mhurhangee/ep-ind-claims huggingface dataset:
A facial tissue, bathroom tissue, toilet tissue, or disposable handkerchiefs comprising a fibrous tissue characterized in that said tissue comprises: - fibers suitable for the final intended use, preferably including cellulose fibers; and, - a volatile cooling sensate comprising 2-Isopropyl-N,2,3- trimethylbutyramide as volatile cooling sensate, said volatile cooling sensate excluding menthol and camphor and being reactive on human mucous skin by causing a cold feeling sensation without directly causing a change in skin temperature. - fibers suitable for the final intended use, preferably including cellulose fibers; and, - a volatile cooling sensate comprising 2-Isopropyl-N,2,3- trimethylbutyramide as volatile cooling sensate, said volatile cooling sensate excluding menthol and camphor and being reactive on human mucous skin by causing a cold feeling sensation without directly causing a change in skin temperature.
Brake disc for motor-vehicle disc brakes, comprising a body with a hub and two annular planar faces, wherein at least one of these faces is formed with one or more lines defining a surface irregularity, which lines extend between a radially inner edge and a radially outer edge of the respective face, so as to substantially cover the entire radial extension of said main face, wherein the height of the surface irregularity along said lines defining a surface irregularity is less than 0.30 mm, so that during use, after installation of the brake disc, said lines defining a surface irregularity reduce the time necessary to obtain a bedding of the disc brake with respect to the case of a brake disc devoid of said lines, while said lines disappear, due to wear of the respective face, once the bedding is completed, after an initial fraction of the life of the brake disc, characterized in that said one or more lines defining a surface irregularity are constituted by one or more grooves formed in the respective main face and defining sharp edges on said main face or by one or more ribs formed on the respective main face and defining sharp edges at the top of said ribs, and wherein the width of said grooves or ribs constituting the surface irregularities is substantially equal to their height.
A furnace wherein the furnace comprises the following components: - a pre-heating portion comprising a lid with a material insert channel; - a melting portion below the pre-heating portion; - an inclined hearth wherein the upper part of the inclined hearth comprises a burner, the burner is configured to melt a material in the melting portion, and the inclined hearth is configured such that the molten material flows downward on the inclined hearth; - a heating portion for holding a molten material, which has flown downward on the inclined hearth into the heating portion, and for increasing the temperature of the molten material; - a temperature regulating portion for storing a molten material, the temperature regulating portion comprising a temperature regulating burner, which emits a flame; - a connecting passage which is characterized by an inclined or curved bottom, the connecting passage being for the molten material to flow from the heating portion into the temperature regulating portion; - a separator for forming the connecting passage wherein the separator comprises a lower edge; and - an exit channel for a molten material, wherein the temperature regulating burner is configured to control the oxygen concentration in the temperature regulating portion to 1-5% or below 1%. - a pre-heating portion comprising a lid with a material insert channel; - a melting portion below the pre-heating portion; - an inclined hearth wherein the upper part of the inclined hearth comprises a burner, the burner is configured to melt a material in the melting portion, and the inclined hearth is configured such that the molten material flows downward on the inclined hearth; - a heating portion for holding a molten material, which has flown downward on the inclined hearth into the heating portion, and for increasing the temperature of the molten material; - a temperature regulating portion for storing a molten material, the temperature regulating portion comprising a temperature regulating burner, which emits a flame; - a connecting passage which is characterized by an inclined or curved bottom, the connecting passage being for the molten material to flow from the heating portion into the temperature regulating portion; - a separator for forming the connecting passage wherein the separator comprises a lower edge; and - an exit channel for a molten material,
A method, executed by one or more processors, for processing a sequence of images to identify, track, and/or target an object on a body of water, the method comprising: identifying at least one detection in an image (201, 301, 401a, 702, 802) of a series of images, wherein each detection is at least one of: an object on a body of water or at least a portion of a wake generated by the object on the body of water; associating the at least one detection with a single track (105, 110) of a set of tracks, the set of tracks being stored in a memory; creating at least one new track (105, 110) for each of the at least one detection that does not associate with any track (105, 110) of the set of tracks; classifying each pixel in the image (201, 301, 401a, 702, 802) of the series of images as either an object class or a water class based on a range of pixel values; for each pixel classified as an object class, grouping each pixel in the image (201, 301, 401a, 702, 802) of the series of images into at least one boat-wake cluster, wherein each boat-wake cluster includes pixels belonging to the object class that are adjacent to each other; associating each of the at least one boat-wake cluster with a track (105, 110) of the set of tracks; clustering tracks (105, 110) of the set of tracks that share pixels with a common boat-wake cluster; assigning each cluster of tracks a unique global track identifier; and selecting a representative track (105, 110) of each cluster of tracks having a same unique global track identifier; the selected representative track being the track that has lived the longest. identifying at least one detection in an image (201, 301, 401a, 702, 802) of a series of images, wherein each detection is at least one of: an object on a body of water or at least a portion of a wake generated by the object on the body of water; associating the at least one detection with a single track (105, 110) of a set of tracks, the set of tracks being stored in a memory; creating at least one new track (105, 110) for each of the at least one detection that does not associate with any track (105, 110) of the set of tracks; classifying each pixel in the image (201, 301, 401a, 702, 802) of the series of images as either an object class or a water class based on a range of pixel values; for each pixel classified as an object class, grouping each pixel in the image (201, 301, 401a, 702, 802) of the series of images into at least one boat-wake cluster, wherein each boat-wake cluster includes pixels belonging to the object class that are adjacent to each other; associating each of the at least one boat-wake cluster with a track (105, 110) of the set of tracks; clustering tracks (105, 110) of the set of tracks that share pixels with a common boat-wake cluster; assigning each cluster of tracks a unique global track identifier; and selecting a representative track (105, 110) of each cluster of tracks having a same unique global track identifier; the selected representative track being the track that has lived the longest.
Headrest having a head box which can be attached to a backrest of a vehicle seat by means of at least one support rod bracket, the support rod bracket comprising two support rods (12a, 12b) and a cross-member connecting the support rods (12a, 12b) to one another, and the head box is movable relative to the support rods (12a, 12b) between a lower position and an upper position, characterised in that the cross-member extends through at least one slot (19a, 19b, 19c) of the head box, the head box is guided due to co-operation of an inner edge of the slot (19a, 19b, 19c) and the cross-member during the movement between the lower position and the upper position, and end regions (31, 32) of the cross-member are attached to end regions of the support rods (12a, 12b).
A semiconductor arrangement comprising; a die (101, 401) of III-V semiconductor material; a resistor element (102, 400) comprising a two-dimensional electron gas region integrated in the die, the resistor element comprising a track (103, 408) defined by a first implant material in the III-V semiconductor material of the die (101,401), said track (103,408) electrically isolated from the remainder of the die by an isolation region that surrounds the track (103,408); wherein the isolation region is defined by a second implant material in the III-V semiconductor material of the die (101,401) and the track (103,408) is defined by a portion of the die (101,401) having a first concentration of the first implant material and the isolation region i s defined by a portion of the die (101,401) surrounding the track (103,408) and having a second concentration of the second implant material, higher than the first concentration.
An automated bug management method comprising: receiving data identifying one or more potential bugs in a user interface of a second version of a software product, wherein the user interface of the second version of the software product is in a second language and the data identifying one or more potential bugs comprises a language insensitive reference for each of the one or more potential bugs; accessing data in a data store, the data relating to previously reviewed bugs in a user interface of at least a first version of the software product, wherein the user interface of the first version of the software product is in a first language; comparing the potential bugs with the reviewed bugs to determine whether any of the one or more potential bugs are noise, wherein noise comprises falsely identified bugs; filtering the received data to remove data identifying potential bugs which are noise; and updating the data in the data store based on the filtered data. receiving data identifying one or more potential bugs in a user interface of a second version of a software product, wherein the user interface of the second version of the software product is in a second language and the data identifying one or more potential bugs comprises a language insensitive reference for each of the one or more potential bugs; accessing data in a data store, the data relating to previously reviewed bugs in a user interface of at least a first version of the software product, wherein the user interface of the first version of the software product is in a first language; comparing the potential bugs with the reviewed bugs to determine whether any of the one or more potential bugs are noise, wherein noise comprises falsely identified bugs; filtering the received data to remove data identifying potential bugs which are noise; and updating the data in the data store based on the filtered data.
A polyamide polymer whose main chain comprises repeating units derived from a dicarboxylic acid compound containing the partial structure represented by the following Formula: wherein R A and R B each independently represent a hydrogen atom or an alkyl group having 1 to 6 carbon atoms; n and m each independently represent an integer from 0 to 2; Cy represents an unsaturated 6-membered or 7-membered ring which may contain a heteroatom; * and ** each represent a bonding hand, and * may be a bonding hand extending from R A.
