mhurhangee/ep-ind-claims huggingface dataset:
An authenticity feature in the form of a luminescent substance on the basis of doped host lattices for documents of value, characterized in that doped ions form exchange-coupled ion clusters and have cooperative effects which result from the exchange interaction between unpaired electrons of neighboring ions, wherein the exchange interactions lead to measurable splittings of the electronic states and the luminescence spectrum of the exchange-coupled clusters distinctly differs from the luminescence spectra of individual ions of the doped ions, wherein the doped ions have the electron configuration (3 d) 2, (3 d) 3 and (3 d) 6 or respective electron configurations of the (4 d) or (5 d) transition metals; or doped ions form exchange-coupled clusters with magnetic ions of the host lattice and have cooperative effects which result from the exchange interaction between unpaired electrons of neighboring ions, wherein the exchange interactions lead to measurable splittings of the electronic states and the cluster spectrum, in contrast to the luminescence spectra of the doped ions or of the magnetic ions of the host lattice, is completely different, wherein the doped ions have the electron configuration (3 d) 2, (3 d) 3 and (3 d) 6 or respective electron configurations of the (4 d) or (5 d) transition metals and the ions of the host lattice are chosen from the group consisting of Ce 3+, Pr 3+, Sm 3+, Eu 3+, Gd 3+ and Tb 3+.
An apparatus for managing data transmission in a telecommunications system, the apparatus comprising a buffer unit arranged to receive data from one or more sources of data (103, 104, 105) and to forward the data to a transmitter for transmission, wherein the buffer unit is configured to accumulate data before forwarding the data to the transmitter and to forward accumulated data to the transmitter when an amount of data accumulated in the buffer unit reaches a predefined threshold, characterised in that the buffer unit is configured to forward accumulated data to the transmitter for transmission before the amount of data accumulated in the buffer unit reaches the predefined threshold if further data is received by the buffer unit which is classified as data that should not be delayed.
A composition, which comprises a) A heptaphosphorus-derived (P 7) compound; and b) A polymer substrate. a) A heptaphosphorus-derived (P 7) compound; and b) A polymer substrate.
A process for producing a combustor structural member, preferably used in the manufacturing of a combustor for a gas turbine, preferably used in the manufacturing of a gas turbine, the process comprising: a plate-like assembly formation step of brazing a first plate-like member formed from a heat-resistant alloy, and a second plate-like member formed from a heat-resistant alloy and having a plurality of fins on a surface thereof, with the second plate-like member positioned with the fins facing the first plate-like member, by interposing a brazing filler metal comprising a melting point lowering element between the two plate-like members (4a,4b), thereby forming a plate-like assembly, a press molding step of press molding the plate-like assembly to form a combustor structural member of a desired shape, characterized in that the process further comprises a strain location identification step of identifying, in accordance with a shape of the combustor structural member, strain locations where a strain generated during the press molding step exceeds a predetermined value, a localized heating step of performing localized heating of locations within the plate-like assembly corresponding with the strain locations identified in the strain location identification step, and a cold press molding step, which is performed as the press molding step, and comprises subjecting the plate-like assembly to cold press molding with a temperature of heated locations corresponding with the strain locations maintained at a desired temperature. a plate-like assembly formation step of brazing a first plate-like member formed from a heat-resistant alloy, and a second plate-like member formed from a heat-resistant alloy and having a plurality of fins on a surface thereof, with the second plate-like member positioned with the fins facing the first plate-like member, by interposing a brazing filler metal comprising a melting point lowering element between the two plate-like members (4a,4b), thereby forming a plate-like assembly, a press molding step of press molding the plate-like assembly to form a combustor structural member of a desired shape, characterized in that the process further comprises a strain location identification step of identifying, in accordance with a shape of the combustor structural member, strain locations where a strain generated during the press molding step exceeds a predetermined value, a localized heating step of performing localized heating of locations within the plate-like assembly corresponding with the strain locations identified in the strain location identification step, and a cold press molding step, which is performed as the press molding step, and comprises subjecting the plate-like assembly to cold press molding with a temperature of heated locations corresponding with the strain locations maintained at a desired temperature.
Sports board anti-slip pad comprising a plurality of protuberances for reducing user's slippage, wherein the protuberances are circular, triangular, square, pentagonal, hexagonal or combinations thereof, the sports board anti-slip pad being further characterized in that it comprises 90 % - 97 % (w/w) of cork with a granulometry of 0.5 - 10 mm and 3 % - 10 % (w/w) of an agglutinating agent, with a density at 20 °C varying between 150 - 460 kg/m3.
