mhurhangee/ep-ind-claims huggingface dataset:
Structural element for thermal insulation between two structural components, especially between a building and a projecting exterior part, the structural element consisting of an insulator body, which is to be arranged between the two structural components, and reinforcing elements in the form of at least compressive force reinforcing elements (3, 13, 23, 33) which in the installed state of the structural element (1, 11, 21, 31) pass through the insulator body substantially horizontally and transversely with respect to the substantially horizontal longitudinal extent of the insulator body and which are each at least indirectly joinable to both structural components, wherein to form an articulated connection with the structural components the compressive force reinforcing elements have a convexly curved contact profile (5a, 5b) on their end faces (4a, 4b) that face the structural components (A, B), at least in sub-regions thereof, the curvature of the contact profiles (5a, 5b) in the installed state being approximately circular-arc-shaped in horizontal section, and wherein the compressive force reinforcing elements (3, 13, 23, 33) have in an upper and/or lower sub-region of their end faces (4a, 4b) that face the structural components (A, B) a convexly curved transverse force projection (6a, 6b, 16a, 16b, 26a, 26b, 36a, 36b) which projects horizontally further in the direction of the structural component (A, B) with respect to the contact profile (5a, 5b), characterised in that the curvature of the transverse force projection (6a, 6b, 16a, 16b, 26a, 26b, 36a, 36b) in the installed state is approximately circular-arc-shaped in horizontal section, with a circular-arc radius that is greater than the circular-arc radius (r) of the curvature of the contact profiles (5a, 5b), and to form the articulated connection with the structural components (A, B) the centre point (C, D) of the circular-arc radius of the curvature of the transverse force projection (6a, 6b, 16a, 16b, 26a, 26b, 36a, 36b) in horizontal section corresponds substantially to the centre point (C, D) of the circular-arc radius (r) of the curvature of the contact profiles (5a, 5b), so that those centre points have substantially the same horizontal co-ordinates.
Assembly method for a rolling gate that comprises a winding shaft, a rolling gate curtain capable of being wound onto the winding shaft, the method comprising the following steps: • mounting the winding shaft without the rolling gate curtain at the mounting position; wherein the winding shaft without the rolling gate curtain wound onto it being positioned at its determined final position for later operation of the rolling gate and rotatably fixed; • deposition of the rolling gate curtain for hoisting on the floor of the opening to be closed by the rolling gate; • fixing a pulling mounting device to the rolling gate curtain and to the winding shaft, wherein at least two belt bands are used as a pulling mounting device; • hoisting an upper end portion of the rolling gate curtain onto the winding shaft using the pulling mounting device (40, 42, 44) by winding said pulling mounting device onto the winding shaft, wherein the pulling mounting device (40, 42, 44) is wound onto the winding shaft; • winding the rolling gate curtain onto the winding shaft, wherein the pulling mounting device (40, 42, 44) remains between the rolling gate curtain and the winding shaft, and • introducing the closing edge of the rolling gate curtain into guide rails (20, 22) and unwinding the rolling gate curtain from the winding shaft for introduction into the guide rails (20, 22). • mounting the winding shaft without the rolling gate curtain at the mounting position; wherein the winding shaft without the rolling gate curtain wound onto it being positioned at its determined final position for later operation of the rolling gate and rotatably fixed; • deposition of the rolling gate curtain for hoisting on the floor of the opening to be closed by the rolling gate; • fixing a pulling mounting device to the rolling gate curtain and to the winding shaft, wherein at least two belt bands are used as a pulling mounting device; • hoisting an upper end portion of the rolling gate curtain onto the winding shaft using the pulling mounting device (40, 42, 44) by winding said pulling mounting device onto the winding shaft, wherein the pulling mounting device (40, 42, 44) is wound onto the winding shaft; • winding the rolling gate curtain onto the winding shaft, wherein the pulling mounting device (40, 42, 44) remains between the rolling gate curtain and the winding shaft, and • introducing the closing edge of the rolling gate curtain into guide rails (20, 22) and unwinding the rolling gate curtain from the winding shaft for introduction into the guide rails (20, 22).
