mhurhangee/ep-ind-claims huggingface dataset:
A method of processing video data, the method comprising: receiving 360-degree video data; receiving one or more first syntax elements indicating preferred regions-of-interest or preferred viewports of the 360-degree video data; receiving one or more second syntax elements that indicate a preferred rendering operation for rendering the preferred regions-of-interest or preferred viewports, wherein the preferred rendering operation renders the preferred regions-of-interest based on an aspect ratio of a display or renders the preferred viewports based on the aspect ratio of the display and characterised by the one or more second syntax elements include an indication that the preferred rendering operation includes rendering the preferred regions-of-interest or preferred viewports by modifying an aspect ratio of the preferred regions-of-interest or preferred viewports using non-linear warping to fit an aspect ratio of the display; and rendering the 360-degree video data based on the preferred rendering operation. receiving 360-degree video data; receiving one or more first syntax elements indicating preferred regions-of-interest or preferred viewports of the 360-degree video data; receiving one or more second syntax elements that indicate a preferred rendering operation for rendering the preferred regions-of-interest or preferred viewports, wherein the preferred rendering operation renders the preferred regions-of-interest based on an aspect ratio of a display or renders the preferred viewports based on the aspect ratio of the display and characterised by the one or more second syntax elements include an indication that the preferred rendering operation includes rendering the preferred regions-of-interest or preferred viewports by modifying an aspect ratio of the preferred regions-of-interest or preferred viewports using non-linear warping to fit an aspect ratio of the display; and rendering the 360-degree video data based on the preferred rendering operation.
Improved rotary harrow device comprising at least a frame connected to at least one bevel gear unit to which is inferiorly connected a transmission unit to which are connected rotating supports comprising a plurality of pairs of tools arranged vertically, said frame being suitable to be connected by means of a three-point attachment with a tractor machine, said bevel gear unit being suitable to be connected by means of a cardan shaft to a power take-off of the tractor, said rotating harrow device being characterized by the fact that said harrow further includes at least one device for the automatic adjustment of the position of a pair of tools with respect to an axis of rotation of the tools, said device comprising at least one mechanical control unit and one motion transmission unit between said control unit and said tools, said unit comprising at least one grooved cam to which are connected mechanical means to which are connected control levers (42A,42B) which are in turn connected to levers (41A,41B) of the control unit, said levers (41A,41B) being connected to said motion transmission unit, said unit includes levers (46A,46B) of the transmission unit which are connected to said tools, said unit between said levers (41A,41B) and said levers (46A,46B) comprising a plurality of shafts (26,35A,35B) and circular eccentrics (38A,38B), said shafts (35A,35B) being connected to the levers (41A,41B) and being connected to said eccentrics which are in contact with said levers (46A,46B), the grooved cam of the unit by rotating causes an oscillatory movement of the mechanical means, said means by oscillating putting in turn in oscillation said control levers (42A,42B) said control levers transmitting the oscillatory motion to the levers (41A,41B), said levers transforming the oscillatory motion in rotary motion to the shafts (35A,35B), said shafts having axis of rotation (m) eccentric with respect to the circular eccentrics (38A,38B), said eccentrics push on the levers (46A,46B) determining a rotation of the tools around the axis of rotation of the tools, the tools being therefore mobile and disposing themselves in their trajectory of displacement tangent to the curve of cycloidal displacement deriving from the rotary motion of the harrow and traslatory motion given by the advancement of the tractor.
Apparatus for determining dryness of an agent on print media, the apparatus comprising: an infrared prism including a surface, the surface having an outer side to contact a portion of the agent on the print media, the infrared prism having a refractive index that is higher than a refractive index of the agent; a source of infrared radiation to direct infrared radiation into the infrared prism and onto an inner side of the surface; a detector to generate a signal based on infrared radiation reflected by the inner side of the surface to indicate the dryness of the portion of the agent; and an agent application device to apply the agent to the print media, and wherein the agent application device is to control application of the agent to the print media based on the signal; wherein the detector is to generate the signal based on intensity of infrared radiation of a predetermined wavenumber reflected by the inner side of the surface, and wherein the predetermined wavenumber is 3200-3600 cm-1. an infrared prism including a surface, the surface having an outer side to contact a portion of the agent on the print media, the infrared prism having a refractive index that is higher than a refractive index of the agent; a source of infrared radiation to direct infrared radiation into the infrared prism and onto an inner side of the surface; a detector to generate a signal based on infrared radiation reflected by the inner side of the surface to indicate the dryness of the portion of the agent; and an agent application device to apply the agent to the print media, and wherein the agent application device is to control application of the agent to the print media based on the signal; wherein the detector is to generate the signal based on intensity of infrared radiation of a predetermined wavenumber reflected by the inner side of the surface, and wherein the predetermined wavenumber is 3200-3600 cm-1.
