mhurhangee/ep-ind-claims huggingface dataset:
Spectacle lens comprising an activable optical filter, the activable optical filter being configured to be actively switched between at least three configurations, - the activable optical filter comprising a first activable element and a second activable element, - the first activable element comprising a first electrochromic dye compound in an electrochromic cell, - the second activable element comprising at least a liquid crystal formulation associated with at least a first holographic grating configured to reflect light radiations over at least one predetermined range of wavelengths when activated, - the first configuration corresponding to all activable elements being non activated, - the second configuration corresponding to the first activable element being non activated and the second activable element being activated, and - the third configuration corresponding to the first activable element being activated and the second activable element being non activated wherein - in the first configuration, the color perception of the spectacle wearer is unaltered and light transmitted through the activable optical filter has a chroma C ∗ 1 and hue h°1, - in the second configuration light transmitted through the activable optical filter has a chroma C ∗ 2 and hue h°2, - in the third configuration vision of the spectacle wearer is protected against glare and light transmitted through the activable optical filter has a chroma C ∗ 3 and hue h°3, and - the chromaticity difference Δ Chrom between (C ∗ 2, h°2) and (C ∗ 3, h°3) is larger than or equal to 20. - the activable optical filter comprising a first activable element and a second activable element, - the first activable element comprising a first electrochromic dye compound in an electrochromic cell, - the second activable element comprising at least a liquid crystal formulation associated with at least a first holographic grating configured to reflect light radiations over at least one predetermined range of wavelengths when activated, - the first configuration corresponding to all activable elements being non activated, - the second configuration corresponding to the first activable element being non activated and the second activable element being activated, and - the third configuration corresponding to the first activable element being activated and the second activable element being non activated wherein - in the first configuration, the color perception of the spectacle wearer is unaltered and light transmitted through the activable optical filter has a chroma C ∗ 1 and hue h°1, - in the second configuration light transmitted through the activable optical filter has a chroma C ∗ 2 and hue h°2, - in the third configuration vision of the spectacle wearer is protected against glare and light transmitted through the activable optical filter has a chroma C ∗ 3 and hue h°3, and - the chromaticity difference Δ Chrom between (C ∗ 2, h°2) and (C ∗ 3, h°3) is larger than or equal to 20.
Hot beverage preparation apparatus (1; 30), in particular fully automatic coffee maker, - with a mobile functional element, which has a rest position and an operating position; - with a housing, which at least encloses the mobile functional element; - with a mobile housing element, which is arranged in an outer wall of the housing and is embodied to enable access to the mobile functional element in a first, open state and to block access to the mobile functional element in a second, closed state; and - with a locking device, which is embodied to lock the mobile housing element in a first position and to release the mobile housing element in a second position, and which is so arranged with respect to the mobile functional element such that the mobile functional element, in the rest position, moves the locking device into the second position, characterised in that the opening of the mobile housing element is prevented when the mobile functional element is located outside the rest position. - with a mobile functional element, which has a rest position and an operating position; - with a housing, which at least encloses the mobile functional element; - with a mobile housing element, which is arranged in an outer wall of the housing and is embodied to enable access to the mobile functional element in a first, open state and to block access to the mobile functional element in a second, closed state; and - with a locking device, which is embodied to lock the mobile housing element in a first position and to release the mobile housing element in a second position, and which is so arranged with respect to the mobile functional element such that the mobile functional element, in the rest position, moves the locking device into the second position,
A method for producing an active highly phosphorylated recombinant human lysosomal sulfatase enzyme, comprising the steps of: (a) culturing a Chinese Hamster Ovary -derived END3 complementation group cell or derivative thereof defective in endosomal acidification; (b) preparing a first mammalian expression vector capable of expressing said active highly phosphorylated recombinant human lysosomal sulfatase enzyme in said END3 complementation group cell or derivative thereof defective in endosomal acidification; (c) preparing a second mammalian expression vector capable of expressing recombinant human sulfatase modifying factor 1 (SUMF1) in said END3 complementation group cell or derivative thereof defective in endosomal acidification; (d) transfecting said END3 complementation group cell or derivative thereof defective in endosomal acidification with said first and second expression vectors; (e) selecting and cloning of a transfectant of said END3 complementation group cell or derivative thereof defective in endosomal acidification that