mhurhangee/ep-ind-claims huggingface dataset:
A process for enzymatic degumming of crude triglyceride oil, said process comprising: a) providing an unrefined triglyceride oil having a phosphorus content of at least 100 mg per kg of unrefined triglyceride oil; b) combining the unrefined triglyceride oil with water, lactic acid and enzyme to produce an oil-and-water emulsion, said enzyme being selected from phospholipase, lipid acyltransferase and combinations thereof; c) keeping the emulsion at a temperature of 20-90°C for at least 10 minutes; and d) separating degummed triglyceride oil from the emulsion. a) providing an unrefined triglyceride oil having a phosphorus content of at least 100 mg per kg of unrefined triglyceride oil; b) combining the unrefined triglyceride oil with water, lactic acid and enzyme to produce an oil-and-water emulsion, said enzyme being selected from phospholipase, lipid acyltransferase and combinations thereof; c) keeping the emulsion at a temperature of 20-90°C for at least 10 minutes; and d) separating degummed triglyceride oil from the emulsion.
A method for detecting labile zinc (Zn 2+) in a biological material, the method comprising: (a) contacting the biological material with a composition comprising NapBu-BPEA, having the structure and (b) imaging the biological material via molecular fluorescence imaging to detect the labile zinc in the biological material. (a) contacting the biological material with a composition comprising NapBu-BPEA, having the structure and (b) imaging the biological material via molecular fluorescence imaging to detect the labile zinc in the biological material.
A swing assembly, comprising: a plurality of swing blades parallel to each other, a link, and a mounting plate, wherein the plurality of swing blades are spaced apart in a length direction of the mounting plate, and all connected to the link, the link is configured to drive the swing blades to rotate around an axial direction, and wherein a lower end of the swing blade is provided with a fixing shaft, and the fixing shaft is provided with a linkage, characterized in that an upper end of the fixing shaft is provided with a groove corresponding to the lower end of the swing blade, and the lower end of the swing blade is snap-fitted into the groove in the fixing shaft. a plurality of swing blades parallel to each other, a link, and a mounting plate, wherein the plurality of swing blades are spaced apart in a length direction of the mounting plate, and all connected to the link, the link is configured to drive the swing blades to rotate around an axial direction, and wherein a lower end of the swing blade is provided with a fixing shaft, and the fixing shaft is provided with a linkage, characterized in that an upper end of the fixing shaft is provided with a groove corresponding to the lower end of the swing blade, and the lower end of the swing blade is snap-fitted into the groove in the fixing shaft.
A method for detecting contaminations on a lens of a vehicle camera, comprising - receiving image data from the vehicle camera, the image data comprising images frames, - assigning transition values, which indicate whether there is a clearly recognizable intensity transition from dark to bright or from bright to dark at a corresponding pixel location of the frame, to pixels of the image frames, - assigning three-dimensional coordinates to the pixels using a model of the exterior scene, - using the assigned three-dimensional coordinates and movement data of the vehicle to assign trajectories to the pixels, the movement data being provided by one or more vehicle sensors, wherein a trajectory comprises pixels of a set of adjacent image frames, wherein the trajectory may extend forwards or backwards in time, for those pixels to which a trajectory is assigned: - computing an expectation value for the pixel, the expectation value being derived from a transition value of a starting pixel of the trajectory, - computing a satisfied transition value for the pixel location, the satisfied transition value being derived from transition values along the trajectory for a set of frames that are adjacent to the frame of the starting pixel, - accumulating the expectation value and the satisfied transition value over time, - deriving a cleanliness value from a ratio of the accumulated satisfied transition value to the accumulated expectation value. - receiving image data from the vehicle camera, the image data comprising images frames, - assigning transition values, which indicate whether there is a clearly recognizable intensity transition from dark to bright or from bright to dark at a corresponding pixel location of the frame, to pixels of the image frames, - assigning three-dimensional coordinates to the pixels using a model of the exterior scene, - using the assigned three-dimensional coordinates and movement data of the vehicle to assign trajectories to the pixels, the movement data being provided by one or more vehicle sensors, wherein a trajectory comprises pixels of a set of adjacent image frames, wherein the trajectory may extend forwards or backwards in time, - computing an expectation value for the pixel, the expectation value being derived from a transition value of a starting pixel of the trajectory, - computing a satisfied transition value for the pixel location, the satisfied transition value being derived from transition values along the trajectory for a set of frames that are adjacent to the frame of the starting pixel, - accumulating the expectation value and the satisfied transition value over time, - deriving a cleanliness value from a ratio of the accumulated satisfied transition value to the accumulated expectation value.
