mhurhangee/ep-ind-claims huggingface dataset:
An optically detectable marker comprising a matrix material, which is doped with a plurality of individual luminescent dopants and comprising at least a first luminescent dopant and a second luminescent dopant, wherein the first luminescent dopant comprises a first unique absorption band such that the first luminescent dopant may be excited by illumination of a first wavelength, and wherein the first luminescent dopant is distributed in the matrix material so as to form a first spatial pattern in the matrix material, which first spatial pattern may be optically detected by illuminating the optically detectable marker by a light source illuminating light of the first wavelength, and the second luminescent dopant comprises a second unique absorption band such that the second luminescent dopant may be excited by illumination of a second wavelength, different from the first wavelength, and wherein the second luminescent dopant is distributed in the matrix material so as to form a second spatial pattern in the matrix material, which second spatial pattern may be optically detected by illuminating the optically detectable marker by a light source illuminating light of the second wavelength; characterised in that the spatial patterns in the marker are divided into pixels, each pixel being adapted for encoding four different values of information using combinations of the two different luminescent dopants, and wherein the individual luminescent dopants are randomly distributed in the matrix material, thereby providing a physically unclonable function device encoding a unique digital identifier. the first luminescent dopant comprises a first unique absorption band such that the first luminescent dopant may be excited by illumination of a first wavelength, and wherein the first luminescent dopant is distributed in the matrix material so as to form a first spatial pattern in the matrix material, which first spatial pattern may be optically detected by illuminating the optically detectable marker by a light source illuminating light of the first wavelength, and the second luminescent dopant comprises a second unique absorption band such that the second luminescent dopant may be excited by illumination of a second wavelength, different from the first wavelength, and wherein the second luminescent dopant is distributed in the matrix material so as to form a second spatial pattern in the matrix material, which second spatial pattern may be optically detected by illuminating the optically detectable marker by a light source illuminating light of the second wavelength; characterised in that the spatial patterns in the marker are divided into pixels, each pixel being adapted for encoding four different values of information using combinations of the two different luminescent dopants, and wherein the individual luminescent dopants are randomly distributed in the matrix material, thereby providing a physically unclonable function device encoding a unique digital identifier.
A composite insulating tape comprising a laminate or co-extrusion of at least two layers, including a fire resistant first layer of a polymer matrix in which mica particles are dispersed and a second layer of a polymer containing aromatic and/or heterocyclic rings, characterized in that the second layer comprises a blend or alloy containing at least 65% by weight of a polyaryl ether ketone (PAEK) having a ratio of ketone to ether groups linking the aromatic rings of at least 1:1 and having a melting point of at least 350°C and a glass transition temperature of at least 150°C.
A device for laparoscopically collecting a cylindrical surface sample of a human or animal body tissue, comprising: - a tube, the inner diameter whereof determines the diameter of the sample to be collected, and exhibiting a cutting edge at its distal end, - a gripping handle, fastened to the tube in the region of a proximal end of said tube, - a knife positioned inside the tube and having a cutting edge, - a device for actuating the knife, including an actuating element (22, 41) connected to the gripping handle so as to give the knife a helical motion in the direction of a distal end of the tube, then a rotary motion for detaching the sample from the tissue. - a tube, the inner diameter whereof determines the diameter of the sample to be collected, and exhibiting a cutting edge at its distal end, - a gripping handle, fastened to the tube in the region of a proximal end of said tube, - a knife positioned inside the tube and having a cutting edge, - a device for actuating the knife, including an actuating element (22, 41) connected to the gripping handle so as to give the knife a helical motion in the direction of a distal end of the tube, then a rotary motion for detaching the sample from the tissue.
