mhurhangee/ep-ind-claims huggingface dataset:
Production method for a rotary permanently excited electrical machine, - wherein a stator of the electrical machine is produced, - wherein a rotor body of a rotor of the electrical machine is produced, - wherein magnet bodies which are composed of magnetizable, but not yet magnetized, material are positioned and fixed in the or on the rotor body, so that the magnet bodies are arranged in the region of poles of the rotor which are yet to be formed, - wherein electrical conductors are arranged around the poles of the rotor which are yet to be formed, - wherein the rotor body is fastened on a rotor shaft, - wherein the rotor shaft, including the rotor body with the not yet magnetized magnet bodies and the electrical conductors, is mounted in its subsequent operating position relative to the stator, - wherein, after the rotor shaft is mounted in its subsequent operating position relative to the stator, a pulse current is applied to the electrical conductors and the poles of the rotor are formed in this way owing to magnetization of the magnet bodies, characterized in that the ends of the conductor or of the conductors are electrically connected to one another after the poles of the rotor are formed. - wherein a stator of the electrical machine is produced, - wherein a rotor body of a rotor of the electrical machine is produced, - wherein magnet bodies which are composed of magnetizable, but not yet magnetized, material are positioned and fixed in the or on the rotor body, so that the magnet bodies are arranged in the region of poles of the rotor which are yet to be formed, - wherein electrical conductors are arranged around the poles of the rotor which are yet to be formed, - wherein the rotor body is fastened on a rotor shaft, - wherein the rotor shaft, including the rotor body with the not yet magnetized magnet bodies and the electrical conductors, is mounted in its subsequent operating position relative to the stator, - wherein, after the rotor shaft is mounted in its subsequent operating position relative to the stator, a pulse current is applied to the electrical conductors and the poles of the rotor are formed in this way owing to magnetization of the magnet bodies,
A viewing device having an optical assembly comprising a display and an optical system forming an image of this display at infinity, the viewing device comprising a pupil-expansion light guide arranged so as to extend a pupil in two spatial directions, characterised in that said light guide has an optical assembly consisting of a first reflective planar mirror, of a second reflective planar mirror, of a third reflective planar mirror, of a first semi-reflective planar plate and of a second semi-reflective planar plate, the second plate being in the same plane and in the extension of the first mirror, the second plate and the first mirror being parallel to the second mirror, the first plate being parallel to the third mirror, the first plate and the third mirror being perpendicular to the first mirror, the first plate being located at the junction of the first mirror and of the second plate, the optical axis of the optical assembly being inclined with respect to the surface of the first planar mirror by an angle different from zero and strictly smaller than 90 degrees, the light beams output from the optical assembly propagating inside the light guide via successive reflections off the planar mirrors and the semi-reflective plates, the transmission of the light beams output from the optical assembly towards the outside of the light guide occurring via successive transmissions by the second semi-reflective plate.
Self-energizing braking or movement driving device for rotatable or movable components of vehicles, cable-pull systems, cable cars, cranes, lifts, machines, generators, motors, such as, in particular, for wheels, rollers, and disks, with rotating or linear movements, which device can be adjusted to a braking or driving force that is desired or required at a specific time, in each instance, wherein a connection element is provided, which is articulated, in pivoting manner, onto the brake lining or onto the driver lining or onto the driver claw with one end, at an articulation point, characterized in that the other end of the connection element is articulated onto an end of a radial guide lever, wherein the other end of the radial guide lever is articulated onto a fixed articulation piece, at at least one auxiliary articulation point, which point is arranged as close as possible to the articulation point of the connection element, and that the connection element can be rotated about the articulation point as a center point, by means of an adjustment drive, on a radial guide track that is substantially circular in shape, and thereby the setting angle (α) of the connection element can be changed.
