mhurhangee/ep-ind-claims huggingface dataset:
A one-way clutch comprising: a first rotator comprising an inner gear and configured to rotate on a first axis; a planetary gear configured to mesh with the inner gear and configured to rotate on a second axis that revolves around the first axis; and a second rotator configured to rotate on the first axis and comprising a stopper configured to stop rotation of the planetary gear by engaging with the planetary gear, wherein relative rotation of the first rotator and the second rotator is restricted in a state where the planetary gear and the stopper are engaged, and is permitted in a state where the planetary gear and the stopper are disengaged; characterized by an urging member configured to urge the planetary gear not to be brought in contact with the stopper in a state where the first rotator and the second rotator relatively rotate. a first rotator comprising an inner gear and configured to rotate on a first axis; a planetary gear configured to mesh with the inner gear and configured to rotate on a second axis that revolves around the first axis; and a second rotator configured to rotate on the first axis and comprising a stopper configured to stop rotation of the planetary gear by engaging with the planetary gear, wherein relative rotation of the first rotator and the second rotator is restricted in a state where the planetary gear and the stopper are engaged, and is permitted in a state where the planetary gear and the stopper are disengaged; characterized by an urging member configured to urge the planetary gear not to be brought in contact with the stopper in a state where the first rotator and the second rotator relatively rotate.
An electronic apparatus comprising: a position information acquiring means configured to acquire a series of position information of a user; a detection means configured to detect whether or not a loss part, in which position information corresponding to a predetermined time or a predetermined number of times of measurement is lost, is present in the series of position information acquired by the position information acquiring means; and a specifying means configured to specify the loss part detected by the detection means in a case where the loss part is detected by the detection means, characterized in that the specifying means is further configured to determine whether the loss part detected in the detection means is longer than a predefined threshold, and if the loss part detected in the detection means is longer than a predefined threshold, to set a length of a loss extension period in accordance with a length of the loss part such that the length of the loss extension period increases with the length of the loss part, and to specify the loss part and the loss extension period as a part that is not appropriate for display in the series of position information. a position information acquiring means configured to acquire a series of position information of a user; a detection means configured to detect whether or not a loss part, in which position information corresponding to a predetermined time or a predetermined number of times of measurement is lost, is present in the series of position information acquired by the position information acquiring means; and a specifying means configured to specify the loss part detected by the detection means in a case where the loss part is detected by the detection means, characterized in that the specifying means is further configured to determine whether the loss part detected in the detection means is longer than a predefined threshold, and if the loss part detected in the detection means is longer than a predefined threshold, to set a length of a loss extension period in accordance with a length of the loss part such that the length of the loss extension period increases with the length of the loss part, and to specify the loss part and the loss extension period as a part that is not appropriate for display in the series of position information.
A method for passive intermodulation, PIM, removal in an antenna system, the method being performed by a controller of the antenna system, the method comprising: identifying, during transmission using codebook based beamforming, which transmission radio chains of the antenna system that cause a signal received by receiver radio chains of the antenna system to be impacted by PIM, wherein these transmission radio chains are identified based on which codeword in the codebook is used for the beamforming; determining a correction signal by subjecting the signals only as transmitted by the identified transmission radio chains to a model of the PIM; and removing PIM from the signal received by the receiver radio chains by subtracting the correction signal from the signal received by the receiver radio chains. identifying, during transmission using codebook based beamforming, which transmission radio chains of the antenna system that cause a signal received by receiver radio chains of the antenna system to be impacted by PIM, wherein these transmission radio chains are identified based on which codeword in the codebook is used for the beamforming; determining a correction signal by subjecting the signals only as transmitted by the identified transmission radio chains to a model of the PIM; and removing PIM from the signal received by the receiver radio chains by subtracting the correction signal from the signal received by the receiver radio chains.
