mhurhangee/ep-ind-claims huggingface dataset:
A mixer, which is used to transfer gas and air into the combustion chamber in gas burning devices such as boilers upon mixing thereof, comprising - at least one outer body which has at least one gas inlet for gas transfer to its inner part and has a volume inside, - at least one inner body which is placed inside the outer body, comprises an inlet for air passage and an outlet for air-gas mixture, and at least one opening for gas passage therein from the outer body, - at least one turbulator which is used for increasing the amount of turbulence in the air inlet, increasing the modulation rate of the device and increasing a minimum fan speed of the device by increasing the maximum fan speed at which the device can operate in a minimum amount, and which is comprised of • at least one first ring member • a center part which is provided preferably on the middle part of the first ring member and • a plurality of fixed blades positioned between the center part and the first ring member, characterized in that the at least one first ring member is fixed to the air inlet part of the inner body. - at least one outer body which has at least one gas inlet for gas transfer to its inner part and has a volume inside, - at least one inner body which is placed inside the outer body, comprises an inlet for air passage and an outlet for air-gas mixture, and at least one opening for gas passage therein from the outer body, - at least one turbulator which is used for increasing the amount of turbulence in the air inlet, increasing the modulation rate of the device and increasing a minimum fan speed of the device by increasing the maximum fan speed at which the device can operate in a minimum amount, and which is comprised of • at least one first ring member • a center part which is provided preferably on the middle part of the first ring member and • a plurality of fixed blades positioned between the center part and the first ring member, characterized in that the at least one first ring member is fixed to the air inlet part of the inner body. • at least one first ring member • a center part which is provided preferably on the middle part of the first ring member and • a plurality of fixed blades positioned between the center part and the first ring member, characterized in that the at least one first ring member is fixed to the air inlet part of the inner body.
A coin dispenser for dispensing coins having plural coin diameters, each coin diameter being associated with a coin denomination, the coin diameters ranging from a smallest coin diameter to a largest coin diameter, the coin dispenser comprising: - plural coin tubes (CT1,..., CT6), each coin tube being configured to hold a stack of coins having one of the plural coin diameters, - a base plate arranged under the coin tubes, the base plate having a top surface that defines a plane, the top surface forming support area's for supporting the stacks of coins held by the coin tubes, the base plate having dispensing edges (DE1,..., DE6), each dispensing edge forming an edge of the base plate, each dispensing edge being associated with a respective coin tube and being spaced apart, in a respective dispensing direction, from the support area of that coin tube, - a plurality of actuators (ACT1,..., ACT6), each actuator being associated with a respective coin tube and configured to push a coin resting on the support area associated with the respective coin tube in the respective dispensing direction from the support area to and over the dispensing edge associated with the respective coin tube, characterized in that the dispensing edges each comprise a centre edge part and two peripheral edge parts, the centre edge parts extending along the plane of the base plate in a direction perpendicular to the respective dispensing direction over a width equal to or less than the smallest coin diameter, the peripheral edge parts extending along the plane of the base plate, the peripheral edge parts diverging in the dispensing direction whereby a width between the peripheral edge parts perpendicular to the dispensing direction increases, as seen in the dispensing direction, from a width equal to or less than the smallest coin diameter at the centre edge part to a width equal to or larger than the largest coin diameter. - plural coin tubes (CT1,..., CT6), each coin tube being configured to hold a stack of coins having one of the plural coin diameters, - a base plate arranged under the coin tubes, the base plate having a top surface that defines a plane, the top surface forming support area's for supporting the stacks of coins held by the coin tubes, the base plate having dispensing edges (DE1,..., DE6), each dispensing edge forming an edge of the base plate, each dispensing edge being associated with a respective coin tube and being spaced apart, in a respective dispensing direction, from the support area of that coin tube, - a plurality of actuators (ACT1,..., ACT6), each actuator being associated with a respective coin tube and configured to push a coin resting on the support area associated with the respective coin tube in the respective dispensing direction from the support area to and over the dispensing edge associated with the respective coin tube,
An independent speed variable frequency generator system comprising: a rotor; a stator; a pilot generator stage including a magnetic field source positioned on the rotor and a set of pilot multiphase windings positioned on the stator; a high frequency transformer stage including a first set of high frequency transformer multiphase windings positioned on the stator and a second set of high frequency transformer multiphase windings positioned on the rotor; a main machine stage including a set of main field multiphase windings positioned on the rotor and a set of main armature multiphase windings positioned on the stator, wherein the second set of high frequency transformer multiphase windings are coupled directly to the set of main field multiphase windings; a generator control unit comprising a multiphase inverter having a plurality of switching circuits and a controller circuit, an input of each of the plurality of switching circuits being coupled to the controller circuit; an external power source and a first switching circuit configured to open and close a connection between the pilot generator stage and the generator control unit and to open and close a connection between the external power source and the generator control unit. a rotor; a stator; a pilot generator stage including a magnetic field source positioned on the rotor and a set of pilot multiphase windings positioned on the stator; a high frequency transformer stage including a first set of high frequency transformer multiphase windings positioned on the stator and a second set of high frequency transformer multiphase windings positioned on the rotor; a main machine stage including a set of main field multiphase windings positioned on the rotor and a set of main armature multiphase windings positioned on the stator, wherein the second set of high frequency transformer multiphase windings are coupled directly to the set of main field multiphase windings; a generator control unit comprising a multiphase inverter having a plurality of switching circuits and a controller circuit, an input of each of the plurality of switching circuits being coupled to the controller circuit;
