mhurhangee/patent-ind-claim-en huggingface dataset:
3D printing apparatus of the bottom-up photo-curing type, comprising a LED matrix LCD light source , above which a tank is arranged, containing a photo-curing liquid material, inside which an extraction plate is immersed, provided with means of movement with alternating rectilinear motion along a direction perpendicular to the bottom of said tank , from a position at a distance from the bottom of said tank equal to the thickness of a layer obtainable by photo-curing of said photo-curing liquid material, the bottom of said tank being made up of an elastic membrane transparent to the radiation of said light source , said tank being positioned in correspondence with an opening of a support plate , said apparatus comprising means for the relative movement of said light source with respect to said elastic membrane, from a position in which the display of said light source is in contact with said elastic membrane, to a position in which the display of said light source is separated from said elastic membrane, characterised in that the distance (dL) between the LEDs of said LED matrix is dL = √ ETOT / π δ LED wherein ETOT is the nominal energy of the LEDs being used and δLED is the set density of energy and the distance dLCD between said LED matrix and said display is defined according to the emission diagram of said LEDs, namely is such that, in correspondence of the display , given the emission angle α of each LED, is dLCD = dL ⋅ cotg α / 2 to be apt to avoid the use of diaphragms and collimators, and the thickness (D) of said membrane is chosen according to the distance (dLCD) between said LED matrix and said display and is determined as a function of an acceptable error, expressed as a function of the size p of the single pixel of said display and equal to p/2, and is determined by the equation D = p / 2 ⋅ cotg α / 2 to introduce a diffusion system, equal to the acceptable error, apt to help compensate the aliasing phenomenon.
A method comprising: - providing a leadframe comprising at least one die pad and at least one respective set of electrically conductive leads, - mounting at least one semiconductor die onto said at least one die pad, - electrically coupling the at least one semiconductor die to electrically conductive leads in the respective at least one set of electrically conductive leads, - molding package molding material onto the at least one semiconductor die and the leadframe, the package molding material exposing at least a portion of the electrically conductive leads at a rear surface of the package molding material to provide electrically conductive pads that comprise body portions embedded in the package molding material , and - providing, by galvanic plating, enlarged end portions of the electrically conductive pads , the enlarged end portions protruding from the package molding material and extending at least partially over the package molding material sidewise of said body portions for a length ( D p ) of 10 μm to 100 pm, the enlarged end portions configured for coupling to a printed circuit board . - providing a leadframe comprising at least one die pad and at least one respective set of electrically conductive leads, - mounting at least one semiconductor die onto said at least one die pad, - electrically coupling the at least one semiconductor die to electrically conductive leads in the respective at least one set of electrically conductive leads, - molding package molding material onto the at least one semiconductor die and the leadframe, the package molding material exposing at least a portion of the electrically conductive leads at a rear surface of the package molding material to provide electrically conductive pads that comprise body portions embedded in the package molding material , and - providing, by galvanic plating, enlarged end portions of the electrically conductive pads , the enlarged end portions protruding from the package molding material and extending at least partially over the package molding material sidewise of said body portions for a length ( D p ) of 10 μm to 100 pm, the enlarged end portions configured for coupling to a printed circuit board .
A computer-implemented method for exchanging transaction data, the computer-implemented method comprising, by a first computing device : transmitting, to a second computing device , a first public encryption key via a near field communication (NFC) communication connection, the first public encryption key of the first computing device; receiving, from the second computing device, transaction data associated with a transaction at the first computing device via the NFC communication connection, the transaction data associated with the transaction comprising: a second public encryption key of the second computing device; and a transaction identifier of the transaction, generating a transaction message associated with the transaction including the transaction data associated with the transaction and the first public encryption key; encrypting at least a portion of the transaction message associated with the transaction with the second public encryption key; determining that a network communication connection to a transaction service provider system different from the NFC communication connection can be established; and transmitting the transaction message via the network communication connection based on determining the network communication connection to the transaction service provider system can be established. transmitting, to a second computing device , a first public encryption key via a near field communication (NFC) communication connection, the first public encryption key of the first computing device; receiving, from the second computing device, transaction data associated with a transaction at the first computing device via the NFC communication connection, the transaction data associated with the transaction comprising: a second public encryption key of the second computing device; and a transaction identifier of the transaction, a second public encryption key of the second computing device; and a transaction identifier of the transaction, generating a transaction message associated with the transaction including the transaction data associated with the transaction and the first public encryption key; encrypting at least a portion of the transaction message associated with the transaction with the second public encryption key; determining that a network communication connection to a transaction service provider system different from the NFC communication connection can be established; and transmitting the transaction message via the network communication connection based on determining the network communication connection to the transaction service provider system can be established.
