mhurhangee/patent-ind-claim-en huggingface dataset:
A laser processing method for a laser processing device including a light source for generating a laser beam, a spatial light modulator for modulating the phase of a laser beam from the light source , and a condenser lens for focusing the laser beam from the spatial light modulator on a processing position (D) inside a processing target , comprising: setting the processing position (D) inside the processing target ; setting a relative distance, f minus d, between the processing target and the condenser lens so that the processing position (D) is positioned within a range n x d < D < n x d + Δs in which longitudinal aberration is present inside the processing target when the aberration is not corrected; displaying on the spatial light modulator a correction wavefront calculated so that the laser beam is focused on the processing position (D); relatively moving the condenser lens and the processing target so that the distance between the processing target and the condenser lens becomes the relative distance (f minus d); and irradiating the laser beam from the light source onto the processing position (D) in the processing target , thereby forming a modified layer in the processing target, wherein f is the focal length of the condenser lens ; d is a depth from an incidence plane of the processing target to the focus position of the condenser lens on the assumption that the refractive index of the processing target is equal to that of an atmospheric medium; n is the refractive index of the processing target ; and Δs is a maximum value of the longitudinal aberration, defined as Δs = − n 2 − 1 2 n tan 2 θ max d wherein θ max is the incidence angle of an outermost ray of the laser beam. setting the processing position (D) inside the processing target ; setting a relative distance, f minus d, between the processing target and the condenser lens so that the processing position (D) is positioned within a range n x d < D < n x d + Δs in which longitudinal aberration is present inside the processing target when the aberration is not corrected; displaying on the spatial light modulator a correction wavefront calculated so that the laser beam is focused on the processing position (D); relatively moving the condenser lens and the processing target so that the distance between the processing target and the condenser lens becomes the relative distance (f minus d); and irradiating the laser beam from the light source onto the processing position (D) in the processing target , thereby forming a modified layer in the processing target, wherein f is the focal length of the condenser lens ; d is a depth from an incidence plane of the processing target to the focus position of the condenser lens on the assumption that the refractive index of the processing target is equal to that of an atmospheric medium; n is the refractive index of the processing target ; and Δs is a maximum value of the longitudinal aberration, defined as Δs = − n 2 − 1 2 n tan 2 θ max d wherein θ max is the incidence angle of an outermost ray of the laser beam.
An access control method for a car park with the following steps: ascertaining a character string on a registration number of a vehicle using an image processing device , wherein clearance for entry into the car park is given if the ascertained character string is assigned to a registered user, and wherein entry into the car park is blocked if the registration number is not present in the user database ; reading a credential using a reading device , if entry into the car park is blocked after the character string is ascertained, wherein the credential is assigned to a user of the vehicle and has a feature identifying the user; determining whether the feature identifying the user is present in a user database ; and linking the ascertained character string with the feature identifying the user using the user database if the feature identifying the user is present in the user database , in order thus to register the registration number of the vehicle as belonging to the user, so that when the next entry into the car park takes place, the registration number of the vehicle is recognised as assigned to a registered user and clearance is given for the entry. ascertaining a character string on a registration number of a vehicle using an image processing device , wherein clearance for entry into the car park is given if the ascertained character string is assigned to a registered user, and wherein entry into the car park is blocked if the registration number is not present in the user database ; reading a credential using a reading device , if entry into the car park is blocked after the character string is ascertained, wherein the credential is assigned to a user of the vehicle and has a feature identifying the user; determining whether the feature identifying the user is present in a user database ; and linking the ascertained character string with the feature identifying the user using the user database if the feature identifying the user is present in the user database , in order thus to register the registration number of the vehicle as belonging to the user, so that when the next entry into the car park takes place, the registration number of the vehicle is recognised as assigned to a registered user and clearance is given for the entry.
A combustion device (C) comprising: a combustion chamber (N) in which fuel is combusted using combustion air; and a reducing agent injector that is configured to inject a NOx reducing agent toward flames in the combustion chamber (N), wherein the combustion chamber (N) is configured such that the combustion air forms a swirling flow thereinside, wherein, the reducing agent injector is configured to inject the NOx reducing agent in a direction along the swirling flow when viewed in a mainstream direction in the combustion chamber (N). a combustion chamber (N) in which fuel is combusted using combustion air; and a reducing agent injector that is configured to inject a NOx reducing agent toward flames in the combustion chamber (N), wherein the combustion chamber (N) is configured such that the combustion air forms a swirling flow thereinside, wherein, the reducing agent injector is configured to inject the NOx reducing agent in a direction along the swirling flow when viewed in a mainstream direction in the combustion chamber (N).