A device for separating medication packages from a strip of medication packages, comprising: - a cutting base along which the strip of medication packages is to be moved, - a circular cutting blade arranged perpendicularly against the cutting base, and - an actuator connected to the circular cutting blade and configured to move the circular cutting blade in opposite first and second directions, wherein the actuator is connected to the circular cutting blade with a spring suspension allowing the circular cutting blade to move in opposite third and fourth directions perpendicular to the cutting base, characterised in that the device comprises means for measuring an electrical signal indicative of a force applied to the circular cutting blade and that the actuator is configured to control the movement of the circular cutting blade based on the measured electrical signal. - a cutting base along which the strip of medication packages is to be moved, - a circular cutting blade arranged perpendicularly against the cutting base, and - an actuator connected to the circular cutting blade and configured to move the circular cutting blade in opposite first and second directions, wherein the actuator is connected to the circular cutting blade with a spring suspension allowing the circular cutting blade to move in opposite third and fourth directions perpendicular to the cutting base,
Operating device for installation into a steering wheel of a motor vehicle, comprising - a mounting frame and - a light sealing-off element secured to the mounting frame by means of a snap connection, characterised in that - the mounting frame comprises at least one guide element, by means of which a movement of the operating device comprising the mounting frame can be guided, - the operating device comprises an optical finger navigation module, and - a first light guiding element and the optical finger navigation module are held in the mounting frame by the light sealing-off element, wherein a second light guiding element is installed between the optical finger navigation module and the light sealing-off element. - a mounting frame and - a light sealing-off element secured to the mounting frame by means of a snap connection, characterised in that - the mounting frame comprises at least one guide element, by means of which a movement of the operating device comprising the mounting frame can be guided, - the operating device comprises an optical finger navigation module, and - a first light guiding element and the optical finger navigation module are held in the mounting frame by the light sealing-off element, wherein a second light guiding element is installed between the optical finger navigation module and the light sealing-off element.
An apparatus for determining cross coupling coefficients in an antenna array having a plurality of antenna elements, the apparatus comprising: a multiplexing block configured to receive data signals (S1, S2, S3, S4) to be transmitted via the antenna elements and to output to at least one of the antenna elements (Ai) a sum signal including (i) a data signal (Si), which data signal is designated for the at least one antenna element, and (ii) a linear combination of data signals (Sk, k≠i) designated for other antenna elements of the antenna array, each of the data signals in the linear combination being weighted by a respective cross coupling coefficient (w ik) between the at least one antenna element and an antenna element emitting the each of the data signals; one or more measurement antennas (340, 345, 350, 355) located at positions corresponding to theoretical null points (z1, z2, z3, z4) occurring when one or more predetermined sets of data are transmitted via the data signals, the positions being calculated without considering coupling effects of the antenna elements; and a processor (370, 380) configured to receive measurements of a total power received in each of the one or more measurements antennas and the data signals, to adjust the cross coupling coefficients to minimize the total power received by the one or more measurement antennas when the one or more predetermined sets of data are transmitted, and to transmit the adjusted cross coupling coefficients to the multiplexing block. a multiplexing block configured to receive data signals (S1, S2, S3, S4) to be transmitted via the antenna elements and to output to at least one of the antenna elements (Ai) a sum signal including (i) a data signal (Si), which data signal is designated for the at least one antenna element, and (ii) a linear combination of data signals (Sk, k≠i) designated for other antenna elements of the antenna array, each of the data signals in the linear combination being weighted by a respective cross coupling coefficient (w ik) between the at least one antenna element and an antenna element emitting the each of the data signals; one or more measurement antennas (340, 345, 350, 355) located at positions corresponding to theoretical null points (z1, z2, z3, z4) occurring when one or more predetermined sets of data are transmitted via the data signals, the positions being calculated without considering coupling effects of the antenna elements; and a processor (370, 380) configured to receive measurements of a total power received in each of the one or more measurements antennas and the data signals, to adjust the cross coupling coefficients to minimize the total power received by the one or more measurement antennas when the one or more predetermined sets of data are transmitted, and to transmit the adjusted cross coupling coefficients to the multiplexing block.