Manufacturing apparatus for a stretched film, wherein: - the manufacturing apparatus comprises an air flow controller and a tenter oven, - the air flow controller comprises a box-shaped body cover (2a, 2b) that is disposed above and/or below a film running surface to be adjacent to an upstream side of an entrance (12, 36) of the tenter oven in a film running direction and/or to a downstream side of an exit of the tenter oven in the film running direction, - the tenter oven includes the entrance (12, 36) into which a film is conveyed and the exit from which the film is taken out, - the box-shaped body cover (2a, 2b) extends in the film running direction, has a surface facing the film running surface and is open, - the box-shaped body cover (2a, 2b) includes at least one partition structural body (3, 3a, 3b) in the box-shaped body cover (2a, 2b), - the partition structural body (3, 3a, 3b) extends in a width direction of the film and separates inside of the box-shaped body cover (2a, 2b) into a plurality of chambers (4a, 4b, 4c, 4d), and - each of at least two of the chambers (4a, 4b, 4c, 4d) is provided with an air discharge mechanism (5a, 5b, 5c, 5d) configured to discharge air in a corresponding chamber (4a, 4b, 4c, 4d). - the manufacturing apparatus comprises an air flow controller and a tenter oven, - the air flow controller comprises a box-shaped body cover (2a, 2b) that is disposed above and/or below a film running surface to be adjacent to an upstream side of an entrance (12, 36) of the tenter oven in a film running direction and/or to a downstream side of an exit of the tenter oven in the film running direction, - the tenter oven includes the entrance (12, 36) into which a film is conveyed and the exit from which the film is taken out, - the box-shaped body cover (2a, 2b) extends in the film running direction, has a surface facing the film running surface and is open, - the box-shaped body cover (2a, 2b) includes at least one partition structural body (3, 3a, 3b) in the box-shaped body cover (2a, 2b), - the partition structural body (3, 3a, 3b) extends in a width direction of the film and separates inside of the box-shaped body cover (2a, 2b) into a plurality of chambers (4a, 4b, 4c, 4d), and - each of at least two of the chambers (4a, 4b, 4c, 4d) is provided with an air discharge mechanism (5a, 5b, 5c, 5d) configured to discharge air in a corresponding chamber (4a, 4b, 4c, 4d).
A constantly powered electronic control unit comprising: a processing portion configured to execute a process that controls equipment based on a program stored in memory, reset the process upon receiving a first signal commanding a process reset, and rewrite the program stored in the memory upon receiving a second signal, from an external device connected to the electronic control unit, instructing the processing portion to rewrite the program; and a resetting portion configured to output the first signal to the processing portion in response to an ignition switch being turned off only when the ignition switch is turned off while said second signal instructing the processing portion to rewrite the program stored in the memory is input into the resetting portion from said external device which is connected to the electronic control unit. a processing portion configured to execute a process that controls equipment based on a program stored in memory, reset the process upon receiving a first signal commanding a process reset, and rewrite the program stored in the memory upon receiving a second signal, from an external device connected to the electronic control unit, instructing the processing portion to rewrite the program; and a resetting portion configured to output the first signal to the processing portion in response to an ignition switch being turned off only when the ignition switch is turned off while said second signal instructing the processing portion to rewrite the program stored in the memory is input into the resetting portion from said external device which is connected to the electronic control unit.
A rearview device for a vehicle, comprising: an electro-optic element comprising: a first substrate having first and second surfaces (42, 44) disposed on opposite sides thereof; a second substrate having third and fourth surfaces (52, 54) disposed on opposite sides thereof; a display device disposed proximate the fourth surface of the second substrate; the rearview device being characterized by further comprising: a toggle paddle disposed behind the electro-optic element, the toggle paddle including a plurality of distinct buttons, wherein each distinct button includes a distinct tactile indicia on a rear surface thereof. an electro-optic element comprising: a first substrate having first and second surfaces (42, 44) disposed on opposite sides thereof; a second substrate having third and fourth surfaces (52, 54) disposed on opposite sides thereof; a display device disposed proximate the fourth surface of the second substrate; a first substrate having first and second surfaces (42, 44) disposed on opposite sides thereof; a second substrate having third and fourth surfaces (52, 54) disposed on opposite sides thereof; a display device disposed proximate the fourth surface of the second substrate; the rearview device being characterized by further comprising: a toggle paddle disposed behind the electro-optic element, the toggle paddle including a plurality of distinct buttons, wherein each distinct button includes a distinct tactile indicia on a rear surface thereof.
A continuous filament non-woven web, wherein the filaments of the web comprise an expandable thermoplastic material comprising a propellant and wherein the individual filaments are arranged in a random-loop configuration.