A method for producing a battery electrode having a configuration in which a compound material layer containing an active material and a binder is retained on a current collector , wherein the compound material layer is formed by applying a compound material paste containing the active material to the current collector followed by drying, and formation of the compound material layer is carried out by a method including the following steps: a step of forming a binder solution layer by applying a binder solution containing the binder to the current collector ; a step of depositing the binder solution layer and a compound material paste layer on the current collector by applying the compound material paste over the binder solution layer ; and a step of obtaining the electrode in which the compound material layer is formed on the current collector by drying both the deposited binder solution layer and the compound material paste layer , and wherein the binder solution layer has a region where the binder solution is not coated and a surface of the current collector is exposed, and the drying is carried out in a state in which a portion of the compound material paste layer is deposited on the current collector in the region where the binder solution is not coated, characterized in that the binder solution is composed such that it is able to maintain a state in which it is separated from the compound material paste over at least a fixed period of time, so that mixing of the binder solution layer and the compound material paste layer is inhibited at least during the time from application of the compound material paste to the binder solution layer to the time it is dried. a step of forming a binder solution layer by applying a binder solution containing the binder to the current collector ; a step of depositing the binder solution layer and a compound material paste layer on the current collector by applying the compound material paste over the binder solution layer ; and a step of obtaining the electrode in which the compound material layer is formed on the current collector by drying both the deposited binder solution layer and the compound material paste layer , and wherein the binder solution layer has a region where the binder solution is not coated and a surface of the current collector is exposed, and the drying is carried out in a state in which a portion of the compound material paste layer is deposited on the current collector in the region where the binder solution is not coated, characterized in that the binder solution is composed such that it is able to maintain a state in which it is separated from the compound material paste over at least a fixed period of time, so that mixing of the binder solution layer and the compound material paste layer is inhibited at least during the time from application of the compound material paste to the binder solution layer to the time it is dried.
A fan or propeller vane for an aircraft turbomachine, the vane being made from composite material and comprising a blade and a root , the root being formed by a longitudinal end of a spar which is formed by a fibrous reinforcement formed of three-dimensionally woven threads and a portion of which extends inside the blade , said blade having an aerodynamic profile defined by a skin formed by woven threads and surrounding said portion of the spar, the spar and the skin being embedded in a polymerized resin, characterised in that said portion of the spar comprises protruding longitudinal stiffeners which delimit between them spaces for housing longitudinal inserts formed from a cellular material.
Arrangement comprising a turbine , a filter and at least one filter cleaning unit in a vacuum cleaning device , wherein the turbine , the filter and the filter cleaning unit are arranged in a vacuum cleaner head of the vacuum cleaning device , characterized in that the turbine , the filter and the filter cleaning unit in the vacuum cleaner head form a triangle, wherein the turbine and/or the filter are/is tilted relative to a horizontal axis of the vacuum cleaner head of the vacuum cleaning device .
Process for vulcanization of a single-layered or multi-layered article containing at least one layer based on at least one rubber, wherein the plastic flow phase of the rubber of the single-layered or multi-layered article is carried out under pressure in a first process step using a rotary vulcanization unit and the crosslinking phase of the rubber of the single-layered or multi-layered article is carried out pressurelessly in a second process step, wherein during the pressureless crosslinking phase at least two radiation sources are employed which respectively irradiate the upper surface and the lower surface of the single-layered or multi-layered article, characterized in that the radiation sources of the second process step are in the form of flat dark emitters.