Container for holding culture media, in particular for culturing microorganisms, cell cultures and bacteria, comprising a dish and a lid which closes the dish, the dish comprising a dish bottom in the form of a circular surface and an annular dish wall projecting from the dish bottom, and the lid comprising a lid bottom in the form of a circular surface and an annular lid wall projecting from the lid bottom, the lid wall having a larger internal diameter than the external diameter of the dish wall or the dish wall having a larger internal diameter than the external diameter of the lid wall, such that, in order to close the dish, the lid wall can be slid over the dish wall or the dish wall can be slid over the lid wall, engaging means (7, 8) being associated with the dish and the lid, which means prevent unintended detaching of the dish and lid when mutually engaged, and the engaging means of the dish being clamp-like or flange-like in order to surround or engage with the engaging means of the lid, and the flanges extending orthogonally from a rim region of the dish bottom and having a shoulder which is responsible for the holding or clamping action, characterised in that, when viewed equally from both sides in the circumferential direction of the dish, the engaging means of the dish have wedge surfaces or elevated regions of different heights, such that the engaging means of the lid, viewed in the circumferential direction of the lid from both sides, can be inserted into the engaging means of the dish, specifically into the region under the shoulder, so as to have different clamping and sealing actions.
A polynucleotide probe at least 1kb in length, comprising - at least one sequence having from 70% to 100% complementarity to at least 100 contiguous bases of each of L1, L2, E1, E2, E4, E6, and E7 of a high risk HPV nucleic acid selected from the group consisting of SEQ ID NO: 1 to SEQ ID NO: 17, SEQ ID NO: 104 to SEQ ID NO: 110, SEQ ID NO: 116 and complements thereof, - wherein said polynucleotide probe does not contain any sequences of at least 100 contiguous bases having 70% to 100% complementarity to at least 100 contiguous bases of a low risk HPV nucleic acid of the group consisting of SEQ ID NO: 18 to SEQ ID NO: 43 and complements thereof, and wherein said polynucleotide probe comprises a sequence having 70% to 100% identity to a sequence selected from the group consisting of SEQ ID NO: 97 to SEQ ID NO: 103, SEQ ID NO: 117, and complements thereof or consists of a sequence selected from the group consisting of SEQ ID NO: 97 to SEQ ID NO: 103, SEQ ID NO: 117, and complements thereof. - at least one sequence having from 70% to 100% complementarity to at least 100 contiguous bases of each of L1, L2, E1, E2, E4, E6, and E7 of a high risk HPV nucleic acid selected from the group consisting of SEQ ID NO: 1 to SEQ ID NO: 17, SEQ ID NO: 104 to SEQ ID NO: 110, SEQ ID NO: 116 and complements thereof, - wherein said polynucleotide probe does not contain any sequences of at least 100 contiguous bases having 70% to 100% complementarity to at least 100 contiguous bases of a low risk HPV nucleic acid of the group consisting of SEQ ID NO: 18 to SEQ ID NO: 43 and complements thereof,
A stent-graft comprising: a first stent, the first stent comprising a first stent wire configured in a stent wire pattern; graft material, the graft material having a substantially tubular first graft shape with an inner surface and an outer surface and a lumen extending therethrough; a continuous machine stitch, the continuous machine stitch being stitched into the graft material according to the stent wire pattern and comprising a plurality of loop points, the plurality of loop points being disposed on the outer surface of the substantially tubular first graft shape wherein the plurality of loop points substantially outline the stent wire pattern; and a plurality of discrete sutures, the plurality of discrete sutures attaching the first stent wire to the graft material at the plurality of loop points; wherein the first stent wire is attached to the graft material at the plurality of loop points on the outer surface of the substantially tubular first graft shape. a first stent, the first stent comprising a first stent wire configured in a stent wire pattern; graft material, the graft material having a substantially tubular first graft shape with an inner surface and an outer surface and a lumen extending therethrough; a continuous machine stitch, the continuous machine stitch being stitched into the graft material according to the stent wire pattern and comprising a plurality of loop points, the plurality of loop points being disposed on the outer surface of the substantially tubular first graft shape wherein the plurality of loop points substantially outline the stent wire pattern; and a plurality of discrete sutures, the plurality of discrete sutures attaching the first stent wire to the graft material at the plurality of loop points; wherein the first stent wire is attached to the graft material at the plurality of loop points on the outer surface of the substantially tubular first graft shape.
