mhurhangee/ep-ind-claims huggingface dataset:
Method for constructing the foundation of an offshore structure as a pile foundation, wherein the method comprises the following steps: - introducing at least one steel tube profile, constituting at least one foundation pile, over at least a partial length with a predetermined penetration depth into the seabed and - fastening at least parts of the offshore structure to the at least one foundation pile, wherein either the at least one foundation pile is introduced first and then a foundation structure is deposited on the seabed and fastened to the foundation pile or at least parts of the offshore structure are deposited on the at least one foundation pile or the at least one foundation pile is introduced through parts of a foundation structure already deposited on the seabed, characterized in that the method further comprises, after introducing the at least one foundation pile into the seabed, the production of a pile shoe on the leading end of the at least one foundation pile, wherein the pile shoe extends axially beyond the predetermined penetration depth into the seabed and/or the pile shoe forms a circumferential widening of the foundation pile. - introducing at least one steel tube profile, constituting at least one foundation pile, over at least a partial length with a predetermined penetration depth into the seabed and - fastening at least parts of the offshore structure to the at least one foundation pile, wherein either the at least one foundation pile is introduced first and then a foundation structure is deposited on the seabed and fastened to the foundation pile or at least parts of the offshore structure are deposited on the at least one foundation pile or the at least one foundation pile is introduced through parts of a foundation structure already deposited on the seabed, characterized in that the method further comprises, after introducing the at least one foundation pile into the seabed, the production of a pile shoe on the leading end of the at least one foundation pile, wherein the pile shoe extends axially beyond the predetermined penetration depth into the seabed and/or the pile shoe forms a circumferential widening of the foundation pile.
A drilling module for radial drilling in a well, the well being defined by a wall and the well having an extent in an axial direction, and the drilling module comprising: - a piston for receiving a drill for the radial drilling, and for displacing the drill in a radial direction towards the wall of the well; and - a cylinder for receiving and guiding the piston, the drilling module being characterized in that both the piston and the cylinder are guide-free and of a non-circular shape, at least in a portion, in order to prevent relative rotation between them. - a piston for receiving a drill for the radial drilling, and for displacing the drill in a radial direction towards the wall of the well; and - a cylinder for receiving and guiding the piston, the drilling module being characterized in that both the piston and the cylinder are guide-free and of a non-circular shape, at least in a portion, in order to prevent relative rotation between them.
Crimping tool comprising crimping jaws, the crimping jaws, by means of assigned end regions of the crimp indentor, being rotatably mounted about an axis of rotation for swivelling into a crimp end position in order to form a crimping region, the crimping jaws each having an action surface forming part of the crimping region, the action surface, in a plan view of the crimping jaw in which the axis of rotation is formed in a point shape, being convexly curved and ending in a jaw tip on the crimping region side and the jaw tip of a first crimping jaw moving, in the course of the swivelling in along the convexly curved action surface of an adjacent, simultaneously swivelling second crimping jaw, in the direction of the jaw tip of this second crimping jaw, the crimping jaw also having, with regard to its action surface, a circular segment line having a radius, and wherein there is a distance (d) between the axis of rotation and the jaw tip, characterised in that the action surface is formed by a plurality of ribs which extend starting from an action base surface transversely to the axis of rotation, and in that the radius is greater than the distance (d).
A polyurethane-containing inkjet ink, comprising: a colorant; a liquid vehicle; a surfactant; and a polyurethane binder, the polyurethane binder comprising polymerized monomers including a polyether polyol, a diisocyanate, and an acid polyol, wherein the polyurethane binder has a M w from 40K to 45K and an acid number from 53 to 57. a colorant; a liquid vehicle; a surfactant; and a polyurethane binder, the polyurethane binder comprising polymerized monomers including a polyether polyol, a diisocyanate, and an acid polyol, wherein the polyurethane binder has a M w from 40K to 45K and an acid number from 53 to 57.
