mhurhangee/patent-ind-claim-en huggingface dataset:
Control leverage mechanism with a travelling-head (T) tuck-in device for a weaving loom provided with a reed (P), said control leverage mechanism comprising an articulated linkage (5, L1, L2) suitable for connecting a fixed point of the loom and a sley (S), wherein said articulated linkage comprises a first articulated quadrilateral (Q1), whose end hinges are suitable to be fixed to the loom, said first articulated quadrilateral (Q1) being able to take an alternate movement from the sley (S) and to transfer said alternate movement, suitably modulated, to a terminal lever (L2) thereof hinged to one of said end hinges , characterized in that said terminal lever (L2) integrally carries said travelling-head (T) of the tuck-in device.
System for constructing building walls , ceilings and/or roofs, comprising a plurality of identical construction elements which each have at least two elongate, substantially rectangular panels of uniform width (B), the outer main panel surfaces of which extend parallel to one another and form outer surfaces of the construction element , and spacer bars which connect the panels to one another, characterized in that, for releasable form-fitting fastening of the construction element to adjacently arranged construction elements , each longitudinal edge of the panel is provided with a recess which forms a step and extends over the entire length of the longitudinal edge of the panel, in that the recesses are formed complementarily to one another, have a constant cross section in the longitudinal direction of the panel and have a recess depth (t) which increases in the inward direction starting from the longitudinal edge of the panel, in that the recesses which extend along a first longitudinal side of the construction element are facing one another, and the recesses which extend along the opposite second longitudinal side of the construction element are facing away from one another, and in that the panels are arranged offset from one another in the direction of their panel width (B). for releasable form-fitting fastening of the construction element to adjacently arranged construction elements , each longitudinal edge of the panel is provided with a recess which forms a step and extends over the entire length of the longitudinal edge of the panel, in that the recesses are formed complementarily to one another, have a constant cross section in the longitudinal direction of the panel and have a recess depth (t) which increases in the inward direction starting from the longitudinal edge of the panel, in that the recesses which extend along a first longitudinal side of the construction element are facing one another, and the recesses which extend along the opposite second longitudinal side of the construction element are facing away from one another, and in that the panels are arranged offset from one another in the direction of their panel width (B).
An engineered protein for expression in eukaryotic hosts, comprising an interstructural domain linker consisting of the peptide defined by SEQ ID NO:4.
A sensor system comprising: a wiring harness comprising at least one wire ; a grommet comprising at least one passageway configured to receive said at least one wire ; a molded nugget molded onto a distal end region of said wiring harness , said nugget comprising at least one terminal , wherein said grommet is abutting against a proximal end of said molded nugget ; a sensor ; a conductor housing coupled to said sensor and comprising at least one conductor ; and a harness sleeve configured to be coupled to said conductor housing , said harness sleeve defining at least one cavity configured to receive said molded nugget and at least a portion of said grommet , wherein said harness sleeve includes a first crimp coupling said harness sleeve to said grommet , wherein said at least one terminal has a first end and a second, generally opposite end , wherein said molded nugget is molded onto said first end which is coupled to said at least one wire , and wherein said second end extends beyond said molded nugget and is coupled to said at least one conductor . a wiring harness comprising at least one wire ; a grommet comprising at least one passageway configured to receive said at least one wire ; a molded nugget molded onto a distal end region of said wiring harness , said nugget comprising at least one terminal , wherein said grommet is abutting against a proximal end of said molded nugget ; a sensor ; a conductor housing coupled to said sensor and comprising at least one conductor ; and a harness sleeve configured to be coupled to said conductor housing , said harness sleeve defining at least one cavity configured to receive said molded nugget and at least a portion of said grommet , wherein said harness sleeve includes a first crimp coupling said harness sleeve to said grommet , wherein said at least one terminal has a first end and a second, generally opposite end , wherein said molded nugget is molded onto said first end which is coupled to said at least one wire , and wherein said second end extends beyond said molded nugget and is coupled to said at least one conductor .
A method for measuring radiation dose, comprising: measuring the radiation dose received by a protein in a radiation field based on degree of protein degradation in the radiation field, wherein the degree of degradation is a ratio of the molecular weight of the protein before and after irradiation, characterized in that the radiation field comprises a mixed radiation field of neutron and gamma and wherein the method further comprises: utilizing the degree of protein degradation at different protein concentrations in a gamma radiation field to draw a standard curve showing the degree of protein degradation versus radiation dose and calculating the radiation dose corresponding to the degree of protein degradation Xi as the relative radiation dose of the protein in the gamma radiation field Di = Mj + Nj, wherein Mj is gamma dose determined by Monte Carlo simulation, Nj is equivalent dose of neutron relative to gamma, the neutron dose actually received by the protein is ratio of the equivalent dose of neutron relative to gamma to the conversion coefficient Ki at the protein degradation concentration, and the conversion coefficient Ki is ratio of the gamma dose to the neutron dose at a particular degree of protein degradation.
