mhurhangee/ep-ind-claims huggingface dataset:
Winding overhang configured for supporting windings of an electric motor, the winding overhang comprising a cylindrical wall centered around a center axis, and having an end surface facing in the axial direction and a circumference (37, 38) extending around said center axis, and further comprising a plurality of winding supports extending from the cylindrical wall in a radial direction, the cylindrical wall including: a plurality of grooves (28a-28e) formed along the circumference (37, 38) of the cylindrical wall, each groove (28a-28e) extending in a virtual plane, which is oriented orthogonally to the center axis at a constant height (H 1, H 2, H 3, H 4, H 5), i.e. at a predefined distance (d 1, d 2, d 3, d 4, d 5) from the end surface in the direction of the center axis and a plurality of openings extending from the end surface of the cylindrical wall to a respective one of the grooves (28a-28e) and allowing a wire (30a-30c) (30a-30c), extending from the windings 25, formed on the winding supports 24, to pass through the cylindrical wall between an outer area outside the cylindrical wall and an inner space defined by the cylindrical wall, the wires (30a-30c) extending into a groove (28a-28e) aligned with the bottom of the respective opening, wherein the openings have different heights (H 1, H 2, H 3, H 4, H 5), so that adjacent openings extend to different ones of said grooves (28a-28e) characterized in that the cylindrical wall is formed by a base and a plurality of posts extending orthogonally therefrom and arranged next to each other with gaps formed between adjacent posts and with webs bridging the gaps at different heights (H 1, H 2, H 3, H 4, H 5), therefore forming the openings. a plurality of grooves (28a-28e) formed along the circumference (37, 38) of the cylindrical wall, each groove (28a-28e) extending in a virtual plane, which is oriented orthogonally to the center axis at a constant height (H 1, H 2, H 3, H 4, H 5), i.e. at a predefined distance (d 1, d 2, d 3, d 4, d 5) from the end surface in the direction of the center axis and a plurality of openings extending from the end surface of the cylindrical wall to a respective one of the grooves (28a-28e) and allowing a wire (30a-30c) (30a-30c), extending from the windings 25, formed on the winding supports 24, to pass through the cylindrical wall between an outer area outside the cylindrical wall and an inner space defined by the cylindrical wall, the wires (30a-30c) extending into a groove (28a-28e) aligned with the bottom of the respective opening, wherein the openings have different heights (H 1, H 2, H 3, H 4, H 5), so that adjacent openings extend to different ones of said grooves (28a-28e) characterized in that the cylindrical wall is formed by a base and a plurality of posts extending orthogonally therefrom and arranged next to each other with gaps formed between adjacent posts and with webs bridging the gaps at different heights (H 1, H 2, H 3, H 4, H 5), therefore forming the openings.
Method for providing a user interface, in which - the operation of an operator control element for a first interval of time (Δt1) is followed by a first input signal being generated, wherein the first interval of time (Δt1) is in a first time range (ΔT1) that begins on initial operation at a first time and ends at a second time, - the operation of the operator control element for a second interval of time (Δt2) is followed by a second input signal being generated, wherein the second interval of time (Δt2) lasts from the initial operation at the first time until a third time, wherein the operation is terminated within a second time range (ΔT2), the two time ranges (ΔT1, ΔT2) not overlapping, and - the initial operation of the operator control element is followed by a notification being output that indicates that different input signals are generated on the basis of the duration of the operation of the operator control element, wherein - a button is displayed on a display panel for the purpose of operating the operator control element, characterized in that the initial operation results in the button being divided into an inner display area and an annular outer display area, and the notification is provided by virtue of the outer display area changing over time such that the length of the first and/or second interval of time (Δt1, Δt2) is visualized, wherein a portion of the outer display area depicted in highlighted fashion is enlarged until the first time range (ΔT1) expires and is reduced again from the beginning of the second time range (ΔT2), wherein the enlargement of the portion depicted in highlighted fashion results in two bars being depicted in growing fashion until the ring of the outer display area is closed. - the operation of an operator control element for a first interval of time (Δt1) is followed by a first input signal being generated, wherein the first interval of time (Δt1) is in a first time range (ΔT1) that begins on initial operation at a first time and ends at a second time, - the operation of the operator control element for a second interval of time (Δt2) is followed by a second input signal being generated, wherein the second interval of time (Δt2) lasts from the initial operation at the first time until a third time, wherein the operation is terminated within a second time range (ΔT2), the two time ranges (ΔT1, ΔT2) not overlapping, and - the initial operation of the operator control element is followed by a notification being output that indicates that different input signals are generated on the basis of the duration of the operation of the operator control element, wherein - a button is displayed on a display panel for the purpose of operating the operator control element,
Active retina implant for implantation into an eye, preferably into the subretinal space of an eye, with a multiplicity of stimulation electrodes that emit electrical stimulation signals to cells of the retina that are to be contacted, and with a multiplicity of image elements that convert incident light into the stimulation signals, characterised by a multiplicity of stimulation electrodes divided into at least two groups of stimulation electrodes that are triggered in such a way as to emit stimulation signals in chronological succession, and wherein each group of stimulation elements is triggered, when light impinges on the associated image elements, in such a way that they emit stimulation impulses with a pulse duration of less than 5 milliseconds, and with a repetition frequency of less than 20 Hz.