A method comprising: performing on an image, captured with an image sensor with a multi-exposure pixel pattern for one or more color channels with a plurality of groups of pixels of said image sensor having different exposure times, an exposure separation for each color of said one or more color channels, into sub-images (54a-c). comprising pixels with exposure values only for one exposure time of said different exposure times and pixels with missing exposure values for exposure times different from said one exposure time; interpolating exposure values for said pixels with missing exposure values in each sub-image of said sub-images (54a-c) using a predetermined algorithm for providing interpolated images of said sub-images (54a-c); and combining said interpolated images (56a-c) for each of said one or more color channels according to a predetermined criterion to provide an enhanced image of said image for each of said one or more color channels for enhancing a dynamic range of said image; characterized in that after said capturing said image and before said separating of said image, exposure of said image resulting from said different exposure times is adjusted through a user interface using a pre-selected processing procedure. performing on an image, captured with an image sensor with a multi-exposure pixel pattern for one or more color channels with a plurality of groups of pixels of said image sensor having different exposure times, an exposure separation for each color of said one or more color channels, into sub-images (54a-c). comprising pixels with exposure values only for one exposure time of said different exposure times and pixels with missing exposure values for exposure times different from said one exposure time; interpolating exposure values for said pixels with missing exposure values in each sub-image of said sub-images (54a-c) using a predetermined algorithm for providing interpolated images of said sub-images (54a-c); and combining said interpolated images (56a-c) for each of said one or more color channels according to a predetermined criterion to provide an enhanced image of said image for each of said one or more color channels for enhancing a dynamic range of said image; characterized in that after said capturing said image and before said separating of said image, exposure of said image resulting from said different exposure times is adjusted through a user interface using a pre-selected processing procedure.
A hopper insert that is adapted to be installed in the hopper of a paving machine above a hopper conveyor (46,48) that conveys asphalt material in a hopper conveying direction, said hopper insert: (a) having a front end (68,69) and a rear end (70,71); and (b) comprising a plurality of walls (69,71,73,75) including a front wall, a rear wall, a right sidewall and a left sidewall; characterized in that: (c) the bottoms of the front wall, the rear wall, the right sidewall and the left sidewall together define an opening in the bottom of the hopper insert to the hopper conveyor (46,48) therebeneath; and (d) the width at the bottom of the front wall is less than the width at the bottom of the rear wall so that said opening increases in width from the front end (68,69) of the hopper insert to the rear end (70,71). (a) having a front end (68,69) and a rear end (70,71); and (b) comprising a plurality of walls (69,71,73,75) including a front wall, a rear wall, a right sidewall and a left sidewall; (c) the bottoms of the front wall, the rear wall, the right sidewall and the left sidewall together define an opening in the bottom of the hopper insert to the hopper conveyor (46,48) therebeneath; and (d) the width at the bottom of the front wall is less than the width at the bottom of the rear wall so that said opening increases in width from the front end (68,69) of the hopper insert to the rear end (70,71).
A turbomachine casing assembly comprising: a first casing portion for at least partially encasing one or more rotating aerofoil structures of a turbomachine; and a second casing portion, the first casing portion being movable with respect to the second casing portion; one or more resilient elements arranged so as to resist movement of the first casing portion with respect to the second casing portion; wherein the resilient element is an inflatable member; characterised in that the casing assembly further comprises a housing arranged to house the inflatable member, the housing comprising one or more openings, the openings being disposed such that when the inflatable member is inflated it extends through the one or more openings and contacts one or both of the first and second casing portions. a first casing portion for at least partially encasing one or more rotating aerofoil structures of a turbomachine; and a second casing portion, the first casing portion being movable with respect to the second casing portion; one or more resilient elements arranged so as to resist movement of the first casing portion with respect to the second casing portion; wherein the resilient element is an inflatable member; characterised in that the casing assembly further comprises a housing arranged to house the inflatable member, the housing comprising one or more openings, the openings being disposed such that when the inflatable member is inflated it extends through the one or more openings and contacts one or both of the first and second casing portions.
