mhurhangee/ep-ind-claims huggingface dataset:
A stretching device to stretch a film made of synthetic material at least in the transverse direction, comprising: - a guide rail including a first guide surface (15.1) intended to be turned toward the film and a second guide surface (15.2) opposite to the first guide surface (15.1), - a plurality of first clamps of a first type and a plurality of second clamps of a second type each intended to grip a same longitudinal edge of the film, the first and second clamps (16, 17) being alternately disposed along the guide rail and being configured to be guided by the guide rail, - an endless chain connected to the first and second clamps (16,17) and configured to drive the first and second clamps (16,17) along the guide rail, the endless chain being deformable between a first state in which the first and second clamps (16, 17) are disposed in close proximity to each other, and a second state in which the first and second clamps (16, 17) are distant from each other, each first clamp includes a primary guide roller configured to cooperate with the first guide surface (15.1) of the guide rail and each second clamp includes a secondary guide roller configured to cooperate with the first guide surface (15.1) of the guide rail, the primary guide roller of each first clamp being shifted vertically with respect to the secondary guide roller of each second clamp adjacent to said first clamp, the stretching device being characterized in that the first and second clamps (16, 17) are configured such that, when the endless chain is in the first state, the primary guide roller of each first clamp and the secondary guide roller of each second clamp adjacent to said first clamp overlap at least partially. - a guide rail including a first guide surface (15.1) intended to be turned toward the film and a second guide surface (15.2) opposite to the first guide surface (15.1), - a plurality of first clamps of a first type and a plurality of second clamps of a second type each intended to grip a same longitudinal edge of the film, the first and second clamps (16, 17) being alternately disposed along the guide rail and being configured to be guided by the guide rail, - an endless chain connected to the first and second clamps (16,17) and configured to drive the first and second clamps (16,17) along the guide rail, the endless chain being deformable between a first state in which the first and second clamps (16, 17) are disposed in close proximity to each other, and a second state in which the first and second clamps (16, 17) are distant from each other,
A cooking utensil comprising: a pot; a lid covering the pot; and a locking structure arranged between the lid and the pot, wherein the locking structure comprises a first thread provided on the pot and a second thread provided on the lid, the second thread cooperating with the first thread and the first thread and the second thread being trapezoidal threads, the cooking utensil being characterized in that a first connecting line L1 between a first end of the first thread and a center of the pot forms a first angle n with a second connecting line L2 between a second end of the first thread and the center of the pot, the first angle n satisfying: 180° ≤n≤360°, so that the first thread has a length between half a turn and one turn of a circumference of the pot; and in that the first thread has a thread angle d1 which satisfies: 20° ≤ d1 ≤ 40°, and the second thread has a thread angle d2 which satisfies: 20° ≤d2≤40°. a pot; a lid covering the pot; and a locking structure arranged between the lid and the pot, wherein the locking structure comprises a first thread provided on the pot and a second thread provided on the lid, the second thread cooperating with the first thread and the first thread and the second thread being trapezoidal threads, the cooking utensil being characterized in that a first connecting line L1 between a first end of the first thread and a center of the pot forms a first angle n with a second connecting line L2 between a second end of the first thread and the center of the pot, the first angle n satisfying: 180° ≤n≤360°, so that the first thread has a length between half a turn and one turn of a circumference of the pot; and in that the first thread has a thread angle d1 which satisfies: 20° ≤ d1 ≤ 40°, and the second thread has a thread angle d2 which satisfies: 20° ≤d2≤40°.
A set of panels (10, 30), comprising a first panel having a lateral edge on which a first retaining profile is disposed, at least one second panel having a lateral edge on which a second retaining profile is disposed, which can be joined to the first retaining profile, wherein the panels (10, 30) are joined positively along the lateral edges (11, 31) by the retaining profiles (12, 32) in a direction parallel to a laying plane and in a direction perpendicular to the laying plane in the joined and laid state of the panels (10, 30); and a separate locking element associated with the first retaining profile which, during joining of the retaining profiles (12, 32), moves from an assembly position into a locking position, wherein in a locking position the locking element ensures form closure at least in a direction perpendicular or parallel to the laying plane by a locking projection of the locking element engaging in a locking recess provided on the second retaining profile, and wherein the first retaining profile and/or the locking element have retarding means, characterised in that the retarding means, on transition from the assembly position into the locking position, retard a movement of the locking projection in such a manner that a deformation stress is built up in the locking element during joining of the retaining profiles (12, 32) without the locking projection thereby resting on a surface of the second retaining profile, and that the retarding means comprise a press fit or tight fit which is established between the locking element and the first retaining profile when the locking element is located in the assembly position.
