mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: downloading at the request of a user an application for storage in a secure module of a terminal ; receiving from the user a user assigned descriptive name for the downloaded application; storing in a selector assistant module of the terminal the descriptive name together with an application identity of the downloaded application in an elementary file directory associated with the downloaded application, the descriptive name being stored in a user editable field, and the elementary file being stored for access by the selector assistant module of the terminal, where the selector assistant module is interposed between a source of requests and the secure module; in response to a request to activate a stored application, the selector assistant module presenting the user with a list having a list element comprising the stored user assigned descriptive name; and activating the application associated with a selection of the list element by the user. downloading at the request of a user an application for storage in a secure module of a terminal ; receiving from the user a user assigned descriptive name for the downloaded application; storing in a selector assistant module of the terminal the descriptive name together with an application identity of the downloaded application in an elementary file directory associated with the downloaded application, the descriptive name being stored in a user editable field, and the elementary file being stored for access by the selector assistant module of the terminal, where the selector assistant module is interposed between a source of requests and the secure module; in response to a request to activate a stored application, the selector assistant module presenting the user with a list having a list element comprising the stored user assigned descriptive name; and activating the application associated with a selection of the list element by the user.
Method for operating a motor vehicle comprising a camera apparatus which records images of the area ahead of the vehicle, which camera apparatus has an associated control apparatus for evaluating the images, wherein the control apparatus evaluates the images to detect at least one hand motion performed by a person shown in the images, characterised in that the hand motion signals that the person would like to be picked up by the motor vehicle , wherein, when a hand motion which describes a gesture indicating a stopping request is detected, the self-driving motor vehicle is controlled to stop in the vicinity of the person so that the person can enter the vehicle.
An apparatus comprising a processor and memory including computer program code, the memory and computer program code configured to, with the processor , enable the apparatus at least to: determine a plurality of different paths of travel (r1-r3) for a vehicle on a road network by map-matching at least one known location of the vehicle with predetermined map data for the road network, each of the plurality of paths of travel (r1-r3) consisting of a driveable sequence of contiguous road segments in two or three dimensions reflecting the trajectory of the vehicle so far; determine a current location of the vehicle on the road network using respective recursive Bayesian filters for each of the different paths of travel (r1-r3), each recursive Bayesian filter configured to compare data received from a sensor on the vehicle with predetermined map data for the respective path of travel to calculate a likelihood of the vehicle being currently located on the respective path of travel and a probability distribution of possible locations along this path of travel ; and determine the current location of the vehicle as one or more of the possible locations along the path of travel having the greatest associated likelihood. determine a plurality of different paths of travel (r1-r3) for a vehicle on a road network by map-matching at least one known location of the vehicle with predetermined map data for the road network, each of the plurality of paths of travel (r1-r3) consisting of a driveable sequence of contiguous road segments in two or three dimensions reflecting the trajectory of the vehicle so far; determine a current location of the vehicle on the road network using respective recursive Bayesian filters for each of the different paths of travel (r1-r3), each recursive Bayesian filter configured to compare data received from a sensor on the vehicle with predetermined map data for the respective path of travel to calculate a likelihood of the vehicle being currently located on the respective path of travel and a probability distribution of possible locations along this path of travel ; and determine the current location of the vehicle as one or more of the possible locations along the path of travel having the greatest associated likelihood.
A method for manufacturing an SOI wafer, by which at least one type of gas ion selected from a hydrogen ion and a rare gas ion is ion-implanted into a silicon single crystal bond wafer from a surface thereof to form an ion implanted layer, an ion implanted surface of the bond wafer is bonded to a surface of a base wafer through an insulator film, and then the bond wafer is delaminated at the ion implanted layer to fabricate an SOI wafer, wherein the method comprises a step of forming the insulator film on at least an entire surface of the bond wafer before the bonding, bringing a bonded wafer before delaminating the bond wafer at the ion implanted layer into contact with a liquid that enables dissolving the insulator film or exposing the same to a gas that enables dissolving the insulator film while protecting the insulator film on a back surface on the opposite side of a bonding surface of the bond wafer, and thus etching the insulator film placed between the bond wafer and the base wafer from an outer peripheral end of the bonded wafer toward a center of the same.
