mhurhangee/ep-ind-claims huggingface dataset:
A method for releasing an overlap in a railway signalling system, the system comprising a signalling interlocking, trackside processing equipment and at least one signal, the overlap being a section of railway located past the signal in the direction of train movement, characterized in that the method comprises: configuring both the interlocking and the trackside processing equipment to treat the overlap as an individual overlap route, such that a train would require a movement authority to be granted to proceed into that route, wherein the method further comprises the step of configuring the trackside processing equipment with: a first route leading up to the signal, having an end of authority proximate the signal and a danger point beyond the signal, and the overlap route including only the overlap section with an end of authority at or proximate to the signal and a danger point at the end of the overlap. configuring both the interlocking and the trackside processing equipment to treat the overlap as an individual overlap route, such that a train would require a movement authority to be granted to proceed into that route, wherein the method further comprises the step of configuring the trackside processing equipment with: a first route leading up to the signal, having an end of authority proximate the signal and a danger point beyond the signal, and the overlap route including only the overlap section with an end of authority at or proximate to the signal and a danger point at the end of the overlap.
An air-permeable sheet to be used in a state of being interposed between a flat suction stage and an air-impermeable substrate when printing is performed on the surface of the air-impermeable substrate fixed by suction onto the suction stage, the air-permeable sheet comprising: a non-woven fabric layer being in contact with the air-impermeable substrate; the air-permeable sheet being characterized in that it further comprises a support layer being in contact with the suction stage and formed from a woven fabric or knitted fabric. a non-woven fabric layer being in contact with the air-impermeable substrate; the air-permeable sheet being characterized in that it further comprises a support layer being in contact with the suction stage and formed from a woven fabric or knitted fabric.
An automated in-line manufacturing system (100, 150) for controlling at least one variable during layup of a composite part using automated fiber placement comprising: an automated layup system configured to receive a feed-through of one or more fiber tows as an input material and provide layup of the one or more fiber tows to form a laminate of one or more laid up plies; and a controller configured to respond to measurement data obtained through one or more inline samplings and adjust the layup of the one or more fiber tows, or to adjust at least one of a fiber tow length, and a change in a number of plies being laid up using feedback based on measurement data obtained through one or more inline samplings, to compensate for a variation from one or more of a reference weight of the input material and a reference weight of the laminate. an automated layup system configured to receive a feed-through of one or more fiber tows as an input material and provide layup of the one or more fiber tows to form a laminate of one or more laid up plies; and a controller configured to respond to measurement data obtained through one or more inline samplings and adjust the layup of the one or more fiber tows, or to adjust at least one of a fiber tow length, and a change in a number of plies being laid up using feedback based on measurement data obtained through one or more inline samplings, respond to measurement data obtained through one or more inline samplings and adjust the layup of the one or more fiber tows, or to adjust at least one of a fiber tow length, and a change in a number of plies being laid up using feedback based on measurement data obtained through one or more inline samplings, to compensate for a variation from one or more of a reference weight of the input material and a reference weight of the laminate.
A method for proving an event comprising: a) receiving, at a beacon node (201, 202, 203), a request for proving a time and location for an event, wherein the request comprises event data generated by a requesting entity; b) creating a timestamp for the event using a clock of the beacon node, wherein the clock is synchronized to a trusted time source; c) generating, by the beacon node, an estimated location of the requesting entity, wherein generating the estimated location comprises: (i) generating an estimated distance or location vector with respect to the requesting node based on a network latency and (ii) using a machine learning algorithm trained model to process the estimated distance or location vector to generate the estimated location; d) generating a hash code for the timestamp and the event data; and e) recording the hash code to a ledger at the beacon node. a) receiving, at a beacon node (201, 202, 203), a request for proving a time and location for an event, wherein the request comprises event data generated by a requesting entity; b) creating a timestamp for the event using a clock of the beacon node, wherein the clock is synchronized to a trusted time source; c) generating, by the beacon node, an estimated location of the requesting entity, wherein generating the estimated location comprises: (i) generating an estimated distance or location vector with respect to the requesting node based on a network latency and (ii) using a machine learning algorithm trained model to process the estimated distance or location vector to generate the estimated location; d) generating a hash code for the timestamp and the event data; and e) recording the hash code to a ledger at the beacon node.
