mhurhangee/ep-ind-claims huggingface dataset:
An accommodating intraocular lens (AIOL) comprising: an optic; at least one haptic plate coupled to the optic by at least one connector (130a-130d), said at least one connector (130a-130d) being less rigid than the haptic plate, said at least one haptic plate surrounding the optic, the least one haptic plate having a width in a radial dimension of 1.0-3.5 mm across its entire angular extent; wherein said at least one haptic plate has a thickness that is greater than the thickness of any portion of said at least one connector (130a-130d), characterized in that the at least one connector (130a-130d) is configured to permit translation of the optic by stretching of the at least one connector (130a-130d); and by filaments (140a-140d) extending from periphery of said at least one haptic plate for fixing said at least one haptic plate in a capsular bag. an optic; at least one haptic plate coupled to the optic by at least one connector (130a-130d), said at least one connector (130a-130d) being less rigid than the haptic plate, said at least one haptic plate surrounding the optic, the least one haptic plate having a width in a radial dimension of 1.0-3.5 mm across its entire angular extent; wherein said at least one haptic plate has a thickness that is greater than the thickness of any portion of said at least one connector (130a-130d), characterized in that the at least one connector (130a-130d) is configured to permit translation of the optic by stretching of the at least one connector (130a-130d); and by filaments (140a-140d) extending from periphery of said at least one haptic plate for fixing said at least one haptic plate in a capsular bag.
A Method of encoding a High-Dynamic-Range video together with a first Low-Dynamic-Range video derived by a first tone mapping of said High-Dynamic-Range video in a multi-view encoded data stream, the method comprising: - encoding said first Low-Dynamic-Range video as main view of said multi-view encoded data stream; - encoding a second Low-Dynamic-Range video by inter-view prediction with reference to the main view, said second Low-Dynamic-Range video being derived by a second tone mapping of said High-Dynamic-Range video; - said encoding a second Low-Dynamic-Range video comprises encoding an inter-view prediction residual resulting from said inter-view prediction as auxiliary view of said multi-view encoded data stream; - lossless encoding global illumination data further derived from the second Low-Dynamic-Range video and the High-Dynamic-Range video in said multi-view encoded data stream. - encoding said first Low-Dynamic-Range video as main view of said multi-view encoded data stream; - encoding a second Low-Dynamic-Range video by inter-view prediction with reference to the main view, said second Low-Dynamic-Range video being derived by a second tone mapping of said High-Dynamic-Range video; - said encoding a second Low-Dynamic-Range video comprises encoding an inter-view prediction residual resulting from said inter-view prediction as auxiliary view of said multi-view encoded data stream; - lossless encoding global illumination data further derived from the second Low-Dynamic-Range video and the High-Dynamic-Range video in said multi-view encoded data stream.
A fluid combustion device for use with a flare pilot, the fluid combustion device comprising a flow conduit with a fuel inlet, an outlet, a primary flow path through the flow conduit and a continuous air inlet or plural air inlets (74; 608C; 708C) between the fuel inlet and the outlet, wherein the or each air inlet (74; 608C; 708C) comprises a protection means (8A, 608b, 708b) mounted in or on or otherwise associated therewith, wherein air is entrained, in use, into a flow of fuel passing along the flow conduit for ignition in, at or downstream of the outlet to produce a flame front, characterised in that the or each air inlet (74; 608c; 708c) comprises an annular air inlet that surrounds the primary flow path.
A relay comprising: a reception unit configured to receive, from a base station or an upper relay, synchronously or asynchronously, a first data frame including first data and a second data frame including first MAP information; characterized in that the relay further comprises: a determination unit configured to determine whether the received first data and first MAP information correspond to each other based on first data-transmission time information and first MAP information transmission time information, and to determine that a failure has occurred in receiving MAP information corresponding to the first data and data corresponding to the first MAP information, when the received first data and the first MAP information do not correspond to each other. a reception unit configured to receive, from a base station or an upper relay, synchronously or asynchronously, a first data frame including first data and a second data frame including first MAP information; characterized in that the relay further comprises: a determination unit configured to determine whether the received first data and first MAP information correspond to each other based on first data-transmission time information and first MAP information transmission time information, and to determine that a failure has occurred in receiving MAP information corresponding to the first data and data corresponding to the first MAP information, when the received first data and the first MAP information do not correspond to each other.
A water tank (40, 44) for a coffee-making machine comprising a water inlet and an outlet for water or steam, a short wave heating element selected from the group consisting of: a halogen lamp and an infrared lamp, for heating water inside the water tank, characterized by a heat conducting sleeve crossing the water tank either entirely or less than entirely, said short wave heating element being encased within said heat conducting sleeve so as to be inside the water tank but not in contact with the water, said short wave heating element being removable for maintenance and replacement without wetting the short wave heating element.
