mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a NAND memory device, comprising: forming a plurality of NAND strings (230, 418) on a first substrate (202, 402); forming one or more peripheral devices on a second substrate; positioning the one or more peripheral devices (206, 304) above the plurality of NAND strings (230, 418), wherein the second substrate is above the one or more peripheral devices; joining the plurality of NAND strings (230, 418) and the one or more peripheral devices; thinning the second substrate, so that the thinned second substrate serves as a semiconductor layer (244, 504) above the plurality of periphery devices; and prior to the joining of the plurality of NAND strings (230, 418) and the one or more peripheral devices (206, 304), forming a first interconnect layer (223, 438) for the plurality of NAND strings (230, 418) and forming a second interconnect layer (222, 322) for the one or more peripheral devices (206, 304); and further comprising forming a third interconnect layer (253, 505) on opposite sides of said semiconductor layer (244, 504) with respect to the first interconnect layers (223, 438) and second interconnect layer (222, 322), and above the semiconductor layer (244, 504). forming a plurality of NAND strings (230, 418) on a first substrate (202, 402); forming one or more peripheral devices on a second substrate; positioning the one or more peripheral devices (206, 304) above the plurality of NAND strings (230, 418), wherein the second substrate is above the one or more peripheral devices; joining the plurality of NAND strings (230, 418) and the one or more peripheral devices; thinning the second substrate, so that the thinned second substrate serves as a semiconductor layer (244, 504) above the plurality of periphery devices; and prior to the joining of the plurality of NAND strings (230, 418) and the one or more peripheral devices (206, 304), forming a first interconnect layer (223, 438) for the plurality of NAND strings (230, 418) and forming a second interconnect layer (222, 322) for the one or more peripheral devices (206, 304); and further comprising forming a third interconnect layer (253, 505) on opposite sides of said semiconductor layer (244, 504) with respect to the first interconnect layers (223, 438) and second interconnect layer (222, 322), and above the semiconductor layer (244, 504).
A groomer (310; 1110A) for grooming MPEG encoded video content for stitching of MPEG elements defined by the MPEG encoded video content, the groomer comprising: an input for receiving in the MPEG encoded video content; and a grooming module for converting I-frames and B-frames of the MPEG encoded video content to P-frames and for intracoding any macroblocks that contain stray motion vectors based upon a received graphical layout, wherein the stray motion vectors reference sections of other frames of video that have been cropped or removed by the stitching. an input for receiving in the MPEG encoded video content; and a grooming module for converting I-frames and B-frames of the MPEG encoded video content to P-frames and for intracoding any macroblocks that contain stray motion vectors based upon a received graphical layout, wherein the stray motion vectors reference sections of other frames of video that have been cropped or removed by the stitching.
A method for purifying an aluminum feedstock comprising: (a) feeding an aluminum feedstock into a cell access channel of an aluminum electrolysis cell, wherein the aluminum electrolysis cell comprises a molten metal pad zone and an electrolyte zone, and wherein the feeding comprises providing the aluminum feedstock to the molten metal pad zone; (b) directing an electric current into an anode through an electrolyte and into a cathode, wherein the anode comprises an elongate vertical anode, and wherein the cathode comprises an elongate vertical cathode, wherein the anode and the cathode extend into the electrolyte zone, such that, within the electrolyte zone, the anode and cathode realize an anode-cathode overlap and an anode-cathode distance; (c) wetting at least a portion of a surface of the elongate vertical anode with a molten material from the molten metal pad zone, the molten metal pad zone being a reservoir of molten material located below the electrolyte, wherein the molten material comprises aluminum metal; (d) concomitant with the directing step, producing at least some aluminum ions in the electrolyte zone via the aluminum metal on the surface of the elongate vertical anode; and (e) concomitant with the directing step, reducing at least some of the aluminum ions in the electrolyte zone at a surface of the elongate vertical cathode thereby producing a purified aluminum product. (a) feeding an aluminum feedstock into a cell access channel of an aluminum electrolysis cell, wherein the aluminum electrolysis cell comprises a molten metal pad zone and an electrolyte zone, and wherein the feeding comprises providing the aluminum feedstock to the molten metal pad zone; (b) directing an electric current into an anode through an electrolyte and into a cathode, wherein the anode comprises an elongate vertical anode, and wherein the cathode comprises an elongate vertical cathode, wherein the anode and the cathode extend into the electrolyte zone, such that, within the electrolyte zone, the anode and cathode realize an anode-cathode overlap and an anode-cathode distance; (c) wetting at least a portion of a surface of the elongate vertical anode with a molten material from the molten metal pad zone, the molten metal pad zone being a reservoir of molten material located below the electrolyte, wherein the molten material comprises aluminum metal; (d) concomitant with the directing step, producing at least some aluminum ions in the electrolyte zone via the aluminum metal on the surface of the elongate vertical anode; and (e) concomitant with the directing step, reducing at least some of the aluminum ions in the electrolyte zone at a surface of the elongate vertical cathode thereby producing a purified aluminum product.
