mhurhangee/ep-ind-claims huggingface dataset:
A rope ladder with a first braided rope, a second braided rope, and a plurality of ladder steps, comprising: at least one first ladder step connecting element that is mounted to the first braided rope, at least one second ladder step connecting element that is mounted to the second braided rope, and at least one associated ladder step of the plurality of ladder steps that couples the at least one first ladder step connecting element with the at least one second ladder step connecting element; characterized in that the at least one first ladder step connecting element is braided into the first braided rope and the at least one second ladder step connecting element is braided into the second braided rope, and wherein the at least one associated ladder step of the plurality of ladder steps fixes the at least one first ladder step connecting element in the first braided rope and the at least one second ladder step connecting element in the second braided rope. at least one first ladder step connecting element that is mounted to the first braided rope, at least one second ladder step connecting element that is mounted to the second braided rope, and at least one associated ladder step of the plurality of ladder steps that couples the at least one first ladder step connecting element with the at least one second ladder step connecting element; characterized in that the at least one first ladder step connecting element is braided into the first braided rope and the at least one second ladder step connecting element is braided into the second braided rope, and wherein the at least one associated ladder step of the plurality of ladder steps fixes the at least one first ladder step connecting element in the first braided rope and the at least one second ladder step connecting element in the second braided rope.
A method for providing a tactile effect to a display of a computing device, the method comprising: receiving an indication of a request to provide a tactile effect for one or more of a formatting property, a structure, or a user interface element; reading the formatting property or structure using one or more of: file formats; tags; or specifiers; mapping a first tactile effect to the formatting property, structure, or user interface element; applying the first tactile effect to the display, wherein the first tactile effect to the display comprises producing a change to the display that is detectable by touch, at a location of or proximate to one or more elements comprising the formatting property or structure, to the user interface element, or in a tactile information area; wherein the step of receiving an indication of a request to provide a tactile effect for a formatting property or a structure further comprises: receiving an indication of a selection of an element in a document; and receiving an indication of a request to provide a tactile effect for the other elements in the document not comprising the same formatting property, structure, or combination of properties and structure as the selected element. file formats; tags; or specifiers; mapping a first tactile effect to the formatting property, structure, or user interface element; applying the first tactile effect to the display, wherein the first tactile effect to the display comprises producing a change to the display that is detectable by touch, at a location of or proximate to one or more elements comprising the formatting property or structure, to the user interface element, or in a tactile information area; wherein the step of receiving an indication of a request to provide a tactile effect for a formatting property or a structure further comprises: receiving an indication of a selection of an element in a document; and receiving an indication of a request to provide a tactile effect for the other elements in the document not comprising the same formatting property, structure, or combination of properties and structure as the selected element. receiving an indication of a selection of an element in a document; and receiving an indication of a request to provide a tactile effect for the other elements in the document not comprising the same formatting property, structure, or combination of properties and structure as the selected element.
Power supply unit for generating a secondary-side output voltage from a primary-side mains voltage using a voltage converter with galvanic isolation, the power supply unit comprising a switch element for connecting the voltage converter with and/or for separating the voltage converter from the primary-side mains voltage and a control unit for driving the switch element, characterized in that a measuring device for measuring an impedance (Zp, Zs) of the voltage converter is provided, which comprises a signal generator for applying the primary circuit of the voltage converter with a time-varying voltage, a measuring resistor connected in series with the signal generator is provided, wherein the measuring device is adapted to determine a phase shift of a signal tapped at the measuring resistor with respect to a signal output by the signal generator as a measure for the impedance (Zp, Zs), and the control unit is adapted to switch-on and/or switch-off the switch element depending on the measured impedance (Zp, Zs).
An aircraft propulsion system comprising a gas turbine engine arranged to provide propulsive thrust and a fuel cell system having an air input port, wherein the aircraft propulsion system is configured such that bleed air from a compressor of the gas turbine engine is provided to the air input port of the fuel cell system during operation of the aircraft propulsion system, characterised in that the gas turbine engine comprises a heat-exchanger disposed between consecutive compressor stages of the gas turbine engine and in that the aircraft propulsion system is arranged such that in operation thereof gaseous output comprising water vapour produced at an output port of the fuel cell system is provided to the heat-exchanger to provide cooling of compressed air between said consecutive compressor stages.
