mhurhangee/ep-ind-claims huggingface dataset:
A floating nut, comprising: a rectangular limit box defining a cavity located therein; the limit box comprises a base, which has a flat shape on a first plane and comprises a first hole, and two or more curved portions, which extend out from the base and form a second hole corresponding to the first hole, wherein the two or more curved portions enclose the cavity together with the base; and a nut body, which comprises an axially extending body and a flange radially extending from one end of the body; wherein the size of the flange is configured to fit within the cavity; and an outer contour of the flange is configured in the shape of a parallelogram, and the parallelogram has diagonal lines of unequal lengths; wherein the shape of the flange is configured such that each of two parallel sides of the parallelogram are in contact with an inner wall of the curved portions of the limit box, and an inner wall of the axially extending body is provided with threads, and the size of the axially extending body is configured to pass through the second hole, the first hole and the second hole are configured to be substantially parallel to each other. a rectangular limit box defining a cavity located therein; the limit box comprises a base, which has a flat shape on a first plane and comprises a first hole, and two or more curved portions, which extend out from the base and form a second hole corresponding to the first hole, wherein the two or more curved portions enclose the cavity together with the base; and a nut body, which comprises an axially extending body and a flange radially extending from one end of the body; wherein the size of the flange is configured to fit within the cavity; and an outer contour of the flange is configured in the shape of a parallelogram, and the parallelogram has diagonal lines of unequal lengths; wherein the shape of the flange is configured such that each of two parallel sides of the parallelogram are in contact with an inner wall of the curved portions of the limit box, and an inner wall of the axially extending body is provided with threads, and the size of the axially extending body is configured to pass through the second hole, the first hole and the second hole are configured to be substantially parallel to each other.
A two part heat and moisture resistant acrylic adhesive composition comprising: a) an initiator part comprising at least one polymer dissolved in a (meth)acrylate monomer and a free radical initiator; and b) an activator part comprising at least one polymer dissolved in a (meth)acrylate monomer, a pyridinic reducing agent, an organometallic curing promoter and a thiourea accelerator, wherein the at least one polymer is a copolymer selected from the group consisting of poly(methacrylate-acrylonitrile-butadiene-styrene (MABS), poly(acrylate-styrene-acrylonitrile, poly(acrylonitrile-butadiene-styrene, and mixtures and blends thereof. a) an initiator part comprising at least one polymer dissolved in a (meth)acrylate monomer and a free radical initiator; and b) an activator part comprising at least one polymer dissolved in a (meth)acrylate monomer, a pyridinic reducing agent, an organometallic curing promoter and a thiourea accelerator, wherein the at least one polymer is a copolymer selected from the group consisting of poly(methacrylate-acrylonitrile-butadiene-styrene (MABS), poly(acrylate-styrene-acrylonitrile, poly(acrylonitrile-butadiene-styrene, and mixtures and blends thereof.
An automatic torsion correction system, the system comprising: a processor having access to memory media storing instructions or sets of instructions executable by the processor to: access information regarding a first infrared or white light image (210a, 310a) and a corresponding, concurrently captured first ophthalmic diagnostic image (200a, 300a); access information regarding a second infrared or white light image (210b, 310b) and a corresponding, concurrently captured second ophthalmic diagnostic image (200b, 300b); identify at least two ophthalmic features (230a, 230b; 330) in the first infrared or white light image and the second infrared or white light image; using the at least two ophthalmic features, determine a first torsion, if any, of the first infrared or white light image with respect to a vertical axis (220, 320) and a second torsion of the second infrared or white light image with respect to the vertical axis; if a first torsion exists, determine a first torsion correction to align the first infrared or white light image with respect to the vertical axis and apply the first torsion correction to the first ophthalmic diagnostic image; determine a second torsion correction to align the second infrared or white light image with respect to the vertical axis and apply the second torsion correction to the second ophthalmic diagnostic image; and send the first ophthalmic diagnostic image and the second ophthalmic diagnostic image to a display; and a display operable to display the first ophthalmic diagnostic image and the second ophthalmic diagnostic image. access information regarding a first infrared or white light image (210a, 310a) and a corresponding, concurrently captured first ophthalmic diagnostic image (200a, 300a); access information regarding a second infrared or white light image (210b, 310b) and a corresponding, concurrently captured second ophthalmic diagnostic image (200b, 300b); identify at least two ophthalmic features (230a, 230b; 330) in the first infrared or white light image and the second infrared or white light image; using the at least two ophthalmic features, determine a first torsion, if any, of the first infrared or white light image with respect to a vertical axis (220, 320) and a second torsion of the second infrared or white light image with respect to the vertical axis; if a first torsion exists, determine a first torsion correction to align the first infrared or white light image with respect to the vertical axis and apply the first torsion correction to the first ophthalmic diagnostic image; determine a second torsion correction to align the second infrared or white light image with respect to the vertical axis and apply the second torsion correction to the second ophthalmic diagnostic image; and send the first ophthalmic diagnostic image and the second ophthalmic diagnostic image to a display; and a display operable to display the first ophthalmic diagnostic image and the second ophthalmic diagnostic image.
