mhurhangee/ep-ind-claims huggingface dataset:
An information communication method of transmitting a signal using a change in luminance of visible light, the information communication method comprising: determining a pattern of the change in luminance by modulating the signal to be transmitted; and transmitting the signal by a light emitter changing in luminance according to the determined pattern, wherein the pattern of the change in luminance is a pattern in which a luminance value is changed from a first value to a second value at a beginning of one of four time units included in a predetermined duration, the first value being a low level of luminance and the second value being a high value of luminance, wherein, in the pattern, at the start of the duration, the second value is present and, at the end of the duration, the first value is present, and in the determining, the pattern of the change in luminance is determined so that a position of the one of the four time units in the duration is different for each of different symbols to be transmitted. determining a pattern of the change in luminance by modulating the signal to be transmitted; and transmitting the signal by a light emitter changing in luminance according to the determined pattern, wherein the pattern of the change in luminance is a pattern in which a luminance value is changed from a first value to a second value at a beginning of one of four time units included in a predetermined duration, the first value being a low level of luminance and the second value being a high value of luminance, wherein, in the pattern, at the start of the duration, the second value is present and, at the end of the duration, the first value is present, and in the determining, the pattern of the change in luminance is determined so that a position of the one of the four time units in the duration is different for each of different symbols to be transmitted.
A supervisory control system comprising - one or more display units (2, 3, 4, 5) constituting a display working environment, and comprising means that visualize information objects related to the controlling of said power transmission and/or distribution system, - means for providing an arrangement thumbnail (6, 6') on one of said display units, said arrangement thumbnail comprising a graphical representation (7, 8, 9, 10) of said display working environment comprising thumbnail images of said one or more display units (2, 3, 4, 5), and - means for arranging said information objects by operations performed within said arrangement thumbnail (6; 6') wherein said means for arranging are configured to - receive a user input signal related to a desired location of said objects in a specific part of one of said display units (2, 3, 4, 5; 13), said user input signal comprising operations performed within said arrangement thumbnail (6; 6') through moving of said information objects over the thumbnail image of said one display unit, and - arrange, in response to receiving said user input signal, said objects in the specific part of said one display unit dependent on whereto on the thumbnail image of said one display unit in the arrangement said information objects are moved, characterised in that said supervisory control system controls a power transmission and/or distribution system and said means for providing an arrangement thumbnail (6; 6') on one of said display units (2, 3, 4, 5) are configured to show said arrangement thumbnail (6; 6') upon receiving an information arranging signal, wherein said information arranging signal is received when a user selects said object from a list, from a map, or when a user performs a drag operation of said object, whereby said objects are moved from one of said display units (2, 3, 4, 5; 13) to said specific part of another display unit or from one location of said one display unit to another location thereon. - one or more display units (2, 3, 4, 5) constituting a display working environment, and comprising means that visualize information objects related to the controlling of said power transmission and/or distribution system, - means for providing an arrangement thumbnail (6, 6') on one of said display units, said arrangement thumbnail comprising a graphical representation (7, 8, 9, 10) of said display working environment comprising thumbnail images of said one or more display units (2, 3, 4, 5), and - means for arranging said information objects by operations performed within said arrangement thumbnail (6; 6') - receive a user input signal related to a desired location of said objects in a specific part of one of said display units (2, 3, 4, 5; 13), said user input signal comprising operations performed within said arrangement thumbnail (6; 6') through moving of said information objects over the thumbnail image of said one display unit, and - arrange, in response to receiving said user input signal, said objects in the specific part of said one display unit dependent on whereto on the thumbnail image of said one display unit in the arrangement said information objects are moved,
An apparatus for patterning a work piece (60, 470) arranged at an image plane, wherein said work piece (60, 470) is at least partly sensitive to electromagnetic radiation, comprising - a source (10, 410) emitting electromagnetic radiation onto an object plane, - an SLM (30, 430) comprising a plurality of on-off object pixels, adapted to receive and modulating said electromagnetic radiation at said object plane in accordance to an input pattern description and to relay said electromagnetic radiation toward said work piece (60, 470), - a synchroniser to synchronise the motion of the work piece (60, 470) relative to a relayed pattern description from said SLM (30, 430) onto said workpiece (60, 470), - an image-deflecting element (40, 42, 450) arranged between said SLM (30, 430) and said workpiece (60, 470) adapted to deflect said relayed pattern description, wherein at least two pattern descriptions on said SLM (30, 430) are at least partly overlapping on the workpiece (60, 470), the apparatus is further characterised by the SLM (30, 430), the synchroniser and the image-deflecting element (40, 42, 450) are being configured to modulate, relay and deflect said electromagnetic radiation to create a coherent sub-image on the workpiece (60, 470) and several sub-images are non-coherently superposed to create a final image. - a source (10, 410) emitting electromagnetic radiation onto an object plane, - an SLM (30, 430) comprising a plurality of on-off object pixels, adapted to receive and modulating said electromagnetic radiation at said object plane in accordance to an input pattern description and to relay said electromagnetic radiation toward said work piece (60, 470), - a synchroniser to synchronise the motion of the work piece (60, 470) relative to a relayed pattern description from said SLM (30, 430) onto said workpiece (60, 470), - an image-deflecting element (40, 42, 450) arranged between said SLM (30, 430) and said workpiece (60, 470) adapted to deflect said relayed pattern description, wherein at least two pattern descriptions on said SLM (30, 430) are at least partly overlapping on the workpiece (60, 470), the apparatus is further characterised by the SLM (30, 430), the synchroniser and the image-deflecting element (40, 42, 450) are being configured to modulate, relay and deflect said electromagnetic radiation to create a coherent sub-image on the workpiece (60, 470) and several sub-images are non-coherently superposed to create a final image.