Instantaneous water heater for a hot beverage preparation device for domestic purposes, having a heat-conducting flow tube, having at least one heating coil connected in a heat-conducting manner to the flow tube and running in parallel thereto, having a heat-conducting support, which is fastened in a heat-conducting manner via a fastening point to the flow tube, having a temperature regulator and having a safety fuse on the support, characterised in that - the temperature regulator is arranged closer to the fastening point than the safety fuse and - during operation of the instantaneous water heat the flow of heat to the temperature regulator is greater than to the safety fuse. - the temperature regulator is arranged closer to the fastening point than the safety fuse and - during operation of the instantaneous water heat the flow of heat to the temperature regulator is greater than to the safety fuse.
Built-in kitchen appliance comprising a main appliance body having at least one processing chamber and at least one door device mounted on the main appliance body for closing the processing chamber, the built-in kitchen appliance comprising at least one opening device, and the opening device being suitable and designed for moving the door device forwards in a first movement sequence, and upwards in a second movement sequence, characterised in that at least one operating device for the opening device is arranged on the door device, and in that the operating device comprises at least one operating element arranged in a lower door portion and at least one further operating element arranged in an upper door portion.
A gelled aqueous polymer composition capable of forming, by drying and then pyrolysis, a monolithic porous carbon, the composition forming an irreversible chemical gel comprising the product of a polycondensation reaction in an aqueous solvent W of polyhydroxybenzene(s) monomer(s) R selected from di- and trihydroxybenzenes and of hexamethylenetetramine H according to an H/(R+H+W) fraction by weight used for said reaction, characterized in that said H/(R+H+W) fraction by weight is between 7% and 15% inclusive.
A display case for illuminating a display (160, 260), comprising: a frame, for holding the display (160, 260), the frame having a metal structure; an illumination module mounted at or in a side-limb of the frame and positioned in an air gap; and a diffuser located between the illumination module and the display (160, 260) such that the illumination module illuminates the inner-facing surface of the diffuser; wherein the illumination module is in thermal communication with at least a part of the metal structure of the frame, and the frame is in thermal communication with the external ambient environment. a frame, for holding the display (160, 260), the frame having a metal structure; an illumination module mounted at or in a side-limb of the frame and positioned in an air gap; and a diffuser located between the illumination module and the display (160, 260) such that the illumination module illuminates the inner-facing surface of the diffuser; wherein the illumination module is in thermal communication with at least a part of the metal structure of the frame, and the frame is in thermal communication with the external ambient environment.
A system for operating an electric or hybrid-electric vehicle comprising a computer programmed to: identify a current location of a vehicle; access a map within a database and identify a plurality of links therein; pre-screen the plurality of links to identify if any of the plurality of links is within a given bounds of the current location by calculating a distance from the current location to the closest portion of each of the links in the map database; and if one or more possible links are identified, then: if the calculated distance is within a given distance to the one identified link, then instead of calculating the distance to the one identified link when determining a subsequent current location, determine whether the current location follows a trajectory of a previously determined map link, and if so, determine that the vehicle has not deviated from the link and determine the current location to correlate to the last link; and upload power data for the vehicle related to the current pass along the identified link into the database. identify a current location of a vehicle; access a map within a database and identify a plurality of links therein; pre-screen the plurality of links to identify if any of the plurality of links is within a given bounds of the current location by calculating a distance from the current location to the closest portion of each of the links in the map database; and if one or more possible links are identified, then: if the calculated distance is within a given distance to the one identified link, then instead of calculating the distance to the one identified link when determining a subsequent current location, determine whether the current location follows a trajectory of a previously determined map link, and if so, determine that the vehicle has not deviated from the link and determine the current location to correlate to the last link; and upload power data for the vehicle related to the current pass along the identified link into the database. if the calculated distance is within a given distance to the one identified link, then instead of calculating the distance to the one identified link when determining a subsequent current location, determine whether the current location follows a trajectory of a previously determined map link, and if so, determine that the vehicle has not deviated from the link and determine the current location to correlate to the last link; and upload power data for the vehicle related to the current pass along the identified link into the database.