A method of identifying failures of line replaceable units, LRUs, in a brake system of an aircraft, comprising: measuring a hydraulic pressure level within the brake system using one or more sensors positioned at a measuring point within a hydraulic portion of the brake system; comparing the hydraulic pressure level to an expected pressure level at the measuring point to detect one or more failure modes in the brake system; responsive to detecting a failure mode of the one or more failure modes in the brake system, selecting one or more rows from a lookup table corresponding to failure mode data using the failure mode as a key; loading a failure matrix using the selected one or more rows from the lookup table with appropriate probabilities for LRU failures; deriving a marginal distribution for each LRU failure, wherein, responsive to more than one row being selected from the lookup table, the selected rows are considered by summing the probabilities for a given LRU failure, multiplying the probabilities for a given LRU failure, or performing any suitable combination of mathematical operation to normalize LRU failure probability, the normalized LRU failure probability indicating a relative likelihood that the LRU has failed; and responsive to the normalized LRU failure probability indicating the relative likelihood that the LRU has failed, reporting a likely LRU failure by illuminating an indicator in a cockpit of the aircraft for the detected one or more failure modes. measuring a hydraulic pressure level within the brake system using one or more sensors positioned at a measuring point within a hydraulic portion of the brake system; comparing the hydraulic pressure level to an expected pressure level at the measuring point to detect one or more failure modes in the brake system; responsive to detecting a failure mode of the one or more failure modes in the brake system, selecting one or more rows from a lookup table corresponding to failure mode data using the failure mode as a key; loading a failure matrix using the selected one or more rows from the lookup table with appropriate probabilities for LRU failures; deriving a marginal distribution for each LRU failure, wherein, responsive to more than one row being selected from the lookup table, the selected rows are considered by summing the probabilities for a given LRU failure, multiplying the probabilities for a given LRU failure, or performing any suitable combination of mathematical operation to normalize LRU failure probability, the normalized LRU failure probability indicating a relative likelihood that the LRU has failed; and responsive to the normalized LRU failure probability indicating the relative likelihood that the LRU has failed, reporting a likely LRU failure by illuminating an indicator in a cockpit of the aircraft for the detected one or more failure modes.
Actuator for a motor vehicle brake, comprising an electric motor with housing and rotatable motor shaft , wherein the housing is accommodated in a gearbox casing , comprising two helically wound, involute-toothed pinion teeth on the motor shaft , which mesh with an oblique external toothing of an intermediate gear , which has a geared connection to an output gear (II) of a second stage of the gearbox , characterized in that a pinion component is co-rotationally mounted on a free end of the motor shaft , wherein the pinion component meshes synchronously on its circumference with two intermediate gears which are arranged in a common mounting plane ME.
A video encoding method, comprising: dividing with a processor a video frame into blocks of pixels and partitioning the video frame of blocks of pixels into rectangular tiles; breaking dependencies between rectangular tiles in the video frame; encoding each of the rectangular tiles into an output bit stream; and transmitting the bit stream to a decoder, wherein the blocks of the frame are transmitted in raster-scan order within the frame, wherein said partitioning includes establishing the rectangular tiles with an integer number of two-dimensional blocks of pixels of the video frame independent of the transmission order of the blocks (S3), and defining a shape of each of the rectangular tiles by an N x M section of the two-dimensional blocks of pixels, wherein respective values of N and M need not be identical for each of the rectangular tiles, and wherein N and M are transmitted from an encoder to a decoder in a sequence or picture header information (S5). dividing with a processor a video frame into blocks of pixels and partitioning the video frame of blocks of pixels into rectangular tiles; breaking dependencies between rectangular tiles in the video frame; encoding each of the rectangular tiles into an output bit stream; and transmitting the bit stream to a decoder, wherein the blocks of the frame are transmitted in raster-scan order within the frame, wherein said partitioning includes establishing the rectangular tiles with an integer number of two-dimensional blocks of pixels of the video frame independent of the transmission order of the blocks (S3), and defining a shape of each of the rectangular tiles by an N x M section of the two-dimensional blocks of pixels, wherein respective values of N and M need not be identical for each of the rectangular tiles, and wherein N and M are transmitted from an encoder to a decoder in a sequence or picture header information (S5). establishing the rectangular tiles with an integer number of two-dimensional blocks of pixels of the video frame independent of the transmission order of the blocks (S3), and defining a shape of each of the rectangular tiles by an N x M section of the two-dimensional blocks of pixels, wherein respective values of N and M need not be identical for each of the rectangular tiles, and wherein N and M are transmitted from an encoder to a decoder in a sequence or picture header information (S5).