A laundry drying machine comprising a body; a horizontal axis drum wherein the laundry is placed, that is disposed in the body and that has a cylindrical side wall and a rear wall that covers the back side of the side wall; a drying duct through which the drying air is circulated, a first perforated section that is arranged on the rear wall and that has at least one first hole enabling the drying air coming from the drying duct to be delivered into the drum, at least one second perforated section that is disposed on the side wall and that has at least one second hole enabling the air to enter the drum; an auxiliary duct that has an air inlet and that enables the air taken through the air inlet to be delivered to the second perforated section characterized by at least one flow regulation element that is disposed into the drum so as to be positioned on the second perforated section and that enables the second hole to be opened/closed such that the air taken from the auxiliary duct can be selectively delivered into the drum, the flow regulation element can be moved between an open position wherein the flow regulation element leaves the second hole open such that the drying air is allowed to enter the drum and a closed position wherein the flow regulation element covers the second hole so as to interrupt the air flow between the auxiliary duct and the drum and at least one third hole that is arranged on the flow regulation element, that is eccentric relative to the second hole so as not to align with the second hole when the flow regulation element is in the closed position.
Linear electromechanical actuator, comprising a main screw-nut assembly driven by a main motion device, characterised in that the linear electromechanical actuator further comprises: an anti-jamming piston arranged coaxially within a hollow screw of the main screw-nut assembly and shiftable between an engaged position in which a plurality of locking dogs interfere with an abutting surface of the hollow screw and a disengaged position in which the anti-jamming piston is free to slide within the hollow screw; and actuating means configured to shift the anti-jamming piston from the engaged position to the disengaged position upon electrical or mechanical failure of the linear electromechanical actuator, the actuating means comprising a key axially movable between the engaged position and the disengaged position and comprising a locking section, configured to bias the locking dogs into interference with the abutting surface in the engaged position, and an unlocking section (1 b), configured to allow free sliding of the anti-jamming piston within the hollow screw in the disengaged position. an anti-jamming piston arranged coaxially within a hollow screw of the main screw-nut assembly and shiftable between an engaged position in which a plurality of locking dogs interfere with an abutting surface of the hollow screw and a disengaged position in which the anti-jamming piston is free to slide within the hollow screw; and actuating means configured to shift the anti-jamming piston from the engaged position to the disengaged position upon electrical or mechanical failure of the linear electromechanical actuator, the actuating means comprising a key axially movable between the engaged position and the disengaged position and comprising a locking section, configured to bias the locking dogs into interference with the abutting surface in the engaged position, and an unlocking section (1 b), configured to allow free sliding of the anti-jamming piston within the hollow screw in the disengaged position.
Hob, in particular gas hob, having a hob housing that is covered by a cover plate, wherein in a final assembled state, in which the hob housing is suspended on or screwed onto the upper-side cover plate, the hob housing is supported by means of the cover plate in the vicinity of a work-surface section, characterised in that the hob has at least one pre-assembly element on which the hob housing can be supported, independently of the cover plate.
A ski boot comprising: a substantially rigid foot-case which is adapted to accommodate the user's foot and has the lower part structured to couple with a ski binding device; a substantially rigid cuff which is adapted to surround the lower part of the user's leg and is pivotally joined to the foot-case so as to be able to rotate about a transversal axis substantially perpendicular to the midplane of the ski boot; a protective tongue and/or gaiter (13, 201) that closes the upper part of the foot-case; and foot-case closing means adapted to selectively close/tighten the foot-case on the user's foot; said foot-case closing means including an oblong, transversal locking band with a flexible and substantially inextensible structure, which extends transversally to the midplane of the ski boot, astride of and flush to the protective tongue and/or gaiter (13, 201), and has a first end firmly fixed/connected to a first lateral side of the foot-case; wherein the foot-case closing means additionally comprise a manually-operated coupling assembly which is adapted to connect the second end of said transversal locking band selectively and alternatively to one between the foot-case and the cuff, at a second lateral side of the foot-case opposite to said first lateral side, and is adapted to tighten and keep tightened said transversal locking band. said foot-case closing means including an oblong, transversal locking band with a flexible and substantially inextensible structure, which extends transversally to the midplane of the ski boot, astride of and flush to the protective tongue and/or gaiter (13, 201), and has a first end firmly fixed/connected to a first lateral side of the foot-case; wherein the foot-case closing means additionally comprise a manually-operated coupling assembly which is adapted to connect the second end of said transversal locking band selectively and alternatively to one between the foot-case and the cuff, at a second lateral side of the foot-case opposite to said first lateral side, and is adapted to tighten and keep tightened said transversal locking band.