A method for applying writings, graphics and/or other markings to a laser-ablatable label affixed to a vial or ampoule or to laser-ablatable labels each affixed to a vial or ampoule of a set of vials or ampoules ("the vials or ampoules"), wherein the vials or ampoules are held at about -70 °C to about -196 °C, comprising loading the vials or ampoules into a temperature-controlled marking enclosure, which is substantially filled with dry nitrogen gas to reduce or eliminate the presence of moisture inside the enclosure; and applying laser light to the laser-ablatable labels, thereby applying writings, graphics and/or other markings to the vials or ampoules.
Apparatus for separating magnetizable particles out of a pourable and/or flowable fluid to be cleaned, comprising a housing with an inlet for uncleaned fluid and an outlet for cleaned fluid and a magnet arrangement, wherein the magnet arrangement is separated from a fluid chamber in the housing by a sleeve, and wherein the sleeve on its outside facing away from the magnet arrangement is provided with at least one guiding helix (170, 174) for guiding the magnetizable particles along the sleeve to a particle removal region of the sleeve, characterized in that the apparatus comprises at least one removal device by means of which magnetizable particles are moveable from the particle removal region of the sleeve to a particle collection region of the apparatus, wherein the removal device comprises at least one removal magnet.
A turbocharger comprising: a turbine impeller; a rotating shaft connected to the turbine impeller; a bearing housing configured to accommodate the rotating shaft in the bearing housing, the bearing housing including a first flange; and a turbine housing configured to accommodate the turbine impeller in the turbine housing, the turbine housing including a scroll passage and a second flange, the scroll passage surrounding the turbine impeller, the second flange abutting with the bearing housing, the first flange having a flange surface abutting with the second flange of the turbine housing, the flange surface being a surface perpendicular to an axial direction of the rotating shaft, the turbine housing having an outer surface provided with a recessed portion, the recessed portion being provided between the scroll passage and the second flange, the recessed portion being a depressed portion toward an inner surface of the turbine housing from the outer surface of the turbine housing, and the bearing housing having a main passage, the second flange having an extending passage, the extending passage extending in a direction from the flange surface toward the scroll passage along the axial direction of the rotating shaft, and the main passage being connected to the extending passage so as to constitute a first coolant passage, characterized in that the turbine housing has a second coolant passage around the scroll passage, and in the turbine housing, a first distance in the axial direction of the rotating shaft is shorter than a second distance in the axial direction of the rotating shaft, the first distance indicates a distance, along the axial direction of the rotating shaft, between the flange surface and a part where a wall thickness between the recessed portion and the inner surface of the turbine housing is thinnest in that section of the turbine housing which is perpendicular to the axial direction of the rotating shaft, and the second distance indicates a distance, along the axial direction of the rotating shaft, between the flange surface and a bottom of the extending passage in the axial direction of the rotating shaft. a turbine impeller; a rotating shaft connected to the turbine impeller; a bearing housing configured to accommodate the rotating shaft in the bearing housing, the bearing housing including a first flange; and a turbine housing configured to accommodate the turbine impeller in the turbine housing,
A multi-layered, web-shaped filter material for filter elements for the filtration of gases and/or liquids, - with a fleece layer, - with a nanofibre layer, - with a cellulose layer, - wherein the nanofibre layer is formed through a coating of the fleece layer with nanofibres, - wherein the cellulose layer is glued onto the nanofibre layer by means of an adhesive, characterized in - that the cellulose layer at least on a side facing the nanofibre layer is provided with an impregnation, - that the impregnation is matched to the adhesive so that it prevents or at least impedes the adhesive entering the cellulose layer. - with a fleece layer, - with a nanofibre layer, - with a cellulose layer, - wherein the nanofibre layer is formed through a coating of the fleece layer with nanofibres, - wherein the cellulose layer is glued onto the nanofibre layer by means of an adhesive, - that the cellulose layer at least on a side facing the nanofibre layer is provided with an impregnation, - that the impregnation is matched to the adhesive so that it prevents or at least impedes the adhesive entering the cellulose layer.
