mhurhangee/ep-ind-claims huggingface dataset:
A method for fastening a metallic bush on a metallic structural part, - in which a ring-shaped contact surface is formed on the bush, - in which a structural part opening is formed on the structural part, - in which a circumferential collar along the structural part opening is formed on the structural part by forming an opening edge surrounding the structural part opening, so that the collar protrudes on a mounting side of the structural part, which is provided for the applying of the bush, characterized in that the collar comprises a free-standing edge located at an end of the collar facing the bush when the bush is attached, wherein the free-standing edge of the collar before the applying of the bush has a circumferential collar surface, which is delimited by a circumferential distal outer edge with respect to the structural part opening, and a circumferential proximal inner edge with respect to the structural part opening, - wherein the bush in the region of the structural part opening is pressed against the mounting side of the structural part so that the contact surface touches the front collar surface or the distal outer edge of the free-standing edge of the collar, and - the bush is pressed against the structural part, so that the contact surface lies against the free-standing edge of the collar under prestressing, - in which a resistance welding is carried out, whilst the contact surface lies in a pre-stressed manner against the free-standing edge of the collar, so that bush and structural part are welded to one another in the region of the contact of contact surface and collar. - in which a ring-shaped contact surface is formed on the bush, - in which a structural part opening is formed on the structural part, - in which a circumferential collar along the structural part opening is formed on the structural part by forming an opening edge surrounding the structural part opening, so that the collar protrudes on a mounting side of the structural part, which is provided for the applying of the bush, - wherein the bush in the region of the structural part opening is pressed against the mounting side of the structural part so that the contact surface touches the front collar surface or the distal outer edge of the free-standing edge of the collar, and - the bush is pressed against the structural part, so that the contact surface lies against the free-standing edge of the collar under prestressing, - in which a resistance welding is carried out, whilst the contact surface lies in a pre-stressed manner against the free-standing edge of the collar, so that bush and structural part are welded to one another in the region of the contact of contact surface and collar.
A household appliance, preferably a dish washing machine, and more preferably a built-in dish washing machine comprising a pivotable door having a decorative front panel, said door comprising an operation indicator having at least one light source and at least one receiving optical means that redirects a light beam from said light source to the front of the dish washing machine, wherein the connection between the light source and the receiving optical means is formed as a contactless connection, characterised in that the decorative front panel is movable in the longitudinal direction of the door, and in that the receiving optical means is arranged at a lower edge of the decorative front panel and spaced in longitudinal direction of the door from the light source, so as to redirect by means of inclined facets the light beam to the front side of the movable decorative front panel visible to user.
A containment system for a gas turbine engine, comprising: a first assembly; a cover configured to substantially conform to a profile of the first assembly in terms of the dimensions of the first assembly; and a container containing a desiccant; a screen; characterised in that: the screen is coupled to the container; the cover is configured to hermetically seal the first assembly such that a second assembly that is external to the cover is accessible, when the system is in use; and the first assembly includes a fan drive gear system or an accessory gearbox. a first assembly; a cover configured to substantially conform to a profile of the first assembly in terms of the dimensions of the first assembly; and a container containing a desiccant; a screen; characterised in that: the screen is coupled to the container; the cover is configured to hermetically seal the first assembly such that a second assembly that is external to the cover is accessible, when the system is in use; and the first assembly includes a fan drive gear system or an accessory gearbox. the screen is coupled to the container; the cover is configured to hermetically seal the first assembly such that a second assembly that is external to the cover is accessible, when the system is in use; and the first assembly includes a fan drive gear system or an accessory gearbox.
A blow mold assembly comprising: opposed mating mold components (12, 22) for production of containers, wherein exterior surface features of a portion of each container that engages a removable container closure are formed from contact of a tubular preform with mold surfaces of the blow mold assembly, each mating mold component comprising, a removable neck insert mold component (42, 43) comprising at least one member for forming, at least in part, the container closure engaging features of the container, and characterized by at least one manually operable retention device (70, 71, 72, 73) for retaining the neck insert mold component with the mating mold component, wherein the manually operable retention device comprises a clamp mechanism (70, 71, 72, 73) that remains fixed to the mating mold component when the neck insert mold component is removed from or installed in the mold assembly. a removable neck insert mold component (42, 43) comprising at least one member for forming, at least in part, the container closure engaging features of the container, and characterized by at least one manually operable retention device (70, 71, 72, 73) for retaining the neck insert mold component with the mating mold component, wherein the manually operable retention device comprises a clamp mechanism (70, 71, 72, 73) that remains fixed to the mating mold component when the neck insert mold component is removed from or installed in the mold assembly.