An elevator system comprising an installation bracket which is fixed in the region of the door-side shaft wall (6.1), wherein guide rails for guiding an elevator cab arranged in an elevator shaft can be fixed or are fixed on the installation bracket, wherein the installation bracket can be fixed or is fixed by means of at least one story fixing section (31.1, 31.2) for fixing the installation bracket, wherein this story fixing section (31.1, 31.2) can be fixed or is fixed to a horizontal surface of the story floor (10.1, 10.2, 10.3, 10.4), wherein the installation bracket comprises a crossmember forming the at least one story fixing section (31.1, 31.2) and two side members (36.1, 36.2) preferably running at right angles to the crossmember, wherein a first of the side members (36.1) is arranged at a first end of the crossmember and the second of the side members (36.2) is arranged at a second end of the crossmember (36.2) and the crossmember is arranged or can be arranged substantially within the story floor (10.1, 10.2, 10.3, 10.4).
An engine inlet for efficient operation at off-design Mach number, where an off-design Mach number is a Mach number which does not correspond to the nominal Mach number at which the aircraft is designed to fly, comprising: an inlet having a caret configuration; characterised by effective leading edges on the inlet rotatably extendible from a retracted position aligned with a shock wave created by the inlet at a nominal Mach number to an extended position aligned with a shock wave created by the inlet at an off-design Mach number. an inlet having a caret configuration; characterised by effective leading edges on the inlet rotatably extendible from a retracted position aligned with a shock wave created by the inlet at a nominal Mach number to an extended position aligned with a shock wave created by the inlet at an off-design Mach number.
Multimedia installation comprising a base to which base a video screen is mounted and where two movable loudspeaker assemblies (3, 4) are rotatably mounted to said base where the base has a stationary part and a movable part, such that by activating the multimedia installation the screen is elevated by the movable part, and the movable loudspeaker assemblies comprise means for rotating the movable loudspeaker assemblies from a first position where the loudspeaker assemblies cover at least a part of the screen as seen from a user's position, into a second position where at least a substantial and larger part of the screen is visible and if/when desirable back to the first position.
A turbine engine, comprising: a blade array rotatable about an axis, the blade array having a plurality of blades extending radially from the axis; a control ring circumferentially disposed about the blade array; and a plurality of tiles (70,74,78) secured relative to the control ring and comprising a first outer tile, an inner tile and a second outer tile, wherein the inner tile is configured to be secured relative to the control ring axially between opposing ones of the first and second outer tiles (70,78); characterised in that the plurality of tiles (70,74,78) together establishes an axially extending seal with one of the plurality of blades as the one of the blades is rotated relative to the plurality of tiles (70,74,78) from a circumferential end portion of the plurality of tiles (70,74,78) to an opposing circumferential end portion of the plurality of tiles (70,74,78), wherein each of the plurality of tiles (70,74,78) are separate and distinct from each other. a blade array rotatable about an axis, the blade array having a plurality of blades extending radially from the axis; a control ring circumferentially disposed about the blade array; and a plurality of tiles (70,74,78) secured relative to the control ring and comprising a first outer tile, an inner tile and a second outer tile, wherein the inner tile is configured to be secured relative to the control ring axially between opposing ones of the first and second outer tiles (70,78); characterised in that the plurality of tiles (70,74,78) together establishes an axially extending seal with one of the plurality of blades as the one of the blades is rotated relative to the plurality of tiles (70,74,78) from a circumferential end portion of the plurality of tiles (70,74,78) to an opposing circumferential end portion of the plurality of tiles (70,74,78), wherein each of the plurality of tiles (70,74,78) are separate and distinct from each other.
A multi-view image system comprising: a single camera configured to capture an image; and a transreflective device operable to a transparent-state where light passes through the transreflective device to provide the camera a first image of an area from a first perspective, and operable to a reflective-state where light is reflected by the transreflective device to provide the camera a second image of the area from a second perspective distinct from the first perspective, wherein the transreflective device comprises an electrically switchable transreflective mirror (ESTM) or a microshutter array. a single camera configured to capture an image; and a transreflective device operable to a transparent-state where light passes through the transreflective device to provide the camera a first image of an area from a first perspective, and operable to a reflective-state where light is reflected by the transreflective device to provide the camera a second image of the area from a second perspective distinct from the first perspective, wherein the transreflective device comprises an electrically switchable transreflective mirror (ESTM) or a microshutter array.
