mhurhangee/ep-ind-claims huggingface dataset:
Pressurized gas container, in particular a gas cylinder, comprising an internal volume for storing gas under pressure, and further comprising: - a fluid distribution valve comprising a flow outlet connection to which a flexible gas line is connected, - a flow rate selector device for selecting a desired flow rate (Qd) of gas to be delivered through the flow outlet connection, the flow rate selector device comprising a rotary handwheel configured to move between a plurality of positions angularly offset from each other, each position corresponding to a given desired gas flow rate value (Qd) of between 0 and 30 L/min, the desired flow rate value (Qd) being selected by the user by actuating the rotary handwheel, - a pressure sensor for measuring the gas pressure at several successive instants (t 1, t 2), and for providing pressure measurements (p 1, p 2) corresponding to the pressure of the gas measured at said successive instants (t 1, t 2), and - microprocessor control means configured for processing the pressure measurements (p 1, p 2) provided by the pressure sensor, characterized in that the control means are arranged in an electronic device with a digital display attached to the fluid distribution valve and are further configured to: a) determine an actual gas flow rate (Qr) supplied by the flow outlet connection from the valve to the flexible gas line between successive instants (t 1, t 2) from the pressure measurements (p 1, p 2) taken at the successive instants (t 1, t 2), b) compare the actual gas flow rate (Qr) to the desired gas flow rate (Qd), c) trigger a clamping alert when: Qr < n. Qd with: n ≤ 0.80. - a fluid distribution valve comprising a flow outlet connection to which a flexible gas line is connected, - a flow rate selector device for selecting a desired flow rate (Qd) of gas to be delivered through the flow outlet connection, the flow rate selector device comprising a rotary handwheel configured to move between a plurality of positions angularly offset from each other, each position corresponding to a given desired gas flow rate value (Qd) of between 0 and 30 L/min, the desired flow rate value (Qd) being selected by the user by actuating the rotary handwheel, - a pressure sensor for measuring the gas pressure at several successive instants (t 1, t 2), and for providing pressure measurements (p 1, p 2) corresponding to the pressure of the gas measured at said successive instants (t 1, t 2), and - microprocessor control means configured for processing the pressure measurements (p 1, p 2) provided by the pressure sensor, a) determine an actual gas flow rate (Qr) supplied by the flow outlet connection from the valve to the flexible gas line between successive instants (t 1, t 2) from the pressure measurements (p 1, p 2) taken at the successive instants (t 1, t 2), b) compare the actual gas flow rate (Qr) to the desired gas flow rate (Qd), c) trigger a clamping alert when: Qr < n. Qd with: n ≤ 0.80.
A method for providing collision protection in an aircraft (100, 200), the method comprising: receiving a sensor (210, 332) input from a sensor (210, 332) positioned on the aircraft (100, 200) and operatively coupled with a processor (314, 340), wherein the sensor (210, 332) is configured to identify obstacles within a field of view; receiving a pilot command stream from a pilot; identifying an obstacle within the field of view based at least in part on said sensor (210, 332) input; determining a region (618, 620, 622) from a plurality of regions (618, 620, 622) within the field of view in which the obstacle is positioned, wherein the region (618, 620, 622) is determined based at least in part on the sensor (210, 332) input; setting a control input as a function of the region (618, 620, 622) determined in the determining step; inputting the control inputs to a proportional-derivative 'PD' controller to generate control data; generating, via the processor (314, 340), a control command stream as a function of the control data; and comparing, via the processor (314, 340), the control command stream to the pilot command stream to determine whether the pilot command stream from the pilot is safe. receiving a sensor (210, 332) input from a sensor (210, 332) positioned on the aircraft (100, 200) and operatively coupled with a processor (314, 340), wherein the sensor (210, 332) is configured to identify obstacles within a field of view; receiving a pilot command stream from a pilot; identifying an obstacle within the field of view based at least in part on said sensor (210, 332) input; determining a region (618, 620, 622) from a plurality of regions (618, 620, 622) within the field of view in which the obstacle is positioned, wherein the region (618, 620, 622) is determined based at least in part on the sensor (210, 332) input; setting a control input as a function of the region (618, 620, 622) determined in the determining step; inputting the control inputs to a proportional-derivative 'PD' controller to generate control data; generating, via the processor (314, 340), a control command stream as a function of the control data; and comparing, via the processor (314, 340), the control command stream to the pilot command stream to determine whether the pilot command stream from the pilot is safe.