An electrically driven, movable underground vehicle, namely a load-haul-dump machine , comprising - a chassis with at least two driven drive wheels , - an electrical trailing cable for connection to an electrical supply network, - an electric drive motor , which is electrically connected to the trailing cable , for driving the drive wheels , - an energy storage unit , - an auxiliary drive motor with a subsequent hydraulic fluid transmission, - a switchgear assembly and a processor for controlling the supply of the electric drive motor and the electric auxiliary drive motor with electrical energy, wherein - the drive motor directly drives the drive wheels while bypassing the hydraulic fluid transmission, - the energy provided by the energy storage unit is sufficient for driving the drive wheels and for temporarily moving the load-haul-dump machine independently of the supply network, characterized in that a braking system is provided whose kinetic energy, which is released during the braking process, is fed back into the electrical system of the load-haul-dump machine via the drive motor , which works as a generator, that the processor controls the utilization of the fed-back energy in such a way that the fed-back energy is supplied to the energy storage unit or to consumer loads as required if they have an energy requirement, that the processor controls the utilization of the fed-back energy in such a way that the fed-back energy is fed into the supply network when the energy storage unit is unable to take up energy and there is no energy requirement of the consumer loads, and that the processor activates a mechanical braking system when neither the load-haul-dump machine nor the supply network are able to take up fed-back energy. - a chassis with at least two driven drive wheels , - an electrical trailing cable for connection to an electrical supply network, - an electric drive motor , which is electrically connected to the trailing cable , for driving the drive wheels , - an energy storage unit , - an auxiliary drive motor with a subsequent hydraulic fluid transmission, - a switchgear assembly and a processor for controlling the supply of the electric drive motor and the electric auxiliary drive motor with electrical energy, wherein - the drive motor directly drives the drive wheels while bypassing the hydraulic fluid transmission, - the energy provided by the energy storage unit is sufficient for driving the drive wheels and for temporarily moving the load-haul-dump machine independently of the supply network,
A method for producing a PBO fiber with increased resistance against UV-caused degradation, the method comprising providing a coating on the PBO fibers, the coating comprising graphene oxide cross-linked by polymerization with glutaraldehyde and resorcinol.
A method for detecting attacks using a handshake request comprising an application request, the method comprising: (a) receiving , by a plurality of devices from a plurality of client devices, a plurality of handshake requests to establish a respective plurality of transport layer security, TLS, connections between the plurality of client devices and at least one device of the plurality of devices, each of the plurality of handshake requests including a respective application request, and one of the plurality of handshake requests comprising a first application request to establish a connection to an application server; (b) recording , by the plurality of devices, each of the respective application requests of the plurality of handshake requests to a registry of application requests; (c) receiving , by a first device of the plurality of devices, a subsequent handshake request to establish a subsequent TLS connection that includes the first application request to establish the connection to the application server; (d) querying , by the first device prior to accepting the first application request, the registry for the first application request; and (e) determining , by the first device, to reject the first application request responsive to identifying from the query that the first application request has been recorded in the registry. (a) receiving , by a plurality of devices from a plurality of client devices, a plurality of handshake requests to establish a respective plurality of transport layer security, TLS, connections between the plurality of client devices and at least one device of the plurality of devices, each of the plurality of handshake requests including a respective application request, and one of the plurality of handshake requests comprising a first application request to establish a connection to an application server; (b) recording , by the plurality of devices, each of the respective application requests of the plurality of handshake requests to a registry of application requests; (c) receiving , by a first device of the plurality of devices, a subsequent handshake request to establish a subsequent TLS connection that includes the first application request to establish the connection to the application server; (d) querying , by the first device prior to accepting the first application request, the registry for the first application request; and (e) determining , by the first device, to reject the first application request responsive to identifying from the query that the first application request has been recorded in the registry.