A method for identifying user behavior, comprising: acquiring (101, 201, 301) an access behavior of a terminal within a preset time sliding window; evaluating the access behavior within the time sliding window; and determining whether the access behavior of the terminal is malicious according to an evaluation result, characterized in that the time sliding window comprises m equal time slices; and the evaluating the access behavior within the time sliding window comprises: judging whether a number of times of accesses for each time slice is beyond a preset threshold value of number of times for slicing, and acquiring n time slices in which the number of times of accesses is beyond the preset threshold value of number of times for slicing; and judging whether a ratio of n to m is beyond a preset first ratio threshold value; the determining whether the access behavior of the terminal is malicious according to an evaluation result comprises: determining the access behavior of the terminal as malicious if the ratio of n to m is beyond the preset first ratio threshold value. acquiring (101, 201, 301) an access behavior of a terminal within a preset time sliding window; evaluating the access behavior within the time sliding window; and determining whether the access behavior of the terminal is malicious according to an evaluation result, characterized in that the time sliding window comprises m equal time slices; and the evaluating the access behavior within the time sliding window comprises: judging whether a number of times of accesses for each time slice is beyond a preset threshold value of number of times for slicing, and acquiring n time slices in which the number of times of accesses is beyond the preset threshold value of number of times for slicing; and judging whether a ratio of n to m is beyond a preset first ratio threshold value; judging whether a number of times of accesses for each time slice is beyond a preset threshold value of number of times for slicing, and acquiring n time slices in which the number of times of accesses is beyond the preset threshold value of number of times for slicing; and judging whether a ratio of n to m is beyond a preset first ratio threshold value; the determining whether the access behavior of the terminal is malicious according to an evaluation result comprises: determining the access behavior of the terminal as malicious if the ratio of n to m is beyond the preset first ratio threshold value.
A burner configured to employ a diffusive combustion system and to inject mixed fuel containing at least one of hydrogen and carbon monoxide into a combustion chamber of a gas turbine combustor, said burner comprising: a fuel nozzle for startup configured to inject fuel for startup into said combustion chamber, the fuel nozzle for startup comprises a liquid fuel nozzle and an atomizing air nozzle configured to inject atomizing air to atomize the fuel for startup; a mixed fuel nozzle disposed around said fuel nozzle for startup and configured to inject the mixed fuel; an air swirler disposed at a downstream end of said mixed fuel nozzle positioned in said combustion chamber and having a plurality of flow passages through which a part of compressed air from a compressor is injectable into said combustion chamber to hold a flame; and cooling holes formed in a nozzle surface positioned to face said combustion chamber and being configured to introduce a part of the mixed fuel injected from said mixed fuel nozzle into said combustion chamber, to thereby reduce flame temperature near the nozzle surface, characterized in that said mixed fuel nozzle having injection ports disposed in the inner peripheral side of the flow passages of said air swirler, and plural rows of said cooling holes are formed in a radial direction in a region between an injection port of said atomizing air nozzle and the flow passages of said air swirler. a fuel nozzle for startup configured to inject fuel for startup into said combustion chamber, the fuel nozzle for startup comprises a liquid fuel nozzle and an atomizing air nozzle configured to inject atomizing air to atomize the fuel for startup; a mixed fuel nozzle disposed around said fuel nozzle for startup and configured to inject the mixed fuel; an air swirler disposed at a downstream end of said mixed fuel nozzle positioned in said combustion chamber and having a plurality of flow passages through which a part of compressed air from a compressor is injectable into said combustion chamber to hold a flame; and cooling holes formed in a nozzle surface positioned to face said combustion chamber and being configured to introduce a part of the mixed fuel injected from said mixed fuel nozzle into said combustion chamber, to thereby reduce flame temperature near the nozzle surface, characterized in that said mixed fuel nozzle having injection ports disposed in the inner peripheral side of the flow passages of said air swirler, and plural rows of said cooling holes are formed in a radial direction in a region between an injection port of said atomizing air nozzle and the flow passages of said air swirler.
