mhurhangee/ep-ind-claims huggingface dataset:
Vacuum tube lifting device comprising a lifting hose, which lifting hose has a first end for attachment of the lifting hose and a second end for connection to a means (17, 18) disposed to couple the lifting hose to a load, an adjustable vacuum source connected to the lifting hose, at least a first valve connected to the lifting hose, and a control unit, disposed to adjust the pressure inside the lifting hose by means of input signals for the purpose of achieving an extending or contracting shifting movement of the lifting hose for shifting of a load, characterised by that the device comprises an arrangement (26; 31a; 31b; 34; 36; 38; 39) disposed to detect in an ongoing manner at least one parameter proportional to the momentary length of the lifting hose or a parameter proportional to a change in the momentary length of the lifting hose, and to emit to the control unit at least a first signal, which is used by the control unit to obtain an actual value for the momentary length of the lifting hose in said control unit, and that said control unit is disposed to automatically adjust the vacuum source and/or the first valve for the purpose of adjusting the length of the lifting hose from a momentary actual value to a desired target value.
A method of displaying information in a mobile terminal, the method comprising: determining whether a touch input is generated by a touch screen; determining, if the touch input is generated by a touch screen, whether a touch area moves; calculating, if the touch area moves, a movement direction of the touch area by extracting a value of the touch area movement; determining a current mode according to the calculated movement direction of the touch area; executing a function of the current mode corresponding to the extracted value of the touch area movement; and characterised in that the method further comprises: displaying, while executing the function of the current mode, a displacement value generated by executing the function of the current mode and a current mode icon indicating the current mode; wherein the displaying of the displacement value and the current mode icon comprises: extracting an outermost coordinate from the coordinates of the touch area; and displaying the current mode icon and the displacement value maintaining a distance from the extracted outermost coordinate; determining, after displaying at least one of a displacement value generated by executing the function of the current mode and a current mode icon indicating the current mode, whether the touch input generated by the touch screen is discontinued; and erasing, if the touch input generated by the touch screen is discontinued, the current mode icon and the displacement value. determining whether a touch input is generated by a touch screen; determining, if the touch input is generated by a touch screen, whether a touch area moves; calculating, if the touch area moves, a movement direction of the touch area by extracting a value of the touch area movement; determining a current mode according to the calculated movement direction of the touch area; executing a function of the current mode corresponding to the extracted value of the touch area movement; and characterised in that the method further comprises: displaying, while executing the function of the current mode, a displacement value generated by executing the function of the current mode and a current mode icon indicating the current mode; wherein the displaying of the displacement value and the current mode icon comprises: extracting an outermost coordinate from the coordinates of the touch area; and displaying the current mode icon and the displacement value maintaining a distance from the extracted outermost coordinate; extracting an outermost coordinate from the coordinates of the touch area; and displaying the current mode icon and the displacement value maintaining a distance from the extracted outermost coordinate; determining, after displaying at least one of a displacement value generated by executing the function of the current mode and a current mode icon indicating the current mode, whether the touch input generated by the touch screen is discontinued; and erasing, if the touch input generated by the touch screen is discontinued, the current mode icon and the displacement value.
A composite structure for an aircraft, the composite structure comprising: a plurality of Carbon Fiber Reinforced Plastic, CFRP, panels that are adjacent with one another, each CFRP panel (220-1, 220-2) including: an upper surface (510, 512) having a mesh foil (910, 912); a fastener inserted through the CFRP panel in a first direction perpendicular to a flat plane of the CFRP panel, the fastener configured to secure the CFRP panel to a metallic frame of the aircraft located proximate to a lower surface of the CFRP panel; a plurality of electrically conductive pins (931, 932) extending in the first direction to electrically connect the mesh foil (910, 912) and the metallic frame of the aircraft; and another plurality of electrically conductive pins extending in a direction perpendicular to the first direction to electrically connect adjacent CFRP panels (220-1, 220-2). an upper surface (510, 512) having a mesh foil (910, 912); a fastener inserted through the CFRP panel in a first direction perpendicular to a flat plane of the CFRP panel, the fastener configured to secure the CFRP panel to a metallic frame of the aircraft located proximate to a lower surface of the CFRP panel; a plurality of electrically conductive pins (931, 932) extending in the first direction to electrically connect the mesh foil (910, 912) and the metallic frame of the aircraft; and another plurality of electrically conductive pins extending in a direction perpendicular to the first direction to electrically connect adjacent CFRP panels (220-1, 220-2).