A method for patterning a target layer, the method comprising: forming on the target layer a plurality of parallel material lines spaced apart such that longitudinal gaps exposing the target layer are formed between the material lines, filling the gaps with a sacrificial material, forming a hole by removing the sacrificial material along a portion of one of said gaps, the hole extending across said gap and exposing a surface portion of the target layer and sidewall surface portions of material lines on opposite sides of said one gap, performing a selective deposition process adapted to grow a fill material selectively on said one or more surface portions inside the hole, thereby forming a block mask extending across said gap, removing, selectively to the material lines and said block mask, the sacrificial material from the target layer to expose the gaps, said one gap being interrupted in the longitudinal direction by said block mask, and transferring a pattern including the material lines and said block mask into the target layer. forming on the target layer a plurality of parallel material lines spaced apart such that longitudinal gaps exposing the target layer are formed between the material lines, filling the gaps with a sacrificial material, forming a hole by removing the sacrificial material along a portion of one of said gaps, the hole extending across said gap and exposing a surface portion of the target layer and sidewall surface portions of material lines on opposite sides of said one gap, performing a selective deposition process adapted to grow a fill material selectively on said one or more surface portions inside the hole, thereby forming a block mask extending across said gap, removing, selectively to the material lines and said block mask, the sacrificial material from the target layer to expose the gaps, said one gap being interrupted in the longitudinal direction by said block mask, and transferring a pattern including the material lines and said block mask into the target layer.
Launching apparatus for an unmanned underwater vehicle, in particular for an autonomous underwater vehicle or for a vehicle that operates under remote control, having a launching tube, which has an inner wall and an outlet, and the unmanned underwater vehicle located in the launching tube, wherein the unmanned underwater vehicle has a vehicle shell with a vehicle-shell inhomogeneity (133, 135, 137, 143, 145) such that ejection of the unmanned underwater vehicle brings about different contact loads between vehicle shell and inner wall, wherein the unmanned underwater vehicle has a releasable compensation form, which is configured such that the vehicle shell inhomogeneity is compensated, so that a combination of the unmanned underwater vehicle and the releasable compensation form results in a substantially uniform contact load between the combination and the inner wall during ejection of the combination, characterized by a relay device, which is connected to the underwater vehicle and/or the compensation form by means of a data communication line, in particular by means of an optical fibre, wherein the relay device is arranged in the interior of the launching tube and has been moved into an exit medium after the ejection of the combination, wherein the relay device has a relay shell with a relay shell inhomogeneity, such that the ejection of the relay device brings about different contact loads between relay shell and inner wall, wherein the relay device has a relay shell compensation form, which is configured such that the relay shell inhomogeneity is compensated, so that a relay combination of the relay device and the relay shell compensation form results in a substantially uniform contact load between the relay combination and the inner wall during ejection of the relay combination.
An engineered polypeptide comprising: an albumin binding domain polypeptide and a first peptide hormone domain comprising a leptin, a leptin analog having at least 50% sequence identity to the parent leptin, or an active fragment thereof, wherein said ABD comprises at least 95% identity to SEQ ID NO:300, with the proviso that X 14 is selected from A, S, and C; with the proviso that X 7 is not L, E or D; or alternatively, with the proviso that the amino acid sequence is not SEQ ID NO:679. an albumin binding domain polypeptide and a first peptide hormone domain comprising a leptin, a leptin analog having at least 50% sequence identity to the parent leptin, or an active fragment thereof, wherein said ABD comprises at least 95% identity to SEQ ID NO:300, with the proviso that X 14 is selected from A, S, and C; with the proviso that X 7 is not L, E or D; or alternatively, with the proviso that the amino acid sequence is not SEQ ID NO:679.
