mhurhangee/ep-ind-claims huggingface dataset:
Method for fixing a bearing ring on or in a component by means of an adhesive connection, wherein the method comprises the steps of: a) applying the adhesive to a face of the bearing ring that is intended to be adhesively bonded to the component; b) allowing the adhesive to pre-cure on the face intended for adhesive bonding, such that the adhesive no longer has any adhesive properties; c) joining the bearing ring and the component in the desired relative position; d) activating the adhesive such that it produces an adhesive bond between the bearing ring and the component, characterized in that the volume of the adhesive increases upon activation according to step d), this being brought about by using an adhesive to which is added a chemical or physical blowing agent, wherein the adhesive, when applied according to step a), is also filled into at least one annular receiving space arranged in that face of the bearing ring that is oriented towards the component and is intended for adhesive bonding, wherein the radial distance between the base of the annular groove and the component is larger than the radial distance between the face intended for adhesive bonding and the component. a) applying the adhesive to a face of the bearing ring that is intended to be adhesively bonded to the component; b) allowing the adhesive to pre-cure on the face intended for adhesive bonding, such that the adhesive no longer has any adhesive properties; c) joining the bearing ring and the component in the desired relative position; d) activating the adhesive such that it produces an adhesive bond between the bearing ring and the component,
Use of a compound for labelling macromolecules with a nucleophilic radionuclide, characterized in that said compound is of general formula 1 or 2: formulae in which - the R 1 to R 6 groups, identical or different, correspond to hydrogen or an alkyl, an aryl, an arylalkyl, an alkylaryl, an acyl, a cycloalkyl; R 3 to R 6 preferably corresponding to hydrogen; - n, m is an integer, preferably comprised between 0 and 2; - the spacer is a divalent structure, preferably selected from those comprising one or more aromatic, alkyl, alkene or alkyne groups optionally combined together; - Nu 1 is a nucleophilic radionuclide R*, preferably selected from the group comprising fluorine-18, bromine-76, iodine-123, iodine-131, - M 1 is a counter-anion selected from the cations, preferably from the group of the monovalent cations. - the R 1 to R 6 groups, identical or different, correspond to hydrogen or an alkyl, an aryl, an arylalkyl, an alkylaryl, an acyl, a cycloalkyl; R 3 to R 6 preferably corresponding to hydrogen; - n, m is an integer, preferably comprised between 0 and 2; - the spacer is a divalent structure, preferably selected from those comprising one or more aromatic, alkyl, alkene or alkyne groups optionally combined together; - Nu 1 is a nucleophilic radionuclide R*, preferably selected from the group comprising fluorine-18, bromine-76, iodine-123, iodine-131, - M 1 is a counter-anion selected from the cations, preferably from the group of the monovalent cations.
A scroll machine comprising: a first scroll member having a discharge port and a first spiral wrap; a second scroll member having a second spiral wrap, said first and second spiral wraps being mutually intermeshed; a discharge chamber in fluid communication with said discharge port; a drive mechanism for causing said second scroll member to orbit with respect to said first scroll member, whereby said wraps create at least one enclosed space of progressively changing volume between a peripheral suction zone defined by said scroll members and said discharge port, and said drive mechanism includes a shaft drivingly engaging said second scroll member, wherein the scroll machine is configured to process a refrigerant comprising carbon dioxide; and an Oldham coupling keyed to said second scroll member and said first scroll member to prevent rotational movement of said second scroll member, characterized in that said Oldham coupling is formed from an aluminum alloy comprising silicon at greater than or equal to about 7.5% to less than or equal to about 12% by weight and has an unsealed porous anodized surface comprising a Type III hardcoat passivation layer, wherein at least a portion of the unsealed porous anodized surface is a contact surface that provides wear resistance in the presence of said refrigerant comprising carbon dioxide. a first scroll member having a discharge port and a first spiral wrap; a second scroll member having a second spiral wrap, said first and second spiral wraps being mutually intermeshed; a discharge chamber in fluid communication with said discharge port; a drive mechanism for causing said second scroll member to orbit with respect to said first scroll member, whereby said wraps create at least one enclosed space of progressively changing volume between a peripheral suction zone defined by said scroll members and said discharge port, and said drive mechanism includes a shaft drivingly engaging said second scroll member, wherein the scroll machine is configured to process a refrigerant comprising carbon dioxide; and an Oldham coupling keyed to said second scroll member and said first scroll member to prevent rotational movement of said second scroll member, characterized in that said Oldham coupling is formed from an aluminum alloy comprising silicon at greater than or equal to about 7.5% to less than or equal to about 12% by weight and has an unsealed porous anodized surface comprising a Type III hardcoat passivation layer, wherein at least a portion of the unsealed porous anodized surface is a contact surface that provides wear resistance in the presence of said refrigerant comprising carbon dioxide.
