mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: detecting, in a device (120, 400, 450), an invalid passcode state of the device (120, 400, 450) while the device is in a locked state; prompting a communication from the device (120, 400, 450) to a trusted contact while the device (120, 400, 450) is in the locked state, the trusted contact being designated by the device (120, 400, 450); transmitting the communication to the trusted contact with a lost passcode request while the device (120, 400, 450) is in the locked state, wherein transmitting the communication from the device (120, 400, 450) comprises retrieving a passcode from a secure storage facility and forming a message to be sent to the trusted contact in the communication that includes the retrieved passcode; receiving, by the device, the passcode from the trusted contact; and unlocking the device using the passcode received from the trusted contact. detecting, in a device (120, 400, 450), an invalid passcode state of the device (120, 400, 450) while the device is in a locked state; prompting a communication from the device (120, 400, 450) to a trusted contact while the device (120, 400, 450) is in the locked state, the trusted contact being designated by the device (120, 400, 450); transmitting the communication to the trusted contact with a lost passcode request while the device (120, 400, 450) is in the locked state, wherein transmitting the communication from the device (120, 400, 450) comprises retrieving a passcode from a secure storage facility and forming a message to be sent to the trusted contact in the communication that includes the retrieved passcode; receiving, by the device, the passcode from the trusted contact; and unlocking the device using the passcode received from the trusted contact.
A wireless device comprising: a memory; a display unit configured to display a first image; a wireless communication unit configured to receive a mirroring image from an external device including a mobile display unit configured to display a second image, wherein the mirroring image includes the second image and a letter box; and a processor configured to control the display unit and the wireless communication unit, characterized in that the processor is configured to: acquire an average peak luminance value associated with the letter box, either from the memory if the external device is registered in the memory or by processing the received mirroring image if the external device is not registered in the memory, extract active region information of the mirroring image based on the acquired average peak luminance value of the letter box, determine a screen ratio of the second image based on the extracted active region information of the mirroring image, and display a third image on the display unit having the same screen ratio as the determined screen ratio of the second image on the first image, wherein the third image is identical to the second image without the letter box. a memory; a display unit configured to display a first image; a wireless communication unit configured to receive a mirroring image from an external device including a mobile display unit configured to display a second image, wherein the mirroring image includes the second image and a letter box; and a processor configured to control the display unit and the wireless communication unit, characterized in that the processor is configured to: acquire an average peak luminance value associated with the letter box, either from the memory if the external device is registered in the memory or by processing the received mirroring image if the external device is not registered in the memory, extract active region information of the mirroring image based on the acquired average peak luminance value of the letter box, determine a screen ratio of the second image based on the extracted active region information of the mirroring image, and display a third image on the display unit having the same screen ratio as the determined screen ratio of the second image on the first image, wherein the third image is identical to the second image without the letter box. acquire an average peak luminance value associated with the letter box, either from the memory if the external device is registered in the memory or by processing the received mirroring image if the external device is not registered in the memory, extract active region information of the mirroring image based on the acquired average peak luminance value of the letter box, determine a screen ratio of the second image based on the extracted active region information of the mirroring image, and display a third image on the display unit having the same screen ratio as the determined screen ratio of the second image on the first image, wherein the third image is identical to the second image without the letter box.
Composition of extracts from Hippeastrum papilio comprising galanthamine, narwedine and haemanthamine obtainable by conventional procedures for liquid-liquid extraction of alkaloids, and characterized in that it contains the following components as determined by integration of their GC-MS peak areas and expressed as a percentage of their total ion current: galanthamine from 40% to 98%, haemanthamine from 0.01% to 35%, narwedine from 0.01% to 10%, and other alkaloids of homolycorine-, and/or tazettine-, and/or monthanine- and/or lycorine-type from 0.001% to 35%, and non-alkaloid plant metabolites from 0.001 to 1 %, and in that it is derived from the total extracts from dry herbage of Hippeastrum papilio.
