mhurhangee/ep-ind-claims huggingface dataset:
A process for building tyres for vehicle wheels, comprising: - making carcass structures; - making crown structures; - associating each carcass structure with each crown structure; wherein making said crown structures comprises: - providing at least one first forming drum having a deposition surface and comprising sectors radially movable relative to a geometric rotation axis, and circumferentially distributed one after the other; - setting the deposition surface to a first deposition configuration; - depositing strip-like elements in circumferential side by side relationship on the deposition surface set in the first deposition configuration, so as to form at least one component of at least one first crown structure; wherein the action of setting said deposition surface comprises: - radially moving said sectors to give the deposition surface a predetermined diameter; and - carrying out a relative movement between a central portion and axially external end portions of each sector, to shape the deposition surface into a predetermined curvature outline, said process further comprising: - removing said at least one component of at least one first crown structure from said at least one first forming drum; - setting the deposition surface to a second deposition configuration; - forming at least one component of at least one second crown structure on the deposition surface. - making carcass structures; - making crown structures; - associating each carcass structure with each crown structure; - providing at least one first forming drum having a deposition surface and comprising sectors radially movable relative to a geometric rotation axis, and circumferentially distributed one after the other; - setting the deposition surface to a first deposition configuration; - depositing strip-like elements in circumferential side by side relationship on the deposition surface set in the first deposition configuration, so as to form at least one component of at least one first crown structure; - radially moving said sectors to give the deposition surface a predetermined diameter; and - carrying out a relative movement between a central portion and axially external end portions of each sector, to shape the deposition surface into a predetermined curvature outline, - removing said at least one component of at least one first crown structure from said at least one first forming drum; - setting the deposition surface to a second deposition configuration; - forming at least one component of at least one second crown structure on the deposition surface.
Method for producing decorative paper from unprinted paper, characterized in that - a paper scaffold with only a small fraction of filler is used as unprinted paper, - an unprinted decorative paper is produced by applying a filler composition to the paper scaffold, where - the amount of filler in the paper scaffold before the filler composition is applied is not more than 50 weight per cent of the amount of filler which is to be present in the decorative paper being produced. - a paper scaffold with only a small fraction of filler is used as unprinted paper, - an unprinted decorative paper is produced by applying a filler composition to the paper scaffold, where - the amount of filler in the paper scaffold before the filler composition is applied is not more than 50 weight per cent of the amount of filler which is to be present in the decorative paper being produced.
A guide wire assembly, comprising: a flexible elongate tubular member having a proximal end and a distal end, a lumen extending therebetween wherein the flexible elongate tubular member further comprises a plurality of coaxial polyimide layers (130, 134) and the first of the plurality of coaxial polyimide layers defines the lumen of the flexible elongate tubular member, wherein the flexible elongate tubular member has an outer diameter of 0.36mm (0.014"); a core wire coaxially positioned in at least a portion of the lumen of the flexible elongate tubular member, wherein an outer diameter of the core wire is substantially the same size as a diameter of the lumen of the flexible elongate tubular member; a pressure sensor and a flow sensor coupled to the distal end of the flexible elongate tubular member, located in close proximity to each other; and a plurality of electrical conductors (137a-e) extending longitudinally from each of the pressure sensor and the flow sensor to substantially the proximal end of the flexible elongate member, wherein each of the plurality of electrical conductors is embedded between the polyimide layers of the flexible elongate tubular member; characterised in that each of the plurality of electrical conductors is wrapped around the first of the plurality of coaxial polyimide layers that defines the lumen of the flexible elongate tubular member. a flexible elongate tubular member having a proximal end and a distal end, a lumen extending therebetween wherein the flexible elongate tubular member further comprises a plurality of coaxial polyimide layers (130, 134) and the first of the plurality of coaxial polyimide layers defines the lumen of the flexible elongate tubular member, wherein the flexible elongate tubular member has an outer diameter of 0.36mm (0.014"); a core wire coaxially positioned in at least a portion of the lumen of the flexible elongate tubular member, wherein an outer diameter of the core wire is substantially the same size as a diameter of the lumen of the flexible elongate tubular member; a pressure sensor and a flow sensor coupled to the distal end of the flexible elongate tubular member, located in close proximity to each other; and a plurality of electrical conductors (137a-e) extending longitudinally from each of the pressure sensor and the flow sensor to substantially the proximal end of the flexible elongate member, wherein each of the plurality of electrical conductors is embedded between the polyimide layers of the flexible elongate tubular member;