Heat exchanger comprising a plurality of stacked plates intended to allow an exchange of heat between a first fluid and a second fluid flowing in contact with said plates, said exchanger comprising a bottle for the first fluid, said plates being provided with intermediate ports (69b, 75) allowing the first fluid to flow between said plates and said bottle, said intermediate ports (69b, 75) being arranged in a direction substantially transverse to a longitudinal main extension direction of each plate, characterized in that said intermediate ports (69b, 75) are oblong and/or elongate in shape in a direction of flow of said second fluid.
A sensor system comprising: a molded sole member configured to form part of a sole structure of an article of footwear; a flexible insert member sealed within the sole member, the flexible insert member comprising a flexible sheet of polymer webbing formed of a different material than the sole member, wherein the sole member is molded around the flexible insert member and the flexible insert member is integrally sealed within the sole member such that an outer periphery of the sole member completely encloses an outer periphery of the flexible insert member; a plurality of sensors connected to the insert member such that the sensors are integrally sealed within the sole member along with the flexible insert member, each sensor configured such that pressure on the sensor changes a resistance of the sensor; a port connected to the plurality of sensors and configured for communication with an electronic module; and a plurality of leads connected to the insert member, the leads connecting the sensors to the port. a molded sole member configured to form part of a sole structure of an article of footwear; a flexible insert member sealed within the sole member, the flexible insert member comprising a flexible sheet of polymer webbing formed of a different material than the sole member, wherein the sole member is molded around the flexible insert member and the flexible insert member is integrally sealed within the sole member such that an outer periphery of the sole member completely encloses an outer periphery of the flexible insert member; a plurality of sensors connected to the insert member such that the sensors are integrally sealed within the sole member along with the flexible insert member, each sensor configured such that pressure on the sensor changes a resistance of the sensor; a port connected to the plurality of sensors and configured for communication with an electronic module; and a plurality of leads connected to the insert member, the leads connecting the sensors to the port.
A method for producing a sugar crystal-containing liquid, wherein the method comprises steps of preparing a liquid supersaturated with sugar; and applying a shearing force to the supersaturated liquid, characterized in that the step of applying the shearing force is carried out under a homogenizing pressure of 2 to 90 MPa by a pressure homogenizer having a valve seat and a homogenizing valve, wherein said valve seat and said valve form a narrow space there between, and wherein the step of applying the shearing force comprises exerting said pressure on the liquid to make the liquid pass through said narrow space to thereby form a sugar crystal-containing liquid.
A wear estimator device for an element of a friction based braking device, comprising an on-board computing capacity device (15, 16) configured to conduct arithmetic calculations and to be arranged at a vehicle, the on-board computing capacity device (15, 16) being connectable to the friction based brake device (13, 14), characterized in that the on-board computing capacity device (15, 16) comprises: a wear factor estimation unit (35, 45) that is configured to determine a wear coefficient (w factorised) based on properties of the operational circumstances of the friction based brake device (13, 14), wherein the wear coefficient considers temperatures above the maximal continuous application temperature and below the maximal short time application temperature for the duration of removal of an affected braking device material and a wear integrator unit (23, 33, 43) that is configured to determine a wear (W(t)) of an element of the brake device (13, 14) under consideration of the wear coefficient (w factorised) determined by the wear factor estimation unit (35, 45). a wear factor estimation unit (35, 45) that is configured to determine a wear coefficient (w factorised) based on properties of the operational circumstances of the friction based brake device (13, 14), wherein the wear coefficient considers temperatures above the maximal continuous application temperature and below the maximal short time application temperature for the duration of removal of an affected braking device material and a wear integrator unit (23, 33, 43) that is configured to determine a wear (W(t)) of an element of the brake device (13, 14) under consideration of the wear coefficient (w factorised) determined by the wear factor estimation unit (35, 45).
