mhurhangee/ep-ind-claims huggingface dataset:
A secondary alkane sulfonate surfactant; wherein at least 70 wt.%, preferably at least 75%, preferably at least 80%, more preferably at least 85%, more preferably at least 90%, most preferably at least 95% of the secondary alkane sulfonate is a secondary alkane sulfonate surfactant having linear alkyl chains of from 15 to 18 carbon atoms; wherein less than 30 wt.%, preferably less than 25%, preferably less than 20%, more preferably less than 15%, more preferably less than 10%, most preferably less than 5% of the secondary alkane sulfonate surfactant has linear alkyl chains of 14 carbon atoms or lower. wherein at least 70 wt.%, preferably at least 75%, preferably at least 80%, more preferably at least 85%, more preferably at least 90%, most preferably at least 95% of the secondary alkane sulfonate is a secondary alkane sulfonate surfactant having linear alkyl chains of from 15 to 18 carbon atoms; wherein less than 30 wt.%, preferably less than 25%, preferably less than 20%, more preferably less than 15%, more preferably less than 10%, most preferably less than 5% of the secondary alkane sulfonate surfactant has linear alkyl chains of 14 carbon atoms or lower.
An image forming apparatus having a first paper discharge path to discharge paper in which, a printed surface of the paper is inverted, and a second paper discharge path, along which the printed surface of the paper is directly discharged, the image forming apparatus comprising: a main body; a first guide member coupled to the main body so as to be pivotally rotated from a first position to a second position; and a second guide member coupled to the first guide member such that the second guide member can pivotally rotate with respect to the first guide member, wherein the first guide member defines the first paper discharge path when it is in the first position and the second paper discharge path when it is pivotally rotated from the first position to the second position, and wherein the second guide member includes a curved guide edge to guide the paper to be discharged along the first paper discharge path and does not interfere with the paper to be discharged along the second paper discharge path; characterized in that the second guide member includes an avoidance surface to prevent the guide edge from interfering with the paper to be discharged along the second paper discharge path, and wherein the avoidance surface is arranged to face the first guide member so that the guide edge guides the paper on the first paper discharge path when the first guide member is in the first position, and is arranged obliquely to the first guide member so as not to interfere with the paper on the second paper discharge path when the first guide member is located in the second position. a main body; a first guide member coupled to the main body so as to be pivotally rotated from a first position to a second position; and a second guide member coupled to the first guide member such that the second guide member can pivotally rotate with respect to the first guide member, wherein the first guide member defines the first paper discharge path when it is in the first position and the second paper discharge path when it is pivotally rotated from the first position to the second position, and wherein the second guide member includes a curved guide edge to guide the paper to be discharged along the first paper discharge path and does not interfere with the paper to be discharged along the second paper discharge path; characterized in that the second guide member includes an avoidance surface to prevent the guide edge from interfering with the paper to be discharged along the second paper discharge path, and wherein the avoidance surface is arranged to face the first guide member so that the guide edge guides the paper on the first paper discharge path when the first guide member is in the first position, and is arranged obliquely to the first guide member so as not to interfere with the paper on the second paper discharge path when the first guide member is located in the second position.
