mhurhangee/ep-ind-claims huggingface dataset:
A method of recovering individual varietally pure component materials used combined with each other in tufteds, wovens and nonwovens by selective dissolution and/or selective swelling, wherein at least one of the component materials contains a polyolefin wax and the solvent and/or swellant used comprises halogen-free aliphatic hydrocarbons and/or aromatic hydrocarbons and the polyolefin wax comprises homo- or copolymers manufactured from ethylene, propylene and/or higher α-olefins of 4 to 20 carbon atoms by polymerization in the presence of metallocene catalysts and the polyolefin wax has a dropping or softening point, ring/ball, between 70 and 160°C and a melt viscosity, as measured at a temperature of 170°C, of not more than 40 000 mPa·s.
Weighing apparatus, in particular price labelling apparatus or check weigher, - with a scale for weighing a product in a weighing section (A W), - with a conveying device for transporting the product along a conveying region from a start position (P Start) via the weighing section (Aw) to a target position (P Ziel), characterized in that the weighing apparatus has, furthermore, a control device which is configured in such a way that, during its operation with a product placed on it in a direction from the start position (P Start) to the target position (P Ziel), the conveying device is stopped automatically, and is then driven automatically in a direction from the target position (P Ziel) to the start position (P Start) until the product has left the weighing section Aw. - with a scale for weighing a product in a weighing section (A W), - with a conveying device for transporting the product along a conveying region from a start position (P Start) via the weighing section (Aw) to a target position (P Ziel),
A system for the measuring of the blood alcohol content in a body of a driver (i.e., BAC) and/or possible existence of illegal active substances in a body of a driver of a vehicle comprising a steering wheel, a dashboard, and a control unit, comprising: - a first portable device which comprises at least one sensor for detecting the BAC and / or other illegal active substances of said driver; - a second interfacing device fixedly mounted on the vehicle, and which it is interfaced with said first portable device to receive / send one or more electrical signals to a control unit, the latter being mounted on said vehicle; the arrangement being such that said electrical signals from said second device are related to the detected / sensed values of BAC and / or other illegal active substances and coming from said first device, and said control unit being adapted to control the management of the whole vehicle consequently and according to the values of said electrical signals; characterized in that - said first portable device enables access of the driver to the vehicle only on passing the analysis test of BAC and / or the presence of illegal substances in his sweat of the hands; - wherein said second interface device comprises a region for housing or docking said first portable device; and - wherein the system is configured to run a reiterated analysis on the driver even during the driving and subsequently to the first analysis before boarding the vehicle. - a first portable device which comprises at least one sensor for detecting the BAC and / or other illegal active substances of said driver; - a second interfacing device fixedly mounted on the vehicle, and which it is interfaced with said first portable device to receive / send one or more electrical signals to a control unit, the latter being mounted on said vehicle; the arrangement being such that said electrical signals from said second device are related to the detected / sensed values of BAC and / or other illegal active substances and coming from said first device, and said control unit being adapted to control the management of the whole vehicle consequently and according to the values of said electrical signals; - said first portable device enables access of the driver to the vehicle only on passing the analysis test of BAC and / or the presence of illegal substances in his sweat of the hands; - wherein said second interface device comprises a region for housing or docking said first portable device; and - wherein the system is configured to run a reiterated analysis on the driver even during the driving and subsequently to the first analysis before boarding the vehicle.