A method for producing a composition for producing hydrogen upon reaction of the composition with water, the composition comprises a base metal and an activator, said base metal being aluminum (Al) and said activator being lithium hydride (LiH), and an amount of said activator and said base metal are in a ratio of below 1:30 by weight, the method comprising: providing said base metal; depositing said activator on a surface of said base metal by adding said base metal to a solution of said activator in a non-aqueous solvent; and heating said base metal having said activator deposited on its surface by heating said base metal in inert gas atmosphere at temperature below a melting point of said base metal, thereby forming a solid solution of said activator or of chemical components thereof in said base metal. providing said base metal; depositing said activator on a surface of said base metal by adding said base metal to a solution of said activator in a non-aqueous solvent; and heating said base metal having said activator deposited on its surface by heating said base metal in inert gas atmosphere at temperature below a melting point of said base metal, thereby forming a solid solution of said activator or of chemical components thereof in said base metal.
A method for heterogeneous catalysis of a hydrogenation reaction of a carbon oxide in the gaseous state, such as a methanation reaction employing, in a reactor, carbon dioxide and dihydrogen gas and at least one solid catalytic compound capable of catalysing said reaction over a given range of temperatures T, comprising the contacting of said gaseous reactant and said catalytic compound in the presence of a heating agent, and heating the heating agent to a temperature lying in said range of temperatures T, characterized in that the heating agent comprises a ferromagnetic material in micrometric powder form composed of micrometric ferromagnetic particles of sizes between 1 μm and 1000 μm and/or iron- or iron alloy-based wire preferably having a wire diameter of between 10 micrometres and 1 millimetre, said ferromagnetic material being heated by magnetic induction by means of a field inductor external to the reactor, the magnetic field generated by the field inductor external to the reactor having an amplitude of between 1mT and 80 mT and a frequency of between 30 kHz and 500 kHz.
Apparatus (1, 1a-c, 1a'-c') to switch a light-emitting diode or another load, comprising a mechanical switch, which comprises a moving electrode, wherein the moving electrode is a contact, which electrically gets in connection with a further contact or electrode to enable a current flow while a closing phase and while an operation time and which moving electrode can be separated from the further contact or electrode to interrupt current flow while a breaking phase of the mechanical switch, wherein the apparatus (1, 1a-c, 1a'-c') comprises a solid-state-device, which is arranged in such a manner that current at least partially flows through the solid-state-device while a closing or breaking phase and that current at least partially flows through the mechanical switch in closed position while the operation time, and wherein the solid-state-device is a triac, which is paralleled to the mechanical switch, and a gate switch is embodied as a mechanical switch to activate mechanically the gate of the triac, wherein that gate switch and the mechanical switch are mechanically linked together, so that both switches can be closed simultaneously or in succession within a short period of time, characterized in that the mechanical switch is a rocker light switch and the switching on and off sequences are not done by relays, but by the rocker light switch.
Dumper with a chassis, comprising a trough mounted thereon in a tilt-adjustable manner, a travel drive and an electrical control device, to which sensors for detecting the driving state are assigned, characterized in that the control device, as a function of the trough position and the travel state, emits a danger signal for the purpose of maintaining a safety distance (a) from the tip-over limit, when at least one vehicle-specific limit value corresponding to the safety distance (a) stored in the control device is exceeded, wherein the trough is designed to be rotationally adjustable about a vertical axis with respect to the chassis by means of a rotating device, namely a turntable, and a rotation angle sensor (S D) is preferably assigned to the rotating device.
A blind fastener comprising: a bolt part; a sleeve part, wherein the bolt part is at least partially received within the sleeve part; a tubular insulating sheath, characterised in that a first end of the sheath is retained on the bolt part such that relative axial movement between the first end of the sheath and the bolt part is substantially prevented; wherein the blind fastener is movable between: a pre-installation configuration in which the sleeve part has a first axial position relative to the bolt part and a predetermined section of the sheath is adjacent an outer surface of the sleeve part; and a post-installation configuration in which the sleeve part has a second, different axial position relative to the bolt part and the predetermined section of the sheath is adjacent an inner surface of the sleeve part. a bolt part; a sleeve part, wherein the bolt part is at least partially received within the sleeve part; a tubular insulating sheath, characterised in that a first end of the sheath is retained on the bolt part such that relative axial movement between the first end of the sheath and the bolt part is substantially prevented; wherein the blind fastener is movable between: a pre-installation configuration in which the sleeve part has a first axial position relative to the bolt part and a predetermined section of the sheath is adjacent an outer surface of the sleeve part; and a post-installation configuration in which the sleeve part has a second, different axial position relative to the bolt part and the predetermined section of the sheath is adjacent an inner surface of the sleeve part. a pre-installation configuration in which the sleeve part has a first axial position relative to the bolt part and a predetermined section of the sheath is adjacent an outer surface of the sleeve part; and a post-installation configuration in which the sleeve part has a second, different axial position relative to the bolt part and the predetermined section of the sheath is adjacent an inner surface of the sleeve part.