Lid for a cargo carrier , in particular a rooftop cargo carrier , comprising a reinforced front portion for reducing a flexibility of said lid at least in said reinforced front portion , said reinforced front portion comprising a reinforcing structure , said reinforcing structure comprising at least two continuous elongate reinforcing sections , each of said at least two continuous elongate reinforcing sections extending along or being defined in an inner surface of the lid and comprising different main extension directions, characterized in that at least two of said at least two continuous elongate reinforcing sections cross each other and each of said at least two continuous elongate reinforcing sections extends along a path (P1, P2) defined by a differentiable function.
Cooking system with at least one contact module (12a-e), which is provided for arrangement on at least one item of cookware (14a-e) and with at least one positioning detection unit (16a-e) which is provided to check a correct positioning of the contact module (12a-e) on the item of cookware (14a-e), characterised in that the positioning detection unit (16a-e) is provided to introduce at least one safety measure in the case that a variation in the position of the contact module (12a-e) from a target position is detected.
An apparatus comprising: a voltage regulator coupled to receive a target reference voltage signal at a first input, the voltage regulator to generate a supply voltage (Vtt), the voltage regulator also coupled to receive the supply voltage as an input signal at a second input; an upper limit comparator to receive an upper limit voltage signal that is higher than the target reference voltage signal and the supply voltage, the upper limit comparator to generate a too high signal when the supply voltage exceeds an upper threshold; a lower limit comparator to receive a lower limit voltage signal that is lower than the target reference voltage signal and the supply voltage, the lower limit comparator to generate a too low signal when the supply voltage is below a lower threshold; a programmable pull up current source coupled to operate to pull the supply voltage up in response to the too low signal; a programmable pull down current source coupled to operate to pull the supply voltage down in response to the too high signal; characterized in a transmission line ; and a resistive element coupled between the transmission line and the supply voltage to provide termination for the transmission line. a voltage regulator coupled to receive a target reference voltage signal at a first input, the voltage regulator to generate a supply voltage (Vtt), the voltage regulator also coupled to receive the supply voltage as an input signal at a second input; an upper limit comparator to receive an upper limit voltage signal that is higher than the target reference voltage signal and the supply voltage, the upper limit comparator to generate a too high signal when the supply voltage exceeds an upper threshold; a lower limit comparator to receive a lower limit voltage signal that is lower than the target reference voltage signal and the supply voltage, the lower limit comparator to generate a too low signal when the supply voltage is below a lower threshold; a programmable pull up current source coupled to operate to pull the supply voltage up in response to the too low signal; a programmable pull down current source coupled to operate to pull the supply voltage down in response to the too high signal; characterized in a transmission line ; and a resistive element coupled between the transmission line and the supply voltage to provide termination for the transmission line.
Vessel equipped with a transfer installation for the transport and transfer of cargo and persons towards an offshore construction , that in particular is founded to the bottom of the sea, comprising: - means for stabilizing its position at sea relative to the offshore construction ; - a telescopically extendable beam assembly that comprises two or more beam elements , which along their longitudinal axis are telescopable such that a distance between their outer ends is variable, which beam assembly with its one outer end is rotatably connected to the vessel by means of an axle system ; and - a driving device designed to bring the other outer end of the telescopically extendable beam assembly in contact with a landing provision of the offshore construction , characterized in that, the telescopically extendable beam assembly , which with its one side is rotatably connected to the vessel by means of the axle system , comprises a transportation carriage and is provided with means for moving the transportation carriage back and forth between both outer ends along the telescopically extendable beam assembly , wherein the transportation carriage is provided with a support for carrying the cargo and persons. - means for stabilizing its position at sea relative to the offshore construction ; - a telescopically extendable beam assembly that comprises two or more beam elements , which along their longitudinal axis are telescopable such that a distance between their outer ends is variable, which beam assembly with its one outer end is rotatably connected to the vessel by means of an axle system ; and - a driving device designed to bring the other outer end of the telescopically extendable beam assembly in contact with a landing provision of the offshore construction , characterized in that, the telescopically extendable beam assembly , which with its one side is rotatably connected to the vessel by means of the axle system , comprises a transportation carriage and is provided with means for moving the transportation carriage back and forth between both outer ends along the telescopically extendable beam assembly , wherein the transportation carriage is provided with a support for carrying the cargo and persons.