A switch for gas insulated switchgear, comprising: a switch blade which rotates around a rotation shaft, as a fulcrum, provided at an end of the switch blade, to cause a contact portion formed at another end thereof to contact with or be separated from a main circuit, thereby performing three-position switching among ON, OFF, and ground of the main circuit; and phase-to-phase connection mechanisms made of an insulating material and divided for respective phases, each phase-to-phase connection mechanism including: a blade support portion surrounding and supporting the switch blade such that the contact portion of the switch blade protrudes to outside; and a large-diameter endless frame body and a small-diameter endless frame body which are formed in such shapes as to be fitted to each other, and which are arranged so as to be respectively directed toward one end and the other end in a direction of the rotation shaft, with the blade support portion provided therebetween, wherein the phase-to-phase connection mechanisms for necessary phases are provided along the rotation shaft, and wherein the phase-to-phase connection mechanisms adjacent to each other are connected by a fitting coupling obtained by fitting and coupling the large-diameter endless frame body and the small-diameter endless frame body that are opposed to each other, and wherein each phase-to-phase connection mechanism includes a positioning pin provided to the switch blade, and a protrusion suppressing movement of the switch blade in a longitudinal direction thereof. a switch blade which rotates around a rotation shaft, as a fulcrum, provided at an end of the switch blade, to cause a contact portion formed at another end thereof to contact with or be separated from a main circuit, thereby performing three-position switching among ON, OFF, and ground of the main circuit; and phase-to-phase connection mechanisms made of an insulating material and divided for respective phases, each phase-to-phase connection mechanism including: a blade support portion surrounding and supporting the switch blade such that the contact portion of the switch blade protrudes to outside; and a large-diameter endless frame body and a small-diameter endless frame body which are formed in such shapes as to be fitted to each other, and which are arranged so as to be respectively directed toward one end and the other end in a direction of the rotation shaft, with the blade support portion provided therebetween, wherein the phase-to-phase connection mechanisms for necessary phases are provided along the rotation shaft, and wherein the phase-to-phase connection mechanisms adjacent to each other are connected by a fitting coupling obtained by fitting and coupling the large-diameter endless frame body and the small-diameter endless frame body that are opposed to each other, and wherein each phase-to-phase connection mechanism includes a positioning pin provided to the switch blade, and a protrusion suppressing movement of the switch blade in a longitudinal direction thereof.
Glass sheet having a composition comprising less than 0.1 % of strontium expressed in SrO; a total iron content of 0.002 - 0.03 % expressed in the form of Fe2O 3; in weight percentage with respect to the total weight of glass, and characterized in that it has: N ∗ 5 ≤ 0.05; N ∗ 5 being defined as N 5 ∗ = a 5 ∗ − a 0 ∗ 2 + b 5 ∗ − b 0 ∗ 2, a ∗ 5 and b ∗ 5 being measured for a sheet thickness of 5 mm in transmission with illuminant D65, 10°, SCI; a ∗ 0 and b ∗ 0 being computed for a sheet thickness of 0 mm in transmission with illuminant D65, 10°, SCI.
A gasket interposed between flanges which are connection parts between pipes, the gasket comprising: a kammprofile having sawteeth on an upper surface and a lower surface thereof; a C-ring end formed at an inner side of the kammprofile; an outer-ring end formed at an outer side of the kammprofile to be integrally formed with the kammprofile; and a core spring accommodated in the C-ring end, characterized in that the gasket further comprises an eyelet configured to cover the C-ring end. a kammprofile having sawteeth on an upper surface and a lower surface thereof; a C-ring end formed at an inner side of the kammprofile; an outer-ring end formed at an outer side of the kammprofile to be integrally formed with the kammprofile; and a core spring accommodated in the C-ring end, characterized in that the gasket further comprises an eyelet configured to cover the C-ring end.
Gripper element having at least one bending element that can be deformed elastically in a preferred direction, and a support, in which a bending element formed of elastically deformable material, provided with an opening on a front side and otherwise internally hollow, has, in a region not designed to be bent, in which the opening is also arranged, a radially circumferential, projecting flange, which is formed such that it rests with one surface on a surface of a base element of the support, and rests with an opposite surface on a surface of a fixing element, which can be connected to the base element, and the fixing element presses the flange with a predefinable compressive force against the surface of the base element, characterized in that one region of the bending element, which extends in the direction of the opening starting from the flange, is formed to be hollow cylindrical, internally hollow elliptical or polygonal, so that a connecting piece, via which a fluid can be led into and out of the interior of the bending element, can be inserted there or a connecting piece is an integral constituent part of the bending element.