A method of removing aromatic compounds from a lubricant comprising greater than 50% to about 99.5% by weight base oil, the method comprising contacting the lubricant with a solid-phase polymeric material, the solid-phase polymeric material comprising a hyper cross-linked polymer having a mean pore size of from 0.1 to 100 nm, the hyper cross-linked polymer comprising aromatic groups, wherein the solid-phase polymeric material is obtainable by a polymerization reaction between a monomer comprising a vinyl aromatic group, and a cross-linker.
A fastening tape comprising a substrate layer comprising a nonwoven layer with two opposite faces defining a first outer face and a second outer face of the substrate layer , at least one fastening element provided on the first outer face of the substrate layer , the fastening tape being characterized in that the substrate layer presents an air permeability which is higher than 0 and lower than 30 l.m -2 .s -1 as per ISO 9237 with a pressure of 200 Pa for a sample with a tested zone having a diameter of 8mm. a substrate layer comprising a nonwoven layer with two opposite faces defining a first outer face and a second outer face of the substrate layer , at least one fastening element provided on the first outer face of the substrate layer , the fastening tape being characterized in that the substrate layer presents an air permeability which is higher than 0 and lower than 30 l.m -2 .s -1 as per ISO 9237 with a pressure of 200 Pa for a sample with a tested zone having a diameter of 8mm.
An illumination device for generating an illumination field for a camera , the illumination device comprising at least one light transmitter and a reflector cone that is assigned to the light transmitter and has an internally mirrored surface area, a transmitting lens being arranged in the reflector cone on the base area thereof in order to generate an illumination field of a predetermined illumination angle, characterized in that the illumination device comprises a plurality of annularly arranged transmitting lenses that are each configured as a double lens having a first lens and a second lens connected thereto, and in that the double lenses are each arranged radially with regard to the connecting line between the first lens and the second lens and form a double ring.
A microprocessor comprising: a cryptographic engine; a controller connected to the cryptographic engine, and the controller is configured to: receive a plurality of access requests for the cryptographic engine from a plurality of execution environments, respectively; and respond to one of the plurality of access requests and instruct the cryptographic engine to execute a cryptographic algorithm based on stored data required for executing the cryptographic algorithm; and one or more buffer units are connected to the controller and +kr# are separated from each other, and each of the one or more buffer units are configured to: store data required for executing the cryptographic algorithm of an access request from an execution environment of the plurality of execution environments, and intermediate data of the execution of the cryptographic algorithm and obtained result data of the execution of the cryptographic algorithm corresponding to the execution environment; avoiding the plurality of execution environments share a buffer unit, or sharing by several execution environment of the plurality of execution environments that have a difference between priorities that is less than a predetermined threshold a same buffer unit a cryptographic engine; a controller connected to the cryptographic engine, and the controller is configured to: receive a plurality of access requests for the cryptographic engine from a plurality of execution environments, respectively; and respond to one of the plurality of access requests and instruct the cryptographic engine to execute a cryptographic algorithm based on stored data required for executing the cryptographic algorithm; and receive a plurality of access requests for the cryptographic engine from a plurality of execution environments, respectively; and respond to one of the plurality of access requests and instruct the cryptographic engine to execute a cryptographic algorithm based on stored data required for executing the cryptographic algorithm; and one or more buffer units are connected to the controller and +kr# are separated from each other, and each of the one or more buffer units are configured to: store data required for executing the cryptographic algorithm of an access request from an execution environment of the plurality of execution environments, and intermediate data of the execution of the cryptographic algorithm and obtained result data of the execution of the cryptographic algorithm corresponding to the execution environment; avoiding the plurality of execution environments share a buffer unit, or sharing by several execution environment of the plurality of execution environments that have a difference between priorities that is less than a predetermined threshold a same buffer unit
An aerosol generating apparatus comprising: a case ; a container which is installed inside the case to move in a longitudinal direction of the case and includes a receiving space for receiving a cigarette ; a heater which is disposed inside the case so that a front end is inserted into the receiving space of the container and heats the cigarette when electricity is applied; and an elastic support part which elastically supports the container with respect to the case ; characterized in that : the aerosol generating apparatus further comprises: a switch which detects whether the cigarette is inserted or not to apply electricity to the heater ; and wherein the container further comprises an extension part in which an inner diameter of one end extends outward, and the case further comprises an insertion part which is inserted between an inner wall surface of the extension part of the container and an outer circumferential surface of the cigarette to extend linearly in a movement direction of the container . a case ; a container which is installed inside the case to move in a longitudinal direction of the case and includes a receiving space for receiving a cigarette ; a heater which is disposed inside the case so that a front end is inserted into the receiving space of the container and heats the cigarette when electricity is applied; and an elastic support part which elastically supports the container with respect to the case ; the aerosol generating apparatus further comprises: a switch which detects whether the cigarette is inserted or not to apply electricity to the heater ; and wherein the container further comprises an extension part in which an inner diameter of one end extends outward, and the case further comprises an insertion part which is inserted between an inner wall surface of the extension part of the container and an outer circumferential surface of the cigarette to extend linearly in a movement direction of the container .
