatable about an engine axis ; a low pressure (LP) turbine shaft rotatable about the engine axis and drivingly coupled to the propeller shaft ; an LP turbine drivingly connected to the LP turbine shaft ; an LP compressor drive shaft rotatable about the engine axis and drivingly coupled to the LP turbine ; and an LP compressor drivingly coupled to the LP compressor drive shaft , characterised in that : the LP turbine is disposed axially between the propeller shaft and the LP compressor ; and the LP compressor drive shaft is removable from the engine through a central passage extending axially through the propeller shaft and the LP turbine shaft . the LP turbine is disposed axially between the propeller shaft and the LP compressor ; and the LP compressor drive shaft is removable from the engine through a central passage extending axially through the propeller shaft and the LP turbine shaft .
A system, comprising: a head-up display, HUD, comprising: a positionable combiner optical element, COE, ; and a combiner alignment detector, CAD, configured to conform images displayed on the positionable COE with a view through the positionable COE, and characterized by the CAD comprising: a mirror that moves with the positionable COE; an infrared, IR, emitter configured to emit IR pulses onto the mirror with a duty cycle of less than 1% such that an average time-based radiance of the IR pulses is compatible with a night vision imaging system, NVIS, ; and an IR detector configured to receive the IR pulses reflected off of the mirror. a positionable combiner optical element, COE, ; and a combiner alignment detector, CAD, configured to conform images displayed on the positionable COE with a view through the positionable COE, and characterized by the CAD comprising: a mirror that moves with the positionable COE; an infrared, IR, emitter configured to emit IR pulses onto the mirror with a duty cycle of less than 1% such that an average time-based radiance of the IR pulses is compatible with a night vision imaging system, NVIS, ; and an IR detector configured to receive the IR pulses reflected off of the mirror. a mirror that moves with the positionable COE; an infrared, IR, emitter configured to emit IR pulses onto the mirror with a duty cycle of less than 1% such that an average time-based radiance of the IR pulses is compatible with a night vision imaging system, NVIS, ; and an IR detector configured to receive the IR pulses reflected off of the mirror.
A method comprising: sampling a position and a viewpoint of a three-dimensional map view presented at a browser while traversing the three-dimensional map; sending to a database a query including the sampled position and the sampled viewpoint; and receiving , in response to the sent query, a recommended browsing path including a recommended position and a recommended viewpoint for traversing the three-dimensional map presented at the browser, characterized in that the recommended browsing path represents an aggregation including crowd-sourced information for position and viewpoint; and the recommended browsing path is determined from a query of at least one spatial cluster stored at a database, wherein each spatial cluster represents a group of samples that are the same or similar with respect to position, viewpoint and/or direction of travel. sampling a position and a viewpoint of a three-dimensional map view presented at a browser while traversing the three-dimensional map; sending to a database a query including the sampled position and the sampled viewpoint; and receiving , in response to the sent query, a recommended browsing path including a recommended position and a recommended viewpoint for traversing the three-dimensional map presented at the browser, characterized in that the recommended browsing path represents an aggregation including crowd-sourced information for position and viewpoint; and the recommended browsing path is determined from a query of at least one spatial cluster stored at a database, wherein each spatial cluster represents a group of samples that are the same or similar with respect to position, viewpoint and/or direction of travel.