mhurhangee/patent-ind-claim-en huggingface dataset:
Signing system for validating stateful hash-based digital signatures, comprising at least one signing device , a logging device and a verifying device , wherein each signing device is configured to - receive data to be signed, - generate a hash-based digital signature comprising a one-time signature calculated for the data based on a one-time private key, - generate a one-time public key based on the one-time signature, - send the generated one-time public key to the logging device , - send the hash-based digital signature to the verifying device , the verifying device is configured to - generated a validation one-time public key based on the hash-based digital signature and the data, - send the validation one-time public key to the logging device, and the logging device is configured to - store the generated one-time public key, - receive a validation one-time public key, - compare the validation one-time public key with all one-time public keys stored in the logging device , and - provide a validation feedback signal to the verifying device , if the validation one-time public key coincides with exactly one stored one-time private key, and - provide a warning feedback signal, if the validation one-time public key does not coincide with exactly one stored one-time private key to the verifying device . - receive data to be signed, - generate a hash-based digital signature comprising a one-time signature calculated for the data based on a one-time private key, - generate a one-time public key based on the one-time signature, - send the generated one-time public key to the logging device , - send the hash-based digital signature to the verifying device , the verifying device is configured to - generated a validation one-time public key based on the hash-based digital signature and the data, - send the validation one-time public key to the logging device, and - generated a validation one-time public key based on the hash-based digital signature and the data, - send the validation one-time public key to the logging device, and the logging device is configured to - store the generated one-time public key, - receive a validation one-time public key, - compare the validation one-time public key with all one-time public keys stored in the logging device , and - provide a validation feedback signal to the verifying device , if the validation one-time public key coincides with exactly one stored one-time private key, and - provide a warning feedback signal, if the validation one-time public key does not coincide with exactly one stored one-time private key to the verifying device . - store the generated one-time public key, - receive a validation one-time public key, - compare the validation one-time public key with all one-time public keys stored in the logging device , and - provide a validation feedback signal to the verifying device , if the validation one-time public key coincides with exactly one stored one-time private key, and - provide a warning feedback signal, if the validation one-time public key does not coincide with exactly one stored one-time private key to the verifying device .
A wheel for use with a bicycle, the wheel comprising a hub about which the wheel is mountable to a bicycle, a rim about which a tyre is mountable, and a plurality of spokes that extend between the hub and the rim , wherein the rim has a radially inner edge , and the rim has side surfaces that meet at the radially inner edge of the rim , and at least part of the radially inner edge has an undulating configuration and a radial distance that continuously varies between peaks and troughs of the undulating configuration, each peak of the undulating configuration having a convex exterior profile in the plane of the wheel characterised in that the side surfaces are configured such that the radially inner edge is defined by rounded inner portions of the side surfaces , and in that the side surfaces are convex in form and the radially inner edge forms a convex curve in a plane orthogonal to the plane of the wheel.
Cooking appliance apparatus, in particular an induction cooktop apparatus, with at least one inductor (10a, 11a; 10b, 11b), at least one inverter (12a; 12b), which is provided to supply a high-frequency heating current (I) for the at least one inductor (10a, 11a; 10b, 11b), at least one switch (14a, 16a; 14b, 16b), which is provided to break and/or establish at least one conduction path (18a; 18b) between the at least one inverter (12a; 12b) and the at least one inductor (10a, 11a; 10b, 11b), and a control unit (20a; 20b), which is provided to deactivate the at least one inverter (12a; 12b) during at least one first time interval (22a; 22b) and to initiate a switching of the at least one switch (14a, 16a; 14b, 16b), wherein the switching starts and ends within at least one second time interval (24a; 24b), which in a normal operating state is arranged within the at least one first time interval (22a; 22b) and which in an incorrect operating state has at least one time point (T), which lies outside the at least one first time interval (22a; 22b), characterised in that the control unit (20a; 20b) is provided, on the occurrence of the incorrect operating state, to identify and/or detect this and to correct it, wherein the control unit (20a; 20b) is provided to match the at least one first time interval (22a; 22b) and the at least one second time interval (24a; 24b) dynamically to one another, wherein the control unit (20a; 20b) is provided to change at least one parameter of the at least one first time interval (22a; 22b) and/or of the at least one second time interval (24a; 24b) dynamically and wherein in the incorrect operating state the control unit (20a; 20b) is provided to adjust the at least one parameter in such a manner that the at least one second time interval (24a; 24b) is arranged entirely within the at least one first time interval (22a; 22b).