A process for the preparation of 2-(2-hydroxyphenyl)-benz[e][1,3]oxazin-4-one compound of formula-IV comprising the steps of: a) reacting salicylic acid compound of formula-II: with p-toluenesulfonyl chloride in the presence of a base and an organic solvent to give a tosylated compound having the molecular structure b) combining said tosylated compound with salicylamide compound of formula-III represented by the molecular structure: in presence of an organic solvent to give 2-(2-hydroxyphenyl)-benz[e][1,31-oxazin-4-one compound of formula-IV. a) reacting salicylic acid compound of formula-II: with p-toluenesulfonyl chloride in the presence of a base and an organic solvent to give a tosylated compound having the molecular structure b) combining said tosylated compound with salicylamide compound of formula-III represented by the molecular structure:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, information configuring simultaneous transmission of hybrid automatic repeat request acknowledgement, HARQ-ACK, and channel state information, CSI; identifying whether a timing obtained by adding a processing time of the terminal after a last symbol of a physical downlink shared channel, PDSCH, reception is before a first symbol of a first physical uplink control channel, PUCCH, resource for a channel quality information, CQI, and a scheduling request, SR, based on the information; in case that the timing is before the first symbol of the first PUCCH resource, identifying an uplink resource for transmitting a first HARQ-ACK corresponding to the PDSCH reception, the CQI, and the SR; identifying whether the uplink resource overlaps with a second PUCCH resource for a second HARQ-ACK; and transmitting, to the base station, the first HARQ-ACK, the CQI, and the SR on the uplink resource, and the second HARQ-ACK on the second PUCCH resource, in case that the uplink resource does not overlap with the second PUCCH resource. receiving, from a base station, information configuring simultaneous transmission of hybrid automatic repeat request acknowledgement, HARQ-ACK, and channel state information, CSI; identifying whether a timing obtained by adding a processing time of the terminal after a last symbol of a physical downlink shared channel, PDSCH, reception is before a first symbol of a first physical uplink control channel, PUCCH, resource for a channel quality information, CQI, and a scheduling request, SR, based on the information; in case that the timing is before the first symbol of the first PUCCH resource, identifying an uplink resource for transmitting a first HARQ-ACK corresponding to the PDSCH reception, the CQI, and the SR; identifying whether the uplink resource overlaps with a second PUCCH resource for a second HARQ-ACK; and transmitting, to the base station, the first HARQ-ACK, the CQI, and the SR on the uplink resource, and the second HARQ-ACK on the second PUCCH resource, in case that the uplink resource does not overlap with the second PUCCH resource.
