mhurhangee/ep-ind-claims huggingface dataset:
Winding device for winding strips suitable for winding at least one strip on a mandrel of a winding machine, comprising a pressure assembly for pressing the strip against the surface of the mandrel when winding the strip, said pressure assembly comprising a first pressure unit which is adapted to be coupled to and rotate together with the mandrel, from a first winding position to a second winding position in the intersection with the strip, while the first pressure unit presses on the strip, characterized in that the pressure assembly comprises a second pressure unit which is attached to the first pressure unit, and is configured for pressing on the strip when the first pressure unit reaches the second winding position, so that, after said second pressure unit presses on the strip, the first pressure unit stops pressing on said strip, the second pressure unit allowing forward movement of the strip in the winding direction when the mandrel rotates.
A gas discharge tube assembly comprising: a multi-cell gas discharge tube, GDT, including: a housing defining a GDT chamber; a plurality of inner electrodes (E1-E21) located in the GDT chamber; a trigger resistor located in the GDT chamber; and a gas contained in the GDT chamber; wherein the inner electrodes (E1-E21) are serially disposed in the chamber in spaced apart relation to define a series of cells and spark gaps; and characterised in that: the multi-cell GDT includes first and second trigger end electrodes (142, 144); the series of cells and spark gaps extends from the first trigger end electrode to the second trigger end electrode; the trigger resistor electrically connects the first trigger end electrode to the second trigger end electrode; the trigger resistor includes an interface surface exposed to at least one of the cells; the trigger resistor is responsive to an electrical surge through the trigger resistor to generate a spark along the interface surface and thereby promote an electrical arc in the at least one cell. a multi-cell gas discharge tube, GDT, including: a housing defining a GDT chamber; a plurality of inner electrodes (E1-E21) located in the GDT chamber; a trigger resistor located in the GDT chamber; and a gas contained in the GDT chamber; wherein the inner electrodes (E1-E21) are serially disposed in the chamber in spaced apart relation to define a series of cells and spark gaps; and a housing defining a GDT chamber; a plurality of inner electrodes (E1-E21) located in the GDT chamber; a trigger resistor located in the GDT chamber; and a gas contained in the GDT chamber; wherein the inner electrodes (E1-E21) are serially disposed in the chamber in spaced apart relation to define a series of cells and spark gaps; and characterised in that: the multi-cell GDT includes first and second trigger end electrodes (142, 144); the series of cells and spark gaps extends from the first trigger end electrode to the second trigger end electrode; the trigger resistor electrically connects the first trigger end electrode to the second trigger end electrode; the trigger resistor includes an interface surface exposed to at least one of the cells; the trigger resistor is responsive to an electrical surge through the trigger resistor to generate a spark along the interface surface and thereby promote an electrical arc in the at least one cell. the multi-cell GDT includes first and second trigger end electrodes (142, 144); the series of cells and spark gaps extends from the first trigger end electrode to the second trigger end electrode; the trigger resistor electrically connects the first trigger end electrode to the second trigger end electrode; the trigger resistor includes an interface surface exposed to at least one of the cells; the trigger resistor is responsive to an electrical surge through the trigger resistor to generate a spark along the interface surface and thereby promote an electrical arc in the at least one cell.