Light source, comprising: - a primary light source for emitting primary radiation; and - a luminescent material or a radiation-converting mixture with the luminescent material for converting the primary radiation into longer-wave radiation, the luminescent material being based on an oxidohalide host lattice and having an absorption maximum between 425 nm and 500 nm and emission maxima in the range between 610 nm and 640 nm, wherein an average particle size of the luminescent material is between 50 nm and 30 um, and wherein the luminescent material is represented by the general formula: (A 4-a B a) m/2+n/2 X 2m [MX 4 O 2] n, and doped with Mn, wherein the used symbols and indices are as follows: A is selected from the group consisting of H and D and mixtures thereof, wherein D is deuterium; B is selected from the group consisting of Li, Na, K, Rb, Cs, NH 4, ND 4, NR 4 and mixtures of two or more thereof, wherein R is an alkyl or aryl radical; X is selected from the group consisting of F and Cl and mixtures thereof; M is selected from the group consisting of Cr, Mo, W, Re and mixtures of two or more thereof; 0 ≤ a ≤ 4; 0 < m ≤ 10; and 1 ≤ n ≤ 10. - a primary light source for emitting primary radiation; and - a luminescent material or a radiation-converting mixture with the luminescent material for converting the primary radiation into longer-wave radiation, the luminescent material being based on an oxidohalide host lattice and having an absorption maximum between 425 nm and 500 nm and emission maxima in the range between 610 nm and 640 nm, wherein an average particle size of the luminescent material is between 50 nm and 30 um, and wherein the luminescent material is represented by the general formula: (A 4-a B a) m/2+n/2 X 2m [MX 4 O 2] n, and doped with Mn, wherein the used symbols and indices are as follows: A is selected from the group consisting of H and D and mixtures thereof, wherein D is deuterium; B is selected from the group consisting of Li, Na, K, Rb, Cs, NH 4, ND 4, NR 4 and mixtures of two or more thereof, wherein R is an alkyl or aryl radical; X is selected from the group consisting of F and Cl and mixtures thereof; M is selected from the group consisting of Cr, Mo, W, Re and mixtures of two or more thereof; 0 ≤ a ≤ 4; 0 < m ≤ 10; and 1 ≤ n ≤ 10. A is selected from the group consisting of H and D and mixtures thereof, wherein D is deuterium; B is selected from the group consisting of Li, Na, K, Rb, Cs, NH 4, ND 4, NR 4 and mixtures of two or more thereof, wherein R is an alkyl or aryl radical; X is selected from the group consisting of F and Cl and mixtures thereof; M is selected from the group consisting of Cr, Mo, W, Re and mixtures of two or more thereof;
A surgical instrument, comprising: an elongated body extending from a proximal end to a distal end, the elongated body is tubular-shaped and has a first internal passage extending between the proximal end and the distal end; a tracking device including a first coil assembly and a second coil assembly; the first coil assembly having a first central arcuate depression or concavity, the first central arcuate depression or concavity having a smaller outer diameter than opposed ends of a first plurality of coil windings of the first coil assembly; and the second coil assembly having a second central arcuate depression or concavity, the second central arcuate depression or concavity of the second coil assembly having a smaller outer diameter than opposed ends of a second plurality of coil windings of the second coil assembly; an insert portion; wherein the elongated body is configured to receive the insert portion at the distal end of the elongated body and the insert portion includes a sleeve received over the insert portion, wherein the first coil assembly and the second coil assembly are coupled to the sleeve; wherein the first arcuate depression or concavity and the second arcuate depression or concavity each substantially conforms to and nests around a portion of an outer surface of the sleeve. an elongated body extending from a proximal end to a distal end, the elongated body is tubular-shaped and has a first internal passage extending between the proximal end and the distal end; a tracking device including a first coil assembly and a second coil assembly; the first coil assembly having a first central arcuate depression or concavity, the first central arcuate depression or concavity having a smaller outer diameter than opposed ends of a first plurality of coil windings of the first coil assembly; and the second coil assembly having a second central arcuate depression or concavity, the second central arcuate depression or concavity of the second coil assembly having a smaller outer diameter than opposed ends of a second plurality of coil windings of the second coil assembly; an insert portion; wherein the elongated body is configured to receive the insert portion at the distal end of the elongated body and the insert portion includes a sleeve received over the insert portion, wherein the first coil assembly and the second coil assembly are coupled to the sleeve; wherein the first arcuate depression or concavity and the second arcuate depression or concavity each substantially conforms to and nests around a portion of an outer surface of the sleeve.
A method of screening a skin cleanser for mildness, comprising: a) diluting with water a skin cleansing composition comprising a cleansing surfactant at a weight ratio of at least 5 parts water to 1 part cleansing surfactant forming a diluted cleansing composition; b) determining the amount of vesicles in the diluted cleansing composition; c) determining the amount of micelles in the diluted cleansing composition; and d) determining the volume ratio of vesicles to micelles in the diluted cleansing composition; wherein the skin cleansing composition is mild if the volume ratio of vesicles to micelles is greater than 50% at any dilution point of 5 parts water to 1 part cleansing surfactant or more. a) diluting with water a skin cleansing composition comprising a cleansing surfactant at a weight ratio of at least 5 parts water to 1 part cleansing surfactant forming a diluted cleansing composition; b) determining the amount of vesicles in the diluted cleansing composition; c) determining the amount of micelles in the diluted cleansing composition; and d) determining the volume ratio of vesicles to micelles in the diluted cleansing composition; wherein the skin cleansing composition is mild if the volume ratio of vesicles to micelles is greater than 50% at any dilution point of 5 parts water to 1 part cleansing surfactant or more.
