mhurhangee/ep-ind-claims huggingface dataset:
A wall of a building, wherein: the wall (1; 51; 102) is a masonry wall built from individual units laid in and bound together by mortar; a plurality of passageways (10, 11; 110, 111) is provided in said wall (1; 51; 102), the passageways each being elongated in a longitudinal direction; at least one reinforcement member (12, 13; 62, 63; 112, 113) is provided in each of said passageways (10, 11; 110, 111), the reinforcement members being elongated in the longitudinal direction of the passageways; and the reinforcement members (12, 13; 62, 63; 112, 113) in the passageways (10, 11; 110, 111) are each embedded in an adhesive substance, the adhesive substance being bonded to each of the reinforcement members and to an inner surface of the passageway in which the reinforcement member is provided; characterized in that said adhesive substance has an elongation at break of at least 40% and preferably at least 50% (DIN 53544) and a hardness at room temperature of at most 100 and preferably at most 90 Shore A. the wall (1; 51; 102) is a masonry wall built from individual units laid in and bound together by mortar; a plurality of passageways (10, 11; 110, 111) is provided in said wall (1; 51; 102), the passageways each being elongated in a longitudinal direction; at least one reinforcement member (12, 13; 62, 63; 112, 113) is provided in each of said passageways (10, 11; 110, 111), the reinforcement members being elongated in the longitudinal direction of the passageways; and the reinforcement members (12, 13; 62, 63; 112, 113) in the passageways (10, 11; 110, 111) are each embedded in an adhesive substance, the adhesive substance being bonded to each of the reinforcement members and to an inner surface of the passageway in which the reinforcement member is provided; characterized in that said adhesive substance has an elongation at break of at least 40% and preferably at least 50% (DIN 53544) and a hardness at room temperature of at most 100 and preferably at most 90 Shore A.
A method for manufacturing a pneumatic tire, comprising the steps of: preparing a polymer layer stack formed of a first layer consisting of a styrene-isobutylene-styrene triblock copolymer and having a thickness of 0.05 mm to 0.6 mm and a second layer consisting of an epoxidized styrene-butadiene-styrene triblock copolymer and having a thickness of 0.01 mm to 0.3 mm; molding a raw tire with said polymer layer stack bonded to an inner side of the tire as an inner liner; arranging said raw tire in a mold and vulcanizing the tire under pressure from a bladder; and cooling a vulcanized tire at 50°C to 120°C for 10 seconds to 300 seconds. preparing a polymer layer stack formed of a first layer consisting of a styrene-isobutylene-styrene triblock copolymer and having a thickness of 0.05 mm to 0.6 mm and a second layer consisting of an epoxidized styrene-butadiene-styrene triblock copolymer and having a thickness of 0.01 mm to 0.3 mm; molding a raw tire with said polymer layer stack bonded to an inner side of the tire as an inner liner; arranging said raw tire in a mold and vulcanizing the tire under pressure from a bladder; and cooling a vulcanized tire at 50°C to 120°C for 10 seconds to 300 seconds.
A method of forming a stent, the method comprising: forming a wave form from a formable material, the wave form comprising a plurality of substantially straight portions and a plurality of curved portions, each curved portion connecting adjacent substantially straight portions; wrapping the wave form around a mandrel at an angle to form a helical coil comprising a plurality of turns; connecting a first curved portion of a first turn to an adjacent second curved portion of a second turn at a position along the wave form to define an end of the stent, the method being characterized in that there is provided the further step of removing excess material from an end of the wave form extending past the first curved portion while smoothing the end of the stent. forming a wave form from a formable material, the wave form comprising a plurality of substantially straight portions and a plurality of curved portions, each curved portion connecting adjacent substantially straight portions; wrapping the wave form around a mandrel at an angle to form a helical coil comprising a plurality of turns; connecting a first curved portion of a first turn to an adjacent second curved portion of a second turn at a position along the wave form to define an end of the stent, the method being characterized in that there is provided the further step of removing excess material from an end of the wave form extending past the first curved portion while smoothing the end of the stent.