A motor control apparatus configured to control driving of a motor comprising a position detector, wherein the motor control apparatus comprises: a power conversion control part configured to control power conversion of an inverter based on at least one predetermined control parameter; a motor type determination part configured to determine a type of the motor based on a signal received from the position detector; a notification control part configured to control a notification part to notify about setting confirmation of the at least one predetermined control parameter in accordance with the type of the motor determined by the motor type determination part; and characterized by a motor type determination part configured to determine the type of the motor to be a rotation type or a linear motion type a power conversion control part configured to control power conversion of an inverter based on at least one predetermined control parameter; a motor type determination part configured to determine a type of the motor based on a signal received from the position detector; a notification control part configured to control a notification part to notify about setting confirmation of the at least one predetermined control parameter in accordance with the type of the motor determined by the motor type determination part; and characterized by a motor type determination part configured to determine the type of the motor to be a rotation type or a linear motion type
A luminescent regenerated cellulosic fibre comprising at least one pigment incorporated during spinning when spin dyeing a viscose, characterised in that the pigment incorporated during spinning is a fluorescent pigment that fulfils the requirements of EN 471 as regards the minimum luminance factor that is 0.7 for yellow material, and the fibre additionally contains a dulling pigment incorporated during spinning.
A waterproof heating module for a smoke generator, with the waterproof heating module comprising: a heat exchanger including an ejection portion configured to eject smoke; an outer casing including a through-hole, wherein the heat exchanger is received in an inner side of the outer casing, wherein the ejection portion extends through the through-hole of the outer casing to an outer side of the outer casing; and characterised by a closure plate including a closure face and a coupling hole extending through the closure face, wherein the coupling hole of the closure plate has an inner periphery in waterproof coupling with an outer periphery of the ejection portion, wherein the ejection portion extends out of the closure plate via the coupling hole, and wherein the closure face of the closure plate is in waterproof coupling with the through-hole of the outer casing. a heat exchanger including an ejection portion configured to eject smoke; an outer casing including a through-hole, wherein the heat exchanger is received in an inner side of the outer casing, wherein the ejection portion extends through the through-hole of the outer casing to an outer side of the outer casing; and characterised by a closure plate including a closure face and a coupling hole extending through the closure face, wherein the coupling hole of the closure plate has an inner periphery in waterproof coupling with an outer periphery of the ejection portion, wherein the ejection portion extends out of the closure plate via the coupling hole, and wherein the closure face of the closure plate is in waterproof coupling with the through-hole of the outer casing.
A wireless communication device comprising: a transmitter configured to multiplex and transmit a plurality of first frames; a receiver configured to receive a plurality of second frames that represent acknowledgement responses to the plurality of first frames and are multiplexed and transmitted in spatial multiplexing from a plurality of other wireless communication devices; and controlling circuitry, wherein first information specifying preamble patterns to be disposed in the plurality of second frames is set in the plurality of first frames, and the controlling circuitry is configured to separate the plurality of second frames based on the preamble patterns specified in the first information. a transmitter configured to multiplex and transmit a plurality of first frames; a receiver configured to receive a plurality of second frames that represent acknowledgement responses to the plurality of first frames and are multiplexed and transmitted in spatial multiplexing from a plurality of other wireless communication devices; and controlling circuitry, wherein first information specifying preamble patterns to be disposed in the plurality of second frames is set in the plurality of first frames, and the controlling circuitry is configured to separate the plurality of second frames based on the preamble patterns specified in the first information.
A piston, comprising: a piston body extending along a longitudinal central axis and having a crown portion with an combustion wall and a pair of pin bosses depending from said crown portion; and said crown portion including at least two ribs formed integrally therewith with each rib depending from said combustion wall, and wherein one of said ribs depends lower along said longitudinal central axis than the other of said ribs, wherein each of said ribs extends between said pin bosses characterized in that said combustion wall has a combustion bowl and one of said ribs is radially spaced from said combustion bowl, and in that each of said ribs bows outwardly from said pin bore axis. a piston body extending along a longitudinal central axis and having a crown portion with an combustion wall and a pair of pin bosses depending from said crown portion; and said crown portion including at least two ribs formed integrally therewith with each rib depending from said combustion wall, and wherein one of said ribs depends lower along said longitudinal central axis than the other of said ribs, wherein each of said ribs extends between said pin bosses characterized in that said combustion wall has a combustion bowl and one of said ribs is radially spaced from said combustion bowl, and in that each of said ribs bows outwardly from said pin bore axis.