Locking device comprising a locking cylinder and a matching key, which device comprises a cylinder core that is mounted in a bearing hole of a cylinder housing so as to be able to rotate about an axis of rotation, into the key channel of which core, which channel extends in the direction of the axis of rotation, a shaft of the key having one or more coding notches and at least one magnetic zone can be inserted, and comprising at least one first core bore and housing bore arranged in a radial plane extending through the axis of rotation, in which bores a first core pin and an associated housing pin are respectively mounted, which pins can be moved in a direction that is transverse to the direction of the axis of rotation, it being possible to move the first core pin from a locked position into a release position by making contact with one coding notches associated therewith, and comprising at least one second core bore in which a second, magnetic core pin can be moved, which pin can be moved from a locked position into a release position by means of magnetic interaction with the at least one magnetic zone, characterised in that the axis of the second core bore is arranged in a secant plane which extends transversely to the radial plane and is offset relative to the axis of rotation, the magnetic core pin, which has a non-circular cross section and is inserted in the core bore associated therewith such that it cannot rotate, having an end face that extends obliquely relative to the axis of said pin.
A heater for an image forming apparatus, comprising: a heat generating unit configured to generate heat by electric conduction; and a plurality of electrodes configured to be respectively disposed at facing side edges of the heat generating unit so as to be electrically connected to the heat generating unit, characterized in that: the heat generating unit comprises a single heat generating region having a rectangular shape; the facing side edges comprise a first side edge and a second side edge that extend in the main scanning direction and face in the sub-scanning direction; and at least one of the first and second side edges is divided into individual electrodes by cutout portions (361d0). a heat generating unit configured to generate heat by electric conduction; and a plurality of electrodes configured to be respectively disposed at facing side edges of the heat generating unit so as to be electrically connected to the heat generating unit, characterized in that: the heat generating unit comprises a single heat generating region having a rectangular shape; the facing side edges comprise a first side edge and a second side edge that extend in the main scanning direction and face in the sub-scanning direction; and at least one of the first and second side edges is divided into individual electrodes by cutout portions (361d0). the heat generating unit comprises a single heat generating region having a rectangular shape; the facing side edges comprise a first side edge and a second side edge that extend in the main scanning direction and face in the sub-scanning direction; and at least one of the first and second side edges is divided into individual electrodes by cutout portions (361d0).
A metal base circuit board, comprising a metal plate, an insulating layer formed on one or both sides of said metal plate, and on top of said insulating layer, a circuit formed with a metal foil, and on top of said circuit, a metal of a different type from that forming said circuit, said circuit being formed from copper foil, the reflectivity of the circuit portion for visible light having a wavelength of 460 nm, 525 nm, and 620 nm is 80% or greater for each, wherein the insulating layer contains a white pigment, and said white pigment comprises at least one type of white pigment selected from zinc oxide, calcium carbonate, titanium dioxide, alumina, and smectite, characterized by an aluminum layer being layered on top of one portion or the entirety of said copper foil.
A broadcast receiver comprising: a display unit which displays an image; a sound output unit which outputs a sound; a signal receiving unit which comprises a first receiving unit for receiving a first broadcast signal and a second receiving unit for receiving a second broadcast signal; a communication unit arranged to communicate with an external device; and a signal processing unit arranged to process a video signal and a first sound signal which are contained in the first broadcast signal such that the display unit displays the image based on the processed video signal and the sound output unit outputs the sound based on the processed first sound signal, and to process a second sound signal which is contained in the second broadcast signal and provide the processed second sound signal to the communication unit for transmission to the external device if the second broadcast signal includes only a sound signal, while the video signal and the first sound signal which are contained in the first broadcast signal are processed, the image is displayed on the display unit and the sound is output by the sound output unit. a display unit which displays an image; a sound output unit which outputs a sound; a signal receiving unit which comprises a first receiving unit for receiving a first broadcast signal and a second receiving unit for receiving a second broadcast signal; a communication unit arranged to communicate with an external device; and a signal processing unit arranged to process a video signal and a first sound signal which are contained in the first broadcast signal such that the display unit displays the image based on the processed video signal and the sound output unit outputs the sound based on the processed first sound signal, and to process a second sound signal which is contained in the second broadcast signal and provide the processed second sound signal to the communication unit for transmission to the external device if the second broadcast signal includes only a sound signal, while the video signal and the first sound signal which are contained in the first broadcast signal are processed, the image is displayed on the display unit and the sound is output by the sound output unit.
