mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a hose assembly, the hose assembly including a multilayer tube having an inner layer comprising a first polymeric material and an outer layer comprising a second polymeric material and defining an outer peripheral surface of the multilayer tube, and a reinforcing layer comprising reinforcing fibers and disposed about and embedded in the outer peripheral surface of the multilayer tube, said method comprising the steps of: extruding the multilayer tube; disposing reinforcing fibers about the outer peripheral surface of the multilayer tube to form a reinforced multilayer tube; heating the reinforced multilayer tube to a temperature which is greater than a peak melting temperature of the second polymeric material to at least partially melt the outer layer, but which is less than a peak melting temperature of the first polymeric material so that the inner layer and inner peripheral surface of the multilayer tube does not soften and thus maintains dimensional integrity while the second polymeric material flows into and seeps through braid interstices of the reinforcing layer to form a robust bond between the multilayer tube and reinforcing fibers; and cooling the reinforced multilayer tube to solidify the melted outer layer and embed the reinforcing fibers in the outer layer to form the hose assembly. extruding the multilayer tube; disposing reinforcing fibers about the outer peripheral surface of the multilayer tube to form a reinforced multilayer tube; heating the reinforced multilayer tube to a temperature which is greater than a peak melting temperature of the second polymeric material to at least partially melt the outer layer, but which is less than a peak melting temperature of the first polymeric material so that the inner layer and inner peripheral surface of the multilayer tube does not soften and thus maintains dimensional integrity while the second polymeric material flows into and seeps through braid interstices of the reinforcing layer to form a robust bond between the multilayer tube and reinforcing fibers; and cooling the reinforced multilayer tube to solidify the melted outer layer and embed the reinforcing fibers in the outer layer to form the hose assembly.
Vehicle seat comprising a cushion which has a cover and a side covering, wherein a reinforcing strip is provided at least in sections of the edge region of the cover and is arranged in a gap between the cushion and the side covering, characterized in that a lamination which is manufactured from the same material as the cover or from a different material is provided on the edge region of the cover and/or on the reinforcing strip, wherein the lamination is connected to the reinforcing strip and to the cover by a seam and to the reinforcing strip by a further seam, wherein the lamination is provided for additionally clamping the reinforcing strip in the gap, and in order to reduce noise.
A method comprising: capturing, by an image sensor of an image capture device, an image of a scene; storing the captured image in a buffer of two or more previously-captured images of the scene; removing, from the buffer, an oldest image of the two or more previously-captured images; updating an aggregate image of the images in the buffer, wherein the updating involves subtracting a representation of the oldest image from the aggregate image, and adding a representation of the captured image to the aggregate image; and displaying, on a viewfinder of the image capture device, a representation of the aggregate image, wherein the viewfinder of the image capture device has a refresh rate defined by a refresh time interval, wherein the representation of the aggregate image has a synthetic exposure length defined by a synthetic exposure time interval, wherein the synthetic exposure time interval is greater than the refresh time interval and wherein the synthetic exposure time interval is a real-number multiple of the refresh time interval and wherein n represents the synthetic exposure time interval, wherein f represents a total length of all whole refresh time intervals in the synthetic exposure time interval, and wherein capturing the image of the scene comprises: a pplying a gain based on a difference between n and f to the captured image. capturing, by an image sensor of an image capture device, an image of a scene; storing the captured image in a buffer of two or more previously-captured images of the scene; removing, from the buffer, an oldest image of the two or more previously-captured images; updating an aggregate image of the images in the buffer, wherein the updating involves subtracting a representation of the oldest image from the aggregate image, and adding a representation of the captured image to the aggregate image; and displaying, on a viewfinder of the image capture device, a representation of the aggregate image, wherein the viewfinder of the image capture device has a refresh rate defined by a refresh time interval, wherein the representation of the aggregate image has a synthetic exposure length defined by a synthetic exposure time interval, wherein the synthetic exposure time interval is greater than the refresh time interval and wherein the synthetic exposure time interval is a real-number multiple of the refresh time interval and wherein n represents the synthetic exposure time interval, wherein f represents a total length of all whole refresh time intervals in the synthetic exposure time interval, and wherein capturing the image of the scene comprises: a pplying a gain based on a difference between n and f to the captured image.
