mhurhangee/patent-ind-claim-en huggingface dataset:
A branched-chain amino acid aminotransferase variant, in which a valine (V) amino acid at position 156 from an N-terminus of an amino acid sequence of SEQ ID NO: 1 is substituted with another amino acid, wherein the variant has 80% or more of identity with the amino acid sequence of SEQ ID NO: 1.
A method for synthesising co-polydendrimers containing heteroatoms from at least two dendrimers as starting precursors, characterised in that the core of at least one dendrimer with heteroatoms is of the cyclotriphosphazene, cyclotetraphosphazene or thiophosphine type, and in that at least one of the dendrimers with heteroatoms used contains a photo-active molecule of the viologen, spiropyran or anthraquinone type.
A moulding and filling valve for the simultaneous moulding of a previously thermally conditioned preform into a container and the filling of the container being formed by introduction of a pressurised filling material, comprising an interior space, which has an inlet in fluid communication with a source for the pressurised filling material, and an outlet, which can be brought into fluid communication with the preform and to which a sealing element is assigned, which can be moved between a position in which it closes the outlet and a position in which it releases the outlet, by means of a tubular plunger, which runs and can be moved in the longitudinal direction through the moulding and filling valve, wherein a stretching rod that can be moved in the longitudinal direction and that can be introduced into the preform during the moulding and filling process and supports the moulding thereof, is arranged in the plunger, and wherein a flexible diaphragm ring, which surrounds the plunger in a sealed manner in the interior space and which is connected to wall regions of the interior space so as to be sealed externally and which delimits a lower part of the interior space, through which the filling material flows into the preform, relative to the remaining valve regions, is provided in the interior space, characterised in that with an upper part of the interior space , the diaphragm ring encloses a supporting hollow space, which is permanently completely filled with an incompressible supporting fluid .
An agricultural planter having a row unit that includes: a pivotably mounted gauge wheel supported by gauge wheel support arms ; a down pressure controller for controlling the down pressure on at least a portion of the row unit; a load sensor comprising a mechanical element mounted for movement in response to the down pressure applied to the row unit; wherein a fluid-containing device containing a hydraulic ram is coupled to said mechanical element for changing the fluid pressure in response to the movement of the mechanical element , and wherein the gauge wheel support arms are arranged to push against an equalizer support , which is connected via a pivot with a rocker , wherein the rocker is arranged to pivot around a pivot bolt and to push against the hydraulic ram , and wherein a transducer is coupled to said fluid-containing device for producing an output signal in response to changes in said fluid pressure. a pivotably mounted gauge wheel supported by gauge wheel support arms ; a down pressure controller for controlling the down pressure on at least a portion of the row unit; a load sensor comprising a mechanical element mounted for movement in response to the down pressure applied to the row unit; wherein a fluid-containing device containing a hydraulic ram is coupled to said mechanical element for changing the fluid pressure in response to the movement of the mechanical element , and wherein the gauge wheel support arms are arranged to push against an equalizer support , which is connected via a pivot with a rocker , wherein the rocker is arranged to pivot around a pivot bolt and to push against the hydraulic ram , and wherein a transducer is coupled to said fluid-containing device for producing an output signal in response to changes in said fluid pressure.
A system, comprising: an array comprising a solid support having an exterior surface comprising a first set of wells interleaved with a second set of wells, the first set of wells comprises a repeating pattern of wells and the second set of wells comprises a repeating pattern of wells; wherein the first set of wells are juxtaposed with the second set of wells, the first set of wells each having a first bottom at a first elevation, z1, relative to the solid support, the second set of wells each having a second bottom at a second elevation, z2, relative to the solid support; wherein the height of the first elevation, z1, and the second elevation, z2, along the z axis is different; and wherein each well of the first set of wells and the second set of wells comprises attachment points for attaching analytes through direct or indirect bonding to the solid support, whereby the first wells are configured to attach analytes at a different elevation relative to analytes attached to the second set of wells; the system being characterized in that a pitch between a well of the first set of wells and each neighbouring well of the second set of wells in the array is less than 500 nm and in that the system further comprises a waveguide selectively optically coupled to the first set of wells and not optically coupled to the second set of wells. an array comprising a solid support having an exterior surface comprising a first set of wells interleaved with a second set of wells, the first set of wells comprises a repeating pattern of wells and the second set of wells comprises a repeating pattern of wells;
A compound represented by any one of formulas (1-1), (1-2), (1-5) and (1-6): in formulas, Z 1 , Z 2 , Z 3 and Z 4 are independently a single bond or alkylene having 1 to 6 carbons, and in the alkylene at least one -CH 2 - may be replaced by -O-, -COO-, -CH=CH- or -C≡C-; L 1 is a single bond, -COO-, -CH=CH-, -CH=CH-COO-, -C(CH 3 )=CH-COO-, -CH=C(CH 3 )-COO-, -C(CH 3 )=C(CH 3 )-COO-, -C≡C-, -COCH=CH-, -C(CH 3 )=C(CH 3 )-, -CH=CH-CH 2 O-, -CH=CH-OCH 2 -or -CO-; s is 0; and P 1 , P 2 , P 3 and P 4 are CH 2 =CH-COO- or P 1 , P 2 , P 3 and P 4 are CH 2 =C(CH 3 )-COO-. in formulas, Z 1 , Z 2 , Z 3 and Z 4 are independently a single bond or alkylene having 1 to 6 carbons, and in the alkylene at least one -CH 2 - may be replaced by -O-, -COO-, -CH=CH- or -C≡C-; L 1 is a single bond, -COO-, -CH=CH-, -CH=CH-COO-, -C(CH 3 )=CH-COO-, -CH=C(CH 3 )-COO-, -C(CH 3 )=C(CH 3 )-COO-, -C≡C-, -COCH=CH-, -C(CH 3 )=C(CH 3 )-, -CH=CH-CH 2 O-, -CH=CH-OCH 2 -or -CO-; s is 0; and P 1 , P 2 , P 3 and P 4 are CH 2 =CH-COO- or P 1 , P 2 , P 3 and P 4 are CH 2 =C(CH 3 )-COO-.