Cigarette paper, to which a composition is applied in form of a pattern, which has a Tamura coarseness of at most 0.22 mm, preferably at most 0.20 mm, wherein the absolute difference in the whiteness according to ISO 2470-1 between an area of the cigarette paper to which the composition has been applied over the entire surface and an area of the cigarette paper to which the composition has not been applied, in the dried state of the composition, is at least 25%, preferably at least 35% and particularly preferably at least 40%, and at most 60%, preferably at most 55%, and wherein the opacity according to ISO 2471 of an area of the cigarette paper to which this composition has been applied over the full surface, in the dried state of the composition, is higher than the opacity of an area to which this composition has not been applied.
An organ support apparatus, comprising: an enclosure adapted to contain an organ ex vivo, the enclosure comprising a floor, side walls, front and rear walls (36, 38), and a removable lid, a first support pad disposed on the floor of the enclosure, the first support pad comprising a plurality of inflatable and flexible chambers (52A-E); and an inflation apparatus coupled to the chambers and operable to individually inflate or deflate each chamber; and a rotation apparatus operable to rotate the enclosure about an axis such as to tilt or invert the organ. an enclosure adapted to contain an organ ex vivo, the enclosure comprising a floor, side walls, front and rear walls (36, 38), and a removable lid, a first support pad disposed on the floor of the enclosure, the first support pad comprising a plurality of inflatable and flexible chambers (52A-E); and an inflation apparatus coupled to the chambers and operable to individually inflate or deflate each chamber; and a rotation apparatus operable to rotate the enclosure about an axis such as to tilt or invert the organ.
A semiconductor package comprising: a package substrate; at least one semiconductor chip mounted on the package substrate; and a molding member that surrounds the at least one semiconductor chip, the molding member including fillers (330, 340), each of the fillers including a core (331, 341) and a coating layer (333, 343) that surrounds the core, the core including a non-electromagnetic material, the coating layer including an electromagnetic material, and the molding member including regions (RE, RF3, RF4) that respectively have different distributions of the fillers, characterized in that the fillers include first fillers and second fillers, the first fillers and the second fillers are configured to react to an electric field, wherein the first fillers are configured to react stronger to the electric field than the second fillers such that a force in a first direction of the first fillers with respect to the electric field is greater than a force in the first direction of the second fillers with respect to the electric field, and the first fillers and the second fillers are placed in different regions (RF3, RF4) among the regions (RE, RF3, RF4) in the molding member. a package substrate; at least one semiconductor chip mounted on the package substrate; and a molding member that surrounds the at least one semiconductor chip, the molding member including fillers (330, 340), each of the fillers including a core (331, 341) and a coating layer (333, 343) that surrounds the core, the core including a non-electromagnetic material, the coating layer including an electromagnetic material, and the molding member including regions (RE, RF3, RF4) that respectively have different distributions of the fillers, the molding member including fillers (330, 340), each of the fillers including a core (331, 341) and a coating layer (333, 343) that surrounds the core, the core including a non-electromagnetic material, the coating layer including an electromagnetic material, and the molding member including regions (RE, RF3, RF4) that respectively have different distributions of the fillers, characterized in that the fillers include first fillers and second fillers, the first fillers and the second fillers are configured to react to an electric field, wherein the first fillers are configured to react stronger to the electric field than the second fillers such that a force in a first direction of the first fillers with respect to the electric field is greater than a force in the first direction of the second fillers with respect to the electric field, and the first fillers and the second fillers are placed in different regions (RF3, RF4) among the regions (RE, RF3, RF4) in the molding member.
A paper sheet, in particular a security sheet, comprising at least one multitone watermark, characterized in that the standard deviation of the distribution of the 8-bit coded grey levels is greater than 10.