A device for wireless power transfer, comprising: a substantially planar transmit antenna configured to generate a magnetic field, the transmit antenna comprising a spiral inductor and wherein portions of the transmit antenna overlap where the windings intersect and wherein the non-intersecting portions of the transmit antenna are planar, the transmit antenna positioned on an x-y plane; a pad having a charging surface, at least a portion of the transmit antenna being disposed in the pad, and wherein the charging surface is the surface of the transmitter pad that is above the transmit antenna along a z azis, the charging surface being parallel to the planar transmit antenna; and a ferromagnetic material (711, 2011) having a shape and a position relative to the transmit antenna, the shape or position selected based on a determination of the strength and direction of the magnetic field and wherein the ferromagnetic material comprises a first ferromagnetic portion (2011b, 2011c) positioned above the transmit antenna on a first plane along the z axis between the transmit antenna and the charging surface and a second ferromagnetic portion (2011a, 2011d) is positioned on a second plane along the z axis below the transmit antenna and the charging surface, the transmit antenna being positioned on a third plane along the z axis between the first ferromagnetic portion and the second ferromagnetic. a substantially planar transmit antenna configured to generate a magnetic field, the transmit antenna comprising a spiral inductor and wherein portions of the transmit antenna overlap where the windings intersect and wherein the non-intersecting portions of the transmit antenna are planar, the transmit antenna positioned on an x-y plane; a pad having a charging surface, at least a portion of the transmit antenna being disposed in the pad, and wherein the charging surface is the surface of the transmitter pad that is above the transmit antenna along a z azis, the charging surface being parallel to the planar transmit antenna; and a ferromagnetic material (711, 2011) having a shape and a position relative to the transmit antenna, the shape or position selected based on a determination of the strength and direction of the magnetic field and wherein the ferromagnetic material comprises a first ferromagnetic portion (2011b, 2011c) positioned above the transmit antenna on a first plane along the z axis between the transmit antenna and the charging surface and a second ferromagnetic portion (2011a, 2011d) is positioned on a second plane along the z axis below the transmit antenna and the charging surface, the transmit antenna being positioned on a third plane along the z axis between the first ferromagnetic portion and the second ferromagnetic.
A breast pump system comprising: a breast pump arranged to extract milk from a user; and a breathing guidance means configured to provide a suggested breathing pattern to the user for reducing the stress of the user and thereby improving the ability of the user to express milk, wherein the breast pump system comprises a heart rate monitor for measuring the heart rate of the user and a breast pump unit motorised to operate at a pumping frequency wherein the breast pump unit is the breathing guidance means and the pumping frequency provides the suggested breathing pattern wherein the pumping frequency is variable and coupled to the measured heart rate. a breast pump arranged to extract milk from a user; and a breathing guidance means configured to provide a suggested breathing pattern to the user for reducing the stress of the user and thereby improving the ability of the user to express milk,
A method of optical data acquisition, comprising: scanning a workpiece and reference dots thereon; communicating a liquid modelling impression material into a non-line of sight feature of the workpiece; and immersing an anchor portion of a holder into the liquid modelling impression material, wherein the holder comprises a float portion situated between a handle portion and an anchor portion; the handle portion which is not immersed into the liquid modelling impression material having at least three reference dots thereon; allowing the liquid modelling impression material to harden; scanning the workpiece with the holder in place, whereby the holder includes reference dots such that the relative position of the holder to the workpiece is oriented thereby; removing the holder and the hardened modelling impression material from the non-line of sight feature; scanning the holder and the hardened modelling impression material representative of the respective non-line of sight feature, whereby the reference dots provide a frame of reference for the hardened modelling impression material representative of the respective non-line of sight feature; and integrating the scan data for the hardened modelling impression material representative of the non-line of sight feature into the pre-defined reference marker framework of the workpiece. scanning a workpiece and reference dots thereon; communicating a liquid modelling impression material into a non-line of sight feature of the workpiece; and immersing an anchor portion of a holder into the liquid modelling impression material, wherein the holder comprises a float portion situated between a handle portion and an anchor portion; the handle portion which is not immersed into the liquid modelling impression material having at least three reference dots thereon; allowing the liquid modelling impression material to harden; scanning the workpiece with the holder in place, whereby the holder includes reference dots such that the relative position of the holder to the workpiece is oriented thereby; removing the holder and the hardened modelling impression material from the non-line of sight feature; scanning the holder and the hardened modelling impression material representative of the respective non-line of sight feature, whereby the reference dots provide a frame of reference for the hardened modelling impression material representative of the respective non-line of sight feature; and integrating the scan data for the hardened modelling impression material representative of the non-line of sight feature into the pre-defined reference marker framework of the workpiece.