A vehicle door locking system comprising: a sensor device that is configured to be mounted in a door handle or a vehicle door of a vehicle, to detect presence or absence of an object approaching or being in contact with the sensor device, and to output a signal for locking or unlocking the vehicle door; and a sensor controller that controls the sensor device, wherein the sensor controller changes a control state of the sensor device or changes a processing state of the signal output from the sensor device on the basis of new information which includes at least one of information output from the sensor device and information output from a device other than the sensor device, the vehicle door locking system further comprising: a portable device that stores unique information and that is configured to be carried by a person; and a communication device that communicates with the portable device, characterized in that the new information is position information of the portable device, and when the portable device is detected inside the vehicle, the sensor controller sets the period of the sampling executed by the sensor device to be longer than that in a case where the portable device is detected outside the vehicle. a sensor device that is configured to be mounted in a door handle or a vehicle door of a vehicle, to detect presence or absence of an object approaching or being in contact with the sensor device, and to output a signal for locking or unlocking the vehicle door; and a sensor controller that controls the sensor device, wherein the sensor controller changes a control state of the sensor device or changes a processing state of the signal output from the sensor device on the basis of new information which includes at least one of information output from the sensor device and information output from a device other than the sensor device, a portable device that stores unique information and that is configured to be carried by a person; and a communication device that communicates with the portable device, characterized in that the new information is position information of the portable device, and when the portable device is detected inside the vehicle, the sensor controller sets the period of the sampling executed by the sensor device to be longer than that in a case where the portable device is detected outside the vehicle.
An illumination system for cultivation of aquatic animals in a body of water comprising: a plurality of light sources, each light source comprising at least one light emitting diode arranged to emit light, said plurality of light sources being arranged to be immersed in a body of water, at least one light driver arranged to drive said plurality of light sources, at least one light sensor arranged to provide illuminance data for at least one point of interest located in said body of water, at least one ambient light sensor to provide ambient light data, and a controller, wherein said controller is adapted to receive a desired illuminance setpoint for said at least one point of interest; receive said illuminance data for said at least one point of interest from said at least one light sensor; receive the ambient light data from the at least one ambient light sensor; determine control signals for said plurality of light sources based on said received desired illuminance setpoint and said received illuminance data at said point of interest and said ambient light data; and provide said determined control signals to said at least one light driver, thereby driving said plurality of light sources to achieve light of a desired illuminance at said at least one point of interest; wherein said plurality of light sources are adapted to be individually controllable with respect to at least one of a light flux, a peak brightness and a spectrum in order to produce said light of said desired illuminance at said at least one point of interest. a plurality of light sources, each light source comprising at least one light emitting diode arranged to emit light, said plurality of light sources being arranged to be immersed in a body of water, at least one light driver arranged to drive said plurality of light sources, at least one light sensor arranged to provide illuminance data for at least one point of interest located in said body of water, at least one ambient light sensor to provide ambient light data, and a controller, wherein said controller is adapted to receive a desired illuminance setpoint for said at least one point of interest; receive said illuminance data for said at least one point of interest from said at least one light sensor; receive the ambient light data from the at least one ambient light sensor; determine control signals for said plurality of light sources based on said received desired illuminance setpoint and said received illuminance data at said point of interest and said ambient light data; and provide said determined control signals to said at least one light driver, thereby driving said plurality of light sources to achieve light of a desired illuminance at said at least one point of interest; wherein said plurality of light sources are adapted to be individually controllable with respect to at least one of a light flux, a peak brightness and a spectrum in order to produce said light of said desired illuminance at said at least one point of interest.
