mhurhangee/ep-ind-claims huggingface dataset:
A method for analyzing a cell, comprising: (a) labeling said cell with a cell nucleic acid barcode sequence to generate a labeled cell, wherein a cell nucleic acid barcode molecule comprises said cell nucleic acid barcode sequence and a lipophilic moiety; (b) generating a partition comprising said labeled cell and a plurality of partition nucleic acid barcode molecules, wherein each partition nucleic acid barcode molecule of said plurality of partition nucleic acid barcode molecules comprises a partition nucleic acid barcode sequence; (c) permeabilizing or lysing said cell to provide access to a plurality of nucleic acid molecules therein; (d) generating (i) a barcoded nucleic acid molecule comprising said cell nucleic acid barcode sequence, or a complement thereof, and said partition nucleic acid barcode sequence, or a complement thereof, and (ii) a plurality of barcoded nucleic acid products each comprising a sequence of a nucleic acid molecule of said plurality of nucleic acid molecules and said partition nucleic acid barcode sequence, or a complement thereof; and (e) identifying said plurality of nucleic acid molecules as originating from said cell. (a) labeling said cell with a cell nucleic acid barcode sequence to generate a labeled cell, wherein a cell nucleic acid barcode molecule comprises said cell nucleic acid barcode sequence and a lipophilic moiety; (b) generating a partition comprising said labeled cell and a plurality of partition nucleic acid barcode molecules, wherein each partition nucleic acid barcode molecule of said plurality of partition nucleic acid barcode molecules comprises a partition nucleic acid barcode sequence; (c) permeabilizing or lysing said cell to provide access to a plurality of nucleic acid molecules therein; (d) generating (i) a barcoded nucleic acid molecule comprising said cell nucleic acid barcode sequence, or a complement thereof, and said partition nucleic acid barcode sequence, or a complement thereof, and (ii) a plurality of barcoded nucleic acid products each comprising a sequence of a nucleic acid molecule of said plurality of nucleic acid molecules and said partition nucleic acid barcode sequence, or a complement thereof; and (e) identifying said plurality of nucleic acid molecules as originating from said cell.
A process for preparing a working fluid for heat cycle, which contains trifluoroethylene and 2,3,3,3-tetrafluoropropene, wherein the total proportion of trifluoroethylene and 2,3,3,3-tetrafluoropropene based on the entire amount of the working fluid is from 70 to 100 mass%, and the proportion of trifluoroethylene based on the total amount of trifluoroethylene and 2,3,3,3-tetrafluoropropene is from 35 to 95 mass%, the process comprising mixing trifluoroethylene and 2,3,3,3-tetrafluoropropene.
A method for treating small DNA to quantify DNA methylation, the method comprising: a) contacting a sample comprising small DNA with a sulfonation reagent to produce sulfonated small DNA, wherein said sulfonation reagent comprises ammonium hydrogen sulfite; b) binding said sulfonated small DNA to a magnetic bead in an alcohol-free binding buffer comprising guanidine hydrochloride to produce bead-bound sulfonated small DNA; c) contacting bead-bound small DNA with a desulfonation reagent to produce converted small DNA; and d) quantifying DNA methylation if present, in the converted small DNA; wherein said small DNA is 200 or fewer bases in length. a) contacting a sample comprising small DNA with a sulfonation reagent to produce sulfonated small DNA, wherein said sulfonation reagent comprises ammonium hydrogen sulfite; b) binding said sulfonated small DNA to a magnetic bead in an alcohol-free binding buffer comprising guanidine hydrochloride to produce bead-bound sulfonated small DNA; c) contacting bead-bound small DNA with a desulfonation reagent to produce converted small DNA; and d) quantifying DNA methylation if present, in the converted small DNA;
An electrode body for a solar cell comprising a substrate with a conductive part at least on the surface and a conductive polymer layer located on the conductive part of the substrate, wherein the conductive polymer layer comprises: a polymer derived from at least one monomer selected from the group consisting of 3,4-disubstituted thiophenes; and an anion as a dopant to the polymer generated from at least one organic non-sulfonate compound having an anion with the molecular weight of 200 or more, characterized in that the density of the conductive polymer layer is within the range of 1.15 to 1.80 g/cm 3. a polymer derived from at least one monomer selected from the group consisting of 3,4-disubstituted thiophenes; and an anion as a dopant to the polymer generated from at least one organic non-sulfonate compound having an anion with the molecular weight of 200 or more,
