mhurhangee/ep-ind-claims huggingface dataset:
A cap arranged to interact with a neck, said cap comprising a top portion, a sidewall portion depending from the top portion and formed in one piece therewith, the sidewall portion comprising an interior threading arranged to interact with an exterior threading of the neck during an opening operation and during a closing operation, wherein the sidewall portion further comprises cutting elements each having a first end hingedly attached to the interior of the sidewall portion and a free end portion arranged to interact with a membrane portion of the neck, wherein the hinged attachment allows for the cutting elements to pivot in relation to the hinged attachment, characterized in that that the free end portion remote to the hinged attachment has a blunt tip and a comparatively sharper cutting edge on a lateral side of the free end portion. a top portion, a sidewall portion depending from the top portion and formed in one piece therewith, the sidewall portion comprising an interior threading arranged to interact with an exterior threading of the neck during an opening operation and during a closing operation, wherein the sidewall portion further comprises cutting elements each having a first end hingedly attached to the interior of the sidewall portion and a free end portion arranged to interact with a membrane portion of the neck, wherein the hinged attachment allows for the cutting elements to pivot in relation to the hinged attachment, characterized in that that the free end portion remote to the hinged attachment has a blunt tip and a comparatively sharper cutting edge on a lateral side of the free end portion.
Panel carrier for securing a front panel to the side frames of a drawer, comprising - a carrier part which can be fixed to the front panel and - a base part which can be mounted on the side frame, encloses the carrier part and has two lateral limbs (61, 62) aligned at least partially parallel to each other, as well as - a first adjusting element for adjusting the front panel and - a second adjusting element having a cylindrical rotational axis extending through the base part and the carrier part, - wherein the first adjusting element is arranged at a distance from the rotational axis of the second adjusting element, characterized in that - the carrier part is pivotably arranged about the rotational axis of the second adjusting element relative to the base part. - a carrier part which can be fixed to the front panel and - a base part which can be mounted on the side frame, encloses the carrier part and has two lateral limbs (61, 62) aligned at least partially parallel to each other, as well as - a first adjusting element for adjusting the front panel and - a second adjusting element having a cylindrical rotational axis extending through the base part and the carrier part, - wherein the first adjusting element is arranged at a distance from the rotational axis of the second adjusting element, - the carrier part is pivotably arranged about the rotational axis of the second adjusting element relative to the base part.
A sheet metal processing plant comprising - a conveying means, said conveying means defining a receiving surface for a workpiece and a conveying direction in a conveying plane and being embodied for conveying the workpiece, said workpiece having a bottom side and a top side, - a turning unit, said turning unit being embodied for turning the workpiece received on the receiving surface from the bottom side to the top side, - wherein the turning unit comprises a manipulator, said manipulator being embodied to lift the bottom side of the workpiece off the receiving surface, to perform a turning operation of the workpiece and to place the top side of the workpiece on the receiving surface of the conveying means, characterized in that the manipulator comprises a first gripping device and a second gripping device embodied to transfer the workpiece from the first gripping device to the second gripping device during the turning operation, wherein the second gripping device is embodied to place the top side of the workpiece on the receiving surface of the conveying means. - a conveying means, said conveying means defining a receiving surface for a workpiece and a conveying direction in a conveying plane and being embodied for conveying the workpiece, said workpiece having a bottom side and a top side, - a turning unit, said turning unit being embodied for turning the workpiece received on the receiving surface from the bottom side to the top side, - wherein the turning unit comprises a manipulator, said manipulator being embodied to lift the bottom side of the workpiece off the receiving surface, to perform a turning operation of the workpiece and to place the top side of the workpiece on the receiving surface of the conveying means, characterized in that the manipulator comprises a first gripping device and a second gripping device embodied to transfer the workpiece from the first gripping device to the second gripping device during the turning operation, wherein the second gripping device is embodied to place the top side of the workpiece on the receiving surface of the conveying means.
A process of dehydrating lactic acid to acrylic acid in a quartz fixed bed reactor, with 100% conversion of lactic acid and high selectivity for acrylic acid up to 70% characterized in using stable calcium phosphate as dehydrating catalyst wherein calcium to phosphorous ratio varying in the range of 1.5 to 1.9 and the said process comprising the steps of: i. preheating the catalyst in a fixed-bed reactor at a temperature in the range of 370 to 380°C for 20 to 40 minutes under highly pure nitrogen; ii. passing the vapors of 50-80 wt% preheated lactic acid solution through the catalyst bed by nitrogen in a fixed-bed reactor and condensing the vapors to obtain acrylic acid. i. preheating the catalyst in a fixed-bed reactor at a temperature in the range of 370 to 380°C for 20 to 40 minutes under highly pure nitrogen; ii. passing the vapors of 50-80 wt% preheated lactic acid solution through the catalyst bed by nitrogen in a fixed-bed reactor and condensing the vapors to obtain acrylic acid.