Method for the suspension polymerization of vinyl chloride, at a temperature of 50-70°C, using suspension stabilizers and free radical initiators and a nanometer-size filler, characterized in that the polymerization is performed in a mixture containing a nanofiller in the form of nanospheres with an average size of primary particles of up to 200 nm, with the nanofiller being a non-functionalized silica produced by the sol-gel method from aqueous mixture containing tetraalkoxysilane with alkoxy group from C 1 to C 4, alcohol or a mixture of aliphatic alcohols from C 1 to C 4, in the molar ratio from 1:5 to 1:35 respectively, with 0.001 - 5 % weight ratio to vinyl chloride, with nanofiller used in the form of a sol, gel, powder or in the form of aqueous dispersion of powder, added once, in portions or continuously.
An ionization gauge to measure pressure comprising: an electron source that emits electrons; an anode that defines an ionization space; a collector electrode to collect ions formed by an impact between the electrons and gas in the ionization space; and a controller; characterised in that the controller actively controls emission current from the electron source during operation in response to a control signal that anticipates a change due to a process step. an electron source that emits electrons; an anode that defines an ionization space; a collector electrode to collect ions formed by an impact between the electrons and gas in the ionization space; and a controller; characterised in that the controller actively controls emission current from the electron source during operation in response to a control signal that anticipates a change due to a process step.
A turbine housing assembly comprising: a core structure having a voided inner region defining an axial outlet and an outer surface defining an inner contour of a volute; an inner sheet metal shell (202, 204) comprising an inner base portion (237, 239) defining an inlet in fluid communication with the volute and a volute portion defining an outer contour of the volute, wherein at least a portion of the core structure defining the axial outlet extends in an axial direction through an opening in the inner sheet metal shell defined by the volute portion; and an outer sheet metal shell (206, 208) surrounding the volute portion and including an outer base portion circumscribing the inner base portion, wherein the outer sheet metal shell is thicker than the inner sheet metal shell, wherein the outer sheet metal shell comprises base portions (223, 225) having ends (233, 235) that are configured to be coupled to a bypass valve assembly structure, and wherein an inlet end of the inner base portion (237, 239) of the inner sheet metal shell (202, 204) is arranged so as to be freestanding with respect to a bypass valve assembly structure coupled to the ends (233, 235) of the outer sheet metal shell base portions (223, 225). a core structure having a voided inner region defining an axial outlet and an outer surface defining an inner contour of a volute; an inner sheet metal shell (202, 204) comprising an inner base portion (237, 239) defining an inlet in fluid communication with the volute and a volute portion defining an outer contour of the volute, wherein at least a portion of the core structure defining the axial outlet extends in an axial direction through an opening in the inner sheet metal shell defined by the volute portion; and an outer sheet metal shell (206, 208) surrounding the volute portion and including an outer base portion circumscribing the inner base portion, wherein the outer sheet metal shell is thicker than the inner sheet metal shell, wherein the outer sheet metal shell comprises base portions (223, 225) having ends (233, 235) that are configured to be coupled to a bypass valve assembly structure, and wherein an inlet end of the inner base portion (237, 239) of the inner sheet metal shell (202, 204) is arranged so as to be freestanding with respect to a bypass valve assembly structure coupled to the ends (233, 235) of the outer sheet metal shell base portions (223, 225).
A wall structure of a thermal insulation casing, which is intended for the insulation of metal tanks which contain liquefied gas, in particular liquefied natural gas, which wall structure comprises wood-veneer panels (1, 2) that are joined to each other in order to form a three-dimensional structure, characterized in that the wood-veneer panels are joined together with pillars in order to form a casing with open sides and at least part of the wood-veneer panels (1, 2) are multilayer panels, which comprise wood-veneer layers (9, 11-13; 14, 16-18) that are stacked on top of each other and glued together, and at least one reinforcing layer (10; 15) that is glued to at least one wood-veneer layer, in order to increase the strength of the panel, wherein the wall structure comprises at least one reinforcing layer (10; 15) which is glued to the wood-veneer layer (11; 16) which is located between the surface layers (9, 13; 14, 18) that are formed of the two opposite surfaces of the panel. characterized in that the wood-veneer panels are joined together with pillars in order to form a casing with open sides and at least part of the wood-veneer panels (1, 2) are multilayer panels, which comprise wood-veneer layers (9, 11-13; 14, 16-18) that are stacked on top of each other and glued together, and at least one reinforcing layer (10; 15) that is glued to at least one wood-veneer layer, in order to increase the strength of the panel, wherein the wall structure comprises at least one reinforcing layer (10; 15) which is glued to the wood-veneer layer (11; 16) which is located between the surface layers (9, 13; 14, 18) that are formed of the two opposite surfaces of the panel.
