mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a functionality of a vehicle provided with a first communication module, at least one user terminal provided with a second communication module, the first and the second communication module being suitable for communication according to the Bluetooth Low Energy protocol and being able to be in a broadcast mode and/or in a scan mode, the control method comprising the following steps: - determining (E22; E114) an authentication data item (CRYPT_RSP) by means of a processor of the user terminal; - transmitting (E32; E80; E116), by means of the second communication module operating in broadcast mode, within at least one advertising frame (ADV 4, ADV 6, SCAN_RSP 2), a request (RQST) for control of the functionality and the authentication data item (CRYPT_RSP); - receiving (E34; E82; E118) the advertising frame (ADV 4, ADV 6, SCAN_RSP 2) by means of the first communication module and verifying the authentication data item (CRYPT_RSP) by means of an electronic control unit of the vehicle; - controlling the functionality by means of the electronic control unit in the case of positive verification. - determining (E22; E114) an authentication data item (CRYPT_RSP) by means of a processor of the user terminal; - transmitting (E32; E80; E116), by means of the second communication module operating in broadcast mode, within at least one advertising frame (ADV 4, ADV 6, SCAN_RSP 2), a request (RQST) for control of the functionality and the authentication data item (CRYPT_RSP); - receiving (E34; E82; E118) the advertising frame (ADV 4, ADV 6, SCAN_RSP 2) by means of the first communication module and verifying the authentication data item (CRYPT_RSP) by means of an electronic control unit of the vehicle; - controlling the functionality by means of the electronic control unit in the case of positive verification.
A microchip for testing a blood property, comprising a first channel and a second channel for allowing a blood sample(s) to flow inside, wherein said first channel has a first reaction section coated with collagen and tissue thromboplastin; and said second channel has a second reaction section, wherein the second section has been coated with collagen, and tissue thromboplastin the amount of which is not more than two thirds of the amount of tissue thromboplastin on said first reaction section, or the second section has been coated with collagen but not with tissue thromboplastin.
An elevator with a cabin having a cabin roof and a barrier arranged on at least one side of the cabin roof to provide anti-fall safety protection, wherein the barrier has at least one bar, in particular a handrail, an intermediate rail, and a toeboard, characterised in that, cables are routed within a bar of the barrier.
A cable bead for airplane tire comprising: a core composed of one annularly formed steel core filament; and a sheath composed of at least one sheath layer, which is formed by spirally winding a sheath filament composed of a steel around the core, wherein the sheath filament has a carbon content of higher than 0.90% by mass but 0.95% by mass or less, and a chromium content of 0.15 to 0.30% by mass, characterized in that the diameter of the core filament is 2.0 to 8.0 mm, and the sheath filament has a diameter of 1.50 to 2.00 mm. a core composed of one annularly formed steel core filament; and a sheath composed of at least one sheath layer, which is formed by spirally winding a sheath filament composed of a steel around the core, wherein the sheath filament has a carbon content of higher than 0.90% by mass but 0.95% by mass or less, and a chromium content of 0.15 to 0.30% by mass, characterized in that the diameter of the core filament is 2.0 to 8.0 mm, and the sheath filament has a diameter of 1.50 to 2.00 mm.
A surface temperature measuring method comprising: a first imaging step of acquiring a radiation light amount of a surface of a measurement object; a second imaging step of irradiating the surface of the measurement object with light under a specular reflection condition, and acquiring a specular reflection light amount; a third imaging step of irradiating the surface of the measurement object with light under a diffuse reflection condition, and acquiring a diffuse reflection light amount; in a case where a specular reflection light amount acquired in the second imaging step is less than a predetermined value, an emissivity calculating step of calculating an emissivity of the surface of the measurement object by using a model indicating a relationship between an emissivity and a specular reflectance, and a relationship between the emissivity and a diffuse reflectance of the surface of the measurement object, the specular reflection light amount acquired in the second imaging step, and the diffuse reflection light amount acquired in the third imaging step, and in a case where the specular reflection light acquired in the second imaging step is a predetermined value or more, a fixed value is used as the emissivity; and a temperature measurement step of calculating a surface temperature of the measurement object using the radiation light amount acquired in the first imaging step and the emissivity calculated in the emissivity calculating step or determined by the fixed value. a first imaging step of acquiring a radiation light amount of a surface of a measurement object; a second imaging step of irradiating the surface of the measurement object with light under a specular reflection condition, and acquiring a specular reflection light amount; a third imaging step of irradiating the surface of the measurement object with light under a diffuse reflection condition, and acquiring a diffuse reflection light amount; in a case where a specular reflection light amount acquired in the second imaging step is less than a predetermined value, an emissivity calculating step of calculating an emissivity of the surface of the measurement object by using a model indicating a relationship between an emissivity and a specular reflectance, and a relationship between the emissivity and a diffuse reflectance of the surface of the measurement object, the specular reflection light amount acquired in the second imaging step, and the diffuse reflection light amount acquired in the third imaging step, and in a case where the specular reflection light acquired in the second imaging step is a predetermined value or more, a fixed value is used as the emissivity; and a temperature measurement step of calculating a surface temperature of the measurement object using the radiation light amount acquired in the first imaging step and the emissivity calculated in the emissivity calculating step or determined by the fixed value.
