mhurhangee/ep-ind-claims huggingface dataset:
A lead delivery apparatus (10,110) for a cast on strap machine arranged to deliver a predetermined volume of molten lead to a mould, comprising: a needle valve (50,150,250,350) comprising an elongate body (52,152,252) and a seat engaging portion (53,153,253,353); and, a volume block (20,120,220,320) comprising an inlet (22,122,222,322), an outlet (24,124) and a through cavity (26,126,226,326), the seat engaging portion (53,153,253,353) being engageable with the volume block outlet (24,124); the volume block inlet being in fluid communication with a supply of molten lead; the through cavity (26,126,226,326) together with the needle valve (50,150,250,350) defining the predetermined volume for molten lead received from the supply; and, the volume block outlet (24,124) being selectively openable and closable by the needle valve (50,150,250,350); wherein the seat engaging portion (53,153,253) comprises a first section (54,154,254) having a profile corresponding with the profile of the volume block outlet (24,124), such that the first section (54,154,254) and the volume block outlet (24,124) interlock when the volume block outlet (24,124) is closed by the needle valve (50,150,250,350); and, a second section (55,155,255) protruding beyond the volume block outlet (24,124) when the volume block outlet (24,124) is closed by the needle valve (50,150,250,350). a needle valve (50,150,250,350) comprising an elongate body (52,152,252) and a seat engaging portion (53,153,253,353); and, a volume block (20,120,220,320) comprising an inlet (22,122,222,322), an outlet (24,124) and a through cavity (26,126,226,326), the seat engaging portion (53,153,253,353) being engageable with the volume block outlet (24,124); the volume block inlet being in fluid communication with a supply of molten lead; the through cavity (26,126,226,326) together with the needle valve (50,150,250,350) defining the predetermined volume for molten lead received from the supply; and, the volume block outlet (24,124) being selectively openable and closable by the needle valve (50,150,250,350); the volume block inlet being in fluid communication with a supply of molten lead; the through cavity (26,126,226,326) together with the needle valve (50,150,250,350) defining the predetermined volume for molten lead received from the supply; and, the volume block outlet (24,124) being selectively openable and closable by the needle valve (50,150,250,350); wherein the seat engaging portion (53,153,253) comprises a first section (54,154,254) having a profile corresponding with the profile of the volume block outlet (24,124), such that the first section (54,154,254) and the volume block outlet (24,124) interlock when the volume block outlet (24,124) is closed by the needle valve (50,150,250,350); and, a second section (55,155,255) protruding beyond the volume block outlet (24,124) when the volume block outlet (24,124) is closed by the needle valve (50,150,250,350).
An electrical device having a housing part and a cover part, wherein the cover part is connected to the housing part, in particular wherein the cover part covers an opening of the housing part, wherein a first printed circuit board is connected to the cover part, wherein the first printed circuit board is arranged at the inner side of the cover part, wherein at least one component part producing heat is pressed towards the cover part by an elastically pre-stressed sheet-metal part, wherein the heat-producing component part is electrically connected to conducting tracks of the first printed circuit board, wherein the sheet-metal part is held in a manner elastically pre-stressed towards the cover part by screw parts screwed into tapped holes of the cover part, wherein the first printed circuit board is electrically connected to the second printed circuit board by at least partial plugging into a plug-and-socket connector part arranged on a second printed circuit board, wherein the second printed circuit board is arranged in the housing part and is connected thereto.
A method of transmitting data in a wireless network over a 320 MHz channel in the wireless network, wherein the 320 MHz channel comprises: a first resource unit, RU, a second RU, a first set of null tones between the first RU and the second RU, a third RU, a fourth RU, and a second set of null tones between the third RU and the fourth RU; the method being characterized by comprising: defining a first multiple RU, and a second multiple RU of the 320 MHz channel, wherein the first multiple RU comprises the first set of null tones, and wherein the second multiple RU comprises the second set of null tones, and wherein the first multiple RU and the second multiple RU further comprise a set of direct current, DC, tones between the second RU and the third RU; associating the first multiple RU with a first RU ID and associating the second multiple RU with a second RU ID; and transmitting a Physical layer Protocol Data Unit, PPDU, over the wireless network, wherein the PPDU comprises: the first, second, third, and fourth RUs; the first and second multiple RUs; and the first and second RU IDs. defining a first multiple RU, and a second multiple RU of the 320 MHz channel, wherein the first multiple RU comprises the first set of null tones, and wherein the second multiple RU comprises the second set of null tones, and wherein the first multiple RU and the second multiple RU further comprise a set of direct current, DC, tones between the second RU and the third RU; associating the first multiple RU with a first RU ID and associating the second multiple RU with a second RU ID; and transmitting a Physical layer Protocol Data Unit, PPDU, over the wireless network, wherein the PPDU comprises: the first, second, third, and fourth RUs; the first and second multiple RUs; and the first and second RU IDs. the first, second, third, and fourth RUs; the first and second multiple RUs; and the first and second RU IDs.
