mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a yarn rope, said yarn rope comprising a bundle of axial yarns extending in an axial direction and at least one cross yarn loop inserted in the bundle of axial yarns and extending in a cross direction, the cross direction being orientated transversely, in particular perpendicularly, to the axial direction, the method comprising the steps of: - receiving a plurality of separate axial yarns; - creating a first insertion gap confined between the axial yarns and extending in cross direction; - inserting a first cross yarn in the first insertion gap for forming first under portions and over portions with respect to said axial yarns; - creating a second insertion gap confined between the axial yarns and extending in cross direction; - inserting a second cross yarn in the second insertion gap for forming second under portions and over portions with respect to said axial yarns; and - forming the cross yarn loop by connecting the inserted first and second cross yarn with each other, wherein - at least the step of inserting the first and/or second cross yarn is motor driven in particular according to a process control sequence, characterized in that the step of connecting the first and second inserted cross yarn (13, 15) is conducted by connecting end sections (19, 25') of the first and second cross yarn (13, 15) by splicing. - receiving a plurality of separate axial yarns; - creating a first insertion gap confined between the axial yarns and extending in cross direction; - inserting a first cross yarn in the first insertion gap for forming first under portions and over portions with respect to said axial yarns; - creating a second insertion gap confined between the axial yarns and extending in cross direction; - inserting a second cross yarn in the second insertion gap for forming second under portions and over portions with respect to said axial yarns; and - forming the cross yarn loop by connecting the inserted first and second cross yarn with each other, wherein - at least the step of inserting the first and/or second cross yarn is motor driven in particular according to a process control sequence,
An integrated circuit, abbreviated as IC, (10, 20, 30, 40, 50) with electrostatic discharge, abbreviated as ESD, protection, comprising a signal pad, configured to receive an input signal during a normal mode, and receive an ESD signal during an ESD mode; an internal circuit, configured to process the input signal during the normal mode; a variable impedance circuit, comprising a first end coupled to the signal pad, a second end coupled to the internal circuit, and a control end, wherein the variable impedance circuit provides a low impedance path between the signal pad and the internal circuit during the normal mode, and provides a high impedance path between the signal pad and the internal circuit during the ESD mode; and a switch circuit, comprising a first end coupled to the control end of the variable impedance circuit, a second end coupled to a reference voltage terminal, and a control end configured to receive a node voltage (Vn), wherein the switch circuit is configured to switch the control end of the variable impedance circuit to have a first specific voltage during the normal mode, characterized in that the switch circuit is configured to switch the control end of the variable impedance circuit to be electrically floating during the ESD mode. a signal pad, configured to receive an input signal during a normal mode, and receive an ESD signal during an ESD mode; an internal circuit, configured to process the input signal during the normal mode; a variable impedance circuit, comprising a first end coupled to the signal pad, a second end coupled to the internal circuit, and a control end, wherein the variable impedance circuit provides a low impedance path between the signal pad and the internal circuit during the normal mode, and provides a high impedance path between the signal pad and the internal circuit during the ESD mode; and a switch circuit, comprising a first end coupled to the control end of the variable impedance circuit, a second end coupled to a reference voltage terminal, and a control end configured to receive a node voltage (Vn), wherein the switch circuit is configured to switch the control end of the variable impedance circuit to have a first specific voltage during the normal mode, characterized in that the switch circuit is configured to switch the control end of the variable impedance circuit to be electrically floating during the ESD mode.
A pharmaceutical composition for use in a method of therapeutic enhancement of liver performance, the pharmaceutical composition comprising the vitamins B6, B9 (folic acid) and B12, characterized by the following daily doses: B6 not below 4 mg, optionally not more than 500 mg; B9 not below 0.6 mg, optionally not above 15 mg; B12 not below 0,008 mg, optionally not above 4 mg; wherein a weight ratio of the vitamins B9 and B12 is in a range 0,8:1 or more, and a weight ratio of the vitamins B6 and B12 is in a range 40:1 to 1000:1. B6 not below 4 mg, optionally not more than 500 mg; B9 not below 0.6 mg, optionally not above 15 mg; B12 not below 0,008 mg, optionally not above 4 mg; wherein a weight ratio of the vitamins B9 and B12 is in a range 0,8:1 or more, and a weight ratio of the vitamins B6 and B12 is in a range 40:1 to 1000:1.
