mhurhangee/ep-ind-claims huggingface dataset:
A coating and curing apparatus, comprising: a conveyor system of a combination roll coating and curing facility, wherein the combination roll coating and curing facility comprises at least one roll coating facility followed by at least one curing facility, the at least one roll coating facility comprising a doctor roller and an application roller, and wherein the conveyor system is adapted to transport a substantially flat substrate first through the roll coating facility and afterwards through the curing facility; a source of a sol-gel coating for use in the combination roll coating and curing facility, the source comprising space for a reservoir of the sol-gel coating material between the doctor roller and the application roller of the roll coating facility, the reservoir in fluid communication with the doctor roller and the application roller; a processor that controls a process parameter of the at least one roll coating facility; and an air knife of the at least one curing facility, wherein the air knife is adapted to direct a heated air stream to a portion of the flat substrate as it is transported through the at least one curing facility, wherein the at least one roll coating facility is adapted to coat the substantially flat substrate with a continuous film of sol gel coating material and wherein the air knife is adapted to cure the continuous sol gel coating material while an interior of the substantially flat substrate remains at a temperature substantially lower than a temperature of air from the air knife. a conveyor system of a combination roll coating and curing facility, wherein the combination roll coating and curing facility comprises at least one roll coating facility followed by at least one curing facility, the at least one roll coating facility comprising a doctor roller and an application roller, and wherein the conveyor system is adapted to transport a substantially flat substrate first through the roll coating facility and afterwards through the curing facility; a source of a sol-gel coating for use in the combination roll coating and curing facility, the source comprising space for a reservoir of the sol-gel coating material between the doctor roller and the application roller of the roll coating facility, the reservoir in fluid communication with the doctor roller and the application roller; a processor that controls a process parameter of the at least one roll coating facility; and an air knife of the at least one curing facility, wherein the air knife is adapted to direct a heated air stream to a portion of the flat substrate as it is transported through the at least one curing facility, wherein the at least one roll coating facility is adapted to coat the substantially flat substrate with a continuous film of sol gel coating material and wherein the air knife is adapted to cure the continuous sol gel coating material while an interior of the substantially flat substrate remains at a temperature substantially lower than a temperature of air from the air knife.
Razor with a handle body having a lower face for resting on the skin of a user and an upper face, opposite from the lower face, for lying in the hand of the user, and with a blade head having at least one razor blade, the lower face having an oval form and the blade head being arranged within the oval form at a tapering end, and the upper face being convexly curved, characterized in that the lower face is formed as at least partially concavely curved.
A fluid dispenser member, such as a pump, including a chamber in which the fluid is put under pressure, and an outlet valve through which the fluid under pressure is delivered from the chamber, the outlet valve comprising an actuator rod that is axially movable down and up, and on which a sleeve slides, under the effect of a pre-compression spring and the pressure of the fluid, over a maximum axial stroke, the effective axial stroke of the sleeve being dependent on the force of the pre-compression spring and the pressure of the fluid in the chamber, the actuator rod including side outlet means (21, 22, 23) that are suitable for being closed and uncovered selectively by the sleeve, the dispenser member being characterized in that the side outlet means (21, 22, 23) of the actuator rod comprise at least two distinct side outlets (21, 22, 23) that are spaced apart axially, namely at least one bottom side outlet and at least one top side outlet (22, 23), the bottom side outlet presenting a maximum radial width, the side outlet means (21, 22, 23) extending over an axial height that is greater than the maximum radial width of the bottom side outlet.
A surgical instrument comprising: a housing; a shaft extending from the housing; and an end effector assembly disposed at a distal end of the shaft, the end effector assembly including: a tubular portion defining a lumen; a connection arm extendable from the lumen of the tubular portion and having a connection tip; and a toolbox having a micro-tip (152a-d) that is configured to be selectively secured to the connection tip of the connection arm; characterised by the toolbox having a transport configuration where the toolbox is disposed within the lumen of the tubular portion and a deployed configuration where the toolbox is disposed entirely outside of the lumen. a housing; a shaft extending from the housing; and an end effector assembly disposed at a distal end of the shaft, the end effector assembly including: a tubular portion defining a lumen; a connection arm extendable from the lumen of the tubular portion and having a connection tip; and a toolbox having a micro-tip (152a-d) that is configured to be selectively secured to the connection tip of the connection arm; characterised by the toolbox having a transport configuration where the toolbox is disposed within the lumen of the tubular portion and a deployed configuration where the toolbox is disposed entirely outside of the lumen. a tubular portion defining a lumen; a connection arm extendable from the lumen of the tubular portion and having a connection tip; and a toolbox having a micro-tip (152a-d) that is configured to be selectively secured to the connection tip of the connection arm; characterised by the toolbox having a transport configuration where the toolbox is disposed within the lumen of the tubular portion and a deployed configuration where the toolbox is disposed entirely outside of the lumen.