Separating device (1, 10, 14) for separating magnetisable particles and non-magnetizable particles transported in a suspension flowing through a separating channel, having at least one permanent magnet arranged on only one side of the separating channel for generating a magnetic field gradient which deflects magnetizable particles to said side, wherein a yoke taken around the separating channel to the side opposite from the permanent magnet is provided for closing the magnetic circuit from the permanent magnet to the side of the separating channel that is opposite from the permanent magnet, wherein the surface of the yoke that is opposite from the permanent magnet and adjacent to the separating channel is larger than the surface of the permanent magnet that is facing the separating channel
An electric power converter comprising: a power semiconductor module (300a-c) including a power semiconductor element configured to convert a direct current into an alternating current; a capacitor module including a capacitor element (560a-g) configured to smooth the direct current; and a cooling body (12, 12d-f) configured to cool the power semiconductor module (300a-c) and the capacitor module, wherein the capacitor module includes a case having the approximately rectangular shape, forming an opening in one surface, and including a space for housing the capacitor element (560a-g), and a DC conductor (558, 559) for electrically connecting the power semiconductor element and the capacitor element (560a-g), and the cooling body (12, 12d-f) is formed outside of the case to face a bottom surface of the case, which is the surface facing the surface of the case in which the opening is formed, and two side surfaces (502e, 502f) of the case, the two side surfaces (502e, 502f) facing each other, characterized in that the DC conductor (558, 559) is formed between the capacitor element (560a-g) and the case, and along the bottom surface and the two side surfaces (502e, 502f) of the case. a power semiconductor module (300a-c) including a power semiconductor element configured to convert a direct current into an alternating current; a capacitor module including a capacitor element (560a-g) configured to smooth the direct current; and a cooling body (12, 12d-f) configured to cool the power semiconductor module (300a-c) and the capacitor module, wherein the capacitor module includes a case having the approximately rectangular shape, forming an opening in one surface, and including a space for housing the capacitor element (560a-g), and a DC conductor (558, 559) for electrically connecting the power semiconductor element and the capacitor element (560a-g), and the cooling body (12, 12d-f) is formed outside of the case to face a bottom surface of the case, which is the surface facing the surface of the case in which the opening is formed, and two side surfaces (502e, 502f) of the case, the two side surfaces (502e, 502f) facing each other, characterized in that the DC conductor (558, 559) is formed between the capacitor element (560a-g) and the case, and along the bottom surface and the two side surfaces (502e, 502f) of the case.
Hearing-aid device comprising a plurality of optical microphones (M1, M2, M3), which are connected to a common optical fibre, characterized in that - the hearing-aid device has a polarization apparatus such that the light from a first one of the plurality of optical microphones (M1, M2, M3) is polarizable in a different way to the light from a second one of the plurality of optical microphones (M1, M2, M3), or - the membranes of the plurality of optical microphones (M1, M2, M3), each have a different degree of reflection. - the hearing-aid device has a polarization apparatus such that the light from a first one of the plurality of optical microphones (M1, M2, M3) is polarizable in a different way to the light from a second one of the plurality of optical microphones (M1, M2, M3), or - the membranes of the plurality of optical microphones (M1, M2, M3), each have a different degree of reflection.
Light system with a cooling device for at least one light source and a respective optical component, where the cooling device comprises a heat sink featuring at least one contact surface for the intake of heat from the at least one light source and at least one cooling element for the release of the heat taken in, where the heat sink features a mechanical interface that is designed for optional arrangement at counter-interfaces of at least two different optical components, where the mechanical interface features at least one contact surface for installation on at least one counter-contact surface of the respective optical component, characterized in that the at least one contact surface with the at least one counter contact surface forms a guide that takes the form of guiding a rib in a groove and the guide features an installation orientation, where the guide features a tapering of the geometrical dimensions in the installation orientation in order to increase the guide force between the at least one contact surface and the at least one counter contact surface and as a result to increase a contact pressure between the rib and the groove
A method of recovering scandium, comprising: a washing step of washing a mixture containing scandium hydroxide, scandium oxide and/or scandium carbonate and manganese hydroxide, manganese oxide and/or manganese carbonate; and a dissolution step of dissolving a post-washing sediment obtained after washing in the washing step, in an acid; wherein the mixture is a neutralized sediment generated when an acidic mine wastewater containing sulfur components is neutralized, and the washing step comprises a step of washing the mixture with a washing liquid until the pH of a post-washing liquid obtained after washing in the washing step becomes 6 or more.