expresses said active highly phosphorylated recombinant human lysosomal sulfatase enzyme; and (f) optimizing a cell culture process method for manufacturing said highly phosphorylated recombinant human lysosomal sulfatase enzyme, wherein the recombinant human lysosomal sulfatase enzyme is selected from the group consisting of arylsulfatase A (ARSA), arylsulfatase B (ARSB), iduronate-2-sulfatase, sulfamidase/heparin-N-sulfatase (SGSH), N-acetylglucosamine-sulfatase (G6S) and N-acetylgalactosamine-6-sulfatase (GALNS), and wherein the method produces an enzyme having at least 50% conversion of the active site cysteine residue to Cα -formylglycine (FG1y); and has greater than 0.5 bis-phosphorylated oligomannose chains per protein chain. (a) culturing a Chinese Hamster Ovary -derived END3 complementation group cell or derivative thereof defective in endosomal acidification; (b) preparing a first mammalian expression vector capable of expressing said active highly phosphorylated recombinant human lysosomal sulfatase enzyme in said END3 complementation group cell or derivative thereof defective in endosomal acidification; (c) preparing a second mammalian expression vector capable of expressing recombinant human sulfatase modifying factor 1 (SUMF1) in said END3 complementation group cell or derivative thereof defective in endosomal acidification; (d) transfecting said END3 complementation group cell or derivative thereof defective in endosomal acidification with said first and second expression vectors; (e) selecting and cloning of a transfectant of said END3 complementation group cell or derivative thereof defective in endosomal acidification that expresses said active highly phosphorylated recombinant human lysosomal sulfatase enzyme; and (f) optimizing a cell culture process method for manufacturing said highly phosphorylated recombinant human lysosomal sulfatase enzyme,
Method for operating a mobile device that is not associated with a motor vehicle by means of a motor vehicle, - wherein a digital certificate, also public key certificate, is issued by means of a certification server, - wherein the certificate contains a public key and wherein by means of the certificate the public key can be associated with an identity and its scope can be determined, - wherein the digital certificate is associated with a program executable on the mobile device by means of the certification server, - wherein the program executable on the mobile device and the digital certificate associated with the program executable on the mobile device are sent to the mobile device by means of the certification server, - wherein subsequently the program executable on the mobile device and the digital certificate associated with the program are stored in the mobile device, - wherein the digital certificate is sent from the mobile device to the motor vehicle, - wherein the digital certificate is verified in the motor vehicle by means of a private key, which is stored in the motor vehicle, - wherein, upon successful verification of the digital certificate, information associated with the program executable on the mobile device is displayed by means of a display of the motor vehicle, and wherein the program executable on the mobile device is operated by means of an operating arrangement of the motor vehicle associated with the display. - wherein a digital certificate, also public key certificate, is issued by means of a certification server, - wherein the certificate contains a public key and wherein by means of the certificate the public key can be associated with an identity and its scope can be determined, - wherein the digital certificate is associated with a program executable on the mobile device by means of the certification server, - wherein the program executable on the mobile device and the digital certificate associated with the program executable on the mobile device are sent to the mobile device by means of the certification server, - wherein subsequently the program executable on the mobile device and the digital certificate associated with the program are stored in the mobile device, - wherein the digital certificate is sent from the mobile device to the motor vehicle, - wherein the digital certificate is verified in the motor vehicle by means of a private key, which is stored in the motor vehicle, - wherein, upon successful verification of the digital certificate, information associated with the program executable on the mobile device is displayed by means of a display of the motor vehicle, and wherein the program executable on the mobile device is operated by means of an operating arrangement of the motor vehicle associated with the display.
A turbofan engine (20A-E) comprising: a fan rotatable about an axis; a compressor section including a high pressure compressor and a low pressure compressor; a turbine section including a high pressure turbine, an intermediate turbine and a fan drive turbine, wherein the high pressure turbine is coupled to drive the high pressure compressor; and a fan drive gear system driven by the fan drive turbine for driving the fan; characterised in that: the engine (20A-E) further comprises a compressor drive gear system driven by the intermediate turbine for driving the low pressure compressor. a fan rotatable about an axis; a compressor section including a high pressure compressor and a low pressure compressor; a turbine section including a high pressure turbine, an intermediate turbine and a fan drive turbine, wherein the high pressure turbine is coupled to drive the high pressure compressor; and a fan drive gear system driven by the fan drive turbine for driving the fan; characterised in that: the engine (20A-E) further comprises a compressor drive gear system driven by the intermediate turbine for driving the low pressure compressor.