An implant delivery system, comprising: a delivery catheter having a lumen; an elongate delivery mechanism slidably disposed in the lumen of the delivery catheter, the elongate delivery mechanism comprising an annular channel and a compressible annular bushing disposed within the annular channel, the annular bushing configured for being placed between a compressive profile and an expanded profile; and an implant being coaxially disposed between the delivery catheter and the elongate delivery mechanism, the medical implant comprising a tubular body and at least one engagement element affixed to the tubular body, the lumen of the delivery catheter being sized to maintain the at least one engagement element within the annular channel and to urge the annular bushing into the compressive profile, such that the elongate delivery mechanism and implant can be distally displaced in the lumen of the delivery catheter in unison to deploy the medical implant from the delivery catheter, thereby allowing the annular bushing to assume the expanded profile, characterized in that the elongate delivery mechanism further comprises a delivery wire having a proximal portion and a distal portion, a proximal bumper affixed to the distal portion of the delivery wire, and a distal bumper affixed to the distal portion of the delivery wire distal to the proximal bumper, thereby creating the annular channel between the proximal bumper and the distal bumper, wherein the annular bushing, when in the expanded profile, occupies substantially the entire annular channel. a delivery catheter having a lumen; an elongate delivery mechanism slidably disposed in the lumen of the delivery catheter, the elongate delivery mechanism comprising an annular channel and a compressible annular bushing disposed within the annular channel, the annular bushing configured for being placed between a compressive profile and an expanded profile; and an implant being coaxially disposed between the delivery catheter and the elongate delivery mechanism, the medical implant comprising a tubular body and at least one engagement element affixed to the tubular body, the lumen of the delivery catheter being sized to maintain the at least one engagement element within the annular channel and to urge the annular bushing into the compressive profile, such that the elongate delivery mechanism and implant can be distally displaced in the lumen of the delivery catheter in unison to deploy the medical implant from the delivery catheter, thereby allowing the annular bushing to assume the expanded profile, characterized in that the elongate delivery mechanism further comprises a delivery wire having a proximal portion and a distal portion, a proximal bumper affixed to the distal portion of the delivery wire, and a distal bumper affixed to the distal portion of the delivery wire distal to the proximal bumper, thereby creating the annular channel between the proximal bumper and the distal bumper, wherein the annular bushing, when in the expanded profile, occupies substantially the entire annular channel.
An adjuvant for enhancing the activity of pesticides comprising a polar solvent and a phosphate ester of the formula in which R a is R 1 -O-(C n H 2n O) x -(C m H 2m O) y -, R b is R 1 -O-(C n H 2n O) x -(C m H 2m O) y - or OH, R 1 is C 6 -C 30 -alkyl, n, m independently of one another are a value of from 2 to 6, x, y independently of one another are a value of from 0 to 100, x+y gives a value of from 1 to 100, and wherein the phosphate ester of the formula can be present as the free acid and/or as a salt and wherein the polar solvent is dimethyl sulfoxide or tetramethylene sulfone. R a is R 1 -O-(C n H 2n O) x -(C m H 2m O) y -, R b is R 1 -O-(C n H 2n O) x -(C m H 2m O) y - or OH, R 1 is C 6 -C 30 -alkyl, n, m independently of one another are a value of from 2 to 6, x, y independently of one another are a value of from 0 to 100, x+y gives a value of from 1 to 100, and
An on-vehicle emergency notification device adapted to perform notification processing when an emergency event of a vehicle occurs, using a power accumulated in a battery mounted on the vehicle, the device comprising: a voice communication unit adapted to perform voice communication with a notification center via a voice call when the emergency event occurs; and an image sending unit adapted to send wirelessly images around the vehicle to the notification center when the emergency event occurs, characterised in that the on-vehicle emergency notification device is further adapted to inhibit the wireless sending of images after the emergency event has occurred in case a battery power level of the battery becomes lower than a predetermined value. a voice communication unit adapted to perform voice communication with a notification center via a voice call when the emergency event occurs; and an image sending unit adapted to send wirelessly images around the vehicle to the notification center when the emergency event occurs, characterised in that the on-vehicle emergency notification device is further adapted to inhibit the wireless sending of images after the emergency event has occurred in case a battery power level of the battery becomes lower than a predetermined value.