A drug delivery device with a resettable dose setting mechanism said mechanism comprising: a housing, a spindle, and a driver for driving the spindle of the drug delivery device, said driver comprising a first component and a second component, which is rotationally coupled to said first component by a clutched connection, wherein the first component and the second component are generally cylindrical and extend about the spindle; wherein during resetting of said drug delivery device, said first component is rotationally decoupled from said second component, wherein after decoupling of the first component from the second component, the first component is free to rotate while the second component is not free to rotate, wherein the first component and the second component are decoupled when the first component is pulled axially away from the second component; characterized in both the first component and the second component rotate together during a dose setting of the drug delivery device, that the spindle is threaded to the first component, and that the second component comprises at least one spline positioned along a surface of the second component and the first component comprises a plurality of spline recesses, wherein the plurality of spline recesses releasably connect the at least one longitudinal spline of the first component to the second driver portion when the first component and the second component are pushed axially together so that they releasably engage one another. a housing, a spindle, and a driver for driving the spindle of the drug delivery device, said driver comprising a first component and a second component, which is rotationally coupled to said first component by a clutched connection, wherein the first component and the second component are generally cylindrical and extend about the spindle; wherein during resetting of said drug delivery device, said first component is rotationally decoupled from said second component, wherein after decoupling of the first component from the second component, the first component is free to rotate while the second component is not free to rotate, wherein the first component and the second component are decoupled when the first component is pulled axially away from the second component; characterized in both the first component and the second component rotate together during a dose setting of the drug delivery device, that the spindle is threaded to the first component, and that the second component comprises at least one spline positioned along a surface of the second component and the first component comprises a plurality of spline recesses, wherein the plurality of spline recesses releasably connect the at least one longitudinal spline of the first component to the second driver portion when the first component and the second component are pushed axially together so that they releasably engage one another.
Method for clustering position determination for providing position determination assisting data in a cellular communications network, comprising the steps of: detecting an event; providing a tag for said detected event, said tag comprising event specific information and a time; providing high precision position measurements for said detected event; repeating said detecting and providing steps a plurality of times; obtaining local event clusters of high-precision position measurements based on said event specific tag; characterized by tracking a movement of each said local event cluster by determining a geographical position by calculating a centre of gravity of each said local event cluster, updating said local event cluster by removing high precision position measurements from said local event cluster when an age of a high precision position measurement is above a predetermined threshold, and re-determine the geographical position by recalculating the centre of gravity of said updated local event cluster, wherein the local event clusters comprise collections of emergency calls. detecting an event; providing a tag for said detected event, said tag comprising event specific information and a time; providing high precision position measurements for said detected event; repeating said detecting and providing steps a plurality of times; obtaining local event clusters of high-precision position measurements based on said event specific tag; characterized by tracking a movement of each said local event cluster by determining a geographical position by calculating a centre of gravity of each said local event cluster, updating said local event cluster by removing high precision position measurements from said local event cluster when an age of a high precision position measurement is above a predetermined threshold, and re-determine the geographical position by recalculating the centre of gravity of said updated local event cluster,
An apparatus for clipping ends of a book of sheets of wood veneer, the apparatus comprising a first detector (120,122,124,126) for detecting a first end of the book of sheets of wood veneer, a second detector (120, 122, 124, 126) for detecting a second end of the book of sheets of wood veneer, a first clipper including a first knife, a second clipper including a second knife, a clipper positioning system adapted to automatically position the first clipper to a proposed first clipping position (130, 84, 84) based on the detected first end of the book of sheets of wood veneer and the second clipper to a proposed second clip-ping position (130, 84, 84) based on the detected second end of the book of sheets of wood veneer, a first bundler operable to automatically bundle the book of sheets of wood veneer adjacent the detected first end of the book of sheets of wood veneer and a second bundler operable to automatically bundle the book of sheets of wood veneer adjacent the detected second end of the book of sheets of wood veneer.
A polyurethane urea elastic yarn having improved dyeability, the yarn comprising (a) a polyol including a first polyol and a second polyol; (b) at least one of diisocyanates; (c) at least one of diamine chain extenders; and (d) at least one of amine chain terminators, wherein the second polyol is polyethylene glycol; and the first polyol and the second polyol are materials different from each other. wherein the second polyol is mixed in 5.0 mol% to 20.0 mol% with respect to the total amount of polyol. wherein the second polyol is polyethylene glycol; and the first polyol and the second polyol are materials different from each other. wherein the second polyol is mixed in 5.0 mol% to 20.0 mol% with respect to the total amount of polyol.