Method for automatically processing a number of log files (P1 to Pn) of different types of an automation system of a technical facility, comprising the following steps: - Determining at least one message part (N1 to Nn) of each data set (D1 to Dn) of a log file (P1 to Pn) by: - Concatenating all the contents of the respective data set (D1 to Dn) of the log file (P1 to Pn), - Summarising the data sets (D1 to Dn) of all log files (P1 to Pn) in a summary file, - Chronological sorting of the data sets (D1 to Dn) of all log files (P1 to Pn) in the summary file, - Compressing each data set (D1 to Dn) in the summary file, - Coding the compressed data sets (D1 to Dn) in the summary file by at least one or more numeric, alphabetic or alphanumeric code(s) (Kx), - Sorting and assigning the compressed data sets (D1 to Dn), on the basis of the numeric, alphabetic or alphanumeric code(s) (Kx) established, to at least one group (Gy) with an associated group code (KGy), and - Decoding the group code (KGy) of the assigned group (Gy) and output of the decoded group code (KGy) as alphanumeric message part (N1 to Nn) of the log file (P1 to Pn), and - Storage of the alphanumeric message part (N1 to Nn) of the log file (P1 to Pn) in a memory. - Determining at least one message part (N1 to Nn) of each data set (D1 to Dn) of a log file (P1 to Pn) by: - Concatenating all the contents of the respective data set (D1 to Dn) of the log file (P1 to Pn), - Summarising the data sets (D1 to Dn) of all log files (P1 to Pn) in a summary file, - Chronological sorting of the data sets (D1 to Dn) of all log files (P1 to Pn) in the summary file, - Compressing each data set (D1 to Dn) in the summary file, - Coding the compressed data sets (D1 to Dn) in the summary file by at least one or more numeric, alphabetic or alphanumeric code(s) (Kx), - Sorting and assigning the compressed data sets (D1 to Dn), on the basis of the numeric, alphabetic or alphanumeric code(s) (Kx) established, to at least one group (Gy) with an associated group code (KGy), and - Decoding the group code (KGy) of the assigned group (Gy) and output of the decoded group code (KGy) as alphanumeric message part (N1 to Nn) of the log file (P1 to Pn), and - Storage of the alphanumeric message part (N1 to Nn) of the log file (P1 to Pn) in a memory.
A composite platform for a fan of an aircraft turbine engine, comprising a wall of elongated shape and configured to extend between two fan vanes, this wall comprising an aerodynamic external face and an internal face on which is located an attachment tab configured to be attached to a fan disc, characterised in that said attachment tab is formed in one part with a metallic framework which comprises a plate which has an elongated shape and which extends over more than 50% of the longitudinal extent of the wall, this wall being produced by over-moulding a resin onto the plate so that it is integrated into the wall.
A method for selecting a cancer patient for treatment with Seneca Valley Virus, comprising: determining expression level of ANTXR1 in a cancerous tissue obtained from the cancer patient; and designating the cancer patient as a candidate for treatment with SVV if normal levels or elevated levels of ANTXR1 expression are detected in the cancerous tissue. determining expression level of ANTXR1 in a cancerous tissue obtained from the cancer patient; and designating the cancer patient as a candidate for treatment with SVV if normal levels or elevated levels of ANTXR1 expression are detected in the cancerous tissue.
Device for compacting a sliver on a spinning machine, the sliver being delivered by a pair of delivery rollers (7, 8) of a drafting system unit to a suctioned guide surface of a suction zone of a subsequent driven, revolving compaction element that is acted on by suction air, at least one rotatably supported nip roller being associated with the compaction element downstream from the suction zone to form a nip line, characterized in that the compaction element and the nip roller are rotatably supported on a shared support which is detachably fastened to the spinning machine via fastening means, and the revolving compaction element, which is provided with openings (Ö), has at least one drive element which forms a drive connection with the bottom roller of the pair of delivery rollers (7, 8) via a weighting device (55, 58) when the compaction element is transferred from an Idle position to an operating position, the support having a suction channel for the suction air of the compaction element, and a first end of the suction channel being connected to the compaction element, and a second end of the suction channel ending in the area of the support, by means of which the support in its installed position is fastened to the spinning machine.
High-pressure cylinder having an internal core or liner in plastic material and a surface covering consisting of one or more layers of composite material, partially incorporating a nozzle applied to the upper end portion of neck of the core shaped to receive at least one accessory, such as a tap, a valve, or other, said nozzle comprising an internal metal element and an external metal element which can be screwed one to the other to tighten on said neck of the core, characterised in that said neck of the core has a slight narrowing of diameter starting from its mouth, such as to determine an internal conical surface suitable for coupling with a corresponding external conical surface of the internal element of the nozzle, and an external conical surface suitable for coupling with a corresponding internal conical surface of a modular ring in plastic or elastomeric material placed between said neck and said external element of the nozzle, and in that said nozzle also comprises an annular protective element in plastic or elastomeric material, acting as a bearing, which is interposed between a widened enlarged base of the nozzle and the upper part of the core of the cylinder.