An adhesion preventing medical material comprising a bioresorbable base material and an aqueous polyhydric alcohol solution, which contains the polyhydric alcohol, held in said bioresorbable base material, said bioresorbable base material comprising a bioresorbable material and having a swelling degree of 200 to 3,000 mass% and a water elution rate of not higher than 10 mass%, wherein, after immersed for 3 hours in water of 25°C in an amount at least 50 times a total mass of the aqueous polyhydric alcohol solution and the bioresorbable base material, the polyhydric alcohol remains in an amount of not greater than 30 mass% of that of the polyhydric alcohol before the immersion, wherein the bioresorbable material is at least one bioresorbable material selected from the group consisting of gelatin, collagen, chitin, partially-deacetylated chitin, chitosan, hyaluronic acid, carboxymethylcellulose, derivatives thereof, and salts thereof, wherein the proportion of the polyhydric alcohol (the content ratio of the polyhydric alcohol) to the mass of the bioresorbable base material is 10 mass% or greater, and wherein the initial concentration of a polyhydric alcohol, namely the concentration of an aqueous solution of the polyhydric alcohol contained in the adhesion preventing medical material is in a range of 1 to 20 wt%. wherein, after immersed for 3 hours in water of 25°C in an amount at least 50 times a total mass of the aqueous polyhydric alcohol solution and the bioresorbable base material, the polyhydric alcohol remains in an amount of not greater than 30 mass% of that of the polyhydric alcohol before the immersion, wherein the bioresorbable material is at least one bioresorbable material selected from the group consisting of gelatin, collagen, chitin, partially-deacetylated chitin, chitosan, hyaluronic acid, carboxymethylcellulose, derivatives thereof, and salts thereof, wherein the proportion of the polyhydric alcohol (the content ratio of the polyhydric alcohol) to the mass of the bioresorbable base material is 10 mass% or greater, and wherein the initial concentration of a polyhydric alcohol, namely the concentration of an aqueous solution of the polyhydric alcohol contained in the adhesion preventing medical material is in a range of 1 to 20 wt%.
An insulated wire which uses an aluminum conductor, having: an adhesion layer formed by baking, on the aluminum conductor, varnish containing a carboxy group; an insulation layer as an outer layer of the adhesion layer; and a reinforcement insulation layer as an outer layer of the insulation layer; wherein the adhesion layer is a thermosetting resin layer; and wherein the resin constituting the insulation layer is made of a thermosetting resin. an adhesion layer formed by baking, on the aluminum conductor, varnish containing a carboxy group; an insulation layer as an outer layer of the adhesion layer; and a reinforcement insulation layer as an outer layer of the insulation layer; wherein the adhesion layer is a thermosetting resin layer; and wherein the resin constituting the insulation layer is made of a thermosetting resin.
