mhurhangee/ep-ind-claims huggingface dataset:
A light emitter including: a first electrode (2, 102, 202), a charge injection transport layer (4, 104, 204), a light-emitting layer (6, 106, 206), and a second electrode (8, 108, 208) that are layered in this order on a substrate (1, 101, 201), at least the light-emitting layer (6, 106, 206) being defined by a bank (5, 105, 205), wherein the bank (5, 105, 205) is disposed on the charge injection transport layer (4, 104, 204), the charge injection transport layer (4, 104, 204) is a single layer and is principally composed of a metal compound that is more liquid-philic than a surface of the bank such that the surface of the bank is liquid-repellent with respect to the charge injection transport layer (4, 104, 204), the charge injection transport layer (4, 104, 204) has a recessed structure so that in a region defined by the bank (5, 105, 205), the charge injection transport layer (4, 104, 204) is lower than a bottom surface of the bank (5, 105, 205), the recessed structure of the charge injection transport layer (4, 104, 204) has (i) an inner bottom surface and (ii) an inner side surface that is continuous with the inner bottom surface, the inner bottom surface and the inner side surface are parts of the same charge injection transport layer (4, 104, 204), characterized in that the charge injection transport layer (4, 104, 204) extends along the bottom surface of the bank (5, 105, 205) to an adjacent pixel, and the inner bottom surface is parallel with an upper surface of the substrate (1, 101, 201). a first electrode (2, 102, 202), a charge injection transport layer (4, 104, 204), a light-emitting layer (6, 106, 206), and a second electrode (8, 108, 208) that are layered in this order on a substrate (1, 101, 201), at least the light-emitting layer (6, 106, 206) being defined by a bank (5, 105, 205), wherein the bank (5, 105, 205) is disposed on the charge injection transport layer (4, 104, 204), the charge injection transport layer (4, 104, 204) is a single layer and is principally composed of a metal compound that is more liquid-philic than a surface of the bank such that the surface of the bank is liquid-repellent with respect to the charge injection transport layer (4, 104, 204), the charge injection transport layer (4, 104, 204) has a recessed structure so that in a region defined by the bank (5, 105, 205), the charge injection transport layer (4, 104, 204) is lower than a bottom surface of the bank (5, 105, 205), the recessed structure of the charge injection transport layer (4, 104, 204) has (i) an inner bottom surface and (ii) an inner side surface that is continuous with the inner bottom surface, the inner bottom surface and the inner side surface are parts of the same charge injection transport layer (4, 104, 204), characterized in that the charge injection transport layer (4, 104, 204) extends along the bottom surface of the bank (5, 105, 205) to an adjacent pixel, and the inner bottom surface is parallel with an upper surface of the substrate (1, 101, 201).
An identification system, including - a plurality of user media, each one of them having an integrated circuit with storage means and an identification code stored in the storage means; - wherein the identification code forms at least a portion of an identification data set, which includes all necessary data for an authentication process; - at least one read device 41); - wherein, for the authentication process, the read device is enabled to read the identification code contactless via radio waves from the integrated circuit of a user medium from among the plurality of user media; - wherein the identification system further includes a user management device, the user management device communicates with the read device, characterized in that the result of the authentication process depends on whether or not the identified user medium is marked as authorized in the user management device, that the identification system is enabled to trigger or not to trigger a procedure depending on the result of the authentication process, for example unlocking a door, debiting an amount of money or the acess to an EDP system, etc., that each user medium further includes an optically readable code, which includes individually identifiable identification information relating to the user medium, wherein the identification system is enabled to mark down a respective user medium, which was recognized via the optically readable code, as authorized in the user management device. - a plurality of user media, each one of them having an integrated circuit with storage means and an identification code stored in the storage means; - wherein the identification code forms at least a portion of an identification data set, which includes all necessary data for an authentication process; - at least one read device 41); - wherein, for the authentication process, the read device is enabled to read the identification code contactless via radio waves from the integrated circuit of a user medium from among the plurality of user media; - wherein the identification system further includes a user management device, the user management device communicates with the read device, characterized in that the result of the authentication process depends on whether or not the identified user medium is marked as authorized in the user management device, that the identification system is enabled to trigger or not to trigger a procedure depending on the result of the authentication process, for example unlocking a door, debiting an amount of money or the acess to an EDP system, etc., that each user medium further includes an optically readable code, which includes individually identifiable identification information relating to the user medium, wherein the identification system is enabled to mark down a respective user medium, which was recognized via the optically readable code, as authorized in the user management device.