A method for verifying operation of a plurality of downforce controllers (100; 500) on an agricultural implement, the agricultural implement having a toolbar, a plurality of row units mounted to the toolbar, a respective downforce controller (100; 500) disposed on each of the plurality of row units, each downforce controller comprising a double-acting hydraulic cylinder having a down chamber and a lift chamber, said cylinder coupled to the respective row unit and the toolbar for transmitting a net downforce between said toolbar and said row unit, a down pressure in said down chamber and a lift pressure in said lift chamber having counteracting effects on said net downforce, a fluid control system (400; 600), the fluid control system including a respective down pressure control valve for each row unit and at least one lift pressure control valve (740; 140-1), and an electrical control system comprising a monitor in electrical communication with the down pressure control valves and the at least one lift pressure control valve (740; 140-1); the method comprising the steps of: (a) via the monitor, setting each of said row unit's down pressure control valve to a zero pressure or a substantially zero pressure; (b) via the monitor, setting the, or each, lift pressure control valve (740; 140-1) at a lift pressure to cause each said row unit to raise; (c) confirming each of said row units is raised; (d) via the monitor, setting each of said row unit's down pressure control valve one at a time at a down pressure sufficient to counteract said lift pressure to cause each said row unit to lower; and (e) confirming each said row unit is lowered. (a) via the monitor, setting each of said row unit's down pressure control valve to a zero pressure or a substantially zero pressure; (b) via the monitor, setting the, or each, lift pressure control valve (740; 140-1) at a lift pressure to cause each said row unit to raise; (c) confirming each of said row units is raised; (d) via the monitor, setting each of said row unit's down pressure control valve one at a time at a down pressure sufficient to counteract said lift pressure to cause each said row unit to lower; and (e) confirming each said row unit is lowered.
A piston sub-assembly, for use in forming the pump engine, the piston sub-assembly comprising: a stem having an interior space; a piston inserted in a portion of the interior space of the stem and comprising a piston point; a plug in a portion of an interior space of the piston and extending through the piston into a portion of the interior space of the stem, the plug having a plug point, the plug point and the piston point forming a seal, characterised by a space between an exterior wall of the piston and an interior wall of the stem, wherein the space allows the piston to flex, breaking the seal between the plug point and the piston point. a stem having an interior space; a piston inserted in a portion of the interior space of the stem and comprising a piston point; a plug in a portion of an interior space of the piston and extending through the piston into a portion of the interior space of the stem, the plug having a plug point, the plug point and the piston point forming a seal, characterised by a space between an exterior wall of the piston and an interior wall of the stem, wherein the space allows the piston to flex, breaking the seal between the plug point and the piston point.
A multi-layer tube for medical use which is used as a tube port and is welded to a bag body of a medical infusion bag through which a medical infusion is discharged from the bag body, the multi-layer tube for medical use characterized by comprising an outer layer consisting only of ethylene-based material and comprising a resin material that contains high-density polyethylene, an inner layer comprising a resin material that contains random polypropylene and/or block polypropylene, and an adhesive layer comprising an adhesive resin, which is provided between the outer layer and the inner layer. an outer layer consisting only of ethylene-based material and comprising a resin material that contains high-density polyethylene, an inner layer comprising a resin material that contains random polypropylene and/or block polypropylene, and an adhesive layer comprising an adhesive resin, which is provided between the outer layer and the inner layer.
A method of treating laundry in a clothes dryer having a rotating drum defining a treatment chamber, the method comprising: applying a treating chemistry containing chromophore molecules on the laundry in the treating chamber to form a treated laundry; delivering heated air to the treating chamber to dry the laundry; characterized by: controlling the heating of air to be delivered to the treating chamber at a first temperature selected in relation to the cloud point of the treating chemistry to uniformly deposit the chemical molecules on the laundry; and controlling the heating of air to be delivered to the treating chamber at a second temperature, higher than the first temperature, to dry the laundry. applying a treating chemistry containing chromophore molecules on the laundry in the treating chamber to form a treated laundry; delivering heated air to the treating chamber to dry the laundry; characterized by: controlling the heating of air to be delivered to the treating chamber at a first temperature selected in relation to the cloud point of the treating chemistry to uniformly deposit the chemical molecules on the laundry; and controlling the heating of air to be delivered to the treating chamber at a second temperature, higher than the first temperature, to dry the laundry. controlling the heating of air to be delivered to the treating chamber at a first temperature selected in relation to the cloud point of the treating chemistry to uniformly deposit the chemical molecules on the laundry; and controlling the heating of air to be delivered to the treating chamber at a second temperature, higher than the first temperature, to dry the laundry.
