mhurhangee/ep-ind-claims huggingface dataset:
A yarn producing apparatus for producing carbon nanotube yarn from carbon nanotube fibers while allowing the carbon nanotube fibers to run, the yarn producing apparatus comprising: a substrate support configured to support a carbon nanotube forming substrate, the carbon nanotube fibers being drawn from the carbon nanotube forming substrate; a preliminary aggregating unit configured to aggregate the carbon nanotube fibers while exerting resistive force on the carbon nanotube fibers against the running; and a twisting unit configured to twist the carbon nanotube fibers aggregated by the preliminary aggregating unit, characterized in that the preliminary aggregating unit includes an adjusting mechanism configured to adjust an aggregation state of the carbon nanotube fibers, and a plurality of assembly parts (12, 13) configured to form a through hole allowing the carbon nanotube fibers to pass through in contact with the through hole, and in that the adjusting mechanism adjusts the aggregation state of the carbon nanotube fibers by adjusting a positional relation between the assembly parts (12, 13) and adjusting an opening area of the through hole. a substrate support configured to support a carbon nanotube forming substrate, the carbon nanotube fibers being drawn from the carbon nanotube forming substrate; a preliminary aggregating unit configured to aggregate the carbon nanotube fibers while exerting resistive force on the carbon nanotube fibers against the running; and a twisting unit configured to twist the carbon nanotube fibers aggregated by the preliminary aggregating unit, characterized in that the preliminary aggregating unit includes an adjusting mechanism configured to adjust an aggregation state of the carbon nanotube fibers, and a plurality of assembly parts (12, 13) configured to form a through hole allowing the carbon nanotube fibers to pass through in contact with the through hole, and in that the adjusting mechanism adjusts the aggregation state of the carbon nanotube fibers by adjusting a positional relation between the assembly parts (12, 13) and adjusting an opening area of the through hole.
A method of forming an electrically-conductive, transparent solid material, said method comprising: (i) Providing a liquid composition comprising a matrix-forming material and a plurality of metal nanowires; and (ii) Forming said transparent solid material from said liquid composition, characterised in that the method comprises forming a free-standing film of said liquid composition and forming a solid free-standing film from the free-standing film of said liquid composition. (i) Providing a liquid composition comprising a matrix-forming material and a plurality of metal nanowires; and (ii) Forming said transparent solid material from said liquid composition,
A vehicle comprising a battery, a plug receiving portion for receiving a plug for supplying an electric power to be charged in said battery or a plug for receiving an electric power discharged from said battery, a lid for closing said plug receiving portion and a light for illuminating said plug receiving portion, characterized in that when the state of said vehicle becomes a running mode indicating a state that the running of said vehicle is permitted, said light is turned off.
Interior trim for vehicles with electrical conductors that comprises a shaped sandwich structure comprising the following superimposed layers: - a decorating covering forming the outer side of the interior trim, - a core comprising a first side (4.1), on which the decorative covering is placed, and a second side (4.2), - an electrical conductive sheet placed on the second side (4.2) of the core forming the inner side of the interior trim comprising: • a flexible carrier (5.1), • a first electrical conductive layer (5.2) screen printed on the flexible carrier (5.1) that defines the electrical conductors, • an impermeable protective layer (5.3) placed on the electrical conductive layers (5.2), where the interior trim comprises an edge (1.1) defined in the outer perimeter of the interior trim and/or in the perimeter of an opening placed in said interior trim, for connecting an electrical device to the electrical conductor through said edge (1.1), characterised in that: The first electrical conductive layer (5.2) comprises a first position (5.2.1) on which the electrical protective layer (5.3) is placed and a second portion (5.2.2) in which the protective layer (5.3) is absent where connection areas (6.1) are established for connecting the electrical device, where the connection areas (6.1) are inside the perimeter of the interior trim defined by the edge (1.1). - a decorating covering forming the outer side of the interior trim, - a core comprising a first side (4.1), on which the decorative covering is placed, and a second side (4.2), - an electrical conductive sheet placed on the second side (4.2) of the core forming the inner side of the interior trim comprising: • a flexible carrier (5.1), • a first electrical conductive layer (5.2) screen printed on the flexible carrier (5.1) that defines the electrical conductors, • an impermeable protective layer (5.3) placed on the electrical conductive layers (5.2), • a flexible carrier (5.1), • a first electrical conductive layer (5.2) screen printed on the flexible carrier (5.1) that defines the electrical conductors, • an impermeable protective layer (5.3) placed on the electrical conductive layers (5.2), The first electrical conductive layer (5.2) comprises a first position (5.2.1) on which the electrical protective layer (5.3) is placed and a second portion (5.2.2) in which the protective layer (5.3) is absent where connection areas (6.1) are established for connecting the electrical device, where the connection areas (6.1) are inside the perimeter of the interior trim defined by the edge (1.1).