Substrate treatment device for treating substrates, comprising a planar substrate carrier and at least one planar temperature control device arranged in parallel with the substrate carrier, the substrate carrier having a substrate carrier front side for supporting at least one flat substrate and a substrate carrier rear side facing the temperature control device, at least one spacer element (6, 6') for forming a distance between the substrate carrier and the temperature control device being provided on the substrate carrier rear side and/or on a surface of the temperature control device facing the substrate carrier, characterized in that at least one receiving module for receiving running rails is provided on the substrate carrier, the receiving module being arranged on at least one side of the substrate carrier; the at least one receiving module is connected to the substrate carrier by at least one connection element, the connection element having a smaller cross section in a direction of connection between the substrate carrier and the receiving module and/or a greater length than the receiving module and the at least one receiving module and/or the connection element is formed of a material or composite material which has a lower thermal conductivity than the material of the substrate carrier.
A process for recovering valuable metals and/or their oxides from red mud bauxite residues, the process comprising: (a) washing a red mud bauxite residue with sea water to provide a partially neutralized red mud residue having a pH of 9 to 10; (b) calcining the partially neutralized red mud residue having a pH of 9 to 10 at 150°C to 500°C to provide a calcinated red mud residue; (c) acid leaching the calcinated red mud residue with hydrochloric acid of 8M to 12M at a temperature between 120°C and 200°C to provide a silica rich solid component and an acid leachate; (d) separating the silica rich solid component and the acid leachate; (e) precipitating an iron rich solid component from the acid leachate; and (f) separating the precipitated iron rich solid component from the acid leachate to provide an aluminium rich liquor. (a) washing a red mud bauxite residue with sea water to provide a partially neutralized red mud residue having a pH of 9 to 10; (b) calcining the partially neutralized red mud residue having a pH of 9 to 10 at 150°C to 500°C to provide a calcinated red mud residue; (c) acid leaching the calcinated red mud residue with hydrochloric acid of 8M to 12M at a temperature between 120°C and 200°C to provide a silica rich solid component and an acid leachate; (d) separating the silica rich solid component and the acid leachate; (e) precipitating an iron rich solid component from the acid leachate; and (f) separating the precipitated iron rich solid component from the acid leachate to provide an aluminium rich liquor.
Classification method for an object present in an image obtained by an imaging monitoring system comprising a sensor, which comprises a step of extracting the object to be classified in the image, characterised in that it comprises a classification step for the object from a knowledge base, the knowledge base comprising a plurality of classes each comprising a set of objects which are represented by a label and a set of characteristics, including contextual image background information which is from a processing operation supplied by a Digital Terrain Model, referred to as DTM, and comprising decision-making rules associated with those image backgrounds, that classification step comprising the following sub-steps: acquiring, by positioning means of the system, the geographical position of the sensor of the imaging device when the image is acquired, supplying the monitoring system by the DTM, extracting from the DTM a region of interest associated with that position, estimating the attitude of the sensor of the imaging device when the image is acquired, using attitude measuring means, establishing the elevations of the terrain over a compatible range of the field of vision of the imaging device in accordance with the attitude and the region of interest, projecting, into the field of vision, a segmentation of the field of vision on the basis of the elevations of the terrain, on the basis of that segmentation of the field of vision and the position of the object in that field of vision, establishing the image background associated with the object to be classified, applying decision-making rules associated with that background. acquiring, by positioning means of the system, the geographical position of the sensor of the imaging device when the image is acquired, supplying the monitoring system by the DTM, extracting from the DTM a region of interest associated with that position, estimating the attitude of the sensor of the imaging device when the image is acquired, using attitude measuring means, establishing the elevations of the terrain over a compatible range of the field of vision of the imaging device in accordance with the attitude and the region of interest, projecting, into the field of vision, a segmentation of the field of vision on the basis of the elevations of the terrain, on the basis of that segmentation of the field of vision and the position of the object in that field of vision, establishing the image background associated with the object to be classified, applying decision-making rules associated with that background.