A light-emitting device, comprising a substrate; a light source arranged on the substrate; and a cover part spaced a certain distance apart from the light source and transmitting light emitted from the light source to outside, wherein the cover part comprises a first part, converting wavelengths of a part of light in light emitted form the light source, the first part having different thicknesses at least in two different light-emitting directions of the light source; and a second part, having different thicknesses in the two different light-emitting directions to compensate the thicknesses of the first part, characterized in that the first part comprises a substrate and phosphors dispersed in the substrate, the second part is made from a material the same as that of the substrate, and the second part is free from phosphor.
A method for controlling effectiveness of a download transaction, characterized by comprising: receiving, by a download server, a download request from a download client; wherein the download request contains a download address corresponding to download content selected by the download client and a transaction ID; and verifying the transaction ID; transferring the download content corresponding to the download address to the download client in response to the pass of the verification; verifying an identity of the download client, wherein the pass of the versification comprises the pass of verifying the identity; resolving, a transaction ID generation request from a download portal, generating the transaction ID according to a current download transaction;and sending the transaction ID to the download portal; integrating, by the download portal, the transaction ID into the download address and sending the download address contained the transaction ID to the download client. receiving, by a download server, a download request from a download client; wherein the download request contains a download address corresponding to download content selected by the download client and a transaction ID; and verifying the transaction ID; transferring the download content corresponding to the download address to the download client in response to the pass of the verification; verifying an identity of the download client, wherein the pass of the versification comprises the pass of verifying the identity; resolving, a transaction ID generation request from a download portal, generating the transaction ID according to a current download transaction;and sending the transaction ID to the download portal; integrating, by the download portal, the transaction ID into the download address and sending the download address contained the transaction ID to the download client.
A method to update an operating system, OS, installed in a secure element via an OS update platform exposing the same ES9+ interface as an SM-DP+, said secure element being an eUICC or an iUICC, said secure element cooperating with a terminal, said secure element and said terminal being comprised in a device, said method comprising: - Loading an OS update script in said OS update platform of the manufacturer of said secure element; - Triggering a local profile assistant, LPA, of said terminal to connect to said OS update platform, said connection using the ES9+ SM-DP+ protocol as defined by the GSM Association, GSMA; - Downloading by said LPA said OS update script in an ISD-P of said secure element and installing said OS update script in said ISD-P of said secure element, said installation resulting in said update of said OS; - After execution of said installation of said OS, return by said secure element an execution result to said OS update platform through said LPA. - Loading an OS update script in said OS update platform of the manufacturer of said secure element; - Triggering a local profile assistant, LPA, of said terminal to connect to said OS update platform, said connection using the ES9+ SM-DP+ protocol as defined by the GSM Association, GSMA; - Downloading by said LPA said OS update script in an ISD-P of said secure element and installing said OS update script in said ISD-P of said secure element, said installation resulting in said update of said OS; - After execution of said installation of said OS, return by said secure element an execution result to said OS update platform through said LPA.
A nonaqueous electrolyte secondary battery comprising an electrode assembly having a positive electrode and a negative electrode, and a nonaqueous electrolyte, wherein the positive electrode has a positive electrode current collector and a positive electrode active material layer that is formed on the positive electrode current collector and includes at least a positive electrode active material and a conductive material, the positive electrode active material includes at least a lithium-transition metal composite oxide, the conductive material includes a lithium phosphate compound coated, on at least part of the surface thereof, with conductive carbon, the conductive carbon is coated in an amount, per 100 parts by mass of the lithium phosphate compound, of from 40 parts by mass to 80 parts by mass, the average particle size of the conductive carbon-coated lithium phosphate compound is smaller than that of the positive electrode active material, and a proportion of the conductive material in the positive electrode active material layer is 10% by mass or less when an overall amount of the positive electrode active material layer is 100% by mass, and at least one of the following and is satisfied: the lithium phosphate compound has an average particle size for primary particles thereof, as determined by electron microscopy, of from 50 nm to 200 nm, the conductive carbon has an average particle size for primary particles thereof, as determined by electron microscopy, of from 30 nm to 50 nm. the lithium phosphate compound has an average particle size for primary particles thereof, as determined by electron microscopy, of from 50 nm to 200 nm, the conductive carbon has an average particle size for primary particles thereof, as determined by electron microscopy, of from 30 nm to 50 nm.