Method for deinking recycled paper, comprising: - a pulping step consisting of putting said recycled paper into suspension with at least water to form a pulp, then - a flotation step consisting of circulating air bubbles in at least one chamber receiving said pulp, diluted in aqueous solution, so as to constitute two adjacent phases, the upper phase containing ink and intended to be removed, - a step of introducing at least one deinking agent during the pulping step and/or the flotation step, said method further comprising a step of introducing at least one dispersant of polyacrylate type, in an amount varying between 0.05 and 3.5 by wt% relative to the weight of the mineral fillers of the recycled paper. - a pulping step consisting of putting said recycled paper into suspension with at least water to form a pulp, then - a flotation step consisting of circulating air bubbles in at least one chamber receiving said pulp, diluted in aqueous solution, so as to constitute two adjacent phases, the upper phase containing ink and intended to be removed, - a step of introducing at least one deinking agent during the pulping step and/or the flotation step,
A method for transmitting a data stream, comprising: determining, by a first network device, according to a forwarding table, candidate forwarding ports for transmitting the data stream; determining, according to a priority level of the data stream and priority levels of the candidate forwarding ports, forwarding ports for transmitting the data stream, wherein the candidate forwarding ports are determined as the forwarding ports which can be used for transmitting the data stream, when the priority levels of the candidate forwarding ports are lower than or equal to the priority level of the data stream; and the candidate forwarding ports are not determined as the forwarding ports which can be used for transmitting the data stream, when the priority levels of the candidate forwarding ports are higher than the priority level of the data stream; transmitting the data stream through a first forwarding port of the forwarding ports; when the first forwarding port is congested, transmitting the data stream through a second forwarding port of the forwarding ports; wherein a priority level of the first forwarding port is higher than a priority level of the second forwarding port. determining, by a first network device, according to a forwarding table, candidate forwarding ports for transmitting the data stream; determining, according to a priority level of the data stream and priority levels of the candidate forwarding ports, forwarding ports for transmitting the data stream, wherein the candidate forwarding ports are determined as the forwarding ports which can be used for transmitting the data stream, when the priority levels of the candidate forwarding ports are lower than or equal to the priority level of the data stream; and the candidate forwarding ports are not determined as the forwarding ports which can be used for transmitting the data stream, when the priority levels of the candidate forwarding ports are higher than the priority level of the data stream; transmitting the data stream through a first forwarding port of the forwarding ports; when the first forwarding port is congested, transmitting the data stream through a second forwarding port of the forwarding ports; wherein a priority level of the first forwarding port is higher than a priority level of the second forwarding port.