Forestry winch with controlled decoiling of a towing cable, comprising a frame on which a winding drum with a towing cable wound thereon is rotationally embedded and adapted to be driven by means of a cardan joint of a tractor and controlled by means of a clutch and a brake, and further comprising an upper pulley block with an integrated motor driven upper pulley and an lower pulley block with an integrated freely rotatable pulley, so that said towing cable extends from said winding drum via the upper pulley block and the lower pulley block towards each disposable load, characterized in that an additional roller member is arranged in the area between the upper pulley block and the lower pulley block, and is adapted to be rolled along the surface of each disposable towing cable, wherein said roller member, when resting on said surface of the towing cable, is pivotally i.e. with the possibility of swiveling between its first and second position mounted on said upper pulley block, and is - either thanks to elastic supporting thereof, in particular by means of a spring, forced to remain in its first position, in which a tangent to its circumferential surface is aligned with a tangent to the pulley of the upper pulley block and with a tangent to the pulley of the lower pulley block and therewith with a direction of the towing cable extending via the pulley of the upper pulley block and the pulley of the lower pulley block; - or is, thanks to elastic supporting thereof, swiveled from said first position, in which a tangent to its circumferential surface is aligned with a tangent to the pulley of the upper pulley block and with a tangent to the pulley of the lower pulley block and therewith with a direction of the towing cable extending via the pulley of the upper pulley block and the pulley of the lower pulley block, to its second position, which indicates that the towing cable between the upper pulley block and the lower pulley block is not tensioned, and in that said winch further comprising a sensor which is adapted for detecting each position of said additional roller member, namely at least for detecting, whether said roller member is located in its first or second position. - either thanks to elastic supporting thereof, in particular by means of a spring, forced to remain in its first position, in which a tangent to its circumferential surface is aligned with a tangent to the pulley of the upper pulley block and with a tangent to the pulley of the lower pulley block and therewith with a direction of the towing cable extending via the pulley of the upper pulley block and the pulley of the lower pulley block; - or is, thanks to elastic supporting thereof, swiveled from said first position, in which a tangent to its circumferential surface is aligned with a tangent to the pulley of the upper pulley block and with a tangent to the pulley of the lower pulley block and therewith with a direction of the towing cable extending via the pulley of the upper pulley block and the pulley of the lower pulley block, to its second position, which indicates that the towing cable between the upper pulley block and the lower pulley block is not tensioned,
A wire harness routing method comprising: preparing a gutter-like protector base whose an upper face is open, and routing a wire harness inside the protector base so as to extend in a longitudinal direction of the protector base; winding a wire harness-protective tape around an outer periphery of the wire harness at a position outside an end portion of the protector base in the longitudinal direction; putting, in a state that the wire harness-protective tape has been wound around the outer periphery of the wire harness, a cover on the protector base so as to cover the open upper face of the protector base; and characterized by fixing, by a fixing unit, at a position where the tape is wound, the wire harness to a wire harness-fixed protruding piece protruding outward in the longitudinal direction from an end portion of the cover in the longitudinal direction, wherein the wire harness-fixed protruding piece has an L-shaped cross section when viewed from the front in the longitudinal direction of the cover, and includes a protruding piece upper wall flush with the upper wall of the cover 20 and a protruding piece side wall parallel to the side wall of the cover, wherein the protruding piece side wall is provided at a position inside the side wall of the cover, wherein a recessed portion for positioning the fixing unit is provided at a lower end edge of the protruding piece side wall, and wherein the wire harness is accommodated in an inner corner space of the protruding piece and the wire harness is fixed to the wire harness-fixed protruding piece on the cover side. preparing a gutter-like protector base whose an upper face is open, and routing a wire harness inside the protector base so as to extend in a longitudinal direction of the protector base; winding a wire harness-protective tape around an outer periphery of the wire harness at a position outside an end portion of the protector base in the longitudinal direction; putting, in a state that the wire harness-protective tape has been wound around the outer periphery of the wire harness, a cover on the protector base so as to cover the open upper face of the protector base; and characterized by fixing, by a fixing unit, at a position where the tape is wound, the wire harness to a wire harness-fixed protruding piece protruding outward in the longitudinal direction from an end portion of the cover in the longitudinal direction, wherein the wire harness-fixed protruding piece has an L-shaped cross section when viewed from the front in the longitudinal direction of the cover, and includes a protruding piece upper wall flush with the upper wall of the cover 20 and a protruding piece side wall parallel to the side wall of the cover, wherein the protruding piece side wall is provided at a position inside the side wall of the cover, wherein a recessed portion for positioning the fixing unit is provided at a lower end edge of the protruding piece side wall, and wherein the wire harness is accommodated in an inner corner space of the protruding piece and the wire harness is fixed to the wire harness-fixed protruding piece on the cover side.