A packaging and applicator device for applying a cosmetic composition, the cosmetic composition being an eyeliner, the device comprising: • an applicator comprising: • a stem; and • an applicator endpiece that is carried by the stem; and· a container containing the composition for application, and comprising: • a body; • an outer neck for fastening the applicator on the container; and • an inner sleeve that is molded integrally with the neck, the sleeve comprising first and second portions (21 and 22) that extend consecutively towards the bottom wall of the container, the first portion being cone-chaped, with a change in slope between the two portions, the first portion extending without contact with the stem, and the second portion coming into leaktight contact with the applicator endpiece when the applicator is in place on the container. • an applicator comprising: • a stem; and • an applicator endpiece that is carried by the stem; and· a container containing the composition for application, and comprising: • a body; • an outer neck for fastening the applicator on the container; and • an inner sleeve that is molded integrally with the neck, the sleeve comprising first and second portions (21 and 22) that extend consecutively towards the bottom wall of the container, the first portion being cone-chaped, with a change in slope between the two portions, the first portion extending without contact with the stem, and the second portion coming into leaktight contact with the applicator endpiece when the applicator is in place on the container. • a stem; and • an applicator endpiece that is carried by the stem; and· a container containing the composition for application, and comprising: • a body; • an outer neck for fastening the applicator on the container; and • an inner sleeve that is molded integrally with the neck, the sleeve comprising first and second portions (21 and 22) that extend consecutively towards the bottom wall of the container, the first portion being cone-chaped, with a change in slope between the two portions, the first portion extending without contact with the stem, and the second portion coming into leaktight contact with the applicator endpiece when the applicator is in place on the container.
An expander for mounting a resilient outer tubular article over an elongate article comprising: a chassis element which is generally symmetric about a longitudinal axis; at least one radially outwardly movable elements which are selectably engageable with at least a portion of said resilient outer tubular article; and a driver which is movable axially with respect to said chassis element and is operative to selectably engage said at least one radially outwardly movable elements, when said radially outwardly movable elements are in engagement with said at least a portion of said resilient outer tubular article, for producing corresponding radial outward motion and radial outward expansion thereof; wherein each of the at least one radially outwardly moveable elements is pivotally mounted on the chassis element; each of the at least one radially outwardly moveable elements has a spring to urge the at least one radially outwardly moveable elements to pivot radially outwardly relative to the longitudinal axis; each of the at least one radially outwardly moveable elements has a hand-engageable outer-facing edge surface for applying a force to pivot the at least one radially outwardly moveable elements radially inwardly relative to the longitudinal axis, against bias from the springs; and the expander further comprises an engagement element, removably mounted on a forward end of said driver, for insertion into said at least a portion of said resilient outer tubular article upon expansion thereof by operation of said driver, said engagement element being configured to accommodate at least a portion of said elongate article. a chassis element which is generally symmetric about a longitudinal axis; at least one radially outwardly movable elements which are selectably engageable with at least a portion of said resilient outer tubular article; and a driver which is movable axially with respect to said chassis element and is operative to selectably engage said at least one radially outwardly movable elements, when said radially outwardly movable elements are in engagement with said at least a portion of said resilient outer tubular article, for producing corresponding radial outward motion and radial outward expansion thereof; wherein each of the at least one radially outwardly moveable elements is pivotally mounted on the chassis element; each of the at least one radially outwardly moveable elements has a spring to urge the at least one radially outwardly moveable elements to pivot radially outwardly relative to the longitudinal axis; each of the at least one radially outwardly moveable elements has a hand-engageable outer-facing edge surface for applying a force to pivot the at least one radially outwardly moveable elements radially inwardly relative to the longitudinal axis, against bias from the springs; and the expander further comprises an engagement element, removably mounted on a forward end of said driver, for insertion into said at least a portion of said resilient outer tubular article upon expansion thereof by operation of said driver, said engagement element being configured to accommodate at least a portion of said elongate article.
A developer regulation member (34a, 34b) for use in an electrophotographic image forming apparatus, the developer regulation member forming a thin developer layer by coming in contact with developer conveyed on a developer carrying member, wherein the developer regulation member comprises a plated layer of titanium at a surface of the developer regulation member and a titanium oxide layer characterized in that the titanium oxide layer has a thickness of not less than 0.8 μm and not more than 5 μm on the plated layer of titanium.