An electro-pneumatic field appliance, such as an electro-pneumatic converter or an electro-pneumatic position regulator, for purposes of activating a pneumatic actuator, comprising an energy converter, which converts pneumatic energy, in particular from a pneumatic energy source of the actuator, into electrical energy, and an operating chamber with a pneumatic compressed air access port, by way of which a compressed air pulse can be introduced into the operating chamber, has a resetting chamber, a coil, and an armature separating the operating chamber from the resetting chamber, which is guided in a translatory reciprocal movement with a corresponding increase or reduction in size of the operating chamber and the resetting chamber respectively, and is designed with or as a permanent magnet, such that in the course of the reciprocal movement electrical energy is induced in the coil, wherein the pneumatic compressed air access port is configured such that the compressed air pulse exiting from the compressed air access port arrives in the operating chamber with a directional component that is parallel to the translatory direction of movement of the armature, characterised in that, the compressed air access port has a seating for a check valve element, such as a check valve sphere, in which the check valve element is movably guided, wherein the seating forms a sealing seat, on which the check valve element can sit so as to close off the compressed air access port hermetically in a sealing manner, if it is located in a sealing position.
Connector comprising a first portion with a device for coupling with an electrical switchgear and a link part, and a second portion comprising a coupling end piece of substantially tapered outer form extending towards the first portion by a holding part, a metal insert passing through the connector emerging at the coupling device and in the end piece, characterized in that: - the metal insert is surrounded by a support made of deformable insulating material, the interface between said material and the metal insert being impervious; - the second portion comprises an outer shell made of a rigid material around the deformable material, the interface between said material and the shell being impervious; - the thickness of the deformable material in the second portion is increasing according to a constant slope between the two ends of the second portion apart from a link area adjacent to the link part of the first portion wherein the thickness of the elastomer material increases according to a slope that is at least four times greater; - such that when the connector is formed by injecting flexible elastomer around the conductor within the shell, the air is driven out out of the volume concerned. - the metal insert is surrounded by a support made of deformable insulating material, the interface between said material and the metal insert being impervious; - the second portion comprises an outer shell made of a rigid material around the deformable material, the interface between said material and the shell being impervious; - the thickness of the deformable material in the second portion is increasing according to a constant slope between the two ends of the second portion apart from a link area adjacent to the link part of the first portion wherein the thickness of the elastomer material increases according to a slope that is at least four times greater; - such that when the connector is formed by injecting flexible elastomer around the conductor within the shell, the air is driven out out of the volume concerned.
A tire, comprising: a circumferentially extending crown; a pair of sidewalls (5, 7) spaced from and lying opposite one another and coextensively connected to the crown; a bead located within each of said pair of sidewalls (5, 7) such that said beads extend around said sidewalls (5, 7) and lie opposite said crown; and a series of corrugations formed in at least one of said pair of sidewalls (5, 7) and having first and opposite ends and alternating inwardly extending depressions and outwardly extending projections that are aligned side-by-side and adjacent one another and that run radially along the at least one of said pair of sidewalls (5, 7) from the first end of said series of corrugations at which to encompass therewithin the bead of the at least one of said pair of sidewalls (5, 7), characterized in that the alternating inwardly extending depressions and outwardly extending projections of said series of corrugations formed in the at least one of said pair of sidewalls (5, 7) slope in opposite directions relative to one another. a circumferentially extending crown; a pair of sidewalls (5, 7) spaced from and lying opposite one another and coextensively connected to the crown; a bead located within each of said pair of sidewalls (5, 7) such that said beads extend around said sidewalls (5, 7) and lie opposite said crown; and a series of corrugations formed in at least one of said pair of sidewalls (5, 7) and having first and opposite ends and alternating inwardly extending depressions and outwardly extending projections that are aligned side-by-side and adjacent one another and that run radially along the at least one of said pair of sidewalls (5, 7) from the first end of said series of corrugations at which to encompass therewithin the bead of the at least one of said pair of sidewalls (5, 7), characterized in that the alternating inwardly extending depressions and outwardly extending projections of said series of corrugations formed in the at least one of said pair of sidewalls (5, 7) slope in opposite directions relative to one another.
A positive electrode material for a nonaqueous electrolyte secondary battery comprising a porous body of a polyanion-containing material, characterized in that the inner walls of the pores of said porous body are provided with a layer of carbon forming a continuous three-dimensional mesh of carbon in the porous body, and when said porous body is a secondary particle composed of primary particles said primary particles are coated with a non-separated and united carbon layer.
