mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating a thermal fog, the apparatus comprising: - a burner configured to be provided with a fuel source and air; - an enclosed conduit configured to receive a combustion gas from the burner; - a plurality of injectors disposed along the enclosed conduit and configured to inject liquid water into the enclosed conduit to thereby provide a gas comprising water vapour; and - an ejector configured to release the gas comprising water vapour as a jet to provide a thermal fog, wherein a second, downstream portion of the enclosed conduit is disposed substantially around a first, upstream portion of the enclosed conduit, such that the first, upstream portion and second, downstream portion of the enclosed conduit share a dividing wall, wherein the first, upstream portion of the enclosed conduit has a cylindrical cross-section and the second, downstream portion of the enclosed conduit comprises an annulus disposed around and on the same longitudinal axis as first, upstream portion of the enclosed conduit, and wherein the plurality of injectors are disposed along an external surface of the second, downstream portion of the enclosed conduit. - a burner configured to be provided with a fuel source and air; - an enclosed conduit configured to receive a combustion gas from the burner; - a plurality of injectors disposed along the enclosed conduit and configured to inject liquid water into the enclosed conduit to thereby provide a gas comprising water vapour; and - an ejector configured to release the gas comprising water vapour as a jet to provide a thermal fog, wherein a second, downstream portion of the enclosed conduit is disposed substantially around a first, upstream portion of the enclosed conduit, such that the first, upstream portion and second, downstream portion of the enclosed conduit share a dividing wall, wherein the first, upstream portion of the enclosed conduit has a cylindrical cross-section and the second, downstream portion of the enclosed conduit comprises an annulus disposed around and on the same longitudinal axis as first, upstream portion of the enclosed conduit, and wherein the plurality of injectors are disposed along an external surface of the second, downstream portion of the enclosed conduit. wherein a second, downstream portion of the enclosed conduit is disposed substantially around a first, upstream portion of the enclosed conduit, such that the first, upstream portion and second, downstream portion of the enclosed conduit share a dividing wall, wherein the first, upstream portion of the enclosed conduit has a cylindrical cross-section and the second, downstream portion of the enclosed conduit comprises an annulus disposed around and on the same longitudinal axis as first, upstream portion of the enclosed conduit, and wherein the plurality of injectors are disposed along an external surface of the second, downstream portion of the enclosed conduit.
A method for transmitting information through a backhaul link, wherein the method comprises: Determining, by a proxy device, that to-be-transmitted information needs to be transmitted through a backhaul link, wherein the backhaul link is a backhaul link that implements transmission between the proxy device and an access device through an air interface and is in a deactivated state; if to-be-transmitted information needs to be transmitted through the backhaul link, activating the backhaul link and transmitting the to-be-transmitted information through the activated backhaul link by the proxy device; wherein before the determining, by the proxy device, that to-be-transmitted information needs to be transmitted through a backhaul link, the method comprises: sending, by the proxy device, activation time information to the access device, wherein the activation time information comprises an activation start time and a deactivation start time, so that the access device activates, according to the activation start time, the backhaul link that is connected to the proxy device through the air interface, and deactivates, according to the deactivation start time, the backhaul link that is connected to the proxy device through the air interface. Determining, by a proxy device, that to-be-transmitted information needs to be transmitted through a backhaul link, wherein the backhaul link is a backhaul link that implements transmission between the proxy device and an access device through an air interface and is in a deactivated state; if to-be-transmitted information needs to be transmitted through the backhaul link, activating the backhaul link and transmitting the to-be-transmitted information through the activated backhaul link by the proxy device; wherein before the determining, by the proxy device, that to-be-transmitted information needs to be transmitted through a backhaul link, the method comprises: sending, by the proxy device, activation time information to the access device, wherein the activation time information comprises an activation start time and a deactivation start time, so that the access device activates, according to the activation start time, the backhaul link that is connected to the proxy device through the air interface, and deactivates, according to the deactivation start time, the backhaul link that is connected to the proxy device through the air interface. sending, by the proxy device, activation time information to the access device, wherein the activation time information comprises an activation start time and a deactivation start time, so that the access device activates, according to the activation start time, the backhaul link that is connected to the proxy device through the air interface, and deactivates, according to the deactivation start time, the backhaul link that is connected to the proxy device through the air interface.
