mhurhangee/patent-ind-claim-en huggingface dataset:
A method of authenticating a user by a secure processor (SRV, SE), the method comprising the steps of: executing, by a user terminal (MT), an impenetrable program (APG, APG1) that configures the terminal to display on a display screen of the terminal an image (IM) presenting selectable areas, each assigned with a label or a icon and having a distribution in the image defined by first random data (RN1), the image comprising frames (IM1) not intelligible individually for the user, displayed successively at a rate adapted to exploit the persistence of the vision system of the user so that the labels or icons appear on the display screen in a manner that is intelligible to the user, collecting by the terminal positions of the display screen (Pos<i>) designated by the user by means of an interface of the terminal, in relation to the displayed image, transmitting by the terminal to the secure processor the positions designated by the user, and verifying by the secure processor the designated positions relative to the displayed image, the user being authenticated if the designated positions correspond to an authentication data of the user, known to the secure processor. executing, by a user terminal (MT), an impenetrable program (APG, APG1) that configures the terminal to display on a display screen of the terminal an image (IM) presenting selectable areas, each assigned with a label or a icon and having a distribution in the image defined by first random data (RN1), the image comprising frames (IM1) not intelligible individually for the user, displayed successively at a rate adapted to exploit the persistence of the vision system of the user so that the labels or icons appear on the display screen in a manner that is intelligible to the user, collecting by the terminal positions of the display screen (Pos<i>) designated by the user by means of an interface of the terminal, in relation to the displayed image, transmitting by the terminal to the secure processor the positions designated by the user, and verifying by the secure processor the designated positions relative to the displayed image, the user being authenticated if the designated positions correspond to an authentication data of the user, known to the secure processor.
Conductive body , in particular printed circuit board , for a plug contact unit in the form of a trailer socket of a trailer coupling for a motor vehicle , or as part of the trailer socket , wherein the plug contact unit includes a trailer contact arrangement which has electrical connection contacts to make an electrical connection with a trailer plug of a trailer which may be attached to the trailer coupling , which may be connected electrically to an electrical vehicle interface , wherein the vehicle interface has a vehicle contact arrangement and/or a connection cable for connection to a vehicle electrical system of the motor vehicle , characterised in that the conductive body has a protective circuit connected between the trailer contact arrangement and the vehicle interface or provided as such a circuit, with at least one voltage reduction component for the reduction of electrostatic voltage received via the trailer contact arrangement , and wherein the conductive body , in particular the printed circuit board , has plug contacts for plugging into or through electrical contact elements , in particular plug-in projections, of the vehicle interface and/or the trailer contact arrangement , or is designed as carrier for electrical contact elements , namely plug-in projections or plug sockets, of the vehicle interface and/or the trailer contact arrangement , and carries at least one electrical contact element .
A user terminal device , comprising: a hinge configured to enable the user terminal device to be foldable; a single flexible display configured to be divided into a first area and a second area by the hinge, wherein an exposure area of the second area is not covered by the first area when the user terminal device is folded so that a part of the first area touches a part of the second area ; a detector configured to detect a user interaction; and a controller configured to, in response to detecting a folding of the single flexible display along a folding line , control the single flexible display to display a predetermined user interface, UI, on the exposure area , wherein the controller is further configured to, control the single flexible display to display a UI for releasing a lock state of the user terminal device on the exposure area as the single flexible display is in a folded state, in response to detecting an unfolding of the single flexible display after a lock release command is input through the UI for releasing the lock state of the user terminal device , control the single flexible display to display a home screen , and in response to detecting an unfolding of the single flexible display while the lock release command is not input through the UI for releasing the lock state of the user terminal device , control the single flexible display to display a UI for releasing the lock state of the user terminal device on full screen. a hinge configured to enable the user terminal device to be foldable; a single flexible display configured to be divided into a first area and a second area by the hinge, wherein an exposure area of the second area is not covered by the first area when the user terminal device is folded so that a part of the first area touches a part of the second area ; a detector configured to detect a user interaction; and a controller configured to, in response to detecting a folding of the single flexible display along a folding line , control the single flexible display to display a predetermined user interface, UI, on the exposure area , wherein the controller is further configured to, control the single flexible display to display a UI for releasing a lock state of the user terminal device on the exposure area as the single flexible display is in a folded state, in response to detecting an unfolding of the single flexible display after a lock release command is input through the UI for releasing the lock state of the user terminal device , control the single flexible display to display a home screen , and in response to detecting an unfolding of the single flexible display while the lock release command is not input through the UI for releasing the lock state of the user terminal device , control the single flexible display to display a UI for releasing the lock state of the user terminal device on full screen.