A method of providing telecommunication services, comprising: - generating by a security policy platform a fictitious contact information univocally associated with a telephone number assigned to a subscriber, wherein the fictitious contact information is an information which per se cannot be used to contact the subscriber; - storing the fictitious contact information in a database; - responsive to a request ( 405; 605), received from a requester ( 105, 135; 105, 535), of a true contact information corresponding to said telephone number and adapted to allow contacting over the Internet the subscriber assignee of said telephone number, having the database providing ( 415; 615) said fictitious contact information; - recognizing ( 420; 620) the fictitious character of the fictitious contact information by the requester; - requesting ( 420; 620), by the requester, a resolution of the fictitious contact information; - conditioning ( 425, 430; 625; 630) the resolution of the fictitious contact information for the provisioning of the true contact information to the satisfaction of at least one security rule adapted to assess properties of at least one among said requester and said request, and - in case the request from the requester satisfies said at least one security rule, resolving the fictitious contact information and providing ( 435; 635) to the requester the true contact information. - generating by a security policy platform a fictitious contact information univocally associated with a telephone number assigned to a subscriber, wherein the fictitious contact information is an information which per se cannot be used to contact the subscriber; - storing the fictitious contact information in a database; - responsive to a request ( 405; 605), received from a requester ( 105, 135; 105, 535), of a true contact information corresponding to said telephone number and adapted to allow contacting over the Internet the subscriber assignee of said telephone number, having the database providing ( 415; 615) said fictitious contact information; - recognizing ( 420; 620) the fictitious character of the fictitious contact information by the requester; - requesting ( 420; 620), by the requester, a resolution of the fictitious contact information; - conditioning ( 425, 430; 625; 630) the resolution of the fictitious contact information for the provisioning of the true contact information to the satisfaction of at least one security rule adapted to assess properties of at least one among said requester and said request, and - in case the request from the requester satisfies said at least one security rule, resolving the fictitious contact information and providing ( 435; 635) to the requester the true contact information.
A method for replacing outdated content operable pursuant to a push content communication scheme in a radio communication system comprising: receiving a pushed content item at a server (24, 26), the pushed content item containing metadata which includes a replacement attribute indicating both an outdated part of previously-delivered content and a rule or rules for replacing the outdated part with new content; and operating, according to the replacement attribute, on the previously-delivered content to prevent transmission to, processing of, or viewing of the outdated part at a content client included in a communication device. receiving a pushed content item at a server (24, 26), the pushed content item containing metadata which includes a replacement attribute indicating both an outdated part of previously-delivered content and a rule or rules for replacing the outdated part with new content; and operating, according to the replacement attribute, on the previously-delivered content to prevent transmission to, processing of, or viewing of the outdated part at a content client included in a communication device.
A substrate coating apparatus comprising: a source of a washcoat; a washcoat showerhead comprising a showerhead plate having a plurality of nozzle apertures for discharging the washcoat towards a face of the substrate located below the washcoat showerhead; a conduit fluidly connecting the source of the washcoat to the washcoat showerhead for supplying washcoat to the washcoat showerhead; and characterised by a partition ring located between the washcoat showerhead and the face of the substrate; wherein the partition ring is dimensioned to be smaller than the face of the substrate and the substrate coating apparatus is configured in use to bring the partition ring into contact with the face of the substrate to thereby define a central region of the face of the substrate which lies within an interior of the partition ring and a peripheral region of the face of the substrate which lies outside the partition ring; wherein the showerhead plate of the washcoat showerhead is configured in use to discharge washcoat onto both the central region and the peripheral region of the face of the substrate. a source of a washcoat; a washcoat showerhead comprising a showerhead plate having a plurality of nozzle apertures for discharging the washcoat towards a face of the substrate located below the washcoat showerhead; a conduit fluidly connecting the source of the washcoat to the washcoat showerhead for supplying washcoat to the washcoat showerhead; and characterised by a partition ring located between the washcoat showerhead and the face of the substrate; wherein the partition ring is dimensioned to be smaller than the face of the substrate and the substrate coating apparatus is configured in use to bring the partition ring into contact with the face of the substrate to thereby define a central region of the face of the substrate which lies within an interior of the partition ring and a peripheral region of the face of the substrate which lies outside the partition ring; wherein the showerhead plate of the washcoat showerhead is configured in use to discharge washcoat onto both the central region and the peripheral region of the face of the substrate.
