mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a variant phytase, wherein: a) the variant phytase has at least 80% identity to amino acids 1-413 of the parent phytase of SEQ ID NO:2, amino acids 1-413 of the parent phytase of SEQ ID NO:4, and/or amino acids 1-413 of the parent phytase of SEQ ID NO:6 when aligned to the respective amino acid sequence using the Needle program with the BLOSUM62 substitution matrix, a gap opening penalty of 10.0, and a gap extension penalty of 0.5; and b) the method comprises the establishment of at least one disulfide bridges as compared to SEQ ID NO:2, wherein the number of established disulfide bridges is 1, 2 or 3, wherein said disulfide bridge is not among the four naturally occurring ones in positions 79/110, 135/410, 180/189, and 384/393, wherein the one disulfide bridge is established at position F) 61C/102C; wherein the two established disulfide bridges uses the following combinations of position pairs: A+F, B+F, C+F, D+F, E+F, and F+G, wherein A means 143C/201C, B means 33C/179C, C means 54C/101C, D means 93C/48C, E means 33C/178C, F means 61C/102C, and G means 164C/251C; wherein the three established disulfide bridges uses the following combinations of position pairs: A+B+F, A+C+F, A+D+F, A+E+F, A+F+G, B+C+F, B+D+F, B+E+F, B+F+G, C+D+F, C+E+F, C+F+G, D+E+F, D+F+G, and E+F+G, wherein A means 143C/201C, B means 33C/179C, C means 54C/101C, D means 93C/48C, E means 33C/178C, F means 61C/102C, and G means 164C/251C, and wherein the variant has an improved thermostability and/or an improved temperature profile as compared to the parent phytase. a) the variant phytase has at least 80% identity to amino acids 1-413 of the parent phytase of SEQ ID NO:2, amino acids 1-413 of the parent phytase of SEQ ID NO:4, and/or amino acids 1-413 of the parent phytase of SEQ ID NO:6 when aligned to the respective amino acid sequence using the Needle program with the BLOSUM62 substitution matrix, a gap opening penalty of 10.0, and a gap extension penalty of 0.5; and b) the method comprises the establishment of at least one disulfide bridges as compared to SEQ ID NO:2,
Grommet-type joint for electrical connector, comprising a plug member having a front side and a rear side, and a plurality of through passages for wires, said passages extending in an axial direction from the rear side to the front side, and at least one peripheral flange, which projects outwards from said plug member, said flange being provided to sealingly engage a peripheral inner surface of a connector housing, characterized in that said flange axially projects rearwards from the rear side of the plug member, whereby the contact area of the flange with said inner surface is at least partially offset with respect to said rear side in the axial direction.
A method of capturing a face image, comprising: illuminating, with an illumination unit, simultaneously a first portion of a scene with unstructured light and a second portion of the scene with structured light; capturing, with a digital image capture unit that includes a rolling shutter, at least one image frame of the illuminated scene; and via the illumination unit, selectively adjusting illumination of the scene based on a position of the rolling shutter to illuminate a region of interest of the scene, wherein the region of interest includes eye or iris area, with higher power than the rest of the scene by operating the illumination unit at a first, higher power setting responsive to an exposure of the rolling shutter being within the region of interest and by operating the illumination unit at a second, reduced power setting responsive to an exposure of the rolling shutter being outside the region of interest. illuminating, with an illumination unit, simultaneously a first portion of a scene with unstructured light and a second portion of the scene with structured light; capturing, with a digital image capture unit that includes a rolling shutter, at least one image frame of the illuminated scene; and via the illumination unit, selectively adjusting illumination of the scene based on a position of the rolling shutter to illuminate a region of interest of the scene, wherein the region of interest includes eye or iris area, with higher power than the rest of the scene by operating the illumination unit at a first, higher power setting responsive to an exposure of the rolling shutter being within the region of interest and by operating the illumination unit at a second, reduced power setting responsive to an exposure of the rolling shutter being outside the region of interest.
