mhurhangee/ep-ind-claims huggingface dataset:
A pulsed power drilling assembly for passing a pulsed electrical current through a substrate (186, 200), said drilling assembly comprising: a drill bit (114, 118, 150, 174); a plurality of electrode sets of at least two electrodes (108, 110, 202, 203) disposed on said drill bit (114, 118, 150, 174) defining therebetween at least one electrode gap (112, 188); said electrodes (108, 110, 202, 203) of each said set oriented substantially along a face of said drill bit (114, 118, 150, 174) to pass current through the substrate (186, 200); a high-voltage pulsed power generator (138, 179) linked to said drill bit (114, 118, 150, 174), delivering said pulsed current between said electrodes (108, 110, 202, 203) and through the substrate (186, 200); an electrical power source powering said pulsed power generator (138, 179); an electrical conduction conduit (148, 180, 207) sending high-voltage pulses from said high-voltage pulse generator (138, 179) to said drill bit (114, 118, 150, 174); and a passage for delivering fluid down the said drilling apparatus; characterised by: a control system that varies or changes either or both a pulse repetition rate and a pulse energy among separate sets of electrodes (108, 110, 202, 203) of the plurality of electrode sets (108, 110, 111, 202, 203) to change a direction of drilling. a drill bit (114, 118, 150, 174); a plurality of electrode sets of at least two electrodes (108, 110, 202, 203) disposed on said drill bit (114, 118, 150, 174) defining therebetween at least one electrode gap (112, 188); said electrodes (108, 110, 202, 203) of each said set oriented substantially along a face of said drill bit (114, 118, 150, 174) to pass current through the substrate (186, 200); a high-voltage pulsed power generator (138, 179) linked to said drill bit (114, 118, 150, 174), delivering said pulsed current between said electrodes (108, 110, 202, 203) and through the substrate (186, 200); an electrical power source powering said pulsed power generator (138, 179); an electrical conduction conduit (148, 180, 207) sending high-voltage pulses from said high-voltage pulse generator (138, 179) to said drill bit (114, 118, 150, 174); and a passage for delivering fluid down the said drilling apparatus; characterised by: a control system that varies or changes either or both a pulse repetition rate and a pulse energy among separate sets of electrodes (108, 110, 202, 203) of the plurality of electrode sets (108, 110, 111, 202, 203) to change a direction of drilling.
Elastic claw clutch, rotatable about a rotation axis Ax, for transmitting a torque M acting about the rotation axis, from a driving means to an output means, comprising: a first coupling element that comprises protruding first claws that are spread out around a first circumference U 1, as well as first intermediate gaps formed by these claws, and a second coupling element, rotatable relative to the first coupling element, wherein the second coupling element comprises protruding second claws that are spread out around a second circumference U 2, as well as second intermediate gaps formed by these claws, wherein the first claws and the second claws mutually engage with one another and delimit receiving spaces (30; 32) in which elastic pressure bodies (40; 42) can be placed in such a way that they couple the first coupling element with the second coupling element in an elastic and torque-transmitting way, wherein a plurality of the first claws and of the second claws is formed in such a way that a plurality of receiving spaces (30; 32) is disposed sequentially with respect to the rotation axis Ax in the circumferential direction Ru and in the radial direction R R, characterised in that a plurality of the first claws and/or of the second claws comprises guiding elements with which the pressure bodies (40; 42) are linearly mounted in the receiving spaces (30; 32) along an axis that is coaxial to the rotation axis A X, wherein a plurality of the guiding elements protrudes from wall surfaces and especially from pressure body mounting surfaces of the first claws and/or of the second claws. a first coupling element that comprises protruding first claws that are spread out around a first circumference U 1, as well as first intermediate gaps formed by these claws, and a second coupling element, rotatable relative to the first coupling element, wherein the second coupling element comprises protruding second claws that are spread out around a second circumference U 2, as well as second intermediate gaps formed by these claws, wherein the first claws and the second claws mutually engage with one another and delimit receiving spaces (30; 32) in which elastic pressure bodies (40; 42) can be placed in such a way that they couple the first coupling element with the second coupling element in an elastic and torque-transmitting way, wherein a plurality of the first claws and of the second claws is formed in such a way that a plurality of receiving spaces (30; 32) is disposed sequentially with respect to the rotation axis Ax in the circumferential direction Ru and in the radial direction R R, characterised in that a plurality of the first claws and/or of the second claws comprises guiding elements with which the pressure bodies (40; 42) are linearly mounted in the receiving spaces (30; 32) along an axis that is coaxial to the rotation axis A X, wherein a plurality of the guiding elements protrudes from wall surfaces and especially from pressure body mounting surfaces of the first claws and/or of the second claws.