A fluid measurement apparatus comprising: an optical emitter capable of radiating light to an irradiation target including a fluid; an optical detector capable of receiving scattered light scattered by the fluid; and a controller that includes a generator configured to generate a frequency spectrum based on the scattered light and an estimation unit, configured to estimate a flow state of the fluid based on a characteristic component of the frequency spectrum, the controller being configured to estimate a flow state of a measurement target fluid by causing the generator to generate a first frequency spectrum based on the measurement target fluid and a second frequency spectrum based on the fluid in a known flow state, and then causing the estimation unit to compare a characteristic component of the first spectrum and a characteristic component of the second frequency spectrum, characterised in that the characteristic component includes at least one of a value based on an intensity of a specific frequency in the frequency spectrum (S1, S2) and a value based on an intensity of a frequency in a specific segment, and wherein the characteristic component is a ratio of an intensity corresponding to at least one specific frequency to an intensity corresponding to at least one frequency other than the specific frequency. an optical emitter capable of radiating light to an irradiation target including a fluid; an optical detector capable of receiving scattered light scattered by the fluid; and a controller that includes a generator configured to generate a frequency spectrum based on the scattered light and an estimation unit, configured to estimate a flow state of the fluid based on a characteristic component of the frequency spectrum, a generator configured to generate a frequency spectrum based on the scattered light and an estimation unit, configured to estimate a flow state of the fluid based on a characteristic component of the frequency spectrum, the controller being configured to estimate a flow state of a measurement target fluid by causing the generator to generate a first frequency spectrum based on the measurement target fluid and a second frequency spectrum based on the fluid in a known flow state, and then causing the estimation unit to compare a characteristic component of the first spectrum and a characteristic component of the second frequency spectrum, causing the generator to generate a first frequency spectrum based on the measurement target fluid and a second frequency spectrum based on the fluid in a known flow state, and then causing the estimation unit to compare a characteristic component of the first spectrum and a characteristic component of the second frequency spectrum, characterised in that the characteristic component includes at least one of a value based on an intensity of a specific frequency in the frequency spectrum (S1, S2) and a value based on an intensity of a frequency in a specific segment, and wherein the characteristic component is a ratio of an intensity corresponding to at least one specific frequency to an intensity corresponding to at least one frequency other than the specific frequency.
Enclosed ultralight bridge for creating a passage for the transportation of materials, for pedestrians and cycle traffic and other, said bridge being formed of at least one bridge unit, whereby said bridge unit is formed of a shell structure comprising an outer tube, which forms the outer surface of the bridge, and an inner tube fitted inside the outer tube, which forms the internal space of the bridge, the outer tube and the inner tube being attached to each other, whereby a space remains between the outer tube and the inner tube, where conduits are situated, the bridge being also formed of at least one truss structure fitted inside the inner tube and attached to the structure of the bridge, which truss structure forms at least one chord across the inner tube, from one point on its inner surface to the opposite side of the inner surface, characterized in that - the truss structure is a rigid truss formed from bar-like elements receiving tensile and compressive loadings, whereby - the bar-like elements comprise vertical supports and slanting supports, whereby the rigid truss structure divides the interior of the bridge into different passages. - the truss structure is a rigid truss formed from bar-like elements receiving tensile and compressive loadings, whereby - the bar-like elements comprise vertical supports and slanting supports, whereby the rigid truss structure divides the interior of the bridge into different passages.
A main rotor control system for a rotorcraft, the main rotor control system comprising: a swashplate assembly having a non-rotating ring and a rotating ring; a first triplex actuator coupled to the non-rotating ring and configured to be coupled between the non-rotating ring and a rotorcraft structure; a second triplex actuator coupled to the non-rotating ring and configured to be coupled between the non-rotating ring and the rotorcraft structure; a third triplex actuator coupled to the non-rotating ring and configured to be coupled between the non-rotating ring and the rotorcraft structure; wherein the swashplate assembly is configured to tilt about a longitudinal axis and a lateral axis in response to a cyclic input; and wherein the swashplate is configured to translate along a mast axis in response to a collective input, characterized in that the first triplex actuator, the second triplex actuator, and the third triplex actuator each have a first piston/cylinder assembly, a second piston/cylinder assembly, and a third piston/cylinder assembly, the first piston/cylinder assembly, the second piston/cylinder assembly, and the third piston/cylinder assembly being in a parallel configuration, the first piston/cylinder assembly of the first triplex actuator, the first piston/cylinder assembly of the second triplex actuator, and the first piston/cylinder assembly of the third triplex actuator are in fluid communication with each other. a swashplate assembly having a non-rotating ring and a rotating ring; a first triplex actuator coupled to the non-rotating ring and configured to be coupled between the non-rotating ring and a rotorcraft structure; a second triplex actuator coupled to the non-rotating ring and configured to be coupled between the non-rotating ring and the rotorcraft structure; a third triplex actuator coupled to the non-rotating ring and configured to be coupled between the non-rotating ring and the rotorcraft structure; wherein the swashplate assembly is configured to tilt about a longitudinal axis and a lateral axis in response to a cyclic input; and wherein the swashplate is configured to translate along a mast axis in response to a collective input,
A polyfluoroalkyl iodide, represented by the following general formula: C n F 2n+1 (CH 2 CF 2) a (CF 2 CF 2) b (CH 2 CH 2) c I (where n is an integer of 1 to 6; a an integer of 1 to 4; b an integer of 1 to 3, and c an integer of 1 to 3).