A saddle-ride type vehicle having a mobile terminal housing structure, said vehicle comprising: a handlebar joined to a handlebar shaft rotatably supported on a head pipe; a front part cover covering a peripheral area of the head pipe; a floor tunnel part lying between a rear lower portion of the front part cover and a rider seat; a bulging part provided on the front part cover and bulging toward the rider seat; a housing part provided on the bulging part and being capable of housing a mobile terminal; and a window provided in an upper surface of the housing part and through which the mobile terminal is visible, wherein a rear end of the bulging part is set forward of a lowermost portion of an upper surface of the floor tunnel part, and the window is provided in a region rearwardly of a front end of the handlebar and forwardly of rear ends of the handlebar and the bulging part, and below an upper end of the handlebar; said structure characterised in that the window has a surface which is substantially continuous with the front part cover, and the housing part has a mounting surface adapted to mount the mobile terminal inclined downwardly and rearwardly at a higher inclination than the window. a handlebar joined to a handlebar shaft rotatably supported on a head pipe; a front part cover covering a peripheral area of the head pipe; a floor tunnel part lying between a rear lower portion of the front part cover and a rider seat; a bulging part provided on the front part cover and bulging toward the rider seat; a housing part provided on the bulging part and being capable of housing a mobile terminal; and a window provided in an upper surface of the housing part and through which the mobile terminal is visible, wherein a rear end of the bulging part is set forward of a lowermost portion of an upper surface of the floor tunnel part, and the window is provided in a region rearwardly of a front end of the handlebar and forwardly of rear ends of the handlebar and the bulging part, and below an upper end of the handlebar; said structure characterised in that the window has a surface which is substantially continuous with the front part cover, and the housing part has a mounting surface adapted to mount the mobile terminal inclined downwardly and rearwardly at a higher inclination than the window.
Method for operating an air-conditioning unit, in which it is checked whether the air-conditioning unit, when operated purely in ventilation mode, is able to adjust an indoor temperature of a space to be climate-controlled to a reference setpoint lying within a specified setpoint range defined by an upper limit and a lower limit and, if the result of the check is that the air-conditioning unit, when operated purely in ventilation mode, cannot adjust the indoor temperature to the reference setpoint, an indoor temperature setpoint (T S) for the air-conditioning unit is set to a value different from the reference setpoint but lying within the setpoint range, characterized in that, if the result of the check is that the air-conditioning unit, when operated purely in ventilation mode, cannot adjust the indoor temperature to the reference setpoint, - the value different from the reference setpoint to which the indoor temperature setpoint (T S) is set lies closer to the upper limit of the setpoint range than the reference setpoint if an actual value of the indoor temperature is greater than the reference setpoint, or - the value different from the reference setpoint to which the indoor temperature setpoint (T S) is set lies closer to the lower limit of the setpoint range than the reference setpoint if the actual value of the indoor temperature is less than the reference setpoint. - the value different from the reference setpoint to which the indoor temperature setpoint (T S) is set lies closer to the upper limit of the setpoint range than the reference setpoint if an actual value of the indoor temperature is greater than the reference setpoint, or - the value different from the reference setpoint to which the indoor temperature setpoint (T S) is set lies closer to the lower limit of the setpoint range than the reference setpoint if the actual value of the indoor temperature is less than the reference setpoint.