A method for aligning two different images of the same subject, comprising the steps of: 1) identifying pairs of corresponding features in the two different images, and assigning transformation values to each of the pairs of corresponding features, the transformation values representing respective rigid transformations which bring the corresponding pair of features into alignment; 2) while the images are presented for display, computing a further rigid transformation for a current field of view as a rigid transformation in which the transformation values for a plurality of the pairs of corresponding features are weighted by respective computed weights; wherein in the computing step 2) the weights depend upon the position of the respective pairs of corresponding features in relation to the field of view, and a non-zero weight is given to transformation values for one or more pairs of corresponding features that are outside the current field of view; and 3) aligning the images in accordance with the further rigid transformation. 1) identifying pairs of corresponding features in the two different images, and assigning transformation values to each of the pairs of corresponding features, the transformation values representing respective rigid transformations which bring the corresponding pair of features into alignment; 2) while the images are presented for display, computing a further rigid transformation for a current field of view as a rigid transformation in which the transformation values for a plurality of the pairs of corresponding features are weighted by respective computed weights; wherein in the computing step 2) the weights depend upon the position of the respective pairs of corresponding features in relation to the field of view, and a non-zero weight is given to transformation values for one or more pairs of corresponding features that are outside the current field of view; and 3) aligning the images in accordance with the further rigid transformation.
A glass sheet having a composition which comprises, in a content expressed as percentages by total weight of glass: SiO 2 55 - 85% Al 2 O 3 0 - 30% B 2 O 3 0 - 20% Na 2 O 0 - 25% CaO 0 - 20% MgO 0-15% K 2 O 0 - 20% BaO 0 - 20% Total iron (expressed in the form of Fe 2 O 3 ) 0.002 - 0.06%; characterized in that said composition comprises, by weight with respect to the total weight of the glass, a chromium content (expressed in the form of Cr 2 O 3 ) ranging from 0.0015% to 1%,a cobalt content (expressed in the form of Co) ranging from 0.0001% to 1%, and an Fe 2+ content (expressed in the form of FeO) of less than 20 ppm.
A child safety assembly , comprising: a base portion , to be placed on a vehicle seat and for holding a child safety seat , a brace , to be pressed against a backrest of the vehicle seat , said brace being connected to said base portion , for preventing said base portion from tilting from the vehicle seat , tensioning means , extending from said brace and secured to said base portion , and a biasing mechanism , coupled to said tensioning means , wherein said biasing mechanism provides, to said tensioning means , a tension which draws said brace in a direction downwards to said base portion for providing a pressure of said brace against the backrest of the vehicle seat , characterized by said biasing mechanism comprises a movable component , adapted for rolling up said tensioning means , such that the length of said tensioning means between said movable component and said base portion is shortened, or for unrolling said tensioning means , such that the length of said tensioning means between said movable component and said base portion is extended. a base portion , to be placed on a vehicle seat and for holding a child safety seat , a brace , to be pressed against a backrest of the vehicle seat , said brace being connected to said base portion , for preventing said base portion from tilting from the vehicle seat , tensioning means , extending from said brace and secured to said base portion , and a biasing mechanism , coupled to said tensioning means , wherein said biasing mechanism provides, to said tensioning means , a tension which draws said brace in a direction downwards to said base portion for providing a pressure of said brace against the backrest of the vehicle seat , characterized by said biasing mechanism comprises a movable component , adapted for rolling up said tensioning means , such that the length of said tensioning means between said movable component and said base portion is shortened, or for unrolling said tensioning means , such that the length of said tensioning means between said movable component and said base portion is extended.