An information processing apparatus having: a data processor for executing processing for storing acquired data, which is generated or obtained, on storing means as data associated with content read from an information recording medium, characterized in: that the data processor is arranged to execute processing for setting, in a data directory set for the storing means, a file-system directory corresponding to identification information set for the information recording medium or the content and for setting, in the file-system directory, a file of the acquired data and a search information file for searching the acquired-data file, wherein the data processor is arranged to execute processing for storing and recording, in the data directory, a file name conversion table which is used for converting a first file name of the acquired-data file in the file-system directory to a conversion file name that is used by the data processor with a virtual file system, and wherein the file name conversion table comprises entries of the first file name as Local Storage Name, Studio ID, Package ID, and the conversion file name in association with each other. a data processor for executing processing for storing acquired data, which is generated or obtained, on storing means as data associated with content read from an information recording medium, characterized in: that the data processor is arranged to execute processing for setting, in a data directory set for the storing means, a file-system directory corresponding to identification information set for the information recording medium or the content and for setting, in the file-system directory, a file of the acquired data and a search information file for searching the acquired-data file, wherein the data processor is arranged to execute processing for storing and recording, in the data directory, a file name conversion table which is used for converting a first file name of the acquired-data file in the file-system directory to a conversion file name that is used by the data processor with a virtual file system, and wherein the file name conversion table comprises entries of the first file name as Local Storage Name, Studio ID, Package ID, and the conversion file name in association with each other. that the data processor is arranged to execute processing for setting, in a data directory set for the storing means, a file-system directory corresponding to identification information set for the information recording medium or the content and for setting, in the file-system directory, a file of the acquired data and a search information file for searching the acquired-data file, wherein the data processor is arranged to execute processing for storing and recording, in the data directory, a file name conversion table which is used for converting a first file name of the acquired-data file in the file-system directory to a conversion file name that is used by the data processor with a virtual file system, and wherein the file name conversion table comprises entries of the first file name as Local Storage Name, Studio ID, Package ID, and the conversion file name in association with each other.
A fuel cell plate for distributing a reactant to an electrode or a gas diffusion layer of a fuel cell, having a plate body in which at least one flow field is incorporated, comprising at least one channel, wherein the plate body comprises hygroscopic and electrically conductive properties, characterized in that the plate body is formed from calcium silicate, and in that graphite is admixed with the calcium silicate.
A method for providing an internal surface temperature longitudinal profile of a thermoplastic preform during a stretch blow moulding production process comprising at least the steps of: (a) heating a plurality of in-line cold preforms in the production process to provide a plurality of in-line heated preforms; (b) diverting at least one of the in-line heated preforms to provide at least one off-line heated preform (30, 48); (c) providing the remaining in-line heated preforms to one or more stretch blow moulds for forming the heated preforms into blow moulded products; and (d) locating one or more temperature sensors (34, 34a) inside the or each off-line heated preform (30, 48) of step (b) to provide an inside surface temperature longitudinal profile (52, 56, 60) of said preform(s) (30, 48). (a) heating a plurality of in-line cold preforms in the production process to provide a plurality of in-line heated preforms; (b) diverting at least one of the in-line heated preforms to provide at least one off-line heated preform (30, 48); (c) providing the remaining in-line heated preforms to one or more stretch blow moulds for forming the heated preforms into blow moulded products; and (d) locating one or more temperature sensors (34, 34a) inside the or each off-line heated preform (30, 48) of step (b) to provide an inside surface temperature longitudinal profile (52, 56, 60) of said preform(s) (30, 48).
An electrode assembly comprising: two or more unit cells having two or more electrode plates, each of which has electrode tabs; a separator plate disposed between the electrode plates and a one-unit separation sheet disposed between the electrode plates and also covering side surfaces of the electrode plates, which constitute an electrode tab non-formation region, wherein the electrode plates are stacked in a height direction on the basis of a plane such that the electrode plates having opposite polarities face each other in a state in which the separator plate and/or the separation sheet is disposed between the electrode plates, characterized in that a stack constituted by the electrode plates comprises electrode plates having different sizes, and an absolute value of the difference in thickness between the electrode plates having different sizes facing each other is up to 79 μ m.
