mhurhangee/patent-ind-claim-en huggingface dataset:
A validation and authentication system for authenticating and validating messages and/or a user, the system comprising: a data store storing one or more digital fingerprints associated with user imaging devices , wherein the one or more digital fingerprints are each based on a photo response non uniformity, PRNU, associated with a corresponding one of the user imaging devices; a communication module configured to: receive a message M; receive (S106) a request for validation and authentication of at least one of the message M and a user using said user imaging device and receive (S108) an image P M of the message M captured using a user imaging device associated with said user; and an image validation module for analysing (S110) the received image P M to determine if the image is valid by determining (S112) whether the received image P M comprises a PRNU matching one of the one or more digital fingerprints stored in the data store and to determine if the received image P M is authentic by extracting data from the received image P M and comparing the extracted data with the message M; and wherein, if the received image P M is determined to be authentic and valid, the image validation module generates (S114) a response to the request. a data store storing one or more digital fingerprints associated with user imaging devices , wherein the one or more digital fingerprints are each based on a photo response non uniformity, PRNU, associated with a corresponding one of the user imaging devices; a communication module configured to: receive a message M; receive (S106) a request for validation and authentication of at least one of the message M and a user using said user imaging device and receive (S108) an image P M of the message M captured using a user imaging device associated with said user; and receive a message M; receive (S106) a request for validation and authentication of at least one of the message M and a user using said user imaging device and receive (S108) an image P M of the message M captured using a user imaging device associated with said user; and an image validation module for analysing (S110) the received image P M to determine if the image is valid by determining (S112) whether the received image P M comprises a PRNU matching one of the one or more digital fingerprints stored in the data store and to determine if the received image P M is authentic by extracting data from the received image P M and comparing the extracted data with the message M; and wherein, if the received image P M is determined to be authentic and valid, the image validation module generates (S114) a response to the request.
Adapter arrangement for connecting a drilling tool to a drill pipe, having a first element , which has a first end that is connectable or connected to the drill pipe or to the drilling tool , a first threaded portion having an external thread, and a portion with a non-circular cross section, wherein the first element has a cylindrical first contact region that adjoins the first threaded portion or is arranged at a distance from the first threaded portion , having a second element , which has a second end that is connectable or connected to the drilling tool , and a second threaded portion , complementary to the first threaded portion , having an internal thread , and a portion with a non-circular cross section, and which is suitable for producing a connection to the first element , wherein the second element has a second contact region that adjoins the second threaded portion or is arranged at a distance from the second threaded portion and is in the form of a cylindrical cutout, wherein the first element and the second element are connectable together in such a way that the thread of the first threaded portion and the thread of the second threaded portion are engaged, having a third element , which is configured and arrangeable in such a way that, in the connected state of the first and second elements , it encloses in each case a region of the first and second elements with a non-circular cross section and is engaged with these regions , wherein the first contact region and the second contact region are configured in such a way that they are engaged when the first element and second element are connected, wherein the first element and the second element each have an opening which, in the connected state of the first and the second element , form a through-opening from the first end to the second end, through which through-opening a fluid is able to be conducted from the drill pipe to the drilling tool , and wherein the first contact region has at least one encircling groove and a sealing element has been inserted into the groove , characterized in that a non-return valve is arranged in the through-opening of the first element or of the second element , said non-return valve allowing fluid through only from the drill pipe to the drilling tool .
An amorphous solid dispersion for oral delivery comprising fenretinide and at least one matrix polymer, wherein said fenretinide is present in an amount in the range of 20% to 60% by weight in said amorphous solid dispersion.
A method for producing a coating from a thermoresponsive paste, which contains solid particles and a thermoresponsive component, and the coating or layer being applied onto a carrier of an electrode, to be produced from the paste, solidified and dried, characterized in that less than 80% of a volatile solvent component is removed from the coating during the solidification.