A display device with adjustable viewing angle , comprising: - a backlight unit comprising a plurality of light sources for illuminating pixels of a display unit ; - a plurality of electro-optical lenses with adjustable optical power arranged in a lens array between the backlight unit and the display unit , wherein each electro-optical lens is configured to collect light from at least one of the plurality of light sources and to project the light along a respective lens projection axis onto at least one of a plurality of pixels ; and - a display unit comprising a plurality of pixels arranged in a pixel array for displaying image information to a user; wherein each electro-optical lens is adjustable between: - a public mode, in which the electro-optical lens is configured to project the light along the respective lens projection axis within a first viewing angle , and - a privacy mode, in which the electro-optical lens is configured to project the light along the respective lens projection axis within a second viewing angle , smaller than the first viewing angle , characterised in that the optical projection axis is directed in a predetermined bias angle from a perpendicular direction at the surface of the display device . - a backlight unit comprising a plurality of light sources for illuminating pixels of a display unit ; - a plurality of electro-optical lenses with adjustable optical power arranged in a lens array between the backlight unit and the display unit , wherein each electro-optical lens is configured to collect light from at least one of the plurality of light sources and to project the light along a respective lens projection axis onto at least one of a plurality of pixels ; and - a display unit comprising a plurality of pixels arranged in a pixel array for displaying image information to a user; wherein each electro-optical lens is adjustable between: - a public mode, in which the electro-optical lens is configured to project the light along the respective lens projection axis within a first viewing angle , and - a privacy mode, in which the electro-optical lens is configured to project the light along the respective lens projection axis within a second viewing angle , smaller than the first viewing angle , - a public mode, in which the electro-optical lens is configured to project the light along the respective lens projection axis within a first viewing angle , and - a privacy mode, in which the electro-optical lens is configured to project the light along the respective lens projection axis within a second viewing angle , smaller than the first viewing angle , characterised in that the optical projection axis is directed in a predetermined bias angle from a perpendicular direction at the surface of the display device .
An on-board device mounted in a vehicle comprising: a determination unit configured to determine whether versions of software of a plurality of on-board devices mounted in the vehicle are consistent by comparison with a consistency table prepared in advance; characterized in that the on-board device further comprising: a transmission unit configured to transmit, to an external server , version information on each version of software of the on-board devices when the determination unit determines the versions of the pieces of the on-board devices are not consistent; and a reception unit configured to receive determination result information that is information on a determination result determined by the external server based on the version information transmitted by the transmission unit , the determination result information indicating whether the versions of the software of the on-board devices are consistent. a determination unit configured to determine whether versions of software of a plurality of on-board devices mounted in the vehicle are consistent by comparison with a consistency table prepared in advance; characterized in that the on-board device further comprising: a transmission unit configured to transmit, to an external server , version information on each version of software of the on-board devices when the determination unit determines the versions of the pieces of the on-board devices are not consistent; and a reception unit configured to receive determination result information that is information on a determination result determined by the external server based on the version information transmitted by the transmission unit , the determination result information indicating whether the versions of the software of the on-board devices are consistent. a transmission unit configured to transmit, to an external server , version information on each version of software of the on-board devices when the determination unit determines the versions of the pieces of the on-board devices are not consistent; and a reception unit configured to receive determination result information that is information on a determination result determined by the external server based on the version information transmitted by the transmission unit , the determination result information indicating whether the versions of the software of the on-board devices are consistent.