Storage tank for liquid hydrogen (H2), comprising an apparatus for indicating that a predefined fill level of the liquid hydrogen (H2) has been reached, the apparatus having a cell which is filled with a gas (G) that liquefies when the cell is dipped into the liquid hydrogen (H2), the apparatus having a pressure indicator device which indicates a pressure drop in the cell if the gas (G) liquefies and therefore indicates that the predefined fill level has been reached, characterized by an outer tank and an inner tank arranged inside the outer tank , the cell being arranged inside the inner tank , and the apparatus having a heating element which continuously introduces heat (W) into the gas (G).
Container for collecting a body fluid, comprising a container housing with a body fluid inlet though which body fluid can enter an inlet section of the container housing , a body fluid collection section , a vacuum connector for connecting a vacuum source to the container housing for applying a low pressure to the inlet section and the body fluid collection section , and a filter assembly being arranged between the inlet section and the body fluid collection section , wherein the filter assembly has a raw side and a clean side, wherein the raw side faces the inlet section and the clean side faces the body fluid collection section , characterized in that the filter assembly comprises a filter holder and a mesh filter arranged in the filter holder and in that the container housing comprises a hydrophobic filter that is arranged between the body fluid collection section and the vacuum connector in flow direction of air drawn by a vacuum source from the body fluid collection section during intended use of the container, and wherein the hydrophobic filter comprises a pleated filter material.
A power transmission device, comprising: an input rotating part ; an output rotating part disposed coaxially with the input rotating part ; a plurality of rollers ; a first member having a plurality of first pockets into which the plurality of rollers is inserted; a pair of second members provided on both sides of the first member in an axial direction and each having a rolling element engaging groove engaging with the plurality of rollers ; and a pair of third members provided between the first member and the pair of second members in the axial direction and having a plurality of second pockets into which the plurality of rollers is inserted, wherein a rotation input to the input rotating part is transmitted to the output rotating part at a predetermined gear ratio, any of the first member , the pair of second members , or the pair of third members is provided in the input rotating part , and another of the first member , the pair of second members , or the pair of third members is provided in the output rotating part , characterized in that the plurality of first pockets is disposed along a circle having a curvature center eccentric from a rotation center of the input rotating part and the output rotating part , and the rolling element engaging groove is disposed along a corrugated curve alternately intersecting a pitch circle having a curvature center on the rotation center (X). an input rotating part ; an output rotating part disposed coaxially with the input rotating part ; a plurality of rollers ; a first member having a plurality of first pockets into which the plurality of rollers is inserted; a pair of second members provided on both sides of the first member in an axial direction and each having a rolling element engaging groove engaging with the plurality of rollers ; and a pair of third members provided between the first member and the pair of second members in the axial direction and having a plurality of second pockets into which the plurality of rollers is inserted, wherein a rotation input to the input rotating part is transmitted to the output rotating part at a predetermined gear ratio, any of the first member , the pair of second members , or the pair of third members is provided in the input rotating part , and another of the first member , the pair of second members , or the pair of third members is provided in the output rotating part , characterized in that the plurality of first pockets is disposed along a circle having a curvature center eccentric from a rotation center of the input rotating part and the output rotating part , and the rolling element engaging groove is disposed along a corrugated curve alternately intersecting a pitch circle having a curvature center on the rotation center (X).
A computer-implemented method executed by one or more processors at a network edge device of a call center network, the method comprising: sending, by the one or more processors, a forked media stream of an electronic communication being a call between a customer and an agent to an analysis system, where the analysis system is a fraud detection system , for an initial duration, the electronic communication comprising an agent media stream associated with speech from the agent and a customer media stream associated with speech from the customer wherein the forked media stream is a real-time copy of only the customer media stream; receiving, from the analysis system, analysis results obtained from one or more analytics, including voice analytic results, performed on the forked media stream during the initial duration , the initial duration being sufficient for the fraud detection system to provide analysis results categorizing the call as having a call risk category of being a fraudulent call, the call risk categories including ones of Low, Moderate or High risk, by comparing a fraud risk level to predefined threshold values associated with each category; and determining, by the one or more processors, whether to perform one or more operations in response to the analysis results, wherein in response to a categorization of low risk, the call is cleared for further processing within the call center and sending of the forked media stream is stopped and wherein if a call is categorized as moderate risk intermittent copies of the call are continued to be forked to the fraud detection system for additional analysis. sending, by the one or more processors, a forked media stream of an electronic communication being a call between a customer and an agent to an analysis system, where the analysis system is a fraud detection system , for an initial duration, the electronic communication comprising an agent media stream associated with speech from the agent and a customer media stream associated with speech from the customer wherein the forked media stream is a real-time copy of only the customer media stream; receiving, from the analysis system, analysis results obtained from one or more analytics, including voice analytic results, performed on the forked media stream during the initial duration , the initial duration being sufficient for the fraud detection system to provide analysis results categorizing the call as having a call risk category of being a fraudulent call, the call risk categories including ones of Low, Moderate or High risk, by comparing a fraud risk level to predefined threshold values associated with each category; and determining, by the one or more processors, whether to perform one or more operations in response to the analysis results, wherein in response to a categorization of low risk, the call is cleared for further processing within the call center and sending of the forked media stream is stopped and wherein if a call is categorized as moderate risk intermittent copies of the call are continued to be forked to the fraud detection system for additional analysis.