An anode recuperator for a fuel cell system, comprising: a first annular fuel passage, wherein an inner wall of the first annular fuel passage is configured to form an upper plenum surrounded by the first annular fuel passage; an annular pre-reformer coupled to the first annular fuel passage and configured to receive an unreformed fuel stream from the first annular fuel passage and at least partially reform the unreformed fuel stream to generate a reformed fuel stream, the annular pre-reformer located axially inward of the first annular fuel passage in order to pre-reform an unreformed fuel stream at a temperature of less than or equal to 750°C; and an annular anode exhaust passage surrounding at least a portion of the first annular fuel passage and the annular pre-reformer, the annular anode exhaust passage thermally coupled to the first annular fuel passage such that an anode exhaust stream in the annular anode exhaust passage provides heat to the unreformed fuel stream in the first annular fuel passage, wherein the annular pre-reformer is separated from the annular anode exhaust passage. a first annular fuel passage, wherein an inner wall of the first annular fuel passage is configured to form an upper plenum surrounded by the first annular fuel passage; an annular pre-reformer coupled to the first annular fuel passage and configured to receive an unreformed fuel stream from the first annular fuel passage and at least partially reform the unreformed fuel stream to generate a reformed fuel stream, the annular pre-reformer located axially inward of the first annular fuel passage in order to pre-reform an unreformed fuel stream at a temperature of less than or equal to 750°C; and an annular anode exhaust passage surrounding at least a portion of the first annular fuel passage and the annular pre-reformer, the annular anode exhaust passage thermally coupled to the first annular fuel passage such that an anode exhaust stream in the annular anode exhaust passage provides heat to the unreformed fuel stream in the first annular fuel passage, wherein the annular pre-reformer is separated from the annular anode exhaust passage.
A roller reversing and jacking device for handling equipment, comprising a directional roller set fixedly mounted on the frame, at least one set of reversing and jacking assemblies mounted on the frame and a reversing roller set which moves in different direction from the directional roller set, the reversing and jacking assemblies comprising: a jacking slider restricted to and disposed on the frame through a slider guide post, and the jacking slider provided with the reversing roller set; characterised in that the reversing and jacking assemblies comprises further a reversing and jacking eccentric shaft correspondingly disposed on the jacking slider, comprising an eccentric shaft segment, an eccentric roller and a transmission shaft segment, and one end of the eccentric shaft segment mounted in the opening in the jacking slider; and a reversing and jacking drive motor connected to and/or disconnected from one end of the transmission shaft segment, and the reversing and jacking drive motor fixedly mounted on the frame; wherein the reversing and jacking drive motor configured to drive the eccentric shaft segment on the reversing and jacking eccentric shaft to rotate, thereby driving the jacking slider and the reversing roller set thereon to move up and down with respect to the frame and the directional roller set. a jacking slider restricted to and disposed on the frame through a slider guide post, and the jacking slider provided with the reversing roller set; characterised in that the reversing and jacking assemblies comprises further a reversing and jacking eccentric shaft correspondingly disposed on the jacking slider, comprising an eccentric shaft segment, an eccentric roller and a transmission shaft segment, and one end of the eccentric shaft segment mounted in the opening in the jacking slider; and a reversing and jacking drive motor connected to and/or disconnected from one end of the transmission shaft segment, and the reversing and jacking drive motor fixedly mounted on the frame; wherein the reversing and jacking drive motor configured to drive the eccentric shaft segment on the reversing and jacking eccentric shaft to rotate, thereby driving the jacking slider and the reversing roller set thereon to move up and down with respect to the frame and the directional roller set.