A motor driving system for a driven unit which is constructed such that a required current varies as a direction of rotation of a dc motor is switched from normal rotation to reverse rotation or vice versa on account of energizing means that applies a force in the direction of normal rotation or reverse rotation of the dc motor, said motor driving system having an H-bridge circuit which is composed of parallelly connected two sets of serially connected switching elements, each set consisting of two switching elements, with both ends (82, 83) of the parallel connection being connected to a power source and connections (84, 85) of the two serially connected switching elements being connected to each other through the dc motor, and also having control means (78, 79) which selectively turn on and off the four switching elements (71, 72, 73, 74) of the two sets so as to switch the direction of rotation of the dc motor from normal rotation to reverse rotation or vice versa, one set of two switching elements which flows a current to rotate the dc motor in the normal direction and the other set of two switching elements which flows a current to rotate the dc motor in a reverse direction, characterised in that the two switching elements of a set are diagonally arranged with the dc motor placed at the center and the two sets differ from each other in internal resistance depending on the required current flowing through them for normal rotation or reverse rotation.
A process for manufacturing an axle having varying thickness forged from seamless steel tube for railroad vehicles, characterized by comprising the following steps: - melting a metal alloy material, generating the metallic steel alloy material, the generated metallic steel alloy material having the following composition: 0.32 to 0.42% by weight of carbon; 1.40 to 1.70% by weight of manganese, optionally up to 0.020% by weight of sulfur, up to 0.020% by weight of phosphorus, from 0.10 to 0.45% by weight of aluminum, from 0.10 to 0.35% by weight of silicon, from 0.10 to 0.30% by weight of molybdenum, from 0.010 to 0.050% by weight of niobium, from 0.05 to 0.27% by weight of vanadium, the balance being iron; - casting the molten material, forming ingoted products; - reheating for perforation of the ingoted products in a reheating furnace; - perforating the ingoted products; - elongating the perforated products, forming hollow blooms; - finishing the hollows, transforming them into seamless tubes; - forging the seamless tubes, transforming them into axles forged from seamless tube for railroad vehicles, wherein the manufactured tubular axle has the properties of: a minimum yield strength of 520 MPa, a minimum tensile strength of 750 MPa and a minimum elongation of 16%. - melting a metal alloy material, generating the metallic steel alloy material, the generated metallic steel alloy material having the following composition: 0.32 to 0.42% by weight of carbon; 1.40 to 1.70% by weight of manganese, optionally up to 0.020% by weight of sulfur, up to 0.020% by weight of phosphorus, from 0.10 to 0.45% by weight of aluminum, from 0.10 to 0.35% by weight of silicon, from 0.10 to 0.30% by weight of molybdenum, from 0.010 to 0.050% by weight of niobium, from 0.05 to 0.27% by weight of vanadium, the balance being iron; 0.32 to 0.42% by weight of carbon; 1.40 to 1.70% by weight of manganese, - casting the molten material, forming ingoted products; - reheating for perforation of the ingoted products in a reheating furnace; - perforating the ingoted products; - elongating the perforated products, forming hollow blooms; - finishing the hollows, transforming them into seamless tubes; - forging the seamless tubes, transforming them into axles forged from seamless tube for railroad vehicles,
A method of making a branched polymer comprising (C=C)-(C=C)-CO groups, the method comprising: (i) Providing, in admixture, at least one monofunctional monomer comprising one polymerisable carbon-carbon double bond per monomer, at least one multifunctional monomer comprising at least two polymerisable carbon-carbon double bonds per monomer, at least one chain transfer agent comprising an aldehyde or a ketone, and optionally at least one polymerisation initiator; and (ii) Forming a polymer from the mixture; (iii) Hydrolysing the polymer thereby forming a hydrolysed polymer. (i) Providing, in admixture, at least one monofunctional monomer comprising one polymerisable carbon-carbon double bond per monomer, at least one multifunctional monomer comprising at least two polymerisable carbon-carbon double bonds per monomer, at least one chain transfer agent comprising an aldehyde or a ketone, and optionally at least one polymerisation initiator; and (ii) Forming a polymer from the mixture; (iii) Hydrolysing the polymer thereby forming a hydrolysed polymer.
A package that includes: a container (12; 112; 212; 312; 412; 512; 712; 1312; 1812; 1912) having an interior and a base, and a closure removably closing said container, further including means for indicating that said package has been opened from its original factory sealed condition by removing said closure from said container, wherein said means include: a drop indicator (14, 14', 114, 214, 314, 714, 1314, 1414, 1814, 1914) comprising a closure coupling portion detachably couplable to the closure and operatively coupled to said container so that it is designed to drop into the container upon closure removal, characterized in that the drop indicator is constructed at least in part of photochromic material.