A method of electrochemically measuring an analyte in a fluid sample in the presence of an antioxidant, the method comprising the steps of: applying an electrical test sequence to an electrochemical biosensor, the biosensor comprising: an electrode system, a reagent including a redox mediator in electrical communication with the electrode system, and a receptacle configured to contact the fluid sample provided to the biosensor, with the fluid sample in fluidic contact with the reagent, wherein the test sequence comprises at least two direct current blocks, wherein a first DC block includes a slow-ramp bi-polar (SRBP) waveform, and wherein a closed circuit condition of the electrode system is maintained during the first DC block; measuring current response information to the test sequence, including information from at least one first DC block recovery potential, wherein the first DC block is designed to provide specific information about a redox status of a redox mediator during the electrochemical analysis; evaluating quantitatively a level of the antioxidant present in the fluid sample based at least in part upon current response information to the SRBP waveform; wherein the test sequence further comprises a second DC block that includes a sequence alternating between at least one excitation potential and at least one recovery potential, wherein a closed circuit condition of the electrode system is maintained during the at least one recovery potential, and wherein the method further comprises the steps of: measuring current response information to the second DC block, including an excitation current response to the excitation potential and a recovery current response to the recovery potential; determining an analyte concentration of the fluid sample based upon at least in part upon current response information from the excitation current response and the recovery current response, the determining compensating for at least one interferent; and displaying a failsafe if the level of the antioxidant is above a predetermined threshold. an electrode system, a reagent including a redox mediator in electrical communication with the electrode system, and a receptacle configured to contact the fluid sample provided to the biosensor, measuring current response information to the second DC block, including an excitation current response to the excitation potential and a recovery current response to the recovery potential; determining an analyte concentration of the fluid sample based upon at least in part upon current response information from the excitation current response and the recovery current response, the determining compensating for at least one interferent; and displaying a failsafe if the level of the antioxidant is above a predetermined threshold.
A rolled composite aerospace product comprising a 2XXX-series core layer; wherein the 2XXX-series alloy of the core layer has a composition of, in wt.%, Cu 1.9% to 7.0%, preferably 3.0% to 6.8%, more preferably 3.2% to 4.95%; Mg 0.30% to 1.8%, preferably 0.35% to 1.8%; Mn up to 1.2%, preferably 0.2% to 1.2%; Si up to 0.40%; Fe up to 0.40%; Cr up to 0.35%; Zn up to 1.0%; Ti up to 0.15%; Zr up to 0.25; V up to 0.25%; Li up to 2.0%; Ag up to 0.80%; Ni up to 2.5%; and balance being aluminium and impurities; and an Al-Cu alloy clad layer coupled to at least one surface of the 2XXX-series core layer, wherein the Al-Cu alloy clad layer is of an aluminium alloy having a composition of, in wt.%: Cu 0.2% to 2.8%, preferably 0.20% to 1.8%, more preferably 0.50% to 1.6%; Mg up to 1.5%, preferably 0.10% to 1.2%; Mn up to 0.5%, preferably 0.10% to 0.5%; Si up to 0.5%, preferably up to 0.3%; Fe up to 0.4%; Cr up to 0.25%; V up to 0.25%; Zr up to 0.2%; Ag up to 0.80%; Zn up to 0.3%; Ti up to 0.2%; and balance unavoidable impurities and aluminium.
An articulation provided between two fixed elements (2, 5, 6) and pivotable around a pivoting axis and lockable in a pivoted position, for a mounting intended for a welding gun for connection to an arm of a welding robot, characterised by a sheath (11; 110) having an inner diameter and an outer diameter and locked at one of both fixed elements (2, 5, 6) and a first bore (9, 10) having an inner diameter at the second fixed element (2, 5, 6), where the sheath (11; 110 is inserted into the first bore (9, 10) and the inner diameter of the first bore (9, 10) and the outer diameter of the sheath (11; 110) are selected so that the second fixed element (2, 5, 6) can rotate with the fixed bore (9, 10) with respect to the sheath (11; 110), wherein a first spacing element (13; 130) is provided inside (12; 120) of the sheath (11; 110), a spacing element, mobile in the longitudinal direction of the sheath (11; 110), which element has a central opening (18; 180), traversed by a locking screw (14; 140) fitted with a threading section with an outer thread and a screw head, resting at the first spacing element (13; 130) against a front end of the central opening (18; 180), and wherein a counter-bearing element is fitted with an internal thread matching the external thread to accommodate in a screwing fashion the threading section of the locking screw (14; 140), wherein the locking screw (14; 140) will be turned in the counter-bearing element so as space apart the sheath (11; 110) and thereby enable circumferential locking of the sheath (11; 110) in the first bore (9, 10) and wherein a release means is provided, co-operating with a stop to end the spacing apart of the sheath (11; 110) and the circumferential locking of the sheath (11; 110) thus triggered in the first bore (9, 10).