A drilling unit, comprising a drilling machine, the drilling machine having a frame , a boom attached to the frame pivotally about an axle , and a rotating unit for rotating a drill pipe , the rotating unit being attached to the boom so that it is movable in the longitudinal direction of the boom , characterized in that the rotating unit is below the boom when the boom is in an oblique drilling position the drilling unit further comprising a drill pipe handling device with an elongate support arm with a head end and a tail end for supporting a drill pipe , the first end of the head end of the support arm being attached to said axle to rotate about the axle along a trajectory in one plane.
An optical send/receive terminal comprising: a lens having a field of view; a planar Nx1 optical switch network having: a common input/output port optically coupled to a first optical waveguide ; a plurality of second optical waveguides (1208, 1210, 1212, 1214 and 1216), each second optical waveguide (1208, 1210, 1212, 1214 and 1216) being optically coupled to the first optical waveguide via a respective first binary optical switch (1218, 1220, 1222, 1224 and 1226); N other ports (202 - 210) optically coupled to the lens , such that each port of the N other ports (202 - 210) is optically coupled to a unique portion of the lens field of view; and a respective plurality of second binary optical switches (1228 - 1242) optically coupled to each second optical waveguide (1208, 1210, 1212, 1214 and 1216), wherein each second binary optical switch (1228 - 1242): comprises an optical grating configured to: physically translate between at least two positions; and emit light out of the plane of the second optical waveguides (1208, 1210, 1212, 1214 and 1216) or couple out-of-plane light into the second optical waveguides (1208, 1210, 1212, 1214 and 1216); and wherein the second binary optical switches (1228 - 1242) can be coupled between the second optical waveguides (1208, 1210, 1212, 1214 and 1216) and the N other ports (202 - 210) or wherein each second binary optical switch (1228 - 1242) can form part or all of one port of the N other ports (202 - 210); and an optical transmitter and/or an optical receiver optically coupled to the common input/output port ; wherein: the plurality of second binary optical switches (1228 - 1242) control the output of a beam in 3-dimensional space.
A method for calibrating magnetometers in electronic devices, comprising: generating gyroscope sensor signals with a gyroscope of an electronic device ; generating magnetometer sensor signals with a magnetometer of the electronic device; estimating a first magnetometer calibration parameter by performing a Kalman filter process with the gyroscope sensor signals and the magnetometer sensor signals; and estimating a second magnetometer calibration parameter by performing a least squares process with the gyroscope sensor signals and the magnetometer sensor signals; characterized by : validating the first and second magnetometer calibration parameters by analyzing a convergence between the first magnetometer calibration parameter and the second magnetometer calibration parameter. generating gyroscope sensor signals with a gyroscope of an electronic device ; generating magnetometer sensor signals with a magnetometer of the electronic device; estimating a first magnetometer calibration parameter by performing a Kalman filter process with the gyroscope sensor signals and the magnetometer sensor signals; and estimating a second magnetometer calibration parameter by performing a least squares process with the gyroscope sensor signals and the magnetometer sensor signals; characterized by : validating the first and second magnetometer calibration parameters by analyzing a convergence between the first magnetometer calibration parameter and the second magnetometer calibration parameter.
Method of determining at least one dangerous driving indicator of a vehicle, in which the following steps are performed: a) the position and/or the altitude of said vehicle is/are measured; b) a dynamic model of the vehicle is constructed that links the position and/or the altitude of said vehicle to at least one slip parameter of the vehicle; c) at least one slip parameter of the vehicle is determined by means of said dynamic model and said measured position and/or altitude; and d) at least one dangerous driving indicator of the vehicle is determined by means of said slip parameter, by determining the number of times and/or frequency of exceeding at least one threshold by said slip parameter. a) the position and/or the altitude of said vehicle is/are measured; b) a dynamic model of the vehicle is constructed that links the position and/or the altitude of said vehicle to at least one slip parameter of the vehicle; c) at least one slip parameter of the vehicle is determined by means of said dynamic model and said measured position and/or altitude; and d) at least one dangerous driving indicator of the vehicle is determined by means of said slip parameter, by determining the number of times and/or frequency of exceeding at least one threshold by said slip parameter.