A padlock (200; 300) comprising: a lock body (120; 320) comprising a stack of plates (82, 84, 86, 88, 90, 92; 312) defining opposed front and rear longitudinally extending side walls terminating at a first end portion defined by a top plate and a second end portion defined by a bottom plate; at least one longitudinally extending fastener (125; 325) assembled with the stack of plates (82, 84, 86, 88, 90, 92) of the lock body (120; 320); and a shackle (330, 332, 334) extending from the first end portion of the lock body; characterized in that the padlock further comprises a sleeve (210; 270; 310) covering at least a portion of each of the longitudinally extending side walls of the lock body (120; 320) and a first end cap assembled over the first end portion of the lock body and a second end cap assembled over the second end portion of the lock body, the sleeve and the first and second end caps being configured for protecting, surrounding and supporting the first and second end portions (122, 124) of the lock body (120, 320); and in that at least one of the first and second caps (304, 306) is configured to be secured to the lock body (120; 320) by the at least one longitudinally extending fastener (125; 325) inserted through an aperture in at least one of the first and second end caps (304, 306). a lock body (120; 320) comprising a stack of plates (82, 84, 86, 88, 90, 92; 312) defining opposed front and rear longitudinally extending side walls terminating at a first end portion defined by a top plate and a second end portion defined by a bottom plate; at least one longitudinally extending fastener (125; 325) assembled with the stack of plates (82, 84, 86, 88, 90, 92) of the lock body (120; 320); and a shackle (330, 332, 334) extending from the first end portion of the lock body; characterized in that the padlock further comprises a sleeve (210; 270; 310) covering at least a portion of each of the longitudinally extending side walls of the lock body (120; 320) and a first end cap assembled over the first end portion of the lock body and a second end cap assembled over the second end portion of the lock body, the sleeve and the first and second end caps being configured for protecting, surrounding and supporting the first and second end portions (122, 124) of the lock body (120, 320); and in that at least one of the first and second caps (304, 306) is configured to be secured to the lock body (120; 320) by the at least one longitudinally extending fastener (125; 325) inserted through an aperture in at least one of the first and second end caps (304, 306).
Support assembly of coating panels of the type comprising, in combination: a plate adapted to be secured to said panel and a counterplate adapted to be secured to a wall, between said plate and counterplate being provided mutual engagement means, said plate and said counterplate being made of sheet metal and perfectly identical to each other and adapted to be fixed to the panel and the wall oriented and positioned in the same way, in a mirror-like manner at different heights characterized in that said plate and said counterplate comprise a central section (11, 11A), a riser (12, 12A) being contiguous with and extending in a first direction away from the central section and a skirt (13, 13A) being contiguous with the central section and extending in a second direction opposite said first direction, said central section (11, 11A) being set back with respect both to the riser (12, 12A) and to the skirt (13, 13A), said riser (12, 12A) and said skirts (13, 13A) being located on a same first plane which is parallel to a second plane on which lies said central section (11, 11A), so that said riser (12, 12A) and said skirt (13, 13A) define-s- said engagement means, wherein the skirt of the plate is adapted to engage behind the riser of the counterplate.
A medical image display apparatus, comprising: an image acquisition unit adapted to receive an input of a three-dimensional brain image of a subject and acquire a three-dimensional brain image of a healthy subject other than the subject; a brain area division unit adapted to divide the three-dimensional brain image of the subject into a plurality of brain areas; an image analysis unit adapted to calculate an analysis value for each brain area from the three-dimensional brain image of the subject; a data acquisition unit adapted to acquire table information indicating a correspondence between the brain area and a function thereof; a display unit; a display controller adapted to_display an image showing the brain image of the subject divided into the brain areas, a function corresponding to each of the brain areas, and the analysis value on the display unit in association with each other, the display controller configured to display a menu including brain function buttons each indicating the function; and an operation unit adapted to receive a selection input of the brain area through the menu, wherein the display controller is adapted to display an image, and an analysis value of the brain area corresponding to the function_selected by the operation unit through the menu_on the display unit, and wherein the image analysis unit is adapted to calculate, as the analysis value, a Z score, obtained by comparing the three-dimensional brain image of the subject with the three-dimensional brain image of the healthy subject. an image acquisition unit adapted to receive an input of a three-dimensional brain image of a subject and acquire a three-dimensional brain image of a healthy subject other than the subject; a brain area division unit adapted to divide the three-dimensional brain image of the subject into a plurality of brain areas; an image analysis unit adapted to calculate an analysis value for each brain area from the three-dimensional brain image of the subject; a data acquisition unit adapted to acquire table information indicating a correspondence between the brain area and a function thereof; a display unit; a display controller adapted to_display an image showing the brain image of the subject divided into the brain areas, a function corresponding to each of the brain areas, and the analysis value on the display unit in association with each other, the display controller configured to display a menu including brain function buttons each indicating the function; and an operation unit adapted to receive a selection input of the brain area through the menu, wherein the display controller is adapted to display an image, and an analysis value of the brain area corresponding to the function_selected by the operation unit through the menu_on the display unit, and wherein the image analysis unit is adapted to calculate, as the analysis value, a Z score, obtained by comparing the three-dimensional brain image of the subject with the three-dimensional brain image of the healthy subject.