Method to prevent or limit oxidation and/or decarburisation of a steel product when subjected to a heat treatment, characterised in that before subjecting the steel product to the heat treatment a graphene based coating is applied on the steel product and wherein the heat treatment comprises that the steel product is subjected to a hot forming step, wherein the heat treatment comprises that the steel product reaches a temperature in the range of 600 - 1000 °C
A method of preparing a replication competent chorioallantois vaccinia virus Ankara deletion variant (dCVA), said method comprising: (a) providing a vector comprising the genome of chorioallantois vaccinia virus Ankara; (b) deleting the sequences corresponding to • del I (positions 4052-7465 of GenBank AM501482; ECACC 10062901); • del II (positions 23139-25884 of GenBank AM501482; ECACC 10062901); • del III (positions 158867-162413 of GenBank AM501482; ECACC 10062901); • del IV (positions 180639-187092 of GenBank AM501482; ECACC 10062901); • del V (positions 17438-22159 of GenBank AM501482; ECACC 10062901); and • del VI (positions 135481-139264 of GenBank AM501482; ECACC 10062901); and (c) isolating the dCVA; wherein the dCVA replication is measured in a human cell line selected from 293, 143B and MRC-5. (a) providing a vector comprising the genome of chorioallantois vaccinia virus Ankara; (b) deleting the sequences corresponding to • del I (positions 4052-7465 of GenBank AM501482; ECACC 10062901); • del II (positions 23139-25884 of GenBank AM501482; ECACC 10062901); • del III (positions 158867-162413 of GenBank AM501482; ECACC 10062901); • del IV (positions 180639-187092 of GenBank AM501482; ECACC 10062901); • del V (positions 17438-22159 of GenBank AM501482; ECACC 10062901); and • del VI (positions 135481-139264 of GenBank AM501482; ECACC 10062901); and • del I (positions 4052-7465 of GenBank AM501482; ECACC 10062901); • del II (positions 23139-25884 of GenBank AM501482; ECACC 10062901); • del III (positions 158867-162413 of GenBank AM501482; ECACC 10062901); • del IV (positions 180639-187092 of GenBank AM501482; ECACC 10062901); • del V (positions 17438-22159 of GenBank AM501482; ECACC 10062901); and • del VI (positions 135481-139264 of GenBank AM501482; ECACC 10062901); and (c) isolating the dCVA;
An organic light emitting diode display, comprising: an insulating substrate including a display area in which a plurality of pixels are formed and a peripheral area positioned around the display area; a touch signal transfer wiring positioned at least partially in the peripheral area on the insulating substrate; an insulating layer positioned on the insulating substrate, the insulating layer covering at least a portion of the touch signal transfer wiring and including a protrusion to protrude upward and an opening through which the touch signal transfer wiring is partially exposed; a connection conductor connected to the touch signal transfer wiring through the opening and positioned on the insulating layer; an encapsulation substrate facing the insulating substrate and including a touch area corresponding to the display area and a peripheral area positioned around the touch area; a touch electrode layer positioned under the touch area of the encapsulation substrate; and a touch wiring connected to the touch electrode layer and positioned under the peripheral area of the encapsulation substrate characterized in that the protrusion completely encloses a circumference of the opening. an insulating substrate including a display area in which a plurality of pixels are formed and a peripheral area positioned around the display area; a touch signal transfer wiring positioned at least partially in the peripheral area on the insulating substrate; an insulating layer positioned on the insulating substrate, the insulating layer covering at least a portion of the touch signal transfer wiring and including a protrusion to protrude upward and an opening through which the touch signal transfer wiring is partially exposed; a connection conductor connected to the touch signal transfer wiring through the opening and positioned on the insulating layer; an encapsulation substrate facing the insulating substrate and including a touch area corresponding to the display area and a peripheral area positioned around the touch area; a touch electrode layer positioned under the touch area of the encapsulation substrate; and a touch wiring connected to the touch electrode layer and positioned under the peripheral area of the encapsulation substrate characterized in that the protrusion completely encloses a circumference of the opening.