A method performed by a robotic garden system for controlling a robotic garden tool, wherein the system comprises the robotic garden tool, a control unit, and a database, wherein the method comprises the steps of: A. retrieving, from the database by means of the control unit, a predetermined route for the robotic garden tool, wherein the predetermined route is within a working area, wherein the predetermined route is stored in a route data set in the database, wherein the predetermined route is based on a travel angle, wherein the travel angle is an angle extending from a starting point for the robotic garden tool located within the working area, and wherein the working area delimits the travel of the robotic garden tool, wherein the route data set comprises a plurality of predetermined routes, and wherein each predetermined route has a travel angle substantially being different from all other travel angles of all other predetermined routes, B. controlling by means of the control unit the robotic garden tool to start from the starting point and move along the retrieved predetermined route, characterized in that in the retrieving step of a predetermined route, the predetermined route is selected based on a criterion of minimising the number of turns of the robotic garden tool within the working area. A. retrieving, from the database by means of the control unit, a predetermined route for the robotic garden tool, wherein the predetermined route is within a working area, wherein the predetermined route is stored in a route data set in the database, wherein the predetermined route is based on a travel angle, wherein the travel angle is an angle extending from a starting point for the robotic garden tool located within the working area, and wherein the working area delimits the travel of the robotic garden tool, wherein the route data set comprises a plurality of predetermined routes, and wherein each predetermined route has a travel angle substantially being different from all other travel angles of all other predetermined routes, B. controlling by means of the control unit the robotic garden tool to start from the starting point and move along the retrieved predetermined route, characterized in that in the retrieving step of a predetermined route, the predetermined route is selected based on a criterion of minimising the number of turns of the robotic garden tool within the working area.
Device for facilitating entry and exit to and from a vehicle, especially for wheelchair users, with a ramp which can be accommodated in a non-use position in a housing under a floor surface of the vehicle and which can be extended out of the housing for use, wherein, in a use position, a vehicle-facing, vehicle-side transverse edge of the ramp can be raised to the level of the floor surface, characterized in that an elastically resilient enclosure for at least one sensor means provided under the ramp is arranged under the ramp, said enclosure running in the entry and exit direction of the ramp and being deformed under loading by the ramp, the or each enclosure of elastically resilient design has spring rigidity increasing in the direction of the vehicle-side transverse edge of the ramp, and the enclosure surroundings the at least one sensor means by the enclosure being designed in the manner of a trapezoid or dome in cross section to form the receiving space or cavity for the sensor means, said receiving space or cavity being located between an inner side of the enclosure and a region of the ramp that is covered by and spaced apart from said enclosure.
A semi-submersible immersed tube transportation and installation integrated ship, including: a deck structure; two floating structures, ballast water being able to be injected therein; taking a vertical plane where a centerline of the integrated ship along a length direction is located as a reference plane, the two floating structures are symmetrical and parallel to the reference plane, and upper portions or top surfaces of the two floating structures are connected by the deck structure; and two support mechanisms disposed on opposite sides of the two floating structures respectively; the two support mechanisms are symmetrical to the reference plane, and each support mechanism (51, 52) is disposed at a lower portion or a bottom of the corresponding floating structure (41, 42); characterized by each support mechanism further including: at least two support assemblies; and drive assemblies each configured to drive the support assembly to abut against or stretch out of the floating structure (41, 42) where the support assembly is located; and wherein the support assemblies are able to support a bottom surface of an immersed tube after stretching out of the floating structures; and a space above the support assemblies below the deck structure and between the two floating structures constitutes a carrying space for accommodating the immersed tube. a deck structure; two floating structures, ballast water being able to be injected therein; taking a vertical plane where a centerline of the integrated ship along a length direction is located as a reference plane, the two floating structures are symmetrical and parallel to the reference plane, and upper portions or top surfaces of the two floating structures are connected by the deck structure; and two support mechanisms disposed on opposite sides of the two floating structures respectively; the two support mechanisms are symmetrical to the reference plane, and each support mechanism (51, 52) is disposed at a lower portion or a bottom of the corresponding floating structure (41, 42); characterized by each support mechanism further including: at least two support assemblies; and drive assemblies each configured to drive the support assembly to abut against or stretch out of the floating structure (41, 42) where the support assembly is located; and wherein the support assemblies are able to support a bottom surface of an immersed tube after stretching out of the floating structures; and a space above the support assemblies below the deck structure and between the two floating structures constitutes a carrying space for accommodating the immersed tube. at least two support assemblies; and drive assemblies each configured to drive the support assembly to abut against or stretch out of the floating structure (41, 42) where the support assembly is located; and wherein the support assemblies are able to support a bottom surface of an immersed tube after stretching out of the floating structures; and a space above the support assemblies below the deck structure and between the two floating structures constitutes a carrying space for accommodating the immersed tube.
A re-entry device, comprising: a core wire; a jacket surrounding at least a portion of the core wire, the jacket having a generally convex distal surface with a maximum tip diameter; and a probe extending from the distal surface of the jacket, the probe having a maximum probe diameter less than a length of the probe and less than the maximum tip diameter. a core wire; a jacket surrounding at least a portion of the core wire, the jacket having a generally convex distal surface with a maximum tip diameter; and a probe extending from the distal surface of the jacket, the probe having a maximum probe diameter less than a length of the probe and less than the maximum tip diameter.