A battery pack including at least one cell parallel line formed by arranging a plurality of battery cells in parallel, the battery pack comprising: a first cell bank configured by connecting a predetermined number of sequentially adjacent battery cells in parallel from a first cell among battery cells constituting the cell parallel line; and a second cell bank configured by connecting the remaining cells in parallel except for the battery cells set as the first cell bank among the battery cells constituting the cell parallel line, wherein the first cell bank and the second cell bank are electrically separated, wherein among the battery cells of the second cell bank, a battery cell closest to the first cell bank is set as a replacement cell, wherein when a failed cell occurs in the first cell bank, the replacement cell is electrically separated from the second cell bank and connected in parallel to the first cell bank to replace the failed cell, characterized in that the first cell bank is configured to operate as a main power supply source for a principal device in which a battery pack is mounted, and the second cell bank is configured to operate as an auxiliary power supply source for additional devices mounted on the principal device. a first cell bank configured by connecting a predetermined number of sequentially adjacent battery cells in parallel from a first cell among battery cells constituting the cell parallel line; and a second cell bank configured by connecting the remaining cells in parallel except for the battery cells set as the first cell bank among the battery cells constituting the cell parallel line, wherein the first cell bank and the second cell bank are electrically separated, wherein among the battery cells of the second cell bank, a battery cell closest to the first cell bank is set as a replacement cell, wherein when a failed cell occurs in the first cell bank, the replacement cell is electrically separated from the second cell bank and connected in parallel to the first cell bank to replace the failed cell, characterized in that the first cell bank is configured to operate as a main power supply source for a principal device in which a battery pack is mounted, and the second cell bank is configured to operate as an auxiliary power supply source for additional devices mounted on the principal device.
A surface structure for turbine components comprising: a turbine component substrate; and a coating applied to the turbine component substrate including at least one material having damping characteristics resulting from damping microstructural properties or imperfections in the at least one material; wherein the microstructural property is a preferential orientation of axis joining pairs of solute atoms in the at least one material, or is an intercrystalline thermal current in the at least one material; wherein the imperfections comprise a plurality of pores, at least one pore of the plurality of pores having a diameter in the range of 15 nanometers to 3 millimeters; and wherein the surface structure further comprises a plurality of glass spheres in a metallic or ceramic matrix. a turbine component substrate; and a coating applied to the turbine component substrate including at least one material having damping characteristics resulting from damping microstructural properties or imperfections in the at least one material; wherein the microstructural property is a preferential orientation of axis joining pairs of solute atoms in the at least one material, or is an intercrystalline thermal current in the at least one material; wherein the imperfections comprise a plurality of pores, at least one pore of the plurality of pores having a diameter in the range of 15 nanometers to 3 millimeters; and wherein the surface structure further comprises a plurality of glass spheres in a metallic or ceramic matrix.
Method for operating a power train system of a commercial vehicle comprising - a power train which is driven mechanically by a drive motor of the commercial vehicle, - a connecting element for transmitting mechanical traction force from the drive motor to the power train, and - a clutch for interrupting the traction force which is transmitted via the connecting element to the power train, the clutch being closed in the neutral position, and - the power train system comprising, furthermore, at least one bearing (22, 24, 26, 28, 30) which is lubricated with oil via an oil circuit of the drive motor, characterised in that - the clutch is opened before starting the drive motor, - the clutch is closed by way of a control signal if a time period Δt has passed after starting up of the drive motor and/or a minimum oil pressure prevails in the oil circuit. - a power train which is driven mechanically by a drive motor of the commercial vehicle, - a connecting element for transmitting mechanical traction force from the drive motor to the power train, and - a clutch for interrupting the traction force which is transmitted via the connecting element to the power train, the clutch being closed in the neutral position, and - the power train system comprising, furthermore, at least one bearing (22, 24, 26, 28, 30) which is lubricated with oil via an oil circuit of the drive motor, - the clutch is opened before starting the drive motor, - the clutch is closed by way of a control signal if a time period Δt has passed after starting up of the drive motor and/or a minimum oil pressure prevails in the oil circuit.