A turbine bucket for use with a gas turbine engine, comprising: a platform; an airfoil extending from the platform; and a plurality of cooling circuits extending through the platform and the airfoil, wherein one of the plurality of cooling circuits comprises a serpentine cooling channel comprising one or more legs and one or more bends within the platform; characterized by a plurality of core ties between the one or more legs of the serpentine cooling channel to facilitate inspection and repair access, the core ties being brazed shut in normal operation of the turbine bucket. a platform; an airfoil extending from the platform; and a plurality of cooling circuits extending through the platform and the airfoil, wherein one of the plurality of cooling circuits comprises a serpentine cooling channel comprising one or more legs and one or more bends within the platform; characterized by a plurality of core ties between the one or more legs of the serpentine cooling channel to facilitate inspection and repair access, the core ties being brazed shut in normal operation of the turbine bucket.
Support system having a drawer block with a locking system for the drawer block, wherein the drawer block comprises at least one drawer, and wherein the drawer block comprises at least one drawer accommodation, the drawer comprises a locking device or a lock having an actuator, the drawer block comprises the lock having the actuator or the locking device, wherein the lock comprises a means configured to lock the drawer in the drawer accommodation, and the drawer block is provided with a receiver assembly being electrically connected to the actuator and being configured to convert a received opening signal to an opening instruction to the actuator, characterized in that the drawer block comprises a fixing mechanism by which the drawer block is mountable to the support system at an arbitrary, suitable position, and the support system comprises an electrical equipment and the drawer accommodation comprises a contact device being connected to the receiver assembly and being configured such that an electrical connection between the receiver assembly and the electrical equipment of the support system can be established for supplying and/or controlling the actuator, wherein the contact device is integrated in the fixing mechanism.
Granular aggregate for mixing with a building material, characterized in that the aggregate is made up of arrangements comprising at least one compact mass in a material or material composite in the form of a phase-change material that can be solidified by mechanical action, in such a way that the solidifiable material or the material composite is enclosed in a shell and, depending on the degree of solidification of the solidifiable material or material composite, the at least one compact mass can perform vibrations.
Composite material for making decorative items that includes: - at least a substantially transparent polymeric component: and - at least a metallic powder of one or more precious metals present individually or as an alloy, dispersed in said polymeric component in an amount in weight of between 2% and 95%; characterised by the fact that said metallic powder consists of plate-like particles with a nanometric thickness of between 5 and 300 nm and a preferential growth in a two-dimensional surface with at least a dimension of between 0.6 and 100 μm. - at least a substantially transparent polymeric component: and - at least a metallic powder of one or more precious metals present individually or as an alloy, dispersed in said polymeric component in an amount in weight of between 2% and 95%; characterised by the fact that said metallic powder consists of plate-like particles with a nanometric thickness of between 5 and 300 nm and a preferential growth in a two-dimensional surface with at least a dimension of between 0.6 and 100 μm.
A tire having a tread, a single layer of carcass ply, a first at least substantially triangular shaped bead portion and a second at least substantially triangular shaped bead portion, wherein the radially inner portion of the single layer of carcass ply is secured between the first bead portion and the second bead portion and wherein the tire has no carcass ply turnup, characterized in that the first and second bead portion (30, 40) is formed from bead wires having a minimum elongation at break of 6%, as measured by ASTM D4975-14, and having a diameter ranging from 0.8 to 1.5 mm.
Connection adapter for a high-voltage component, in particular a medium-voltage capacitor, wherein the connection adapter (1, 1') has a base member on which at each of two opposing sides a connection means is formed, wherein at least one of the two connection means - first connection means - is constructed as a threaded bolt, preferably as an M5 threaded bolt, which extends away from the base member, and wherein the first connection means can be screwed into a threaded bush formed in the high-voltage component, characterised in that on the base member a first region is formed around the first connection means and a second region is formed around the first region, in that the first region is arranged lower in the extent direction of the first connection means than the second region and in that the first region has in directions transverse relative to an axis of the first connection means an extent which is at least twice, preferably at least three times, as large as the diameter of the first connection means.