A tone bar woody material, wherein at least a partial region of a surface layer of a wood material was impregnated with a resin composition, the wood material comprises in the partial region, a plurality of pores, and the pores have been formed in the wood material by a production method, characterized in that: an average diameter of the plurality of pores is less than 1.2 times an average diameter of vessels in the wood material, and an average diameter of the plurality of pores is no less than 10 μm and no greater than 500 μm. at least a partial region of a surface layer of a wood material was impregnated with a resin composition, the wood material comprises in the partial region, a plurality of pores, and the pores have been formed in the wood material by a production method, characterized in that: an average diameter of the plurality of pores is less than 1.2 times an average diameter of vessels in the wood material, and an average diameter of the plurality of pores is no less than 10 μm and no greater than 500 μm. an average diameter of the plurality of pores is less than 1.2 times an average diameter of vessels in the wood material, and an average diameter of the plurality of pores is no less than 10 μm and no greater than 500 μm.
A method for authenticating a WiFi network, comprising: sending (1, S501), by a terminal, when determining that a WiFi network exists in an area in which the terminal is located, a request message to an associated authentication center, wherein the request message carries a user identifier, and receiving (3, S504) access verification information sent by the associated authentication center and allocated by the associated authentication center to a user represented by the user identifier; sending (4, 506), by the terminal, a login request to a WiFi authentication center in the WiFi network, wherein the login request carries the access verification information, and receiving (8, S509) authentication information fed back by the WiFi authentication center and used to respond to the login request, wherein the authentication information carries a user identifier that corresponds to the access verification information and is obtained by the WiFi authentication center from the associated authentication center; and determining (9, S510), by the terminal when the user identifier carried in the authentication information is the same as the user identifier carried in the request message, that the WiFi network is a secure network. sending (1, S501), by a terminal, when determining that a WiFi network exists in an area in which the terminal is located, a request message to an associated authentication center, wherein the request message carries a user identifier, and receiving (3, S504) access verification information sent by the associated authentication center and allocated by the associated authentication center to a user represented by the user identifier; sending (4, 506), by the terminal, a login request to a WiFi authentication center in the WiFi network, wherein the login request carries the access verification information, and receiving (8, S509) authentication information fed back by the WiFi authentication center and used to respond to the login request, wherein the authentication information carries a user identifier that corresponds to the access verification information and is obtained by the WiFi authentication center from the associated authentication center; and determining (9, S510), by the terminal when the user identifier carried in the authentication information is the same as the user identifier carried in the request message, that the WiFi network is a secure network.
An exhaust diffuser hub disposed at a longitudinal center of an exhaust diffuser, the hub comprising: a hub extension extending from a downstream end thereof in a longitudinal direction of the exhaust diffuser, wherein a transverse cross-sectional area of the hub extension is smaller than a transverse cross-sectional area of the hub; characterized in that the exhaust diffuser hub further comprising: at least one guide provided on side surface portions of the hub extension around the hub extension. a hub extension extending from a downstream end thereof in a longitudinal direction of the exhaust diffuser, wherein a transverse cross-sectional area of the hub extension is smaller than a transverse cross-sectional area of the hub;
Adhesive tape unwinder having a receptacle for a roll of adhesive tape and a guide system for an adhesive tape pulled off from the roll of adhesive tape a deflecting edge for the pulled-off adhesive tape, which deflecting edge is arranged at the end of the guide system in the pull-off direction and deflects the pulled-off adhesive tape from the pull-off direction, wherein the deflecting edge has a deflection axis which has a component pointing in the pull-off direction, and an affixing direction is arranged transversely to the pull-off direction, characterized in that next to a deflecting device comprising the deflecting edge there is provided a contact element by means of which the deflecting device predefines a uniform distance between a component edge and the affixed adhesive tape in the course of affixing the tape to a component surface, and the deflecting edge has a guide groove along which the deflected adhesive tape is guided. a receptacle for a roll of adhesive tape and a guide system for an adhesive tape pulled off from the roll of adhesive tape a deflecting edge for the pulled-off adhesive tape, which deflecting edge is arranged at the end of the guide system in the pull-off direction and deflects the pulled-off adhesive tape from the pull-off direction, wherein the deflecting edge has a deflection axis which has a component pointing in the pull-off direction, and an affixing direction is arranged transversely to the pull-off direction, characterized in that next to a deflecting device comprising the deflecting edge there is provided a contact element by means of which the deflecting device predefines a uniform distance between a component edge and the affixed adhesive tape in the course of affixing the tape to a component surface, and the deflecting edge has a guide groove along which the deflected adhesive tape is guided.
