mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle front-end assembly of the type comprising a front-end module, at least one railplate (18A, 18B) adapted to be attached to a rail (14A, 14B) of a motor vehicle chassis, and means (19A, 19B, 34) for fastening the railplate (18A, 18B) to the front-end module, the railplate (18A, 18B) comprising at least one hole for receiving a pin, characterised in that the fastening means (19A, 19B, 34) comprise, for the railplate (18A, 18B), at least one locking pin and at least one fastening element (19A, 19B), said locking pin being attached to the front-end module and being adapted to be received by said hole, said fastening element (19A, 19B) including a fastening part (51, 64) which is mechanically linked to said railplate (18A, 18B) and which is movable relative to the railplate (18A, 18B), said fastening part (51, 64) having at least one aperture for receiving said locking pin, and means (52, 56) for locking the front-end module onto said railplate (18A, 18B), said locking means comprising at least one guiding slide, said guiding slide being contiguous with said aperture and being adapted to lock the locking pin, the locking being performed by a rectilinear movement of the fastening part (51, 64) from a first position in which the aperture is aligned with the hole, to a second position in which the guiding slide is aligned with the hole.
A centrifugal separator comprising a base, a substantially vertical spindle upstanding from the base, a rotor (5, 6, 7) mounted on the spindle and defining a rotor chamber surrounding the spindle, the base having an inlet passage for fluid to be filtered and the spindle having an axial bore and outlets therefrom to supply the fluid to be filtered to the rotor chamber from the inlet passage, wherein the spindle is connected to the rotor (5, 6, 7) so as to rotate in unison with the rotor relative to the base and bearings for rotation of the spindle relative to the base are provided in a bearing housing which is fixedly mounted to the base, wherein the spindle is also connected to the rotor (5, 6, 7) in a manner which isolates the bearing housing from the rotor chamber, and characterised in that a sealing arrangement (14, 15) is provided, separate from the rotation bearings, between the spindle and the base at a location below the bearings in the bearing housing.
Method for generating 3D images of a collection of samples by means of a microscope, characterized in that the microscope comprises an image acquisition means facing the collection of samples according to a detection direction, and a lighting means configured for emitting a plane sheet of light towards the collection of samples according to a direction perpendicular to the detection direction, where the collection of samples comprises various samples located one on top of another along the detection direction, the method comprising the following steps: - causing a relative movement according to the detection direction between the sheet of light and the sample while maintaining a constant angle of acquisition; - obtaining, for said angle of acquisition, a single 2D projection image formed by a representative parameter for each pixel; - modifying the angle of acquisition by means of a relative rotation between the sheet of light and the sample, combined with a relative vertical translation between the sheet of light and the sample along the detection direction, and repeating the previous steps; and - generating a 3D image of each of the samples from the set of 2D projection images that are produced, wherein the relative rotation between the sample and the light sheet is around an axis which is perpendicular to both the detection direction and the emission direction of the illumination light. - causing a relative movement according to the detection direction between the sheet of light and the sample while maintaining a constant angle of acquisition; - obtaining, for said angle of acquisition, a single 2D projection image formed by a representative parameter for each pixel; - modifying the angle of acquisition by means of a relative rotation between the sheet of light and the sample, combined with a relative vertical translation between the sheet of light and the sample along the detection direction, and repeating the previous steps; and - generating a 3D image of each of the samples from the set of 2D projection images that are produced, wherein the relative rotation between the sample and the light sheet is around an axis which is perpendicular to both the detection direction and the emission direction of the illumination light.
A retractor illumination system comprising: a retractor; a light guide having a plurality of facets on a surface for emitting and directing light therefrom; said light guide further comprising a flexible input that is attached to the light guide, said flexible input formed from a flexible, light conducting material, characterized in that said retractor is configured to allow light guide to slide into grooves formed into retractor or to slide around the sides of retractor or snap onto or into retractor; said flexible input is attached to the light guide by insert molding, by co-molding or via adhesive, wherein the flexible input flares into the light guide. a retractor; a light guide having a plurality of facets on a surface for emitting and directing light therefrom; said light guide further comprising a flexible input that is attached to the light guide, said flexible input formed from a flexible, light conducting material, characterized in that said retractor is configured to allow light guide to slide into grooves formed into retractor or to slide around the sides of retractor or snap onto or into retractor; said flexible input is attached to the light guide by insert molding, by co-molding or via adhesive, wherein the flexible input flares into the light guide.
