mhurhangee/ep-ind-claims huggingface dataset:
A data conversion unit comprising: a color analysis portion configured to determine based on R (red), G (green) and B (blue) data signals of an input image whether or not the input image includes a pure color component; and a brightness adjustment portion (140, 240) configured to adjust brightness of a W (white) data signal for the input image according to a hue of the pure color component included in the input image having a maximum ratio among the pure color components, wherein the color analysis portion includes a hue distribution analyzer configured to compare a first reference value and a saturation of each pixel of the input image which is obtained from the RGB data signals, and wherein the color analysis portion further includes a hue distribution quantity analyzer configured to compare a second reference value and the number of pixels having the saturations of at least the first reference value, wherein the hue distribution quantity analyzer is adapted to determine that the input image includes a pure color component when the number of pixels having the saturations of at least the first reference value is at least the second reference value, and wherein the brightness adjustment portion includes a maximum hue analyzer configured to divide the pixels, which have the saturations of at least the first reference value, into hues and distinguish a hue including a largest number of pixels as the hue having a maximum ratio among the pure color components. a color analysis portion configured to determine based on R (red), G (green) and B (blue) data signals of an input image whether or not the input image includes a pure color component; and a brightness adjustment portion (140, 240) configured to adjust brightness of a W (white) data signal for the input image according to a hue of the pure color component included in the input image having a maximum ratio among the pure color components, wherein the color analysis portion includes a hue distribution analyzer configured to compare a first reference value and a saturation of each pixel of the input image which is obtained from the RGB data signals, and wherein the color analysis portion further includes a hue distribution quantity analyzer configured to compare a second reference value and the number of pixels having the saturations of at least the first reference value, wherein the hue distribution quantity analyzer is adapted to determine that the input image includes a pure color component when the number of pixels having the saturations of at least the first reference value is at least the second reference value, and wherein the brightness adjustment portion includes a maximum hue analyzer configured to divide the pixels, which have the saturations of at least the first reference value, into hues and distinguish a hue including a largest number of pixels as the hue having a maximum ratio among the pure color components.
A pharmaceutical composition, comprising: cannabidiol and/or a pharmaceutically acceptable salt or ester thereof; and one or more hypoglycemic agents; wherein the hypoglycemic agent is selected from a group consisting of: metformin, metformin hydrochloride and glibenclamide; and a weight ratio of the cannabidiol and/or the pharmaceutically acceptable salt or ester thereof to the hypoglycemic agent is (10:1) to (1:10). cannabidiol and/or a pharmaceutically acceptable salt or ester thereof; and one or more hypoglycemic agents; wherein the hypoglycemic agent is selected from a group consisting of: metformin, metformin hydrochloride and glibenclamide; and a weight ratio of the cannabidiol and/or the pharmaceutically acceptable salt or ester thereof to the hypoglycemic agent is (10:1) to (1:10).
Ship propulsion system, comprising a drive machine, a transmission, a propeller shaft which is driven by way of the transmission, and a bearing arrangement, by way of which the ship propulsion system can be fastened to a hull, the drive machine and the transmission being connected to one another by means of a connecting flange and being arranged within the hull, a first bearing point which is configured as a pivot bearing being arranged in relation to the rotational axis of the propeller shaft, characterized in that the rotational axis of the propeller shaft runs above a pivot axis of the pivot bearing, and in that the rotational axis of the propeller shaft runs through a narrow region above the pivot axis of the pivot bearing, the spacing between the rotational axis and the pivot axis being less than 500 mm, preferably less than 100 mm, with the result that a bending moment which is caused at the connecting flange by way of the propeller thrust and by way of the weight of the drive machine and the transmission is optimized.