A method for manufacturing a steel ingot in a casting arrangement comprising a vacuum vessel; an ingot mold arranged within the vacuum vessel and a stirrer arranged to stir liquid steel in the ingot mold, comprising the steps of: - providing a liquid steel melt; - filling the ingot mold with the liquid steel melt; - applying a reduced pressure within the vacuum vessel; - allowing the liquid steel melt to at least partially solidify at a reduced pressure into an ingot, wherein the liquid steel melt is stirred within the ingot mold at a reduced pressure during at least a portion of the solidification of the steel melt; characterized in that, - the ingot mold is manufactured of steel or cast iron, and; - the liquid steel melt is Fe-based and comprises a predetermined amount of carbon and; - incidental impurity elements in the form of oxides, wherein during stirring the oxides are reduced by carbothermic reaction in which oxygen in the oxides and carbon in the steel melt form carbon-monoxide, and; - the step of providing the liquid steel melt includes manufacturing the liquid steel melt outside of the vacuum vessel, wherein the pressure within the vacuum vessel is ≤ 1 mbar. - providing a liquid steel melt; - filling the ingot mold with the liquid steel melt; - applying a reduced pressure within the vacuum vessel; - allowing the liquid steel melt to at least partially solidify at a reduced pressure into an ingot, wherein the liquid steel melt is stirred within the ingot mold at a reduced pressure during at least a portion of the solidification of the steel melt; - the ingot mold is manufactured of steel or cast iron, and; - the liquid steel melt is Fe-based and comprises a predetermined amount of carbon and; - incidental impurity elements in the form of oxides, wherein during stirring the oxides are reduced by carbothermic reaction in which oxygen in the oxides and carbon in the steel melt form carbon-monoxide, and; - the step of providing the liquid steel melt includes manufacturing the liquid steel melt outside of the vacuum vessel,
A system for building a device hierarchy for a process plant including a central unit communicatively coupled to a broker agent and a plurality of remote units communicatively coupled to the broker agent, the plurality of remote units including a plurality of field devices at least some of which perform one or more physical functions to control a process executing in the process plant, the system comprising: a hierarchy generation engine communicatively coupled to the broker agent, the hierarchy generation engine configured to: obtain respective device identification information indicative of each of the plurality of remote units, the respective device identification information stored at the broker agent; store, at a local memory accessible to the hierarchy generation engine, the respective device identification information; build at least a portion of the device hierarchy using the respective device identification information, the device hierarchy indicating respective parent-child relationships between one or more pairs of remote units included in the plurality of remote units; and enable the built at least portion of the device hierarchy to be accessible to the central unit. obtain respective device identification information indicative of each of the plurality of remote units, the respective device identification information stored at the broker agent; store, at a local memory accessible to the hierarchy generation engine, the respective device identification information; build at least a portion of the device hierarchy using the respective device identification information, the device hierarchy indicating respective parent-child relationships between one or more pairs of remote units included in the plurality of remote units; and enable the built at least portion of the device hierarchy to be accessible to the central unit.
A quantum efficiency measurement apparatus comprising: a hemispheric portion with an inner surface having a light diffuse reflection layer; a plane mirror disposed to pass substantially through a center of curvature of said hemispheric portion and close an opening of said hemispheric portion, said plane mirror including a first window provided substantially at a position of the center of curvature of said hemispheric portion for attaching an object to be measured to the first window, and a second window provided at a position apart by a predetermined distance from said first window; a spectrometer for measuring a spectrum in said hemispheric portion through said second window; a light source for applying an excitation light, through a third window provided in said hemispheric portion, at a predetermined angle with respect to a normal to said plane mirror toward said first window; and a processor configured to calculate a quantum efficiency of said object to be measured, based on a first spectrum measured by said spectrometer in a case where said object to be measured is disposed at said first window, and a second spectrum measured by said spectrometer in a case where a standard object having a known reflectance characteristic is disposed at said first window instead of said object to be measured, and wherein in plan view of said plane mirror, the optical axis of the excitation light applied from the light source is arranged to be orthogonal to a normal, being an axis between the second window and the center of curvature of said hemispheric portion. a hemispheric portion with an inner surface having a light diffuse reflection layer; a plane mirror disposed to pass substantially through a center of curvature of said hemispheric portion and close an opening of said hemispheric portion, said plane mirror including a first window provided substantially at a position of the center of curvature of said hemispheric portion for attaching an object to be measured to the first window, and a second window provided at a position apart by a predetermined distance from said first window; a spectrometer for measuring a spectrum in said hemispheric portion through said second window; a light source for applying an excitation light, through a third window provided in said hemispheric portion, at a predetermined angle with respect to a normal to said plane mirror toward said first window; and a processor configured to calculate a quantum efficiency of said object to be measured, based on a first spectrum measured by said spectrometer in a case where said object to be measured is disposed at said first window, and a second spectrum measured by said spectrometer in a case where a standard object having a known reflectance characteristic is disposed at said first window instead of said object to be measured, and wherein in plan view of said plane mirror, the optical axis of the excitation light applied from the light source is arranged to be orthogonal to a normal, being an axis between the second window and the center of curvature of said hemispheric portion.