Support basket of waste, notably organic, to be inserted into and incinerated in an incinerator, comprising: an envelope (10, 20, 30A, 30B) made of at least a layer of glass fibre stiffened by a lightweight metal structure (12, 22, 32), characterised in that the envelope has a porosity which is defined by the following cumulative criteria, adapted: to maintain the waste in the basket during the introducing of the basket into the incinerator, to thermochemically control the pyrolysis rate of the organic waste, in particular, the progressive temperature rise of the waste until their complete incineration inside the support basket, to filter the pyrolysis gases. an envelope (10, 20, 30A, 30B) made of at least a layer of glass fibre stiffened by a lightweight metal structure (12, 22, 32), characterised in that the envelope has a porosity which is defined by the following cumulative criteria, adapted: to maintain the waste in the basket during the introducing of the basket into the incinerator, to thermochemically control the pyrolysis rate of the organic waste, in particular, the progressive temperature rise of the waste until their complete incineration inside the support basket, to filter the pyrolysis gases. to maintain the waste in the basket during the introducing of the basket into the incinerator, to thermochemically control the pyrolysis rate of the organic waste, in particular, the progressive temperature rise of the waste until their complete incineration inside the support basket, to filter the pyrolysis gases.
A lubricant composition comprising a base oil and an amount of an ashless additive sufficient to increase the total base number as determined by ASTM D2896 of the lubricant composition from 1 to 50 percent over the total base number of the same lubricant composition devoid of the ashless additive, wherein the additive comprises a compound of the formula: wherein R is a hydrocarbyl group containing from 1 to 24 carbon atoms.
Method of comparing quality of two or more affinity chromatography media samples containing blood group A antigen ligands attached to a solid support, the method comprising the steps of: (a) for each of the media samples, providing a solution of purified HP Lectin of known concentration C1 and volume VM and an affinity chromatography media sample of volume VR; (b) incubating each chromatography media sample with the solution of (a); (c) obtaining a supernatent and measuring the concentration C2 of the purified HP Lectin in the supernatant, for each chromatography media sample; (d) determining the static binding capacity of each chromatography media sample for the purified Lectin, wherein the static binding capacity is measured using the equation C 1 − C 2 × VM VR wherein the static binding capacities of the media samples correlates with their ability to remove anti-A antibodies from a sample, thereby providing a comparison of the quality of two or more different affinity chromatography media samples. (a) for each of the media samples, providing a solution of purified HP Lectin of known concentration C1 and volume VM and an affinity chromatography media sample of volume VR; (b) incubating each chromatography media sample with the solution of (a); (c) obtaining a supernatent and measuring the concentration C2 of the purified HP Lectin in the supernatant, for each chromatography media sample; (d) determining the static binding capacity of each chromatography media sample for the purified Lectin, wherein the static binding capacity is measured using the equation C 1 − C 2 × VM VR wherein the static binding capacities of the media samples correlates with their ability to remove anti-A antibodies from a sample, thereby providing a comparison of the quality of two or more different affinity chromatography media samples.
Device for printing on a surface of a substrate, the device comprising a printing section having at least a first inkjet printing unit and a second inkjet printing unit, the device comprising a substrate, in particular a plastic foil, preferably made of PVC, vinyl, polyethylene, polypropylene or PET, the device comprising a supporting conveyor means adapted for conveying the substrate substantially without mechanical tension from the first inkjet printing unit to the second inkjet printing unit, the inkjet printing units being arranged so as to print with a single-pass onto the surface while the substrate is on the supporting conveyor means, the surface being a smooth surface and the substrate being a flexible substrate, the device comprising a pre-heating section, the pre-heating section being adapted to heat the smooth surface of the substrate prior to printing by the first printing unit., the device being characterized in that - each of the inkjet printing units (20, 22, 24, 26) is adapted to print with water-based ink, preferably the inkjet printing units comprise a tank containing water-based ink, and in that - the smooth surface of the substrate has a roughness of not more than 0,5 mm. - each of the inkjet printing units (20, 22, 24, 26) is adapted to print with water-based ink, preferably the inkjet printing units comprise a tank containing water-based ink, and in that - the smooth surface of the substrate has a roughness of not more than 0,5 mm.
A dry cellulosic fibrous material impregnated with a bioflavonoid composition, the bioflavonoid content of the composition comprising at least naringin and neohesperidin, wherein the naringin and neohesperidin together form at least 50% of the bioflavonoid content.