A tool for positioning a blade for a wind turbine for facilitating installation of the blade , the wind turbine including a tower and a rotatable hub on an upper end of the tower , the tool configured to be mounted on a side of the tower for supporting the blade on the tower, the tool comprising: a support to be fixedly attached to the tower ; a positioner which is movably coupled to the support and is translatable linearly, along the tower in use, relative to the support , the positioner having a main body and a mount for the blade, wherein the main body is arranged to be linearly translatable relative to the support for translating the positioner and moving the blade along the tower in use, and wherein the mount is arranged to be angularly movable relative to the main body for tilting the blade with respect to the tower in use; at least one linear actuator for driving the linear translation of the main body relative to the support ; and at least one linear actuator for driving the angular movement of the mount relative to the main body . a support to be fixedly attached to the tower ; a positioner which is movably coupled to the support and is translatable linearly, along the tower in use, relative to the support , the positioner having a main body and a mount for the blade, wherein the main body is arranged to be linearly translatable relative to the support for translating the positioner and moving the blade along the tower in use, and wherein the mount is arranged to be angularly movable relative to the main body for tilting the blade with respect to the tower in use; wherein the main body is arranged to be linearly translatable relative to the support for translating the positioner and moving the blade along the tower in use, and wherein the mount is arranged to be angularly movable relative to the main body for tilting the blade with respect to the tower in use; at least one linear actuator for driving the linear translation of the main body relative to the support ; and at least one linear actuator for driving the angular movement of the mount relative to the main body .
A device for sensing a magnetic field associated with an individual , comprising: a. an array of magnetometers configured to sense the magnetic field associated with the individual ; b. a shield configured to shield at least the array of magnetometers from an ambient magnetic field, wherein the shield is sized to at least partially enclose at least a portion of a body of the individual , wherein the shield comprises an open end , wherein the open end is configured to receive the portion of the body of the individual , wherein the shield comprises a plurality of layers, a permalloy, or a mumetal; and c. a non-transitory computer-readable medium encoded with a computer program comprising instructions executable by a processor , the instructions configured to cause the processor to receive the magnetic field associated with the individual sensed by the array of magnetometers , characterised in that the shield comprises a closed end , wherein the closed end comprises a tapered shape, a conical shape, or a substantially conical shape. a. an array of magnetometers configured to sense the magnetic field associated with the individual ; b. a shield configured to shield at least the array of magnetometers from an ambient magnetic field, wherein the shield is sized to at least partially enclose at least a portion of a body of the individual , wherein the shield comprises an open end , wherein the open end is configured to receive the portion of the body of the individual , wherein the shield comprises a plurality of layers, a permalloy, or a mumetal; and c. a non-transitory computer-readable medium encoded with a computer program comprising instructions executable by a processor , the instructions configured to cause the processor to receive the magnetic field associated with the individual sensed by the array of magnetometers ,
A device for analyzing a transparent surface of a transparent substrate comprising a reference pattern formed on a support facing the surface of the substrate to be measured, a camera for capturing at least one image of the reference pattern distorted by the measured substrate, a reference pattern illumination system , and image processing/digital analysis means which are connected to the camera , the support being an oblong shape of short and long extents, the reference pattern being unidirectional and consisting of a pattern that lies along the shorter extent of the support, the pattern being periodic transverse to the short extent, characterized in that the camera is linear and positioned so as to obtain a linear image in transmission of the reference pattern through the substrate along the long extent of the support , in that the support for the reference pattern is mounted so as to move relative to the substrate perpendicular to the plane in which the substrate runs and in that the device comprises.
A valve comprising: a housing ; a valve seat provided in the housing ; an armature assembly positioned in the housing proximate the valve seat , the armature assembly being movable towards and away from the valve seat , and including a first armature , and a second armature that is movable relative to the first armature ; and a coil that is configured to actuate the armature assembly away from the valve seat to open the valve , characterized in that : the first armature is a hollow cylindrically-shaped member having a first bullet-shaped end and an opposite second bullet-shaped end , the first bullet-shaped end corresponding to a conically-shaped recess formed in the valve seat ; and upon application of a first current to the coil , the first armature and the second armature are each actuated away from the valve seat to a first open state; and upon application of a second current that is greater than the first current to the coil , the second armature is actuated away from the first armature to a second open state that is greater than the first open state. a housing ; a valve seat provided in the housing ; an armature assembly positioned in the housing proximate the valve seat , the armature assembly being movable towards and away from the valve seat , and including a first armature , and a second armature that is movable relative to the first armature ; and a coil that is configured to actuate the armature assembly away from the valve seat to open the valve , the first armature is a hollow cylindrically-shaped member having a first bullet-shaped end and an opposite second bullet-shaped end , the first bullet-shaped end corresponding to a conically-shaped recess formed in the valve seat ; and upon application of a first current to the coil , the first armature and the second armature are each actuated away from the valve seat to a first open state; and upon application of a second current that is greater than the first current to the coil , the second armature is actuated away from the first armature to a second open state that is greater than the first open state.
Probiotic composition comprising Bifidobacterium animalis subsp. lactis ( B. lactis ), Bifidobacterium longum and Lactobacillus casei.