A high impendence system for subjecting a fluid to an electric field comprising: a pair of electrodes comprising a dielectric material (105, 155) wherein each electrode has at least one surface coated with an electrically conductive material (110, 160), and wherein said dielectric material (105, 155) forms a barrier separating the conductive coating (110, 160) from the fluid to which the electric field is to be applied; a fluid pathway or space (115, 165) in which, in use, the fluid is located formed between the pair of electrodes such that the conductive material (110, 160) is on an electrode surface not in contact with the fluid in the pathway or space (115, 165); a time variant, time invariant, or pulsed voltage source applied across the electrodes; and a housing containing said pair of electrodes, said housing configured to maintain the fluid to which an electric field is to be applied in said pathway or space (115, 165). a pair of electrodes comprising a dielectric material (105, 155) wherein each electrode has at least one surface coated with an electrically conductive material (110, 160), and wherein said dielectric material (105, 155) forms a barrier separating the conductive coating (110, 160) from the fluid to which the electric field is to be applied; a fluid pathway or space (115, 165) in which, in use, the fluid is located formed between the pair of electrodes such that the conductive material (110, 160) is on an electrode surface not in contact with the fluid in the pathway or space (115, 165); a time variant, time invariant, or pulsed voltage source applied across the electrodes; and a housing containing said pair of electrodes, said housing configured to maintain the fluid to which an electric field is to be applied in said pathway or space (115, 165).
A method for repairing, replacing, and/or inspecting an up-tower modular gearbox assembly for a wind turbine, the modular gearbox assembly comprising a first gear stage module and a second gear stage module, wherein the first gear stage module and the second gear stage module are each independent gear stage modules, each comprising a gear train assembly, the gear train assembly comprising a planetary gear system or a helical gear system, the method comprising: supporting a first gear stage module of the modular gearbox assembly up-tower via a movable support tool; detaching the first gear stage module from a second gear stage module of the modular gearbox assembly up-tower; moving the first gear stage module to an up-tower inspection location away from the second gear stage module while the second gear stage module remains in place; repairing, replacing, and/or inspecting at least one of the first gear stage module or the second gear stage module while the first and second gear stage modules are detached; and, reattaching the first gear stage module to the second gear stage module after repairing, replacing, and/or inspecting at least one of the first gear stage module or the second gear stage module. supporting a first gear stage module of the modular gearbox assembly up-tower via a movable support tool; detaching the first gear stage module from a second gear stage module of the modular gearbox assembly up-tower; moving the first gear stage module to an up-tower inspection location away from the second gear stage module while the second gear stage module remains in place; repairing, replacing, and/or inspecting at least one of the first gear stage module or the second gear stage module while the first and second gear stage modules are detached; and, reattaching the first gear stage module to the second gear stage module after repairing, replacing, and/or inspecting at least one of the first gear stage module or the second gear stage module.
An oral care composition comprising zinc oxide and zinc citrate, wherein the weight ratio of zinc oxide:zinc citrate is 1.7:1 to 2.3:1; and an effective amount of a fluoride salt, wherein the fluoride salt is selected from stannous fluoride, sodium fluoride, potassium fluoride, sodium fluorosilicate, ammonium fluorosilicate, amine fluoride, ammonium fluoride, titanium fluoride, hexafluorosulfate, and combinations thereof.
A kit comprising a liner and a helmet; the liner for the helmet comprising: a liner body sized and configured to fit within an interior of the helmet and around a portion of a wearer's head, the liner body comprising an impact-absorbing material and having an outer surface with a convex curvature and an interior surface with a concave curvature, wherein the liner body includes a pair of front apertures and a pair of rear apertures; a plurality of pads removably attached to the interior surface of the liner body, each of the pads being repositionable at different locations on the interior surface of the liner body; and a retention system attached to the liner body and configured to secure the liner to the wearer's head during use, wherein the retention system includes a front strap passed through the pair of front apertures and a rear strap passed through the pair of rear apertures, the front strap and the rear strap having a portion passing over the interior surface of the liner body and sandwiched between the interior surface and at least one of the plurality of pads. a liner body sized and configured to fit within an interior of the helmet and around a portion of a wearer's head, the liner body comprising an impact-absorbing material and having an outer surface with a convex curvature and an interior surface with a concave curvature, wherein the liner body includes a pair of front apertures and a pair of rear apertures; a plurality of pads removably attached to the interior surface of the liner body, each of the pads being repositionable at different locations on the interior surface of the liner body; and a retention system attached to the liner body and configured to secure the liner to the wearer's head during use, wherein the retention system includes a front strap passed through the pair of front apertures and a rear strap passed through the pair of rear apertures, the front strap and the rear strap having a portion passing over the interior surface of the liner body and sandwiched between the interior surface and at least one of the plurality of pads.