An implantable blood pump comprising: a pump housing comprising a wall defining a blood flow conduit extending through the pump housing and an internal volume; a rotor comprising a magnet and disposed within the blood flow conduit; a magnetic core disposed in the internal volume and extending circumferentially around the blood flow conduit and the rotor, wherein the magnetic core terminates proximate to the wall; and a controller disposed in the internal volume; a continuous thermal pathway extending through the magnetic core between the controller and the wall for transferring heat to blood transiting the blood flow conduit; and characterised in that a thermal conductor thermally couples the controller to the magnetic core so as to provide a desired path of least resistance for heat flow generated by the blood pump to blood transitioning the blood flow conduit, wherein the thermal conductor comprises a thermal interface material, and wherein the thermal conductor has a thermal conductivity (k) of at least 5 W/(m ∗ K). a pump housing comprising a wall defining a blood flow conduit extending through the pump housing and an internal volume; a rotor comprising a magnet and disposed within the blood flow conduit; a magnetic core disposed in the internal volume and extending circumferentially around the blood flow conduit and the rotor, wherein the magnetic core terminates proximate to the wall; and a controller disposed in the internal volume; a continuous thermal pathway extending through the magnetic core between the controller and the wall for transferring heat to blood transiting the blood flow conduit; and characterised in that a thermal conductor thermally couples the controller to the magnetic core so as to provide a desired path of least resistance for heat flow generated by the blood pump to blood transitioning the blood flow conduit, wherein the thermal conductor comprises a thermal interface material, and wherein the thermal conductor has a thermal conductivity (k) of at least 5 W/(m ∗ K).
A lighting apparatus using light-emitting diodes (LEDs), the apparatus comprising: a housing in which an inner side surface is partitioned into a plurality of mounting surfaces and a plurality of cooling fins is prominently formed on an outer side surface; the lighting apparatus being characterized in that a plurality of light source blocks are provided with a plurality of LED modules on an outer surface of a plurality of angle adjusting blocks having multi-step inclined surfaces (133a, 133b), and mounted at positions selectively determined on the plurality of mounting surfaces of the housing so that light emitted from the LED modules can implement a predetermined light distribution type; and that it comprises a protection cover for covering a lower portion of the housing. a housing in which an inner side surface is partitioned into a plurality of mounting surfaces and a plurality of cooling fins is prominently formed on an outer side surface; the lighting apparatus being characterized in that a plurality of light source blocks are provided with a plurality of LED modules on an outer surface of a plurality of angle adjusting blocks having multi-step inclined surfaces (133a, 133b), and mounted at positions selectively determined on the plurality of mounting surfaces of the housing so that light emitted from the LED modules can implement a predetermined light distribution type; and that it comprises a protection cover for covering a lower portion of the housing.
A tungsten powder for an anode body of an electrolytic capacitor, the tungsten powder having tungsten silicide on the surface of the particles and having a silicon content of 0.05 to 7 mass%.
An apparatus comprising: multiple thermoelectric generating devices, wherein each of the TEG devices has a first surface configured to be positioned in thermal communication with an outer surface of a power cable and a second surface configured to be positioned proximate to an ambient environment around the power cable; and a set of terminals electrically coupled to the TEG devices, wherein, when a temperature differential exists between the first surface and the second surface, the TEG devices convert heat into electricity presented at the set of terminals, characterised in that the apparatus further comprises a power converter configured to receive a voltage and a current presented at the set of terminals and to convert the voltage and the current to an output voltage and an output current presented at converter terminals. multiple thermoelectric generating devices, wherein each of the TEG devices has a first surface configured to be positioned in thermal communication with an outer surface of a power cable and a second surface configured to be positioned proximate to an ambient environment around the power cable; and a set of terminals electrically coupled to the TEG devices, wherein, when a temperature differential exists between the first surface and the second surface, the TEG devices convert heat into electricity presented at the set of terminals, characterised in that the apparatus further comprises a power converter configured to receive a voltage and a current presented at the set of terminals and to convert the voltage and the current to an output voltage and an output current presented at converter terminals.