An engine-generator set comprising a generator for producing electricity and an engine that is coupled via a flexible coupling to a shaft of the generator for driving the generator , wherein the engine is supported against a support surface by means of a plurality of resilient mounting elements , and the engine is mechanically connected to the generator solely via the flexible coupling , characterised by the generator being supported against a support surface by means of a plurality of resilient mounting elements separately from the engine , and the resilient mounting elements of the engine and the generator are configured so that 1.2 < f gen_vert / f eng_vert < 30, where f gen_vert is the natural frequency of vertical oscillations of a mass-spring system formed by the resilient mounting elements of the generator and the mass supported by said mounting elements , and f eng_vert is the natural frequency of vertical oscillations of a mass-spring system formed by the resilient mounting elements of the engine and the mass supported by said mounting elements .
An in vitro method for targeted cleavage of a HLA class I gene, a HLA gene encoding a Major Histocompatibility Complex (MHC) class 1 protein or a HLA gene encoding an MHC β subunit gene (β2 microglobulin), in a hematopoietic stem cell, the method comprising using one or more targeted nucleases to create a double stranded break in the HLA gene such that the HLA gene is inactivated, wherein the double stranded break in the HLA gene is followed by non-homologous end joining (NHEJ), and wherein the one or more targeted nuclease is a fusion protein comprising an engineered zinc finger binding domain and a cleavage domain or cleavage half-domain.
A shroud and shroud hanger assembly for a gas turbine engine, said assembly comprising: a shroud hanger assembly formed of a first material having a first coefficient of thermal expansion, said shroud hanger assembly having a forward hanger portion and a separate aftward hanger portion ; and said aftward hanger portion including a diagonal web member extending from a radially inner end of a forward radially extending leg to a radially outer end of an aftward radially extending leg ; a shroud formed of a second material having a second coefficient of thermal expansion, said shroud comprising a forward radially extending wall , an aftward radially extending wall , and a body extending axially therebetween; said forward hanger portion and said aftward hanger portion configured to couple together to clamp said forward radially extending wall of said shroud between said forward hanger portion and said forward radially extending leg of said aftward hanger portion . a shroud hanger assembly formed of a first material having a first coefficient of thermal expansion, said shroud hanger assembly having a forward hanger portion and a separate aftward hanger portion ; and said aftward hanger portion including a diagonal web member extending from a radially inner end of a forward radially extending leg to a radially outer end of an aftward radially extending leg ; a shroud formed of a second material having a second coefficient of thermal expansion, said shroud comprising a forward radially extending wall , an aftward radially extending wall , and a body extending axially therebetween; said forward hanger portion and said aftward hanger portion configured to couple together to clamp said forward radially extending wall of said shroud between said forward hanger portion and said forward radially extending leg of said aftward hanger portion .
A method of repairing a part of a gas turbine engine, the part including a first aerofoil , a second aerofoil , a first platform , and a second platform , the method comprising: controlling machining of at least one of: the first aerofoil and the second aerofoil ; characterized by the machining causing an increase in a throat area defined by the first aerofoil , the second aerofoil , the first platform and the second platform , the first aerofoil and the second aerofoil being arranged to couple to the first platform and to the second platform , the first platform including a body and a coating , the coating having a first thickness (D2); providing a coating from coating apparatus selected from the group comprising thermal spray apparatus, air plasma spray apparatus, electroplating apparatus, electron beam physical vapour deposition apparatus, high velocity oxygen fuel coating apparatus; and controlling provision of the coating to the first platform subsequent to controlling machining to provide the coating of the first platform with a second thickness (D2') and to reduce the throat area , the second thickness (D2') being greater than the first thickness (D2). controlling machining of at least one of: the first aerofoil and the second aerofoil ; characterized by the machining causing an increase in a throat area defined by the first aerofoil , the second aerofoil , the first platform and the second platform , the first aerofoil and the second aerofoil being arranged to couple to the first platform and to the second platform , the first platform including a body and a coating , the coating having a first thickness (D2); providing a coating from coating apparatus selected from the group comprising thermal spray apparatus, air plasma spray apparatus, electroplating apparatus, electron beam physical vapour deposition apparatus, high velocity oxygen fuel coating apparatus; and controlling provision of the coating to the first platform subsequent to controlling machining to provide the coating of the first platform with a second thickness (D2') and to reduce the throat area , the second thickness (D2') being greater than the first thickness (D2).