A propulsion system comprising a pylon, a nacelle, and a cowl for use in the nacelle, wherein the nacelle at least partially surrounds an engine that extends circumferentially about an axially-extending engine centerline, and the pylon is for connecting the nacelle and the engine to a vehicle, the cowl comprising: a first side portion and a second side portion, the first and second side portions (36,38) each being pivotably connected to the nacelle proximate a top of the nacelle, and the first and second side portions (36,38) being configured so that they abut one another to form an external split line proximate the top of the nacelle; characterised in that: the first and second side portions (36,38) of the cowl are configured so that when they are both in their respective closed positions, they collectively define a protrusion that permits the cowl to cover a forward portion of the pylon. a first side portion and a second side portion, the first and second side portions (36,38) each being pivotably connected to the nacelle proximate a top of the nacelle, and the first and second side portions (36,38) being configured so that they abut one another to form an external split line proximate the top of the nacelle; characterised in that: the first and second side portions (36,38) of the cowl are configured so that when they are both in their respective closed positions, they collectively define a protrusion that permits the cowl to cover a forward portion of the pylon. the first and second side portions (36,38) of the cowl are configured so that when they are both in their respective closed positions, they collectively define a protrusion that permits the cowl to cover a forward portion of the pylon.
A solid dosage form comprising: an internal portion comprising a hydrophilic swellable matrix, in which is disposed a pharmaceutically active agent and one or more electrolytes; wherein the one or more electrolytes, either in combination with the pharmaceutically active agent or another salt upon reaction in an aqueous medium, causes a hardening reaction of the matrix and wherein the one or more electrolytes is selected from one or two members of the group consisting of sodium chloride, sodium bicarbonate, potassium bicarbonate, sodium citrate, sodium bisulfate, sodium sulfite, magnesium sulfate, calcium chloride, potassium chloride, and sodium carbonate; and wherein the pharmaceutically active ingredient is ondansetron; a first seal coat surrounding the internal portion, wherein the first seal coat comprises hypromellose and wherein the first seal coat does not substantially affect the release of the ondansetron from the dosage form; an immediate release drug layer overcoat surrounding the first seal coat; a second seal coat surrounding the immediate release drug layer, wherein the second seal coat comprises hypromellose and wherein the second seal coat does not substantially affect the release of the ondansetron from the dosage form. an internal portion comprising a hydrophilic swellable matrix, in which is disposed a pharmaceutically active agent and one or more electrolytes; wherein the one or more electrolytes, either in combination with the pharmaceutically active agent or another salt upon reaction in an aqueous medium, causes a hardening reaction of the matrix and wherein the one or more electrolytes is selected from one or two members of the group consisting of sodium chloride, sodium bicarbonate, potassium bicarbonate, sodium citrate, sodium bisulfate, sodium sulfite, magnesium sulfate, calcium chloride, potassium chloride, and sodium carbonate; and wherein the pharmaceutically active ingredient is ondansetron; a first seal coat surrounding the internal portion, wherein the first seal coat comprises hypromellose and wherein the first seal coat does not substantially affect the release of the ondansetron from the dosage form; an immediate release drug layer overcoat surrounding the first seal coat; a second seal coat surrounding the immediate release drug layer, wherein the second seal coat comprises hypromellose and wherein the second seal coat does not substantially affect the release of the ondansetron from the dosage form.
Use of prolactin for the manufacture of a nutritional composition for enhancing small intestinal growth, small intestinal functional maturation and/or calcium absorption across intestinal epithelial membranes enhancing gut maturation, and/or stimulating mitosis in T lymphocytes, the composition comprising prolactin identical or similar or analogous to prolactin found in a natural food source microencapsulated in at least one protective layer, wherein release of said prolactin from the protective layer in said subject is the result of an environmental trigger.
A co-crystal of benzoic acid and 5-chloro-2-(N-((1S,2R)-2-(6-fluoro-2,3-dimethylphenyl)-1-(5-oxo-4,5-dihydro-1,3,4-oxadiazol-2-yl)propyl)sulfamoyl)benzamide, wherein a powder X-ray diffraction pattern of the co-crystal measured by Cu Kα characteristic X-ray has two or more peaks at (2θ ± 0.2°) of 6.8°, 7.8°, 11.2°, 13.4°, 13.7°, 16.0°,17.1°, 17.8° and 23.2°.
A composition comprising: lecithin; di-(2-ethylhexyl) adipate and/or the ester of adipic acid and linear n-octanol; an emulsifier; a polar solvent; and a non-polar liquid; wherein the polar solvent is solubilized in the non-polar liquid. lecithin; di-(2-ethylhexyl) adipate and/or the ester of adipic acid and linear n-octanol; an emulsifier; a polar solvent; and a non-polar liquid; wherein the polar solvent is solubilized in the non-polar liquid.