A turbine wheel (114; 214) for a turbine, the turbine wheel having a rotational axis, the turbine wheel including a plurality of blades (101; 201) extending from the rotational axis at equal angular spacing around the axis, each blade including an inducer tip (102; 202) at a back end of the turbine wheel along the rotational axis, the inducer tip (102; 202) of each blade (101; 201) having a front end (106; 206) and a back end (107; 207), and a line from the front end to the back end having a component perpendicular to the circumferential direction which is at a mixed flow angle α to a plane perpendicular to the axial direction, the value of the mixed flow angle α being in the range 10° to 45°; a back surface (103; 203) of the turbine wheel (114; 214) having a concave profile, including a tangent proximate the back end of each inducer tip which is perpendicular to the circumferential direction, and is at a cutback angle β to the component of a line from the front end to the back end of the inducer tip perpendicular to the circumferential direction, the value of the cutback angle β being in the range 80° to 100°; and the maximum distance in the forward axial direction from the back end (107; 207) of each inducer tip (102; 203) to any point on the back surface of the turbine wheel being in the range 0.01 to 0.08 times an average radius of the inducer tip (102; 202). the inducer tip (102; 202) of each blade (101; 201) having a front end (106; 206) and a back end (107; 207), and a line from the front end to the back end having a component perpendicular to the circumferential direction which is at a mixed flow angle α to a plane perpendicular to the axial direction, the value of the mixed flow angle α being in the range 10° to 45°; a back surface (103; 203) of the turbine wheel (114; 214) having a concave profile, including a tangent proximate the back end of each inducer tip which is perpendicular to the circumferential direction, and is at a cutback angle β to the component of a line from the front end to the back end of the inducer tip perpendicular to the circumferential direction, the value of the cutback angle β being in the range 80° to 100°; and the maximum distance in the forward axial direction from the back end (107; 207) of each inducer tip (102; 203) to any point on the back surface of the turbine wheel being in the range 0.01 to 0.08 times an average radius of the inducer tip (102; 202).
A method of producing a high-frequency heat treatment coil including a heating section for heating a heat treatment portion of an outer joint member for a constant velocity universal joint, the method comprising forming the heating section by machining in an integrated manner and joining the heating section to another section, to thereby complete the high-frequency heat treatment coil, wherein the heating section comprises a coil body in which a current passage through which a high-frequency current flow is formed, wherein the current passage of the coil body comprises two passages of a first circumferential passage and a second circumferential passage, and wherein a connecting section between the first circumferential passage and the second circumferential passage is inclined at a predetermined angle with respect to a current flow direction.
An electrode comprising a current collector and an activated carbon substrate comprising activated carbon cloth, wherein the activated carbon substrate comprises one or more laser scribed microscale trenches.
A modified DNA polymerase, having a DNA polymerase activity comprising an amino acid sequence having at least 80% sequence identity to the amino acid sequence as set forth in SEQ ID NO: 1, wherein said modified polymerase comprises one substitution selected from a group consisting of D128H, Y242G/A/L/S, Y259G/K/Q, and wherein said modified polymerase retains a strand displacement capability.
A network device operable to receive and forward communications over a network through at least a first network connection and a second network connection, the network device including a bypass module, said bypass module comprising: a first device network connection and a second device network connection; switching elements operable to switch between a connected state and a bypass state, wherein the first network connection is in direct communication with the first device network connection and the second network connection is in direct communication with the second device network connection in the connected state, and wherein the first network connection is in direct communication with the second network connection in the bypass state; and a controller operative to receive control signals originating external to the network device, and to selectively switch the switching elements between the bypass state and the connected state based on the received control signals, the network device characterized in that: the bypass module is operative to communicate a state output external to the network device. a first device network connection and a second device network connection; switching elements operable to switch between a connected state and a bypass state, wherein the first network connection is in direct communication with the first device network connection and the second network connection is in direct communication with the second device network connection in the connected state, and wherein the first network connection is in direct communication with the second network connection in the bypass state; and a controller operative to receive control signals originating external to the network device, and to selectively switch the switching elements between the bypass state and the connected state based on the received control signals, the network device characterized in that: the bypass module is operative to communicate a state output external to the network device. the bypass module is operative to communicate a state output external to the network device.