Process for building tyres for vehicle wheels, wherein carcass sleeves obtained in a sleeve building area are transferred to a shaping station where each carcass sleeve is shaped according to a toroidal configuration, in order to be associated with a respective crown structure obtained in a crown building area, wherein each carcass sleeve picked up from the sleeve building area, before being carried to the shaping station, transits through a storage device arranged to receive a plurality of said carcass sleeves, wherein the storage device has a plurality of support elements simultaneously translatable around a common rotation centre of the carcass sleeves carried by the storage device, wherein each carcass sleeve is engaged on and picked up from the storage device respectively at a load station and a pick-up station, angularly spaced from each other around said rotation centre, wherein each carcass sleeve is engaged with the storage device by means of insertion of one of said support elements in said carcass sleeve. wherein each carcass sleeve picked up from the sleeve building area, before being carried to the shaping station, transits through a storage device arranged to receive a plurality of said carcass sleeves, wherein the storage device has a plurality of support elements simultaneously translatable around a common rotation centre of the carcass sleeves carried by the storage device, wherein each carcass sleeve is engaged on and picked up from the storage device respectively at a load station and a pick-up station, angularly spaced from each other around said rotation centre, wherein each carcass sleeve is engaged with the storage device by means of insertion of one of said support elements in said carcass sleeve.
A flooding topology repair method performed by a network node, the method comprising the steps of: • detecting (step 402) a network failure, the network failure being a failed link; • determining (step 404) that the network failure is on the flooding topology; • determining (step 408) whether the flooding topology is split by the failed link, wherein the determining whether the flooding topology is split by the failed link comprises: ∘ determining a first number of nodes on the flooding topology by traversing the flooding topology; ∘ comparing the first number of nodes on the flooding topology to a second number of nodes on the flooding topology maintained in a link state database, LSDB, of the network node; and ∘ determining that the flooding topology is split when the first number of nodes on the flooding topology is less than the second number of nodes on the flooding topology; and • in case the flooding topology is split, repairing (step 414) the flooding topology. • detecting (step 402) a network failure, the network failure being a failed link; • determining (step 404) that the network failure is on the flooding topology; • determining (step 408) whether the flooding topology is split by the failed link, wherein the determining whether the flooding topology is split by the failed link comprises: ∘ determining a first number of nodes on the flooding topology by traversing the flooding topology; ∘ comparing the first number of nodes on the flooding topology to a second number of nodes on the flooding topology maintained in a link state database, LSDB, of the network node; and ∘ determining that the flooding topology is split when the first number of nodes on the flooding topology is less than the second number of nodes on the flooding topology; and ∘ determining a first number of nodes on the flooding topology by traversing the flooding topology; ∘ comparing the first number of nodes on the flooding topology to a second number of nodes on the flooding topology maintained in a link state database, LSDB, of the network node; and ∘ determining that the flooding topology is split when the first number of nodes on the flooding topology is less than the second number of nodes on the flooding topology; and • in case the flooding topology is split, repairing (step 414) the flooding topology.
A photographic lamp chuck adapted to different lamp holders, comprising: a main chuck body, wherein the main chuck body is provided with an accessory mounting position, and the main chuck body is provided with a first insertion hole for accommodating a first type of photographic lamp holder; wherein an inner wall of the first insertion hole is provided with a positioning surface characterized in that the positioning surface is arc-shaped and adapted to the first type of photographic lamp holder and further characterized in that the inner wall of the first insertion hole is provided with a groove body, and in that a positioning inserting member is movably inserted to the groove body; wherein a second positioning surface is provided on the positioning inserting member, the second positioning surface of the positioning inserting member and the inner wall of the first insertion hole form a second insertion hole, and the second insertion hole is used for accommodating a second type of photographic lamp holder. a main chuck body, wherein the main chuck body is provided with an accessory mounting position, and the main chuck body is provided with a first insertion hole for accommodating a first type of photographic lamp holder; wherein an inner wall of the first insertion hole is provided with a positioning surface characterized in that the positioning surface is arc-shaped and adapted to the first type of photographic lamp holder and further characterized in that the inner wall of the first insertion hole is provided with a groove body, and in that a positioning inserting member is movably inserted to the groove body; wherein a second positioning surface is provided on the positioning inserting member, the second positioning surface of the positioning inserting member and the inner wall of the first insertion hole form a second insertion hole, and the second insertion hole is used for accommodating a second type of photographic lamp holder.