A lead-trough device for an electrical conductor, which structure comprises: an insulating body arranged for housing an electrical conductor along a central axis of the insulating body, insulating layers and conducting layers arranged on the inside of said body, which insulating layers and conducting layers are concentrically wrapped around the central axis of the body, said insulating layers and conducting layers being alternatingly arranged along a transaxial direction of said insulating body, characterized in that at least one conducting layer is wrapped concentrically around the central axis of the body for less than 360° such that the two ends (313, 314) of said at least one conducting layer are spaced apart. an insulating body arranged for housing an electrical conductor along a central axis of the insulating body, insulating layers and conducting layers arranged on the inside of said body, which insulating layers and conducting layers are concentrically wrapped around the central axis of the body, said insulating layers and conducting layers being alternatingly arranged along a transaxial direction of said insulating body, characterized in that at least one conducting layer is wrapped concentrically around the central axis of the body for less than 360° such that the two ends (313, 314) of said at least one conducting layer are spaced apart.
A method of performing cell search in a wireless communication system, performed by a user equipment, the method comprising: receiving a primary synchronization code, PSC; receiving a first secondary synchronization signal, SSS, comprising a first sequence and a second sequence; and receiving a second SSS comprising the first sequence and the second sequence; wherein the first sequence of the first SSS is scrambled by using a first scrambling code, the second sequence of the first SSS is scrambled by using a second scrambling code, the first sequence of the second SSS is scrambled by using the second scrambling code, and the second sequence of the second SSS is scrambled by using the first scrambling code, and wherein the first scrambling code and the second scrambling code are associated with the PSC. receiving a primary synchronization code, PSC; receiving a first secondary synchronization signal, SSS, comprising a first sequence and a second sequence; and receiving a second SSS comprising the first sequence and the second sequence; wherein the first sequence of the first SSS is scrambled by using a first scrambling code, the second sequence of the first SSS is scrambled by using a second scrambling code, the first sequence of the second SSS is scrambled by using the second scrambling code, and the second sequence of the second SSS is scrambled by using the first scrambling code, and wherein the first scrambling code and the second scrambling code are associated with the PSC.
An anchoring system comprising (i) a substantially upright member comprising a channel extending thereinto, the channel angled downwardly into the member, the channel having, an open end, a blind end, an upper wall and a lower wall, each of the upper and lower wall fabricated from a metal and formed separately to the upright member and incorporated into the upright member, the upper wall having a recess disposed at or toward the blind end, an edge of the lower wall at the open end of the channel being configured to form a pivot point, and (ii) an insert configured to be inserted into the channel in the upright member, the insert comprising a first region, and a second region, the first and second regions being separated by a bend in the insert, the first region having an upper face with an engaging member extending therefrom, wherein the channel of the upright member and the insert are configured such that the region of the insert comprising the engaging member is insertable into the channel, and when inserted into the channel and in response to a downward force applied at or about the terminus of the insert distal to the upright member, the insert pivots on the pivot point of the channel such that the engaging member moves into the recess of the channel thereby locking the channel and insert together. (i) a substantially upright member comprising a channel extending thereinto, the channel angled downwardly into the member, the channel having, an open end, a blind end, an upper wall and a lower wall, each of the upper and lower wall fabricated from a metal and formed separately to the upright member and incorporated into the upright member, the upper wall having a recess disposed at or toward the blind end, an edge of the lower wall at the open end of the channel being configured to form a pivot point, and (ii) an insert configured to be inserted into the channel in the upright member, the insert comprising a first region, and a second region, the first and second regions being separated by a bend in the insert, the first region having an upper face with an engaging member extending therefrom,
An oil-in-water external skin preparation comprising following components (a) to (d): (a) 0.01 to 3.0 % by mass of sodium polyacrylate; (b) 0.01 to 1.0 % by mass of alkyl-modified carboxyvinyl polymer; (c) 1.0 to 10.0 % by mass of polyethylene glycol having an average molecular weight of 1000 or more to 50000 or less; and (d) 0.5 to 20.0 % by mass of oil; and wherein the oil-in-water external skin preparation has thread-forming property. (a) 0.01 to 3.0 % by mass of sodium polyacrylate; (b) 0.01 to 1.0 % by mass of alkyl-modified carboxyvinyl polymer; (c) 1.0 to 10.0 % by mass of polyethylene glycol having an average molecular weight of 1000 or more to 50000 or less; and (d) 0.5 to 20.0 % by mass of oil; and