Osteo-integratable biomedical implant comprising an endosseous element (11, 111) configured to be attached to the osseous part of a patient, a stump (20, 120) configured to be coupled with said endosseous element (11, 111) by means of a conometric connection coupling, and a clamping screw (30, 130) configured to selectively clamp said stump (20, 120) to said endosseous element (11, 111), wherein said endosseous element (11, 111) comprises an axial cavity (13, 113) having a threaded lower part (14, 114) and an upper zone (15, 16; 115, 116) shaped like a truncated cone, configured to function as a female or male element in said conometric connection coupling, wherein said stump (20, 120) has at least a lower truncated cone part (21, 123a) suitable to couple with said upper zone (15, 16; 115, 116) shaped like a truncated cone of said endosseous element (11, 111) and configured to function as a female or male element respectively in said conometric connection coupling, wherein an upper part (16; 116) of said endosseous element (11, 111) and an external part of said stump (20, 120) are shaped externally with a circular profile shaped like the mouthpiece of a flute so as to define an annular cavity (33, 133) with a smooth and continuous surface, wherein said upper part (16, 116) of said endosseous element (11, 111) is externally tapered upward, with the external surface having no sudden variations in diameter, and wherein said stump (20, 120) is provided with a rounded external surface (22, 122), configured to be continuous with the external surface of said upper part (16; 116) of said endosseous element (11, 111) when said stump (20, 120) is coupled with said endosseous element (11, 111), wherein said rounded external surface (22, 122) also has no sudden variations in diameter.
A method of conducting logs of a cement bond between a casing and a formation comprising: inducing a Lamb wave into the casing using an electromagnetic acoustic transmitter; receiving the Lamb wave with an electromagnetic acoustic transmitter to monitor the Lamb wave, estimating a characteristic of the cement bond based on the monitoring, characterized in that the attenuation of the Lamb wave is monitored by receiving the Lamb wave with the electromagnetic acoustic transmitter used for receiving the Lamb wave; the characteristic is estimated based on an evaluation of the monitored attenuation of the lamb wave, the electromagnetic acoustic transmitter used for inducing the Lamb wave comprises a wire formed into a series of loops, the wire being in electrical communication with a current source, and for inducing the Lamb wave within the casing the electromagnetic acoustic transmitter used for inducing the Lamb wave is disposed proximate the inner diameter of the casing, the wavelength of the Lamb wave being controlled by the width of the coil loops. inducing a Lamb wave into the casing using an electromagnetic acoustic transmitter; receiving the Lamb wave with an electromagnetic acoustic transmitter to monitor the Lamb wave, estimating a characteristic of the cement bond based on the monitoring, characterized in that the attenuation of the Lamb wave is monitored by receiving the Lamb wave with the electromagnetic acoustic transmitter used for receiving the Lamb wave; the characteristic is estimated based on an evaluation of the monitored attenuation of the lamb wave, the electromagnetic acoustic transmitter used for inducing the Lamb wave comprises a wire formed into a series of loops, the wire being in electrical communication with a current source, and for inducing the Lamb wave within the casing the electromagnetic acoustic transmitter used for inducing the Lamb wave is disposed proximate the inner diameter of the casing, the wavelength of the Lamb wave being controlled by the width of the coil loops. the attenuation of the Lamb wave is monitored by receiving the Lamb wave with the electromagnetic acoustic transmitter used for receiving the Lamb wave; the characteristic is estimated based on an evaluation of the monitored attenuation of the lamb wave, the electromagnetic acoustic transmitter used for inducing the Lamb wave comprises a wire formed into a series of loops, the wire being in electrical communication with a current source, and for inducing the Lamb wave within the casing the electromagnetic acoustic transmitter used for inducing the Lamb wave is disposed proximate the inner diameter of the casing, the wavelength of the Lamb wave being controlled by the width of the coil loops.