A method for imaging a target region of a diffuse object, the method comprising: (a) detecting bioluminescent and/or chemiluminescent light emitted from the object by a bioluminescent reporter in the target region of the object, wherein the object comprises a bioluminescent and/or chemiluminescent substrate; (b) directing excitation light into the object at multiple locations and/or at multiple angles; (c) detecting fluorescent light, the detected fluorescent light having been emitted by a fluorescent species of a probe comprising the fluorescent species in the target region of the diffuse object as a result of excitation by the excitation light; (d) detecting excitation light having been transmitted through or reflected from the target region; (e) weighting and normalizing data corresponding to the detected fluorescent light, wherein the weighting comprises weighting with data corresponding to the detected bioluminescent and/or chemiluminescent light, wherein the normalizing comprises normalizing the resulting weighted data with data corresponding to the detected excitation light; (f) inverting a weight matrix that is a discretised version of a weight function derived from the normalized weighted data that represents an expected contribution of a fluorescent source at a location within the target region to the detected fluorescent light; and (g) deriving, from the inverted weight matrix, a tomographic image of the fluorescent species in the target region of the object. (a) detecting bioluminescent and/or chemiluminescent light emitted from the object by a bioluminescent reporter in the target region of the object, wherein the object comprises a bioluminescent and/or chemiluminescent substrate; (b) directing excitation light into the object at multiple locations and/or at multiple angles; (c) detecting fluorescent light, the detected fluorescent light having been emitted by a fluorescent species of a probe comprising the fluorescent species in the target region of the diffuse object as a result of excitation by the excitation light; (d) detecting excitation light having been transmitted through or reflected from the target region; (e) weighting and normalizing data corresponding to the detected fluorescent light, wherein the weighting comprises weighting with data corresponding to the detected bioluminescent and/or chemiluminescent light, wherein the normalizing comprises normalizing the resulting weighted data with data corresponding to the detected excitation light; (f) inverting a weight matrix that is a discretised version of a weight function derived from the normalized weighted data that represents an expected contribution of a fluorescent source at a location within the target region to the detected fluorescent light; and (g) deriving, from the inverted weight matrix, a tomographic image of the fluorescent species in the target region of the object.
A storage shelf base for a piece of furniture or household appliance, having - a support plate (2, 120, 220) which can be arranged fixed in place on a body (13, 14) of the piece of furniture or household appliance, - a simultaneously rotationally and translationally movable storage shelf (3, 130, 230) positively guided relative to the support plate (2, 120, 220), - wherein bearing surfaces (21, 33, 121, 133, 221, 233) facing toward one another of the support plate (2, 120, 220) and the storage shelf (3, 130, 230) respectively have at least predominantly closed, circumferential running grooves (22, 34, 122, 134, 222, 234), in which roller bodies are guided, - wherein the support plate (2, 120, 220) can be fastened removably on the body (13, 14) of the piece of furniture or household appliance, characterized in that - at least one fastening region for the removable fixing of the support plate (2, 120, 220) on the body (13, 14) of the piece of furniture or household appliance is formed on the support plate (2, 120, 220) and - the storage shelf (3, 130, 230) is fixable without tools on the support plate (2, 120, 220). - a support plate (2, 120, 220) which can be arranged fixed in place on a body (13, 14) of the piece of furniture or household appliance, - a simultaneously rotationally and translationally movable storage shelf (3, 130, 230) positively guided relative to the support plate (2, 120, 220), - wherein bearing surfaces (21, 33, 121, 133, 221, 233) facing toward one another of the support plate (2, 120, 220) and the storage shelf (3, 130, 230) respectively have at least predominantly closed, circumferential running grooves (22, 34, 122, 134, 222, 234), in which roller bodies are guided, - wherein the support plate (2, 120, 220) can be fastened removably on the body (13, 14) of the piece of furniture or household appliance, - at least one fastening region for the removable fixing of the support plate (2, 120, 220) on the body (13, 14) of the piece of furniture or household appliance is formed on the support plate (2, 120, 220) and - the storage shelf (3, 130, 230) is fixable without tools on the support plate (2, 120, 220).