An IL-17RA antagonist for use in a method for the treatment of psoriasis, wherein the method comprises administering an IL-17RA antagonist to a psoriasis patient that cannot be treated with an anti-TNF-alpha antibody, wherein the patient that cannot be treated with the anti-TNF-alpha antibody is: (a) a patient that is ineffective to the anti-TNF-alpha antibody, wherein ineffective means a clinical global impression (CGI) of 3 or 4, or (b) a patient that is of insufficient tolerability to the anti-TNF-alpha antibody, wherein insufficient tolerability means severe side effects to a degree at which a patient cannot tolerate occur, wherein the IL-17RA antagonist is an anti-IL-17RA antibody or an antibody fragment thereof, and wherein the anti-IL-17RA antibody is a monoclonal antibody in which CDR1, CDR2, and CDR3 of a heavy chain variable domain (VH) of the antibody comprise the amino acid sequences shown in SEQ ID NOs:1, 2, and 3, respectively, and CDR1, CDR2, and CDR3 of a light chain variable domain (VL) of the antibody comprise the amino acid sequences shown in SEQ ID NOs:4, 5, and 6, respectively, and wherein the anti-TNF-alpha antibody is at least one selected from adalimumab, infliximab, certolizumab pegol, certolizumab, and golimumab. wherein the patient that cannot be treated with the anti-TNF-alpha antibody is: (a) a patient that is ineffective to the anti-TNF-alpha antibody, wherein ineffective means a clinical global impression (CGI) of 3 or 4, or (b) a patient that is of insufficient tolerability to the anti-TNF-alpha antibody, wherein insufficient tolerability means severe side effects to a degree at which a patient cannot tolerate occur, (a) a patient that is ineffective to the anti-TNF-alpha antibody, wherein ineffective means a clinical global impression (CGI) of 3 or 4, or (b) a patient that is of insufficient tolerability to the anti-TNF-alpha antibody, wherein insufficient tolerability means severe side effects to a degree at which a patient cannot tolerate occur, wherein the IL-17RA antagonist is an anti-IL-17RA antibody or an antibody fragment thereof, and wherein the anti-IL-17RA antibody is a monoclonal antibody in which CDR1, CDR2, and CDR3 of a heavy chain variable domain (VH) of the antibody comprise the amino acid sequences shown in SEQ ID NOs:1, 2, and 3, respectively, and CDR1, CDR2, and CDR3 of a light chain variable domain (VL) of the antibody comprise the amino acid sequences shown in SEQ ID NOs:4, 5, and 6, respectively, and wherein the anti-TNF-alpha antibody is at least one selected from adalimumab, infliximab, certolizumab pegol, certolizumab, and golimumab.
A display screen that on at least a partial area A of its display area can be operated in two operating modes, viz B1 for a free viewing mode and B2 for a viewing mode that is restricted with regard to the viewing angle, wherein the residual display area of the display screen outside the partial area A permanently maintains a free viewing mode, i.e. a viewing mode that is unrestricted with regard to the viewing angle, comprising - a first backlight of planar extension that radiates light in an unrestricted angular range and that, for the greater part, is arranged below the residual display area outside the said partial area A , - at least one second backlight of planar extension that radiates light in a restricted angular range and that, for the greater part, is arranged below the partial area A , - a transmissive image generator arranged, in the viewing direction, in front of the two backlights , - a plate-shaped transparent light guide that is located between the image generator and the two backlights and, on at least one of its large surfaces and/or within its volume, is provided with outcoupling elements for the outcoupling of light, so that, through at least one large surface, it outcouples light coupled in through at least one of its edges, - light sources arranged laterally on at least one of the edges of the light guide , - wherein the light guide is transparent to at least 70% of the light originating from the two backlights , - and wherein the display screen is configured in such a way that in mode B1 at least the light sources are switched on, whereas in mode B2 the two backlights are switched on and the light sources are switched off. - a first backlight of planar extension that radiates light in an unrestricted angular range and that, for the greater part, is arranged below the residual display area outside the said partial area A , - at least one second backlight of planar extension that radiates light in a restricted angular range and that, for the greater part, is arranged below the partial area A , - a transmissive image generator arranged, in the viewing direction, in front of the two backlights , - a plate-shaped transparent light guide that is located between the image generator and the two backlights and, on at least one of its large surfaces and/or within its volume, is provided with outcoupling elements for the outcoupling of light, so that, through at least one large surface, it outcouples light coupled in through at least one of its edges, - light sources arranged laterally on at least one of the edges of the light guide , - wherein the light guide is transparent to at least 70% of the light originating from the two backlights , - and wherein the display screen is configured in such a way that in mode B1 at least the light sources are switched on, whereas in mode B2 the two backlights are switched on and the light sources are switched off.