An apparatus for the treatment of plastics material containers, wherein the apparatus has at least one movable support which is arranged in an isolator room to which a sterilization agent is capable of being supplied, wherein the isolator room is constructed in at least two parts and a first boundary of the isolator room is fixed in position during a movement of the movable support, whereas a second boundary of the isolator room is connected to the apparatus in such a way that it is suitable, during a movement of the movable support, for following this movement, wherein the apparatus has at least one device (12, 13) for supplying the sterilization agent into the isolator room, which device (12, 13) is suitable for acting with the sterilization agent upon the parts of the apparatus movable relative to this device (12, 13) and situated inside the isolator room, wherein the at least one device for supplying the sterilization agent to the isolator room is connected to a rotary distributor, and wherein the device (12, 13) for supplying the sterilization agent into the isolator room has a plurality of nozzles, characterized in that at least one of the devices for supplying the sterilization agent to the isolator room is arranged fixed in their position and at least one of the devices for supplying the sterilization agent to the isolator room is arranged in a movable manner.
A control device for starting a mobile hotspot, characterized by comprising: a password sending module, configured to: send a Bluetooth pairing password and a preset start password to a mobile terminal which previously accessed the mobile hotspot via WIFI; a working state detecting module, configured to: detect a working state of the mobile hotspot; a sleep triggering module, configured to: trigger the mobile hotspot to enter into a sleeping state when detecting that the mobile hotspot has no user access and/or no data service in the working state; wherein entering into the said sleeping state comprises that a WIFI module of the mobile hotspot is shout down; a Bluetooth module, configured to: establish a Bluetooth connection with the mobile terminal accessing the mobile hotspot via the Bluetooth pairing password when the mobile hotspot is in the sleeping state, and receive the start password sent by the mobile terminal via a Bluetooth device; a start controlling module, configured to: compare the received start password with a locally stored start password, and control the mobile hotspot to enter into the working state for providing WIFI access when a comparison result is that the received start password and the locally stored start password are consistent; wherein entering into the working state comprises enabling the WIFI module of the mobile hotspot for providing WIFI access. a password sending module, configured to: send a Bluetooth pairing password and a preset start password to a mobile terminal which previously accessed the mobile hotspot via WIFI; a working state detecting module, configured to: detect a working state of the mobile hotspot; a sleep triggering module, configured to: trigger the mobile hotspot to enter into a sleeping state when detecting that the mobile hotspot has no user access and/or no data service in the working state; wherein entering into the said sleeping state comprises that a WIFI module of the mobile hotspot is shout down; a Bluetooth module, configured to: establish a Bluetooth connection with the mobile terminal accessing the mobile hotspot via the Bluetooth pairing password when the mobile hotspot is in the sleeping state, and receive the start password sent by the mobile terminal via a Bluetooth device; a start controlling module, configured to: compare the received start password with a locally stored start password, and control the mobile hotspot to enter into the working state for providing WIFI access when a comparison result is that the received start password and the locally stored start password are consistent; wherein entering into the working state comprises enabling the WIFI module of the mobile hotspot for providing WIFI access.
An image exposure system of a 3D printing apparatus, comprising: a spatial light modulator having a plurality of micromirrors, each micromirror corresponding to one pixel and being used for adjusting a reflective direction of the light irradiating the micromirror according to a control signal, the reflective direction comprising a first direction and a second direction, wherein each micromirror is a concave mirror for converging the light irradiating the micromirror into a micro light spot having a dimension smaller than the dimension of the pixel corresponding to the micromirror; a light source for generating a light beam irradiating the spatial light modulator; a projection lens aligned with the first direction of the spatial light modulator, for allowing a micro light spot array formed through the micromirrors by the light source to be projected onto a photosensitive material surface; a micro-displacement driving mechanism connected to the spatial light modulator and capable of driving the spatial light modulator to move in a third direction and a fourth direction which are perpendicular to each other, so as to finely adjust the position of the micro light spot array projected onto the photosensitive material surface; and a controller for commanding the light source to perform multiple exposures and for commanding the micro-displacement driving mechanism to move during each exposure, so that the micro light spot array is projected to a different position on the photosensitive material surface during each exposure. a spatial light modulator having a plurality of micromirrors, each micromirror corresponding to one pixel and being used for adjusting a reflective direction of the light irradiating the micromirror according to a control signal, the reflective direction comprising a first direction and a second direction, wherein each micromirror is a concave mirror for converging the light irradiating the micromirror into a micro light spot having a dimension smaller than the dimension of the pixel corresponding to the micromirror; a light source for generating a light beam irradiating the spatial light modulator; a projection lens aligned with the first direction of the spatial light modulator, for allowing a micro light spot array formed through the micromirrors by the light source to be projected onto a photosensitive material surface; a micro-displacement driving mechanism connected to the spatial light modulator and capable of driving the spatial light modulator to move in a third direction and a fourth direction which are perpendicular to each other, so as to finely adjust the position of the micro light spot array projected onto the photosensitive material surface; and a controller for commanding the light source to perform multiple exposures and for commanding the micro-displacement driving mechanism to move during each exposure, so that the micro light spot array is projected to a different position on the photosensitive material surface during each exposure.
