mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising performing, by an encrypting entity computer: generating a key for a message; generating N key parts of the key, N being an integer of at least two; for each key part of the N key parts: encrypting the key part using a trusted key of a corresponding controlling authority; generating the message by generating: a first portion including at least M of the encrypted key parts and identifiers of the controlling authorities in respect of which respective key parts of the at least M encrypted key parts have been encrypted for a respective one of the controlling authorities; and a second portion encrypted using the key, wherein the generated message comprises at least the first portion and the second portion; and sending the message, wherein at least M of the N key parts are combinable to generate the key such that the generated key is operable to decrypt the second portion of the message, M being an integer equal to or less than N. generating a key for a message; generating N key parts of the key, N being an integer of at least two; for each key part of the N key parts: encrypting the key part using a trusted key of a corresponding controlling authority; generating the message by generating: a first portion including at least M of the encrypted key parts and identifiers of the controlling authorities in respect of which respective key parts of the at least M encrypted key parts have been encrypted for a respective one of the controlling authorities; and a second portion encrypted using the key, wherein the generated message comprises at least the first portion and the second portion; and a first portion including at least M of the encrypted key parts and identifiers of the controlling authorities in respect of which respective key parts of the at least M encrypted key parts have been encrypted for a respective one of the controlling authorities; and a second portion encrypted using the key, wherein the generated message comprises at least the first portion and the second portion; and sending the message, wherein at least M of the N key parts are combinable to generate the key such that the generated key is operable to decrypt the second portion of the message, M being an integer equal to or less than N.
A finger actuator , comprising: a plurality of fluidically interconnected extensible segments separated from adjacent extensible segments by a hinge, wherein: the extensible segments comprise at least one fluidically interconnected inflatable chamber, the extensible segments comprise an outer wall, the extensible segments comprise two inner walls at opposing ends of the extensible segments and two fluidically interconnected inflatable chambers located proximate to the inner walls; and an inextensible layer connected to the extensible segments at a base of the extensible segments, the inextensible layer comprising a flexible polymer and having an embedded inextensible layer that extends along the length of the finger actuator , characterized in that the outer wall comprises a constraining fabric selected to constrain radial expansion and in that the extensible segments further comprise two freestanding inner walls at opposing ends of the extensible segments and two fluidically interconnected inflatable chambers located proximate to the inner walls. the extensible segments comprise at least one fluidically interconnected inflatable chamber, the extensible segments comprise an outer wall, the extensible segments comprise two inner walls at opposing ends of the extensible segments and two fluidically interconnected inflatable chambers located proximate to the inner walls; and an inextensible layer connected to the extensible segments at a base of the extensible segments, the inextensible layer comprising a flexible polymer and having an embedded inextensible layer that extends along the length of the finger actuator , characterized in that the outer wall comprises a constraining fabric selected to constrain radial expansion and in that the extensible segments further comprise two freestanding inner walls at opposing ends of the extensible segments and two fluidically interconnected inflatable chambers located proximate to the inner walls.
An electric machine , comprising: a rotor ; and a stator core radially outward from the rotor, the stator core being stationary relative to the rotor during operation; wherein the stator core comprises: carbon fibers and cobalt/cobalt carbide matrix, wherein the stator core is greater than or equal to 40% cobalt by weight in total, and wherein the stator core comprises about 0.01% to about 5% cobalt carbide by weight or wherein an average molecular diameter of the cobalt carbide is less than or equal to about 100 nanometers. a rotor ; and a stator core radially outward from the rotor, the stator core being stationary relative to the rotor during operation; wherein the stator core comprises: carbon fibers and cobalt/cobalt carbide matrix, wherein the stator core is greater than or equal to 40% cobalt by weight in total, and wherein the stator core comprises about 0.01% to about 5% cobalt carbide by weight or wherein an average molecular diameter of the cobalt carbide is less than or equal to about 100 nanometers.