A household appliance comprising a projector which projects image of a virtual interface which enables control of household appliances within a projection area on a surface, a movement sensor which enables the gestures on the projection area to be detected, and a control unit which controls the projector and the household appliances to which the same is connected, by means of the data received from the movement sensor, characterized by a temperature sensor that measures the temperature of the surfaces and/or the objects on the entire projection area and the control unit that monitors the temperature of and/or that draws the temperature map of the projection area by means of the data received from the temperature sensor and that controls the image projected on the projection area according to the temperature information of the projection area.
A paint replacement film comprising at least one polymer layer, the at least one polymer layer comprising a polyurethane produced from a formulation comprising at least one blocked isocyanate, wherein the paint replacement film comprises a liner layer wherein that at least one polymer layer is a coloured polymer layer further comprising a colourant, characterized in that the formulation comprises at least two polyols in an OH weight equivalent ratio in the range 4.5:1 to 1:4.5.
The use of N-(2-nitrophenyl)phosphoric triamide (2-NPT) for treating a fertilizer mixture comprising a urea-containing fertilizer and an additional P-containing fertilizer.
A shingled photovoltaic module with bypass diodes, comprising a first region, a second region, a third region, and a fourth region, wherein the four regions are arranged in a four-square shape; each region includes a plurality of solar cell strings consisting of crystalline silicon solar cells or crystalline silicon solar slice cells overlapped end to end; all the cell strings in each region are connected in parallel; and positive electrodes of the cell strings in each region are connected to each other, and negative electrodes of the cell strings in each region are connected to each other; positive electrode of the cell strings in the first region serve as a positive electrode of the entire module, and negative electrode of the cell strings in the first region are communicated with positive electrodes of the cell strings in the second region; negative electrodes of the cell strings in the second region are communicated with positive electrodes of the cell strings in the third region; negative electrodes of the cell strings in the third region are communicated with positive electrodes of the cell strings in the fourth region; and negative electrodes of the cell strings in the fourth region serve as a negative electrode of the entire module; characterized in that: a bypass diode D1 is arranged between the positive electrodes of the cell strings in the first region and the negative electrodes of the cell strings in the second region, a positive electrode of the bypass diode D1 is connected with the negative electrodes of the cell strings in the second region, and a negative electrode of the bypass diode D1 is connected with the positive electrodes of the cell strings in the first region; a bypass diode D2 is arranged between the positive electrodes of the cell strings in the third region and the negative electrodes of the cell strings in the fourth region, a negative electrode of the bypass diode D2 is connected with the positive electrodes of the cell strings in the third region, and a positive electrode of the bypass diode D2 is connected with the negative electrodes of the cell strings in the fourth region; and the bypass diode D1 and the bypass diode D2 are located in a middle of the entire module. a bypass diode D1 is arranged between the positive electrodes of the cell strings in the first region and the negative electrodes of the cell strings in the second region, a positive electrode of the bypass diode D1 is connected with the negative electrodes of the cell strings in the second region, and a negative electrode of the bypass diode D1 is connected with the positive electrodes of the cell strings in the first region; a bypass diode D2 is arranged between the positive electrodes of the cell strings in the third region and the negative electrodes of the cell strings in the fourth region, a negative electrode of the bypass diode D2 is connected with the positive electrodes of the cell strings in the third region, and a positive electrode of the bypass diode D2 is connected with the negative electrodes of the cell strings in the fourth region; and the bypass diode D1 and the bypass diode D2 are located in a middle of the entire module.
A locking assembly for a ventilating window having a sash arranged to be openable with respect to a main frame by pivotal movement about an axis parallel to a pair of opposed sash members, said locking assembly comprising a strike plate fixed to a main frame member opposite one of said pair of sash members and a casing fixed to said one sash member opposite the strike plate, a locking mechanism arranged in said casing being operable by an operator member accessible from the inside of the window via at least one actuator slide displaceable in guide means in the casing between a first end position defining the unlocked position and a second end position defining the locking position, characterized in that shielding means (103, 104) are fixed in relation to the casing and include a bridge-like structure covering the actuator slide, and that the shielding means (103, 104) include an integral part of the casing, or that the shielding means (103, 104) consist of one or more separate parts that are fastened to the casing in a releasable manner and/or are part of an insert in the guide means.