Snowplough clearing strip having at least one interchangeable kerb deflector, wherein the snowplough clearing strip is constructed as a composite body consisting of a rubber layer and steel layers (221, 222) and has a screw connection for fastening the interchangeable kerb deflector, wherein this screw connection has bores, which serve for receiving a screw, in the kerb deflector and the snowplough clearing strip, the screw and a separate threaded body interacting with the thread of the screw, characterized in that the threaded body is designed as a body which can be inserted into the bore of the snowplough clearing strip and which is supported on the steel layer of the snowplough clearing strip that is closest to the screw head, on which steel layer the kerb deflector is also supported.
The waste plastic drying and shredding machine consisting of a sieve basket and a pressing unit, wherein the pressing unit is consisting of a cylinder and a sliding non-return piston wherein the outlet of the cylinder is connected with the conical sieve characterized in that the section of the conical sieve narrows towards the outlet, and that the outlet of the conical sieve is connected to a shredder inside which a face cutter is located, the face cutter has teeth situated slantwise in relation to the radius, and on the casing of the shredder there is an outlet connection terminal located tangentially to the periphery of the face cutter.
A motor float with a system for air supply to the engine comprising a bottom part and an upper part of the body defining the inner space of the float, in which a combustion engine is arranged, wherein the upper part of the body is in its front section provided with an air supply, characterized in that the combustion engine is arranged in an engine compartment, which is separated from the rest of the inner space of the float by means of a partition provided in the front part with a suction opening, wherein to secure the air circulation in the inner space of the float a sealing rib extends from the front part of the partition towards the tip of the float, separating the air supply and the suction opening from one another, wherein in the rear part of the inner space of the float at least one rear pump for sucking out the leaked water is arranged.
A medical implant device, which comprises a substrate having an undulating surface provided by peaks which are separated by recesses, in which the device includes a porous coating layer provided on the undulating surface of the substrate which comprises a plurality of particles, in which adjacent particles are bonded to one another, characterised in that the spacing between adjacent peaks on the surface of the substrate is less than the particle size of the particles, and the particles are bonded to the peaks on the surface of the substrate.
Fuel injector, in particular common-rail injector, having an injector housing which comprises a nozzle body which is braced axially at least indirectly against a holding body by way of a nozzle clamping nut, wherein the nozzle clamping nut has, in the manner of a sleeve nut, a collar which bears axially against the nozzle body, and wherein the sleeve nut, on the side facing toward the holding body, interacts by way of a threaded bore with an external thread formed on the holding body, characterized in that the nozzle clamping nut has holding means for a clamping device (100; 100a) for elastically lengthening the nozzle clamping nut in the longitudinal direction thereof between the collar and the threaded bore, wherein the holding means comprise a first holding element and a second holding element which are arranged axially spaced apart from one another on the outer side of the nozzle clamping nut, wherein the first holding element is arranged in an end region of the nozzle clamping nut averted from the threaded bore, and the second holding element is arranged, at a smaller distance from the threaded bore, in an end region of the nozzle clamping nut facing toward the threaded bore.
An interface system for interfacing a pneumatic train brake control system to a train of electrically controlled pneumatic, ECP, brake equipped cars, the interface system comprising: a locomotive electrical trainline terminal and a train electrical trainline terminal; a locomotive brake pipe port, a locomotive pressure supply port and a train brake pipe port; a relay valve; and a controller monitoring pressure on the locomotive brake pipe port, characterized in that the relay valve is responsive to a pilot signal for selectively connecting the train brake pipe port to the supply port, atmosphere or lap, and the controller is arranged for controlling the pilot signal to the relay valve in response to the pressure on the locomotive brake pipe port, providing ECP commands on an ECP trainline via the train electrical terminal in response to the pressure on the locomotive brake pipe port, and providing electrical power on the ECP trainline via the train electrical trainline terminal from the locomotive electrical trainline terminal. a locomotive electrical trainline terminal and a train electrical trainline terminal; a locomotive brake pipe port, a locomotive pressure supply port and a train brake pipe port; a relay valve; and a controller monitoring pressure on the locomotive brake pipe port, characterized in that the relay valve is responsive to a pilot signal for selectively connecting the train brake pipe port to the supply port, atmosphere or lap, and the controller is arranged for controlling the pilot signal to the relay valve in response to the pressure on the locomotive brake pipe port, providing ECP commands on an ECP trainline via the train electrical terminal in response to the pressure on the locomotive brake pipe port, and providing electrical power on the ECP trainline via the train electrical trainline terminal from the locomotive electrical trainline terminal.