A method comprising: receiving, at a user device while in an offline state, a request for a document, the request comprising a public uniform resource locator corresponding to a location remote from the user device, wherein a remote copy of the document is stored at the location remote from the user device; in response to determining that the user device is in the offline state, launching a launcher application that intercepts the request; selecting, by the launcher application, one of a plurality of local caches based on the public uniform resource locator, each of the plurality of local caches being associated with a private uniform resource locator, wherein the private uniform resource locator comprises a document identifier and a cache identifier of the selected local cache; accessing the selected local cache via the private uniform resource locator to retrieve an editor; modifying a uniform resource locator history by replacing the private uniform resource locator with the public uniform resource locator, wherein the uniform resource locator history comprises a list of uniform resource locators of documents that were previously accessed using the user device; and providing, while the user device is in the offline state, a local copy of the document that is stored locally on the user device, via the editor, to a display on the user device. receiving, at a user device while in an offline state, a request for a document, the request comprising a public uniform resource locator corresponding to a location remote from the user device, wherein a remote copy of the document is stored at the location remote from the user device; in response to determining that the user device is in the offline state, launching a launcher application that intercepts the request; selecting, by the launcher application, one of a plurality of local caches based on the public uniform resource locator, each of the plurality of local caches being associated with a private uniform resource locator, wherein the private uniform resource locator comprises a document identifier and a cache identifier of the selected local cache; accessing the selected local cache via the private uniform resource locator to retrieve an editor; modifying a uniform resource locator history by replacing the private uniform resource locator with the public uniform resource locator, wherein the uniform resource locator history comprises a list of uniform resource locators of documents that were previously accessed using the user device; and providing, while the user device is in the offline state, a local copy of the document that is stored locally on the user device, via the editor, to a display on the user device.
A circular hosiery knitting machine, particularly of the double cylinder type, with yarn finger for plated knitting, comprising at least one needle cylinder (2, 3) that has a plurality of axial grooves (4, 5) that each accommodate a needle, said needle cylinder (2, 3) being actuatable with a rotary motion about its own axis, arranged vertically, with respect to at least one feed or drop at which there are at least two yarn fingers (7, 8) for plated knitting, respectively a first yarn finger for dispensing a base yarn and a second yarn finger for dispensing a reinforcement yarn, said second yarn finger having an elongated body that comprises a dispensing end, located proximate to a longitudinal end thereof and provided with a passage for the reinforcement yarn to be dispensed to the needles of the machine arranged in said needle cylinder (2, 3), and a remaining part of the body of the second yarn finger; said second yarn finger being arrangeable so that said dispensing end thereof faces laterally the needle cylinder (2, 3) in the working area of the needles, characterized in that said dispensing end of the body of the second yarn finger can move on command with respect to the remaining part of the body of the second yarn finger, on a plane that is substantially perpendicular to the axis of the needle cylinder (2, 3), along a direction that is substantially parallel to the tangent to said needle cylinder (2, 3) in the grip point, where said reinforcement yarn dispensed by said second yarn finger is gripped by the needles.
Screw compressor for a utility vehicle, having a housing, wherein, in the operationally ready and assembled state of the screw compressor, an oil sump is provided in the housing, and wherein a magnet is arranged in the oil sump, characterized in that a baffle plate is arranged in the housing, and in that, in the operationally ready and assembled state of the screw compressor, the magnet is arranged below the baffle plate in the oil.
A cellulose-based material comprising cellulosic fibers, wherein the cellulosic fibers are treated with a combination of i) a dry strength chemistry preparation and ii) a wet strength chemistry preparation, wherein the wet strength chemistry preparation comprises a polyamide resin, wherein the polyamide resin is applied to the cellulosic fibers between 0.45-14.51 dry kg/tons (1-32 dry lbs/ton), and wherein the dry strength chemistry preparation comprises glyoxalated polyacrylamide (GPAM), wherein the GPAM is applied to the cellulosic fibers between 0.45-7.25 dry kg/tons (1-16 dry lbs/ton). wherein the wet strength chemistry preparation comprises a polyamide resin, wherein the polyamide resin is applied to the cellulosic fibers between 0.45-14.51 dry kg/tons (1-32 dry lbs/ton), and wherein the dry strength chemistry preparation comprises glyoxalated polyacrylamide (GPAM), wherein the GPAM is applied to the cellulosic fibers between 0.45-7.25 dry kg/tons (1-16 dry lbs/ton).