A bituminous backing for the construction industry, the bituminous backing comprising a reinforcement, which comprises sustainable and/or naturally sourced raw materials and at least one bituminous layer comprising sustainable and/or naturally sourced raw materials wherein the bituminous layer is composed of bitumen of fossil origin or other derivative of the distillation of vegetable oils, such as tall oil, additivated with fillers and polymers, said at least one bituminous layer comprising fillers constituted by inert materials originating from renewable sources wherein the renewable sources are carbonates from the milling of egg shells or bivalve mollusc shells and wherein said bituminous backing is coupled to an insulating panel composed of sustainable polyurethanes made with polyols originating from vegetable oils. said at least one bituminous layer comprising fillers constituted by inert materials originating from renewable sources wherein the renewable sources are carbonates from the milling of egg shells or bivalve mollusc shells and wherein said bituminous backing is coupled to an insulating panel composed of sustainable polyurethanes made with polyols originating from vegetable oils.
A method for operating a terminal in a wireless communication system, the method comprising: transmitting a random access channel, RACH, preamble sequence for a first random access using a transmit, Tx, beam with a first transmission power based on a first power, in response to a failure of the first random access, transmitting a RACH preamble sequence for a second random access using a Tx beam with a second transmission power based on a second power higher than the first power, and in response to a failure of the second random access, transmitting a RACH preamble sequence for a third random access using a Tx beam with a third transmission power based on the second power, wherein a spatial direction of the Tx beam used for the third random access is different from a spatial direction of the Tx beam used for the second random access. transmitting a random access channel, RACH, preamble sequence for a first random access using a transmit, Tx, beam with a first transmission power based on a first power, in response to a failure of the first random access, transmitting a RACH preamble sequence for a second random access using a Tx beam with a second transmission power based on a second power higher than the first power, and in response to a failure of the second random access, transmitting a RACH preamble sequence for a third random access using a Tx beam with a third transmission power based on the second power, wherein a spatial direction of the Tx beam used for the third random access is different from a spatial direction of the Tx beam used for the second random access.
An automobile tire repairing device, the tire repairing device comprising: a box in which an air pump is received, and a cigarette lighter plug being inserted into a power supply so as to receive electricity; characterized in that the cigarette lighter plug includes a first housing, a second housing, and a power cord, wherein the power cord includes a positive-electrode power part and a negative-electrode power part, the second housing includes a post extending adjacent to a holder, a first accommodation chamber defined between the end seat of the second housing and the post, a column proximate to the post, a second accommodation chamber defined between the column and the post, a semi-arch flexible element received on a side of the second housing, the second housing further includes a wing extending therefrom opposite to the semi-arch flexible element, a third accommodation chamber defined between the wing and the column, and a fourth accommodation chamber defined between a conductive foot of the semi-arch flexible element and the column so as to receive the power cord, wherein the first housing is engaged with the second housing, and the power cord is bent in an S shape and is not winded. a box in which an air pump is received, and a cigarette lighter plug being inserted into a power supply so as to receive electricity; characterized in that the cigarette lighter plug includes a first housing, a second housing, and a power cord, wherein the power cord includes a positive-electrode power part and a negative-electrode power part, the second housing includes a post extending adjacent to a holder, a first accommodation chamber defined between the end seat of the second housing and the post, a column proximate to the post, a second accommodation chamber defined between the column and the post, a semi-arch flexible element received on a side of the second housing, the second housing further includes a wing extending therefrom opposite to the semi-arch flexible element, a third accommodation chamber defined between the wing and the column, and a fourth accommodation chamber defined between a conductive foot of the semi-arch flexible element and the column so as to receive the power cord, wherein the first housing is engaged with the second housing, and the power cord is bent in an S shape and is not winded.
Method for drying filter rods, the method comprising the steps of: - providing a filter rod; - providing a support surface for receiving the filter rod; - guiding the filter rod on the support surface by a guide element arranged above the support surface; - supplying a gas stream of compressed gas having a pressure between 0 and 6 bar to the filter rod through the guide element when the filter rod is transported along the support surface, before wrapping the filter rod with a wrapping material. - providing a filter rod; - providing a support surface for receiving the filter rod; - guiding the filter rod on the support surface by a guide element arranged above the support surface; - supplying a gas stream of compressed gas having a pressure between 0 and 6 bar to the filter rod through the guide element when the filter rod is transported along the support surface, before wrapping the filter rod with a wrapping material.