Nozzle for injecting pressurized water containing a dissolved gas, said nozzle comprising: - a cylindrical intake chamber for said water; - a cylindrical expansion chamber comprising an inlet communicating with said intake chamber by an orifice and an outlet; - a diffusion chamber of truncated conical section communicating with the outlet of said expansion chamber and widening out from said expansion chamber said nozzle comprising means for putting the stream of water that flows out of said expansion chamber into rotation, said nozzle also comprising means for sustaining the putting of said stream into rotation, said means for sustaining being housed in said diffusion chamber, said means for sustaining comprising at least two blades extending from the axis of revolution of said diffusion chamber up to its peripheral contour and being distributed uniformly about this axis, each of said blades extending in a plane passing through an axis perpendicular to the axis of revolution of said diffusion chamber and each of said blades being tilted in the sense of rotation of said stream. - a cylindrical intake chamber for said water; - a cylindrical expansion chamber comprising an inlet communicating with said intake chamber by an orifice and an outlet; - a diffusion chamber of truncated conical section communicating with the outlet of said expansion chamber and widening out from said expansion chamber
A welding system, comprising: a welding power supply; a visual acquisition system comprising an imaging device and being configured to acquire a visual representation of a weld part and to convert the visual representation into digital data representative of weld part features; and a part recognition system comprising processing circuitry configured to receive the digital data, wherein said processing circuitry is further configured to identify one or more features of the weld part upon receipt of the digital signal, characterized in that the processing circuitry is further configured to compare the digital signal to stored data of a plurality of weld parts (30, 32, 34) stored in a weld part database to match the one or more identified features to a known weld part of the plurality of weld parts (30, 32, 34) stored in the weld part database and to identify weld settings stored in a weld parameter database associated with the matching known weld part of the plurality of weld parts (30, 32, 34) stored in the weld part database, and to communicate the weld settings to the welding power supply to alter the setup of the welding power supply to be implemented during a weld operation. a welding power supply; a visual acquisition system comprising an imaging device and being configured to acquire a visual representation of a weld part and to convert the visual representation into digital data representative of weld part features; and a part recognition system comprising processing circuitry configured to receive the digital data, wherein said processing circuitry is further configured to identify one or more features of the weld part upon receipt of the digital signal, characterized in that the processing circuitry is further configured to compare the digital signal to stored data of a plurality of weld parts (30, 32, 34) stored in a weld part database to match the one or more identified features to a known weld part of the plurality of weld parts (30, 32, 34) stored in the weld part database and to identify weld settings stored in a weld parameter database associated with the matching known weld part of the plurality of weld parts (30, 32, 34) stored in the weld part database, and to communicate the weld settings to the welding power supply to alter the setup of the welding power supply to be implemented during a weld operation.
A squeezing device for a mop bucket, comprising a first squeezer (11, 7', 7") and a squeezing frame (44, 8', 8"), wherein the first squeezer (11, 7', 7") is suitable for touching a wiper on a mop head to scrape the wiper, the first squeezer (11, 7', 7") is a squeezing strip or a squeezing sheet or a squeezing plate; characterized in that the squeezing frame (44, 8', 8") has a water passage (46, 13', 13"), wherein the water passage (46, 13', 13") extends from a first side of the squeezing frame (44, 8', 8") to a second side of the squeezing frame (44, 8', 8"), and the first side is opposite to the second side, the squeezing device is so configured that water squeezed by the first squeezer (11, 7', 7") scraping the wipe flows from the first side of the squeezing frame (44, 8', 8") to the second side of the squeezing frame (44, 8', 8"), and thus flows out of a squeezing water section of the mop bucket. the first squeezer (11, 7', 7") is suitable for touching a wiper on a mop head to scrape the wiper, the first squeezer (11, 7', 7") is a squeezing strip or a squeezing sheet or a squeezing plate; characterized in that the squeezing frame (44, 8', 8") has a water passage (46, 13', 13"), wherein the water passage (46, 13', 13") extends from a first side of the squeezing frame (44, 8', 8") to a second side of the squeezing frame (44, 8', 8"), and the first side is opposite to the second side, the squeezing device is so configured that water squeezed by the first squeezer (11, 7', 7") scraping the wipe flows from the first side of the squeezing frame (44, 8', 8") to the second side of the squeezing frame (44, 8', 8"), and thus flows out of a squeezing water section of the mop bucket.
Device comprising an energy chain and a sliding table, wherein the energy chain has a plurality of sliding shoes with a respective sliding surface for sliding on the sliding table, wherein the sliding shoes respectively have a detection element which is arranged separated from the corresponding sliding surface by a respective wearing layer, characterized in that the sliding table has a sensor for determining a respective distance (d) between the sensor and the detection elements.