A lower jaw and tongue thrusting endotracheal tube and flexible fiberoptic endoscope intubation (LJT-ET-FO) oral airway device , comprising an elongate member having a distal end and a proximal end , the elongate member sized for insertion in the mouth of a patient and facilitation of air and medical instrument passage between the proximal end and distal end , including: a flange assembly located at the proximal end of the elongate member including a lower lip flange , a pair of upper lip flanges , and a sliding insert that removably couples the pair of upper lip flanges , the sliding insert including a maxillary engagement surface that defines an upper cover of a passageway extending into the elongate member ; a tongue plate extending to the distal end of the elongate member ; a trough extending between the flange assembly and the tongue plate ; a mandibular flange projecting downwardly and transversely disposed at a first proximal end of the trough ; wherein the mandibular flange has a proximally facing surface that is located proximal to the maxillary engagement surface of the sliding insert but distal to the lower lip flange . an elongate member having a distal end and a proximal end , the elongate member sized for insertion in the mouth of a patient and facilitation of air and medical instrument passage between the proximal end and distal end , including: a flange assembly located at the proximal end of the elongate member including a lower lip flange , a pair of upper lip flanges , and a sliding insert that removably couples the pair of upper lip flanges , the sliding insert including a maxillary engagement surface that defines an upper cover of a passageway extending into the elongate member ; a tongue plate extending to the distal end of the elongate member ; a trough extending between the flange assembly and the tongue plate ; a mandibular flange projecting downwardly and transversely disposed at a first proximal end of the trough ; wherein the mandibular flange has a proximally facing surface that is located proximal to the maxillary engagement surface of the sliding insert but distal to the lower lip flange . the tongue plate ; a mandibular flange projecting downwardly and transversely disposed at a first proximal end of the trough ; wherein the mandibular flange has a proximally facing surface that is located proximal to the maxillary engagement surface of the sliding insert but distal to the lower lip flange .
Anti-roll locking system for a rolling vehicle with three wheels provided with a front steering system comprising an articulated quadrilateral kinematic mechanism , said locking system comprising: a locking device ; a gear motor operatively connected to the locking device and configured to cause the locking device to take a stable locking state and a release state; wherein the gear motor comprises: a drive motor having an input shaft ; a first transmission wheel coupled to a first portion of said input shaft ; characterised in that said locking system further comprises a second transmission wheel coupled to a second portion of said input shaft . a locking device ; a gear motor operatively connected to the locking device and configured to cause the locking device to take a stable locking state and a release state; a drive motor having an input shaft ; a first transmission wheel coupled to a first portion of said input shaft ; characterised in that said locking system further comprises a second transmission wheel coupled to a second portion of said input shaft .
A method for production of non-spherical/asymmetric fine particles, the method comprising the steps of: filling a glass tube with a metal; drawing the metal-filled glass tube while melting a lower portion of the glass tube by heating; cooling the drawn melt to form glass-coated metal wires; positioning at least one of the glass-coated metal wires in a plurality of grooves arranged in a width direction on a wire holder; and cutting the at least one of the glass-coated metal wires positioned on the wire holder, in a traverse direction at predetermine distance in a non-contact machining process using a laser having a pulse width shorter than the heat propagation time of the glass-coated metal wires wherein the total diameter of the glass-coated metal wires ranges from 50 to 200 μm , wherein the aspect ratio of non-spherical/asymmetric fine particles ranges from 2 to 15. filling a glass tube with a metal; drawing the metal-filled glass tube while melting a lower portion of the glass tube by heating; cooling the drawn melt to form glass-coated metal wires; positioning at least one of the glass-coated metal wires in a plurality of grooves arranged in a width direction on a wire holder; and cutting the at least one of the glass-coated metal wires positioned on the wire holder, in a traverse direction at predetermine distance in a non-contact machining process using a laser having a pulse width shorter than the heat propagation time of the glass-coated metal wires wherein the total diameter of the glass-coated metal wires ranges from 50 to 200 μm , wherein the aspect ratio of non-spherical/asymmetric fine particles ranges from 2 to 15.