A voice quality enhancement, VQE, detector for a network element receiving an audio signal from a previous network element of a network, wherein said voice quality enhancement detector is adapted: - to perform a voice quality enhancement detection based on the received audio signal, wherein said voice quality enhancement detection comprises extracting and analyzing signal features from the received audio signal by means of a statistical model which is built and trained on a large database consisting of several signals on which either a specific type of VQE has been applied or a signal on which different types of VQE have been applied, detecting that at least one voice quality enhancement function, VQEF, was applied to the received audio signal by at least one previous network element of the network; and - to control a voice quality enhancement processing of the received audio signal depending on the detection result. - to perform a voice quality enhancement detection based on the received audio signal, wherein said voice quality enhancement detection comprises extracting and analyzing signal features from the received audio signal by means of a statistical model which is built and trained on a large database consisting of several signals on which either a specific type of VQE has been applied or a signal on which different types of VQE have been applied, detecting that at least one voice quality enhancement function, VQEF, was applied to the received audio signal by at least one previous network element of the network; and - to control a voice quality enhancement processing of the received audio signal depending on the detection result.
An image-forming system comprising: an image-forming unit for forming an image on a sheet (410, 420); a sheet feeding unit including at least a pair of feed rollers for feeding the sheet (410, 420) on which the image has been formed; a cutting unit for cutting away a waste portion of the sheet; characterized in that the image-forming system further comprises a controller operable to controlling the sheet feeding unit for a cleaning operation of the pair of feed rollers, before the waste portion is cut away, so as to hold the sheet and drive the pair of feed rollers in contact with the waste portion of the sheet. an image-forming unit for forming an image on a sheet (410, 420); a sheet feeding unit including at least a pair of feed rollers for feeding the sheet (410, 420) on which the image has been formed; a cutting unit for cutting away a waste portion of the sheet; characterized in that the image-forming system further comprises a controller operable to controlling the sheet feeding unit for a cleaning operation of the pair of feed rollers, before the waste portion is cut away, so as to hold the sheet and drive the pair of feed rollers in contact with the waste portion of the sheet.
An ophthalmic pharmaceutical composition for topical administration comprising iota carrageenan at a concentration of from 0.05% to 1% by weight of the ready-for-use preparation, water, an osmolality adjusting agent selected from mannitol or sorbitol, an at least one opthalmologically compatible additive which is a pH adjusting agent or buffer system, further comprising ethylenediaminetetraacetic acid disodium salt dihydrate (EDTA) with the proviso that the composition in its ready-for-use formulation contains no more than 0.5% w/v of a metal halide salt.
A method, of a narrowband internet of things device, for determination of measurement modes of narrowband internet of things devices being one of an inband mode, a guard-band mode, and a stand-alone mode, the method comprising receiving, from a network node being an internet of things related network sided controlling entity, configuration information indicative of a measurement mode of a neighbor cell, deriving said measurement mode of said neighbor cell from said configuration information, and measuring a reference signal of said neighbor cell based on said measurement mode, wherein said configuration information includes information indicating measurement modes not used on said neighbor cell, and in relation to said deriving, said method further comprises deducing a measuring mode not indicated as being not used on said neighbor cell as said measurement mode of said neighbor cell. receiving, from a network node being an internet of things related network sided controlling entity, configuration information indicative of a measurement mode of a neighbor cell, deriving said measurement mode of said neighbor cell from said configuration information, and measuring a reference signal of said neighbor cell based on said measurement mode, wherein said configuration information includes information indicating measurement modes not used on said neighbor cell, and in relation to said deriving, said method further comprises deducing a measuring mode not indicated as being not used on said neighbor cell as said measurement mode of said neighbor cell.
A method of making a rotary magnetic drive member, the method comprising: establishing a continuous helical magnet comprising a plurality of turns on a non-magnetic rod with an axial spacing between axially adjacent segments of the helical magnet using an additive manufacturing process including wire arc additive manufacturing, additive friction stir manufacturing, wire feed additive manufacturing, cold spray deposition, laser deposition, directed energy deposition, wherein the helical magnet is continuous and uninterrupted along a helical path along the rod.