A system for identifying a plurality of components (1208, 1210), the system comprising: a RFID reader (1204, 1220) with an associated database and processing element, a first component; a first RFID transponder (36; 636, 660) associated with the first component, wherein the first RFID transponder (36; 636, 660) comprises a passive RFID transponder; a second component adapted for selective connection to at least the first component; and characterized by a second RFID transponder (36; 636, 660) associated with the second component, wherein the second RFID transponder (36; 636, 660) comprises a passive RFID transponder; characterized in that at least one of the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) is adapted to identify the other of the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) and to store the identity of the other of the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) in a memory of at least one of the first RFID transponder and the second RFID transponder; and wherein at least one of the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) is adapted to selectively communicate the identity of both the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) to the RFID reader to enable identification of a connection of the first component to the second component. a RFID reader (1204, 1220) with an associated database and processing element, a first component; a first RFID transponder (36; 636, 660) associated with the first component, wherein the first RFID transponder (36; 636, 660) comprises a passive RFID transponder; a second component adapted for selective connection to at least the first component; and characterized by a second RFID transponder (36; 636, 660) associated with the second component, wherein the second RFID transponder (36; 636, 660) comprises a passive RFID transponder; characterized in that at least one of the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) is adapted to identify the other of the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) and to store the identity of the other of the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) in a memory of at least one of the first RFID transponder and the second RFID transponder; and wherein at least one of the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) is adapted to selectively communicate the identity of both the first RFID transponder (36; 636, 660) and the second RFID transponder (36; 636, 660) to the RFID reader to enable identification of a connection of the first component to the second component.
A medical device, comprising: a core member having a proximal region and a distal region; a tubular member (424, 524) disposed over the distal region of the core member; wherein the tubular member (424, 524) has a length and a plurality of slots (426, 426') defined by cuts through a side wall of the tubular member, the plurality of slots including a plurality of opposed pairs of slots (426, 426'), each opposed pair of slots (426, 426') comprising a first slot at an axial position on the tubular member and a second slot at the same axial position on the tubular member; a plurality of pairs of beams (448, 448', 450, 450', 548, 548'), each pair of beams (448, 448', 450, 450', 548, 548') including a first beam (448, 450, 548) disposed between a first end of the first slot and a first end of the second slot, and a second beam (448', 450', 548') disposed between a second end of the first slot and a second end of the second slot; wherein at least some of the pairs of beams (450, 450', 548, 548') are offset from a centerline of the tubular member (424, 524) by a distance; and wherein the distance varies as a function of the angular position from which the cut defining the slot originates from. a core member having a proximal region and a distal region; a tubular member (424, 524) disposed over the distal region of the core member; wherein the tubular member (424, 524) has a length and a plurality of slots (426, 426') defined by cuts through a side wall of the tubular member, the plurality of slots including a plurality of opposed pairs of slots (426, 426'), each opposed pair of slots (426, 426') comprising a first slot at an axial position on the tubular member and a second slot at the same axial position on the tubular member; a plurality of pairs of beams (448, 448', 450, 450', 548, 548'), each pair of beams (448, 448', 450, 450', 548, 548') including a first beam (448, 450, 548) disposed between a first end of the first slot and a first end of the second slot, and a second beam (448', 450', 548') disposed between a second end of the first slot and a second end of the second slot; wherein at least some of the pairs of beams (450, 450', 548, 548') are offset from a centerline of the tubular member (424, 524) by a distance; and wherein the distance varies as a function of the angular position from which the cut defining the slot originates from.
Apparatus for detecting the presence of gaseous analytes in water, comprising a submersible housing enclosing a water proof sensing chamber having a first wall made of a material transparent to UV light and a second wall formed by a gas permeable membrane for admitting into the sensing chamber gas dissolved in water in which the housing is immersed during operation, a first and a second spaced sensing electrodes (24 and 26) disposed within the sensing chamber, and a circuit connected to the sensing electrodes for measuring a current flowing through the sensing electrodes on account of ionisation of a gas in the sensing chamber by UV light, characterised in that a third electrode is positioned in the sensing chamber and the circuit is operative to apply a voltage across the third electrode and the first sensing electrode, the voltage being of sufficient magnitude to reduce condensation within the sensing chamber by hydrolysing any droplet of condensation in electrical contact with the first and third electrodes.