Electric motor, having a stator which is composed of individual segments arranged in the circumferential direction and which is pushed into a hole-like recess of the motor housing that has been machined as a bore, wherein each individual segment comprises a laminated core , around which a winding is provided and on the axial end regions of which end caps are provided, wherein the winding is produced by means of a winding wire, wherein an end cap comprises at least one dome , in particular for bounding the region of the winding , wherein a wire inlet channel for diverting the winding wire is provided in the foot region of the dome , wherein grooves are provided on the end cap , characterized in that the distance of one groove from the radially subsequent groove and the diameter of curvature of the respective groove are smaller than the winding wire diameter, wherein a retaining ring is pushed onto the stator and has snap-in connection regions which each secure an individual segment in a manner connected by a form fit, wherein the stator together with the retaining ring is pushed into the recess of the motor housing, wherein, while the stator made from individual segments and held together by retaining rings is being pushed in, an elevated temperature of approximately 150°C to 300°C of the motor housing is provided as joining temperature, wherein the retaining ring is made of plastic which does not yet melt at the joining temperature but also no longer has its nominal strength, wherein regions of the retaining ring that protrude radially beyond the bore are compressed in the recess between the stator and the motor housing and are smeared along the axial direction in order to achieve a lubricating effect and thus to protect the bore against the sharp edges of the laminated core , wherein an additional retaining function is achieved by potting the stator with potting compound, since the retaining function of the motor housing is not sufficient on its own.
Hydrofoil for a watercraft, said hydrofoil comprising a fuselage and two wings arranged on either side of the fuselage and designed to provide hydrodynamic lift to the hydrofoil when it is moving through the water, characterized in that the two wings are rotatable relative to the fuselage between a deployed position when the hydrofoil is stationary and a retracted position towards a rear part of the fuselage by the water pressure exerted on the wings as the hydrofoil moves through the water, in the deployed position, the two wings are substantially perpendicular to a longitudinal axis (L) of the fuselage , in the retracted position, each of the two wings forms an angle with the longitudinal axis (L) when the speed of the hydrofoil is greater than a minimum speed, the said angle being less than 90° and decreasing progressively as the speed of the hydrofoil increases, the said hydrofoil comprising a mobile assembly translating inside the fuselage along the longitudinal axis (L) and relative to the fuselage , the wings being mechanically connected to said mobile assembly , the retraction of the two wings towards the fuselage causing translation of the mobile assembly towards a front part of the fuselage , and deployment of the two wings causing translation of the mobile assembly towards the rear part of the fuselage .
A thermally conductive composition, comprising: 10 to 40 parts by mass of a thermoplastic resin (A) which is a polyolefin-based resin having a melt flow rate (MFR) of 11 to 100 g/10 min measured at 230°C under a load of 2.16 kg according to ASTM D1238E; 60 to 90 parts by mass of a metal oxide (B) (a total of the thermoplastic resin (A) and the metal oxide (B) being 100 parts by mass); and 0.1 to 20 parts by mass of a modified polyolefin-based wax (C) with respect to 100 parts by mass of the thermoplastic resin (A). 10 to 40 parts by mass of a thermoplastic resin (A) which is a polyolefin-based resin having a melt flow rate (MFR) of 11 to 100 g/10 min measured at 230°C under a load of 2.16 kg according to ASTM D1238E; 60 to 90 parts by mass of a metal oxide (B) (a total of the thermoplastic resin (A) and the metal oxide (B) being 100 parts by mass); and 0.1 to 20 parts by mass of a modified polyolefin-based wax (C) with respect to 100 parts by mass of the thermoplastic resin (A).
A method for controlling operation of a communications network based on predicting a value of a first Key Performance Indicator, KPI, the method comprising: - maintaining a plurality of machine-learning processes, wherein an individual machine-learning process operates based on a data model and decision-making rules, wherein the plurality of machine-learning processes operate based on a plurality of different data models and a plurality of different decision-making rules; - receiving a stream of values of Key Performance Indicators, KPIs, obtained from network elements of the communications network; - predicting by the plurality of machine-learning processes, based on previously received values of KPIs and using the data models and decision-making rules, a plurality of future values of said first KPI, wherein the plurality of future values of said first KPI refer to a same point in time; - combining the plurality of future values of the first KPI that refer to the same point in time into a single predicted value of the first KPI, wherein the single predicted value of the first KPI is calculated as a weighted average , wherein a weight of a particular one of the plurality of future values depends at least on a confidence level of the particular one of the plurality of future values; and - triggering a network management operation if the single predicted value of the first KPI is equal to or exceeds a first threshold . - maintaining a plurality of machine-learning processes, wherein an individual machine-learning process operates based on a data model and decision-making rules, wherein the plurality of machine-learning processes operate based on a plurality of different data models and a plurality of different decision-making rules; - receiving a stream of values of Key Performance Indicators, KPIs, obtained from network elements of the communications network; - predicting by the plurality of machine-learning processes, based on previously received values of KPIs and using the data models and decision-making rules, a plurality of future values of said first KPI, wherein the plurality of future values of said first KPI refer to a same point in time; - combining the plurality of future values of the first KPI that refer to the same point in time into a single predicted value of the first KPI, wherein the single predicted value of the first KPI is calculated as a weighted average , wherein a weight of a particular one of the plurality of future values depends at least on a confidence level of the particular one of the plurality of future values; and - triggering a network management operation if the single predicted value of the first KPI is equal to or exceeds a first threshold .
