mhurhangee/ep-ind-claims huggingface dataset:
Method for the contactless and nondestructive determination of the layer thickness of paint layers on motor vehicle parts, comprising the following steps: - Providing a motor vehicle part, wherein the motor vehicle part is comprised of or includes an electrically conductive material, with a first layer of paint applied to the motor vehicle part, comprising a first layer thickness, and with at least one further layer of paint (28, 32, 36), applied to the first layer of paint, comprising a further layer thickness (d2, d3, d4), wherein at least the further layer of paint (28, 32, 36) is optically opaque; - Determining the layer thickness (d2, d3, d4) of all further layers of paint (28, 32, 36) by means of optical coherence tomography, by means of an apparatus, which is implemented to carry out an optical coherence tomography, and which comprises a measuring device for carrying out a dielectric, a capacitive or a magnetic inductive measurement of the layer thickness; - Determining the overall layer thickness (dges) of the layers of paint (26, 28, 32, 36) by means of a dielectric, a capacitive or a magnetic inductive measurement of the layer thickness using the measuring device; - Determining the layer thickness of the first layer of paint by subtracting the thickness of all further layers of paint (28, 32, 36) from the overall layer thickness (dges); - wherein the apparatus comprises at least one radiation source for providing electromagnetic radiation and the electromagnetic radiation provides a wave length (λ) from 100 to 15×10 3 nm and, in particular 380 to 800 nm, for carrying out the optical coherence tomography. - Providing a motor vehicle part, wherein the motor vehicle part is comprised of or includes an electrically conductive material, with a first layer of paint applied to the motor vehicle part, comprising a first layer thickness, and with at least one further layer of paint (28, 32, 36), applied to the first layer of paint, comprising a further layer thickness (d2, d3, d4), wherein at least the further layer of paint (28, 32, 36) is optically opaque; - Determining the layer thickness (d2, d3, d4) of all further layers of paint (28, 32, 36) by means of optical coherence tomography, by means of an apparatus, which is implemented to carry out an optical coherence tomography, and which comprises a measuring device for carrying out a dielectric, a capacitive or a magnetic inductive measurement of the layer thickness; - Determining the overall layer thickness (dges) of the layers of paint (26, 28, 32, 36) by means of a dielectric, a capacitive or a magnetic inductive measurement of the layer thickness using the measuring device; - Determining the layer thickness of the first layer of paint by subtracting the thickness of all further layers of paint (28, 32, 36) from the overall layer thickness (dges); - wherein the apparatus comprises at least one radiation source for providing electromagnetic radiation and the electromagnetic radiation provides a wave length (λ) from 100 to 15×10 3 nm and, in particular 380 to 800 nm, for carrying out the optical coherence tomography.
A continuous inkjet printer having an ink re-circulation circuit (65, 66, 67) and a print head feed line, said printer being characterised in that an ink cooling facility is provided within said in re-circulation circuit (65, 66, 67), and wherein said printhead feed line branches off said recirculation circuit (65, 66, 67) upstream of said ink cooling facility.
A method comprising: causing classification of sound objects, within a rendered virtual space, as a first class of sound object or a second class of sound object in dependence upon historic action of a user within the virtual space wherein the historic action is a historic interaction between the user and the sound objects; rendering one or more sound objects of the first class according to at least first rules; and rendering one or more sound objects of the second class according to at least second rules, different to the first rules, and a current position of the user within the virtual space, characterized in that the rendering of the one or more sound objects of the first class according to the first rules comprises adapting at least one property of the respective one or more sound objects as recorded when the one or more sound objects of the first class are rendered, wherein the adaptation is dependent upon a metric value accumulated since starting the rendering of the respective one or more sound objects of the first class according to the first rules. causing classification of sound objects, within a rendered virtual space, as a first class of sound object or a second class of sound object in dependence upon historic action of a user within the virtual space wherein the historic action is a historic interaction between the user and the sound objects; rendering one or more sound objects of the first class according to at least first rules; and rendering one or more sound objects of the second class according to at least second rules, different to the first rules, and a current position of the user within the virtual space, characterized in that the rendering of the one or more sound objects of the first class according to the first rules comprises adapting at least one property of the respective one or more sound objects as recorded when the one or more sound objects of the first class are rendered, wherein the adaptation is dependent upon a metric value accumulated since starting the rendering of the respective one or more sound objects of the first class according to the first rules.
