mhurhangee/ep-ind-claims huggingface dataset:
A security document comprising a substrate layer with a printed security feature comprising a first area and a second area, wherein in both areas (11a, 11b) the security feature is visible under visible light in a basic colour, wherein, when excited with infrared light, the first area is visible in visible light in a first colour and the second area is visible in visible light in a second colour different than the first colour, characterised in that the security feature is a print layer made of a composition comprising, in the first area, a first additional up-conversion luminescence pigment excitable by the infrared light, and in the second area a second additional up-conversion luminescence pigment excitable by the infrared light, wherein the second additional pigment is different than the first additional pigment.
A liquid iris for adjusting an amount of light penetration based on an applied electrical signal, the liquid iris comprising: an insulating layer made of a transparent material; a cover glass configured to be spaced apart from the insulating layer; a first fluid configured to be provided between the insulating layer and the cover glass and form a path through which light passes; a second fluid configured to be provided between the insulating layer and the cover glass, wherein the second fluid is an opaque fluid and immiscible with the first fluid; a transparent electrode pattern configured to be provided under the insulating layer and form a potential difference from the first fluid; and a controller configured to change a surface curvature of the first fluid by controlling the potential difference and control an area in which the first fluid is in contact with the cover glass, wherein the transparent electrode pattern includes a first channel and a second channel having a same central axis wherein each channel of the the transparent electrode pattern comprises a first conducting wire configured to have a ring shape at a bottom of the insulating layer, wherein one side thereof is opened to form a first end and a second end, a second conducting wire configured to be vertically connected to the first end of the first conducting wire, and a third conducting wire configured to be vertically connected to the second end of the first conducting wire, and wherein the controller is configured to apply a current to the first end of the first channel through the second conducting wire and the second end of the second channel through the third conducting wire. an insulating layer made of a transparent material; a cover glass configured to be spaced apart from the insulating layer; a first fluid configured to be provided between the insulating layer and the cover glass and form a path through which light passes; a second fluid configured to be provided between the insulating layer and the cover glass, wherein the second fluid is an opaque fluid and immiscible with the first fluid; a transparent electrode pattern configured to be provided under the insulating layer and form a potential difference from the first fluid; and a controller configured to change a surface curvature of the first fluid by controlling the potential difference and control an area in which the first fluid is in contact with the cover glass, wherein the transparent electrode pattern includes a first channel and a second channel having a same central axis wherein each channel of the the transparent electrode pattern comprises a first conducting wire configured to have a ring shape at a bottom of the insulating layer, wherein one side thereof is opened to form a first end and a second end, a second conducting wire configured to be vertically connected to the first end of the first conducting wire, and a third conducting wire configured to be vertically connected to the second end of the first conducting wire, and
Method for assisting installation of a stationary monitoring camera, comprising: pre-calculating during a design phrase a predetermined tilt value in order to preset and tag the monitoring camera for a specific position, the method further comprising, in the camera: storing the predetermined tilt value in a memory, generating a tilt value signal at a tilt sensor within the monitoring camera, comparing the tilt value signal from the tilt sensor with the predetermined tilt value, and indicating, by means of a light emitting device (L1, L2) and/or an audio emitter, whether the monitoring camera is positioned in position of a desirable tilt or not based on said comparison, wherein the predetermined tilt value represents a tilt angle not representing a horizontal orientation, and wherein the predetermined tilt value represents a tilt angle around an axis transversal to the optical axis of the monitoring camera. pre-calculating during a design phrase a predetermined tilt value in order to preset and tag the monitoring camera for a specific position, the method further comprising, in the camera: storing the predetermined tilt value in a memory, generating a tilt value signal at a tilt sensor within the monitoring camera, comparing the tilt value signal from the tilt sensor with the predetermined tilt value, and indicating, by means of a light emitting device (L1, L2) and/or an audio emitter, whether the monitoring camera is positioned in position of a desirable tilt or not based on said comparison, wherein the predetermined tilt value represents a tilt angle not representing a horizontal orientation, and wherein the predetermined tilt value represents a tilt angle around an axis transversal to the optical axis of the monitoring camera. storing the predetermined tilt value in a memory, generating a tilt value signal at a tilt sensor within the monitoring camera, comparing the tilt value signal from the tilt sensor with the predetermined tilt value, and indicating, by means of a light emitting device (L1, L2) and/or an audio emitter, whether the monitoring camera is positioned in position of a desirable tilt or not based on said comparison, wherein the predetermined tilt value represents a tilt angle not representing a horizontal orientation, and wherein the predetermined tilt value represents a tilt angle around an axis transversal to the optical axis of the monitoring camera.