A method for use with a group of network devices (3, 4-1, 4-2, 5) configured to support network connectivity in a wired network for client devices (2-1, 2-n) that roam between wireless access points (11-1, 11-x, 12-1, 12-y, 13-1, 13-z) served by the respective network devices, the method comprising: at a first network device in the group, monitoring a load of the first network device, wherein the load is associated with resource utilization of the first network device; at the first network device, receiving from the other network devices (41, 4-2, 5) in the group messages indicating load associated with the respective other network devices; when the load of the first network device meets a criterion comprising one of exceeding a predefined load level and being higher load level relative to another network device, at the first network device selecting a second network device from among the other network devices in the group that can take on additional load; subsequently, detecting, at the first network device, a wireless client device that is requesting an association with a wireless access point served by the first network device; and responsive to the detecting, the first network device temporarily serving as a point of presence for the wireless client device in the wired network and sending, to a second network device, a request message comprising information configured to request that the second network device serve as the point of presence in the wired network for the wireless client device. at a first network device in the group, monitoring a load of the first network device, wherein the load is associated with resource utilization of the first network device; at the first network device, receiving from the other network devices (41, 4-2, 5) in the group messages indicating load associated with the respective other network devices; when the load of the first network device meets a criterion comprising one of exceeding a predefined load level and being higher load level relative to another network device, at the first network device selecting a second network device from among the other network devices in the group that can take on additional load; subsequently, detecting, at the first network device, a wireless client device that is requesting an association with a wireless access point served by the first network device; and responsive to the detecting, the first network device temporarily serving as a point of presence for the wireless client device in the wired network and sending, to a second network device, a request message comprising information configured to request that the second network device serve as the point of presence in the wired network for the wireless client device.
A propulsion system for an aircraft, the propulsion system comprising: at least first and second propulsors (30a-d), each propulsor (30a-d) being independently driven by a respective electric motor, the first and second propulsors (30a-d) each comprise respective rotors comprising a plurality of blades, the rotor of the first and second propulsor each having a blade pitch varying mechanism; and a controller configured to control the first and second propulsors independently of each other, such that each propulsor (30a-d) produces a tone noise at a different frequency to at the other propulsor 30(a-d); characterised in that: the controller is configured to control the speed and pitch of the blades of the first and second propulsors (30a-d), and is configured to: receive a commanded thrust input; and determine a combination of rotor speeds and pitch angles for each rotor which provides the commanded thrust while producing different tone frequencies from each rotor to generate a target blade pitch and rotor speed for each rotor. receive a commanded thrust input; and determine a combination of rotor speeds and pitch angles for each rotor which provides the commanded thrust while producing different tone frequencies from each rotor to generate a target blade pitch and rotor speed for each rotor.
Tyre with radial carcass reinforcement, comprising a crown reinforcement, itself capped radially by a tread connected to two beads by two sidewalls, the said tread comprising at least two radially superposed layers (61, 62) of polymer compound, characterized in that a first layer of filled elastomeric compound, constituting the radially outer part of the tread, has a macrodispersion score Z, measured, after crosslinking, using the method described by S. Otto et al. in Kautschuk Gummi Kunststoffe, 58 Jahrgang, NR 7-8/2005, in accordance with standard ISO 11345, higher than 80 and a maximum tan(δ) value measured at 60°C, denoted tan(δ)max, lower than 0.130 and in that a second layer of elastomeric compound radially on the inside of the said first layer of elastomeric compound has an elongation at break at 60°C that is higher than 600%.
A method for producing an Al alloy containing Cu and C, comprising: preparing a molten Al containing Cu; adding graphite particles and carburization promoter particles comprising borax to the molten Al containing Cu at a temperature within a range from 800°C to 1000°C of the molten Al containing Cu under a low oxygen concentration atmosphere obtainable by using a closed reverberatory furnace or a shielding gas atmosphere; removing drossy carburization promoter which is originated from the carburization promoter particles and is floating on the surface of the molten Al containing Cu, after the graphite particles are dispersed in the molten Al containing Cu; casting the molten Al containing Cu into which graphite particles are dispersed into a mold. preparing a molten Al containing Cu; adding graphite particles and carburization promoter particles comprising borax to the molten Al containing Cu at a temperature within a range from 800°C to 1000°C of the molten Al containing Cu under a low oxygen concentration atmosphere obtainable by using a closed reverberatory furnace or a shielding gas atmosphere; removing drossy carburization promoter which is originated from the carburization promoter particles and is floating on the surface of the molten Al containing Cu, after the graphite particles are dispersed in the molten Al containing Cu; casting the molten Al containing Cu into which graphite particles are dispersed into a mold.