A continuous metal casting apparatus (100; 400; 500) comprising: - a first endless casting belt comprising a first casting surface; - a second endless casting belt comprising a second casting surface, wherein the first casting surface and the second casting surface define a casting cavity; and - a side dam (112; 612), the side dam comprising: an insulator (134; 434; 534) for reducing heat transfer between solidifying metal in the casting cavity and the side dam (112; 612); and a belt system comprising a movable endless side dam belt, wherein a portion of a side dam belt surface of the endless side dam belt is configured to face the casting cavity as the endless side dam belt is moved, characterized in that the endless side dam belt is movable in a plane of motion that is perpendicular to the side dam belt surface, wherein the endless side dam belt is movably supported such that the side dam belt is movable relative to the insulator (134; 434; 534) and is backed by the insulator (134; 434; 534) while facing the casting cavity along a portion of the length of the casting cavity. - a first endless casting belt comprising a first casting surface; - a second endless casting belt comprising a second casting surface, wherein the first casting surface and the second casting surface define a casting cavity; and - a side dam (112; 612), the side dam comprising: an insulator (134; 434; 534) for reducing heat transfer between solidifying metal in the casting cavity and the side dam (112; 612); and a belt system comprising a movable endless side dam belt, wherein a portion of a side dam belt surface of the endless side dam belt is configured to face the casting cavity as the endless side dam belt is moved, characterized in that the endless side dam belt is movable in a plane of motion that is perpendicular to the side dam belt surface, wherein the endless side dam belt is movably supported such that the side dam belt is movable relative to the insulator (134; 434; 534) and is backed by the insulator (134; 434; 534) while facing the casting cavity along a portion of the length of the casting cavity. an insulator (134; 434; 534) for reducing heat transfer between solidifying metal in the casting cavity and the side dam (112; 612); and a belt system comprising a movable endless side dam belt, wherein a portion of a side dam belt surface of the endless side dam belt is configured to face the casting cavity as the endless side dam belt is moved, characterized in that the endless side dam belt is movable in a plane of motion that is perpendicular to the side dam belt surface, wherein the endless side dam belt is movably supported such that the side dam belt is movable relative to the insulator (134; 434; 534) and is backed by the insulator (134; 434; 534) while facing the casting cavity along a portion of the length of the casting cavity.
A method comprising: using a processor and data storage device coupled to an acoustic tool to process signals generated from operating the acoustic tool in a borehole, the acoustic tool including a transmitter and an array of receivers (112-I,...112-N), such that the using includes collecting signals from generation of acoustic waves using the acoustic tool; generating delay values using frequency-based signals, the frequency-based signals correlated to the collected signals; and evaluating properties associated with the borehole, surrounding formations, or quality of a measurement using the delay values, wherein generating delay values includes processing the frequency-based signals into a representation that is a series sum of modes, each mode having an amplitude and a pole; and processing the amplitude of a mode such that a delay value is generated. collecting signals from generation of acoustic waves using the acoustic tool; generating delay values using frequency-based signals, the frequency-based signals correlated to the collected signals; and evaluating properties associated with the borehole, surrounding formations, or quality of a measurement using the delay values, wherein generating delay values includes processing the frequency-based signals into a representation that is a series sum of modes, each mode having an amplitude and a pole; and processing the amplitude of a mode such that a delay value is generated.
A system for stabilizing a lift truck, the system comprising: at least one caster to provide lift truck stability; a sensor to provide a value of motion of the lift truck in at least one of an X-axis and a Y-axis; a control system, the control system to determine which direction the lift truck is moving in the at least one of the X-axis and the Y-axis by comparing the value of motion to a stationary value of motion; the control system also to compare the value of motion to a threshold value of motion; and an actuator to lock movement of the caster on a side of the lift truck based on the direction that the control system determined the lift truck to be moving; characterized by the actuator to unlock the caster at a first speed determined by the control system based on a first factor, and the actuator to unlock the caster at a second speed determined by the control system based on a second factor. at least one caster to provide lift truck stability; a sensor to provide a value of motion of the lift truck in at least one of an X-axis and a Y-axis; a control system, the control system to determine which direction the lift truck is moving in the at least one of the X-axis and the Y-axis by comparing the value of motion to a stationary value of motion; the control system also to compare the value of motion to a threshold value of motion; and an actuator to lock movement of the caster on a side of the lift truck based on the direction that the control system determined the lift truck to be moving;
Method for at least partially removing an anchor including multiple tension members, which are heated by means of an induction coil in order to be separated, wherein the respective tension member is in the form of a strand, which includes a wire as a core around which wires are wound whose diameter is smaller than the diameter of the core, and is pretensioned during the heating procedure with a force that corresponds to at least 10 %, preferably at least 25 %, and particularly preferably at least 50 % of the breaking force of the tension member at 0 degrees Celsius, wherein the free ends of the tension members extend in a common sheath along whose external side a cable for the energy supply of the induction coil extends, and wherein the induction coil is supplied with current by a static frequency converter, which generates a frequency of at least 30 kHz.