A method of mitigating stick-slip oscillations in borehole equipment for drilling a borehole in an earth formation, said borehole equipment comprising a drill string having a bottom hole assembly and a top end coupled to a rotational drive system, and a speed controller for controlling rotational drive speed of said drive system, the method comprising the steps of: - operating said speed controller such that said drive speed is above a lower drive speed limit while drilling a borehole by said borehole equipment, wherein said lower drive speed limit is determined from: - modelling said borehole equipment by an equivalent computational model for computer simulation, - loading elements of said model with physical quantities representing an initial state of said borehole equipment causing a transition of said bottom hole assembly from stick mode to slip mode, - simulating in said loaded model a transition representative of said transition of said bottom hole assembly from stick mode to slip mode, - registering relaxation dynamics in said model from said simulating step and representing rotational driven speed of said bottom hole assembly, and - determining from said relaxation dynamics said lower drive speed limit as a drive speed for which said rotational driven speed of said bottom hole assembly is zero. - operating said speed controller such that said drive speed is above a lower drive speed limit while drilling a borehole by said borehole equipment, wherein said lower drive speed limit is determined from: - modelling said borehole equipment by an equivalent computational model for computer simulation, - loading elements of said model with physical quantities representing an initial state of said borehole equipment causing a transition of said bottom hole assembly from stick mode to slip mode, - simulating in said loaded model a transition representative of said transition of said bottom hole assembly from stick mode to slip mode, - registering relaxation dynamics in said model from said simulating step and representing rotational driven speed of said bottom hole assembly, and - determining from said relaxation dynamics said lower drive speed limit as a drive speed for which said rotational driven speed of said bottom hole assembly is zero.
A vehicle control unit (200, 300, 400, 500), in particular an autonomous driving control unit, comprising: a microcontroller unit (240, 340, 440, 540); a sealing controller unit (250, 350, 450, 550), configured to detect a mechanical change to the housing (210, 220, 310, 410, 420, 510, 520); an electrical connector (260, 360, 460, 560) coupling the microcontroller unit (240, 340, 440, 540) to the sealing controller unit (250, 350, 450, 550); and a housing (210, 220, 310, 410, 420, 510, 520) enclosing the microcontroller unit (240, 340, 440, 540), the sealing controller unit (250, 350, 450, 550) and the electrical connector (260, 360, 460, 560); characterized in that the sealing controller unit (250, 350, 450, 550) includes a memory means for storing a validity state, wherein the memory means include a memory chip; the microcontroller unit (240, 340, 440, 540) is configured to determine the validity state of the sealing controller unit (250, 350, 450, 550) via the electrical connector (260, 360, 460, 560) and wherein the sealing controller unit (250, 350, 450, 550) is configured to change the validity state when a mechanical change to the housing (210, 220, 310, 410, 420, 510, 520) is detected. a microcontroller unit (240, 340, 440, 540); a sealing controller unit (250, 350, 450, 550), configured to detect a mechanical change to the housing (210, 220, 310, 410, 420, 510, 520); an electrical connector (260, 360, 460, 560) coupling the microcontroller unit (240, 340, 440, 540) to the sealing controller unit (250, 350, 450, 550); and a housing (210, 220, 310, 410, 420, 510, 520) enclosing the microcontroller unit (240, 340, 440, 540), the sealing controller unit (250, 350, 450, 550) and the electrical connector (260, 360, 460, 560); characterized in that the sealing controller unit (250, 350, 450, 550) includes a memory means for storing a validity state, wherein the memory means include a memory chip; the microcontroller unit (240, 340, 440, 540) is configured to determine the validity state of the sealing controller unit (250, 350, 450, 550) via the electrical connector (260, 360, 460, 560) and wherein the sealing controller unit (250, 350, 450, 550) is configured to change the validity state when a mechanical change to the housing (210, 220, 310, 410, 420, 510, 520) is detected.