Rotor having a rotor axis, and having a rotor disk that has a circumferential fastening shoulder having a support surface that faces toward a rotor axis and rotates about the rotor axis, and having a plurality of rotor components distributed around the circumference, which each have a retaining shoulder having a retaining surface forming a portion of a surface of revolution that is complementary to the support surface, wherein in each cross section perpendicular to the rotor axis the support surface has a support radius, and the retaining surface has a retaining radius, characterized in that the retaining radius corresponds to at least 0.99 times and maximally to 0.9995 times the support radius, wherein the rotor component has an aperture radially outside the retaining surface, which has a width of at least 0.25 times and maximally 0.75 times the width of the rotor component in the circumferential direction.
Spindle-mounting head for a machine tool comprising: - a supporting body, comprising at least a first and a second arm protruding from a base portion and defining a fork-shaped structure; - a tool-mounting spindle at least partly housed in said fork-shaped structure and rotatably connected to said first arm and second arm to rotate about an axis of oscillation; said spindle comprising a tool-mounting body rotatable about a relative machining axis at right angles to said axis of oscillation; - movement means operatively interposed between the supporting body and said spindle to rotate it about said axis of oscillation; wherein the movement means comprise a first actuator unit and a second actuator unit housed, respectively, in the first arm and in the second arm and both configured for rotating the spindle about the axis of oscillation, wherein each actuator unit (8, 9) comprises: - a rotary motor configured to generate a drive torque; - a reduction gear unit coupled to said rotary motor and configured to supply to an output shaft a transmitted torque greater than said drive torque; characterized in that said outlet shaft being oriented transversely to said axis of oscillation; - a bevel gear equipped with a first wheel keyed to said outlet shaft and a second wheel connected to said spindle and coaxial with said axis of oscillation. - a supporting body, comprising at least a first and a second arm protruding from a base portion and defining a fork-shaped structure; - a tool-mounting spindle at least partly housed in said fork-shaped structure and rotatably connected to said first arm and second arm to rotate about an axis of oscillation; said spindle comprising a tool-mounting body rotatable about a relative machining axis at right angles to said axis of oscillation; - movement means operatively interposed between the supporting body and said spindle to rotate it about said axis of oscillation; - a rotary motor configured to generate a drive torque; - a reduction gear unit coupled to said rotary motor and configured to supply to an output shaft a transmitted torque greater than said drive torque; characterized in that said outlet shaft being oriented transversely to said axis of oscillation; - a bevel gear equipped with a first wheel keyed to said outlet shaft and a second wheel connected to said spindle and coaxial with said axis of oscillation.
A method of operating a quantum computing device, comprising: inputting a Hamiltonian to be computed by the quantum computing device; reducing a number of Hamiltonian terms in the Hamiltonian using randomization of the Hamiltonian within an iterative phase estimation algorithm; and outputting a quantum circuit description for the Hamiltonian with the reduced number of Hamiltonian terms. inputting a Hamiltonian to be computed by the quantum computing device; reducing a number of Hamiltonian terms in the Hamiltonian using randomization of the Hamiltonian within an iterative phase estimation algorithm; and outputting a quantum circuit description for the Hamiltonian with the reduced number of Hamiltonian terms.
An in vitro method for inducing differentiation of monocytes contained in an extracorporeal quantity of a subject's blood into functional dendritic antigen presenting cells, said method comprising the steps of: a) treating the monocytes to initiate differentiation into functional dendritic antigen presenting cells only by exposing the monocytes to physical perturbation by subjecting the monocytes to shearing forces, by using monocytes which have been subjected to leukapheresis, and/or by subjecting the monocytes to hydrostatic pressure; b) incubating the treated monocytes for a time period sufficient to maximize the number of functional dendritic cells. a) treating the monocytes to initiate differentiation into functional dendritic antigen presenting cells only by exposing the monocytes to physical perturbation by subjecting the monocytes to shearing forces, by using monocytes which have been subjected to leukapheresis, and/or by subjecting the monocytes to hydrostatic pressure; b) incubating the treated monocytes for a time period sufficient to maximize the number of functional dendritic cells.