A computer-implemented method for verifying functionality of software, the method comprising: identifying a set of code that is to be validated; determining a first configuration for the set of code that configures the code as a first build for validation; releasing the first build for a first validation process; prior to completion of validation of the first build, determining a second configuration for the set of code that configures the code as a second build for validation; releasing the second build for a second validation process prior to completion of validation of the first build; staging the first and second validation process so that the first and second builds can be reverted independently of one another in response to a validation issue, wherein the staging comprises: reserving a percentage of production rings that are equally usable by each of the first build or second build; releasing the first build and the second build progressively through the production rings up to the reserved percentage of production rings; determining which of the first build or second build should proceed to a next validation stage of the first or second validation process; and independently completing the first and second validation process in the absence of a validation issue. identifying a set of code that is to be validated; determining a first configuration for the set of code that configures the code as a first build for validation; releasing the first build for a first validation process; prior to completion of validation of the first build, determining a second configuration for the set of code that configures the code as a second build for validation; releasing the second build for a second validation process prior to completion of validation of the first build; staging the first and second validation process so that the first and second builds can be reverted independently of one another in response to a validation issue, wherein the staging comprises: reserving a percentage of production rings that are equally usable by each of the first build or second build; releasing the first build and the second build progressively through the production rings up to the reserved percentage of production rings; determining which of the first build or second build should proceed to a next validation stage of the first or second validation process; and independently completing the first and second validation process in the absence of a validation issue. reserving a percentage of production rings that are equally usable by each of the first build or second build; releasing the first build and the second build progressively through the production rings up to the reserved percentage of production rings; determining which of the first build or second build should proceed to a next validation stage of the first or second validation process; and independently completing the first and second validation process in the absence of a validation issue.
Roll covering for a roll for the treatment of a fibrous web made of paper, of paperboard, of tissue or of another material in a machine for the production and/or finishing of the same, comprising a radially outermost layer, hereinafter termed functional layer, which has been produced from a polymer that is a blend made of a roll-millable polyurethane rubber and of at least one other rubber, where the polymer comprises 15% by weight to 35% by weight of roll-millable polyurethane rubber and 65% to 85% by weight of the at least one other rubber, where the other rubber is selected from the group consisting of crosslinked natural rubbers, crosslinked nitrile rubbers, crosslinked hydrogenated nitrile rubbers (HNBR), crosslinked carboxylated nitrile rubbers, styrene-butadiene rubbers, ethylenepropylene-diene rubbers (EPDM) and any desired mixtures of two or more of the abovementioned crosslinked other rubbers.
An anti-human NGF antibody or antibody fragment comprising: a V L chain polypeptide of SEQ ID NO: 21 and a V H chain polypeptide of SEQ ID NO: 23; a V L chain polypeptide of SEQ ID NO: 31 and a V H chain polypeptide of SEQ ID NO: 33; a V L chain polypeptide of SEQ ID NO: 141 and a V H chain polypeptide of SEQ ID NO: 143; or a V L chain polypeptide of SEQ ID NO: 151 and a V H chain polypeptide of SEQ ID NO: 153.
A camera for recording 3D image data using a light sectioning process that has an illumination unit to project a light pattern in a focal plane, an image sensor having a plurality of light reception elements in an image plane, a reception optics upstream of the image sensor and having an objective plane, and a control and evaluation unit that is configured to generate the 3D image data by evaluating the light pattern in a recording of the image sensor, wherein the image plane is tilted with respect to the focal plane, characterized in that the reception optics has at least one metaelement that compensates an oblique light incidence on the light reception elements to implement smaller angles of incidence on the image sensor and thus to alleviate disturbing side effects of a Scheimpflug arrangement or toe achieve the advantages of a Scheimpflug arrangement without an actual Scheimpflug arrangement.