A nonreciprocal circuit device comprising: a circuit substrate having a terminal electrode on the surface thereof; a ferrite-magnet assembly disposed on the circuit substrate, the magnet assembly including permanent magnets and a ferrite to which a direct current magnetic field is applied by the permanent magnets; and a plurality of central electrodes (35, 36) disposed on the ferrite, the central electrodes (35, 36) being electrically insulated from each other and intersecting each other; characterized by a resin layer disposed on the circuit substrate so as to cover the ferrite-magnet assembly, wherein the resin layer comprises at least an innermost non-magnetic resin layer provided on the ferrite-magnet assembly, and a magnetic resin layer provided on the innermost layer, the magnetic resin layer being a mixture of a non-magnetic resin material and a magnetic filler. a circuit substrate having a terminal electrode on the surface thereof; a ferrite-magnet assembly disposed on the circuit substrate, the magnet assembly including permanent magnets and a ferrite to which a direct current magnetic field is applied by the permanent magnets; and a plurality of central electrodes (35, 36) disposed on the ferrite, the central electrodes (35, 36) being electrically insulated from each other and intersecting each other; characterized by a resin layer disposed on the circuit substrate so as to cover the ferrite-magnet assembly, wherein the resin layer comprises at least an innermost non-magnetic resin layer provided on the ferrite-magnet assembly, and a magnetic resin layer provided on the innermost layer, the magnetic resin layer being a mixture of a non-magnetic resin material and a magnetic filler.
An implantable stimulator configured to electrically stimulate cardiac tissue comprising - a body and - an operable tissue attachment mechanism, configured to secure the body of the stimulator to the cardiac tissue; the tissue attachment mechanism comprising at least one tine configured to be operated between a first position, wherein a distal end of the tine points away from the body along a longitudinal axis of the body and a second position, wherein the tine is in a curled or hook shape and extends out past an end of the body and the distal end points back towards the body and characterised in that the tine extends out from a non-central bore near a periphery of the body in the second position. - a body and - an operable tissue attachment mechanism, configured to secure the body of the stimulator to the cardiac tissue;
An automatic defect detection method for detecting a defect in an object, wherein the method comprises: obtaining ultrasound scan data derived from an ultrasound scan of the object under consideration, the ultrasound scan data being in the form of a set of echo amplitude values representing the amplitude of echoes received from the object during ultrasound scanning at certain spatial and temporal points; dividing the set of echo amplitude values into a plurality of sub-sets; assessing each sub-set to determine whether any echo amplitude values of that sub-set may have resulted from a portion of a structure of interest of the object; computing for each sub-set, using a representative position and a representative magnitude of the structure portion of the sub-set and of another one of the sub-sets which neighbours that sub-set, a value of a first preselected mathematical function which is inversely proportional to a distance between the representative positions and is directly proportional to each of the representative magnitudes; identifying sub-sets having a value of the first preselected mathematical function that does not meet a predetermined criterion as regions of the ultrasound scan data that require inspection; issuing a notification indicating whether or not a region requiring inspection has been found; and if a region requiring inspection has been found, storing data identifying the region in a database. obtaining ultrasound scan data derived from an ultrasound scan of the object under consideration, the ultrasound scan data being in the form of a set of echo amplitude values representing the amplitude of echoes received from the object during ultrasound scanning at certain spatial and temporal points; dividing the set of echo amplitude values into a plurality of sub-sets; assessing each sub-set to determine whether any echo amplitude values of that sub-set may have resulted from a portion of a structure of interest of the object; computing for each sub-set, using a representative position and a representative magnitude of the structure portion of the sub-set and of another one of the sub-sets which neighbours that sub-set, a value of a first preselected mathematical function which is inversely proportional to a distance between the representative positions and is directly proportional to each of the representative magnitudes; identifying sub-sets having a value of the first preselected mathematical function that does not meet a predetermined criterion as regions of the ultrasound scan data that require inspection; issuing a notification indicating whether or not a region requiring inspection has been found; and if a region requiring inspection has been found, storing data identifying the region in a database.