An aqueous suspension formulation for use in the treatment or prevention of an inflammatory disease or an infectious disease, wherein the aqueous suspension formulation comprises nanoparticles of a macrolide antibiotic and a dispersion stabilizer comprising (a) polyoxyethylene hydrogenated castor oil 60 as a surfactant and (b) methyl cellulose and/or hydroxypropyl methyl cellulose as viscosity modifier; the nanoparticles have an average particle diameter of 300 nm or less and a 90% diameter of 1500 nm or less, the average particle diameter is an arithmetic mean diameter in a particle diameter distribution measured by dynamic light scattering photon correlation spectroscopy, and the aqueous suspension formulation is an ocular topical formulation.
An electronic cylinder insertable and actionable by an electronic key, wherein the electronic cylinder comprises: - a stator body; - a motor actionable by the electronic key; - a rotor configured to rotate with respect to the stator body; - a clutch mechanism configured to lock and unlock the rotation of the rotor with respect to the stator body by actuating the motor; and - a system for detecting rotation of the rotor with respect to the stator body, characterised in that said system is configured to deactivate the motor when the rotor rotates with respect to the stator body. - a stator body; - a motor actionable by the electronic key; - a rotor configured to rotate with respect to the stator body; - a clutch mechanism configured to lock and unlock the rotation of the rotor with respect to the stator body by actuating the motor; and - a system for detecting rotation of the rotor with respect to the stator body, characterised in that said system is configured to deactivate the motor when the rotor rotates with respect to the stator body.
A food dispensing system comprising: a masher for mashing food to paste, the masher having a handle, a head and a removable cover for the head characterised in that the system further comprises: a hopper having a spout; and a cap for covering said spout; wherein with the cover on the head, the masher may be used as a plunger within the hopper, such that paste food may be dispensed from the hopper via the spout in response to a plunging action of the masher within the hopper, and said spout is adapted to cooperate with an opening of a food storage component, the food storage component having an opening with a nozzle at said opening. a hopper having a spout; and a cap for covering said spout; wherein with the cover on the head, the masher may be used as a plunger within the hopper, such that paste food may be dispensed from the hopper via the spout in response to a plunging action of the masher within the hopper, and said spout is adapted to cooperate with an opening of a food storage component, the food storage component having an opening with a nozzle at said opening.
A system for separating or concentrating particles suspended in a fluid, the system comprising: a first device having an inlet, a chamber, and an outlet, the first device being operative to receive the fluid at the inlet, capture particles of a first size range from the fluid by maintaining a vortex flow in the chamber and expel the fluid from the chamber through the outlet; and, a second device having an inlet connected to the outlet of the first device, a chamber, and an outlet, the second device being operative to receive the fluid at the inlet, capture particles of a second size range from the fluid by maintaining a vortex flow in the chamber and expel the fluid from the chamber through the outlet. characterized in that the chamber of the first device includes at least one collection cavity arranged adjacent a curved outer wall of the chamber of the first device. a first device having an inlet, a chamber, and an outlet, the first device being operative to receive the fluid at the inlet, capture particles of a first size range from the fluid by maintaining a vortex flow in the chamber and expel the fluid from the chamber through the outlet; and, a second device having an inlet connected to the outlet of the first device, a chamber, and an outlet, the second device being operative to receive the fluid at the inlet, capture particles of a second size range from the fluid by maintaining a vortex flow in the chamber and expel the fluid from the chamber through the outlet. characterized in that the chamber of the first device includes at least one collection cavity arranged adjacent a curved outer wall of the chamber of the first device.
A method of brush manufacturing by means of a brush manufacturing machine having a guide along which a plurality of slides can be successively moved to a plurality of drilling stations (16A, 16B) and then to at least one tufting station, the drilling stations (16A, 16B) being operated simultaneously with the at least one tufting station, and the number of drilling cycles performed by each drilling station (16A, 16B) per unit of time being equal to the number of tufting cycles of the at least one tufting station in the same unit of time, divided by the ratio of the number of drilling stations to the number of tufting stations, wherein the drilling of the holes in the brush base body is divided between two or more drilling stations and the cycle speed of the drilling stations is reduced in accordance with the ratio of the drilling stations to the tufting stations.