An elastomeric article comprising at least one elastomer and precipitated calcium carbonate particles, wherein: the sphere equivalent particle size of said precipitated calcium carbonate particles is less than 1.0 μm, wherein the sphere equivalent particle size of the precipitated calcium carbonate particles is determined using the following equation: sphere equivalent particle size μm = 2.21 / BET [ m 2 / g, wherein the BET is determined as defined in the description; the precipitated calcium carbonate has an average particle size (d50%) within a range of 0.8 μm to 1.2 μm; and said elastomer is made from latex particles of at least one naturally occurring rubber surrounded by protein anions, wherein said natural rubber latex is a dispersion of cis-1,4-polyisoprene in water. the sphere equivalent particle size of said precipitated calcium carbonate particles is less than 1.0 μm, wherein the sphere equivalent particle size of the precipitated calcium carbonate particles is determined using the following equation: sphere equivalent particle size μm = 2.21 / BET [ m 2 / g, wherein the BET is determined as defined in the description; the precipitated calcium carbonate has an average particle size (d50%) within a range of 0.8 μm to 1.2 μm; and said elastomer is made from latex particles of at least one naturally occurring rubber surrounded by protein anions, wherein said natural rubber latex is a dispersion of cis-1,4-polyisoprene in water.
A non-therapeutic use of a composition which comprises or, alternatively, consists of at least a strain of bacteria belonging to the species Bifidobacterium breve and at least a strain of bacteria belonging to the species Streptococcus thermophilus in attenuating or reducing or eliminating the decline in performance after exercise, wherein said use comprises the oral administration of said composition to a subject who performed said exercise, wherein said strain of bacteria belonging to the species Bifidobacterium breve is the strain of bacteria Bifidobacterium breve BR03 deposited at the DSMZ Institute with the No. DSM 16604 wherein said strain of bacteria belonging to the species Streptococcus thermophilus is the strain of bacteria Streptococcus thermophilus FP4 deposited at the DSMZ Institute with the No. DSM 18616, wherein the strains of bacteria Bifidobacterium breve BR03 (DSM 16604) and Streptococcus thermophilus FP4 (DSM 18616) are present in a weight ratio of 1: 1 and in an amount of 5 × 10 9 CFU/g, each strain.
A method for determining a shear wave velocity of a transversely isotropic region of an earth formation traversed by a wellbore with a non-zero relative dip angle between a longitudinal axis of the wellbore and an axis of symmetry of the transversely isotropic region, the method comprising: measuring with a sonic tool (10; 20), for at least one depth in the wellbore, a plurality of shear velocities in the transversely isotropic region with polarisations orthogonal to the longitudinal axis of the wellbore; identifying one of the plurality of shear velocities as a quasi-shear velocity; the method being characterized by determining with a computer a shear wave velocity Vso for propagation in a direction along the axis of symmetry of the transversely isotropic region, as a function of the identified quasi-shear velocity V qS (θ), Thomsen anisotropy parameters δ and ε of the formation, a compression wave velocity V PO along the axis of symmetry obtained from processed log or other information, and the relative dip angle θ for the at least one depth, using the Thomsen formulae: V S 0 = V P 0 2 1 − f and f = ε 2 sin 4 θ − V qS 2 θ V P 0 2 − 1 − εsin 2 θ 2 V qS 2 θ V P 0 2 − 1 − 2 εsin 2 θ + 2 ε − δ sin 2 θcos 2 θ measuring with a sonic tool (10; 20), for at least one depth in the wellbore, a plurality of shear velocities in the transversely isotropic region with polarisations orthogonal to the longitudinal axis of the wellbore; identifying one of the plurality of shear velocities as a quasi-shear velocity; the method being characterized by determining with a computer a shear wave velocity Vso for propagation in a direction along the axis of symmetry of the transversely isotropic region, as a function of the identified quasi-shear velocity V qS (θ), Thomsen anisotropy parameters δ and ε of the formation, a compression wave velocity V PO along the axis of symmetry obtained from processed log or other information, and the relative dip angle θ for the at least one depth, using the Thomsen formulae: V S 0 = V P 0 2 1 − f and f = ε 2 sin 4 θ − V qS 2 θ V P 0 2 − 1 − εsin 2 θ 2 V qS 2 θ V P 0 2 − 1 − 2 εsin 2 θ + 2 ε − δ sin 2 θcos 2 θ