Jewelry article with an ornamental element , comprising: - a ring nut with an internal seat which is provided with an internal thread and which is provided at one end of the ring nut with a first opening for introducing the ornamental element and at an opposite end with a second opening from which the ornamental element is designed to emerge without being able to pass completely through said second opening; - a closing cap which closes the first opening after the introduction of the ornamental element into the seat in order to keep the ornamental element in the seat; the closing cap comprising in turn: - a first disk with a first face and a second face opposite to the first face and a side edge surface between the two faces which is threaded in a complementary manner to the internal thread in the ring nut so as to be screwed into this ring nut; characterized in that the closing cap further comprises - a second disk with a first face which is designed to form an external closure surface of said first opening of the ring nut and an opposite second face intended to rest against the first face of the first disk ; the first and second disks being coaxially fastened together. - a ring nut with an internal seat which is provided with an internal thread and which is provided at one end of the ring nut with a first opening for introducing the ornamental element and at an opposite end with a second opening from which the ornamental element is designed to emerge without being able to pass completely through said second opening; - a closing cap which closes the first opening after the introduction of the ornamental element into the seat in order to keep the ornamental element in the seat; - a first disk with a first face and a second face opposite to the first face and a side edge surface between the two faces which is threaded in a complementary manner to the internal thread in the ring nut so as to be screwed into this ring nut; characterized in that the closing cap further comprises - a second disk with a first face which is designed to form an external closure surface of said first opening of the ring nut and an opposite second face intended to rest against the first face of the first disk ; the first and second disks being coaxially fastened together.
An apparatus for producing nano-bubbles in a volume of liquid, the apparatus comprising: a motor comprising a rotatable shaft ; an axially rotatable permeable member including a body having a wall and a plurality of pores through which gas introduced into the axially rotatable permeable member can flow, the axially rotatable permeable member couplable to a gas inlet configured to introduce gas from a gas source into the axially rotatable permeable member, the axially rotatable permeable member coupled to the rotatable shaft of the motor and adapted to rotate along with the rotatable shaft; characterized by a rotatable tube support , including an elongate body having a wall and defining an inner cavity, the wall defining a plurality of perforations , the inner cavity of the rotatable tube support configured to house the axially rotatable permeable member, the rotatable tube support coupled to and rotatable along with the rotatable shaft of the motor, wherein the rotatable tube support, when rotated, is adapted to introduce the liquid into the inner cavity of the rotatable tube support and move the liquid away from an outer surface of the body of the axially rotatable permeable member, wherein the axially rotatable permeable member, when rotated, is adapted to simulate turbulent flow above the turbulent threshold in the liquid that allows the liquid to shear gas from the outer surface of the axially rotatable permeable member, thereby forming nano-bubbles in the liquid. a motor comprising a rotatable shaft ; an axially rotatable permeable member including a body having a wall and a plurality of pores through which gas introduced into the axially rotatable permeable member can flow, the axially rotatable permeable member couplable to a gas inlet configured to introduce gas from a gas source into the axially rotatable permeable member, the axially rotatable permeable member coupled to the rotatable shaft of the motor and adapted to rotate along with the rotatable shaft; characterized by a rotatable tube support , including an elongate body having a wall and defining an inner cavity, the wall defining a plurality of perforations , the inner cavity of the rotatable tube support configured to house the axially rotatable permeable member, the rotatable tube support coupled to and rotatable along with the rotatable shaft of the motor, wherein the rotatable tube support, when rotated, is adapted to introduce the liquid into the inner cavity of the rotatable tube support and move the liquid away from an outer surface of the body of the axially rotatable permeable member, wherein the axially rotatable permeable member, when rotated, is adapted to simulate turbulent flow above the turbulent threshold in the liquid that allows the liquid to shear gas from the outer surface of the axially rotatable permeable member, thereby forming nano-bubbles in the liquid.
Method of determining a control setting of at least one wind turbine of a wind park , the method comprising: determining a free-stream wind turbulence ; and deriving the control setting based on the free-stream wind turbulence , wherein the control setting includes a yawing offset, wherein the yawing offset is derived to be the smaller, the higher the free-stream wind turbulence is. determining a free-stream wind turbulence ; and deriving the control setting based on the free-stream wind turbulence ,