A signal processing method, comprising: determining a first parameter of each silence frame in T silence frames, wherein the first parameter is used for representing spectral entropy, and T is a positive integer; and determining a first spectral parameter according to a spectral parameter of a first group of silence frames, wherein the first spectral parameter is used for generating a comfort noise, the T silence frames are classified into the first group of silence frames and a second group of silence frames, and spectral entropy represented by first parameters of the first group of silence frames is greater than spectral entropy represented by first parameters of the second group of silence frames. determining a first parameter of each silence frame in T silence frames, wherein the first parameter is used for representing spectral entropy, and T is a positive integer; and determining a first spectral parameter according to a spectral parameter of a first group of silence frames, wherein the first spectral parameter is used for generating a comfort noise, the T silence frames are classified into the first group of silence frames and a second group of silence frames, and spectral entropy represented by first parameters of the first group of silence frames is greater than spectral entropy represented by first parameters of the second group of silence frames.
A construction machine such as an excavator, a loader or a crane having at least one hydraulic attachment such as an arm of an excavator, of a loader or of a crane, wherein the attachment comprises at least one pivot bearing , having at least one separator plate provided at the pivot bearing , at least one first hydraulic line and at least one second hydraulic line , wherein the at least one separator plate is or can be connected to the at least one pivot bearing and to the hydraulic lines ; and wherein the at least one separator plate comprises at least one connection section at which the at least two hydraulic lines are connected to the at least one separator plate , characterized in that the at least two hydraulic lines are connected to the at least one separator plate and to one another via at least one screw connection section ; and in that the at least two hydraulic lines are fixed relative to one another and relative to the at least one separator plate and relative to the at least one pivot bearing by means of the at least one screw connection (13(, with the at least two hydraulic lines being connected to one another and to the at least one separator plate in a shape-matched manner and/or in a force transmitting manner and/or with material continuity, with the at least one separator plate comprising at least one positioning plate which is made in one piece, which has the at least one connection section and which is connected directly to at least half the hydraulic lines , with the at least two hydraulic lines being fixed relative to one another and relative to the at least one separator plate and thus to the at least one pivot bearing , and with the at least one pivot bearing having consoles via which the at least one separator plate is mounted within the structure of the at least one pivot bearing by means of connection screws .
A method comprising: transmitting , by a current root network device of a network , a first unicast message to a network router , wherein the network is organized according to a spanning tree protocol; and when the first unicast message is received by at least two intermediate network devices situated between the current root network device and the network router : receiving , by the current root network device : a first response from a first intermediate device indicating a first root path cost associated with the first intermediate device ; and a second response from a second intermediate device indicating a second root path cost associated with the second intermediate device , the first and second intermediate devices having relayed the first unicast message from the current root network device to the router ; determining , by the current root network device , based on the received responses, that a particular network device that is different than the current root network device is a more optimal root of the network spanning tree than the current root network device by comparing the first and second root path costs; and sending , by the current root network device , a message to designate the identified particular network device as the new root network device, comprising exchanging bridge priority between the current root network device and the new root network device. receiving , by the current root network device : a first response from a first intermediate device indicating a first root path cost associated with the first intermediate device ; and a second response from a second intermediate device indicating a second root path cost associated with the second intermediate device , the first and second intermediate devices having relayed the first unicast message from the current root network device to the router ; a first response from a first intermediate device indicating a first root path cost associated with the first intermediate device ; and a second response from a second intermediate device indicating a second root path cost associated with the second intermediate device , the first and second intermediate devices having relayed the first unicast message from the current root network device to the router ; determining , by the current root network device , based on the received responses, that a particular network device that is different than the current root network device is a more optimal root of the network spanning tree than the current root network device by comparing the first and second root path costs; and sending , by the current root network device , a message to designate the identified particular network device as the new root network device, comprising exchanging bridge priority between the current root network device and the new root network device.