A bit for drilling a wellbore, comprising: - a body; and - a cutting face forming a lower end of the bit and comprising: - a blade (6p,s) protruding from the body and having a plurality of stud pockets formed in a bottom of the blade adjacent to a leading edge of the blade; - a plurality of studs, each stud disposed in the respective pocket, mounted to the blade by a first braze material, and having a cutter pocket formed therein; and - a plurality of cutters, each cutter having a superhard cutting table attached to a cermet substrate, disposed in the respective cutter pocket, and mounted to the respective stud by a second braze material, wherein: - an exposure of each cutter is greater than or equal to a diameter of the respective cutter, - a base of each stud is tapered so as to have smaller transverse dimensions at an end distal from the respective cutter pocket, and - each base has a stadium shape, - characterized in that: - a receptacle of each stud has an external non-tapered stadium shape and the respective cutter pocket formed therein in an end distal from the respective base. - a body; and - a cutting face forming a lower end of the bit and comprising: - a blade (6p,s) protruding from the body and having a plurality of stud pockets formed in a bottom of the blade adjacent to a leading edge of the blade; - a plurality of studs, each stud disposed in the respective pocket, mounted to the blade by a first braze material, and having a cutter pocket formed therein; and - a plurality of cutters, each cutter having a superhard cutting table attached to a cermet substrate, disposed in the respective cutter pocket, and mounted to the respective stud by a second braze material, - a blade (6p,s) protruding from the body and having a plurality of stud pockets formed in a bottom of the blade adjacent to a leading edge of the blade; - a plurality of studs, each stud disposed in the respective pocket, mounted to the blade by a first braze material, and having a cutter pocket formed therein; and - a plurality of cutters, each cutter having a superhard cutting table attached to a cermet substrate, disposed in the respective cutter pocket, and mounted to the respective stud by a second braze material, - an exposure of each cutter is greater than or equal to a diameter of the respective cutter, - a base of each stud is tapered so as to have smaller transverse dimensions at an end distal from the respective cutter pocket, and - each base has a stadium shape, - characterized in that: - a receptacle of each stud has an external non-tapered stadium shape and the respective cutter pocket formed therein in an end distal from the respective base.
A method for locating a terminal by using a base station, the method comprising the steps of: the base station constructing a locating message by expanding a location report message or via an independent message; the base station sending the locating message to a locating judgment center; and the locating judgment center locating the terminal by using the locating message, wherein the locating message comprises information about a round trip time, RTT, for transmitting and receiving from the terminal to a current serving base station, a global identifier of a current serving cell of the terminal, information of the terminal and signal information of a neighbor cell, characterized in that the signal information of the neighbor cell comprises: a global identifier of the neighbor cell, reference signal received power of the neighbor cell and/or reference signal received quality of the neighbor cell, and the locating message also comprises longitude and latitude information of the current serving base station. the base station constructing a locating message by expanding a location report message or via an independent message; the base station sending the locating message to a locating judgment center; and the locating judgment center locating the terminal by using the locating message, wherein the locating message comprises information about a round trip time, RTT, for transmitting and receiving from the terminal to a current serving base station, a global identifier of a current serving cell of the terminal, information of the terminal and signal information of a neighbor cell, characterized in that the signal information of the neighbor cell comprises: a global identifier of the neighbor cell, reference signal received power of the neighbor cell and/or reference signal received quality of the neighbor cell, and the locating message also comprises longitude and latitude information of the current serving base station.
A process for manufacturing a core for the production of a leading edge of a fan blade, characterized in that it comprises the steps of: (a) providing an initial core of a nickel-based alloy, (b) thermally spraying a layer of a cobalt-based alloy, comprising between 26% and 32% molybdenum, between 7% and 20% chromium, between 1% and 5% silicon, and less than 1% carbon in percentage by weight, onto the initial core. (a) providing an initial core of a nickel-based alloy, (b) thermally spraying a layer of a cobalt-based alloy, comprising between 26% and 32% molybdenum, between 7% and 20% chromium, between 1% and 5% silicon, and less than 1% carbon in percentage by weight, onto the initial core.
Turret assembly for a vessel, comprising a moonpool defined in the vessel and a turret structure rotatably mounted in said moonpool, wherein the turret structure comprises a turret table which by means of a main bearing is rotatably mounted in said moonpool and a hollow turret shaft defined by a surrounding shaft wall, which turret shaft has an upper shaft end connected to the turret table, a substantially cylindrical shaft part that extends downwardly from the turret table and a lower shaft end provided with means intended for cooperation with a lower bearing, characterized in that the shaft wall of the upper shaft end comprises a widened part surrounding the cylindrical shaft part and defines a circumferential crest, wherein the shaft wall of the upper shaft end, starting from said circumferential crest, extends downwardly towards a position where the upper shaft end is connected to the turret table.
- Rear view mirror assembly for motor vehicles, comprising: - a mirror pane; - a mirror pane carrying element; - a cover for at least partially receiving the carrying element with the mirror pane; and - supporting means formed in the cover, wherein the supporting means comprise a number of supporting elements formed on an inner surface of the cover, the supporting elements extending from said inner surface of the cover towards an inner surface of the mirror pane, whereby the supporting means act for reinforcing both the mirror pane carrying element and the mirror pane when assembled therein, wherein the mirror pane is made of plastic and made of a single piece, characterized in that the rear view mirror assembly further comprises first clipping means for coupling the mirror pane and the carrying element together, wherein the first clipping means comprise at least one flange formed on a peripheral portion (32; 34) of at least one of the mirror pane and the carrying element. - a mirror pane; - a mirror pane carrying element; - a cover for at least partially receiving the carrying element with the mirror pane; and - supporting means formed in the cover,
An antenna arrangement (100, 200, 300, 400, 500) comprising at least a first and a second elongated structure (110, 120; 210, 220, 230, 240; 310, 320, 330, 340, 350, 360, 370; 510, 520, 530, 540) for guiding an electromagnetic wave, each of said structures comprising a plurality of radiation elements (118, 125; 218, 228, 238,248; 318, 328, 338, 348, 358, 368, 378), wherein said plurality of radiation elements are through-going perforations in said elongated structure, each of said structures exhibiting a longitudinal direction of extension, said structures are positioned alongside each other in their longitudinal direction of extension forming a bundle, characterized in that said structures are arranged within the bundle such that the radial positions of said structures are alternated in the longitudinal direction of extension.