A processor-implemented method for segmenting a two-dimensional image of an anatomical structure, the method comprising: - acquiring a three-dimensional model of the anatomical structure, the three-dimensional model comprising a plurality of segments and a view plane associated with the two-dimensional image and information indicative of a spatial position and an orientation of the view plane with respect to the three-dimensional model; and - adapting the acquired three-dimensional model to align the acquired three-dimensional model with the two-dimensional image based on the view plane associated with the two-dimensional image; - wherein the two-dimensional image is segmented by the plurality of segments of the adapted three-dimensional model, and wherein adapting the acquired three-dimensional model to align with the two-dimensional image comprises restricting degrees of freedom of the acquired three-dimensional model to in-plane rotations and/or translations and is based on any one or more of the spatial position of the view plane and the orientation of the view plane with respect to the three-dimensional model. - acquiring a three-dimensional model of the anatomical structure, the three-dimensional model comprising a plurality of segments and a view plane associated with the two-dimensional image and information indicative of a spatial position and an orientation of the view plane with respect to the three-dimensional model; and - adapting the acquired three-dimensional model to align the acquired three-dimensional model with the two-dimensional image based on the view plane associated with the two-dimensional image; - wherein the two-dimensional image is segmented by the plurality of segments of the adapted three-dimensional model, and
A method for the production of a porous ceramic, comprising the following steps: dispersing of 2 to 40 volume percent of a particulate solid selected from oxides, carbides, nitrides and phosphates, in 50 to 97.99 volume percent of a liquid primary phase, and then adding 0.01 to 10 volume percent of a liquid secondary phase to the obtained suspension of the particulate solid and the liquid primary phase, in each case related to the total volume of the suspension, with the primary phase and the secondary phase not being miscible with each other, forming a capillary suspension being a three-phase-system solid-liquid-liquid, with the liquid phases not being miscible with each other, with one liquid forming the primary phase and the other liquid forming the secondary phase, respectively, and either the primary or the secondary phase being better wetting in comparison with the solid, so that a highly elastic, gel-like substance is formed, with the particle network held together by capillary forces remaining stable and no sedimentation occurring, removing the primary phase and secondary phase from the suspension thus obtaining a solid, and sintering the solid obtained after removal, with a porous ceramic being formed, wherein a non-polar liquid is used as primary phase and a polar liquid is used as secondary phase and the non-polar liquid is selected from molten waxes, with paraffin waxes, carnauba waxes, montan waxes, polyethylene waxes, polypropylene waxes or polyamide waxes being used. dispersing of 2 to 40 volume percent of a particulate solid selected from oxides, carbides, nitrides and phosphates, in 50 to 97.99 volume percent of a liquid primary phase, and then adding 0.01 to 10 volume percent of a liquid secondary phase to the obtained suspension of the particulate solid and the liquid primary phase, in each case related to the total volume of the suspension, with the primary phase and the secondary phase not being miscible with each other, forming a capillary suspension being a three-phase-system solid-liquid-liquid, with the liquid phases not being miscible with each other, with one liquid forming the primary phase and the other liquid forming the secondary phase, respectively, and either the primary or the secondary phase being better wetting in comparison with the solid, so that a highly elastic, gel-like substance is formed, with the particle network held together by capillary forces remaining stable and no sedimentation occurring, removing the primary phase and secondary phase from the suspension thus obtaining a solid, and sintering the solid obtained after removal, with a porous ceramic being formed, wherein a non-polar liquid is used as primary phase and a polar liquid is used as secondary phase and the non-polar liquid is selected from molten waxes, with paraffin waxes, carnauba waxes, montan waxes, polyethylene waxes, polypropylene waxes or polyamide waxes being used.
A dishwasher comprising: a tub for providing a washing space; a rack provided in the tub for receiving washing targets; a spray arm rotatably provided in the tub for spraying wash water to the rack, wherein the spray arm located under the rack; and a noise shield provided between the spray arm and a bottom surface of the tub arranged to reduce the kinetic energy of wash water falling toward the bottom surface of the tub, wherein the noise shield comprises a plurality of plates (73, 75, 76, 77, 78) having different diameters with respect to the rotational center of the spray arm, and wherein the plurality of plates (73, 75, 76, 77, 78) are radially spaced apart from each other. a tub for providing a washing space; a rack provided in the tub for receiving washing targets; a spray arm rotatably provided in the tub for spraying wash water to the rack, wherein the spray arm located under the rack; and a noise shield provided between the spray arm and a bottom surface of the tub arranged to reduce the kinetic energy of wash water falling toward the bottom surface of the tub, wherein the noise shield comprises a plurality of plates (73, 75, 76, 77, 78) having different diameters with respect to the rotational center of the spray arm, and wherein the plurality of plates (73, 75, 76, 77, 78) are radially spaced apart from each other.