An agent for oxidatively dyeing keratin fibers, containing, in a cosmetic carrier, 4,5-diamino-1-(2-hydroxyethyl)-1H-pyrazole and/or one of the physiologically acceptable salts thereof as a developer, p-toluenediamine and/or one of the physiologically acceptable salts thereof as a developer, at least one m-diaminobenzene derivative from the group 2-(2,4-diaminophenoxy)ethanol, 1-methoxy-2-amino-4-(2'-hydroxyethylamino)benzene and/or one of the physiologically acceptable salts thereof as a coupler, and at least one m-dihydroxybenzene derivative from the group resorcinol, 2-methylresorcinol and/or 4-chlororesorcinol as a coupler, wherein - the molar ratio of all developers of group contained in the agent to all developers of group contained in the agent, i.e. the molar ratio /, has a value of at least 1.2. 4,5-diamino-1-(2-hydroxyethyl)-1H-pyrazole and/or one of the physiologically acceptable salts thereof as a developer, p-toluenediamine and/or one of the physiologically acceptable salts thereof as a developer, at least one m-diaminobenzene derivative from the group 2-(2,4-diaminophenoxy)ethanol, 1-methoxy-2-amino-4-(2'-hydroxyethylamino)benzene and/or one of the physiologically acceptable salts thereof as a coupler, and at least one m-dihydroxybenzene derivative from the group resorcinol, 2-methylresorcinol and/or 4-chlororesorcinol as a coupler, - the molar ratio of all developers of group contained in the agent to all developers of group contained in the agent, i.e. the molar ratio /, has a value of at least 1.2.
An ion exchange membrane for alkali chloride electrolysis to be used as installed in an alkali chloride electrolytic cell provided with a cathode and an anode so as to partition inside of the electrolytic cell into a cathode chamber on the cathode side and an anode chamber on the anode side, characterized in that said ion exchange membrane for alkali chloride electrolysis has a layer comprising a fluorinated polymer having sulfonic acid functional groups, and a reinforcing material disposed in said layer in parallel to the layer; said layer is a laminate of a single layer (Sa) disposed at one outermost side, at least one layer (Sb) disposed on the other side than the layer (Sa), and the reinforcing material disposed between the layer (Sa) and the layer (Sb), or in the layer (Sb), wherein the ion exchange capacity of the layer (Sb) is lower than the ion exchange capacity of the layer (Sa); the reinforcing material is a woven fabric using reinforcing yarns for the weft and warp and using sacrificial yarns for the weft and warp, in a cross section of the layer perpendicular to the length direction of the reinforcing yarns, the average distance from the center of a reinforcing yarn to the center of the adjacent reinforcing yarn is from 750 to 1,000 μm; in the layer, elution portions formed by elution of the sacrificial yarns are present; the total area of the cross-sectional area of an elution portion and the cross-sectional area of a sacrificial yarn remaining in the elution portion is from 500 to 5,000 μm 2; and the average number of elution portions between adjacent reinforcing yarns is from 4 to 6; and the ion exchange capacity of said layer (Sa) is at least 1.15 meq/g dry resin.
Process for manufacturing chromium and iron bearing agglomerates with desired content of manganese, nickel and molybdenum, comprising the steps of: - providing an agglomeration feed comprising chromium bearing raw material and iron bearing raw material, binding agent and at least one of the following: manganese bearing raw material, nickel bearing raw material and molybdenum bearing raw material; - the agglomeration feed containing chromium bearing raw material and iron bearing raw material in an amount sufficient to provide iron content between 5 and 70 wt-% in the agglomeration feed and sufficient to provide chromium content between 5 and 50 wt-% in the agglomeration feed; and - agglomerating the agglomeration feed to obtain agglomerates, characterized in that the agglomeration feed contains - manganese bearing raw material in an amount sufficient to provide manganese content between 0.01 and 35 wt-% in the agglomeration feed, and - nickel bearing raw material in an amount sufficient to provide nickel content between 0.01 and 30 wt-% in the agglomeration feed. - providing an agglomeration feed comprising chromium bearing raw material and iron bearing raw material, binding agent and at least one of the following: manganese bearing raw material, nickel bearing raw material and molybdenum bearing raw material; - the agglomeration feed containing chromium bearing raw material and iron bearing raw material in an amount sufficient to provide iron content between 5 and 70 wt-% in the agglomeration feed and sufficient to provide chromium content between 5 and 50 wt-% in the agglomeration feed; and - agglomerating the agglomeration feed to obtain agglomerates, characterized in that the agglomeration feed contains - manganese bearing raw material in an amount sufficient to provide manganese content between 0.01 and 35 wt-% in the agglomeration feed, and - nickel bearing raw material in an amount sufficient to provide nickel content between 0.01 and 30 wt-% in the agglomeration feed.