An autonomous vehicle (100, 120, 150, 160, 170, 180), comprising: a first structural section (125, 175) of the autonomous vehicle including a first propulsion unit, a first steering unit and a first sensor unit; a second structural section of the autonomous vehicle including a second propulsion unit, a second steering unit and a second sensor unit; one or more couplings (810, 812) configured to couple the first structural section and the second structural section to form the autonomous vehicle, wherein at least one of the one or more couplings comprises an electrical coupling to electrically connect the first structural section to the second structural section, the electrical coupling being configured to transmit at least one of signals, data, or electrical power between the first structural section and the second structural section, and two or more autonomous vehicle controllers including a first autonomous vehicle controller disposed within the first structural section, and a second autonomous vehicle controller disposed in the second structural section, the first autonomous vehicle controller being electrically coupled with the first propulsion unit, the first steering unit, and the first sensor unit, the second autonomous vehicle controller being electrically coupled with the second propulsion unit, the second steering unit, and the second sensor unit, wherein the first sensor unit comprises at least one of a lidar sensor, an image sensor, or a radar sensor, and the second sensor unit comprises at least one of a lidar sensor, an image sensor, or a radar sensor. a first structural section (125, 175) of the autonomous vehicle including a first propulsion unit, a first steering unit and a first sensor unit; a second structural section of the autonomous vehicle including a second propulsion unit, a second steering unit and a second sensor unit; one or more couplings (810, 812) configured to couple the first structural section and the second structural section to form the autonomous vehicle, wherein at least one of the one or more couplings comprises an electrical coupling to electrically connect the first structural section to the second structural section, the electrical coupling being configured to transmit at least one of signals, data, or electrical power between the first structural section and the second structural section, and two or more autonomous vehicle controllers including a first autonomous vehicle controller disposed within the first structural section, and a second autonomous vehicle controller disposed in the second structural section, the first autonomous vehicle controller being electrically coupled with the first propulsion unit, the first steering unit, and the first sensor unit, the second autonomous vehicle controller being electrically coupled with the second propulsion unit, the second steering unit, and the second sensor unit, wherein the first sensor unit comprises at least one of a lidar sensor, an image sensor, or a radar sensor, and the second sensor unit comprises at least one of a lidar sensor, an image sensor, or a radar sensor.
A telescoping assembly of a drug delivery injector, comprising: a rotatable internal screw; a pushing nut screw nested together with the internal screw, whereby the pushing nut screw is configured to move linearly with respect to the internal screw upon application of rotation to at least one of the internal screw and the pushing nut screw; a pushing nut cover attached to a plunger in a cartridge of the injector; and a mid screw nested and threaded together with the internal screw and the pushing nut screw, characterized by the pushing nut screw being retracted away from the pushing nut cover in a transport configuration of the assembly, whereby there is a gap therebetween; wherein a first few threads of the internal screw are configured with increased friction against rotation in relation to remaining threads of the internal screw, thereby initially resisting linear movement of the pushing nut screw through the gap before the pushing nut screw is linearly moved into a position to engage the pushing nut cover, wherein the mid screw is configured to move linearly with respect to the internal screw upon application of rotation to the internal screw. a rotatable internal screw; a pushing nut screw nested together with the internal screw, whereby the pushing nut screw is configured to move linearly with respect to the internal screw upon application of rotation to at least one of the internal screw and the pushing nut screw; a pushing nut cover attached to a plunger in a cartridge of the injector; and a mid screw nested and threaded together with the internal screw and the pushing nut screw, characterized by the pushing nut screw being retracted away from the pushing nut cover in a transport configuration of the assembly, whereby there is a gap therebetween; wherein a first few threads of the internal screw are configured with increased friction against rotation in relation to remaining threads of the internal screw, thereby initially resisting linear movement of the pushing nut screw through the gap before the pushing nut screw is linearly moved into a position to engage the pushing nut cover, wherein the mid screw is configured to move linearly with respect to the internal screw upon application of rotation to the internal screw.
Recessed luminaire comprising at least one joint head and at least one joint socket, wherein the joint socket comprises a joint socket sidewall having a joint socket inner surface, wherein the joint socket sidewall has a first radius between an upper socket end and a lower socket end and a joint head sidewall of the joint head has a second radius and wherein the first radius is smaller than the second radius, wherein the joint socket inner surface comprises at least one bead-like contact attachment for at least partial abutting the joint head.