An oral pharmaceutical composition for use in a method of inhibiting the development of or treating NAFLD in a human subject, or in a method for inhibiting the development of or treating NAFLD in a non-human subject, said pharmaceutical composition comprising an insulin; a protease inhibitor; and a chelator of divalent cations.
A method for transmitting a file (Fw) from a file source to a plurality of electronic devices (110(j)), an encryption key (K j) and a unique identifier code (ID j) being associated to each electronic device, wherein, for a session of transmission of a file (Fw) the following steps are performed: a session key (K s) is generated; the file source transmits to a controller through a transmission channel: - an encrypted file (C(Fw, K s)), encrypted by means of the session key (K s), and - a plurality of encrypted session keys (C(K s, K j)), wherein each encrypted session key is paired with a unique identifier code (ID j) of a respective electronic device (110(j)), with whose encryption key (K j) the respective encrypted session key (K s) was obtained; the controller transmits the encrypted file (C(Fw, K s)) and the plurality of encrypted session keys (C(K s, K j)) paired with the respective unique identifier codes (ID j) to said plurality of electronic devices (110(j)) through a shared transmission channel in broadcasting mode; and each electronic device (110(j)) which receives the encrypted file and the plurality of encrypted session keys on the shared transmission channel, decrypts its own encrypted session key (C(Ks, K j)) using the respective encryption key (K j) to obtain the decrypted session key (K s), and decrypts the encrypted file (C(Fw; K s)) by means of the decrypted session key (K s). a session key (K s) is generated; the file source transmits to a controller through a transmission channel: - an encrypted file (C(Fw, K s)), encrypted by means of the session key (K s), and - a plurality of encrypted session keys (C(K s, K j)), wherein each encrypted session key is paired with a unique identifier code (ID j) of a respective electronic device (110(j)), with whose encryption key (K j) the respective encrypted session key (K s) was obtained; - an encrypted file (C(Fw, K s)), encrypted by means of the session key (K s), and - a plurality of encrypted session keys (C(K s, K j)), wherein each encrypted session key is paired with a unique identifier code (ID j) of a respective electronic device (110(j)), with whose encryption key (K j) the respective encrypted session key (K s) was obtained; the controller transmits the encrypted file (C(Fw, K s)) and the plurality of encrypted session keys (C(K s, K j)) paired with the respective unique identifier codes (ID j) to said plurality of electronic devices (110(j)) through a shared transmission channel in broadcasting mode; and each electronic device (110(j)) which receives the encrypted file and the plurality of encrypted session keys on the shared transmission channel, decrypts its own encrypted session key (C(Ks, K j)) using the respective encryption key (K j) to obtain the decrypted session key (K s), and decrypts the encrypted file (C(Fw; K s)) by means of the decrypted session key (K s).
A self-service terminal defining a media interface aperture and comprising: a media transaction component (300A, 300B, 300C) comprising: a media conveyor to transport media received through the media interface aperture; and a media interface aperture cover, that covers the media interface aperture, and is configured to retract from covering the media interface aperture, to allow the media interface aperture to be open; wherein the media interface aperture cover includes a user interface component, and wherein when the media interface aperture cover retracts, the user interface component becomes hidden or unusable. a media conveyor to transport media received through the media interface aperture; and a media interface aperture cover, that covers the media interface aperture, and is configured to retract from covering the media interface aperture, to allow the media interface aperture to be open; wherein the media interface aperture cover includes a user interface component, and wherein when the media interface aperture cover retracts, the user interface component becomes hidden or unusable.