A modular farm for plant production, comprising: a container; a carousel system (20; 420) mounted for rotation about a central vertical axis within the container; and a plurality of grow towers (30; 330; 430) mountable to the carousel system for rotation therewith about the central vertical axis, each grow tower comprising an elongated column for growing plants, characterized in that each grow tower (30; 330; 430) is suspendable to the carousel system via a rotary joint for rotation about a further vertical axis spaced from the central vertical axis; and in that the container comprises an enclosed space within the container comprising a grow zone and a work zone, and the carousel system is operable to rotate the grow towers (30; 330; 430) about the vertical axis to move a portion of the grow towers into a location accessible from the work zone. a container; a carousel system (20; 420) mounted for rotation about a central vertical axis within the container; and a plurality of grow towers (30; 330; 430) mountable to the carousel system for rotation therewith about the central vertical axis, each grow tower comprising an elongated column for growing plants, characterized in that each grow tower (30; 330; 430) is suspendable to the carousel system via a rotary joint for rotation about a further vertical axis spaced from the central vertical axis; and in that the container comprises an enclosed space within the container comprising a grow zone and a work zone, and the carousel system is operable to rotate the grow towers (30; 330; 430) about the vertical axis to move a portion of the grow towers into a location accessible from the work zone.
An image processing device for performing image processing on a facial image including a mouth of a person, the image processing device comprising a first organ likelihood identification unit (42, 51) configured to identify, based on a difference between a color of a pixel location and a first representative color which is a representative color of an organ to be processed, a likelihood of the pixel location being the organ as a first organ likelihood for each pixel location of a first region including at least a part of the mouth of the facial image; a first weight determination unit (43, 52) configured to determine a first weight so that the first weight becomes smaller the greater a distance from a first location of the first region for each pixel location of the first region; a correction degree determination unit (44, 53) configured to determine a correction degree of the pixel location so that the correction degree becomes greater the greater the first organ likelihood, the greater the first weight, and the greater a luminance, for each pixel location of the first region; and an image correction unit (45, 54) configured to correct pixel values of an image using the correction degree.
A roof window comprising a frame, a sash, a set of covering members, a glazing profile and a set of dampening and/or insulating members, the set of dampening and/or insulating members comprising at least one member (75, 76, 77) attached to a respective roof window component comprising the glazing profile, a side sash covering and/or a top frame covering member (311, 312), in an assembled state of the roof window, wherein the set of covering members comprises a bottom sash covering, characterised in that the at least one dampening and/or insulating member comprises a sash profile seal (75; 175; 275) configured to be attached to the lower end of the glazing profile for at least a proportion of the length where the glazing profile is overlapping with the bottom sash covering in the assembled state, that the sash profile seal (75; 175; 275) comprises a base portion (751; 1751; 2751), an inner leg portion (752; 1752; 2752), and an outer leg portion (753; 1753; 2753) to fit the sash profile seal (75; 175; 275) on to the glazing profile, that said sash profile seal (75; 175; 275) has an inner width between the inner leg portion (752; 1752; 2752) and the outer leg portion (753; 1753; 2753) substantially matching a width of the glazing profile in the assembled state of the roof window, and that said sash profile seal (75; 175; 275) has a top width exceeding a bottom width and the inner width and a length of the same order of magnitude as the bottom width. wherein the set of covering members comprises a bottom sash covering, characterised in that the at least one dampening and/or insulating member comprises a sash profile seal (75; 175; 275) configured to be attached to the lower end of the glazing profile for at least a proportion of the length where the glazing profile is overlapping with the bottom sash covering in the assembled state, that the sash profile seal (75; 175; 275) comprises a base portion (751; 1751; 2751), an inner leg portion (752; 1752; 2752), and an outer leg portion (753; 1753; 2753) to fit the sash profile seal (75; 175; 275) on to the glazing profile, that said sash profile seal (75; 175; 275) has an inner width between the inner leg portion (752; 1752; 2752) and the outer leg portion (753; 1753; 2753) substantially matching a width of the glazing profile in the assembled state of the roof window, and that said sash profile seal (75; 175; 275) has a top width exceeding a bottom width and the inner width and a length of the same order of magnitude as the bottom width.