A digital interface for an operating device for a lamp, wherein the interface has: - a transmitter and a receiver branch, wherein the receiver branch has a current source (Q 1, Q 2, R 2, R 3), - an optocoupler (Q 3, Q 5) in each of the transmitter and receiver branches, wherein the current source (Q 1, Q 2, R 2, R 3) feeds the primary side of the optocoupler (Q 3) in the receiver branch and - an energy store (C 1) charged via the current source (Q 1, Q 2, R 2, R 3), which energy store feeds the secondary side of the optocoupler (Q 5) in the transmitter branch, wherein the energy store (C 1) is connected in a path, that lies parallel to a path that has the primary side of the optocoupler (Q 3) of the receiver branch and a non-linear component, preferably a Zener diode (D 9), characterized in that the signal at the receiver branch is a Digital Serial Interface, DSI, signal. - a transmitter and a receiver branch, wherein the receiver branch has a current source (Q 1, Q 2, R 2, R 3), - an optocoupler (Q 3, Q 5) in each of the transmitter and receiver branches, wherein the current source (Q 1, Q 2, R 2, R 3) feeds the primary side of the optocoupler (Q 3) in the receiver branch and - an energy store (C 1) charged via the current source (Q 1, Q 2, R 2, R 3), which energy store feeds the secondary side of the optocoupler (Q 5) in the transmitter branch,
Packaging container for bivalve shellfish stackable once filled, including a tray surrounded by a peripheral wall extending beyond an upper face of the tray, characterised in that a lower face of the tray is provided with one or more support means, configured to bear against one or more rows of said shellfish of an identical lower packaging container and keep the shells of said shellfish of said lower packaging container closed, and for which the peripheral wall of said stackable packaging includes an upper encasing profile extending towards the exterior of the peripheral wall and a complementary lower encasing profile, formed by the addition of a reinforcing strip on at least one external face of an internal wall of said peripheral wall, the upper encasing profile being able to nest with the lower encasing profile of an identical upper packaging container.
An aerosol generator comprising a wire mesh heating element connected to a power supply and a composite conduit comprising a wick for transporting multiple liquids from a liquid supply to the wire mesh heating element at flow rates such that the liquids arrive at the heating element in desirable concentrations, the heating element being embedded in a downstream end of the wick.
A fiber-reinforced composite material, comprising - a bulk portion comprising a bulk matrix with reinforcing fibers embedded therein, and - a surface portion comprising a plurality of laminated first layers, which expand and/or delaminate during fire impact, characterized in that at least one of the first layers comprises a thermoplastic film, and in that the surface portion comprises further a plurality of laminated second layers different from the first layers and arranged in an alternating sequence with the first layers. - a bulk portion comprising a bulk matrix with reinforcing fibers embedded therein, and - a surface portion comprising a plurality of laminated first layers, which expand and/or delaminate during fire impact,
A transmission lubricant composition comprising: a greater than 50 weight percent of a lubricating oil; 4.5 to 25 weight percent of a boronated and phosphorylated N-substituted polyisobutylene succinimide dispersant having a number average molecular weight of the polyisobutylene substituent greater than 1300 up to 2300 as determined by gel permeation chromatography using polystyrene as the reference, a ratio of boron to phosphorus of 0.21 to 0.46, and a ratio of boron to nitrogen of 0.09 to 0.19; and an amount of a metal-containing detergent providing less than 455 ppm of metal to the transmission lubricant composition and delivering a soap content of 0.02 to 0.15 weight percent to the transmission lubricant composition, and wherein the lubricant composition contains 44 to 371 ppm boron. a greater than 50 weight percent of a lubricating oil; 4.5 to 25 weight percent of a boronated and phosphorylated N-substituted polyisobutylene succinimide dispersant having a number average molecular weight of the polyisobutylene substituent greater than 1300 up to 2300 as determined by gel permeation chromatography using polystyrene as the reference, a ratio of boron to phosphorus of 0.21 to 0.46, and a ratio of boron to nitrogen of 0.09 to 0.19; and an amount of a metal-containing detergent providing less than 455 ppm of metal to the transmission lubricant composition and delivering a soap content of 0.02 to 0.15 weight percent to the transmission lubricant composition, and wherein the lubricant composition contains 44 to 371 ppm boron.
A vehicle comprising a battery management system including an electronic control unit, a battery system and an electronic battery controller, wherein the battery controller includes an acquisition device for acquiring values of at least one electrical physical parameter of the battery system and a memory storing a battery profile representative of properties of the battery system, the battery controller being programmed to calculate at least one indicator representative of an internal state of the battery system, said computation being performed from the measured values of the at least one electrical physical parameter and from the battery profile, wherein the electronic control unit is connected to the battery controller in order to acquire the at least one indicator calculated by the battery controller, characterised in that the electronic control unit includes: - a storage space including a plurality of additional battery profiles, - a selection interface for selecting a replacement battery profile among the plurality of additional battery profiles, whereby this selection is done at the request of a user, by acquiring a replacement command received from the user, and wherein the electronic control unit is programmed to replace the battery profile stored in the memory of the battery controller with the replacement battery profile selected by the selection interface. wherein the battery controller includes an acquisition device for acquiring values of at least one electrical physical parameter of the battery system and a memory storing a battery profile representative of properties of the battery system, the battery controller being programmed to calculate at least one indicator representative of an internal state of the battery system, said computation being performed from the measured values of the at least one electrical physical parameter and from the battery profile, wherein the electronic control unit is connected to the battery controller in order to acquire the at least one indicator calculated by the battery controller, characterised in that the electronic control unit includes: - a storage space including a plurality of additional battery profiles, - a selection interface for selecting a replacement battery profile among the plurality of additional battery profiles, whereby this selection is done at the request of a user, by acquiring a replacement command received from the user, - a storage space including a plurality of additional battery profiles, - a selection interface for selecting a replacement battery profile among the plurality of additional battery profiles, whereby this selection is done at the request of a user, by acquiring a replacement command received from the user, and wherein the electronic control unit is programmed to replace the battery profile stored in the memory of the battery controller with the replacement battery profile selected by the selection interface.