A printing apparatus comprising: a transport unit that has a fixing unit configured to hold a part of an elongated recording medium and wherein the transport unit is arranged to transport the recording medium to the fixing unit; a recording unit configured to discharge ink onto the recording medium and performs recording; and a cockle removing mechanism configured to remove a cockle on the recording medium when the recording medium is sent toward the fixing unit side, wherein the cockle removing mechanism has a first holding unit for holding one end portion of the recording medium in a lateral direction and a second holding unit for holding the other end portion of the recording medium in the lateral direction, wherein the first holding unit and the second holding unit are configured to apply stress to the recording medium in a separating direction from each other, wherein the first holding unit and the second holding unit have a needle shape, wherein the cockle removing mechanism includes an arcuate member, wherein the first holding unit and the second holding unit are provided on both end sides of the arcuate member, respectively, wherein the printing apparatus further comprises: a distance adjusting unit configured to adjust a distance between the first holding unit and the second holding unit, and wherein the fixing unit has an endless belt which has an adhesive surface on a side facing the recording medium. a transport unit that has a fixing unit configured to hold a part of an elongated recording medium and wherein the transport unit is arranged to transport the recording medium to the fixing unit; a recording unit configured to discharge ink onto the recording medium and performs recording; and a cockle removing mechanism configured to remove a cockle on the recording medium when the recording medium is sent toward the fixing unit side, wherein the cockle removing mechanism has a first holding unit for holding one end portion of the recording medium in a lateral direction and a second holding unit for holding the other end portion of the recording medium in the lateral direction, wherein the first holding unit and the second holding unit are configured to apply stress to the recording medium in a separating direction from each other, wherein the first holding unit and the second holding unit have a needle shape, wherein the cockle removing mechanism includes an arcuate member, wherein the first holding unit and the second holding unit are provided on both end sides of the arcuate member, respectively, wherein the printing apparatus further comprises: a distance adjusting unit configured to adjust a distance between the first holding unit and the second holding unit, and wherein the fixing unit has an endless belt which has an adhesive surface on a side facing the recording medium. a distance adjusting unit configured to adjust a distance between the first holding unit and the second holding unit, and wherein the fixing unit has an endless belt which has an adhesive surface on a side facing the recording medium.
An in vitro method for differentiating pluripotent stem cells comprising: (a) contacting a plurality of pluripotent stem cells with at least one inhibitor of transforming growth factor beta (TGFβ)/Activin-Nodal signaling; and (b) contacting the cells with at least one activator of Sonic hedgehog signaling and at least one activator of wingless (Wnt) signaling, wherein the concentration of the at least one activator of Wnt signaling is increased at least about 2 days from its initial contact with the cells; wherein the concentration of the at least one activator of Wnt signaling is increased by between about 100% and about 2000% of its initial concentration contacted with the cells, to obtain a population of differentiated cells expressing forkhead box protein A2 (FOXA2) and LIM homeobox transcription factor 1 alpha (LMX1A). (a) contacting a plurality of pluripotent stem cells with at least one inhibitor of transforming growth factor beta (TGFβ)/Activin-Nodal signaling; and (b) contacting the cells with at least one activator of Sonic hedgehog signaling and at least one activator of wingless (Wnt) signaling,
A method for in vitro obtaining human retinal progenitors, comprising the steps of: (i) placing an adherent culture of human pluripotent stem cells in the form of a colony-type monolayer reaching at least 80% confluence, - in an adherent culture system consisting of nutrient cells consisting of mitomycin-C inactivated mouse MEF feeder layer; - in a pro-neural medium that favors the maintenance and/or growth of neuronal cells, said pro-neural medium being composed of a nutrient medium supplemented with a N2 medium supplement; and (ii) maintaining this culture in said pro-neural medium until the appearance of pigmented cells and/or of neuroepithelial-like structures. (i) placing an adherent culture of human pluripotent stem cells in the form of a colony-type monolayer reaching at least 80% confluence, - in an adherent culture system consisting of nutrient cells consisting of mitomycin-C inactivated mouse MEF feeder layer; - in a pro-neural medium that favors the maintenance and/or growth of neuronal cells, said pro-neural medium being composed of a nutrient medium supplemented with a N2 medium supplement; and - in an adherent culture system consisting of nutrient cells consisting of mitomycin-C inactivated mouse MEF feeder layer; - in a pro-neural medium that favors the maintenance and/or growth of neuronal cells, said pro-neural medium being composed of a nutrient medium supplemented with a N2 medium supplement; and (ii) maintaining this culture in said pro-neural medium until the appearance of pigmented cells and/or of neuroepithelial-like structures.