Lock for a door or flap with a locking mechanism having a catch and at least one pawl for latching the catch, with a spring for moving the pawl in direction of its latching position and a release lever, by which the latched locking mechanism can be released by actuating the release lever, wherein the release lever is designed such that its actuation reduces or eliminates the spring force, which acts on the pawl, characterized in that the spring allows lying against a lever arm of the pawl for moving the pawl in direction of latching position and/or against a lever arm of the release lever for reducing or eliminating of the spring force that acts on the pawl.
A system for decoding an encoded symbol character associated with a product, the system comprising: a scanning apparatus comprising a first scan source disposed within a housing; a second scan source disposed within the housing, the second scan source comprising an operating technology distinct from an operating technology of the first scan source; the first scan source adapted to output a first scan data set; the second scan source adapted to output a second scan data set; and further comprising a central processing unit adapted to execute a bar code decoding process by cross-referencing the first scan data set and the second scan data set; a memory coupled to the central processing unit; wherein at least one of the first scan data set and the second scan data set comprise product bar code scan data, wherein the first scan source is a laser scanner, the second scan source is a multiple pixel image sensor assembly, and the first scan data set comprises bar code data, wherein the multiple pixel image sensor assembly is adapted to capture an image of the encoded symbol character, the second scan data set comprises bar code data, characterized in that the central processing unit is adapted to execute a bar code decoding process by stitching the first scan data set and the second scan data set. a scanning apparatus comprising a first scan source disposed within a housing; a second scan source disposed within the housing, the second scan source comprising an operating technology distinct from an operating technology of the first scan source; the first scan source adapted to output a first scan data set; the second scan source adapted to output a second scan data set; and further comprising a central processing unit adapted to execute a bar code decoding process by cross-referencing the first scan data set and the second scan data set; a memory coupled to the central processing unit; wherein at least one of the first scan data set and the second scan data set comprise product bar code scan data, wherein the first scan source is a laser scanner, the second scan source is a multiple pixel image sensor assembly, and the first scan data set comprises bar code data, wherein the multiple pixel image sensor assembly is adapted to capture an image of the encoded symbol character, the second scan data set comprises bar code data, characterized in that the central processing unit is adapted to execute a bar code decoding process by stitching the first scan data set and the second scan data set.
A vehicle having a vehicle frame, a rear fender assembly, a seat assembly and a longitudinal axis, the seat assembly comprising: a first seat pan of a driver seat having a first coupler coupling the driver seat to the vehicle frame; a first seat support of the driver seat adjacent to the first seat pan; a grab strap coupled to the first seat pan; a first seat cover of the driver seat coupled to the first seat pan; a first fastener coupling the driver seat to the rear fender assembly; a passenger seat having a second seat cover, a second seat pan and a second seat support disposed between the second seat cover and the second seat pan, the second seat pan being coupled to the rear fender assembly with the first fastener, and a second fastener coupling the second seat pan to the rear fender assembly; characterized by said second seat pan comprising a first opening, the grab strap being inserted through the first opening in the second seat pan and through the second seat support and the second seat cover. a first seat pan of a driver seat having a first coupler coupling the driver seat to the vehicle frame; a first seat support of the driver seat adjacent to the first seat pan; a grab strap coupled to the first seat pan; a first seat cover of the driver seat coupled to the first seat pan; a first fastener coupling the driver seat to the rear fender assembly; a passenger seat having a second seat cover, a second seat pan and a second seat support disposed between the second seat cover and the second seat pan, the second seat pan being coupled to the rear fender assembly with the first fastener, and a second fastener coupling the second seat pan to the rear fender assembly; characterized by said second seat pan comprising a first opening, the grab strap being inserted through the first opening in the second seat pan and through the second seat support and the second seat cover.
A compound semiconductor, represented by Chemical Formula 1 below: Chemical Formula 1 <Chemical Formula 1> Bi 2 Te x Se a-x In y M z where, in Chemical Formula 1, M is at least one selected from the group consisting of Cu, Fe, Co, Ag and Ni, 2.5<x<3.0, 3.0≤a<3.5, 0<y< 0.009 and 0≤z<0.09.