A gas sensing apparatus (48; 78) comprising: a gas sensor arranged to use light to sense presence of a gas; an optical element (12, 40; 80) arranged so that said light impinges thereon; a thermoelectric heat pump (2, 24; 84) having a cold side (6, 36; 88) and a hot side (8, 34; 86), wherein the thermoelectric heat pump (2, 24; 84) is configured to transfer heat energy from said cold side (6, 36; 88) to said hot side (8, 34; 86) in response to a supply of electrical energy provided to the thermoelectric heat pump (2, 24; 84), and wherein the hot side (8, 34; 86) of the thermoelectric heat pump (2, 24; 84) is in thermal contact with the optical element (12, 40; 80); a measurement volume; and a heat sink in thermal contact with the cold side (6, 36; 88) of the thermoelectric heat pump (2, 24; 84), wherein the heat sink is disposed in the measurement volume. a gas sensor arranged to use light to sense presence of a gas; an optical element (12, 40; 80) arranged so that said light impinges thereon; a thermoelectric heat pump (2, 24; 84) having a cold side (6, 36; 88) and a hot side (8, 34; 86), wherein the thermoelectric heat pump (2, 24; 84) is configured to transfer heat energy from said cold side (6, 36; 88) to said hot side (8, 34; 86) in response to a supply of electrical energy provided to the thermoelectric heat pump (2, 24; 84), and wherein the hot side (8, 34; 86) of the thermoelectric heat pump (2, 24; 84) is in thermal contact with the optical element (12, 40; 80); a measurement volume; and a heat sink in thermal contact with the cold side (6, 36; 88) of the thermoelectric heat pump (2, 24; 84), wherein the heat sink is disposed in the measurement volume.
An agricultural working machine, in particular a tractor, with at least one agricultural working assembly for working a field crop comprising a plurality of crop plants and with a camera system which has a 3D camera, wherein the camera system is configured to generate, by means of the 3D camera, 3D information regarding the field crop by recording stereoscopic image pairs along two different viewing axes (10a, 10b), wherein the viewing axes (10a, 10b) emanate from optical centres (11a, 11b) of the 3D camera and which are connected to each other by means of a base line, characterized in that the base line is inclined with respect to the horizontal.
An electrochemical cell element system, comprising: - a first electrode having a desired length; - an interrupted second electrode comprising one or more interruptions (96, 100a, 100b, 100c) disposed between a plurality of electrode segments (98, 98a, 98b, 98c, 98d), wherein the interruptions (96, 100a, 100b, 100c) are characterized by an absence of electrode material; and - one or more separators (52, 94) positioned to separate the first electrode and the interrupted second electrode, wherein the first electrode, the interrupted second electrode, and the one or more separators (52, 94) are wound along the length of the cell element. - a first electrode having a desired length; - an interrupted second electrode comprising one or more interruptions (96, 100a, 100b, 100c) disposed between a plurality of electrode segments (98, 98a, 98b, 98c, 98d), wherein the interruptions (96, 100a, 100b, 100c) are characterized by an absence of electrode material; and - one or more separators (52, 94) positioned to separate the first electrode and the interrupted second electrode, wherein the first electrode, the interrupted second electrode, and the one or more separators (52, 94) are wound along the length of the cell element.
A method for receiving information, wherein the method comprises: receiving (603, 703), by a terminal device, indication information transmitted by a network device, wherein the indication information comprises a timing adjustment parameter, the timing adjustment parameter is to be used by the terminal device to determine transmit timings of a plurality of uplink carriers in a timing adjustment group including a time division duplex TDD carrier and a supplementary uplink SUL carrier, and the TDD carrier and the SUL carrier in the time adjustment group are in a same cell; and sending, by the terminal device, uplink signal on the plurality of uplink carriers in the timing adjustment group based on the indication information; wherein if subcarrier spacings corresponding to the TDD carrier and the SUL carrier in the timing adjustment group have different values, a timing adjustment granularity corresponding to the timing adjustment parameter is a timing adjustment granularity corresponding to the uplink carrier having a larger subcarrier spacing. receiving (603, 703), by a terminal device, indication information transmitted by a network device, wherein the indication information comprises a timing adjustment parameter, the timing adjustment parameter is to be used by the terminal device to determine transmit timings of a plurality of uplink carriers in a timing adjustment group including a time division duplex TDD carrier and a supplementary uplink SUL carrier, and the TDD carrier and the SUL carrier in the time adjustment group are in a same cell; and sending, by the terminal device, uplink signal on the plurality of uplink carriers in the timing adjustment group based on the indication information; wherein if subcarrier spacings corresponding to the TDD carrier and the SUL carrier in the timing adjustment group have different values, a timing adjustment granularity corresponding to the timing adjustment parameter is a timing adjustment granularity corresponding to the uplink carrier having a larger subcarrier spacing.