A computer-implemented method for automatically determining an image quality assessment of a rendered medical image comprising: receiving a rendered medical image; extracting one or more measures of interest from the rendered medical image; determining an image quality assessment of the rendered medical image using a machine learning based image quality assessment network based on the one or more measures of interest; and outputting the image quality assessment of the rendered medical image, characterized by, further comprising: receiving an input depth map of the rendered medical image; generating an estimated depth map from the rendered medical image; and comparing the input depth map with the estimated depth map, wherein determining an image quality assessment of the rendered medical image using a machine learning based image quality assessment network based on the one or more measures of interest comprises determining the image quality assessment of the rendered medical image using the machine learning based image quality assessment network based on results of the comparison. receiving a rendered medical image; extracting one or more measures of interest from the rendered medical image; determining an image quality assessment of the rendered medical image using a machine learning based image quality assessment network based on the one or more measures of interest; and outputting the image quality assessment of the rendered medical image, characterized by, further comprising: receiving an input depth map of the rendered medical image; generating an estimated depth map from the rendered medical image; and comparing the input depth map with the estimated depth map, wherein determining an image quality assessment of the rendered medical image using a machine learning based image quality assessment network based on the one or more measures of interest comprises determining the image quality assessment of the rendered medical image using the machine learning based image quality assessment network based on results of the comparison. receiving an input depth map of the rendered medical image; generating an estimated depth map from the rendered medical image; and comparing the input depth map with the estimated depth map, wherein determining an image quality assessment of the rendered medical image using a machine learning based image quality assessment network based on the one or more measures of interest comprises determining the image quality assessment of the rendered medical image using the machine learning based image quality assessment network based on results of the comparison.
Wheel (10a, 10b) for amphibious vehicles, which has a rim and a tyre contact surface for driving on a solid surface, at least one floating body being provided on the wheel (10a, 10b), which floating body is designed to receive air and/or gas and can be brought from a neutral position into a floating position as required, characterised in that the floating body is formed from numerous profiles pivotable at a defined angle to the wheel plane on the circumference of the rim and/or on the circumference of a receiving means extending within the inner circumference of the rim, at least one watertight and flexible and/or elastic material being arranged on the profiles and/or connected to the profiles to form a buoyant cavity.
A hydrocarbon soluble metal composition comprising of reaction products of a metal source, a lipophilic phenolic acid, a surfactant and an organophosphorus compound and is having formula: MLxQyPz, wherein: M is a metal source; L is a ligand selected from the group containing lipophilic phenolic acid; x ranges from 0.5 to 2; Q is a surfactant selected from the group containing quaternary ammonium phosphonium salt and combination thereof; y ranges from 0.5 to 1.5; P is an organophosphorus compound; and z ranges from 0.5 to 1.5; wherein the metal source is salt of metal selected from the group consisting of vanadium, molybdenum (Mo), tungsten and combinations thereof; wherein the organophosphorus compound is selected from the group consisting of organophosphine, organophosphine oxide, organophosphinite, organophosphonite, organophosphinate, organophosphite, organophosphonate, organophosphate and organophosphoramidate, organic trithiophosphites, organic thiophosphates, triphenylphosphine sulfide, triphenylphosphine selenide, triphenylphosphine phenylimide, and combinations thereof. M is a metal source; L is a ligand selected from the group containing lipophilic phenolic acid; x ranges from 0.5 to 2; Q is a surfactant selected from the group containing quaternary ammonium phosphonium salt and combination thereof; y ranges from 0.5 to 1.5; P is an organophosphorus compound; and z ranges from 0.5 to 1.5; wherein the metal source is salt of metal selected from the group consisting of vanadium, molybdenum (Mo), tungsten and combinations thereof; wherein the organophosphorus compound is selected from the group consisting of organophosphine, organophosphine oxide, organophosphinite, organophosphonite, organophosphinate, organophosphite, organophosphonate, organophosphate and organophosphoramidate, organic trithiophosphites, organic thiophosphates, triphenylphosphine sulfide, triphenylphosphine selenide, triphenylphosphine phenylimide, and combinations thereof.