A method comprising: receiving, by a wireless device, configuration parameters of control resource sets, coresets, grouped into coreset groups; receiving, via a coreset of the coresets, a downlink control information indicating an activation of a downlink semi-persistent scheduling, SPS, assignment; and receiving, based on the downlink SPS assignment, a transport block associated with a hybrid automatic repeat request, HARQ, process identified by a HARQ process identifier, wherein the HARQ process identifier is determined based on: a coreset group index of a coreset group to which the coreset belongs; and a slot index of a slot of the downlink SPS assignment, wherein the wireless device receives the transport block during the slot. receiving, by a wireless device, configuration parameters of control resource sets, coresets, grouped into coreset groups; receiving, via a coreset of the coresets, a downlink control information indicating an activation of a downlink semi-persistent scheduling, SPS, assignment; and receiving, based on the downlink SPS assignment, a transport block associated with a hybrid automatic repeat request, HARQ, process identified by a HARQ process identifier, wherein the HARQ process identifier is determined based on: a coreset group index of a coreset group to which the coreset belongs; and a slot index of a slot of the downlink SPS assignment, wherein the wireless device receives the transport block during the slot. a coreset group index of a coreset group to which the coreset belongs; and a slot index of a slot of the downlink SPS assignment, wherein the wireless device receives the transport block during the slot.
A method for configuring a storage system connection, used in a device for configuring the connection stores the route information from the control board to a front-end adapter card and the route information from the control board to a back-end adapter card, comprising: obtaining information about a failed control board in a storage system; searching a route information table for route information related to the failed control board, wherein the route information is route information between a peripheral and the failed control board; and modifying the searched-out route information by changing a route address of the failed control board to a route address of a non-failed control board, and storing the modified route information. obtaining information about a failed control board in a storage system; searching a route information table for route information related to the failed control board, wherein the route information is route information between a peripheral and the failed control board; and modifying the searched-out route information by changing a route address of the failed control board to a route address of a non-failed control board, and storing the modified route information.
Device for controlling a transfer of information from a plurality of electronic components through a communication bus to a host device, comprising a chain (1, 2) of processing blocks connected to the plurality of electronic components, each of the processing blocks associated with one of the plurality of electronic components or with a set of electronic components of the plurality of electronic components, which processing blocks are arranged such that during the course of the transfer of information an authorization signal propagates through the chain (1, 2) of processing blocks and, when the authorization signal encounters a processing block associated with one of the electronic components or one of the sets of electronic components which contains an information value to be transferred, effecting the transfer of the information value through the communication bus to the host device, wherein the processing blocks are arranged to coordinate their processing in accordance with a clock signal generated independent of a propagation status of the authorization signal within the chain (1, 2) of processing blocks, wherein each processing block comprises a service path and a skip path for the authorization signal to selectively propagate along, wherein the authorization signal propagates by way of the service path if the processing block is associated with one of the electronic components or one of the sets of electronic components, which contains an information value to be transferred, and otherwise propagates by way of the skip path, characterized by that the service path contains a Present flip-flop having an input and an output, a Past flip-flop having an input and an output, and a switching signal detector, which comprises a Present input connected to the output of the Present flip-flop and a Past input connected to the output of the Past flip-flop for comparing the output of the Present flip-flop and the output of the Past flip-flop, wherein the Present input to the switching signal detector has a lower switching threshold than the input to the Past flip-flop, in order to avoid an omission failure, and/or wherein the input to the Past flip-flop has a lower switching threshold than the input to the Present flip-flop and the input to the skip path, in order to prevent a collision failure. characterized by that the service path contains a Present flip-flop having an input and an output, a Past flip-flop having an input and an output, and a switching signal detector, which comprises a Present input connected to the output of the Present flip-flop and a Past input connected to the output of the Past flip-flop for comparing the output of the Present flip-flop and the output of the Past flip-flop, wherein the Present input to the switching signal detector has a lower switching threshold than the input to the Past flip-flop, in order to avoid an omission failure, and/or wherein the input to the Past flip-flop has a lower switching threshold than the input to the Present flip-flop and the input to the skip path, in order to prevent a collision failure.
A morbidity diagnosis support system comprising: an extension device for extending a tissue section of cells; an image-photographing device for acquiring image data by image-photographing the tissue section; an image analysis device for analyzing the image data to calculate an index of morbidity based on a mode of cracks generated in the tissue section by the extension; and an output device for outputting the calculated index. an extension device for extending a tissue section of cells; an image-photographing device for acquiring image data by image-photographing the tissue section; an image analysis device for analyzing the image data to calculate an index of morbidity based on a mode of cracks generated in the tissue section by the extension; and an output device for outputting the calculated index.