An end fitting for terminating flexible pipe body, comprising: an end fitting core portion; an end fitting termination portion for surrounding and supporting a common end point of layers of a flexible pipe; and a removable spacer ring member locatable between the core portion and the termination portion for maintaining a whole anterior end surface of the core portion and an opposed whole posterior end surface of the termination portion in a spaced apart relationship; wherein the spacer ring member is a ring like body having a radially innermost edge surface and a radially outermost edge surface and a posterior side surface, spaced apart from an anterior side surface; wherein the radially innermost edge surface and radially outermost edge surface each comprise a respective substantially cylindrical surface; and wherein the anterior side surface is substantially parallel with the posterior side surface, and the posterior side surface and the anterior side surface each extend between the radially innermost edge surface and the radially outermost edge surface; and wherein the radially outermost edge surface defines an outer surface that is an external surface of the end fitting. an end fitting core portion; an end fitting termination portion for surrounding and supporting a common end point of layers of a flexible pipe; and a removable spacer ring member locatable between the core portion and the termination portion for maintaining a whole anterior end surface of the core portion and an opposed whole posterior end surface of the termination portion in a spaced apart relationship; wherein the spacer ring member is a ring like body having a radially innermost edge surface and a radially outermost edge surface and a posterior side surface, spaced apart from an anterior side surface; wherein the radially innermost edge surface and radially outermost edge surface each comprise a respective substantially cylindrical surface; and wherein the anterior side surface is substantially parallel with the posterior side surface, and the posterior side surface and the anterior side surface each extend between the radially innermost edge surface and the radially outermost edge surface; and wherein the radially outermost edge surface defines an outer surface that is an external surface of the end fitting.
A suspension assembly for use with a snow sports board, the assembly comprising: a frame having a first portion extending downward and a second portion extending rearward from the first portion; a base configured to be attached to a snow sports board; a seat on the second portion of the frame; and a shock absorber connected between the base and the first portion of the frame; wherein the suspension assembly is configured to support a rider in a seated, face-forward position with knees of the rider vertically below and forward of hips of the rider and feet of the rider below the seat, and characterised in that the suspension assembly further comprises a knee support attached to the first portion of the frame. a frame having a first portion extending downward and a second portion extending rearward from the first portion; a base configured to be attached to a snow sports board; a seat on the second portion of the frame; and a shock absorber connected between the base and the first portion of the frame; wherein the suspension assembly is configured to support a rider in a seated, face-forward position with knees of the rider vertically below and forward of hips of the rider and feet of the rider below the seat, and characterised in that the suspension assembly further comprises a knee support attached to the first portion of the frame.
An apparatus for presenting audio information to a user driving in a vehicle, the apparatus comprising: means for determining the vehicle location using a positioning system (12, 504); means for retrieving information associated with a first landmark based on the vehicle location; means for modifying a first audio icon of the information associated with the first landmark based on a user input, wherein a check is made whether the first landmark has been designated by the user for association with a user-defined audio icon, wherein if the first landmark has not been designated by the user for association, no modification of the first audio icon is performed, and wherein if the first landmark has been designated by the user for association, the first audio icon is modified by being substituted with the user-defined audio icon; and means (16, 32) for producing an audio signal of a first auditory sound based on either the first audio icon and the vehicle location when the first landmark has not been designated by the user for association, or the modified first audio icon and the vehicle location when the first landmark has been designated by the user for association, wherein the audio signal is spatialized in the vehicle to indicate a first landmark location of the first landmark relative to the vehicle location. means for determining the vehicle location using a positioning system (12, 504); means for retrieving information associated with a first landmark based on the vehicle location; means for modifying a first audio icon of the information associated with the first landmark based on a user input, wherein a check is made whether the first landmark has been designated by the user for association with a user-defined audio icon, wherein if the first landmark has not been designated by the user for association, no modification of the first audio icon is performed, and wherein if the first landmark has been designated by the user for association, the first audio icon is modified by being substituted with the user-defined audio icon; and means (16, 32) for producing an audio signal of a first auditory sound based on either the first audio icon and the vehicle location when the first landmark has not been designated by the user for association, or the modified first audio icon and the vehicle location when the first landmark has been designated by the user for association, wherein the audio signal is spatialized in the vehicle to indicate a first landmark location of the first landmark relative to the vehicle location.
Core material suitable for use in a closed or open mould system, comprising: - at least one woven or nonwoven fibrous web, - a binder, and - a layer of an electrically conductive material, having electrical properties that are such that shielding from electromagnetic radiation is obtained, which layer is attached to said web, said electrically conductive material being a metal, characterised in that said layer of electrically conductive material comprises a network in the form of conductive fibres, said fibres having a thickness of 500 μm or less, preferably 10-200 μm. - at least one woven or nonwoven fibrous web, - a binder, and - a layer of an electrically conductive material, having electrical properties that are such that shielding from electromagnetic radiation is obtained, which layer is attached to said web, said electrically conductive material being a metal,
A fatty acid composition comprising: (i) from 60 % to 80 % by weight stearic acid; (ii) from 3 to 30% by weight oleic acid; and (iii) less than 10 % by weight palmitic acid. (i) from 60 % to 80 % by weight stearic acid; (ii) from 3 to 30% by weight oleic acid; and (iii) less than 10 % by weight palmitic acid.