A recorder apparatus, comprising: a display; an input section for videos being input from a camera; a random access recording medium (6, 7) for recording said input videos; an output section (23, 25, 27) for outputting videos recorded in the random access recording medium (6, 7) to said display, to an output or network interface, or again to the random access recording medium; a multitask control section configured to perform plural functions in parallel simultaneously on a plurality of input videos, the plural functions including a function for recording a video inputted in the random access recording medium and a function for playing the video recorded in the random access recording medium (6, 7), characterized in that a display control section is configured for displaying an index of graphic tabs assigned each of them to said plural functions respectively on the display; and a screen operation section is configured for receiving a user's specification of a tab within the index of tabs and a specification of a video as a processing target for the function selected by specifying the tab; and the display control section displays the processing situation of the function selected by specifying the tab on the display. a display; an input section for videos being input from a camera; a random access recording medium (6, 7) for recording said input videos; an output section (23, 25, 27) for outputting videos recorded in the random access recording medium (6, 7) to said display, to an output or network interface, or again to the random access recording medium; a multitask control section configured to perform plural functions in parallel simultaneously on a plurality of input videos, the plural functions including a function for recording a video inputted in the random access recording medium and a function for playing the video recorded in the random access recording medium (6, 7), characterized in that a display control section is configured for displaying an index of graphic tabs assigned each of them to said plural functions respectively on the display; and a screen operation section is configured for receiving a user's specification of a tab within the index of tabs and a specification of a video as a processing target for the function selected by specifying the tab; and the display control section displays the processing situation of the function selected by specifying the tab on the display.
A balloon catheter coating composition comprising paclitaxel and an excipient selected from the group comprising at least a triglyceride according to formula 1, at least a compound according to formula 2 or a mixture thereof, wherein the compound of formula 1 is as follows: wherein I, m and n are independently an integer from 4 to 12; and wherein the compound of formula 2 is as follows: wherein n is an integer from 5 to 11 and m is an integer from 5 to 7; and wherein the paclitaxel/excipient ratio in weight ranges from 60/40 to 90/10.
An electric device comprising: - an electronic element having an element terminal, - a conductive spring being deflected, the spring being electrically coupled to the element terminal by a fusible joint, - a switch comprising a first monitor terminal and a second monitor terminal, the state of the switch being changeable between a first connection state, where the first monitor terminal and the second monitor terminal are electrically coupled, and a second connection state, where the first monitor terminal and the second monitor terminal are electrically decoupled, - wherein when the joint fuses, the spring relaxes, and the spring decouples from the element terminal, thereby the spring changes the state of the switch. - an electronic element having an element terminal, - a conductive spring being deflected, the spring being electrically coupled to the element terminal by a fusible joint, - a switch comprising a first monitor terminal and a second monitor terminal, the state of the switch being changeable between a first connection state, where the first monitor terminal and the second monitor terminal are electrically coupled, and a second connection state, where the first monitor terminal and the second monitor terminal are electrically decoupled, - wherein when the joint fuses, the spring relaxes, and the spring decouples from the element terminal, thereby the spring changes the state of the switch.
A method for manufacturing a fiber-reinforced resin part, the method comprising: positioning a plurality of fibers (210; 410; 510) on a mold surface (204; 404; 504) of a female tool (202; 402; 502; 702), the mold surface (204; 404; 504) forming a U-shaped channel including a first side region spaced apart from a second side region by a first transition region (206a; 406; 506) and a third side region spaced apart from the second side region by a second transition region (206b; 406; 506); covering the fibers (210; 410; 510) with a sealing layer (220; 420; 520); pressing a portion of the covered fibers (210; 410; 510) against the first and the second transition region (206; 406; 506) of the mold surface (204; 404; 504) with a pressing device (234; 434; 534); and while pressing the portion of covered fibers (210; 410; 510) against the first and the second transition region (206; 406; 506), removing air from between the sealing layer (220; 420; 520) and the mold surface (204; 404; 504) to draw at least a partial vacuum between the sealing layer (220; 420; 520) and the mold surface (204; 404; 504); characterized in that other portions of the covered fibers (210; 410; 510) positioned on the first side region and the third side region are allowed to move along said first side region and said third side region while the portions of covered fibers (210; 410; 510) are pressed against the first and second transition regions (206a; 406; 506). positioning a plurality of fibers (210; 410; 510) on a mold surface (204; 404; 504) of a female tool (202; 402; 502; 702), the mold surface (204; 404; 504) forming a U-shaped channel including a first side region spaced apart from a second side region by a first transition region (206a; 406; 506) and a third side region spaced apart from the second side region by a second transition region (206b; 406; 506); covering the fibers (210; 410; 510) with a sealing layer (220; 420; 520); pressing a portion of the covered fibers (210; 410; 510) against the first and the second transition region (206; 406; 506) of the mold surface (204; 404; 504) with a pressing device (234; 434; 534); and while pressing the portion of covered fibers (210; 410; 510) against the first and the second transition region (206; 406; 506), removing air from between the sealing layer (220; 420; 520) and the mold surface (204; 404; 504) to draw at least a partial vacuum between the sealing layer (220; 420; 520) and the mold surface (204; 404; 504); characterized in that other portions of the covered fibers (210; 410; 510) positioned on the first side region and the third side region are allowed to move along said first side region and said third side region while the portions of covered fibers (210; 410; 510) are pressed against the first and second transition regions (206a; 406; 506).