A heat dissipation device, provided in a notebook computer with a keyboard, wherein the heat dissipation device includes a heat dissipation component, a heat guiding box and a heat guiding pipe, the heat dissipation component is communicated with the heat guiding box, the keyboard is also communicated with the heat guiding box, and the heat guiding box is configured to transmit heat in the heat dissipation component to the keyboard, characterized in that the heat dissipation component includes a fan, and a radiator, wherein the heat guiding pipe is configured to transmit heat generated in the notebook computer to the heat dissipation component, and the fan is configured to blow out the heat of the heat dissipation component to the external environment through the radiator or to the heat guiding box, the heat dissipation component further includes a first valve provided between the radiator and the fan, and the first valve is configured for closing a heat dissipation path between the heat dissipation component and the external environment in the case that a temperature of the keyboard is needed to be increased and the first valve is configured for opening the heat dissipation path between the heat dissipation component and the external environment in the case that the temperature of the keyboard is not needed to be increased, and the heat guiding box includes a second valve for closing or opening a heat transmitting path between the heat dissipation component and the keyboard.
A method for composing a video material of a course of actions along a track in an area monitored by a plurality of video cameras, comprising: receiving (S102, S202, S302) a first sequence of user inputs defining a track in the area monitored by the plurality of video cameras, wherein each user input in the first sequence is associated with a time stamp (T1, T2, T3, T4) and is received as an indication of a position (34-1, 34-2, 34-3, 34-4) in a map showing a plan of the area being monitored by the plurality of video cameras following a user interaction with the map, for each user input in the first sequence, identifying those cameras of the plurality of cameras that have a field-of-view covering the position (34-1, 34-2, 34-3, 34-4) indicated by the user input by using information regarding where the plurality of video cameras are installed in the area and information regarding the plan of the area, and collecting (S104, S204, S304) video recordings from the identified cameras, the collected video recordings starting at the time stamp (T1, T2, T3, T4) associated with the user input and ending at a time stamp (T1, T2, T3, T4) associated with a next user input in the first sequence or at a time of receipt of an indication that the user input was a last user input in the first sequence, and composing (S107, S207, S307) a video material from the video recordings collected for each user input in the first sequence. receiving (S102, S202, S302) a first sequence of user inputs defining a track in the area monitored by the plurality of video cameras, wherein each user input in the first sequence is associated with a time stamp (T1, T2, T3, T4) and is received as an indication of a position (34-1, 34-2, 34-3, 34-4) in a map showing a plan of the area being monitored by the plurality of video cameras following a user interaction with the map, for each user input in the first sequence, identifying those cameras of the plurality of cameras that have a field-of-view covering the position (34-1, 34-2, 34-3, 34-4) indicated by the user input by using information regarding where the plurality of video cameras are installed in the area and information regarding the plan of the area, and collecting (S104, S204, S304) video recordings from the identified cameras, the collected video recordings starting at the time stamp (T1, T2, T3, T4) associated with the user input and ending at a time stamp (T1, T2, T3, T4) associated with a next user input in the first sequence or at a time of receipt of an indication that the user input was a last user input in the first sequence, and composing (S107, S207, S307) a video material from the video recordings collected for each user input in the first sequence.
A selective κ-receptor antagonist for use in a method of treating a metabolic syndrome, wherein a μ-agonist is not co-administered and wherein the selective κ-receptor antagonist is characterised by its μ/κ antagonism K e selectivity ratio, the ratio being greater than 35.
An assembly for a tire inflation system, comprising: a spindle including a fluid conduit therethrough, a rotary joint spindle coupled with said spindle, said rotary joint spindle having a fluid conduit therethrough in fluid communication with said spindle fluid conduit, and a hub rotatably disposed about said spindle, a fluid collector ring coupled with said hub for rotation therewith, wherein said fluid collector ring rotatably disposed at least partially about said rotary joint spindle, and a hub cap coupled with an outboard surface of said fluid collector ring for rotation therewith, characterised in that said hub cap is disposed at least partially about said fluid collector ring. a spindle including a fluid conduit therethrough, a rotary joint spindle coupled with said spindle, said rotary joint spindle having a fluid conduit therethrough in fluid communication with said spindle fluid conduit, and a hub rotatably disposed about said spindle, a fluid collector ring coupled with said hub for rotation therewith, wherein said fluid collector ring rotatably disposed at least partially about said rotary joint spindle, and a hub cap coupled with an outboard surface of said fluid collector ring for rotation therewith, characterised in that said hub cap is disposed at least partially about said fluid collector ring.