A method of producing a straightened beta-titanium alloy elongated product form, the method comprising: solution treating a beta-titanium alloy product form having a chemical composition as specified in UNS R58150 or ASTM F2066-13; aging the solution treated beta-titanium alloy product form in a first temperature range of 482°C to 510°C; applying a stress to the solution treated and aged beta-titanium alloy product form in a second temperature range of ambient temperature to 482°C for a time sufficient to improve straightness of the solution treated and aged beta-titanium alloy product form, to provide a straightened solution treated and aged beta-titanium alloy elongated product form, wherein the straightened solution treated and aged beta-titanium alloy elongated product form deviates from straight by no greater than 0.0625 inch (1.588 mm) over any 5 foot length (152.4 cm); stress-relief aging the straightened solution treated and aged beta-titanium alloy elongated product form in a third temperature range of 426°C to 510°C, to provide a stress-relief aged beta-titanium alloy elongated product form; and air cooling the stress-relief aged beta-titanium alloy elongated product form from the third temperature range. solution treating a beta-titanium alloy product form having a chemical composition as specified in UNS R58150 or ASTM F2066-13; aging the solution treated beta-titanium alloy product form in a first temperature range of 482°C to 510°C; applying a stress to the solution treated and aged beta-titanium alloy product form in a second temperature range of ambient temperature to 482°C for a time sufficient to improve straightness of the solution treated and aged beta-titanium alloy product form, to provide a straightened solution treated and aged beta-titanium alloy elongated product form, wherein the straightened solution treated and aged beta-titanium alloy elongated product form deviates from straight by no greater than 0.0625 inch (1.588 mm) over any 5 foot length (152.4 cm); stress-relief aging the straightened solution treated and aged beta-titanium alloy elongated product form in a third temperature range of 426°C to 510°C, to provide a stress-relief aged beta-titanium alloy elongated product form; and air cooling the stress-relief aged beta-titanium alloy elongated product form from the third temperature range.
Mining device , which comprises bracing means for reversibly bracing the mining device in a cavity, a frame , and propulsion means connected in a fixed manner to the bracing means , wherein the frame is movable in a predefined direction by the propulsion means , characterized in that a rotatable roller is arranged on the frame , cutting tools and scrapers being arranged on the circumference of said roller such that a substantially rectangular mining cross section is able to be created, and the mining device , and in particular also the frame of the mining device , is movable into a mining gallery created by these cutting tools , wherein furthermore at least one edge cutting tool is arranged on the circumference of the roller such that it projects from the roller in an axial direction at least when the roller is in a rotary position in which the edge cutting tool is located on an opposite side of the roller from the bracing means , and wherein the at least one edge cutting tool is arranged such that it is flapped out in the axial direction of the roller when the roller is in a rotary position in which the edge cutting tool is located on an opposite side of the roller from the bracing means , and in that it is flapped in when the roller is in a rotary position in which the edge cutting tool is located on a side of the roller facing the bracing means .
A certificate management method in a network functions virtualization, NFV, architecture, characterized by comprising: determining , by an NFV management and orchestration, MANO, a storage network element, wherein the storage network element is configured to store a certificate of a virtualized network function component, VNFC, and the storage network element is different from the VNFC; creating , by the MANO, storage space in the storage network element, wherein the storage space is used to store the certificate of the VNFC; and sending , by the MANO, an address of the storage space to the VNFC. determining , by an NFV management and orchestration, MANO, a storage network element, wherein the storage network element is configured to store a certificate of a virtualized network function component, VNFC, and the storage network element is different from the VNFC; creating , by the MANO, storage space in the storage network element, wherein the storage space is used to store the certificate of the VNFC; and sending , by the MANO, an address of the storage space to the VNFC.
A computerised method for determining an illumination spectrum for a first point of image data, the method comprising: determining multiple prototypes of illuminant spectra based on multiple instances of the image data forming a scale space ; determining an initial illumination spectrum for the first point and multiple initial illumination spectra for each of multiple second points based on the multiple prototypes of illuminant spectra; determining associations between the first point and multiple second points of the multiple instances of the image data; determining an optimised illumination spectrum for the first point by determining a statistical estimation of the illumination spectrum for the first point of the image data based on the determined initial illumination spectra and the associations; characterised in that the associations are represented by a factor graph , which is constructed by making use of the scale space and the multiple prototypes of illuminant spectra, and in that the determination of the optimised illumination spectrum comprises performing message passing that computes exact probability marginals of variables in a collection of local tree structures created by partitioning the factor graph into sub-graphs. determining multiple prototypes of illuminant spectra based on multiple instances of the image data forming a scale space ; determining an initial illumination spectrum for the first point and multiple initial illumination spectra for each of multiple second points based on the multiple prototypes of illuminant spectra; determining associations between the first point and multiple second points of the multiple instances of the image data; determining an optimised illumination spectrum for the first point by determining a statistical estimation of the illumination spectrum for the first point of the image data based on the determined initial illumination spectra and the associations; characterised in that the associations are represented by a factor graph , which is constructed by making use of the scale space and the multiple prototypes of illuminant spectra, and in that the determination of the optimised illumination spectrum comprises performing message passing that computes exact probability marginals of variables in a collection of local tree structures created by partitioning the factor graph into sub-graphs.