A composition for topical administration in a urogenital area and/or a vagina comprising: a therapeutically effective amount of a medicinal grade honey present at 30% by volume to about 62% by volume of the composition; a therapeutically effective amount of a natural oil present at about 15% by volume to about 54% by volume of the composition; and being free of estrogen and free of a selective estrogen receptor modulator. a therapeutically effective amount of a medicinal grade honey present at 30% by volume to about 62% by volume of the composition; a therapeutically effective amount of a natural oil present at about 15% by volume to about 54% by volume of the composition; and being free of estrogen and free of a selective estrogen receptor modulator.
A method for video decoding in a decoder, characterized by comprising: decoding first prediction information of a first block from a coded video bitstream, the first block being within a merge sharing node, MSN, with an intra block copy, IBC, merge candidate list that is constructed based on the MSN and shared within the MSN, the first prediction information being indicative of an IBC mode; determining a first block vector that points to a first reference area in a same picture as the first block based on the IBC merge candidate list associated with the MSN; reconstructing at least a sample of the first block based on first reference samples of the first reference area in the same picture; maintaining a history-based block vector prediction, HBVP, buffer associated with the MSN, the HBVP buffer being shared by, and used for reconstruction of, the blocks in the MSN and being coded in the IBC mode; and applying restrictions to updates of the HBVP buffer. decoding first prediction information of a first block from a coded video bitstream, the first block being within a merge sharing node, MSN, with an intra block copy, IBC, merge candidate list that is constructed based on the MSN and shared within the MSN, the first prediction information being indicative of an IBC mode; determining a first block vector that points to a first reference area in a same picture as the first block based on the IBC merge candidate list associated with the MSN; reconstructing at least a sample of the first block based on first reference samples of the first reference area in the same picture; maintaining a history-based block vector prediction, HBVP, buffer associated with the MSN, the HBVP buffer being shared by, and used for reconstruction of, the blocks in the MSN and being coded in the IBC mode; and applying restrictions to updates of the HBVP buffer.
A machine-implemented method comprising: obtaining a sensed cardiac signal of an organism, the sensed cardiac signal comprising a time series x(t), applying a Hilbert transform to the time series x(t) to obtain H(x(t)), wherein x(t) and H(x(t)) together forming a partial state space trajectory; characterised in that the method further comprises: determining a speed of trajectory, for the sensed cardiac signal, from the partial state space trajectory; and identifying physiological information concerning the organism based on a combination of first and second signal elements, the first signal element comprising a phase property or an amplitude property of the speed of trajectory, and the second signal element comprising an amplitude property of the partial state space trajectory. obtaining a sensed cardiac signal of an organism, the sensed cardiac signal comprising a time series x(t), applying a Hilbert transform to the time series x(t) to obtain H(x(t)), wherein x(t) and H(x(t)) together forming a partial state space trajectory; characterised in that the method further comprises: determining a speed of trajectory, for the sensed cardiac signal, from the partial state space trajectory; and identifying physiological information concerning the organism based on a combination of first and second signal elements, the first signal element comprising a phase property or an amplitude property of the speed of trajectory, and the second signal element comprising an amplitude property of the partial state space trajectory. determining a speed of trajectory, for the sensed cardiac signal, from the partial state space trajectory; and identifying physiological information concerning the organism based on a combination of first and second signal elements, the first signal element comprising a phase property or an amplitude property of the speed of trajectory, and the second signal element comprising an amplitude property of the partial state space trajectory.
Device for holding and connecting two material ends (3,4) comprising a base frame, a first carrier as well as a second carrier which respectively have a stop protruding beyond the respective carrier (1,2) and a fixing device for the ends of the material (3,4), with a cutting device for cutting the ends of the material (3,4) in end faces, and with a welding device which is configured for welding together the two ends of the material (3,4) in the area between the first carrier and the second carrier, characterized in that at least the first carrier is slidably guided in the direction of the second carrier, wherein the first carrier is connected to a first adjusting member and to a second adjusting member which is connected to the first adjusting member for positioning, wherein the first adjusting member is fastened with its fixed end to the base frame and is connected with its loose end to a sliding element which is connected to the first carrier and the second adjusting member is connected with its loose end to the sliding element and the fixed end of the second adjusting member is connected to the base frame.