A switch device in which an operation unit and a switch unit equipped with an opening-closing contact mechanism that is opened in conjunction with the operation unit are separably joined together, a first spring member biasing in a first direction the opening-closing contact mechanism, wherein the switch unit is provided with a drive portion , characterised by said drive portion comprising a rotary cover and a rotary plate , which drives the opening-closing contact mechanism to a standby position to assume a state when the operation unit is separated from the switch unit, and drives the opening-closing contact mechanism in the usage position to assume another state when the operation unit and the switch unit are joined together, the operation unit is provided with an engagement portion that is engaged with the drive portion and drives the drive portion from the standby position to the usage position when the operation unit is joined and attached to the switch unit, wherein a second rotary coil spring member applies a force on said rotary cover and rotary plate of said drive portion to engage said engagement portion, said force being applied in a second direction (R) which is transversal to said first direction, and the operation unit is joined to the switch unit in said usage position by inserting the operation unit into the switch unit.
A method performed by an aerial user equipment, UE, operating in a wireless communication system, the method comprising: informing (S1001) a serving cell of a first location information of the aerial UE; receiving (S1003), from the serving cell via a first Radio Resource Control, RRC, message, information related to a triggering condition for measurement reporting which is associated with the first location information of the aerial UE; reporting (S1005) a result of a measurement including a second location information of the aerial UE to the serving cell when the triggering condition is met; and receiving a second RRC message for reconfiguration of radio link related parameters according to the result of the measurement for the serving cell, wherein each of the first and second location infomation include an altitude and at least one of a vertical speed or a horizontal speed, wherein the triggering condition includes: the altitude of the aerial UE becomes higher than a first threshold; or the altitude of the aerial UE becomes lower than a second threshold. informing (S1001) a serving cell of a first location information of the aerial UE; receiving (S1003), from the serving cell via a first Radio Resource Control, RRC, message, information related to a triggering condition for measurement reporting which is associated with the first location information of the aerial UE; reporting (S1005) a result of a measurement including a second location information of the aerial UE to the serving cell when the triggering condition is met; and receiving a second RRC message for reconfiguration of radio link related parameters according to the result of the measurement for the serving cell, receiving (S1003), from the serving cell via a first Radio Resource Control, RRC, message, information related to a triggering condition for measurement reporting which is associated with the first location information of the aerial UE; reporting (S1005) a result of a measurement including a second location information of the aerial UE to the serving cell when the triggering condition is met; and receiving a second RRC message for reconfiguration of radio link related parameters according to the result of the measurement for the serving cell, wherein each of the first and second location infomation include an altitude and at least one of a vertical speed or a horizontal speed, wherein the triggering condition includes: the altitude of the aerial UE becomes higher than a first threshold; or the altitude of the aerial UE becomes lower than a second threshold. the altitude of the aerial UE becomes higher than a first threshold; or the altitude of the aerial UE becomes lower than a second threshold.
Packaging, in particular for foodstuffs, comprising a tray made of cardboard or paperboard, and a lid which is placed onto the tray in the closed state of the packaging and which engages over the outside of an upper edge of the tray , wherein connection elements of the lid cooperate with retaining elements arranged on associated side walls of the tray , and the side walls of the tray that have the retaining elements each have a wall portion which is connected to the base of the tray via a fold, and a first stiffening portion connected to the upper end of the wall portion via a fold, characterized in that the connection elements of the lid are formed by inwardly protruding nubs arranged on at least two side walls of the lid , and in that the side walls of the tray additionally each have a second stiffening portion , which is connected to the first stiffening portion via a fold, and an adhesive-bonding portion , which is connected to the second stiffening portion via a fold and which is adhesively bonded to the outer side of the wall portion , wherein a section of the wall portion located above the adhesive-bonding portion , the first stiffening portion and the second stiffening portion delimit a channel which is triangular in cross-section, and in that the retaining elements for the nubs are formed by rims of openings in the second stiffening portions or by the downwardly directed outer surfaces of the second stiffening portions .