An authentication medium comprising: a sheet-like laminate sheet; a first region that is formed on the laminate sheet and in which personal identification information is recorded; and a second region that is formed on the laminate sheet and has a hologram structure in which check data associated with the personal identification information is recorded, wherein the check data has a plurality of information segments, and the hologram structure is a combination of a plurality of hologram segments that reproduces the plurality of information segments, and at least one of reproduction positions of the plurality of hologram segments is different from others. a sheet-like laminate sheet; a first region that is formed on the laminate sheet and in which personal identification information is recorded; and a second region that is formed on the laminate sheet and has a hologram structure in which check data associated with the personal identification information is recorded, wherein the check data has a plurality of information segments, and the hologram structure is a combination of a plurality of hologram segments that reproduces the plurality of information segments, and at least one of reproduction positions of the plurality of hologram segments is different from others.
Suspension device on a frame of an agricultural implement and comprising at least one pivot arm, for the suspension of at least one tool, comprising at least a first bearing body, and at least one pivot support which is arranged at least in part within the first bearing body, at least a first elastic bearing element being arranged between the first bearing body and the pivot support, and the at least one tool being pivotally mountable relative to the at least one pivot support by means of at least the pivot arm, characterized in that at least a second bearing body is provided, which is arranged at least in part within the first bearing body and is pivotally mounted about its longitudinal axis, at least a second elastic bearing element being arranged between the pivot support and the second bearing body.
Machine for colouring miscellaneous articles of leather and leatherette comprising: - a supporting frame; - a colouring unit, supported by said frame and comprising - a colouring rotatable roller adapted for applying a layer of liquid colour directly in contact with the article being processed; - a tray for containing the colour to be deposited in the article and for collecting the excess of colour dripping from the colouring roller, characterised by - a device for transporting and dosing the colour from said tray to said colouring roller, said device being externally arranged to said colouring roller - a driving system for actuating said colouring unit and also allowing a vertical translation of said colouring unit; - whereby said transport device for transporting and dosing the colour comprises further a colour feed channel, to which the liquid colour taken from the tray by said transport device is delivered and inside which the liquid colour flows until reaches the top of the colouring roller and flows downwards by gravity and a doctor blade, attached under said feed channel and coupled to said colouring roller, which follows the profile of the external lateral surface of said colouring roller for dosing and distributing uniformly the colour over the entire external lateral surface of the colouring roller. - a supporting frame; - a colouring unit, supported by said frame and comprising - a colouring rotatable roller adapted for applying a layer of liquid colour directly in contact with the article being processed; - a tray for containing the colour to be deposited in the article and for collecting the excess of colour dripping from the colouring roller, characterised by - a device for transporting and dosing the colour from said tray to said colouring roller, said device being externally arranged to said colouring roller - a driving system for actuating said colouring unit and also allowing a vertical translation of said colouring unit; - whereby said transport device for transporting and dosing the colour comprises further a colour feed channel, to which the liquid colour taken from the tray by said transport device is delivered and inside which the liquid colour flows until reaches the top of the colouring roller and flows downwards by gravity and a doctor blade, attached under said feed channel and coupled to said colouring roller, which follows the profile of the external lateral surface of said colouring roller for dosing and distributing uniformly the colour over the entire external lateral surface of the colouring roller.
Shelving display, comprising a stand having two facing walls (21, 22), the shelving display further comprising at least one shelf support for supporting a shelf between said two facing walls (21, 22), wherein the shelf support comprises a substantially horizontally extending central panel for supporting the shelf thereon, the shelf support further comprising two side panels (31, 32) upwardly extending from and hingedly connected to the central panel by means of two hinges (31h, 32h) at two opposite lateral sides of the central panel, wherein each of the two side panels (31, 32) is provided with a first attachment means (310, 320) and said two facing walls (21, 22) of the stand are provided with second attachment means (210, 220) to cooperate with said first attachment means (310, 320) such as to attach the shelf support between said two facing walls (21, 22) of the stand, wherein said first attachment means (310, 320) are located remotely from the respective hinge (31h, 32h) and at upper regions (31u, 32u) of the side panels (31, 32) of the shelf support, characterized in that the shelf support comprises at least two connectors (35a, 35b) to connect the shelf support to the two facing walls (21, 22) of the stand at a position located below the first attachment means (310, 320), wherein each of said at least two connectors is located relatively nearby the respective hinge (31h, 32h) with respect to the Location of the respective first attachment means (310, 320), wherein both of said at least two connectors (35a, 35b) are located at opposite lateral sides of the shelf support.