A method of wireless communication, performed by a user equipment, UE, comprising: identifying an uplink transmission time period (415-e) associated with an unlicensed radio frequency spectrum band, wherein said uplink transmission time period (415-e) corresponds to a duration of a physical uplink shared channel, PUSCH, transmission, or a physical uplink control channel, PUCCH, transmission; receiving an indicator in a downlink transmission (410-e) associated with an uplink transmission of a reference signal; triggering to transmit sounding reference signal, SRS, transmissions (425-e) during an SRS subframe based on the received indicator, wherein the SRS subframe extends through an uplink subframe (405-e) of the uplink transmission time period (415-e), and wherein a special subframe (420-e) directly precedes the SRS subframe , the special subframe (420-e) consisting of a physical downlink control channel, PDCCH (455-a), followed by a guard period (460-a), and the PDCCH (455-a) including control information scheduling the SRS transmissions (425-e); and transmitting the sounding reference signal transmissions (425-e) over the unlicensed radio frequency spectrum band. identifying an uplink transmission time period (415-e) associated with an unlicensed radio frequency spectrum band, wherein said uplink transmission time period (415-e) corresponds to a duration of a physical uplink shared channel, PUSCH, transmission, or a physical uplink control channel, PUCCH, transmission; receiving an indicator in a downlink transmission (410-e) associated with an uplink transmission of a reference signal; triggering to transmit sounding reference signal, SRS, transmissions (425-e) during an SRS subframe based on the received indicator, wherein the SRS subframe extends through an uplink subframe (405-e) of the uplink transmission time period (415-e), and wherein a special subframe (420-e) directly precedes the SRS subframe , the special subframe (420-e) consisting of a physical downlink control channel, PDCCH (455-a), followed by a guard period (460-a), and the PDCCH (455-a) including control information scheduling the SRS transmissions (425-e); and transmitting the sounding reference signal transmissions (425-e) over the unlicensed radio frequency spectrum band.
A surgical instrument configured to cut tissue, comprising: an outer member and an inner member at least partially received within the outer member , the outer member including a cutting window near a distal end thereof; a driving assembly coupled to the inner member and configured to cause the inner member to rotate around and move along a longitudinal axis of the outer member ; and a controller configured to control the driving assembly to control at least one of an angular position, an angular velocity, or an angular acceleration of the inner member according a plurality of piecewise continuous profiles, wherein initial and final angular velocities of the inner member are zero, wherein the inner member cuts tissue extending into the cutting window , wherein the inner member moves from a proximal-most position to a distal-most position for a predetermined period, wherein a first profile of the plurality of piecewise continuous profiles includes a continuous function for the angular position, the angular velocity, or the angular acceleration for the inner member during a rise time, characterized in that a second profile of the plurality of piecewise continuous profiles, which follows the first profile, includes a constant velocity of the inner member after the rise time, wherein the rise time is a time for the inner member to achieve the constant velocity from the initial velocity, wherein the rise time is automatically determined based on the predetermined period. an outer member and an inner member at least partially received within the outer member , the outer member including a cutting window near a distal end thereof; a driving assembly coupled to the inner member and configured to cause the inner member to rotate around and move along a longitudinal axis of the outer member ; and a controller configured to control the driving assembly to control at least one of an angular position, an angular velocity, or an angular acceleration of the inner member according a plurality of piecewise continuous profiles, wherein initial and final angular velocities of the inner member are zero, wherein the inner member cuts tissue extending into the cutting window , wherein the inner member moves from a proximal-most position to a distal-most position for a predetermined period, wherein a first profile of the plurality of piecewise continuous profiles includes a continuous function for the angular position, the angular velocity, or the angular acceleration for the inner member during a rise time,
A process connection , in particular for a sensor unit in a process plant, wherein the process connection comprises: an external threaded adapter which has a screw-in passage and which is provided with an internal thread; an internal threaded adapter having a cylindrical through passage and an external thread; and an annular molded seal , wherein the external threaded adapter has a radially peripheral inwardly projecting hollow cylindrical projection at one end of the screw-in passage, wherein the external thread of the internal threaded adapter is in screw engagement with the internal thread of the external threaded adapter , wherein the annular molded seal contacts said hollow cylindrical projection in the axial and radial direction within the screw-in passage of the external threaded adapter , wherein the internal threaded adapter is configured to press the molded seal in the axial