Control apparatus for at least one hydraulic consumer with a proportional way valve including a valve piston, which is displaceable from a central position in a bore in a housing, and at least one secondary pressure limiting valve (2, 3), with which a threshold value (P1, P2) of a load pressure may be set as a secondary pressure in a load pressure signal circuit, wherein the threshold value (P1, P2) of the secondary pressure on displacement of the valve piston from a central position of the proportional way valve within its displacement stroke may be altered, characterised in that the threshold value (P1, P2) is alterable by isolating the at least one secondary pressure limiting valve (2, 3) from the load pressure signal circuit within a part of the same deflection stroke.
A dephlegmator comprising two stages wherein a first stage includes an air-cooled reflux condenser and wherein a second stage includes a generally horizontal tube bundle of smooth or finned tubes that can be operated selectively in either an air-cooled dry mode under selected ambient conditions or in a wet evaporatively cooled mode under other selected ambient conditions including that of elevated ambient temperature, wherein the tube bundle comprises at least three groups of tubes comprising a first group of tubes that have inlet ends and outlet ends, characterized in that the at least three groups comprise a second group of tubes that have inlet ends in communication with the outlet ends of the tubes of the first group thereof, the tubes of the second group also having outlet ends, wherein the second group of tubes comprises from 15% to 30% of the number of tubes in the first group of tubes, and wherein the tube bundle has a third group of tubes wherein the tubes of the third group have inlet ends communicating with the outlet ends of the tubes of the second group thereof and wherein the number of tubes in the third group of tubes is about one third to one quarter of the number of tubes in the second group of tubes.
A method for controlling an execution of a software application as a service on demand on a distributed computer system having at least two separate service nodes, said method comprising the following steps: generating a license map based on a given license for said application, said license map including the information which user is allowed to execute said application, providing a license client on each service node, providing a license server delivering said license map to each license client, wherein, when a user is requesting the execution of said application on the service node, the license client of the service node, to which the request is directed, decides, whether the user is allowed to execute said application based on the present license map. generating a license map based on a given license for said application, said license map including the information which user is allowed to execute said application, providing a license client on each service node, providing a license server delivering said license map to each license client,
Surgical table comprising a tabletop having several tabletop sections (3, 3', 3"), a column for supporting the tabletop by supporting one of the tabletop sections, and at least one operating unit (5, 5') actuated by a motion of a hand, wherein one of the tabletop sections (3, 3', 3") is a movable tabletop section configured to perform a motion with respect to at least one of an adjacent tabletop section and the column in a power-driven manner, characterized in that the operating unit (5, 5') is fixed to one of the movable tabletop sections (3, 3', 3") for actuating a drive for the motion of the one of the movable tabletop sections (3, 3', 3") with respect to the at least one of an adjacent tabletop section and the column. a tabletop having several tabletop sections (3, 3', 3"), a column for supporting the tabletop by supporting one of the tabletop sections, and at least one operating unit (5, 5') actuated by a motion of a hand, wherein one of the tabletop sections (3, 3', 3") is a movable tabletop section configured to perform a motion with respect to at least one of an adjacent tabletop section and the column in a power-driven manner, characterized in that the operating unit (5, 5') is fixed to one of the movable tabletop sections (3, 3', 3") for actuating a drive for the motion of the one of the movable tabletop sections (3, 3', 3") with respect to the at least one of an adjacent tabletop section and the column.
A system comprising a wind turbine, an electrical generator, an electrical power transfer system, and an electrical power grid, wherein the power transfer system is arranged to transfer electrical power from the generator to an electrical power grid; wherein the power transfer system comprises at least two electrical elements (2 - 6) and at least two controllers (15 - 17) each arranged to control at least one element(2 - 6); wherein at least one controller (15 - 17) is arranged to control only one of the elements (2 - 6) as well as at least two of the elements(2 - 6); and the controller arrangement enables a first element (2 - 6) to be controlled by a first controller (15 - 17) and a second element (2 - 6) to be controlled by a second controller (15 - 17), as well as the first and the second element (2 - 6) to be controlled by the first controller (15 - 17) while the first or the second element (2 - 6) is not controlled by the second controller (15 - 17).