A physiological property determination apparatus for determining a physiological property of a person, the physiological property determination apparatus (1; 20) comprising: - at least two light sources (3, 4, 5) for emitting at least two light beams having different wavelengths into tissue of the person, - a light detector having a two-dimensional detection surface for detecting light, which has travelled through the tissue, wavelength-dependently and for generating a wavelength-dependent two-dimensional image based on the detected light, wherein the two-dimensional detection surface comprises a two-dimensional arrangement of detection elements, each detection element generating wavelength-dependent detection signals for generating the wavelength-dependent two-dimensional image, - a controller for separately controlling the intensities of the light beams of the different light sources (3, 4, 5) such that the light detector is not overloaded, and - a physiological property determination unit for determining the physiological property based on the generated wavelength-dependent two-dimensional image, wherein the physiological property determination unit is adapted to determine the physiological property by linearly combining the detection signals, wherein, before linearly combining the detection signals, the detection signals are weighted, wherein the detection signals, which correspond to tissue regions where the perfusion is larger, obtain a larger weight than detection signals which correspond to tissue regions where the perfusion is smaller. - at least two light sources (3, 4, 5) for emitting at least two light beams having different wavelengths into tissue of the person, - a light detector having a two-dimensional detection surface for detecting light, which has travelled through the tissue, wavelength-dependently and for generating a wavelength-dependent two-dimensional image based on the detected light, wherein the two-dimensional detection surface comprises a two-dimensional arrangement of detection elements, each detection element generating wavelength-dependent detection signals for generating the wavelength-dependent two-dimensional image, - a controller for separately controlling the intensities of the light beams of the different light sources (3, 4, 5) such that the light detector is not overloaded, and - a physiological property determination unit for determining the physiological property based on the generated wavelength-dependent two-dimensional image, wherein the physiological property determination unit is adapted to determine the physiological property by linearly combining the detection signals, wherein, before linearly combining the detection signals, the detection signals are weighted, wherein the detection signals, which correspond to tissue regions where the perfusion is larger, obtain a larger weight than detection signals which correspond to tissue regions where the perfusion is smaller.
A targeting system for a bore in a distal end portion of an intramedullary nail, comprising: a distal targeting arm with a first end being configured to be coupled to a trailing end of an intramedullary nail, an adjusting device, the adjusting device being configured to be coupled to the distal targeting arm, wherein the adjusting device comprises an adjusting element and a nail follower including two targeting holes (122, 124) each being configured to receive a sleeve assembly, wherein the adjusting element comprises two screw (114, 116) configured to engage with a first and a second threaded bore of the nail follower and is configured to adjust the position of the nail follower so that the targeting holes correspond to respective locking holes (420, 430) at a leading end of the intramedullary nail, when the nail is bent, characterised in that the two screws (114, 116) have equal pitches, wherein the two screws (114, 116) are coupled by a gear with a gear ratio different from 1:1. a distal targeting arm with a first end being configured to be coupled to a trailing end of an intramedullary nail, an adjusting device, the adjusting device being configured to be coupled to the distal targeting arm, wherein the adjusting device comprises an adjusting element and a nail follower including two targeting holes (122, 124) each being configured to receive a sleeve assembly, wherein the adjusting element comprises two screw (114, 116) configured to engage with a first and a second threaded bore of the nail follower and is configured to adjust the position of the nail follower so that the targeting holes correspond to respective locking holes (420, 430) at a leading end of the intramedullary nail, when the nail is bent, characterised in that the two screws (114, 116) have equal pitches, wherein the two screws (114, 116) are coupled by a gear with a gear ratio different from 1:1.
A pharmaceutical composition comprising a pharmaceutically active agent which is encapsulated in a vesicle (cholestosome) having a neutral surface comprising a core containing said pharmaceutically active agent and a surface layer surrounding said core and said agent, said surface layer consisting essentially of one or more non-ionic cholesteryl esters produced from cholesterol and at least one C 4 -C 36 fatty acid, said vesicle being capable of delivering said active agent within cells of a patient or subject after administration to a concentration level at least 2 times the level obtainable in the absence of said cholestosome, characterized in that the mass ratio of the pharmaceutically-active agent to one or more cholesteryl esters is between 4:96 to 96:4 and in that pharmaceutical composition is in oral dosage form adapted for delivery to the duodenum of a patient or subject said pharmaceutical composition being in form of capsule, which is enterically coated to prevent degradation of the pharmaceutical composition in the gastrointestinal tract and release vesicles in the duodenum of said patient or subject.