A method for producing an electrical impedance tomographic image of an acoustic field within a fluid, comprising the steps of: a) positioning a plurality of electrodes within a fluid, said plurality of electrodes being arranged to produce an electrical impedance tomographic image of an acoustic field within the fluid; b) applying an electrical signal to each electrode within a first subset of electrodes, wherein the electrical signal applied to each electrode has a different carrier frequency and/or phase; c) measuring the electrical potential at each electrode within a second subset of electrodes; d) calculating the electrical impedance between a plurality of pairs of electrodes, wherein a first electrode of each pair is selected from the first subset and a second electrode of each pair is selected from the second subset; and e) processing the measured data to provide an acoustic map of the acoustic field at the required acoustic frequencies. a) positioning a plurality of electrodes within a fluid, said plurality of electrodes being arranged to produce an electrical impedance tomographic image of an acoustic field within the fluid; b) applying an electrical signal to each electrode within a first subset of electrodes, wherein the electrical signal applied to each electrode has a different carrier frequency and/or phase; c) measuring the electrical potential at each electrode within a second subset of electrodes; d) calculating the electrical impedance between a plurality of pairs of electrodes, wherein a first electrode of each pair is selected from the first subset and a second electrode of each pair is selected from the second subset; and e) processing the measured data to provide an acoustic map of the acoustic field at the required acoustic frequencies.
A device for fastening a bracelet to a watch case, comprising: - a first half-link comprising a first fastening portion arranged to be removably fastened to an attachment portion of the watch case formed for example by a first bar, - a second fastening portion arranged to fasten the bracelet, the device being characterized by, - a second half-link mounted in sliding connection on the first half-link, so as to form a movable locking member between: - an open position in which the second half-link allows the first fastening portion to be fastened to or unfastened from the watch case, and - a locked position in which the second half-link cooperates with the first fastening portion to lock it on the watch case, and by - elastic return means arranged to return the second half-link to the locked position. - a first half-link comprising a first fastening portion arranged to be removably fastened to an attachment portion of the watch case formed for example by a first bar, - a second fastening portion arranged to fasten the bracelet, the device being characterized by, - a second half-link mounted in sliding connection on the first half-link, so as to form a movable locking member between: - an open position in which the second half-link allows the first fastening portion to be fastened to or unfastened from the watch case, and - a locked position in which the second half-link cooperates with the first fastening portion to lock it on the watch case, and by - elastic return means arranged to return the second half-link to the locked position.
A construction system for a wall or floor or roof comprising: a set of studs having side and edge surfaces, at least some of said set of studs each comprising a series of panel engagement features protruding from an edge of the stud, panel elements (31, 70, 100) having apertures (35, 72, 73) to receive said panel engagement features so that the panel engagement features protrude through the panel element apertures (35, 72, 73), and retainers for engaging said panel engagement features and pressing against an outside surface of a panel element (31, 70, 100) and towards the studs with a compression force to form a compression joint, characterized in that said panel engagement features each comprises a portion extending distally from the stud edge and a portion extending laterally, and configured so that the retainer fits within a space bordered by said portions with a tight fit so that said compression force is applied, and in that the retainer is in the form of a tongue configured for engagement with a friction fit with the panel engagement feature. a set of studs having side and edge surfaces, at least some of said set of studs each comprising a series of panel engagement features protruding from an edge of the stud, panel elements (31, 70, 100) having apertures (35, 72, 73) to receive said panel engagement features so that the panel engagement features protrude through the panel element apertures (35, 72, 73), and retainers for engaging said panel engagement features and pressing against an outside surface of a panel element (31, 70, 100) and towards the studs with a compression force to form a compression joint, characterized in that said panel engagement features each comprises a portion extending distally from the stud edge and a portion extending laterally, and configured so that the retainer fits within a space bordered by said portions with a tight fit so that said compression force is applied, and in that the retainer is in the form of a tongue configured for engagement with a friction fit with the panel engagement feature.
Running gear with a cladding arrangement having at least one first cladding part for a vehicle, in particular a rail vehicle, which is connected via at least one connecting means to a running gear component, characterised in that at least one first heating device, which is directed into a running gear hollow formed by at least the first cladding part, is connected to the at least first cladding part.
A process for the acid-catalysed dehydration of ethanol, the process comprising the steps of: (a) distilling an ethanol feedstock comprising at least one nitrogen-containing contaminant to form an overhead stream and a bottom stream comprising ethanol, wherein the distillation has a reflux ratio of at least 20:1; and (b) reacting the bottom stream in the presence of an acid catalyst to form a product stream comprising ethylene and/or diethyl ether; wherein the nitrogen-containing contaminant comprises, or is, acetonitrile and the ethanol feedstock comprises 50 ppmw or less of nitrogen. (a) distilling an ethanol feedstock comprising at least one nitrogen-containing contaminant to form an overhead stream and a bottom stream comprising ethanol, wherein the distillation has a reflux ratio of at least 20:1; and (b) reacting the bottom stream in the presence of an acid catalyst to form a product stream comprising ethylene and/or diethyl ether; wherein the nitrogen-containing contaminant comprises, or is, acetonitrile and the ethanol feedstock comprises 50 ppmw or less of nitrogen.