A head worn imaging apparatus, comprising: imaging means for location in the vicinity of a user's eyes for imaging a scene to obtain image data of the scene viewed by the user; temporary storage means for storing the image data obtained by imaging by said imaging means; operation input means for receiving one or more user operations; storage means for storing data in a nonvolatile storage medium; control means for controlling said temporary storage means to store the image data obtained by imaging by said imaging means, and, when a predetermined storage condition has been satisfied, extracting image data to be stored from said temporary storage means, generating metadata, and adding the metadata to the extracted image data to perform a storage process of controlling said storage means to store the image data extracted from said temporary storage means and the metadata in the nonvolatile storage medium; and display means operable to perform image display using the image data stored in said temporary storage means in response to a replay operation performed in accordance with a user operation; characterised in that said control means is responsive to the performance of display by said display means using the image data stored in said temporary storage means to determine the storage condition to be satisfied, and is operable to extract, as the image data to be stored, all or some of the image data displayed from said temporary storage means and to add the metadata to the extracted image data to perform the storage process. imaging means for location in the vicinity of a user's eyes for imaging a scene to obtain image data of the scene viewed by the user; temporary storage means for storing the image data obtained by imaging by said imaging means; operation input means for receiving one or more user operations; storage means for storing data in a nonvolatile storage medium; control means for controlling said temporary storage means to store the image data obtained by imaging by said imaging means, and, when a predetermined storage condition has been satisfied, extracting image data to be stored from said temporary storage means, generating metadata, and adding the metadata to the extracted image data to perform a storage process of controlling said storage means to store the image data extracted from said temporary storage means and the metadata in the nonvolatile storage medium; and display means operable to perform image display using the image data stored in said temporary storage means in response to a replay operation performed in accordance with a user operation; characterised in that said control means is responsive to the performance of display by said display means using the image data stored in said temporary storage means to determine the storage condition to be satisfied, and is operable to extract, as the image data to be stored, all or some of the image data displayed from said temporary storage means and to add the metadata to the extracted image data to perform the storage process.
A volumizing shampoo which comprises from 0.5% to 20% of a surfactant comprising anionic surfactants, nonionic surfactants, amphoteric surfactants, zwitterionic surfactants, and mixtures thereof, from 0.1% to 1% of a waxy material having a melting point of from 55°C to 75°C comprising C 24 -C 26 alkyl dimethicone, candelilla wax, bees wax, tricontanyl PVP, and mixtures thereof, and the balance of the composition water; wherein said shampoo contains no greater than 3% of hair treatment materials which form an oily coating on the hair; and contains additional conventional hair care ingredients selected from viscosity control agents, colorants, pH adjusting agents, preservatives, fragrances, antimicrobials, opacifying agents, pearlescing agents, sunscreens, chelating agents, antioxidants, polyols and combinations thereof.
A digital signage system comprising a digital signage apparatus and a display apparatus connected to the digital signage apparatus, the display apparatus comprising: a display unit; and a controller provided in the display apparatus configured to: receive scheduling information and related content through a communication network from the digital signage apparatus, and display the content on the display unit according to a time and date based on the received scheduling information, wherein the received scheduling information contains a set duration of a display of the content to be displayed on the display unit, and the duration of the display of the content is set up on a scheduler of the digital signage apparatus by adjusting a size of an image (824, 861, 862, 863) representing the content according to at least one of first and second directions, wherein the scheduler is characterised in that it is configured to set a display time in one day of the duration of the display of the content according to the size of the image adjusted in the first direction, and to set dates of the duration of the display of the content on which the content is displayed at the said display time in one day according to the size of the image adjusted in the second direction. a display unit; and a controller provided in the display apparatus configured to: receive scheduling information and related content through a communication network from the digital signage apparatus, and display the content on the display unit according to a time and date based on the received scheduling information, wherein the received scheduling information contains a set duration of a display of the content to be displayed on the display unit, and the duration of the display of the content is set up on a scheduler of the digital signage apparatus by adjusting a size of an image (824, 861, 862, 863) representing the content according to at least one of first and second directions, wherein the scheduler is characterised in that it is configured to set a display time in one day of the duration of the display of the content according to the size of the image adjusted in the first direction, and to set dates of the duration of the display of the content on which the content is displayed at the said display time in one day according to the size of the image adjusted in the second direction.