direction onto a cover surface of the hollow cylindrical projection of the external threaded adapter , said cover surface being substantially oriented to the axial direction, characterized in that the process connection has a spacer ring which radially surrounds the molded seal in the interior of the external threaded adapter and rests on the hollow cylindrical projection , wherein the spacer ring is configured to limit a radial deformation of the molded seal during the pressing by the internal threaded adapter and/or the degree of the maximum axial pressing of the molded seal by the internal threaded adapter . an external threaded adapter which has a screw-in passage and which is provided with an internal thread; an internal threaded adapter having a cylindrical through passage and an external thread; and an annular molded seal , wherein the external threaded adapter has a radially peripheral inwardly projecting hollow cylindrical projection at one end of the screw-in passage, wherein the external thread of the internal threaded adapter is in screw engagement with the internal thread of the external threaded adapter , wherein the annular molded seal contacts said hollow cylindrical projection in the axial and radial direction within the screw-in passage of the external threaded adapter , wherein the internal threaded adapter is configured to press the molded seal in the axial direction onto a cover surface of the hollow cylindrical projection of the external threaded adapter , said cover surface being substantially oriented to the axial direction, characterized in that the process connection has a spacer ring which radially surrounds the molded seal in the interior of the external threaded adapter and rests on the hollow cylindrical projection , wherein the spacer ring is configured to limit a radial deformation of the molded seal during the pressing by the internal threaded adapter and/or the degree of the maximum axial pressing of the molded seal by the internal threaded adapter .
A operation pedal device suitable for a vehicle including a pedal bracket that is attached to the vehicle, a pedal arm that is swingably supported by the pedal bracket about a support axis (O) being horizontal with reference to the vehicle, that extends downward from the pedal bracket with reference to the vehicle, and that has at its lower end a pedal that is operated by being depressed with a foot, and an operation amount sensor that is disposed on the pedal bracket to detect an amount by which the pedal arm is operated, comprising: a cover member that includes at least a lower wall portion extending from below the operation amount sensor toward a rear of the vehicle, and a side wall portion that is continuous with the lower wall portion and disposed outside the operation amount sensor so as to extend upward with reference to the vehicle, and that is fixedly attached to the pedal bracket; and a reinforcing member that is fixedly attached to the pedal arm so as to be interposed between the lower wall portion and the operation amount sensor when in an initial state where the pedal arm is not operated by being depressed with the foot; characterized in that the reinforcing member is made of a metal; and in that a reinforcing rib is provided on an inner surface of a corner portion connecting the lower wall portion and the side wall portion. a cover member that includes at least a lower wall portion extending from below the operation amount sensor toward a rear of the vehicle, and a side wall portion that is continuous with the lower wall portion and disposed outside the operation amount sensor so as to extend upward with reference to the vehicle, and that is fixedly attached to the pedal bracket; and a reinforcing member that is fixedly attached to the pedal arm so as to be interposed between the lower wall portion and the operation amount sensor when in an initial state where the pedal arm is not operated by being depressed with the foot; characterized in that the reinforcing member is made of a metal; and in that a reinforcing rib is provided on an inner surface of a corner portion connecting the lower wall portion and the side wall portion.
Process for manufacturing an electronic document having a concealed magnetic strip, comprising: - a step of providing a surface of a body of the electronic document ; - a step of applying a magnetic strip to at least one part of the surface of the body of the electronic document , a visible surface , formed by the surface of the body that is at least partially covered by the magnetic strip , having a Delta E contrast equal to or less than 15, the Delta E contrast being a measure of the colour difference defined by the International Commission on Illumination; and - a step of applying a decoration covering the surface of the body on top of the magnetic strip , the decoration having a thickness of at most 10 μm and having an opacity ratio in the wavelengths of the visible spectrum of at least 70%. - a step of providing a surface of a body of the electronic document ; - a step of applying a magnetic strip to at least one part of the surface of the body of the electronic document , a visible surface , formed by the surface of the body that is at least partially covered by the magnetic strip , having a Delta E contrast equal to or less than 15, the Delta E contrast being a measure of the colour difference defined by the International Commission on Illumination; and - a step of applying a decoration covering the surface of the body on top of the magnetic strip , the decoration having a thickness of at most 10 μm and having an opacity ratio in the wavelengths of the visible spectrum of at least 70%.