A method for facilitating a client device to synchronize streaming and processing a second stream to streaming and processing a first stream, wherein the first stream and the second stream are part of a group of streams, the group of streams representing a Virtual Reality video or different camera angles of a multi-camera recording, wherein the streams of the group are associated with a common content timeline, and wherein the method comprises: - buffering the second stream in a data storage; - receiving a request for streaming a content part of the second stream to the client device, the request being indicative of a selected time point on the common content timeline from which point onwards the second stream is to be processed; characterised by: - transcoding the second stream to obtain a transcoded second stream, wherein the transcoding is configured to create a random access point in the transcoded second stream from which point onwards the client device is able to decode the transcoded second stream, wherein the random access point is nearer in time to the selected time point than any random access point of the second stream; - streaming the transcoded second stream to the client device; and - streaming the second stream to the client device. - buffering the second stream in a data storage; - receiving a request for streaming a content part of the second stream to the client device, the request being indicative of a selected time point on the common content timeline from which point onwards the second stream is to be processed; characterised by: - transcoding the second stream to obtain a transcoded second stream, wherein the transcoding is configured to create a random access point in the transcoded second stream from which point onwards the client device is able to decode the transcoded second stream, wherein the random access point is nearer in time to the selected time point than any random access point of the second stream; - streaming the transcoded second stream to the client device; and - streaming the second stream to the client device.
A device for a controlled electrochemical release of a composition and comprising: - at least one working electrode comprising an electroactive conjugated polymer containing or doped with said composition; - a counter electrode; - a reference electrode; characterized in that said device further comprises: - electrical means (95, 100; 320; 165, 180) connected to the at least one working electrode and to the counter electrode for obtaining at said at least one working electrode at least one composition releasing sequence with respect to said reference electrode, each composition releasing sequence comprising: ∘ a first voltametric pulse for releasing said composition, having a first voltage, a first polarity and a first duration, followed by ∘ a rest period during which no current is able to flow through said at least one working electrode, followed by ∘ a second voltametric pulse for replacing said composition with at least one ion, having a second voltage, a second polarity opposite to said first polarity and a second duration, followed by ∘ an intermediate period during which no current is able to flow through said at least one working electrode, at the end of which another composition releasing sequence may be applied. - at least one working electrode comprising an electroactive conjugated polymer containing or doped with said composition; - a counter electrode; - a reference electrode; - electrical means (95, 100; 320; 165, 180) connected to the at least one working electrode and to the counter electrode for obtaining at said at least one working electrode at least one composition releasing sequence with respect to said reference electrode, each composition releasing sequence comprising: ∘ a first voltametric pulse for releasing said composition, having a first voltage, a first polarity and a first duration, followed by ∘ a rest period during which no current is able to flow through said at least one working electrode, followed by ∘ a second voltametric pulse for replacing said composition with at least one ion, having a second voltage, a second polarity opposite to said first polarity and a second duration, followed by ∘ an intermediate period during which no current is able to flow through said at least one working electrode, at the end of which another composition releasing sequence may be applied. ∘ a first voltametric pulse for releasing said composition, having a first voltage, a first polarity and a first duration, followed by ∘ a rest period during which no current is able to flow through said at least one working electrode, followed by ∘ a second voltametric pulse for replacing said composition with at least one ion, having a second voltage, a second polarity opposite to said first polarity and a second duration, followed by ∘ an intermediate period during which no current is able to flow through said at least one working electrode, at the end of which another composition releasing sequence may be applied.
A system for imaging a tissue sample comprising: an imaging system operative to image a region of a tissue sample; a sectioning system operative to section the tissue sample into a plurality of slices, wherein the tissue sample is located in a fluid bath during sectioning; a staining system operative to stain an exposed region of the tissue sample with a selected stain in sequence with a sectioning sequence performed by the sectioning system; and a control system operative to control sequential automated staining, imaging and sectioning of the tissue sample, the control system being connected to the imaging system, the sectioning system and the staining system such that a predetermined delay time for application of the selected stain to exposed tissue of the tissue sample, after a section is removed from the tissue sample, controls the sequential imaging and sectioning of the tissue sample. an imaging system operative to image a region of a tissue sample; a sectioning system operative to section the tissue sample into a plurality of slices, wherein the tissue sample is located in a fluid bath during sectioning; a staining system operative to stain an exposed region of the tissue sample with a selected stain in sequence with a sectioning sequence performed by the sectioning system; and a control system operative to control sequential automated staining, imaging and sectioning of the tissue sample, the control system being connected to the imaging system, the sectioning system and the staining system such that a predetermined delay time for application of the selected stain to exposed tissue of the tissue sample, after a section is removed from the tissue sample, controls the sequential imaging and sectioning of the tissue sample.