An encoder comprising a processor and a memory , wherein said processor is operable to: determine, for a picture of a video sequence comprising multiple pictures each having a respective depth in a hierarchical coding structure, a value of a deblocking parameter based on a depth of said picture within said hierarchical coding structure, wherein said value of said deblocking parameter is determined to be equal to or higher for the picture when having a higher depth in said hierarchical coding structure as compared to another picture having a lower depth in said hierarchical coding structure so that not all pictures in said hierarchical coding structure have a same value of said deblocking parameter; encode said value of said deblocking parameter to form an encoded value of said deblocking parameter; and send said encoded value to a decoder . determine, for a picture of a video sequence comprising multiple pictures each having a respective depth in a hierarchical coding structure, a value of a deblocking parameter based on a depth of said picture within said hierarchical coding structure, wherein said value of said deblocking parameter is determined to be equal to or higher for the picture when having a higher depth in said hierarchical coding structure as compared to another picture having a lower depth in said hierarchical coding structure so that not all pictures in said hierarchical coding structure have a same value of said deblocking parameter; encode said value of said deblocking parameter to form an encoded value of said deblocking parameter; and send said encoded value to a decoder .
A method of interacting with spreadsheet functions, comprising: receiving an electronic spreadsheet document; displaying a spreadsheet function bar in association with the electronic spreadsheet document; and displaying in the spreadsheet function bar a spreadsheet function, the spreadsheet function comprising one or more spreadsheet function components, characterized in that the method further comprises: identifying each of the one or more spreadsheet function components as a spreadsheet function token and allowing moving each spreadsheet function token within the spreadsheet function bar or outside of the spreadsheet function bar independently of each of the other spreadsheet function components comprised in the spreadsheet function, with a single drag-and-drop movement. receiving an electronic spreadsheet document; displaying a spreadsheet function bar in association with the electronic spreadsheet document; and displaying in the spreadsheet function bar a spreadsheet function, the spreadsheet function comprising one or more spreadsheet function components, characterized in that the method further comprises: identifying each of the one or more spreadsheet function components as a spreadsheet function token and allowing moving each spreadsheet function token within the spreadsheet function bar or outside of the spreadsheet function bar independently of each of the other spreadsheet function components comprised in the spreadsheet function, with a single drag-and-drop movement.
An implementation method for multiple operating systems on a smart device, wherein the method comprises: receiving an operating instruction for installing a new operating system, wherein the operating instruction carries identification information of a new operating system to be installed; storing special identification information in a storage device according to the identification information of the new operating system, wherein the special identification information is used to instruct to enter, when a smart device is restarted, a special mode to install the new operating system, wherein the special mode refers to a system running on a smart device when an operating system is being installed or deleted; restarting the smart device, entering the special mode according to the special identification information, and allocating , according to capacity of the storage device, system space to the new operating system to be installed; updating a system partition table according to the allocated system space; and installing the new operating system in the allocated system space according to the updated system partition table. receiving an operating instruction for installing a new operating system, wherein the operating instruction carries identification information of a new operating system to be installed; storing special identification information in a storage device according to the identification information of the new operating system, wherein the special identification information is used to instruct to enter, when a smart device is restarted, a special mode to install the new operating system, wherein the special mode refers to a system running on a smart device when an operating system is being installed or deleted; restarting the smart device, entering the special mode according to the special identification information, and allocating , according to capacity of the storage device, system space to the new operating system to be installed; updating a system partition table according to the allocated system space; and installing the new operating system in the allocated system space according to the updated system partition table.
Method for evaluating the clogging of the passages of a tube support plate of a tube heat exchanger, said passages being made along the tubes for a fluid to pass through the tube support plate , in which an eddy current probe is passed through a tube of said exchanger and a measurement signal is measured with said probe according to the environment in which the probe is situated, and where to evaluate the clogging at the downstream edge of a tube support plate: - a lower edge signal corresponding to the probe passing the downstream edge of the tube support plate is determined from the measurement signal, - an upper edge signal corresponding to the probe passing the upstream edge of the tube support plate is determined from the measurement signal, - the impulse response of the probe corresponding to the probe passing the tube support plate in the tube and being representative of the response of the eddy current probe at an impedance variation is estimated, the method being characterised in that : - the lower edge signal is deconvolved (S30) by means of said impulse response estimation corresponding to the probe passing the tube support plate in the tube and being representative of the response of the eddy current probe at an impedance variation, - the clogging of the passage at the downstream edge of the spacer plate is evaluated (S33) by analysing (S32) the lower edge signal thus deconvolved by means of the impulse response estimation. - a lower edge signal corresponding to the probe passing the downstream edge of the tube support plate is determined from the measurement signal, - an upper edge signal corresponding to the probe passing the upstream edge of the tube support plate is determined from the measurement signal, - the impulse response of the probe corresponding to the probe passing the tube support plate in the tube and being representative of the response of the eddy current probe at an impedance variation is estimated, - the lower edge signal is deconvolved (S30) by means of said impulse response estimation corresponding to the probe passing the tube support plate in the tube and being representative of the response of the eddy current probe at an impedance variation, - the clogging of the passage at the downstream edge of the spacer plate is evaluated (S33) by analysing (S32) the lower edge signal thus deconvolved by means of the impulse response estimation.