An electric actuator (30, 230) for a marine steering system, the electric actuator comprising: a housing (32, 232); an output shaft (34, 234) of the electric actuator reciprocatingly received by the housing; a rotor (68, 268) disposed within the housing and coupled to the output shaft of the electric actuator, rotation of the rotor causing the output shaft of the electric actuator to reciprocate relative to the housing; a motor (64, 264) disposed within the housing; and a drive mechanism (70, 74, 270) disposed within the housing; wherein the motor has an output shaft (66, 266) coupled to the rotor, wherein a longitudinal axis of the output shaft of the motor is parallel with a longitudinal axis of the output shaft of the electric actuator; and wherein the drive mechanism couples the output shaft of electric actuator to the rotor, wherein the drive mechanism is on a plane radial to the longitudinal axis of the output shaft of the motor, and wherein an outer threading on the rotor engages a driven sensor gear of a position sensor (76, 276) disposed on the rotor for sensing a position of the rotor, and wherein the electric actuator is characterised in that ends of the output shaft (34, 234) are connectable to respective support arms (50, 52, 250, 252) to connect the ends of the output shaft to a support rod (54, 254) and a tilt tube of a propulsion unit (12, 14). a housing (32, 232); an output shaft (34, 234) of the electric actuator reciprocatingly received by the housing; a rotor (68, 268) disposed within the housing and coupled to the output shaft of the electric actuator, rotation of the rotor causing the output shaft of the electric actuator to reciprocate relative to the housing; a motor (64, 264) disposed within the housing; and a drive mechanism (70, 74, 270) disposed within the housing; wherein the motor has an output shaft (66, 266) coupled to the rotor, wherein a longitudinal axis of the output shaft of the motor is parallel with a longitudinal axis of the output shaft of the electric actuator; and wherein the drive mechanism couples the output shaft of electric actuator to the rotor, wherein the drive mechanism is on a plane radial to the longitudinal axis of the output shaft of the motor, and wherein an outer threading on the rotor engages a driven sensor gear of a position sensor (76, 276) disposed on the rotor for sensing a position of the rotor, and wherein the electric actuator is characterised in that ends of the output shaft (34, 234) are connectable to respective support arms (50, 52, 250, 252) to connect the ends of the output shaft to a support rod (54, 254) and a tilt tube of a propulsion unit (12, 14).
A method for manufacturing a three-dimensional biomimetic scaffold comprising: a) contacting a mobile phase with an immobile phase through an electrical insulating material containing the mobile phase, said electrical insulating material selected from the group consisting of: (i) a porous membrane placed on the surface of the top of the immobile phase, said porous membrane defining the geometrical regions through which the mobile phase passes; (ii) at least a tube inserted into the top of the immobile phase; and (iii) a combination of (i) and (ii); b) subjecting said mobile phase and said immobile phase in the presence of the electrical insulating material to a direct current electric field created inside a chamber and applied in closed circuit by a pair of electrodes in vertical or horizontal configuration, said chamber containing the mobile phase, the immobile phase and the electrical insulating material covered by a buffer; and c) patterning the immobile phase with the components of the mobile phase, in which said components move by forming patterns within the immobile phase and are not separated by their molecular weight and in which the location of the components of the mobile phase is controlled as desired by modulating the electric field and the time; wherein the mobile phase is an aqueous or organic medium comprising at least a charged compound and/or a charged macromolecular entity; and wherein the immobile phase is any previously polymerized hydrogel. a) contacting a mobile phase with an immobile phase through an electrical insulating material containing the mobile phase, said electrical insulating material selected from the group consisting of: (i) a porous membrane placed on the surface of the top of the immobile phase, said porous membrane defining the geometrical regions through which the mobile phase passes; (ii) at least a tube inserted into the top of the immobile phase; and (iii) a combination of (i) and (ii); (i) a porous membrane placed on the surface of the top of the immobile phase, said porous membrane defining the geometrical regions through which the mobile phase passes; (ii) at least a tube inserted into the top of the immobile phase; and (iii) a combination of (i) and (ii); b) subjecting said mobile phase and said immobile phase in the presence of the electrical insulating material to a direct current electric field created inside a chamber and applied in closed circuit by a pair of electrodes in vertical or horizontal configuration, said chamber containing the mobile phase, the immobile phase and the electrical insulating material covered by a buffer; and c) patterning the immobile phase with the components of the mobile phase, in which said components move by forming patterns within the immobile phase and are not separated by their molecular weight and in which the location of the components of the mobile phase is controlled as desired by modulating the electric field and the time;
A crystal of 2,2'-bis(carboxymethoxy)-1,1'-binaphthyl, the crystal having an endothermic peak top temperature within a range of 215 to 220°C as measured by differential scanning calorimetry and also having an aerated bulk density within a range of 0.3 to 0.6 g/cm 3.