A method for transmitting a transmission slot, the method comprising: generating, by a network entity, a transmission slot comprising a data region and a control region, the data region comprising a preamble and an orthogonal frequency-division multiplexing, OFDM, symbol, wherein the preamble is used for identification of a scheduled mobile terminal and has variable lengths, wherein the OFDM symbol consists of a cyclic prefix extension, CPE, duration and a useful symbol duration, wherein the duration of the OFDM symbol is determined based on the length of the preamble, modifying the length of the CPE duration based on a channel delay spread experienced by a mobile terminal, without changing the duration of the OFDM symbol; and; transmitting, by the network entity, the transmission slot to the mobile terminal. generating, by a network entity, a transmission slot comprising a data region and a control region, the data region comprising a preamble and an orthogonal frequency-division multiplexing, OFDM, symbol, wherein the preamble is used for identification of a scheduled mobile terminal and has variable lengths, wherein the OFDM symbol consists of a cyclic prefix extension, CPE, duration and a useful symbol duration, wherein the duration of the OFDM symbol is determined based on the length of the preamble, modifying the length of the CPE duration based on a channel delay spread experienced by a mobile terminal, without changing the duration of the OFDM symbol; and; transmitting, by the network entity, the transmission slot to the mobile terminal.
An arrangement for testing electric batteries of vehicles, said arrangement comprising: a test system and at least two test chambers for the electric batteries to be tested, an infrastructure module that is a transportable container accommodating test system equipment arranged to input charge cycles and/or discharge cycles to the vehicle batteries at two or more test modules and, further, a frequency converter, and the two or more test modules each comprising a transportable container comprising a test chamber for the electric batteries to be tested, test system connection elements (CE1, CE2) for operatively connecting the test system equipment at the infrastructure module to the two or more test modules, a climate control system configured to adjust environmental conditions in the two or more test chambers during the testing, characterised in that the two or more test modules accommodate a humidifier of the climate control system, wherein the transportable container of the infrastructure module further accommodates at least a water filtering device of the climate control system and a fire safety system, wherein the two or more test modules (121-123, 124-126) are arranged next to the transportable container of the infrastructure module on different sides of the infrastructure module so that the infrastructure module is between the test modules, and wherein the arrangement further comprises a climate control system connection element to produce filtered water from the water filtering device to the humidifiers in the test modules. a test system and at least two test chambers for the electric batteries to be tested, an infrastructure module that is a transportable container accommodating test system equipment arranged to input charge cycles and/or discharge cycles to the vehicle batteries at two or more test modules and, further, a frequency converter, and the two or more test modules each comprising a transportable container comprising a test chamber for the electric batteries to be tested, test system connection elements (CE1, CE2) for operatively connecting the test system equipment at the infrastructure module to the two or more test modules, a climate control system configured to adjust environmental conditions in the two or more test chambers during the testing, characterised in that the two or more test modules accommodate a humidifier of the climate control system, wherein the transportable container of the infrastructure module further accommodates at least a water filtering device of the climate control system and a fire safety system, wherein the two or more test modules (121-123, 124-126) are arranged next to the transportable container of the infrastructure module on different sides of the infrastructure module so that the infrastructure module is between the test modules, and wherein the arrangement further comprises a climate control system connection element to produce filtered water from the water filtering device to the humidifiers in the test modules.
An escalator skirt safety apparatus, the escalator skirt safety apparatus being disposed on a skirt of the escalator along a length of the skirt, wherein the safety apparatus comprises a profile which comprises, along a length of the profile, a rear wall, an upper portion at an upper end of the rear wall and extending toward a step side, and a lower portion at a lower end of the rear wall and extending toward the step side, the safety apparatus further comprises an illumination device, a skirt brush, and a plurality of photoelectric sensors, wherein the illumination device is disposed on the profile and emits illumination light toward the step side, wherein the skirt brush is disposed on the lower portion of the profile along the length of the profile, characterized in that the profile is a one-piece profile, wherein a plurality of sensor holes are provided on the rear wall, wherein the plurality of photoelectric sensors are mounted to be respectively aligned with the plurality of sensor holes on the rear wall so as to emit and/or receive optical signals through the plurality of sensor holes, and wherein the plurality of sensor holes are distributed along the length of the profile. the escalator skirt safety apparatus being disposed on a skirt of the escalator along a length of the skirt, wherein the safety apparatus comprises a profile which comprises, along a length of the profile, a rear wall, an upper portion at an upper end of the rear wall and extending toward a step side, and a lower portion at a lower end of the rear wall and extending toward the step side, the safety apparatus further comprises an illumination device, a skirt brush, and a plurality of photoelectric sensors, wherein the illumination device is disposed on the profile and emits illumination light toward the step side, wherein the skirt brush is disposed on the lower portion of the profile along the length of the profile, characterized in that the profile is a one-piece profile, wherein a plurality of sensor holes are provided on the rear wall, wherein the plurality of photoelectric sensors are mounted to be respectively aligned with the plurality of sensor holes on the rear wall so as to emit and/or receive optical signals through the plurality of sensor holes, and wherein the plurality of sensor holes are distributed along the length of the profile.