A method of manufacturing a wire grid polarizer, the method comprising: preparing a stamp having a nanostructure body at one surface and forming a mask layer (130, 130a, 130b: 130c, 130d, 130e, 130f, 130g) with anisotropic vapor deposition at the one surface; forming a metal film on a substrate; transferring the mask layer onto the metal film; and patterning the metal film into metal lines by removing a portion that is not covered with the mask layer in the metal film with dry etching, wherein the nanostructure body comprises a plurality of protruding portions, the forming of a mask layer with anisotropic vapor deposition comprises forming a mask layer at an upper surface and one side surface of each of the plurality of protruding portions by performing anisotropic vapor deposition in a direction that is inclined in a thickness direction of the stamp, and the mask layer that is transferred onto the metal film comprises a flat portion with a constant thickness and a protrusion that contacts one side edge of the flat portion. preparing a stamp having a nanostructure body at one surface and forming a mask layer (130, 130a, 130b: 130c, 130d, 130e, 130f, 130g) with anisotropic vapor deposition at the one surface; forming a metal film on a substrate; transferring the mask layer onto the metal film; and patterning the metal film into metal lines by removing a portion that is not covered with the mask layer in the metal film with dry etching, wherein the nanostructure body comprises a plurality of protruding portions, the forming of a mask layer with anisotropic vapor deposition comprises forming a mask layer at an upper surface and one side surface of each of the plurality of protruding portions by performing anisotropic vapor deposition in a direction that is inclined in a thickness direction of the stamp, and the mask layer that is transferred onto the metal film comprises a flat portion with a constant thickness and a protrusion that contacts one side edge of the flat portion.
Modular signalling device for networking and signalling with command and signalling devices connected to a bus and supply line, wherein the signalling device comprises the following modules: - a signalling module with an optical display means, in particular for displaying an operating state of an electrical equipment and having an electronics module for bus communication in its housing (3.1), - a front module upstream of the signalling module with a display head, - a bus coupling module (8A, 8B) for coupling the signalling module to the bus and supply line (8.1, 8.2), characterised in that in the electronic module a plurality of performance parameters of the optical display means determining a chronology of the light output are stored changeably and the performance parameters of a central bus control, which transmits control signals for display means, are activatable. - a signalling module with an optical display means, in particular for displaying an operating state of an electrical equipment and having an electronics module for bus communication in its housing (3.1), - a front module upstream of the signalling module with a display head, - a bus coupling module (8A, 8B) for coupling the signalling module to the bus and supply line (8.1, 8.2),
A device for mixing a bone cement, the device comprising at least one cartridge, wherein the cartridge comprises in its interior a cylindrical mixing chamber, a discharge piston which can be moved in the cylindrical mixing chamber in the longitudinal direction and which is sealed against the walls of the mixing chamber, a mixing device for mixing the content of the mixing chamber, which is arranged in the interior of the mixing chamber, wherein the mixing device can be operated externally via a mixing rod and wherein the mixing rod is guided through a passage in the discharge piston in such a manner that it can be rotated and displaced in the longitudinal direction by the discharge piston, wherein the cartridge comprises a discharge opening opposite the discharge piston, wherein in the mixing chamber a first component of the bone cement is contained between the discharge piston and the discharge opening, wherein a monomer fluid as a second component of the bone cement is introducable through the discharge opening into the mixing chamber, wherein the device comprises a locking element (9, 10) with which the mixing rod is affixable or is affixed to the discharge piston in such a manner that the discharge piston can be moved by means of the mixing rod in the mixing chamber in the longitudinal direction, characterized in that the discharge piston comprises a gas impermeable upper side which faces away from the discharge opening and a gas permeable underside, which is impermeable for powder particles, which faces towards the discharge opening, wherein the gas permeable underside is connected via at least one passage in the discharge piston with at least one side opening in the side surface of the discharge piston, so that the mixing chamber is gas-permeably connected with the environment of the cartridge when the at least one opening in the side surface of the discharge piston is not covered by the inner wall of the mixing chamber of the cartridge.