An optical module with a holding device, comprising a substrate of a defined shape, wherein the substrate has two opposite surfaces (1a, 1b) and an edge, and a layer applied to cover at least one of the surfaces (1a, 1b), wherein the layer consists of a transparent, polymeric material and has at least one optical element, by means of which light beams are refracted, which originate from the substrate and pass through the at least one optical element, wherein in an installation area of the layer there is provided a moulded portion for installation and/or adjustment of the optical module, which is formed in one piece with the layer and consisting of the same material, wherein the moulded portion for installation and/or adjustment comprises at least one projection projecting beyond a surface of the layer, characterised in that the holding device comprises an upper clamping jaw and a lower clamping jaw, and the optical module is held in a clamped manner in the holding device by means of upper clamping jaw and lower clamping jaw, wherein the upper clamping jaw of the holding device for the optical module bears on the at least one projection.
A fluid-based accommodating intraocular lens, comprising a soft hydrophobic acrylic material which has a storage modulus of from 0.5 MPa to 3.0 MPa measured by dynamic mechanical analysis under compression mode at about 35°C and a silicone uptake of less than about 2.0% by weight after accelerated aging in a silicone fluid for 32 days at 70°C, wherein the acrylic material is obtained from a polymerizable composition comprising: a) from 60% to 85% by weight of at least one perfluoro-substitued-C 2 -C 12 alkyl (meth)acrylate; b) from 20% to 35% by weight of at least one C 2 -C 12 alkyl (meth)acrylate; and c) at least one cross-linking agent, provided that the polymerizable composition comprises less than about 2% by weight of any aryl acrylic monomer, provided that the sum of components a) to c) and other polymerizable components is 100% by weight. a) from 60% to 85% by weight of at least one perfluoro-substitued-C 2 -C 12 alkyl (meth)acrylate; b) from 20% to 35% by weight of at least one C 2 -C 12 alkyl (meth)acrylate; and c) at least one cross-linking agent, provided that the polymerizable composition comprises less than about 2% by weight of any aryl acrylic monomer,
A method of measuring mean cell volume of red blood cells in a blood sample comprising the steps of: (a) mixing a first aliquot of said blood sample with an isotonic blood diluent to form a first sample mixture; (b) measuring volumes of blood cells in said first sample mixture, and obtaining a red blood cell distribution histogram; (c) determining a red blood cell distribution mode on said red blood cell distribution histogram; (d) determining a white blood cell distribution mode beyond a predetermined limit on said red blood cell distribution histogram; (e) determining a valley between said white blood cell distribution mode and said red blood cell distribution mode; (f) defining a red blood cell region as a region below said valley on said red blood cell distribution histogram; (g) calculating said mean cell volume of said red blood cells in said red blood cell region; and (h) reporting said mean cell volume of said red blood cells in said blood sample. (a) mixing a first aliquot of said blood sample with an isotonic blood diluent to form a first sample mixture; (b) measuring volumes of blood cells in said first sample mixture, and obtaining a red blood cell distribution histogram; (c) determining a red blood cell distribution mode on said red blood cell distribution histogram; (d) determining a white blood cell distribution mode beyond a predetermined limit on said red blood cell distribution histogram; (e) determining a valley between said white blood cell distribution mode and said red blood cell distribution mode; (f) defining a red blood cell region as a region below said valley on said red blood cell distribution histogram; (g) calculating said mean cell volume of said red blood cells in said red blood cell region; and (h) reporting said mean cell volume of said red blood cells in said blood sample.