A method comprising: identifying, by a device, a policy comprising an adjustment interval and an overflow threshold value and/or an underflow threshold value; implementing, by the device, the policy based on identifying the policy; determining, by the device and based on implementing the policy, a quantity of premature expirations of the adjustment interval based on the overflow threshold value or the underflow threshold value, a bandwidth reservation of a label-switched path being adjusted at an expiration of the adjustment interval; and determining, by the device and based on determining the quantity of premature expirations of the adjustment interval, an updated policy that reduces the quantity of premature expirations of the adjustment interval. identifying, by a device, a policy comprising an adjustment interval and an overflow threshold value and/or an underflow threshold value; implementing, by the device, the policy based on identifying the policy; determining, by the device and based on implementing the policy, a quantity of premature expirations of the adjustment interval based on the overflow threshold value or the underflow threshold value, a bandwidth reservation of a label-switched path being adjusted at an expiration of the adjustment interval; and determining, by the device and based on determining the quantity of premature expirations of the adjustment interval, an updated policy that reduces the quantity of premature expirations of the adjustment interval.
Electromotive furniture drive having a power supply device for adjusting movable furniture components relative to one another, wherein the electromotive furniture drive comprises at least one electric motor which can be reversed in the direction of rotation, wherein a speed-reducing gear is connected downstream of each electric motor and wherein a further gear is connected downstream of each speed-reducing gear, and wherein the power supply device has a mains connection which is designed to be connectable to the mains, wherein the power supply device transforms the mains-side input voltage into an output-side extra-low voltage, and having an isolating transformer or a transformer for electrical isolation between the mains-side input side and the output side supplying extra-low voltage for operating the electromotive furniture drive, wherein the power supply device is designed in the manner of a switched-mode power supply unit and comprises an intermediate circuit having a control module for controlling the switched-mode power supply unit, and the control module is assigned a power source which is provided with a mains-bound charging circuit, wherein the power supply device has an off operating state when disconnected from the mains, a start-up operating state after connection to the mains until regular operation, and an operating state for operation in regular operation, characterized in that a further controllable auxiliary power supply is connected to the power source of the control module, which additionally supplies the control module with electrical power in the start-up operating state, wherein the further controllable auxiliary power supply is connected in parallel with the power source of the control module, wherein the power source is connected to at least one mains-bound supply path, and wherein the controllable auxiliary power supply is electrically connected to the mains-bound supply path.
Apparatus for a source base station, and comprising: one or more processors, and memory storing instructions that, when executed by the one or more processors, cause the apparatus to check if an indication indicates that a target cell is configured to store concurrently a first configuration data set of a terminal and a second configuration data set of the terminal, wherein the first configuration data set is based on information on a first configuration of the terminal contained in a first conditional handover request for the terminal from a source cell to the target cell, and the second configuration data set is based on information on a second configuration of the terminal contained in a second conditional handover request for the terminal from the source cell to the target cell; monitor if the source cell intends performing a radio reconfiguration of the terminal from the first configuration to the second configuration after the source cell configured the terminal for the first conditional handover; cancel the first conditional handover in the terminal if the source cell intends performing the radio reconfiguration and the indication does not indicate that the target cell is configured to store concurrently the first configuration data set and the second configuration data set; instruct the source cell to request the second conditional handover from the target cell if the source cell intends performing the radio reconfiguration and the indication indicates that the target cell is configured to store concurrently the first configuration and the second configuration. one or more processors, and memory storing instructions that, when executed by the one or more processors, cause the apparatus to check if an indication indicates that a target cell is configured to store concurrently a first configuration data set of a terminal and a second configuration data set of the terminal, wherein the first configuration data set is based on information on a first configuration of the terminal contained in a first conditional handover request for the terminal from a source cell to the target cell, and the second configuration data set is based on information on a second configuration of the terminal contained in a second conditional handover request for the terminal from the source cell to the target cell; monitor if the source cell intends performing a radio reconfiguration of the terminal from the first configuration to the second configuration after the source cell configured the terminal for the first conditional handover; cancel the first conditional handover in the terminal if the source cell intends performing the radio reconfiguration and the indication does not indicate that the target cell is configured to store concurrently the first configuration data set and the second configuration data set; instruct the source cell to request the second conditional handover from the target cell if the source cell intends performing the radio reconfiguration and the indication indicates that the target cell is configured to store concurrently the first configuration and the second configuration.