A method of wireless communication, comprising: transmitting signaling that indicates a configuration for semi-persistent scheduling, SPS; transmitting a downlink control message that activates the SPS, wherein the configuration or the downlink control message indicates a coverage enhancement level; and communicating with a user equipment, UE, on resources assigned by the SPS according to the coverage enhancement level, wherein the signaling that indicates the configuration for SPS comprises an indication for the UE to refrain from transmitting during a transmission period of the configuration when an uplink data buffer of the UE is empty. transmitting signaling that indicates a configuration for semi-persistent scheduling, SPS; transmitting a downlink control message that activates the SPS, wherein the configuration or the downlink control message indicates a coverage enhancement level; and communicating with a user equipment, UE, on resources assigned by the SPS according to the coverage enhancement level, wherein the signaling that indicates the configuration for SPS comprises an indication for the UE to refrain from transmitting during a transmission period of the configuration when an uplink data buffer of the UE is empty.
Mirror for personal use, with a lighting system for illuminating at least part of a person being situated in front of the mirror, wherein a position detector for detecting the position of the person in front of the mirror is provided, wherein the lighting system comprises an array of OLEDs acting as lighting elements which can be actuated independently from each other in dependence of the signal of the position detector, wherein each OLED of the array of OLEDs is a bottom emitting OLED having a cathode that is made of a highly reflective metal so that it functions as a mirror element when switched off, wherein the array of OLEDs comprises rows and columns of OLEDs or OLED units of one common larger OLED, respectively, side by side generating a large mirror surface which can be partially or totally switched into an irradiating surface, and wherein the position detector is arranged to provide a signal such that at least a part of the OLEDs can be switched off to follow with the reflecting surface a movement of the person in front of the mirror while the surrounding surface can be illuminated.
A compound for use in the treatment of Tourette's Syndrome in humans, wherein the compound is ecopipam or a pharmaceutically acceptable salt, solvate, or hydrate thereof, wherein the compound is for oral administration at a dose of 50 mg to 100 mg/day.
A method for separating a gas from a liquid, the method comprising: delivering a fluid containing a liquid and a gas to a vortex chamber (14;14A) through an inlet comprising a nozzle (22;22A) at a velocity and direction sufficient to create vortical flow of the fluid within the vortex chamber (14;14A); removing the liquid contained within the fluid from the vortex chamber (14;14A) through a liquid outlet; and removing the gas contained within the fluid from the vortex chamber (14;14A) through a gas outlet, wherein one of the vortex chamber (14;14A) or the gas outlet includes a membrane that prevents liquid from exiting through the gas outlet, and wherein the vortex chamber (14;14A) comprises: a first end (28;28A); a second end (30;30A) generally opposite the first end (28;28A); a wall (26;26A) extending from the first end (28;28A) to the second end (30;30A); the fluid inlet being located on the wall (26;26A) near the first end (28;28A); the liquid outlet being located on the wall (26;26A) near the second end (30;30A); and characterised by the gas outlet being located along the second end (30;30A). delivering a fluid containing a liquid and a gas to a vortex chamber (14;14A) through an inlet comprising a nozzle (22;22A) at a velocity and direction sufficient to create vortical flow of the fluid within the vortex chamber (14;14A); removing the liquid contained within the fluid from the vortex chamber (14;14A) through a liquid outlet; and removing the gas contained within the fluid from the vortex chamber (14;14A) through a gas outlet, wherein one of the vortex chamber (14;14A) or the gas outlet includes a membrane that prevents liquid from exiting through the gas outlet, and wherein the vortex chamber (14;14A) comprises: a first end (28;28A); a second end (30;30A) generally opposite the first end (28;28A); a wall (26;26A) extending from the first end (28;28A) to the second end (30;30A); the fluid inlet being located on the wall (26;26A) near the first end (28;28A); the liquid outlet being located on the wall (26;26A) near the second end (30;30A); and characterised by the gas outlet being located along the second end (30;30A). a first end (28;28A); a second end (30;30A) generally opposite the first end (28;28A); a wall (26;26A) extending from the first end (28;28A) to the second end (30;30A); the fluid inlet being located on the wall (26;26A) near the first end (28;28A); the liquid outlet being located on the wall (26;26A) near the second end (30;30A); and characterised by the gas outlet being located along the second end (30;30A).