A cooling panel (12, 212, 312, 412) for a melter, comprising: first (20, 120, 220, 420) and second (22, 122, 222, 422) outer walls and a plurality of side walls (34, 36, 38, 40, 134, 136, 138, 140, 334, 336, 338, 340, 434, 436, 438, 440) coupled to the first (20, 120, 220, 420) and second (22, 122, 222, 422) outer walls, defining an interior space (62, 462), where each of the first (20, 120, 220, 420) and second (22, 122, 222, 422) outer walls have a plurality of openings (28, 44); and a plurality of baffles (24, 424) disposed in the interior space (62, 462), where the baffles (24, 424) include a plurality of projections (48, 52); wherein respective openings (28, 44) and projections (48, 52) fit together and are connected from outside of the cooling panel (12, 212, 312, 412) so that the outer walls (20, 22, 120, 122, 220, 222, 420, 422) and the baffles (24,424) are fixed together, and the side walls (34, 36, 38, 40, 134, 136, 138, 140, 334, 336, 338, 340, 434, 436, 438, 440) are fixed to the outer walls (20, 22, 120, 122, 220, 222, 420, 422) so that the cooling panel (12, 212, 312, 412) is fluid-tight. first (20, 120, 220, 420) and second (22, 122, 222, 422) outer walls and a plurality of side walls (34, 36, 38, 40, 134, 136, 138, 140, 334, 336, 338, 340, 434, 436, 438, 440) coupled to the first (20, 120, 220, 420) and second (22, 122, 222, 422) outer walls, defining an interior space (62, 462), where each of the first (20, 120, 220, 420) and second (22, 122, 222, 422) outer walls have a plurality of openings (28, 44); and a plurality of baffles (24, 424) disposed in the interior space (62, 462), where the baffles (24, 424) include a plurality of projections (48, 52); wherein respective openings (28, 44) and projections (48, 52) fit together and are connected from outside of the cooling panel (12, 212, 312, 412) so that the outer walls (20, 22, 120, 122, 220, 222, 420, 422) and the baffles (24,424) are fixed together, and the side walls (34, 36, 38, 40, 134, 136, 138, 140, 334, 336, 338, 340, 434, 436, 438, 440) are fixed to the outer walls (20, 22, 120, 122, 220, 222, 420, 422) so that the cooling panel (12, 212, 312, 412) is fluid-tight.
A high pressure fluid injection device for a common rail system for a large internal combustion engine, comprising a first connection element for supplying high pressure fluid provided by a common rail system to the fluid injector and at least a second connection element for supplying a low pressure fluid to the fluid injector, whereby the fluid injection device includes a collector element connectable to the fluid injector, whereby the collector element contains the second connection element and the fluid injector is in operation engaged with the collector element to provide a fluid passage (6,16, 26, 36) for the low pressure fluid, characterized in that the collector element is configured as a sleeve.
Method for producing a packaging for a product, comprising introducing said product in a wrapping element, a forming step wherein said wrapping element is formed from a first portion of sheet of material and a further forming step wherein a cup-shaped element is formed from a second portion of sheet of material, wherein said further forming step comprises folding said second portion of sheet of material to obtain a corrugated portion, associating said cup-shaped element with said wrapping element in such a way that said cup- shaped element contains, at least partially, said wrapping element, wherein said associating comprises welding said cup- shaped element to said wrapping element along an end portion of said wrapping element delimiting an opening through which said product can be inserted in said wrapping element, said end portion being arranged in such a way as to substantially cover said corrugated portion of said cup-shaped element, the method being characterized in that it comprises the step of providing opening facilitating means in said packaging, wherein said opening facilitating means are provided by making a cut portion on said end portion and on said corrugated portion suitable for promoting the opening of said wrapping element to remove said product wherein said cut portion extends from one free edge of said corrugated portion and of said end portion towards an area near a bottom of said cup-shaped element.
A pharmaceutical formulation comprising an active agent in solid dispersion with a matrix polymer, wherein the active agent is 4-[3-(4-cyclopropanecarbonyl-piperazine-1-carbonyl)-4-fluoro-benzyl]-2H-phthalazin-1-one or a salt or solvate thereof, and the matrix polymer exhibits low hygroscopicity and high softening temperature.
Bait station, with a housing that is open at the bottom and air-tight at the top up in such a way that the water level in the housing is limited by the fact that an air bubble is trapped in the upper section of the housing when the water reaches a correspondingly high level and with a bait holder intended to incorporate the bait which is placed within the housing, where the bait holder is designed to float and the housing has water holes in the lower section, such that water can enter the housing through the water holes and the bait holder in the housing can float when the water level rises, characterised in that the bait holder is designed as a buoyant bait tray.