An improved method of manufacturing actively cooled accelerator grid with full penetration weld configuration, comprising the steps of: a) machining a plurality of stubs; b) machining a first end and a second end of each of a plurality of inconel pipes; c) electron beam welding each of the plurality of the stubs with the first end of the each of the plurality of Inconel pipes, thereby forming water connector assemblies; d) machining of a base plate to prepare plurality of weld edges in "U" shape in accordance to plurality of reference holes located on the base plate; e) performing full penetration electron beam welding of each of the water connector assembly with the "U" shape edges in the base plate; f) performing drilling operation on the stubs through a second end of the inconel pipes to create a hydraulic passage up to a manifold within the base plate; g) welding each of plurality of external hydraulic circuits with the second end of the each of the plurality of Inconel pipes. a) machining a plurality of stubs; b) machining a first end and a second end of each of a plurality of inconel pipes; c) electron beam welding each of the plurality of the stubs with the first end of the each of the plurality of Inconel pipes, thereby forming water connector assemblies; d) machining of a base plate to prepare plurality of weld edges in "U" shape in accordance to plurality of reference holes located on the base plate; e) performing full penetration electron beam welding of each of the water connector assembly with the "U" shape edges in the base plate; f) performing drilling operation on the stubs through a second end of the inconel pipes to create a hydraulic passage up to a manifold within the base plate; g) welding each of plurality of external hydraulic circuits with the second end of the each of the plurality of Inconel pipes.
A vehicle comprising: an occupant cabin; a retractable roof configured to move between a deployed configuration where the roof covers the occupant cabin and a retracted configuration; a housing configured to house the retractable roof when the roof is in the retracted configuration; and a moveable cover configured to close the housing, the moveable cover comprising: a cover body; and two fins each extending from the cover body, the fins being located on either side of a longitudinal centreline of the vehicle, and the fins each comprising: a channel running through the fin from a first side of the fin facing away from the longitudinal centreline to a second side of the fin facing towards the longitudinal centreline; a projection from the cover body; and a panel attached to the projection, the channel running between the projection from the cover body and the panel; wherein each channel originates in an outlet on the second side of the fin, and the outlet is oriented towards a rearward direction of the vehicle. an occupant cabin; a retractable roof configured to move between a deployed configuration where the roof covers the occupant cabin and a retracted configuration; a housing configured to house the retractable roof when the roof is in the retracted configuration; and a moveable cover configured to close the housing, the moveable cover comprising: a cover body; and two fins each extending from the cover body, the fins being located on either side of a longitudinal centreline of the vehicle, and the fins each comprising: a channel running through the fin from a first side of the fin facing away from the longitudinal centreline to a second side of the fin facing towards the longitudinal centreline; a projection from the cover body; and a panel attached to the projection, the channel running between the projection from the cover body and the panel; a channel running through the fin from a first side of the fin facing away from the longitudinal centreline to a second side of the fin facing towards the longitudinal centreline; a projection from the cover body; and a panel attached to the projection, the channel running between the projection from the cover body and the panel; wherein each channel originates in an outlet on the second side of the fin, and the outlet is oriented towards a rearward direction of the vehicle.
A system comprising: a mixer-wagon and a shaft line for transmitting power to rotating members (203, 205) of the mixer-wagon; and a mechanical power transmission unit arranged along the shaft line; wherein the mechanical power transmission unit comprises: - a box; - a first, power input shaft accessible from the outside of the box; - a second, power output shaft accessible from the outside of the box; wherein the first shaft and the second shaft are coaxial; - an epicyclical gear train between the first shaft and the second shaft; wherein the epicyclic gear train comprises: a ring gear, a sun gear coaxial with the ring gear, at least one planet gear meshing with the ring gear and the sun gear and carried rotating by a planet-carrier coaxial with the sun gear and the ring gear; - a variable speed motion source to modify the rotation speed of a rotating member of the epicyclical gear train so as to modify the gear ratio between the first shaft and the second shaft of the mechanical power transmission unit;. characterized in that: the ring gear is torsionally constrained to and coaxial with the first shaft; the planet-carrier is torsionally constrained to and is coaxial with the second shaft; and the variable speed motion source is configured so as to modify the rotation speed of the sun gear around the axis thereof, in order to modify the gear ratio between the first shaft and the second shaft. - a box; - a first, power input shaft accessible from the outside of the box; - a second, power output shaft accessible from the outside of the box; wherein the first shaft and the second shaft are coaxial; - an epicyclical gear train between the first shaft and the second shaft; wherein the epicyclic gear train comprises: a ring gear, a sun gear coaxial with the ring gear, at least one planet gear meshing with the ring gear and the sun gear and carried rotating by a planet-carrier coaxial with the sun gear and the ring gear; - a variable speed motion source to modify the rotation speed of a rotating member of the epicyclical gear train so as to modify the gear ratio between the first shaft and the second shaft of the mechanical power transmission unit;.