A wind turbine blade being a shell body made of a composite material and having a root end and a tip end, an outer surface, a pressure side and a suction side, a trailing edge and a leading edge, and additionally a lightning protection system, the lightning protection system comprising: - at least one lightning receptor provided with an outer surface arranged freely accessible in, on or at the outer surface of the blade at the tip end of the blade and - a lightning conductor made of electrically conductive material extending within the shell body along substantially the entire longitudinal direction of the blade, and wherein - the lightning receptor and the lightning conductor are electrically connected by means of a connection area wherein at least a part of the outer surface, optionally the whole of the outer surface of the receptor being freely accessible is formed of carbon, such as graphite, and wherein the receptor extends transversely of the blade from the suction side to the pressure side through or into respective openings in the respective sides, and opposite end faces of the receptor are essentially flush with the outer surface of the respective sides or extend beyond the outer surface of the blade. - at least one lightning receptor provided with an outer surface arranged freely accessible in, on or at the outer surface of the blade at the tip end of the blade and - a lightning conductor made of electrically conductive material extending within the shell body along substantially the entire longitudinal direction of the blade, and wherein - the lightning receptor and the lightning conductor are electrically connected by means of a connection area
A process for shaping an ophthalmic lens using a machining device equipped with clamping means (202, 203) for clamping the ophthalmic lens, a machining tool (210, 222, 223) for machining the ophthalmic lens and a force sensor adapted to measure a force that is related to the force applied by the machining tool to the ophthalmic lens, comprising: - a step of clamping the ophthalmic lens in said clamping means (202, 203); and - a step of shaping the ophthalmic lens using said machining tool (210, 222, 223), in which step the loaded value of said force is measured and said machining tool (210, 222, 223) is controlled, relative to said clamping means (202, 203), depending on the measured loaded value, so as to bring the initial outline of the ophthalmic lens to a final outline of different shape, characterized in that it comprises, between said clamping step and said shaping step, at least one intermediate step in which said machining tool (210, 222, 223) is controlled, relative to said clamping means (202, 203), so as to travel the circumference of said ophthalmic lens, without contact, following a path deduced from said initial outline, and in which the unloaded value of said force measured by the force sensor is recorded, which value is related to the forces required to move said machining tool (210, 222, 223) in free space relative to said clamping means (202, 203), considering the frictional and inertial forces at work; and in that, in the shaping step, said machining tool (210, 222, 223) is controlled depending on the recorded unloaded value. - a step of clamping the ophthalmic lens in said clamping means (202, 203); and - a step of shaping the ophthalmic lens using said machining tool (210, 222, 223), in which step the loaded value of said force is measured and said machining tool (210, 222, 223) is controlled, relative to said clamping means (202, 203), depending on the measured loaded value, so as to bring the initial outline of the ophthalmic lens to a final outline of different shape,
A tubing pump that transfers a liquid in a tube, which is detachably installed, comprises a pump mechanism, wherein the pump mechanism comprises a valve mechanism unit that is configured to block up and open the installed tube, and a tube pressing mechanism unit that is configured to repeatedly press the tube, the tube pressing mechanism unit comprising a pump block that is movably held by at least two guide shafts extending into the pump block and the tube pressing mechanism being configured so that the tube is repeatedly pressed by a continuous reciprocation of the pump block, a reciprocating direction of the pump block being parallel to the extension of the guide shafts, wherein the tube pressing mechanism unit is provided with a facing component which does not move when transferring the liquid in the tube, the facing component being disposed at a position facing the pump block, a first groove portion having an approximately V shape is formed in the pump block, a second groove portion having an approximately V shape is formed in the facing component, and the first and the second groove portions being configured to accommodate the tube so that the tube is repeatedly pressed between the first groove portion and the second groove portion when the pump block continuously reciprocates.
A computer-implemented method comprising: receiving at a hosted services server, a token request transmitted from an end-user communication device, requesting an upload token from the hosted services server configured to authorize transmission of a first media file to a hosted proxy server; upon validating a user of the end-user communication device using end-user credentials to the hosted services server, transmitting the upload token to the end-user communication device; receiving at the hosted services server, a token validation call from the hosted proxy server; transmitting a validation message from the hosted services server to the hosted proxy server configured to authorize transmission of the first media file from the hosted proxy server to a media sharing site using credentials of the hosted services server; and receiving, at the hosted services server, a unique identification representing a location of the first media file on the media sharing site. receiving at a hosted services server, a token request transmitted from an end-user communication device, requesting an upload token from the hosted services server configured to authorize transmission of a first media file to a hosted proxy server; upon validating a user of the end-user communication device using end-user credentials to the hosted services server, transmitting the upload token to the end-user communication device; receiving at the hosted services server, a token validation call from the hosted proxy server; transmitting a validation message from the hosted services server to the hosted proxy server configured to authorize transmission of the first media file from the hosted proxy server to a media sharing site using credentials of the hosted services server; and receiving, at the hosted services server, a unique identification representing a location of the first media file on the media sharing site.