A primer composition, comprising: (a) 5 wt% to 70 wt% of a binder including: (i) 1 wt% to 40 wt% polyvinyl alcohol; (ii) 1 wt% to 20 wt% starch nanoparticles, wherein the starch nanoparticles have an average diameter from 10 nm to 500 nm; (iii) 1 wt% to 20 wt% of a polyurethane dispersion; (b) 10 wt% to 50 wt% of a cationic salt; and (c) water, wherein components (a)(i) to (a)(iii) and (b) are present in an amount of all dry components of the primer composition. (a) 5 wt% to 70 wt% of a binder including: (i) 1 wt% to 40 wt% polyvinyl alcohol; (ii) 1 wt% to 20 wt% starch nanoparticles, wherein the starch nanoparticles have an average diameter from 10 nm to 500 nm; (iii) 1 wt% to 20 wt% of a polyurethane dispersion; (i) 1 wt% to 40 wt% polyvinyl alcohol; (ii) 1 wt% to 20 wt% starch nanoparticles, wherein the starch nanoparticles have an average diameter from 10 nm to 500 nm; (iii) 1 wt% to 20 wt% of a polyurethane dispersion; (b) 10 wt% to 50 wt% of a cationic salt; and (c) water,
A method, comprising: transmitting a REGISTRATION REQUEST message by a User Equipment, in the following also referred to as UE, to a second network over a second access type, wherein the UE is not registered to a first network via a first access type, and wherein one of the first access type and the second access type is 3GPP access type , and the other one of the first access type and the second access type is non-3GPP access type ; receiving a REGISTRATION ACCEPT message over the second access type from the second network , wherein the message carries a 5GS registration result information element (IE); and deriving a 5GS registration result value that is set to the first access type and the second access type indicating that the UE is registered to both the first network and the second network ; characterized by considering the UE is registered to the second network over the second access type and considering the UE is not registered to the first network over the first access type. transmitting a REGISTRATION REQUEST message by a User Equipment, in the following also referred to as UE, to a second network over a second access type, wherein the UE is not registered to a first network via a first access type, and wherein one of the first access type and the second access type is 3GPP access type , and the other one of the first access type and the second access type is non-3GPP access type ; receiving a REGISTRATION ACCEPT message over the second access type from the second network , wherein the message carries a 5GS registration result information element (IE); and deriving a 5GS registration result value that is set to the first access type and the second access type indicating that the UE is registered to both the first network and the second network ; characterized by considering the UE is registered to the second network over the second access type and considering the UE is not registered to the first network over the first access type.
Functional module for a microscope, comprising: - a mechanical interface for removable mounting the functional module to a module support of the microscope; - an optical interface for establishing an optical path from an objective of the microscope to the functional module ; - at least one image sensor ; and - a first microelectromechanical optical system and a second microelectromechanical optical system , wherein the first microelectromechanical optical system is configured for enhancing a depth of field on a first optical subpath that is directed to the image sensor , wherein the second microelectromechanical optical system is configured for enhancing a depth of field on a second optical subpath that is directed to the image sensor , and wherein each of the microelectromechanical optical systems is directed to a beam splitter, to a colour beam splitter or to a polarizing beam splitter , wherein the beam splitter, the colour beam splitter or the polarizing beam splitter is directed to the image sensor . - a mechanical interface for removable mounting the functional module to a module support of the microscope; - an optical interface for establishing an optical path from an objective of the microscope to the functional module ; - at least one image sensor ; and - a first microelectromechanical optical system and a second microelectromechanical optical system , wherein the first microelectromechanical optical system is configured for enhancing a depth of field on a first optical subpath that is directed to the image sensor , wherein the second microelectromechanical optical system is configured for enhancing a depth of field on a second optical subpath that is directed to the image sensor , and wherein each of the microelectromechanical optical systems is directed to a beam splitter, to a colour beam splitter or to a polarizing beam splitter , wherein the beam splitter, the colour beam splitter or the polarizing beam splitter is directed to the image sensor .
Numbering unit comprising an upper part and a lower part , wherein the lower part is designed to be fixed firmly, but detachably, to a mounting ring of a numbering machine, and wherein a clamping fixation is provided between the upper part and the lower part , namely a clamping fixation can be established or is established between the upper part and the lower part , so that the lower part may remain on the mounting ring of a numbering machine if the upper part is replaced.
Crosslinked hyaluronic acid, or a pharmaceutically acceptable salt thereof, preferably the hyaluronate sodium salt, wherein the crosslinking agent is panthenol, or the optically active form thereof dexpanthenol.