An apparatus for dispensing aqueous solutions of urea for the treatment of exhaust gases in vehicles with a diesel engine, which comprises a tank that contains an aqueous solution of urea to be dispensed and is connected, by way of the interposition of a pump, to a delivery duct that is provided, at its output end, with a dispensing connector that defines an outlet for the aqueous solution of urea and is provided with an overflow sensor that comprises at least one pair of detection electrodes (9a, 9b), characterized in that it comprises means for preventing the presence of a film of liquid between said detection electrodes (9a, 9b), said prevention means comprising at least one protection body that is substantially interposed between said detection electrodes (9a, 9b) and has, on its outer lateral surface, at least one sharp-edged region that is adapted to break the surface tension of said aqueous solution of urea, said at least one sharp-edged region being defined by the intersection of at least one respective first curved portion of the outer lateral surface of said protection body, which has a concavity that is directed outward, and of at least one respective second curved portion of the outer lateral surface of said protection body, which has a convexity that is directed outward.
An imaging optical system for forming an image of light from a subject through its lens onto an imaging surface, comprising: a ghost reducing device, wherein the ghost reducing device comprises a douser that has at least one opening that lets light pass through, and is disposed in the vicinity of a pupil position of the imaging optical system, wherein the douser is formed so as to totally block, at symmetrical positions of all points constituting the opening with respect to an optical axis of the imaging optical system, return light that is reflected by the imaging surface, characterized in that the ghost reducing device further comprises: an advance/retreat drive means that is configured to cause the douser to advance or retreat relative to the optical axis of the imaging optical system, a light detection means that is configured to detect an intensity of light, and a control means that is is configured to monitor the intensity of light detected by the light detection means and control the advance/retreat drive means so as to dispose the douser advanced toward the optical axis of the imaging optical system if the intensity of light is not lower than a prescribed threshold value or to retreat the douser from the optical axis of the imaging optical system if the intensity of light is lower than the prescribed threshold value. a ghost reducing device, wherein the ghost reducing device comprises a douser that has at least one opening that lets light pass through, and is disposed in the vicinity of a pupil position of the imaging optical system, wherein the douser is formed so as to totally block, at symmetrical positions of all points constituting the opening with respect to an optical axis of the imaging optical system, return light that is reflected by the imaging surface, characterized in that the ghost reducing device further comprises: an advance/retreat drive means that is configured to cause the douser to advance or retreat relative to the optical axis of the imaging optical system, a light detection means that is configured to detect an intensity of light, and a control means that is is configured to monitor the intensity of light detected by the light detection means and control the advance/retreat drive means so as to dispose the douser advanced toward the optical axis of the imaging optical system if the intensity of light is not lower than a prescribed threshold value or to retreat the douser from the optical axis of the imaging optical system if the intensity of light is lower than the prescribed threshold value.
A suede type artificial leather having soiling protection property in which a polymeric elastomer is impregnated in a nonwoven fabric formed by three-dimensionally interlacing ultrafine fibers and raising is formed, wherein the polymeric elastomer is a fluorine-containing modified polyurethane, and the fluorine-containing modified polyurethane is a product obtained by a polymerization reaction between a urethane prepolymer having isocyanate groups at terminals, obtained by reacting a diol and a diisocyanate, and a fluorinated carbon compound having hydroxy functional groups at both terminals, and has a weight average molecular weight (Mw) of 500,000 to 800,000, wherein the urethane prepolymer has a weight average molecular weight (Mw) of 400,000 to 700,000.
A radiation therapy apparatus comprising: an irradiation unit configured to emit therapeutic radiation; a detector configured to count light derived from gamma rays, comprising a plurality of gap portions at positions facing each other on the plane of rotation about a body axis of the subject through which the therapeutic radiation emitted by the irradiation unit passes on a plane of rotation about a body axis of a subject; a control unit configured to perform rotation control to control the irradiation unit and the detector to rotate in synchronization with each other while the irradiation unit emits the therapeutic radiation to the gap portion; and an image reconstruction unit configured to reconstruct a nuclear medicine image based on position information at a time of counting of the detector that nearly coincidentally counts pairs of annihilation gamma rays emitted in association with release of energy of the therapeutic radiation emitted by the irradiation unit in a state where the control unit performs the rotation control. an irradiation unit configured to emit therapeutic radiation; a detector configured to count light derived from gamma rays, comprising a plurality of gap portions at positions facing each other on the plane of rotation about a body axis of the subject through which the therapeutic radiation emitted by the irradiation unit passes on a plane of rotation about a body axis of a subject; a control unit configured to perform rotation control to control the irradiation unit and the detector to rotate in synchronization with each other while the irradiation unit emits the therapeutic radiation to the gap portion; and an image reconstruction unit configured to reconstruct a nuclear medicine image based on position information at a time of counting of the detector that nearly coincidentally counts pairs of annihilation gamma rays emitted in association with release of energy of the therapeutic radiation emitted by the irradiation unit in a state where the control unit performs the rotation control.