A method to measure performance of a plurality of cloud service providers, the method comprising: Deploying a plurality of cloud agents to the plurality of cloud service providers; configuring a controller to measure the performance of each of the plurality of cloud service providers using each of the plurality of cloud agents; probing each of the plurality of cloud service providers by sending probe data from the controller to each of the plurality of cloud service agents, wherein the probe data comprises test traffic from the controller to the plurality of cloud agents; receiving response data from each of plurality of cloud agents, wherein the response data is indicative of performance measurements of the plurality of cloud service providers; and measuring the performance for each of the plurality of cloud service providers using the response data. Deploying a plurality of cloud agents to the plurality of cloud service providers; configuring a controller to measure the performance of each of the plurality of cloud service providers using each of the plurality of cloud agents; probing each of the plurality of cloud service providers by sending probe data from the controller to each of the plurality of cloud service agents, wherein the probe data comprises test traffic from the controller to the plurality of cloud agents; receiving response data from each of plurality of cloud agents, wherein the response data is indicative of performance measurements of the plurality of cloud service providers; and measuring the performance for each of the plurality of cloud service providers using the response data.
Watch including a case delimiting a volume inside which is mounted a dial including a first support plate and a second plate made of a fragile material, the two plates defining a horizontal plane and being bonded one on top of the other substantially concentrically in a vertical direction relative to the horizontal plane, each plate being delimited by an edge , the edge of the first plate forming a first assembly surface of the dial , the second plate having a smaller surface area than the surface area of the first plate and which, in vertical projection onto the first plate does not go beyond the outer edge of the first plate so as to leave free on the first plate a peripheral rim , said peripheral rim forming a second assembly surface of the dial , the case being provided with a back cover , with a crystal and with a joining element between the back cover and the crystal made in one or more parts and comprising a case middle , the first support plate being arranged on the back cover side and the second plate being arranged on the crystal side, the first assembly surface of the dial being mounted in the horizontal plane direction facing a first wall of the joining element with play Dx 1 intended to absorb horizontal shocks, wherein, in the vertical direction, the second assembly surface of the dial is mounted facing a second wall of the joining element with play Dz such that, during vertical shocks, only the first support plate of the dial butts against the joining element, wherein at least one portion of the edge of the second plate stands proud in the vertical direction of the peripheral rim of the first plate , said at least one portion of the edge forming a third assembly surface of the dial , and wherein the third assembly surface of the dial is mounted in the horizontal plane direction facing a third wall of the joining element with play Dx 2 , play Dx 2 being greater than play Dx 1 , so that, during horizontal shocks, only the first support plate of the dial butts against the joining element.
A user equipment comprising: means for detecting a network for registration; means for sending, to the network, a message including an indication that the user equipment is using a default configuration for at least one service available at the network, when the user equipment is configured with the default configuration but does not include a network specific configuration for the network; and means for receiving, from the network, a network specific configuration in a response to the indication that the user equipment is using a default configuration, wherein the indication is an explicit indication and the message is a registration request message, and wherein the explicit indication is a bit or flag indicating that the user equipment is using the default configuration. means for detecting a network for registration; means for sending, to the network, a message including an indication that the user equipment is using a default configuration for at least one service available at the network, when the user equipment is configured with the default configuration but does not include a network specific configuration for the network; and means for receiving, from the network, a network specific configuration in a response to the indication that the user equipment is using a default configuration, wherein the indication is an explicit indication and the message is a registration request message, and wherein the explicit indication is a bit or flag indicating that the user equipment is using the default configuration.