A transmission device comprising: a generation unit configured to perform error correction encoding and generate, for each layer of a plurality of layers that are subjected to non-orthogonal multiplexing using a codebook, a codeword of a layer of the plurality of layers from data of the layer on the basis of a codebook prepared for said layer, wherein codebooks are prepared for each layer for the purpose of layer separation; and an adjustment unit configured to exchange radio resources between at least two signal elements of one multiplexed codeword, wherein each multiplexed codeword comprises at least two signal elements, wherein the at least two signal elements included in a multiplexed codeword are each mapped to a respective radio resource, wherein the radio resources are to be used in transmission of the at least two signal elements that are included in each of the one or more multiplexed codewords, wherein each of the one or more multiplexed codewords is obtained by multiplexing of codewords of the plurality of layers, and wherein the adjustment unit is configured to dynamically perform the exchange in accordance with degradation of a channel characteristic to suppress deterioration of communication quality and to exchange radio resources, onto which signal elements of different layers are mapped and which require interference cancellation by a reception device, with radio resources, onto which a signal element of a single layer is mapped and which do not require interference cancellation by the reception device. a generation unit configured to perform error correction encoding and generate, for each layer of a plurality of layers that are subjected to non-orthogonal multiplexing using a codebook, a codeword of a layer of the plurality of layers from data of the layer on the basis of a codebook prepared for said layer, wherein codebooks are prepared for each layer for the purpose of layer separation; and an adjustment unit configured to exchange radio resources between at least two signal elements of one multiplexed codeword, wherein each multiplexed codeword comprises at least two signal elements, wherein the at least two signal elements included in a multiplexed codeword are each mapped to a respective radio resource, wherein the radio resources are to be used in transmission of the at least two signal elements that are included in each of the one or more multiplexed codewords, wherein each of the one or more multiplexed codewords is obtained by multiplexing of codewords of the plurality of layers, and wherein the adjustment unit is configured to dynamically perform the exchange in accordance with degradation of a channel characteristic to suppress deterioration of communication quality and to exchange radio resources, onto which signal elements of different layers are mapped and which require interference cancellation by a reception device, with radio resources, onto which a signal element of a single layer is mapped and which do not require interference cancellation by the reception device.
Permanent-magnet rotor including: - a sheet stack forming the body of the rotor having an axis, and - recesses spaced regularly over the circumference of the rotor and situated in the body of the rotor, at least some of which recesses receive at least one element in the form of a permanent magnet, - at least some of the recesses contain elements including at least a plurality of magnets stacked in an axial direction and forming a column of magnets, characterized in that the rotor furthermore includes holding devices being elastic components in the form of a strip of material and each including a first part positioned axially between an inner end of a recess and a face of the magnets of the column of magnets that faces the side of the axis of the rotor, this first part having a form such that it exerts, through deformation, a radial force on each magnet of the column of magnets from the inside to the outside of the rotor, and a second elastically deformable part for exerting an axial force on the permanent magnets, the second part being positioned radially against a bottom of the recess and an end face of the column of elements inside the recess, this second part having a form such that it exerts, through deformation, an axial force on the permanent magnets. - a sheet stack forming the body of the rotor having an axis, and - recesses spaced regularly over the circumference of the rotor and situated in the body of the rotor, at least some of which recesses receive at least one element in the form of a permanent magnet, - at least some of the recesses contain elements including at least a plurality of magnets stacked in an axial direction and forming a column of magnets, characterized in that the rotor furthermore includes holding devices being elastic components in the form of a strip of material and each including a first part positioned axially between an inner end of a recess and a face of the magnets of the column of magnets that faces the side of the axis of the rotor, this first part having a form such that it exerts, through deformation, a radial force on each magnet of the column of magnets from the inside to the outside of the rotor, and a second elastically deformable part for exerting an axial force on the permanent magnets, the second part being positioned radially against a bottom of the recess and an end face of the column of elements inside the recess, this second part having a form such that it exerts, through deformation, an axial force on the permanent magnets.