Cutting tool , in particular for cutting labels, comprising a housing which is arranged such as to be able to rotate about an axis of rotation (X), and a cutting element which is arranged on this housing , wherein this cutting element has a cutting edge which extends essentially in a direction parallel to the axis of rotation (X), and wherein this cutting element is detachably arranged in a recess of the housing formed by a plurality of walls of the housing , with a loading body arranged in the recess which loads the cutting element in a working mode in a loading direction (P) in order to hold the cutting element on the housing, and with a springing element which exerts a force on the loading body in the loading direction (P) in the working mode of the cutting tool, and wherein a movement of the loading body in the loading direction (P) is guided by a guide surface (F) and this guide surface runs in a plane (E), to which the axis of rotation (X) is parallel, and the guide surface (F) is the only guide surface (F) running in the plane (E) which guides the movement of the loading body in the loading direction (P), wherein a pressure piece made from a deformable material is arranged between the cutting element and a wall of the recess and wherein a guide element which can be separated from the housing and which forms the guide surface (F) is arranged in the recess , characterized in that the springing element is integrated in one of the walls of the housing.
A nozzle cap assembly comprising: a nozzle cap ; and a communications device coupled to the nozzle cap , wherein the communications device is a component of an infrastructure monitoring system, wherein the nozzle cap defines an interior cavity, wherein the nozzle cap includes an enclosure and a cover to seal the enclosure , wherein the cover creates a water tight seal on the enclosure , wherein the communications device is positioned within the enclosure and the cover inside the interior cavity, wherein the nozzle cap includes at its lower end a nozzle hydrant threading provided as a connection means between the nozzle cap and a fire hydrant, characterized in that the nozzle cap has at its upper end an antenna cover , wherein the nozzle cap at its upper end includes an enclosure threading as a connection means for the enclosure to connect to the nozzle cap and the enclosure at its upper end includes a connection threading designed to mate with the enclosure threading . a nozzle cap ; and a communications device coupled to the nozzle cap , wherein the communications device is a component of an infrastructure monitoring system, wherein the nozzle cap defines an interior cavity, wherein the nozzle cap includes an enclosure and a cover to seal the enclosure , wherein the cover creates a water tight seal on the enclosure , wherein the communications device is positioned within the enclosure and the cover inside the interior cavity, wherein the nozzle cap includes at its lower end a nozzle hydrant threading provided as a connection means between the nozzle cap and a fire hydrant, characterized in that the nozzle cap has at its upper end an antenna cover , wherein the nozzle cap at its upper end includes an enclosure threading as a connection means for the enclosure to connect to the nozzle cap and the enclosure at its upper end includes a connection threading designed to mate with the enclosure threading .
Cladding system with a supporting device and heating and/or cooling device, in which an air-conditioning pipe is fixed in an approximately omega-shaped receptacle of a heat-conducting profile and the heat-conducting profile made of roll-formed sheet metal can be fixed to a wall or a ceiling via the support device , wherein the heat-conducting profile is designed in such a way that the air-conditioning pipe is pressed into the approximately omega-shaped receptacle with reversible resilient expansion and is permanently fixed in the heat-conducting profile with good thermal bonding, characterised in that the thermally conductive profile has, in an outer region of the approximately omega-shaped receptacle has at least one latching lug and a resilient latching arm corresponding to the latching lug is provided on the support device . the heat-conducting profile made of roll-formed sheet metal can be fixed to a wall or a ceiling via the support device , wherein the heat-conducting profile is designed in such a way that the air-conditioning pipe is pressed into the approximately omega-shaped receptacle with reversible resilient expansion and is permanently fixed in the heat-conducting profile with good thermal bonding, characterised in that the thermally conductive profile has, in an outer region of the approximately omega-shaped receptacle has at least one latching lug and a resilient latching arm corresponding to the latching lug is provided on the support device .
An angular contact ball bearing comprising: an outer ring having an outer ring raceway surface on an inner circumferential surface; an inner ring having an inner ring raceway surface on an outer circumferential surface; a plurality of balls rollably arranged between the outer ring raceway surface and the inner ring raceway surface at a predetermined contact angle; and an outer ring guide cage having pockets that rollably hold the plurality of balls, wherein the cage includes a pair of annular portions and a plurality of pillar portions arranged at a predetermined interval in a circumferential direction, the plurality of pillar portions coupling the pair of annular portions in an axial direction, wherein a cage inner diameter is the same over an entire circumference of the pocket at a radially inner opening of the pocket, and characterized in that when 1/2 of the cage inner diameter at the radially inner opening is B, a diameter clearance of a radial guide clearance of the cage is ΔL, a pitch circle diameter of the ball is PCD, a diameter of the radially inner opening of the pocket is Dp, A = Bcosθ, and θ=sin -1 {(Dp/2)B}, B + Δ L / 2 > PCD / 2 and PCD / 2 > A + Δ L / 2 are satisfied. wherein the cage includes a pair of annular portions and a plurality of pillar portions arranged at a predetermined interval in a circumferential direction, the plurality of pillar portions coupling the pair of annular portions in an axial direction, wherein a cage inner diameter is the same over an entire circumference of the pocket at a radially inner opening of the pocket, and characterized in that when 1/2 of the cage inner diameter at the radially inner opening is B, a diameter clearance of a radial guide clearance of the cage is ΔL, a pitch circle diameter of the ball is PCD, a diameter of the radially inner opening of the pocket is Dp, A = Bcosθ, and θ=sin -1 {(Dp/2)B}, B + Δ L / 2 > PCD / 2 and PCD / 2 > A + Δ L / 2 are satisfied.