Augmented reality spectacles for mixing virtual images into an image that is visible for a wearer of the spectacles through at least one spectacle glass, comprising a plurality of optical fiber projectors (59, 18) made of multimode optical fibers (42, 17) which project a virtual image with a large depth of field into at least one eye of the spectacle wearer, wherein the virtual image is an integral image of a grid of individual projections generated by the optical fiber projectors (59, 18) arranged besides one another and above one another, which, when viewed from close proximity, for the spectacle wearer merge into an overall projection, wherein each of the individual projections is a section of the virtual image, wherein at an entry end of each optical fiber (42, 17) a computer-controlled spatial light modulator or another imaging system is mounted, for which a computer calculates a complex pixel pattern, which is determined by the transformation of the original image through a transmission matrix of the optical fiber (42, 17), wherein an optics couples a wave front supplied by the spatial light modulator as a hologram or as a complex projection with amplitudes and relative phase shifts into the optical fiber, and wherein in a point variant, for generating the individual projections, a large number of multimode optical fibers is routed around the spectacle rim and is distributed to a grid of projection points arranged directly next to one another and above one another in the spectacle glass through camouflage tubes, wherein the optical fibers have an optical system at their end and thus the optical fibers form projectors and thus in combination with the properties of the camouflage tubes, the wave front coupled into the individual multimode optical fiber is emitted in the direction of the pupil in a projection cone as a light signal, or wherein in a line variant, a plurality of multimode optical fibers having respective optical fiber projector ends are directed to the spectacle rim for generating the individual projections and the individual wave front coupled into the multimode optical fiber exits the respective optical fiber projector end as a light signal and propagates in the spectacle glass, until the light signal is directed onto the eye from the spectacle glass through one of the fast-switching mirror surfaces, which are switched to be reflective, from the spectacle glass into the eye.
A method of making a woven fabric (20, 20'), comprising the steps of: weaving a plurality of first load supporting tension members and a first plurality of cross fibers together into a first woven fabric having a spacing between adjacent ones of the first tension members, the spacing having a first dimension (s 1); and weaving a plurality of second load supporting tension members and a second plurality of cross fibers together into a second woven fabric including approximately the spacing having the first dimension (s 1) between adjacent ones of the second tension members; characterised by positioning the first woven fabric adjacent the second woven fabric with at least one of the second tension members aligned with and between two of the first tension members to thereby decrease the spacing between adjacent ones of the tension members to a second, smaller dimension (s 2). weaving a plurality of first load supporting tension members and a first plurality of cross fibers together into a first woven fabric having a spacing between adjacent ones of the first tension members, the spacing having a first dimension (s 1); and weaving a plurality of second load supporting tension members and a second plurality of cross fibers together into a second woven fabric including approximately the spacing having the first dimension (s 1) between adjacent ones of the second tension members; characterised by positioning the first woven fabric adjacent the second woven fabric with at least one of the second tension members aligned with and between two of the first tension members to thereby decrease the spacing between adjacent ones of the tension members to a second, smaller dimension (s 2).
A lithium-sulfur battery comprising a separator, wherein the separator comprises: a porous substrate; and a multi-layered coating layer formed on at least one side of the porous substrate, wherein the multi-layered coating layer comprises a graphene oxide layer and a boron nitride layer, and wherein the multi-layered coating layer is formed by alternately laminating the graphene oxide layer and the boron nitride layer. a porous substrate; and a multi-layered coating layer formed on at least one side of the porous substrate, wherein the multi-layered coating layer comprises a graphene oxide layer and a boron nitride layer, and wherein the multi-layered coating layer is formed by alternately laminating the graphene oxide layer and the boron nitride layer.
A method of operating a transformerless inverter connected on the input side to a generator and on the output side to a multiphase AC grid and comprising a multi-phase inverter bridge with a switch (35, 36) between a midpoint of a DC intermediate circuit on the input side and a terminal for a neutral conductor of the multiphase AC grid, wherein, when first operating conditions are present, electric power is fed from the DC intermediate circuit into the AC grid by the inverter bridge at closed switch (35, 36), wherein at a transition from the first operating conditions to second operating conditions, different from the first operating conditions, the switch (35, 36) is opened, wherein at a transition from the second operating conditions to the first operating conditions the switch (35, 36) is closed, and wherein, when the second operating conditions are present, electric power is fed from the DC intermediate circuit into the AC grid by the inverter bridge at open switch (35, 36), wherein in the case of the second operating conditions a symmetric feed into all phase conductors (22 to 24) of the AC grid is intended, characterized in that the second operating conditions additionally comprise at least one of the following operating conditions: - a residual current or leakage current measured at the inverter maintains a first current limit at open switch (35, 36), - a residual current or leakage current measured at the inverter maintains a second current limit at closed switch (35, 36), - a leakage capacitance determined for the generator connected to the DC intermediate circuit maintains a capacitance limit, - an intermediate circuit voltage of the DC intermediate circuit does not reach the double value of the peak phase-to-neutral line voltage of the AC grid. - a residual current or leakage current measured at the inverter maintains a first current limit at open switch (35, 36), - a residual current or leakage current measured at the inverter maintains a second current limit at closed switch (35, 36), - a leakage capacitance determined for the generator connected to the DC intermediate circuit maintains a capacitance limit, - an intermediate circuit voltage of the DC intermediate circuit does not reach the double value of the peak phase-to-neutral line voltage of the AC grid.