A method performed at least partially by at least one device comprising at least one processor and one or more memories, the method comprising: projecting multiple grid points over a schematic map of an indoor area, said schematic map indicating multiple obstructions of said indoor area; determining feasible paths between grid point pairs of said multiple grid points; determining for a particular grid point of said multiple grid points a count of said feasible paths that traverse said particular grid point; and generating a likelihood heatmap with likelihood values, which may indicate relative likelihoods that a mobile device is to be positioned at one point as compared to other points or is to move to a next point from a current point, for use in one or more navigational applications based, at least in part, on said count. projecting multiple grid points over a schematic map of an indoor area, said schematic map indicating multiple obstructions of said indoor area; determining feasible paths between grid point pairs of said multiple grid points; determining for a particular grid point of said multiple grid points a count of said feasible paths that traverse said particular grid point; and generating a likelihood heatmap with likelihood values, which may indicate relative likelihoods that a mobile device is to be positioned at one point as compared to other points or is to move to a next point from a current point, for use in one or more navigational applications based, at least in part, on said count.
Blowing lance nozzle intended for bath stirring, comprising: - a central tube for supplying gas, closed at an end turned towards the bath by a first front wall provided with at least two openings, - an internal tube forming with the central tube a first annular cavity for the passage of a cooling liquid and ended at one end turned towards the bath by a second front wall called a separator having a central opening and one passage orifice per opening provided in said first front wall, - an external tube forming with the internal tube a second annular cavity for the passage of the cooling liquid and closed at an end turned towards the bath by a third front wall having one outlet orifice per opening provided in said first front wall and having an internal surface comprising a central area, - a heat exchange space in which the cooling liquid flows, which is located between, on the one hand, said second front wall and said third front wall and, on the other hand, said central opening and said second annular cavity, and - an outlet conduit for the stirring gas, called an injector, leaving each opening in said first front wall and going as far as said corresponding outlet orifice passing through said corresponding passage orifice in a cooling liquid-tight manner, and - a pillar comprising a first end located opposite the bath and a second end turned towards the bath linked to the central area of the internal surface of the third front wall, characterised in that the pillar has, between said first and second ends (E1 and E2), a thinned part linked to the central area, which has a predetermined length L1 and an axial section decreasing in such a way that the pillar forms a continuous curved surface with the central area of the inner surface of the third front wall. - a central tube for supplying gas, closed at an end turned towards the bath by a first front wall provided with at least two openings, - an internal tube forming with the central tube a first annular cavity for the passage of a cooling liquid and ended at one end turned towards the bath by a second front wall called a separator having a central opening and one passage orifice per opening provided in said first front wall, - an external tube forming with the internal tube a second annular cavity for the passage of the cooling liquid and closed at an end turned towards the bath by a third front wall having one outlet orifice per opening provided in said first front wall and having an internal surface comprising a central area, - a heat exchange space in which the cooling liquid flows, which is located between, on the one hand, said second front wall and said third front wall and, on the other hand, said central opening and said second annular cavity, and - an outlet conduit for the stirring gas, called an injector, leaving each opening in said first front wall and going as far as said corresponding outlet orifice passing through said corresponding passage orifice in a cooling liquid-tight manner, and - a pillar comprising a first end located opposite the bath and a second end turned towards the bath linked to the central area of the internal surface of the third front wall,
An extrudable composite, comprising: a pre-sintered ceramic matrix material comprising: from 20 to 80 % by weight of the ceramic matrix material of at least one powdered zeolite, and a second powdered material comprising inorganic oxide, where the second powdered material is not a zeolite; a plurality of particles having an aspect ratio ranging from about 2 to about 100, the plurality of particles comprising at least one particle type chosen from: structurally reinforcing particles comprising at least one material chosen from inorganic oxides, inorganic carbides, inorganic borides, inorganic nitrides, inorganic silicides, ceramics or metals, and thermal conductivity modifying particles comprising at least one material chosen from silicon, silicon carbide, carbon or a metal; and a carrier liquid. a pre-sintered ceramic matrix material comprising: from 20 to 80 % by weight of the ceramic matrix material of at least one powdered zeolite, and a second powdered material comprising inorganic oxide, where the second powdered material is not a zeolite; from 20 to 80 % by weight of the ceramic matrix material of at least one powdered zeolite, and a second powdered material comprising inorganic oxide, where the second powdered material is not a zeolite; a plurality of particles having an aspect ratio ranging from about 2 to about 100, the plurality of particles comprising at least one particle type chosen from: structurally reinforcing particles comprising at least one material chosen from inorganic oxides, inorganic carbides, inorganic borides, inorganic nitrides, inorganic silicides, ceramics or metals, and thermal conductivity modifying particles comprising at least one material chosen from silicon, silicon carbide, carbon or a metal; and structurally reinforcing particles comprising at least one material chosen from inorganic oxides, inorganic carbides, inorganic borides, inorganic nitrides, inorganic silicides, ceramics or metals, and thermal conductivity modifying particles comprising at least one material chosen from silicon, silicon carbide, carbon or a metal; and a carrier liquid.