An apparatus for manufacturing an absorbent article, the apparatus comprising: a holding pad 20 that rotates along a circling path while velocity of the holding pad 20 is changed to pick up a workpiece W at a pick-up position P and hand over the workpiece W onto a continuous sheet N at a hand-over position; a conveying device 5 that conveys the continuous sheet N at conveying velocity that depends on a size of a product to receive and convey the workpiece W on the continuous sheet N at the hand-over position; and a velocity-changing device 2 that changes circumferential velocity V of the holding pad 20 during a period from a first start time S1 to a second start time S2, when the size of the product is a first size, hand-over of the workpiece W starts at the first start time at an upstream position P1, which is the hand-over position on the circling path, when the size of the product is a second size, hand-over of the workpiece W starts at the second start time at a downstream position P2, which is the hand-over position downstream of the upstream position P1 on the circling path, and the velocity-changing device 2 changing the circumferential velocity V of the holding pad 20 so that the circumferential velocity V is continuously decelerated or continuously accelerated during the period from the first start time S1 to the second start time S2. a holding pad 20 that rotates along a circling path while velocity of the holding pad 20 is changed to pick up a workpiece W at a pick-up position P and hand over the workpiece W onto a continuous sheet N at a hand-over position; a conveying device 5 that conveys the continuous sheet N at conveying velocity that depends on a size of a product to receive and convey the workpiece W on the continuous sheet N at the hand-over position; and a velocity-changing device 2 that changes circumferential velocity V of the holding pad 20 during a period from a first start time S1 to a second start time S2, when the size of the product is a first size, hand-over of the workpiece W starts at the first start time at an upstream position P1, which is the hand-over position on the circling path, when the size of the product is a second size, hand-over of the workpiece W starts at the second start time at a downstream position P2, which is the hand-over position downstream of the upstream position P1 on the circling path, and the velocity-changing device 2 changing the circumferential velocity V of the holding pad 20 so that the circumferential velocity V is continuously decelerated or continuously accelerated during the period from the first start time S1 to the second start time S2.
A method comprising: a security system generating a valid two-dimensional scannable access code; the security system embedding authorized use information in the valid two-dimensional scannable access code; the security system storing identifying information for the valid two-dimensional scannable access code in a memory device ; the security system sharing the valid two-dimensional scannable access code with a user of the security system ; when in an armed state, the security system scanning a presented two-dimensional scannable access code; the security system decoding associated information from the presented two-dimensional scannable access code; the security system comparing the associated information to the identifying information; when the associated information matches the identifying information and current conditions match the authorized use information, the security system transitioning from the armed state to a disarmed state to allow the user to access an area protected by the security system . a security system generating a valid two-dimensional scannable access code; the security system embedding authorized use information in the valid two-dimensional scannable access code; the security system storing identifying information for the valid two-dimensional scannable access code in a memory device ; the security system sharing the valid two-dimensional scannable access code with a user of the security system ; when in an armed state, the security system scanning a presented two-dimensional scannable access code; the security system decoding associated information from the presented two-dimensional scannable access code; the security system comparing the associated information to the identifying information; when the associated information matches the identifying information and current conditions match the authorized use information, the security system transitioning from the armed state to a disarmed state to allow the user to access an area protected by the security system .
A battery packaging material comprising a laminate in which at least a base material layer, a metal layer and a sealant layer are laminated in this order, wherein the sealant layer comprises a plurality of fatty acid amide-based lubricants, and at least one of the fatty acid amide-based lubricants is a saturated fatty acid amide, the saturated fatty acid amide being a behenic acid amide, the plurality of fatty acid amide-based lubricants further include an unsaturated fatty acid amide, and the total content ratio of a plurality of amide-based lubricants in the sealant layer is 800 to 2200 ppm in terms of a mass in the sealant layer.