A light source unit comprising: an excitation light source for emitting excitation light; and a luminescent material wheel in which a first area and a second area are disposed in a circumferential direction, the first area having provided thereon a first luminescent material layer configured to convert the excitation light into light of a first wavelength range, the second area having provided thereon a second luminescent material layer configured to convert the excitation light into light of a second wavelength range that adjoins the first wavelength range, wherein a reflecting portion configured to reflect the light of the first wavelength range is provided on an opposite side of the first luminescent material layer to a surface thereof on to which the excitation light is shone, and wherein a transmitting portion configured to transmit the light of the second wavelength range is provided on an opposite side of the second luminescent material layer to a surface thereof on to which the excitation light is shone. an excitation light source for emitting excitation light; and a luminescent material wheel in which a first area and a second area are disposed in a circumferential direction, the first area having provided thereon a first luminescent material layer configured to convert the excitation light into light of a first wavelength range, the second area having provided thereon a second luminescent material layer configured to convert the excitation light into light of a second wavelength range that adjoins the first wavelength range, wherein a reflecting portion configured to reflect the light of the first wavelength range is provided on an opposite side of the first luminescent material layer to a surface thereof on to which the excitation light is shone, and wherein a transmitting portion configured to transmit the light of the second wavelength range is provided on an opposite side of the second luminescent material layer to a surface thereof on to which the excitation light is shone.
A grating structure (P1), characterized by comprising a light entry part and multiple grating units ; wherein the grating unit is a light-transmitting strip , wherein the multiple grating units 200 are parallel to each other and adjacent grating units are connected together, wherein a cross section of the grating unit comprises an arc part , so that the grating unit can cause an incident light beam to emerge in a diffused manner along the cross section, thereby forming a strip-shaped light band in a visual field, wherein two ends of the arc part are each connected to a straight line part . wherein the grating unit is a light-transmitting strip , wherein the multiple grating units 200 are parallel to each other and adjacent grating units are connected together, wherein a cross section of the grating unit comprises an arc part , so that the grating unit can cause an incident light beam to emerge in a diffused manner along the cross section, thereby forming a strip-shaped light band in a visual field, wherein two ends of the arc part are each connected to a straight line part .
A driving control method for a driving control apparatus to set driving characteristics applied to automated driving in a vehicle that is capable of switching manual driving to run the vehicle according to driving operations of an occupant and the automated driving to automatically run the vehicle from one to another, comprising: comparing occupant's driving characteristics of manual driving in a present trip of the vehicle with reference driving characteristics stored in advance, and if a predetermined deviation occurs between the occupant's driving characteristics of manual driving in the present trip and the reference driving characteristics, setting, according to the occupant's driving characteristics of manual driving in the present trip, the driving characteristics applied to the automated driving, wherein the driving characteristics applied to the automated driving are set within a predetermined range of the reference driving characteristics. comparing occupant's driving characteristics of manual driving in a present trip of the vehicle with reference driving characteristics stored in advance, and if a predetermined deviation occurs between the occupant's driving characteristics of manual driving in the present trip and the reference driving characteristics, setting, according to the occupant's driving characteristics of manual driving in the present trip, the driving characteristics applied to the automated driving, wherein the driving characteristics applied to the automated driving are set within a predetermined range of the reference driving characteristics.