A composition comprising a mixture comprising, or alternatively, consisting of: (a) an extract of Eucommia ulmoides, (b.1) a saffron comprising safranal, and (b.2) an extract of Magnolia officinalis and/or Magnolia champaca comprising honokiol; and, optionally, said composition comprises at least one food grade or pharmaceutical additive and/or excipient. a mixture comprising, or alternatively, consisting of: (a) an extract of Eucommia ulmoides, (b.1) a saffron comprising safranal, and (b.2) an extract of Magnolia officinalis and/or Magnolia champaca comprising honokiol; and, optionally, said composition comprises (a) an extract of Eucommia ulmoides, (b.1) a saffron comprising safranal, and (b.2) an extract of Magnolia officinalis and/or Magnolia champaca comprising honokiol; and, optionally, said composition comprises at least one food grade or pharmaceutical additive and/or excipient.
An adsorbent cartridge (51, 141) for removing gaseous contaminants, comprising layers of one or more self-supporting adsorbent sheets mechanically spaced to provide gas flow channels between the layers from one end of the cartridge to the other, wherein the cartridge further comprises a color indicator for visually indicating consumption of the adsorbent to an external observer, wherein at least one area of color indicator is visually exposed to an external observer while the cartridge is in use, wherein the color indicator is visually exposed by one or more windows cut into an outermost of the layers of the one or more self-supporting adsorbent sheets of the cartridge.
Method for the alignment of an optical imaging system, comprising: - defining an alignment axis by making use of at least a first diaphragm element, wherein the alignment axis connects an aperture of the first diaphragm element to a target located at a distance behind the first diaphragm element, - aligning the optical imaging system relative to the alignment axis until radiation of a beam emitted along the alignment axis onto the imaging system after passing through the imaging system strikes the target through the aperture of the first diaphragm element, - performing a first sensor detection of radiation in regard to the radiation of the beam at least in the region of the aperture of the first diaphragm element, - providing sensor signals generated during the radiation detection for a signal processing unit. - defining an alignment axis by making use of at least a first diaphragm element, wherein the alignment axis connects an aperture of the first diaphragm element to a target located at a distance behind the first diaphragm element, - aligning the optical imaging system relative to the alignment axis until radiation of a beam emitted along the alignment axis onto the imaging system after passing through the imaging system strikes the target through the aperture of the first diaphragm element, - performing a first sensor detection of radiation in regard to the radiation of the beam at least in the region of the aperture of the first diaphragm element, - providing sensor signals generated during the radiation detection for a signal processing unit.
A machine tool including a vibration sensor configured to measure vibration and detecting abnormal vibrations during machining, the machine tool comprising: a frequency band setting unit configured to set, within a range of frequencies that can be measured by the vibration sensor, a first frequency band including a natural frequency of a spindle system having an upper limit being higher than the natural frequency of the spindle system, and a second frequency band including a natural frequency of a mechanical structure system having a lower limit lower than the natural frequency of the mechanical structure and an upper limit equal to a lower limit of the first frequency band, the natural frequencies of the spindle system and the mechanical structure system being previously measured, a filter unit configured to divide an output from the vibration sensor for each of the first and second frequency bands, a storage unit configured to store a threshold value for each frequency band set by the frequency band setting unit, and a warning unit that issues a warning when an amplitude of vibration exceeds a threshold value in any frequency band. a frequency band setting unit configured to set, within a range of frequencies that can be measured by the vibration sensor, a first frequency band including a natural frequency of a spindle system having an upper limit being higher than the natural frequency of the spindle system, and a second frequency band including a natural frequency of a mechanical structure system having a lower limit lower than the natural frequency of the mechanical structure and an upper limit equal to a lower limit of the first frequency band, the natural frequencies of the spindle system and the mechanical structure system being previously measured, a filter unit configured to divide an output from the vibration sensor for each of the first and second frequency bands, a storage unit configured to store a threshold value for each frequency band set by the frequency band setting unit, and a warning unit that issues a warning when an amplitude of vibration exceeds a threshold value in any frequency band.