A method in a first device, comprising: determining first configuration information on mapping of one or more code blocks to a code block group according to a service and/or an associated channel; determining second configuration information on mapping of the code block group to one or more time-frequency resources; and transmitting the first configuration information and the second configuration information to a second device; wherein the determining of the configuration information comprises determining a granularity of a code block group to adjust the mapping of the one or more code blocks to the code block group, and wherein the granularity of the code block group is determined based on the importance of data to be transmitted, wherein a code block group comprising important data has a smaller granularity than a code block group comprising less important data; and transmitting the code block group, and SI receiving feedback information of a data transmission according to the mapping of the one or more code blocks to the code block group, and the mapping of the code block groups to the time-frequency resource, wherein the code block group has an individual feedback bit. determining first configuration information on mapping of one or more code blocks to a code block group according to a service and/or an associated channel; determining second configuration information on mapping of the code block group to one or more time-frequency resources; and transmitting the first configuration information and the second configuration information to a second device; wherein the determining of the configuration information comprises determining a granularity of a code block group to adjust the mapping of the one or more code blocks to the code block group, and wherein the granularity of the code block group is determined based on the importance of data to be transmitted, wherein a code block group comprising important data has a smaller granularity than a code block group comprising less important data; and transmitting the code block group, and SI receiving feedback information of a data transmission according to the mapping of the one or more code blocks to the code block group, and the mapping of the code block groups to the time-frequency resource, wherein the code block group has an individual feedback bit.
A method of sending precoding information, comprising: obtaining, by a terminal, a wideband precoding matrix indicator, PMI; jointly encoding, by the terminal, Rank Indication, RI, of N bits and at least one Most Significant Bit, MSB of the wideband PMI to obtain encoded information, wherein N is a natural number; sending, by the terminal, the encoded information to a data sending end, and receiving, by the terminal from the data sending end, data which is pre-processed by the data sending end according to the wideband PMI and a codebook pre-stored in the data sending end, characterized in that, the at least one MSB is a part of the wideband PMI rather than all bits of the wideband PMI and contains no Least Significant Bit, LSB. obtaining, by a terminal, a wideband precoding matrix indicator, PMI; jointly encoding, by the terminal, Rank Indication, RI, of N bits and at least one Most Significant Bit, MSB of the wideband PMI to obtain encoded information, wherein N is a natural number; sending, by the terminal, the encoded information to a data sending end, and receiving, by the terminal from the data sending end, data which is pre-processed by the data sending end according to the wideband PMI and a codebook pre-stored in the data sending end, characterized in that, the at least one MSB is a part of the wideband PMI rather than all bits of the wideband PMI and contains no Least Significant Bit, LSB.
A method for producing a brazed plate heat exchanger comprising a stack of heat exchanger plates provided with a pressed pattern adapted to provide contact points between neighboring heat exchanger plates, such that the heat exchanger plates are kept on a distance from one another under formation of interplate flow channels for media to exchange heat, wherein the interplate flow channels are in selective communication with port openings for the media to exchange heat and circumferentially sealed along an outer periphery in order to avoid external leakage, characterized by the following method steps: a. Calculating the position of the contact points between neighboring plates; b. Calculating a force that must be transferred by each contact point when the heat exchanger is in use; c. Based on the method steps above, calculating a necessary amount of brazing material for each contact point; d. Providing a screen for screen printing the brazing material onto the heat exchanger plates, wherein the screen is provided with openings, the size, position, plate thickness and shape of which being adapted to provide the necessary amount of brazing material to each contact point; e. Screen printing the heat exchanger plates with brazing material using the screen; f. Stacking the heat exchanger plates in a stack; and g. Brazing the stack of the heat exchanger plates in order to join the plates together to form the heat exchanger. a. Calculating the position of the contact points between neighboring plates; b. Calculating a force that must be transferred by each contact point when the heat exchanger is in use; c. Based on the method steps above, calculating a necessary amount of brazing material for each contact point; d. Providing a screen for screen printing the brazing material onto the heat exchanger plates, wherein the screen is provided with openings, the size, position, plate thickness and shape of which being adapted to provide the necessary amount of brazing material to each contact point; e. Screen printing the heat exchanger plates with brazing material using the screen; f. Stacking the heat exchanger plates in a stack; and g. Brazing the stack of the heat exchanger plates in order to join the plates together to form the heat exchanger.