An electronic control apparatus having a plurality of microcomputers (1, 2) comprising: a first microcomputer among the plurality of the microcomputers (1, 2) for outputting, to an external device, software product-number information indicative of a product number of software that is used in the apparatus in response to an output request from the external device; a storage unit (1b, 2b) in each of the plurality of microcomputers (1, 2) for storing the software product-number information and priority information of corresponding microcomputers, wherein the software product-number information has a value that is updated in response to the update of the software used therein in the each of the plurality of microcomputers (1, 2), and wherein the priority information is used for determining which one of the each of the plurality of microcomputers (1, 2) outputs the software product-number information stored therein to the external device; and an output unit (1a, 2a) in the first microcomputer for outputting, as the software product-number information of the electronic control apparatus, the software product-number information from a highest priority microcomputer to the external device determining the highest priority microcomputer based on the priority information stored in the each of the plurality of microcomputers (1, 2); wherein the priority information has a plurality of information categories and the each of the plurality of microcomputers (1, 2) has a line off time that serves as primary priority information. a first microcomputer among the plurality of the microcomputers (1, 2) for outputting, to an external device, software product-number information indicative of a product number of software that is used in the apparatus in response to an output request from the external device; a storage unit (1b, 2b) in each of the plurality of microcomputers (1, 2) for storing the software product-number information and priority information of corresponding microcomputers, wherein the software product-number information has a value that is updated in response to the update of the software used therein in the each of the plurality of microcomputers (1, 2), and wherein the priority information is used for determining which one of the each of the plurality of microcomputers (1, 2) outputs the software product-number information stored therein to the external device; and an output unit (1a, 2a) in the first microcomputer for outputting, as the software product-number information of the electronic control apparatus, the software product-number information from a highest priority microcomputer to the external device determining the highest priority microcomputer based on the priority information stored in the each of the plurality of microcomputers (1, 2); wherein the priority information has a plurality of information categories and the each of the plurality of microcomputers (1, 2) has a line off time that serves as primary priority information.
A lighting system for a vehicle having a vehicle structure, said lighting system comprising: a plurality of primary low beam elements (210A-210C); a plurality of secondary low beam elements (220A-220D, 222A-222D) which is discrete from the plurality of primary low beam elements; a primary high beam element and a secondary high beam element which are discrete from each other and from the plurality of primary low beam elements and the plurality of secondary low beam elements; a lean angle sensor coupled to the vehicle structure generating a lean angle signal; and a controller coupled to the lean angle sensor for controlling the plurality of primary low beam elements, the plurality of secondary low beam elements and the secondary high beam element in response to the lean angle signal. a plurality of primary low beam elements (210A-210C); a plurality of secondary low beam elements (220A-220D, 222A-222D) which is discrete from the plurality of primary low beam elements; a primary high beam element and a secondary high beam element which are discrete from each other and from the plurality of primary low beam elements and the plurality of secondary low beam elements; a lean angle sensor coupled to the vehicle structure generating a lean angle signal; and a controller coupled to the lean angle sensor for controlling the plurality of primary low beam elements, the plurality of secondary low beam elements and the secondary high beam element in response to the lean angle signal.