A chemical compound blocking the Casein Kinase 2 mediated phosphorylation, for use as a medicament, wherein the compound is selected from -3,5,5-trimethylcyclohex-2-en-1-one semicarbazone, N -(4-amino-2,6-dihydroxypyrimidin-5-yl)- N '-isopropylthiourea, N -butyl- N '-(2-furylmethyl)urea, 3-({[2-carboxyethyl)amino] carbonyl}amino)propanoic acid, 1-(2-chloroethyl)-3-(cyanomethyl)urea, (2 E)-1-(1H-indol-3-yl)acetone thiosemicarbazone, (1 E,4 E)-1-phenylhex-4-en-1-one semicarbazone, 1-(2,5-dioxoimidazolidin-4-yl)-3-(hydroxymethyl)urea, 1- tert -butyl-3-(2-chloroethyl)urea, 1-(2-chloroethyl)-3-(1-methyl-l-phenylethyl)urea, 1-(2-chloroethyl)-3-[1,1-dimethyl-2-(methylsulfonyl)ethyl]urea, (1 E, 1 E ')-2,2'-(2,4-dioxopyrimidine-1,3(2 H,4 H)-diyl)diacetaldehyde dithiosemicarbazone, and 1-(2,5-dioxoimidazolidin-4-yl)- N- [3-(trifluoromethyl)phenyl]methanesulfonamide.
A hybrid drive system for a vehicle, the system comprising an internal combustion engine and a drive motor each operable to propel the vehicle, an energy storage device for storing energy to power the drive motor, a driver operable accelerator control moveable from a zero to a maximum position to control the drive system, an arrangement for increasing resistance to movement of the accelerator control at at least one selected position in its travel thereby to divide the travel of the control into two or more parts and a controller arranged to control the internal combustion engine and drive motor in dependence on the position of the driver's control wherein the controller is arranged to control the internal combustion engine and drive motor according to a respective different mode of operation when the accelerator control is in each part of its travel, the arrangement for increasing resistance to movement of the accelerator control is under the control of the controller and may be disengaged by the controller to allow for movement of the accelerator control throughout its range of travel without any temporary increase in resistance at one or more selected positions and characterised in that the controller is arranged to control the internal combustion engine and drive motor according to a respective different mode of operation when the accelerator control is in each part of its travel only during acceleration of the vehicle from rest.
An energy recovery device for a motor vehicle comprising: a waste heat source; a waste heat utilization circuit, preferably a Clausius Rankine waste heat utilization circuit, wherein the waste heat utilization circuit is configured to convert waste heat from the waste heat source to mechanical energy; a cooling circuit which comprises a coolant pump and a first cooler and in which a component (36, 38) to be cooled, preferably a drive device, is integrated; and a cooling section branch which branches off from the cooling circuit, the cooling section branch comprising a second cooler and, directly downstream of the second cooler, a heat exchanger which is connected in a heat-transferring manner to a working medium of the waste heat utilization circuit for cooling the working medium, characterized in that the first cooler and the second cooler are hydraulically and thermally separated from one another by a partition wall; and the first cooler and the second cooler are accommodated in a common cooler box. a waste heat source; a waste heat utilization circuit, preferably a Clausius Rankine waste heat utilization circuit, wherein the waste heat utilization circuit is configured to convert waste heat from the waste heat source to mechanical energy; a cooling circuit which comprises a coolant pump and a first cooler and in which a component (36, 38) to be cooled, preferably a drive device, is integrated; and a cooling section branch which branches off from the cooling circuit, the cooling section branch comprising a second cooler and, directly downstream of the second cooler, a heat exchanger which is connected in a heat-transferring manner to a working medium of the waste heat utilization circuit for cooling the working medium, characterized in that the first cooler and the second cooler are hydraulically and thermally separated from one another by a partition wall; and the first cooler and the second cooler are accommodated in a common cooler box.