A feeding device for cattle and small livestock for fixed location use, the feeding device including a feeding table and a loading and closing member, characterized in that the loading and closing member is pivotably attached to the outer portion of the feeding table and the loading and closing member is pivotable between a swung-down first position and a swung-up second position for providing a back wall for the feeding table.
Optoelectronic device comprising a stack: of a first circuit comprising at least one inorganic light-emitting diode emitting through a first surface of the first circuit and comprising first and second electrodes (23, 24); and of a second circuit for controlling the light-emitting diode, positioned on a second surface of the first circuit opposite to the first surface, comprising first and second electrically-conductive pads, wherein an electrically-conductive layer comprising the stacking of a first electrically-conductive sub-layer of the first circuit and of a second electrically-conductive sub-layer of the second circuit, is located at the interface between the first and second circuits, the electrically-conductive layer being divided into first and second portions orthogonally to the stacking direction of the first and second circuits, the first electrode being electrically coupled to the first conductive pad via the first portion of the conductive layer and the second electrode being electrically coupled to the second conductive pad via the second portion of the conductive layer, the first and second conductive portions of the electrically-conductive layer being separated by an electrical insulation trench. of a first circuit comprising at least one inorganic light-emitting diode emitting through a first surface of the first circuit and comprising first and second electrodes (23, 24); and of a second circuit for controlling the light-emitting diode, positioned on a second surface of the first circuit opposite to the first surface, comprising first and second electrically-conductive pads, wherein an electrically-conductive layer comprising the stacking of a first electrically-conductive sub-layer of the first circuit and of a second electrically-conductive sub-layer of the second circuit, is located at the interface between the first and second circuits, the electrically-conductive layer being divided into first and second portions orthogonally to the stacking direction of the first and second circuits, the first electrode being electrically coupled to the first conductive pad via the first portion of the conductive layer and the second electrode being electrically coupled to the second conductive pad via the second portion of the conductive layer, the first and second conductive portions of the electrically-conductive layer being separated by an electrical insulation trench.
A transdermal therapeutic system for the transdermal administration of solifenacin comprising a solifenacin-containing layer structure, the solifenacin-containing layer structure comprising: A) a backing layer, and B) a solifenacin-containing layer comprising a therapeutically effective amount of solifenacin base, wherein the solifenacin-containing layer structure comprises at least one polymer selected from the group consisting of a polymer based on polysiloxanes, a silicone acrylic hybrid polymer, a polymer based on polyisobutylenes and an acrylate polymer, and wherein the transdermal therapeutic system does not contain a transdermal permeation enhancer selected from the group consisting of a fatty acid ester, a terpene, and a carboxylic acid having 2 to 10 carbon atoms. A) a backing layer, and B) a solifenacin-containing layer comprising a therapeutically effective amount of solifenacin base, wherein the solifenacin-containing layer structure comprises at least one polymer selected from the group consisting of a polymer based on polysiloxanes, a silicone acrylic hybrid polymer, a polymer based on polyisobutylenes and an acrylate polymer, and wherein the transdermal therapeutic system does not contain a transdermal permeation enhancer selected from the group consisting of a fatty acid ester, a terpene, and a carboxylic acid having 2 to 10 carbon atoms.
A print cartridge (1; 101; 201; 301; 401; 501; 601; 801) for containing consumable material (111; 311), the print cartridge (1; 101; 201; 301; 401; 501; 601; 801) to connect to a host device, the print cartridge (1; 101; 201; 301; 401; 501; 601; 801) comprising: an interconnect circuit (4; 104; 704) to communicate with the host device; a carrier other than the interconnect (4; 104; 704) circuit storing an authenticity verification code (3A; 3B; 103A; 103B; 203A; 203B; 303A; 303B; 403A; 403B; 503A) that is to be read in a contactless manner by a scan device other than the host device; and an auto-destruct feature (13; 113; 313; 413; 713) to damage the authenticity verification code (3A; 3B; 103A; 103B; 203A; 203B; 303A; 303B; 403A; 403B; 503A) to, during installation of the print cartridge (1; 101; 201; 301; 401; 501; 601; 801) in the host device, render the authenticity verification code (3A; 3B; 103A; 103B; 203A; 203B; 303A; 303B; 403A; 403B; 503A) unreadable. an interconnect circuit (4; 104; 704) to communicate with the host device; a carrier other than the interconnect (4; 104; 704) circuit storing an authenticity verification code (3A; 3B; 103A; 103B; 203A; 203B; 303A; 303B; 403A; 403B; 503A) that is to be read in a contactless manner by a scan device other than the host device; and an auto-destruct feature (13; 113; 313; 413; 713) to damage the authenticity verification code (3A; 3B; 103A; 103B; 203A; 203B; 303A; 303B; 403A; 403B; 503A) to, during installation of the print cartridge (1; 101; 201; 301; 401; 501; 601; 801) in the host device, render the authenticity verification code (3A; 3B; 103A; 103B; 203A; 203B; 303A; 303B; 403A; 403B; 503A) unreadable.