A semi-aromatic polyamide film having a tensile breaking elongation of 70% or more in the longitudinal direction and the width direction, and a haze of 14% or less, the film being characterised by a thermal shrinkage factor in a longitudinal direction of the film, S MD, of -1.0 to 1.5% and by a thermal shrinkage factor in a width direction of the film, S TD, of -1.0 to 1.5% as measured under conditions of 250 °C and 5 min. a tensile breaking elongation of 70% or more in the longitudinal direction and the width direction, and a haze of 14% or less, the film being characterised by a thermal shrinkage factor in a longitudinal direction of the film, S MD, of -1.0 to 1.5% and by a thermal shrinkage factor in a width direction of the film, S TD, of -1.0 to 1.5% as measured under conditions of 250 °C and 5 min.
A method for the manufacture of an article, said method comprising the steps of: a) reacting a compound comprising at least two thiol groups and a compound comprising at least two carbon-carbon double bonds, with the proviso that the ratio (r 1) in the reaction mixture between the number of thiol groups and the number of carbon-carbon double bonds fulfils one of: 0.5 ≤ r1 ≤ 0.9 and 1.1 ≤ r1 ≤ 2, to obtain a first intermediate article, wherein said first intermediate article comprises at least one unreacted group selected from an unreacted thiol group and an unreacted carbon-carbon double bond, b) contacting said first intermediate article with a second article, wherein the surface of said second article at least partially comprises at least one chemical moiety selected from a thiol, and an electron deficient olefin for 0.5 ≤ r 1 ≤ 0.9 and at least one chemical moiety selected from vinyl, norbornene, allyl, alkene, alkyne, vinyl acetate, vinyl naphthalene, vinyl benzene, ethylenically unsaturated compounds, epoxy, isocyanate, N-hydroxy succinimide-groups, bromoacetyl, iodoacetyl, pyridyldisulfide, gold, platinum and silver for 1.1 ≤ r1 ≤ 2 and reacting at least a part of said unreacted groups on said first intermediate article with chemical groups on said second article to obtain covalent bonds and forming a final article, wherein said electron deficient olefin is at least one selected from acrylate, methacrylate, maleate, fumarate, and maleimide. a) reacting a compound comprising at least two thiol groups and a compound comprising at least two carbon-carbon double bonds, with the proviso that the ratio (r 1) in the reaction mixture between the number of thiol groups and the number of carbon-carbon double bonds fulfils one of: 0.5 ≤ r1 ≤ 0.9 and 1.1 ≤ r1 ≤ 2, to obtain a first intermediate article, wherein said first intermediate article comprises at least one unreacted group selected from an unreacted thiol group and an unreacted carbon-carbon double bond, b) contacting said first intermediate article with a second article, wherein the surface of said second article at least partially comprises at least one chemical moiety selected from a thiol, and an electron deficient olefin for 0.5 ≤ r 1 ≤ 0.9 and at least one chemical moiety selected from vinyl, norbornene, allyl, alkene, alkyne, vinyl acetate, vinyl naphthalene, vinyl benzene, ethylenically unsaturated compounds, epoxy, isocyanate, N-hydroxy succinimide-groups, bromoacetyl, iodoacetyl, pyridyldisulfide, gold, platinum and silver for 1.1 ≤ r1 ≤ 2 and reacting at least a part of said unreacted groups on said first intermediate article with chemical groups on said second article to obtain covalent bonds and forming a final article, wherein said electron deficient olefin is at least one selected from acrylate, methacrylate, maleate, fumarate, and maleimide.
An engine comprising an engine casing and a dipstick, the dipstick having a free end that extends into the engine casing when the dipstick is installed to the engine casing, characterised in that at least one of the engine casing and the dipstick is adapted to ensure that the lowest natural frequency of the free end of the dipstick is above the highest operational frequency of the engine.