An apparatus for damping vibration in a horizontal plane, the apparatus comprising: an enclosed housing; wherein the enclosed housing is comprised of a bottom wall, a side wall and a top wall; a concave flooring surface, wherein the concave flooring surface is enclosed within the enclosed housing; and a dampening weight, wherein the dampening weight is located within the enclosed housing; further wherein the dampening weight is comprised of a spherical mass which is configured to freely roll on the concave flooring surface; characterized in that the dampening weight is comprised of an inner cavity; wherein the dampening weight is further comprised of a plurality of dampening particles located within the inner cavity.
A method for eliminating radioactive iodine using a hydrophilic resin that adsorbs radioactive iodine in liquid and/or a solid body, wherein the hydrophilic resin is at least one selected from the group consisting of a hydrophilic polyurethane resin, a hydrophilic polyurea resin, and a hydrophilic polyurethane-polyurea resin and has a hydrophilic segment and, in the principal chain and/or a side chain in the structure thereof, a tertiary amino group; wherein the hydrophilic segment is a polyethylene oxide segment.
Dietary-fiber containing noodles containing wheat flour, indigestible dextrin serving as dietary fiber, and a fulvic acid mineral seasoning liquid, wherein the fulvic acid mineral seasoning liquid contains at least vinegar, fulvic acid, and mineral salt.
An inspection device for use in a fluid container, comprising: at least one thrust device (38, 42); at least one ballast device; and; a cage which carries said at least one thrust device (38, 42) and said at least one ballast device, said cage comprising a plurality of bars (60, 62), including at least one bar oriented in a first orientation and at least one bar oriented in a second orientation, each said bar (60, 62) providing an opening wherein said openings form a cage cavity to carry said at least one thrust device (38, 42) and said at least one ballast device, each said bar (60, 62) being arcuately formed around said opening, characterized in that the plurality of bars (60, 62) forms a grid,wherein each said bar (60, 62) is a slat that has a leading edge opposite a trailing edge, wherein said leading edge and said trailing edge are connected by opposed surfaces which are oriented in a same direction as a thrust vector (40, 44) generated by said at least one thrust device (38, 42). at least one thrust device (38, 42); at least one ballast device; and; a cage which carries said at least one thrust device (38, 42) and said at least one ballast device, said cage comprising a plurality of bars (60, 62), including at least one bar oriented in a first orientation and at least one bar oriented in a second orientation, each said bar (60, 62) providing an opening wherein said openings form a cage cavity to carry said at least one thrust device (38, 42) and said at least one ballast device, each said bar (60, 62) being arcuately formed around said opening, characterized in that the plurality of bars (60, 62) forms a grid,wherein each said bar (60, 62) is a slat that has a leading edge opposite a trailing edge, wherein said leading edge and said trailing edge are connected by opposed surfaces which are oriented in a same direction as a thrust vector (40, 44) generated by said at least one thrust device (38, 42).
Method for transmitting data from a track-side device to a vehicle, - the track-side device emitting a light signal in the form of visible light modulated with the data to be transmitted, the data to be transmitted comprising an identifier which identifies the track-side device, - the identifier received by means of the light signal being compared with an expected identifier by the vehicle, the expected identifier being determined by the vehicle using an electronic track atlas and/or a navigation device, and - the data received with the light signal being rejected by the vehicle if a discrepancy between the received identifier and the expected identifier is determined during the comparison. - the track-side device emitting a light signal in the form of visible light modulated with the data to be transmitted, the data to be transmitted comprising an identifier which identifies the track-side device, - the identifier received by means of the light signal being compared with an expected identifier by the vehicle, the expected identifier being determined by the vehicle using an electronic track atlas and/or a navigation device, and - the data received with the light signal being rejected by the vehicle if a discrepancy between the received identifier and the expected identifier is determined during the comparison.