An assembly comprising: - a through element for passing through a partition wall in a longitudinal direction, - at least one envelope (22; 122), and - at least one sleeve intended to act as a firewall, the sleeve being adapted to be installed, after the installation of the envelope (22; 122), in an interstitial space defined at least by an outer surface of the through element and an inner surface of the installed envelope (22; 122), the envelope (22; 122) being sufficiently tight for the sleeve to be cast, injected or disposed in the interstitial space, wherein the envelope (22; 122) is of flexible material and is fitted at least temporarily around the through element, characterised in that the sleeve comprises a hydraulic binder. - a through element for passing through a partition wall in a longitudinal direction, - at least one envelope (22; 122), and - at least one sleeve intended to act as a firewall, the sleeve being adapted to be installed, after the installation of the envelope (22; 122), in an interstitial space defined at least by an outer surface of the through element and an inner surface of the installed envelope (22; 122), the envelope (22; 122) being sufficiently tight for the sleeve to be cast, injected or disposed in the interstitial space,
A coating process comprising: preheating a metallic workpiece having a substrate and an aluminum-containing layer disposed on the substrate through a temperature range of 700°F (371 °C) to at least 1800°F (982°C) in a reducing atmosphere having, as its most abundant element, hydrogen to thereby stop growth of thermally grown oxides on the surfaces of the workpiece; introducing a source of oxygen to establish an oxidizing atmosphere at a temperature of from 1850°F to 1950°F (1010°C to 1065°C) above the temperature range to form an alpha alumina thermally grown oxide on the surfaces of the workpiece; and depositing a coating on the alpha alumina thermally grown oxide. preheating a metallic workpiece having a substrate and an aluminum-containing layer disposed on the substrate through a temperature range of 700°F (371 °C) to at least 1800°F (982°C) in a reducing atmosphere having, as its most abundant element, hydrogen to thereby stop growth of thermally grown oxides on the surfaces of the workpiece; introducing a source of oxygen to establish an oxidizing atmosphere at a temperature of from 1850°F to 1950°F (1010°C to 1065°C) above the temperature range to form an alpha alumina thermally grown oxide on the surfaces of the workpiece; and depositing a coating on the alpha alumina thermally grown oxide.
A method performed in a communications network for assigning, in a cell, enhanced physical downlink control channel, EPDCCH, resources used in the communications network for transmitting scheduling assignments, the method comprising: - obtaining a EPDCCH subframe pattern that is based on load in the cell, wherein the subframe pattern indicates EPDCCH enabled subframes and non-EPDCCH enabled subframes, and - assigning EPDCCH resources to a wireless device according to the obtained EPDCCH subframe pattern, wherein the obtaining comprises: - establishing a subframe pattern selection metric, the subframe pattern selection metric being based on load and/or need in the cell, and - selecting the EPDCCH subframe pattern based on the established subframe pattern selection metric. - obtaining a EPDCCH subframe pattern that is based on load in the cell, wherein the subframe pattern indicates EPDCCH enabled subframes and non-EPDCCH enabled subframes, and - assigning EPDCCH resources to a wireless device according to the obtained EPDCCH subframe pattern, wherein the obtaining comprises: - establishing a subframe pattern selection metric, the subframe pattern selection metric being based on load and/or need in the cell, and - selecting the EPDCCH subframe pattern based on the established subframe pattern selection metric.
A computer system, comprising: a plurality of physically interconnected computing nodes, wherein a guest operating system is run on a virtual environment that is defined by a set of hyper-kernels running on at least a portion of the physically interconnected computing nodes; a network-attached memory comprising an array of physical memory, wherein the network-attached memory communicates with at least some of the physically interconnected computing nodes over a network according to a coherency protocol; wherein, according to the coherency protocol, the network-attached memory is configured to receive a message based at least in part on an operation to be performed with respect to a page of memory on a first computing node included in the plurality of physically interconnected computing nodes; and wherein the network-attached memory is configured to perform an action according to the coherency protocol whereby in function of the type of operation to be performed chosen from read, write or invalidate, different types of messages are sent out to at least one of the other interconnected nodes or the network-attached memory. a plurality of physically interconnected computing nodes, wherein a guest operating system is run on a virtual environment that is defined by a set of hyper-kernels running on at least a portion of the physically interconnected computing nodes; a network-attached memory comprising an array of physical memory, wherein the network-attached memory communicates with at least some of the physically interconnected computing nodes over a network according to a coherency protocol; wherein, according to the coherency protocol, the network-attached memory is configured to receive a message based at least in part on an operation to be performed with respect to a page of memory on a first computing node included in the plurality of physically interconnected computing nodes; and wherein the network-attached memory is configured to perform an action according to the coherency protocol whereby in function of the type of operation to be performed chosen from read, write or invalidate, different types of messages are sent out to at least one of the other interconnected nodes or the network-attached memory.