A sliding member comprising: a back metal layer; and a sliding layer on the back metal layer, the sliding layer including a porous sintered layer and a resin composition, wherein the porous sintered layer includes a Ni-P alloy and a granular steel structure the granular steel structure being made of a carbon steel including 0.3-1.3 mass% of carbon and having a structure composed of steel grains consisting essentially of: - ferrite phase and perlite; or - ferrite phase and a mixture of perlite and cementite phase, wherein the Ni-P alloy functions as a binder for binding the steel grains with one another and/or for binding the granular steel structure with the back metal layer, wherein the steel grains of the granular steel structure include a low perlite part in a surface thereof, the low perlite part having an area ratio of perlite lowered by 50% or more compared with a total area ratio of perlite and, if present, the cementite phase in the structure at a central part of the granular steel structure when observed in a cross-section. - ferrite phase and perlite; or - ferrite phase and a mixture of perlite and cementite phase,
Machine for forming a tubular reinforcement of a pipe comprising: - a first feeder, able to unwind a first tape; - a profiler apparatus comprising at least an upstream profiling stage (122A to 122G) able to receive the first tape from the first feeder and to profile the first tape to form a pre-profiled first tape; - a second feeder, able to unwind a second tape, the second tape being a flat tape; characterized in that the profiler apparatus comprises: - an intermediate joining stage able to receive the second tape as a flat tape from the second feeder and able to join the pre-formed first tape and the flat second tape; and - at least a downstream profiling stage (126A to 126C) configured to jointly profile the first tape and the second tape received from the intermediate joining stage and form a combined profiled strip. - a first feeder, able to unwind a first tape; - a profiler apparatus comprising at least an upstream profiling stage (122A to 122G) able to receive the first tape from the first feeder and to profile the first tape to form a pre-profiled first tape; - a second feeder, able to unwind a second tape, the second tape being a flat tape; - an intermediate joining stage able to receive the second tape as a flat tape from the second feeder and able to join the pre-formed first tape and the flat second tape; and - at least a downstream profiling stage (126A to 126C) configured to jointly profile the first tape and the second tape received from the intermediate joining stage and form a combined profiled strip.
Device for additive manufacturing with a conveying device which is configured as an extruder or as a pump, which is adapted to convey a flowable suspension and is configured as a screw extruder, planetary roller extruder, cascade extruder, multi-shaft extruder, single-screw extruder, co-rotating or counter-rotating twin-screw extruder, eccentric screw pump, piston pump or screw pump, a positioning system, and a conveying channel communicating with an outlet opening of the conveying device, wherein the conveying device is attached to the positioning system and the extruder or the pump is translationally movable by the positioning system, wherein the device has an adjusting device assigned to the conveying channel for the controlled change of an orientation of an discharge opening of the conveying channel and the conveying channel consists at least partially of a flexible material, so that the assigned adjusting device enables a change in the course of the conveying channel.
A method comprising: receiving, by a map server of a fabric network, registration information associated with a service to be provided by a server to be connected to a border device of the fabric network, the registration information comprising information identifying an endpoint identifier comprising a uniform resource locator for the service to be provided by the server to be connected to the border device, information identifying the border device as a routing locator for the service to be provided by the server to be connected to the border device, and policies associated with the service to be provided to the server to be connected to the border device; resolving the uniform resource locator address for the server; receiving a request comprising the information identifying the service provided by the server; and providing, in response to receiving the request comprising the information identifying the service provided by the server, an address for the server, the information identifying the border device, and the policies associated with the service. receiving, by a map server of a fabric network, registration information associated with a service to be provided by a server to be connected to a border device of the fabric network, the registration information comprising information identifying an endpoint identifier comprising a uniform resource locator for the service to be provided by the server to be connected to the border device, information identifying the border device as a routing locator for the service to be provided by the server to be connected to the border device, and policies associated with the service to be provided to the server to be connected to the border device; resolving the uniform resource locator address for the server; receiving a request comprising the information identifying the service provided by the server; and providing, in response to receiving the request comprising the information identifying the service provided by the server, an address for the server, the information identifying the border device, and the policies associated with the service.