A pull-out water outlet apparatus, comprising a support mechanism and a water outlet mechanism, the water outlet mechanism comprises a water outlet portion and a pull hose connected to the end of the water outlet, the pull hose extends from a support mechanism port into the support mechanism, the water outlet mechanism has a guide means, the inner wall of the support mechanism has a guide groove, wherein: the guide means comprises a leading portion extending from an outer rotary wall of the water outlet mechanism and at least one auxiliary portion, the height that the leading portion extends out of the outer rotary wall is greater than the height that the auxiliary portion extends out of the outer rotary wall; an inner wall of the support mechanism has a portion for recessing the guide groove and a rest portion, the guide groove leads to the support mechanism port and forms a guide groove inlet, the leading portion can be moved to a deepest position, or bottom, of the guide groove, by the guiding action of the guide groove thereby stabilising the movement of the water outlet mechanism through the leading portion and the auxiliary portion respectively relying to a bottom of the guide groove and a rest portion of the inner wall.
A system for analysis of use of a sliding board comprising: - at least one piezoelectric element (11a-11b) intended to be secured to said sliding board and intended to generate electric energy during deformations of said sliding board; and - an electronic processing circuit configured for estimating at least one parameter of use of said sliding board and intended to be connected to said sliding board; said electronic processing circuit being powered by said electric energy generated by said at least one piezoelectric element (11a-11b), characterized in that the estimation of the at least one usage parameter of said sliding board done by said electronic processing circuit is determined depending on said electrical energy generated by said at least one piezoelectric element (11a-11b), said electronic processing circuit being configured to obtain at least one parameter related to the use of said sliding board using only the energy produced by said at least one piezoelectric element, that is to say without using a power source other than said at least one piezoelectric element (11a-11b). - at least one piezoelectric element (11a-11b) intended to be secured to said sliding board and intended to generate electric energy during deformations of said sliding board; and - an electronic processing circuit configured for estimating at least one parameter of use of said sliding board and intended to be connected to said sliding board;
A method for authorizing a request for content comprising: receiving a request for content comprising a Universal Resource Locator, URL, and signing information, wherein the content is stored in memory and the signing information comprises a partial URL (203, 204, 205, 301), a partialness parameter indicating the relation of the partial URL to the base URL of the partial URL, and an access control query string; verifying a partialness of the partial URL (203, 204, 205, 301) against the URL based on the value of the partialness parameter; verifying the request based on the signing information; and providing access to the content for a party associated with the request when the partialness is verified and the signing information is verified. receiving a request for content comprising a Universal Resource Locator, URL, and signing information, wherein the content is stored in memory and the signing information comprises a partial URL (203, 204, 205, 301), a partialness parameter indicating the relation of the partial URL to the base URL of the partial URL, and an access control query string; verifying a partialness of the partial URL (203, 204, 205, 301) against the URL based on the value of the partialness parameter; verifying the request based on the signing information; and providing access to the content for a party associated with the request when the partialness is verified and the signing information is verified.
A machine-implemented method for acoustic evaluation of a target, the method comprising: generating respective acoustic transmission events via selected transmitting ones of a plurality of electroacoustic transducers; in response to the respective acoustic transmission events, receiving respective acoustic echo signals from other receiving ones of the plurality of electroacoustic transducers; single-bit quantizing the respective received acoustic echo signals to provide binarized representations; and constructing a time-domain representation of an instantaneous phase signal from a binarized representation of at least one respective quantized acoustic echo signal, wherein the quantizing the respective received acoustic echo signals are performed using a first device; wherein the machine-implemented method comprises transmitting respective representations of the quantized received acoustic echo signals to a second device; and wherein the constructing the time-domain representation of the instantaneous phase signal is performed on the second device for use in constructing at least one of an A-Scan representation or an image, wherein the representations of the quantized received acoustic echo signals comprise data indicative of time indices of edge transitions in the binarized representations of the received acoustic echo signals. generating respective acoustic transmission events via selected transmitting ones of a plurality of electroacoustic transducers; in response to the respective acoustic transmission events, receiving respective acoustic echo signals from other receiving ones of the plurality of electroacoustic transducers; single-bit quantizing the respective received acoustic echo signals to provide binarized representations; and constructing a time-domain representation of an instantaneous phase signal from a binarized representation of at least one respective quantized acoustic echo signal, wherein the quantizing the respective received acoustic echo signals are performed using a first device; wherein the machine-implemented method comprises transmitting respective representations of the quantized received acoustic echo signals to a second device; and wherein the constructing the time-domain representation of the instantaneous phase signal is performed on the second device for use in constructing at least one of an A-Scan representation or an image, wherein the machine-implemented method comprises transmitting respective representations of the quantized received acoustic echo signals to a second device; and wherein the constructing the time-domain representation of the instantaneous phase signal is performed on the second device for use in constructing at least one of an A-Scan representation or an image, wherein the representations of the quantized received acoustic echo signals comprise data indicative of time indices of edge transitions in the binarized representations of the received acoustic echo signals.