A recombinant yeast cell functionally expressing one or more heterologous nucleic acid sequences encoding for ribulose-1,5-phosphate carboxylase/oxygenase (EC4.1.1.39; Rubisco) and optionally one or more molecular chaperones for Rubisco, and further comprising one or more phosphoribulokinase (EC2.7.1.19; PRK), wherein one or more genes of the non-oxidative branch of the pentose phosphate pathway are overexpressed, wherein the one or more genes of the pentose phosphate pathway that is overexpressed encodes for an enzyme selected from the list of a transaldolase (EC 2.2.1.2), a transketolase (EC 2.2.1.1), a ribose-5-phosphate isomerase (EC 5.3.1.6) and a D-ribulose-5-phosphate 3-epimerase (EC 5.1.3.1); and wherein the phosphoribulokinase is under control of a promoter (the "PRK promoter") which has a PRK expression ratio anaerobic/aerobic of 2 or more, further comprising a deletion or disruption of a glycerol-3-phosphate dehydrogenase gene, wherein GPD2, but not GPD1 is deleted or disrupted. wherein the phosphoribulokinase is under control of a promoter (the "PRK promoter") which has a PRK expression ratio anaerobic/aerobic of 2 or more, further comprising a deletion or disruption of a glycerol-3-phosphate dehydrogenase gene, wherein GPD2, but not GPD1 is deleted or disrupted.
A method for manufacturing an optical fiber, the method comprising: a step of partially stripping a coating layer of the optical fiber; a step of fusion-splicing an end surface of a glass fiber exposed by stripping the coating layer of the optical fiber; and a step of recoating a protective resin covering a stripped portion of the coating layer and an exposed portion of the glass fiber, wherein the step of stripping is a step of irradiating the coating layer with a laser light to strip the coating layer, wherein the step of stripping is a step of processing an end portion of the coating layer into a tapered shape whose diameter is reduced toward the exposed portion of the glass fiber, characterized in that the step of stripping is a step of repeating: a step of arranging a mask that allows the laser light to pass through only a predetermined region between the optical fiber and a light source of the laser light and scanning the mask in a direction perpendicular to an axial direction of the optical fiber and in a direction perpendicular to an irradiation direction of the laser light; and a step of rotating the optical fiber about an axis of the optical fiber to change an irradiation position of the laser light to the optical fiber, wherein the predetermined region is a triangular, and wherein the coating layer of the optical fiber has a two-layer structure including a primary layer on a center side and a secondary layer on an outer periphery side. a step of partially stripping a coating layer of the optical fiber; a step of fusion-splicing an end surface of a glass fiber exposed by stripping the coating layer of the optical fiber; and a step of recoating a protective resin covering a stripped portion of the coating layer and an exposed portion of the glass fiber, wherein the step of stripping is a step of irradiating the coating layer with a laser light to strip the coating layer, wherein the step of stripping is a step of processing an end portion of the coating layer into a tapered shape whose diameter is reduced toward the exposed portion of the glass fiber, characterized in that the step of stripping is a step of repeating: a step of arranging a mask that allows the laser light to pass through only a predetermined region between the optical fiber and a light source of the laser light and scanning the mask in a direction perpendicular to an axial direction of the optical fiber and in a direction perpendicular to an irradiation direction of the laser light; and a step of rotating the optical fiber about an axis of the optical fiber to change an irradiation position of the laser light to the optical fiber, wherein the predetermined region is a triangular, and wherein the coating layer of the optical fiber has a two-layer structure including a primary layer on a center side and a secondary layer on an outer periphery side.
Closure device for a refillable diffuser housing comprising a valve mounted in a cup and a connection dome (4, 4a, 4b, 4c, 4d, 4e, 4f) between the cup and an upper rim of a container of the housing, for which the connection dome comprises one or more bearing edges (6, 7, 8) for a peripheral bead of the cup and a bearing collar on said upper rim, characterized in that the device further comprises a cap, provided with an opening for access to the valve, which is designed to cover the connection dome and to attach in a sealed manner on the container and comprising first sealing means designed to press against the upper side of the bead of the cup.