Pharmaceutical manufacturing installation, comprising a processing equipment arranged to provide a pharmaceutical substance (3, 4; 10) in a solid state, and a solid fraction sensor having a first conductor element, a second conductor element, an operation space, an energy source arranged to generate an electric field in the operation space by means of the first conductor element and the second conductor element, and a controller adapted to determine a capacitance between the first and second conductor elements (5, 7) with the pharmaceutical substance (3, 4; 10) in the solid state located in the operation space, wherein the solid fraction sensor is arranged to receive the pharmaceutical substance (3, 4; 10) in its solid state into the operation space by the processing equipment. a first conductor element, a second conductor element, an operation space, an energy source arranged to generate an electric field in the operation space by means of the first conductor element and the second conductor element, and a controller adapted to determine a capacitance between the first and second conductor elements (5, 7) with the pharmaceutical substance (3, 4; 10) in the solid state located in the operation space, wherein the solid fraction sensor is arranged to receive the pharmaceutical substance (3, 4; 10) in its solid state into the operation space by the processing equipment.
A silicon-containing cerium composite oxide consisting of cerium, silicon and oxygen, with a content of said silicon being 2 to 20 mass% in terms of SiO 2, wherein said composite oxide has properties of exhibiting a specific surface area of not less than 40 m 2 /g as measured by BET method using nitrogen gas adsorption after calcination at 1000 °C for 5 hours, and a reducibility represented by a percent of trivalent cerium in the composite oxide reduced from tetravalent cerium of not lower than 30 % as calculated from measurement of temperature-programmed reduction from 50 °C to 900 °C after calcination at 1000 °C for 5 hours.
Automatic grafting machine comprising a base supporting a first and a second device, each device comprising a cradle adapted to receive a stem of a plant, characterized in that said cradle has a slot adapted to receive a blade for cutting the stem.
Ornamental element containing (a) a transparent gemstone having a faceted surface comprising convexly curved regions, and a planar or concave face opposite the faceted surface, (b) a wavelength-selective layer (3, 4) which is applied to the face opposite the faceted surface, and (c) a photovoltaic cell; the wavelength-selective layer (3, 4) being located between the gemstone and the photovoltaic cell, characterised in that the wavelength-selective layer (3, 4) reflects at least 50% of the incident light in a 50-250 nm wide reflection interval, which is in the range of 380-850 nm, and that the wavelength-selective layer (3, 4) outside the reflection interval has an average transmission > 80% in the range of 400-1200 nm, measured at an angle of incidence of the light rays of 0°. (a) a transparent gemstone having a faceted surface comprising convexly curved regions, and a planar or concave face opposite the faceted surface, (b) a wavelength-selective layer (3, 4) which is applied to the face opposite the faceted surface, and (c) a photovoltaic cell;
A thermal device, comprising a carrying means, a storage container arranged on the carrying means and a foam insulation enclosing the storage container, wherein the carrying means has an undercut (1.1) filled by the foam insulation, wherein the carrying means is formed in a plate-shaped manner, characterized in that the undercut (1.1) is formed with breaks (1.1.1) running all around the storage container.
A plant for the production of energy based upon the organic Rankine cycle, characterized in that it comprises a first ORC system comprising a first organic operating fluid circulating, in sequence, between a first evaporator in conditions of heat exchange with a heat source, a first expansion stage in a turbine operatively connected to a generator, a first evaporator/condenser, and a first pump for recirculating said first organic operating fluid to said first evaporator; said turbine being a partializable turbine and comprising means for partializing the incoming flowrate of said organic operating fluid, said means being able to partialize said inlet flowrate to maintain the revolutions per minute of said turbine constant, said means for partializing the incoming flowrate of said organic operating fluids comprising a hydraulic device driven by the organic operating fluid.
A rotating seal assembly for sealing between co-rotating parts of a gas turbine engine characterized in that it comprises: at least two annular sections (88A-F) forming a complete circumference, wherein each of the at least two annular sections (88A-F) is a separate part and includes a radially-outer-facing sealing surface and an annular slot disposed on a radially outer side of each of the at least two annular sections (88A-F); and a spring disposed within the annular slot, wherein the spring exerts a biasing force radially inward on the at least two annular sections (88A-F) to limit radial expansion of the at least two annular sections (88A-F). at least two annular sections (88A-F) forming a complete circumference, wherein each of the at least two annular sections (88A-F) is a separate part and includes a radially-outer-facing sealing surface and an annular slot disposed on a radially outer side of each of the at least two annular sections (88A-F); and a spring disposed within the annular slot, wherein the spring exerts a biasing force radially inward on the at least two annular sections (88A-F) to limit radial expansion of the at least two annular sections (88A-F).