Device for the space-resolved measurement of temperature and/or strain by means of Brillouin scattering, comprising - at least one laser light source, which can generate a laser radiation, - an optical fibre used for the measurement, into which the laser radiation can be coupled and from which Brillouin signals generated on account of Brillouin scattering can be decoupled, - sensor means that can detect the decoupled Brillouin signals, - evaluation means that can determine in a space-resolved manner from the detected Brillouin signals the temperature and/or strain at least of sections of the optical fibre, - at least one optical polarisation beam splitter, which can split the decoupled Brillouin signals into two components (12, 13) with polarisations different from one another, - two optical couplers (16, 17), which can respectively admix in the correct polarisation a linearly polarised component (14, 15) of a laser radiation with each of the two components (12, 13) of the Brillouin signal separated from the at least one optical polarisation beam splitter. - at least one laser light source, which can generate a laser radiation, - an optical fibre used for the measurement, into which the laser radiation can be coupled and from which Brillouin signals generated on account of Brillouin scattering can be decoupled, - sensor means that can detect the decoupled Brillouin signals, - evaluation means that can determine in a space-resolved manner from the detected Brillouin signals the temperature and/or strain at least of sections of the optical fibre, - at least one optical polarisation beam splitter, which can split the decoupled Brillouin signals into two components (12, 13) with polarisations different from one another, - two optical couplers (16, 17), which can respectively admix in the correct polarisation a linearly polarised component (14, 15) of a laser radiation with each of the two components (12, 13) of the Brillouin signal separated from the at least one optical polarisation beam splitter.
A method of processing a semiconductor wafer, comprising: encapsulating in an encapsulation material: an active surface and each side surface of a wafer of semiconductor material, a plurality of semiconductor devices located on the active surface of the wafer, an exposed side surface of an adhesive material located on a back side surface of the wafer, and at least a portion of a side surface of a carrier substrate, the carrier substrate secured to the wafer by the adhesive material; exposing at least a portion of the side surface of the adhesive material by removing at least a portion of the encapsulation material; and detaching the carrier substrate from the wafer. encapsulating in an encapsulation material: an active surface and each side surface of a wafer of semiconductor material, a plurality of semiconductor devices located on the active surface of the wafer, an exposed side surface of an adhesive material located on a back side surface of the wafer, and at least a portion of a side surface of a carrier substrate, the carrier substrate secured to the wafer by the adhesive material; an active surface and each side surface of a wafer of semiconductor material, a plurality of semiconductor devices located on the active surface of the wafer, an exposed side surface of an adhesive material located on a back side surface of the wafer, and at least a portion of a side surface of a carrier substrate, the carrier substrate secured to the wafer by the adhesive material; exposing at least a portion of the side surface of the adhesive material by removing at least a portion of the encapsulation material; and detaching the carrier substrate from the wafer.
Support of a water protection wall having a sealing element, wherein the support serves for receiving a plurality of dam beams, which are stacked over one another, at their end sides in a U-shaped profiled portion of the support, and the support has a receptacle for the elastic sealing element in the region of a leg of the profiled portion, for the purpose of sealing the support and dam beams on a dry side of the water protection wall, wherein the receptacle has a U-shaped cross section with a first leg, another second leg and a web connecting said legs, and the two legs (9, 10) and the sealing element have form-fitting regions by means of which the sealing element is fixed with respect to the receptacle in the depth extent thereof, wherein the sealing element is provided with a step for supporting the sealing element on the second leg, and the sealing element has a first sealing element portion which is received by the receptacle, and has a second sealing element portion which is arranged outside of the receptacle and is connected to the first sealing element portion, wherein the second sealing element portion has a sealing lip for bearing against the dam beam, characterized in that the one first leg of the receptacle has its end facing the dam beam designed to project in relation to the other second leg of the receptacle with respect to its end facing the dam beam.
Ceramic butterfly valve for hot beverage preparation facilities for domestic use, in particular for fully automatic coffee machines, with a pressure supply line, with at least one pressure discharge line (16; 18) and with a housing (10, 12) as a retaining apparatus for ceramic valve discs (20; 22; 24) which are arranged therein, lie close together and can be adjusted with respect to one another, namely at least one fixed distributor disc (20; 24) and at least one adjustable control disc, and with a seal (28; 30) in each case for sealing the valve discs (20; 22; 24) with respect to the housing (10, 12), characterised by spring elements for applying a contact pressure between the housing (10, 12) and the valve discs (20; 22; 24) and by a seal carrier, which carries a seal of a valve disc and is supported by the spring elements so that it can be moved with respect to the housing.