A computer-implemented method comprising: receiving, by a computing device (102, 104), a request to access entity data corresponding to an entity; determining, by the computing device (102, 104), an access level corresponding to the request, wherein the access level specifies a transformation function; obtaining, by the computing device (102, 104), the entity data corresponding to the request, the entity data including at least an item of protected information; applying, by the computing device (102, 104), the transformation function to a portion of the item of protected information to produce an item of minimized information, wherein the item of minimized information preserves one or more characteristics of the item of protected information while reducing a determinable association between the item of minimized information and the entity, and the item of minimized information is associated with a higher degree of privacy than the item of protected information and/or is less indicative of a particular entity than the item of protected information; generating, by the computing device (102, 104), user interface data renderable to depict a user interface including at least the item of minimized information; and rendering the user interface data to depict the user interface. receiving, by a computing device (102, 104), a request to access entity data corresponding to an entity; determining, by the computing device (102, 104), an access level corresponding to the request, wherein the access level specifies a transformation function; obtaining, by the computing device (102, 104), the entity data corresponding to the request, the entity data including at least an item of protected information; applying, by the computing device (102, 104), the transformation function to a portion of the item of protected information to produce an item of minimized information, wherein the item of minimized information preserves one or more characteristics of the item of protected information while reducing a determinable association between the item of minimized information and the entity, and the item of minimized information is associated with a higher degree of privacy than the item of protected information and/or is less indicative of a particular entity than the item of protected information; the item of minimized information preserves one or more characteristics of the item of protected information while reducing a determinable association between the item of minimized information and the entity, and the item of minimized information is associated with a higher degree of privacy than the item of protected information and/or is less indicative of a particular entity than the item of protected information; generating, by the computing device (102, 104), user interface data renderable to depict a user interface including at least the item of minimized information; and rendering the user interface data to depict the user interface.
A device management method, comprising: after a device management unit detects that a mobile storage device is connected to a mobile storage device interface provided by the device management unit, executing the following device management steps by the device management unit: damaging a file system on the mobile storage device; receiving a file copy instruction, wherein the file copy instruction is used for indicating to copy an object file to the mobile storage device; in response to the file copy instruction, generating a first mirror image file of the file system of the mobile storage device, wherein the first mirror image file comprises the object file; and recovering the damaged file system of the mobile storage device by using the first mirror image file, wherein the device management steps also comprise: before damaging the file system on the mobile storage device, acquiring a first parameter, wherein the first parameter is the parameter required by recovering the file system of the mobile storage device; and generating the first mirror image file, comprising: generating the first mirror image file according to the first parameter and the object file, or wherein the device management steps also comprise: before damaging the file system on the mobile storage device, generating a second mirror image file of the file system of the mobile storage device, wherein the second mirror image file corresponds to the situation that the storage content in the mobile storage device is null; and generating the first mirror image file, comprising: writing the object file into the second mirror image file to generate the first mirror image file. damaging a file system on the mobile storage device; receiving a file copy instruction, wherein the file copy instruction is used for indicating to copy an object file to the mobile storage device; in response to the file copy instruction, generating a first mirror image file of the file system of the mobile storage device, wherein the first mirror image file comprises the object file; and recovering the damaged file system of the mobile storage device by using the first mirror image file, wherein the device management steps also comprise: before damaging the file system on the mobile storage device, acquiring a first parameter, wherein the first parameter is the parameter required by recovering the file system of the mobile storage device; and generating the first mirror image file, comprising: generating the first mirror image file according to the first parameter and the object file, or wherein the device management steps also comprise: before damaging the file system on the mobile storage device, generating a second mirror image file of the file system of the mobile storage device, wherein the second mirror image file corresponds to the situation that the storage content in the mobile storage device is null; and generating the first mirror image file, comprising: writing the object file into the second mirror image file to generate the first mirror image file.
Method for running Push-Button Configuration sessions within a heterogeneous network with a plurality of network node devices (D1...D4, ND, AN) interconnected to each other via at least one interface and/or over multiple hops, whereby a first network node device being authenticated for the network is triggered by a first virtual or physical Push-Button-Event (PBE-1) being assigned to the first network node device to send directly or indirectly a notification message notifying about the first Push-Button-Event (PBE-1) to second authenticated network node devices (D2...D4) being each authenticated for the network characterized by: At least one third network node device (ND, AN) not being yet authenticated for the network is triggered each by a respective second virtual or physical Push-Button-Event (PBE-2) being assigned to the at least one third network node device (ND, AN) to initiate a Push-Button Configuration handshake procedure indirectly running via at least one second network node device (D2...D4) with the first network node device in order to get from the first network node device indirectly via the at least one second network node device (D2...D4) a permission information to join the network or to proceed with the Push-Button Configuration or a rejection information not to join the network. At least one third network node device (ND, AN) not being yet authenticated for the network is triggered each by a respective second virtual or physical Push-Button-Event (PBE-2) being assigned to the at least one third network node device (ND, AN) to initiate a Push-Button Configuration handshake procedure indirectly running via at least one second network node device (D2...D4) with the first network node device in order to get from the first network node device indirectly via the at least one second network node device (D2...D4) a permission information to join the network or to proceed with the Push-Button Configuration or a rejection information not to join the network.