A manufacturing process of a fibrous preform for a composite material part, the process comprising the following steps: - creating a fibrous texture by three-dimensional or multilayer weaving between a plurality of weft layers (t1-t48) and warp layers, the fibrous texture comprising an extra-thick portion having a sacrificial portion and a useful portion adjacent to said sacrificial portion in the in the warp direction, the sacrificial portion, - placing the fibrous texture in a forming toolset, - shaping the fibrous texture so as to obtain a fibrous preform having a sacrificial portion and an adjacent useful portion, - removing the sacrificial portion from the fibrous preform, process in which, when weaving the fibrous blank, one or more expansion elements are inserted into the weft layers (t21-t28) located at the core of the sacrificial portion of the fibrous texture, each expansion element having a cross-section greater than the cross-section or count of the weft threads or strands present in the useful portion. - creating a fibrous texture by three-dimensional or multilayer weaving between a plurality of weft layers (t1-t48) and warp layers, the fibrous texture comprising an extra-thick portion having a sacrificial portion and a useful portion adjacent to said sacrificial portion in the in the warp direction, the sacrificial portion, - placing the fibrous texture in a forming toolset, - shaping the fibrous texture so as to obtain a fibrous preform having a sacrificial portion and an adjacent useful portion, - removing the sacrificial portion from the fibrous preform, process in which, when weaving the fibrous blank, one or more expansion elements are inserted into the weft layers (t21-t28) located at the core of the sacrificial portion of the fibrous texture, each expansion element having a cross-section greater than the cross-section or count of the weft threads or strands present in the useful portion.
Nuclear facility manipulator system, comprising a manipulator with image recording device and remote-controllable drive, a remote control device, and an evaluation device for evaluating image data from the image recording device, characterized in that the evaluation device is designed such that, during a movement of the manipulator along a movement path, respective known objects (34, 36, 38, 40, 42, 58, 60, 62, 64, 66, 68, 114) situated along the movement path are automatically identified on the basis of the image data, and, in the event of such an object being passed, an object counter is incremented or decremented in direction-dependent fashion (82 ⇔ 84), and in that the present value of the object counter (72, 76, 80) is provided to the remote control device.
A distributor plate for a gas-liquid flow in downflow co-current mode positioned at various levels of a reactor which may comprise a plurality of catalytic beds, in order to ensure homogeneous distribution of the resulting gas-liquid mixture over a catalytic bed located downstream of said plate, said plate being provided with distribution elements distributed regularly over the surface of the plate in a square or triangular pattern, a distribution element being constituted by two substantially coaxial cylinders termed the inner cylinder with a diameter and height, and the outer cylinder with a diameter and height, raised by a height with respect to the plane of the plate, the lower horizontal surface separating the two cylinders being closed and located at a height above the base of the distributor plate which is in the range 10 to 100 mm, preferably in the range 20 mm to 60 mm, and the lateral wall of the outer cylinder being provided with at least one substantially vertical slot for admitting gas and liquid into the annular zone, the gas-liquid mixture being entrained in the annular zone as an upflowing stream, then passing into the inner cylinder via the upper opening thereof and dropping inside the inner cylinder, then being evacuated via the opening located at the lower end of the inner cylinder.
A radioactive waste body inspection device comprising: a surface contamination inspecting unit configured to conduct a surface contamination inspection of a radioactive waste body while acquiring concavo-convex information on the radioactive waste body, the concavo-convex information indicating deformation of the radioactive waste body, or shift from a central line of the radioactive waste body; and characterised in a dose rate inspecting unit configured to conduct a dose rate inspection of the radioactive waste body by detecting radiation from the radioactive waste body at a substantially constant distance from a surface of the radioactive waste body in consideration of the concavo-convex information.