A light emitting structure comprising: a light emitting diode die comprising: a growth substrate having a first surface and a second surface opposite the first surface; semiconductor layers (28, 30, 32), including an active layer that emits light, epitaxially grown over the first surface of the growth substrate, the active layer having a third surface facing the growth substrate; a bottom surface; and reflective anode and cathode electrodes (12, 14) that cover a significant portion of the bottom surface of the LED die and that are configured to be directly connected to electrodes in a package, wherein the second surface of the growth substrate has formed in it at least one optical feature that redirects at least a portion of the light emitted from the third surface of the active layer to exit the LED die through sidewalls of the growth substrate, such that the sidewalls of the growth substrate emit a majority of light generated by the active layer, wherein the at least one optical feature is covered with a reflective layer that reflects the portion of the light emitted from the third surface of the active layer to exit the LED die through the sidewalls of the growth substrate, wherein the light emitting structure further comprises a reflective cup in which the LED die is mounted; and a wavelength conversion material (25, 26) in the cup covering a top and sides of the LED die. a growth substrate having a first surface and a second surface opposite the first surface; semiconductor layers (28, 30, 32), including an active layer that emits light, epitaxially grown over the first surface of the growth substrate, the active layer having a third surface facing the growth substrate; a bottom surface; and reflective anode and cathode electrodes (12, 14) that cover a significant portion of the bottom surface of the LED die and that are configured to be directly connected to electrodes in a package, wherein the second surface of the growth substrate has formed in it at least one optical feature that redirects at least a portion of the light emitted from the third surface of the active layer to exit the LED die through sidewalls of the growth substrate, such that the sidewalls of the growth substrate emit a majority of light generated by the active layer, wherein the at least one optical feature is covered with a reflective layer that reflects the portion of the light emitted from the third surface of the active layer to exit the LED die through the sidewalls of the growth substrate, wherein the light emitting structure further comprises a reflective cup in which the LED die is mounted; and a wavelength conversion material (25, 26) in the cup covering a top and sides of the LED die.
A method for detecting oscillation in a signal coupling device, the method comprising the following steps: carrying out at least one oscillation detection step including: determining an undamped signal level (uSL) of a signal on a signal path of the signal coupling device in a first step; reducing a gain of the signal path in a second step; determining a damped signal level (dSL) of the signal on the signal path and a deviation between the undamped signal level (uSL) and the damped signal level (dSL) at least once in a third step; characterized in that the method further comprises the steps of determining the undamped signal level (uSL) of the signal on the signal path of the signal coupling device by repeatedly determining the signal level of the signal on the signal path and selecting the undamped signal level (uSL) as a maximum signal level of the determined signal levels, and detecting an oscillation if at least one deviation determined in the third step of the at least one oscillation detection step is higher than or equal to a predetermined oscillation threshold value (thr). carrying out at least one oscillation detection step including: determining an undamped signal level (uSL) of a signal on a signal path of the signal coupling device in a first step; reducing a gain of the signal path in a second step; determining a damped signal level (dSL) of the signal on the signal path and a deviation between the undamped signal level (uSL) and the damped signal level (dSL) at least once in a third step; characterized in that the method further comprises the steps of determining an undamped signal level (uSL) of a signal on a signal path of the signal coupling device in a first step; reducing a gain of the signal path in a second step; determining a damped signal level (dSL) of the signal on the signal path and a deviation between the undamped signal level (uSL) and the damped signal level (dSL) at least once in a third step; characterized in that the method further comprises the steps of determining the undamped signal level (uSL) of the signal on the signal path of the signal coupling device by repeatedly determining the signal level of the signal on the signal path and selecting the undamped signal level (uSL) as a maximum signal level of the determined signal levels, and detecting an oscillation if at least one deviation determined in the third step of the at least one oscillation detection step is higher than or equal to a predetermined oscillation threshold value (thr).