A carbon-based material comprising: graphite or amorphous carbon particles; nonmetal atoms with which one of the graphite and the amorphous carbon particles is doped, the nonmetal atoms being nitrogen atoms; and metal atoms with which one of the graphite and the amorphous carbon particles is doped, wherein a distance between the metal atoms and the nonmetal atoms is 1.4 Å or less, and wherein a component belonging to the nonmetal atoms doped into a graphite state measured by X-ray photoelectron spectroscopy is present in a proportion of 10% or greater and less than 50% of the total doped nonmetal atoms. graphite or amorphous carbon particles; nonmetal atoms with which one of the graphite and the amorphous carbon particles is doped, the nonmetal atoms being nitrogen atoms; and metal atoms with which one of the graphite and the amorphous carbon particles is doped, wherein a distance between the metal atoms and the nonmetal atoms is 1.4 Å or less, and wherein a component belonging to the nonmetal atoms doped into a graphite state measured by X-ray photoelectron spectroscopy is present in a proportion of 10% or greater and less than 50% of the total doped nonmetal atoms.
A method for controlling the milking by a milking device, characterized by the steps of: - providing probability values for different milking parameter settings capable of being used for the milking of a milk producing animal, the sum of the probability values being one; - drawing a milking parameter setting among the different milking parameter settings based on the probability values for the different milking parameter settings; - controlling a milking of the milk producing animal such that the drawn milking parameter setting is used during the milking; - fetching a sensed value of the milk flow from the milk producing animal during the milking; - updating the probability values for the different milking parameter settings based on the fetched sensed value of the milk flow; - drawing a further milking parameter setting among the different milking parameter settings based on the updated probability values for the different milking parameter settings; - controlling a following milking of the milk producing animal such that the drawn further milking parameter setting is used during the following milking; - fetching a further sensed value of the milk flow from the milk producing animal during the following milking; and - updating the probability values for the different milking parameter settings based on the fetched further sensed value of the milk flow. - providing probability values for different milking parameter settings capable of being used for the milking of a milk producing animal, the sum of the probability values being one; - drawing a milking parameter setting among the different milking parameter settings based on the probability values for the different milking parameter settings; - controlling a milking of the milk producing animal such that the drawn milking parameter setting is used during the milking; - fetching a sensed value of the milk flow from the milk producing animal during the milking; - updating the probability values for the different milking parameter settings based on the fetched sensed value of the milk flow; - drawing a further milking parameter setting among the different milking parameter settings based on the updated probability values for the different milking parameter settings; - controlling a following milking of the milk producing animal such that the drawn further milking parameter setting is used during the following milking; - fetching a further sensed value of the milk flow from the milk producing animal during the following milking; and - updating the probability values for the different milking parameter settings based on the fetched further sensed value of the milk flow.
Temperature control system for buildings, comprising a circuit for a liquid heat transporting medium, in which at least one internally interactive heat exchanger unit (26, 28, 30) and an externally interactive heat exchanger unit are provided, wherein the temperature control system is operable in a cooling operation mode discharging heat to the outside, whereas the externally interactive heat exchanger unit has a radiating surface with which, in the cooling operation mode, heat is dischargeable by way of heat radiation, wherein the externally interactive heat exchanger unit has a solar radiation absorption surface, and wherein the radiating surface and the solar radiation absorption surface are different surfaces of the heat exchanger unit, characterized in that the solar radiation absorption surface, in the heating operation mode, is provided with a cover at least partially reflecting back the emission of thermal heat radiation of the solar radiation absorption surface.
An apparatus comprising: a deformable substrate; a conductive portion; and at least one support configured to couple the conductive portion to the deformable substrate so that the conductive portion is spaced from the deformable substrate, wherein the deformable substrate is configured to be deformed in response to a force applied by a user, wherein the conductive portion and the at least one support are configured so that the conductive portion is spaced from the deformable substrate when the apparatus is in a deformed state and wherein in a deformed state of the apparatus the conductive portion maintains its shape and size, comprising a further deformable substrate and wherein the further deformable substrate is arranged on an opposite side of the conductive portion to the deformable substrate, wherein the further deformable substrate is maintained in a position spaced from the deformable substrate by at least one further support. a deformable substrate; a conductive portion; and at least one support configured to couple the conductive portion to the deformable substrate so that the conductive portion is spaced from the deformable substrate, wherein the deformable substrate is configured to be deformed in response to a force applied by a user, wherein the conductive portion and the at least one support are configured so that the conductive portion is spaced from the deformable substrate when the apparatus is in a deformed state and wherein in a deformed state of the apparatus the conductive portion maintains its shape and size, comprising a further deformable substrate and wherein the further deformable substrate is arranged on an opposite side of the conductive portion to the deformable substrate, wherein the further deformable substrate is maintained in a position spaced from the deformable substrate by at least one further support.