A method for providing group paging and messaging, comprising: providing, from at least one base station and over an air interface, a first message during a first control cycle (310, 410) of a current wake-up cycle associated with at least one idle first and at least one idle second mobile unit, wherein the current wake-up cycle is one of a plurality of wake-up cycles, wherein the same number of control cycles (310, 410) are in each of the plurality of wake-up cycles, the first message comprising information indicating that said at least one idle first mobile unit is to wake up and attempt to receive a second message from said at least one base station in the current wake-up cycle during at least one second control cycle (310, 410) thereof; and providing, from said at least one base station and over the air interface, a third message during a third control cycle (310, 410) of the current wake-up cycle, the third message comprising information indicating that said at least one idle second mobile unit is to wake up and attempt to receive the second message in the current wake-up cycle during at least one second control cycle (310, 410) thereof, the third control cycle (310, 410) of the current wake-up cycle being different than the first control cycle (310, 410). providing, from at least one base station and over an air interface, a first message during a first control cycle (310, 410) of a current wake-up cycle associated with at least one idle first and at least one idle second mobile unit, wherein the current wake-up cycle is one of a plurality of wake-up cycles, wherein the same number of control cycles (310, 410) are in each of the plurality of wake-up cycles, the first message comprising information indicating that said at least one idle first mobile unit is to wake up and attempt to receive a second message from said at least one base station in the current wake-up cycle during at least one second control cycle (310, 410) thereof; and providing, from said at least one base station and over the air interface, a third message during a third control cycle (310, 410) of the current wake-up cycle, the third message comprising information indicating that said at least one idle second mobile unit is to wake up and attempt to receive the second message in the current wake-up cycle during at least one second control cycle (310, 410) thereof, the third control cycle (310, 410) of the current wake-up cycle being different than the first control cycle (310, 410).
A compound of formula: wherein A and B are independently from each other selected from the group comprising CH or N, X and Y are independently from each other selected from the group comprising NH, O or S, Z is selected from the group comprising C=O, C=S or CHOH, Q is selected from the group comprising five or six membered aromatic or heteroaromatic systems, R 1 is selected from the group comprising H, alkyl, branched or unbranched, and R 2 is selected from the group comprising H, alkyl residues, OH, an ester, a carbamate, alkoxy, alkoxy or an ester or a carbamate substituted with a group comprising amino, alkylamino, cyclic alkylamino, cyclic diaminoalkyl (such as piperazinyl or 1-methylpiperazinyl), heterocyclic alkylamino as morpholinyl; 2-hydroxysuccinic acid, an amino acid, and pharmaceutically acceptable salts or solvates thereof. A and B are independently from each other selected from the group comprising CH or N, X and Y are independently from each other selected from the group comprising NH, O or S, Z is selected from the group comprising C=O, C=S or CHOH, Q is selected from the group comprising five or six membered aromatic or heteroaromatic systems, R 1 is selected from the group comprising H, alkyl, branched or unbranched, and R 2 is selected from the group comprising H, alkyl residues, OH, an ester, a carbamate, alkoxy, alkoxy or an ester or a carbamate substituted with a group comprising amino, alkylamino, cyclic alkylamino, cyclic diaminoalkyl (such as piperazinyl or 1-methylpiperazinyl), heterocyclic alkylamino as morpholinyl; 2-hydroxysuccinic acid, an amino acid, and pharmaceutically acceptable salts or solvates thereof.
A head mounted display apparatus, the apparatus comprising: a display configured to provide an image; an active element (240, 720) comprising a plurality of micro-mirrors and configured to reflect the image provided on the display; and a processor configured to: generate a mask pattern on the active element (240, 720) by the rotation and the translation of the micro-mirrors constituting the active element (240, 720) such that only a certain area of an optical ray for an eyesight measurement emitted from the display is formed as an image on the user's retina, detect a user's eyesight by varying an optical power of the active element (240,720) and receiving an eyesight storing command input by the user, and adjust a focal length of the image provided on the display by controlling a gradient of at least some of the plurality of the micro-mirrors based on the detected user's eyesight. a display configured to provide an image; an active element (240, 720) comprising a plurality of micro-mirrors and configured to reflect the image provided on the display; and a processor configured to: generate a mask pattern on the active element (240, 720) by the rotation and the translation of the micro-mirrors constituting the active element (240, 720) such that only a certain area of an optical ray for an eyesight measurement emitted from the display is formed as an image on the user's retina, detect a user's eyesight by varying an optical power of the active element (240,720) and receiving an eyesight storing command input by the user, and adjust a focal length of the image provided on the display by controlling a gradient of at least some of the plurality of the micro-mirrors based on the detected user's eyesight. generate a mask pattern on the active element (240, 720) by the rotation and the translation of the micro-mirrors constituting the active element (240, 720) such that only a certain area of an optical ray for an eyesight measurement emitted from the display is formed as an image on the user's retina, detect a user's eyesight by varying an optical power of the active element (240,720) and receiving an eyesight storing command input by the user, and adjust a focal length of the image provided on the display by controlling a gradient of at least some of the plurality of the micro-mirrors based on the detected user's eyesight.