A vehicle braking system comprising: a brake pedal; a master cylinder; an electronically-controlled booster having an input member coupled to the brake pedal and having an output member coupled to the master cylinder and adapted to provide an input force to the master cylinder that combines a driver-supplied input force provided by the input member and a boost force provided by the electronically-controlled booster; a wheel cylinder fluidly coupled to an outlet of the master cylinder and operable to provide a wheel braking force proportional to the input force to the master cylinder; a pump (60-1, 60-2) operable to pump fluid toward the wheel cylinder to provide an assisting wheel braking force; and a controller programmed to trigger a hydraulic braking assist routine in which the pump (60-1, 60-2) is activated to provide the assisting wheel braking force while in fluid communication between the master cylinder outlet and the wheel cylinder, characterised in that the controller is programmed to reduce the boost force provided by the electronically-controlled booster during the hydraulic braking assist routine. a brake pedal; a master cylinder; an electronically-controlled booster having an input member coupled to the brake pedal and having an output member coupled to the master cylinder and adapted to provide an input force to the master cylinder that combines a driver-supplied input force provided by the input member and a boost force provided by the electronically-controlled booster; a wheel cylinder fluidly coupled to an outlet of the master cylinder and operable to provide a wheel braking force proportional to the input force to the master cylinder; a pump (60-1, 60-2) operable to pump fluid toward the wheel cylinder to provide an assisting wheel braking force; and a controller programmed to trigger a hydraulic braking assist routine in which the pump (60-1, 60-2) is activated to provide the assisting wheel braking force while in fluid communication between the master cylinder outlet and the wheel cylinder, characterised in that the controller is programmed to reduce the boost force provided by the electronically-controlled booster during the hydraulic braking assist routine.
A coating able to reduce friction and wear, wherein the coating is located on a surface of a substrate and the coating comprises an adhesive layer, a transition layer, a gradient layer and a function layer in sequence in a direction away from the surface of the substrate, wherein the gradient layer is a CrMo x N layer in which Mo content progressively increases from 2.0-3.0 wt% to 3.0-6.0 wt%; and the function layer comprises at least one cyclical layer, each cyclical layer comprises a first CrMo x N layer and a second CrMo x N layer in sequence from bottom to top, and a Mo content of the first CrMo x N layer is lower than a Mo content of the second CrMo x N layer. the gradient layer is a CrMo x N layer in which Mo content progressively increases from 2.0-3.0 wt% to 3.0-6.0 wt%; and the function layer comprises at least one cyclical layer, each cyclical layer comprises a first CrMo x N layer and a second CrMo x N layer in sequence from bottom to top, and a Mo content of the first CrMo x N layer is lower than a Mo content of the second CrMo x N layer.
A method, comprising: at a portable electronic device having one or more processors, a touch sensitive surface, a display, and a rotatable input mechanism: displaying a user input interface on the display including a message area and a stroke input area; receiving a first set of strokes on the touch sensitive surface in the stroke input area; determining first text based on the first set of strokes; displaying the first text on the display in the message area; determining a plurality of suggestions based on the first text, wherein the suggestions include changes to the first text; after determining the suggestions, receiving user input via the rotatable input mechanism; in response to receiving the user input via the rotatable input mechanism: displaying at least two of the suggestions; and displaying a selection indicator indicating a selected suggestion of the suggestions; in response to continuing to receiving the user input via the rotatable input mechanism, moving the selection indicator from a first suggestion to a second suggestion of the suggestions; and after displaying the at least two suggestions and the selection indicator, replacing display of the first text with display of the selected suggestion. displaying a user input interface on the display including a message area and a stroke input area; receiving a first set of strokes on the touch sensitive surface in the stroke input area; determining first text based on the first set of strokes; displaying the first text on the display in the message area; determining a plurality of suggestions based on the first text, wherein the suggestions include changes to the first text; after determining the suggestions, receiving user input via the rotatable input mechanism; in response to receiving the user input via the rotatable input mechanism: displaying at least two of the suggestions; and displaying a selection indicator indicating a selected suggestion of the suggestions; displaying at least two of the suggestions; and displaying a selection indicator indicating a selected suggestion of the suggestions; in response to continuing to receiving the user input via the rotatable input mechanism, moving the selection indicator from a first suggestion to a second suggestion of the suggestions; and after displaying the at least two suggestions and the selection indicator, replacing display of the first text with display of the selected suggestion.