Operating device for an illuminant, comprising: a transformer having a primary-side coil arranged on a primary side of the operating device and a secondary-side coil inductively coupled thereto and arranged on a secondary side of the operating device, and a radio interference suppression element, wherein the radio interference suppression element is a radio interference suppression capacitor between the primary side and the secondary side, characterized by an anti-glow device (70; 71) coupled to the radio interference suppression element, wherein the anti-glow device (70; 71) comprises a controllable switching means connected between the radio interference suppression element and a ground potential of the secondary side, wherein in a first state of the operating device the operating device is configured to switch the controllable switching means into an on state and thus to conductively connect the radio interference suppression element selectively to the ground potential of the secondary side, and in a second state of the operating device to switch the controllable switching means into an off state and thus to disconnect the radio interference suppression element selectively from the ground potential in order to suppress a glow of the illuminant. a transformer having a primary-side coil arranged on a primary side of the operating device and a secondary-side coil inductively coupled thereto and arranged on a secondary side of the operating device, and a radio interference suppression element, wherein the radio interference suppression element is a radio interference suppression capacitor between the primary side and the secondary side, characterized by an anti-glow device (70; 71) coupled to the radio interference suppression element, wherein the anti-glow device (70; 71) comprises a controllable switching means connected between the radio interference suppression element and a ground potential of the secondary side, wherein in a first state of the operating device the operating device is configured to switch the controllable switching means into an on state and thus to conductively connect the radio interference suppression element selectively to the ground potential of the secondary side, and in a second state of the operating device to switch the controllable switching means into an off state and thus to disconnect the radio interference suppression element selectively from the ground potential in order to suppress a glow of the illuminant.
Visible light jamming system (100, 200, 300) for jamming data communication in a visible light communication system, the visible light jamming system (100, 200, 300) comprising: a visible light detector (101, 201) configured to detect modulated visible light (102, 202) of the visible light communication system, a signal analyzer (103, 203) coupled to the visible light detector (101, 201) and configured to identify a frequency (104, 204) and an amplitude (105, 205) of the detected modulated visible light (102, 202), a signal generator (106, 206) coupled to the signal analyzer (103, 203) and configured to generate a disturbance visible light signal (107, 207) according to the identified frequency (104, 204) and amplitude (105, 205), that when emitted disturbs the modulated visible light (102,202) of the visible light communication system, and a signal emitter (108, 208) coupled to the signal generator (106, 206) and configured to emit the disturbance visible light signal (107, 207). a visible light detector (101, 201) configured to detect modulated visible light (102, 202) of the visible light communication system, a signal analyzer (103, 203) coupled to the visible light detector (101, 201) and configured to identify a frequency (104, 204) and an amplitude (105, 205) of the detected modulated visible light (102, 202), a signal generator (106, 206) coupled to the signal analyzer (103, 203) and configured to generate a disturbance visible light signal (107, 207) according to the identified frequency (104, 204) and amplitude (105, 205), that when emitted disturbs the modulated visible light (102,202) of the visible light communication system, and a signal emitter (108, 208) coupled to the signal generator (106, 206) and configured to emit the disturbance visible light signal (107, 207).
A polycrystalline compact, comprising: a plurality of grains of hard material, the plurality of grains of hard material being interbonded to form a polycrystalline hard material; and a plurality of particles disposed in interstitial spaces between the interbonded grains of hard material, the plurality of particles comprising rhenium-containing particles; and a catalyst material in the interstitial spaces between the interbonded grains of hard material, the catalyst material comprising at least one of cobalt, nickel, and iron; wherein the hard material has a Knoop hardness value of 20 GPa (2000 Kgf/mm 2) or more, characterised in that: the particles of the plurality of particles comprising a core comprising a first material, and at least one coating (104, 106, 108) on the core, the at least one coating comprising a second, different material, wherein the core comprises at least two particles; or the at least one coating (104, 106, 108) on the core comprises a first coating comprising rhenium, a second coating comprising platinum, and a third coating comprising rhenium. a plurality of grains of hard material, the plurality of grains of hard material being interbonded to form a polycrystalline hard material; and a plurality of particles disposed in interstitial spaces between the interbonded grains of hard material, the plurality of particles comprising rhenium-containing particles; and a catalyst material in the interstitial spaces between the interbonded grains of hard material, the catalyst material comprising at least one of cobalt, nickel, and iron; the particles of the plurality of particles comprising a core comprising a first material, and at least one coating (104, 106, 108) on the core, the at least one coating comprising a second, different material, wherein the core comprises at least two particles; or the at least one coating (104, 106, 108) on the core comprises a first coating comprising rhenium, a second coating comprising platinum, and a third coating comprising rhenium.