An apparatus for accepting and dispensing or returning banknotes, with a transport system (5, 6) for transporting the banknotes to be accepted or dispensed or returned by the apparatus within a pocket, from or to an opening of the pocket to or from a processing position (4, 4') bordering on the pocket, wherein the banknotes are clamped for the transport between a first portion and a second portion of the transport system (5, 6), and a control device controlling the components of the apparatus, characterized in that the control device ascertains upon an input of banknotes to be accepted through the opening into the pocket by an operator an input velocity (v E) through evaluation of signals of a sensor (9, 15) arranged in the area of the pocket, and that the control device ascertains upon a withdrawal of banknotes to be dispensed or returned through the opening out of the pocket by the operator a withdrawal velocity (v A) through evaluation of signals of a sensor connected to the transport system (5, 6), and that the control device controls the transport system (5, 6) upon the acceptance of banknotes such that the banknotes are transported into the pocket at a transport velocity corresponding substantially to the ascertained input velocity (v E), and that the control device controls the transport system (5, 6) upon the dispensing or return of banknotes such that the banknotes are transported out of the pocket at a transport velocity corresponding substantially to the ascertained withdrawal velocity (v A).
Fastener (10, 110) comprising a substantially rotationally cylindrical surface (20, 113) disposed along an axis, said surface comprising a ridged shape (14, 114) selected from a thread, an internal thread and a plurality of tension grooves, said fastener being made of a beta-metastable titanium alloy comprising by weight between 4 and 6% aluminium, between 4 and 6% vanadium, between 4 and 6% molybdenum and between 2 and 4% chromium, characterised in that the beta-metastable titanium alloy has a first microstructure consisting of a first matrix and alpha phase nodules distributed in said first matrix, the first matrix consisting of beta phase and groups of alpha phase lamellae oriented in the same direction. said fastener being made of a beta-metastable titanium alloy comprising by weight between 4 and 6% aluminium, between 4 and 6% vanadium, between 4 and 6% molybdenum and between 2 and 4% chromium, characterised in that the beta-metastable titanium alloy has a first microstructure consisting of a first matrix and alpha phase nodules distributed in said first matrix, the first matrix consisting of beta phase and groups of alpha phase lamellae oriented in the same direction.
A computer-readable storage medium having computer-executable instructions stored thereupon which, when executed by a computer, cause the computer to: receive a selection of a range control associated with a range slider, the range control having a current mode comprising an inclusive mode or an exclusive mode; determine that the selection comprises a mode change selection; and in response to determining that the selection comprises the mode change selection, switch the current mode between the inclusive mode and the exclusive mode; if the current mode comprises the exclusive mode, determine if the range control has been moved proximate to an end of the range slider; and in response to determining that the range control has been moved proximate to the end of the range slider, modify the current mode of the range control to switch from the exclusive mode to the inclusive mode; and modify a visual treatment associated with the range control according to the current mode. receive a selection of a range control associated with a range slider, the range control having a current mode comprising an inclusive mode or an exclusive mode; determine that the selection comprises a mode change selection; and in response to determining that the selection comprises the mode change selection, switch the current mode between the inclusive mode and the exclusive mode; if the current mode comprises the exclusive mode, determine if the range control has been moved proximate to an end of the range slider; and in response to determining that the range control has been moved proximate to the end of the range slider, modify the current mode of the range control to switch from the exclusive mode to the inclusive mode; and determine if the range control has been moved proximate to an end of the range slider; and in response to determining that the range control has been moved proximate to the end of the range slider, modify the current mode of the range control to switch from the exclusive mode to the inclusive mode; and modify a visual treatment associated with the range control according to the current mode.