A method for producing three-dimensional molding, comprising a step of feeding a polyarylene sulfide resin particulate to a powder sintering three-dimensional printer, wherein the polyarylene sulfide resin particulate has: 100μm or less and more than 1μm of mean particle diameter, which is a particle diameter d50 of which cumulative frequency is 50% from the smaller particle diameter side of particle size distribution measured with a laser diffraction particle size distribution meter based on the dispersion/diffraction theory of Mie; 4 or less of uniformity, the uniformity being as defined in the description; 150 Pa·s or more and 500 Pa·s or less of melt viscosity measured at 300°C and shear rate of 1216 sec -1; and 150 to 210°C of crystallization temperature defined as a temperature of heat generation peak measured with a differential scanning calorimeter during crystallization as heated from 50°C to 340°C at 20°C/min, kept at 340°C for 5 min and cooled from 340°C to 50°C at 20°C/min.
A putting-on aid for support stockings, comprising a carrier element, wherein the carrier element is capable of at least partly encompassing a body part, characterised in that the carrier element comprises at least one motor which is designed to bring parts of the carrier element into motion, wherein the motion is capable of at least assisting a rolling-off and rolling-up of a support stocking on the carrier element by the motion of the parts being a revolving movement and by the carrier element being configured to at least partly encompass the body part in a manner that the revolving movement of the parts permits or assists a translational motion of the carrier element along an axis of the body part.
A formwork panel for concrete-work shutterings (100; 120), comprising: a supporting structure consisting substantially of plastics material; and a separate formwork skin constituted by a single formwork skin element substantially of plastics material or by several formwork skin elements substantially of plastics material each; the formwork skin being releasably connected to the supporting structure, characterized in that the supporting structure is formed substantially as a grating with openings that are open both towards the front side of the supporting structure and towards the rear side of the supporting structure; and in that at least one formwork skin element of the formwork skin has molded-on extensions (40; 84) that are releasably connected to the supporting structure and have a function in transferring possible tensile forces between the supporting structure and the respective formwork skin element. a supporting structure consisting substantially of plastics material; and a separate formwork skin constituted by a single formwork skin element substantially of plastics material or by several formwork skin elements substantially of plastics material each; the formwork skin being releasably connected to the supporting structure, characterized in that the supporting structure is formed substantially as a grating with openings that are open both towards the front side of the supporting structure and towards the rear side of the supporting structure; and in that at least one formwork skin element of the formwork skin has molded-on extensions (40; 84) that are releasably connected to the supporting structure and have a function in transferring possible tensile forces between the supporting structure and the respective formwork skin element.
A fish farming system comprising a pre-filter comprising a sludge/solids filtering unit and a sludge/solids removing unit, wherein the sludge/solids filtering unit is in the form of a screen, wherein the sludge removing unit is one or more scrapers removing sludge/solids from the surface of the pre-filter, wherein the pre-filter is installed vertically to an inlet flow but with an angle in the range of 50 - 80 degrees, where a reference of 90 degrees implies totally perpendicular to the inlet flow, said fish farming system also comprising a subsequent second filter intended to filter the liquid phase in a second filtration, wherein the subsequent second filter is a disc filter or a drum filter. said fish farming system also comprising a subsequent second filter intended to filter the liquid phase in a second filtration, wherein the subsequent second filter is a disc filter or a drum filter.
Method for opening cocoa pods to harvest the cocoa beans enclosed in the outer shells of the cocoa pod, the method comprising the following steps: - the cocoa pod is oriented in its longitudinal direction on a conveyor belt in conveying direction; - the cocoa pod is held on the conveyor belt with its longitudinal direction oriented in conveying direction; - a compressive force resulting in a deformation of the cocoa pod is applied to the cocoa pod; - the deformed cocoa pod held on the conveyor belt is guided past a knife (30, 31) along a conveying path; - the knife (30, 31) cuts into the outer shell of the cocoa pod; - the cutting depth of the knife (30, 31) into the outer shell is greater than half of the thickness of the outer shell; - the cut cocoa pod is broken open; - the broken cocoa pod is ejected in its opened state. - the cocoa pod is oriented in its longitudinal direction on a conveyor belt in conveying direction; - the cocoa pod is held on the conveyor belt with its longitudinal direction oriented in conveying direction; - a compressive force resulting in a deformation of the cocoa pod is applied to the cocoa pod; - the deformed cocoa pod held on the conveyor belt is guided past a knife (30, 31) along a conveying path; - the knife (30, 31) cuts into the outer shell of the cocoa pod; - the cutting depth of the knife (30, 31) into the outer shell is greater than half of the thickness of the outer shell; - the cut cocoa pod is broken open; - the broken cocoa pod is ejected in its opened state.