An oil-in-water emulsion comprising mometasone or mometasone furoate and propylene glycol, and the concentration of propylene glycol is from 20 to 45% w/w, wherein a part of mometasone or mometasone furoate is present in undissolved form.
A polymeric container for storing insulin, which comprises a hard shell and a flexible film, wherein the hard shell is made from a first material, the first material being a cyclic olefin copolymer material, and the flexible film is made from a blend of the first material with a second material; wherein the second material is an elastomeric formulation of the first material.
A secondary battery comprising: an electrode assembly; a case accommodating the electrode assembly; a cap plate sealing the electrode assembly within the case; a terminal plate on the cap plate and electrically connected to the electrode assembly; and an insulation member between and contacting the cap plate and the terminal plate, wherein the insulation member has an inclined upper surface, characterized in that the terminal plate is formed with a groove portion that opens away from the insulation member and extends towards the cap plate.
A marker for use in calibration of a medical imaging system, comprising: a first component having a first hydrogen proton density and a first mass density, the first component being configured to absorb x-rays in radiation-based imaging modalities; a second component having a second hydrogen proton density greater than the first hydrogen proton density, the second component being imageable in magnetic resonance based imaging modalities, the second component further having a second mass density lower than the first mass density such that the second component is imaged less strongly than the first component in said radiation-based imaging modalities; and a common intermediate region made of a material which is substantially invisible to said magnetic resonance based imaging techniques, wherein: a surface of the first component and a surface of the second component abut the common intermediate region; the first and second components, and the common intermediate region are non-magnetic; and the first component lies concentrically within a void in the second component. a first component having a first hydrogen proton density and a first mass density, the first component being configured to absorb x-rays in radiation-based imaging modalities; a second component having a second hydrogen proton density greater than the first hydrogen proton density, the second component being imageable in magnetic resonance based imaging modalities, the second component further having a second mass density lower than the first mass density such that the second component is imaged less strongly than the first component in said radiation-based imaging modalities; and a common intermediate region made of a material which is substantially invisible to said magnetic resonance based imaging techniques, wherein: a surface of the first component and a surface of the second component abut the common intermediate region; the first and second components, and the common intermediate region are non-magnetic; and the first component lies concentrically within a void in the second component. a surface of the first component and a surface of the second component abut the common intermediate region; the first and second components, and the common intermediate region are non-magnetic; and the first component lies concentrically within a void in the second component.
Instrument panel for a means of transportation, comprising - an instrument cluster, - a display of an infotainment system, and - an apparatus for displaying a clock fitting, wherein the apparatus comprises: - a screen, - a detection device, and - a processing unit, wherein - the screen is delimited optically in a circular or oval manner relative to the instrument panel of the means of transportation and is configured to depict the clock fitting at least partially, wherein - the detection device is configured to detect a gesture of an input means freely performed in space, and - to differentiate a gesture executed with respect to the screen from a gesture of the user executed with respect to the instrument cluster or the display, and - the processing unit is configured to adapt a display content on the screen in response to a predefined gesture that is freely executed in space. - an instrument cluster, - a display of an infotainment system, and - an apparatus for displaying a clock fitting, wherein the apparatus comprises: - a screen, - a detection device, and - a processing unit, wherein - the screen is delimited optically in a circular or oval manner relative to the instrument panel of the means of transportation and is configured to depict the clock fitting at least partially, wherein - the detection device is configured to detect a gesture of an input means freely performed in space, and - to differentiate a gesture executed with respect to the screen from a gesture of the user executed with respect to the instrument cluster or the display, and - the processing unit is configured to adapt a display content on the screen in response to a predefined gesture that is freely executed in space.