A removable comb comprising a latch allowing, in use, to attach said comb onto a clipper, characterized in that said latch is positioned on an arc, the curvature of which increases when pressure is applied on the sides of the arc, the increase in the curvature of the arc causing the comb to unlock.
A directional backlight comprising: a waveguide having an input end; and an array of light sources disposed at different input positions in a lateral direction across the input end of the waveguide, the waveguide further comprising first and second, opposed guide surfaces (6, 8) for guiding light along the waveguide, and a reflective end facing the input end for reflecting input light from the input sources back through the waveguide, the waveguide being arranged to direct input light from the light sources as output light through the first guide surface after reflection from the reflective end into optical windows in output directions distributed in a lateral direction to the normal to the first guide surface that are dependent on the input positions, characterised in that the directional backlight is arranged such that the input light in the waveguide from the respective light sources have distributions of luminous intensity laterally by angle that vary with the input position of the light sources in the lateral direction by increasing in width with distance from the optical axis of the waveguide. a waveguide having an input end; and an array of light sources disposed at different input positions in a lateral direction across the input end of the waveguide, the waveguide further comprising first and second, opposed guide surfaces (6, 8) for guiding light along the waveguide, and a reflective end facing the input end for reflecting input light from the input sources back through the waveguide, the waveguide being arranged to direct input light from the light sources as output light through the first guide surface after reflection from the reflective end into optical windows in output directions distributed in a lateral direction to the normal to the first guide surface that are dependent on the input positions, characterised in that the directional backlight is arranged such that the input light in the waveguide from the respective light sources have distributions of luminous intensity laterally by angle that vary with the input position of the light sources in the lateral direction by increasing in width with distance from the optical axis of the waveguide.
An α-β titanium alloy consisting of, in percent by mass: 0.1 to 2.0% of Cu; 2.0 to 8.5% of Al; 0.08 to 0.25% of C; 2.0 to 7.0% in total of at least one element of 0 to 4.5% of Cr and 0 to 2.5% of Fe, 0.005% or less of P; 0.05% or less of N; 0.05% or less of S; 0.25% or less of O; optionally more than 0% and 10% or less in total of one or more elements selected from the group consisting of more than 0% and 5.0% or less of V; more than 0% and 5.0% or less of Mo; more than 0% and 5.0% or less of Nb; and more than 0% and 5.0% or less of Ta; and optionally more than 0% and 0.8% or less of Si, with the balance being Ti and inevitable impurities. 0.1 to 2.0% of Cu; 2.0 to 8.5% of Al; 0.08 to 0.25% of C; 2.0 to 7.0% in total of at least one element of 0 to 4.5% of Cr and 0 to 2.5% of Fe, 0.005% or less of P; 0.05% or less of N; 0.05% or less of S; 0.25% or less of O; optionally more than 0% and 10% or less in total of one or more elements selected from the group consisting of more than 0% and 5.0% or less of V; more than 0% and 5.0% or less of Mo; more than 0% and 5.0% or less of Nb; and more than 0% and 5.0% or less of Ta; and optionally more than 0% and 0.8% or less of Si, with the balance being Ti and inevitable impurities.
A method of a server for providing a user interaction service in a communication system, the method comprising: receiving, from a gateway, a request message for a user expression input to be inputted by a user of a terminal; identifying preference of the terminal based on a user preference document associated with the terminal, wherein the preference of the terminal indicates whether the terminal prefers to receive the request message for the user expression input, and wherein the user preference document is obtained from an XML document management server, XDMS; transmitting, to the terminal, the request message for the user expression input according to the preference of the terminal; receiving, from the terminal, a first response message including information about the user expression input; and transmitting the first response message to the gateway, wherein the request message for the user expression includes at least one of a description about the user expression input, a way for a participation of the user expression input, or an expiration time of the user expression input. receiving, from a gateway, a request message for a user expression input to be inputted by a user of a terminal; identifying preference of the terminal based on a user preference document associated with the terminal, wherein the preference of the terminal indicates whether the terminal prefers to receive the request message for the user expression input, and wherein the user preference document is obtained from an XML document management server, XDMS; transmitting, to the terminal, the request message for the user expression input according to the preference of the terminal; receiving, from the terminal, a first response message including information about the user expression input; and transmitting the first response message to the gateway, wherein the request message for the user expression includes at least one of a description about the user expression input, a way for a participation of the user expression input, or an expiration time of the user expression input.