A method to detect a hands off status of a user input device , the method comprising: filtering a sensed force , acting on the user input device, using a first lag filter to provide a first output , the lag filter comprising a first lag time constant; filtering the sensed force using a second lag filter , substantially in parallel with the first filter, to provide a second output , the second lag filter comprising a second lag time constant greater than the first lag time constant; comparing with a first threshold value, in a first comparison , a magnitude of a difference between the first output and the second output; comparing with a second threshold value, in a second comparison , a magnitude of the second output; and designating the user device to have a hands off status based on the first comparison and the second comparison. filtering a sensed force , acting on the user input device, using a first lag filter to provide a first output , the lag filter comprising a first lag time constant; filtering the sensed force using a second lag filter , substantially in parallel with the first filter, to provide a second output , the second lag filter comprising a second lag time constant greater than the first lag time constant; comparing with a first threshold value, in a first comparison , a magnitude of a difference between the first output and the second output; comparing with a second threshold value, in a second comparison , a magnitude of the second output; and designating the user device to have a hands off status based on the first comparison and the second comparison.
An optical apparatus comprising: a light-emitting member ; a light-receiving member ; a substrate , including a plate-like substrate layer and a plate-like conductive layer , on which the light-emitting member and the light-receiving member are mounted; and a light-shielding member disposed between the light-receiving member and the light-emitting member and inserted in a through-hole of the substrate provided between the light-receiving member and the light-emitting member , wherein the light-receiving member is configured to receive reflected light from a portion to be irradiated with the light emitted from the light-emitting member , and wherein the conductive layer is excellent in light-shielding property compared to the substrate layer characterized in that the conductive layer is exposed to an inner cylindrical surface of the through-hole . a light-emitting member ; a light-receiving member ; a substrate , including a plate-like substrate layer and a plate-like conductive layer , on which the light-emitting member and the light-receiving member are mounted; and a light-shielding member disposed between the light-receiving member and the light-emitting member and inserted in a through-hole of the substrate provided between the light-receiving member and the light-emitting member , wherein the light-receiving member is configured to receive reflected light from a portion to be irradiated with the light emitted from the light-emitting member , and wherein the conductive layer is excellent in light-shielding property compared to the substrate layer characterized in that the conductive layer is exposed to an inner cylindrical surface of the through-hole .
Set of body elements of the bottom of a chassis of a motor vehicle, comprising a platform under which is attached at least one shroud globally plane (P1) by allowing between them a base of the chassis , the platform being equipped with at least one attachment which is configured for the attachment of at least one duct and extends within the substructure at least in an elevating direction (E1) perpendicular to the overall plane (P1) of the shroud , characterised by the shroud having an opening that extends next to at least the whole of the tie and is raised away (E1) from the tie a distance (D1) that conforms to an acceptable minimum set distance of elevation separation (E1) between the attachment and the shroud .
A stripper solution for removing photoresist from substrates comprising: 30 weight percent to 97 weight percent diethylene glycol butyl ether; 1 weight percent to 7 weight percent of quaternary ammonium hydroxide; 1 weight percent to 75 weight percent of alkanolamine; 0.001 weight percent to 7 weight percent of one or more corrosion inhibitors; and 3 weight percent to 20 weight percent water; wherein the solution is free of DMSO; wherein the alkanolamine includes 2-(2-aminoethoxy)ethanol; and wherein the one or more corrosion inhibitors are selected from the group consisting of resorcinol, glycerol, sorbitol, and a hydrate of copper (II) nitrate. 30 weight percent to 97 weight percent diethylene glycol butyl ether; 1 weight percent to 7 weight percent of quaternary ammonium hydroxide; 1 weight percent to 75 weight percent of alkanolamine; 0.001 weight percent to 7 weight percent of one or more corrosion inhibitors; and 3 weight percent to 20 weight percent water; wherein the solution is free of DMSO; wherein the alkanolamine includes 2-(2-aminoethoxy)ethanol; and wherein the one or more corrosion inhibitors are selected from the group consisting of resorcinol, glycerol, sorbitol, and a hydrate of copper (II) nitrate.