A multistage distillation system with stages Si, where i=1,...n, wherein each stage Si works in a higher pressure and temperature range (Pi, Ti) than its ensuing stage Si+1 during operation, wherein each stage Si encompasses an evaporator Ei and a capacitor Ci, wherein each evaporator Ei and each condenser Ci encompasses a pressure-tight container with an upper spray inlet for introducing and spraying added liquid in the container,, as well as with a lower outlet for letting out liquid captured in the container, as well as with a steam space between the spray inlet and the captured liquid, wherein the steam space of each evaporator Ei is compressively bonded with the steam space of the condenser Ci of the same stage Si by a pressure-tight steam pipe with a cross section large enough that the pressure Pi in the two steam spaces of one stage Si can always balance itself out during operation, and wherein the outlet of each evaporator Ei is connected with the spray inlet of the next evaporator Ei+1 and the outlet of the last evaporator En is connected with the spray inlet of the first evaporator E1 by a respective pressure-tight liquid line to yield an evaporator circuit, characterized in that at least one pressure-tight steam line is connected at a first end with one of the pressure-tight liquid lines between condensers Cl+1 and Ci or with the pressure-tight liquid line between the evaporators En and E1, and at a second end with a steam space having a higher pressure P during operation than the pressure Pi in the steam space of the condenser Ci or than the pressure P1 in the steam space of the evaporator E1, so as to pressurize the liquid with a higher pressure and convey the liquid.
Method for packaging food products into individual portions, and in particular stock blocks of cubic shape pressed and produced by means of components agglomerated by a press, in which method the said stock blocks are packaged by means of a packaging machine, characterized in that the products are simultaneously fed in pairs to two conveyor belts defining a double track constituted by two parallel tracks, in that the products are conveyed in pairs on the said conveyor respectively on the said parallel tracks where they are positioned and synchronized continuously, in that they are taken in charge simultaneously by a first continuously rotating single wheel for the two tracks, termed take-up wheel, on which they are associated with a piece of packaging material previously divided into two independent identical parts, these two parts being combined and arranged to subsequently package respectively the one and other product of the said pair of products, in that the said products are then simultaneously transferred to a second continuously rotating single wheel for the two tracks, termed packaging wheel, on which they are packaged simultaneously, each in one of the said two identical parts obtained by division of the said piece of packaging material, each part being individually associated with one of the said products of the said pair of products, in that the said products are then taken simultaneously by a third continuously rotating single wheel for the two tracks, termed tilting wheel, so as to be transferred, on leaving the said tilting wheel, to a sealing module arranged to complete the operations of folding the packaging and simultaneously seal the packaging of the said two products before they are taken in charge on leaving the said packaging machine.
A positive active material for a rechargeable lithium battery, comprising: a composite material comprising a porous carbon-based material and a lithium composite compound; and a carbon layer disposed at least partially on the surface of the composite material, characterised in that the porous carbon-based material comprises activated carbon, carbide derived carbon, carbon nanotubes, expanded carbon, expanded graphite, or a combination thereof and the porous carbon-based material has an average particle size ranging from 100nm to 10μm.and the porous carbon-based material has a specific surface area ranging from 50m 2 /g to 3000m 2 /g. a composite material comprising a porous carbon-based material and a lithium composite compound; and a carbon layer disposed at least partially on the surface of the composite material, characterised in that the porous carbon-based material comprises activated carbon, carbide derived carbon, carbon nanotubes, expanded carbon, expanded graphite, or a combination thereof and the porous carbon-based material has an average particle size ranging from 100nm to 10μm.and the porous carbon-based material has a specific surface area ranging from 50m 2 /g to 3000m 2 /g.
A method of controlling operations in a power distribution system, comprising: monitoring an electrical parameter of an electrical signal from a first power source associated with supplying power to a load; determining whether the electrical parameter satisfies a parameter threshold; selecting to increment or decrement a count value in accordance with the determination; and responsive to determining that the count value satisfies a first count threshold, initiating a start signal to start operation of a second power source to supply power to the load, wherein the count value is incremented if the electrical parameter of the electrical signal satisfies the parameter threshold, characterized in that the count value is decremented if the electrical parameter of the electrical signal does not satisfy the parameter threshold. monitoring an electrical parameter of an electrical signal from a first power source associated with supplying power to a load; determining whether the electrical parameter satisfies a parameter threshold; selecting to increment or decrement a count value in accordance with the determination; and responsive to determining that the count value satisfies a first count threshold, initiating a start signal to start operation of a second power source to supply power to the load, wherein the count value is incremented if the electrical parameter of the electrical signal satisfies the parameter threshold, characterized in that the count value is decremented if the electrical parameter of the electrical signal does not satisfy the parameter threshold.