Household appliance device with at least one light emission unit (10; 10a) and at least one support unit (12; 12a) which receives a weight force of the light emission unit (10; 10a) at least partially, wherein the support unit (12; 12a) is moulded at least partially onto the light emission unit (10; 10a), wherein the light emission unit (10; 10a) has at least one electroluminescence light emission means (14; 14a), which is embodied as a film (16; 16a) and is formed partially from polycarbonate, characterised in that the light emission unit (10; 10a) at least partially forms at least one plug connection means (20; 20a) in order to achieve at least a structurally simple fastening of an electrical connection, wherein electrical contact surfaces (28; 28a), embodied as metal surfaces, are printed onto the electroluminescence light emission means (14; 14a).
A method for separating partial discharge and noise signals, the method comprises: receiving digital signals that are converted from waveforms of signals collected from a source; generating a feature from a time domain for each of the digital signals; generating a plurality of features from a frequency domain for each of the digital signals; applying clustering algorithm on the generated features for all the digital signals to identify a plurality of distinct clusters; and displaying each distinct cluster on a Phase-Resolved Partial Discharge (PRPD) chart; characterised in that the step of generating the feature from the time domain for each of the digital signals comprises: determining histogram bin width and the number of bins for all measured amplitudes in the digital signals, wherein the histogram bin width and the number of bins are determined via Freedman-Diaconis rule; associating all measured amplitudes with their respective bin values; building a global probability table; and encoding information in the global probability table to generate the feature. receiving digital signals that are converted from waveforms of signals collected from a source; generating a feature from a time domain for each of the digital signals; generating a plurality of features from a frequency domain for each of the digital signals; applying clustering algorithm on the generated features for all the digital signals to identify a plurality of distinct clusters; and displaying each distinct cluster on a Phase-Resolved Partial Discharge (PRPD) chart; characterised in that the step of generating the feature from the time domain for each of the digital signals comprises: determining histogram bin width and the number of bins for all measured amplitudes in the digital signals, wherein the histogram bin width and the number of bins are determined via Freedman-Diaconis rule; associating all measured amplitudes with their respective bin values; building a global probability table; and encoding information in the global probability table to generate the feature.
A handpiece for cleansing wounds with a fluid jet, said handpiece comprising a main body, which has a front end with an emergence opening for the emergence of the fluid jet, wherein a porous body is present on the front end, which porous body surrounds the emergence opening and protrudes beyond the latter in the direction of the fluid jet outlet and forms a space through which the fluid jet can pass unimpeded, characterized in that a nozzle is arranged in the front end and forms the emergence opening, and in that the handpiece is stiff.
A magnetoresistive element, comprising: a pinned layer (PL1,PL2,PL10,PL20) having a fixed magnetization direction; and a free layer (FL1, FL10) corresponding to the pinned layer, wherein the free layer has a changeable magnetization direction; and a protruding element (PE1,PE2,PE10,PE20) protruding from the free layer and having a changeable magnetization direction, wherein the protruding element (PE1,PE2,PE10,PE20) has a closed fence structure protruding from an edge of the free layer (FL1,FL10); characterized in that the protruding element (PE1,PE2,PE10,PE20) includes a first portion (p10,p100) and a second portion (p20,p25,p250), and in that a protrusion length of the first portion (p10,p100) is different than a protrusion length of the second portion (p20,p25,p250). a pinned layer (PL1,PL2,PL10,PL20) having a fixed magnetization direction; and a free layer (FL1, FL10) corresponding to the pinned layer, wherein the free layer has a changeable magnetization direction; and a protruding element (PE1,PE2,PE10,PE20) protruding from the free layer and having a changeable magnetization direction, wherein the protruding element (PE1,PE2,PE10,PE20) has a closed fence structure protruding from an edge of the free layer (FL1,FL10); characterized in that the protruding element (PE1,PE2,PE10,PE20) includes a first portion (p10,p100) and a second portion (p20,p25,p250), and in that a protrusion length of the first portion (p10,p100) is different than a protrusion length of the second portion (p20,p25,p250).