An anacardic acid derivative for use in the prophylaxis and/or treatment of amyotrophic lateral sclerosis, wherein the anacardic acid derivative is a compound represented by the formula 1: wherein R is C10-17 saturated or unsaturated hydrocarbon group.
A method for producing Ac-225 from Ra-226 wherein said Ra-226 is present as a liquid solution in a recipient, said Ra-226 being submitted to a photo-nuclear process wherein the Ra-226 (γ,n) is irradiated to produce Ra-225 which then decays into the Ac-225, characterized in that the formed Ac-225 is collected by an electrochemical precipitation of it on a cathode present in said recipient, said cathode being removed from said recipient after said precipitation occurred and brought into a hot cell environment where said Ac-225 is extracted from said cathode.
Method of cleaning of a milk system with dispensing device, which milk system is associated with a beverage maker, comprising a control unit and a cleaning module, having the steps: a) replacing a milk container of the milk system by the cleaning module, comprising at least two zones (12, 14), cleaning fluid being filled in a first zone and in a second zone, and a cleaning agent being filled in a chamber; b) connecting the first zone and the second zone with docking units (18, 18') of the milk system for suctioning cleaning fluid, conveying the cleaning fluid through the milk system and at least partial recirculation of the cleaning fluid in the cleaning module; c) rinsing of the milk system with cleaning fluid, cleaning fluid being conveyed through the milk system out of the first zone and/or out of the second zone of the cleaning module and being led out; d) rinsing of the circuit of the milk system, cleaning fluid being extracted from the second zone, being heated by means of a heating device and being led back into the chamber, whereby it reaches the second zone via a fluid-conductive connection; e) terminating the circuit rinsing, cleaning fluid being led out and a valve device of the second zone being closed when the filling level of cleaning fluid in the second zone drops below a determined level; and f) final rinsing of the milk system with cleaning fluid from the first zone. a) replacing a milk container of the milk system by the cleaning module, comprising at least two zones (12, 14), cleaning fluid being filled in a first zone and in a second zone, and a cleaning agent being filled in a chamber; b) connecting the first zone and the second zone with docking units (18, 18') of the milk system for suctioning cleaning fluid, conveying the cleaning fluid through the milk system and at least partial recirculation of the cleaning fluid in the cleaning module; c) rinsing of the milk system with cleaning fluid, cleaning fluid being conveyed through the milk system out of the first zone and/or out of the second zone of the cleaning module and being led out; d) rinsing of the circuit of the milk system, cleaning fluid being extracted from the second zone, being heated by means of a heating device and being led back into the chamber, whereby it reaches the second zone via a fluid-conductive connection; e) terminating the circuit rinsing, cleaning fluid being led out and a valve device of the second zone being closed when the filling level of cleaning fluid in the second zone drops below a determined level; and f) final rinsing of the milk system with cleaning fluid from the first zone.
Method for reducing vibrations in the drive train of a motor vehicle comprising a transmission, in particular an automatic transmission or an automated transmission, characterized in that in the transmission a vibration-capable system for decoupling vibrations which is assigned to the respective gear is created for a plurality of or for all gears of the transmission, wherein the mass inertias of the vibration-capable systems are formed by existing rotating parts of the transmission, wherein steel-spring or gas-spring rigidities (28, 33) and/or additional masses are incorporated in the rotating parts, and wherein gear-dependent rigidities are generated on account of dissimilar steel-spring or gas-spring rigidities (28, 33) and/or additional masses assigned to the rotating components, on account of which a decoupled vibration-capable system assigned to the respective gear is generated in a gear-dependent manner within the transmission for a plurality of or for all gears of the transmission, said vibration-capable system being tuned to switching-specific eigenfrequencies and eigenmodes.
Lighting and/or signalling device for a motor vehicle, the said device comprising a housing inside which there are disposed at least one main source of light (2, 3), at least one reflector which is associated with the main source(s) of light, optionally at least one substantially transparent intermediate screen which faces the said or at least one of the said main source(s) of light, and glass for closure of the housing, at least one of the faces of the closure glass and/or of the optional intermediate screen or of one of the optional screens at least being provided with a plurality of focal points for diffusion of the light by means of surface alterations of the said face, characterised in that the said surface alterations do not consist of added material, but of local modifications of the "relief" of the said face, these modifications being "hollowed".