A laundry treatment apparatus, comprising a tub; a drum, used for containing laundry and disposed in the tub; a heat exchange device, conducted and connected to the tub through a main pipe, and used for cooling hot and humid air that enters the heat exchange device; characterized in that: a branch passage through which hot and humid air flows into the heat exchange device from the tub is further disposed between the tub and the heat exchange device, wherein the main pipe and the branch passage are separately in communication with and connected to the tub, and a temperature sensor is disposed in the branch passage; a first joint between the branch passage and the heat exchange device is provided with a first air inlet, and in the vertical direction, the first air inlet is located at a position that is higher than a bottom end of the heat exchange device by a predetermined distance; and a second joint between the branch passage and the tub is provided with a second air inlet, and in the vertical direction, the position of the first air inlet is higher than the position of the second air inlet. a branch passage through which hot and humid air flows into the heat exchange device from the tub is further disposed between the tub and the heat exchange device, wherein the main pipe and the branch passage are separately in communication with and connected to the tub, and a temperature sensor is disposed in the branch passage; a first joint between the branch passage and the heat exchange device is provided with a first air inlet, and in the vertical direction, the first air inlet is located at a position that is higher than a bottom end of the heat exchange device by a predetermined distance; and a second joint between the branch passage and the tub is provided with a second air inlet, and in the vertical direction, the position of the first air inlet is higher than the position of the second air inlet.
Process for improved combustion of a secondary fuel supplied to a rotary kiln in a first stream, preferably in the form of particles or shreds in a flow of compressed air, whereby the rotary kiln has a burner assembly including a main burner for primary fuel and a plurality of feed channels (16, 17, 18, 19, 20) for various media, one of said feed channels, called secondary fuel channel, being provided for supplying the first stream of the secondary fuel, characterised in that: a tubular oxygen lance for supplying an oxygen-rich gas, preferably oxygen gas 11, or an oxygen-rich liquid, preferably liquid oxygen 11, is provided in or on another one of said feed channels, called oxygen channel, said lance having an angled nozzle arranged at its feed end, the oxygen lance being positioned so that the oxygen-rich gas or liquid emerging from the nozzle forms a second stream which impacts the first stream. a tubular oxygen lance for supplying an oxygen-rich gas, preferably oxygen gas 11, or an oxygen-rich liquid, preferably liquid oxygen 11, is provided in or on another one of said feed channels, called oxygen channel, said lance having an angled nozzle arranged at its feed end, the oxygen lance being positioned so that the oxygen-rich gas or liquid emerging from the nozzle forms a second stream which impacts the first stream.
Method of producing a shaped aluminium alloy panel, preferably for aerospace applications, from 5000-series aluminium alloy sheet, the method comprising the steps of: - providing a sheet made of 5000-series alloy, wherein the sheet is made from an aluminium alloy comprising 3.0 - 6.0% Mg, 0.05 - 0.5% Sc, 0.05 - 0.25% Zr, optionally up to 2% Zn, balance is made by Fe, Si, regular impurities and aluminium, and having a thickness of 0.05 to 10mm and a length in the longest dimension of at least 800mm; - stretch forming the sheet at a forming temperature between -100°C and-25°C, to obtain a shaped aluminium alloy panel, wherein the forming temperature is below a value T crit characterized by the formula T crit °C = log 10 ε ʹ s − 1 × 18.8 + 13.8 °C wherein έ is the strain rate during forming. - providing a sheet made of 5000-series alloy, wherein the sheet is made from an aluminium alloy comprising 3.0 - 6.0% Mg, 0.05 - 0.5% Sc, 0.05 - 0.25% Zr, optionally up to 2% Zn, balance is made by Fe, Si, regular impurities and aluminium, and having a thickness of 0.05 to 10mm and a length in the longest dimension of at least 800mm; 3.0 - 6.0% Mg, 0.05 - 0.5% Sc, - stretch forming the sheet at a forming temperature between -100°C and-25°C, to obtain a shaped aluminium alloy panel
Document of value and/or security document, comprising a first pattern arranged in one or more first planes and formed from first pattern elements (14.1, 14.2, 14.3, 14.4, 14.5), and a second pattern, formed in one or more second planes and formed from second pattern elements (13.1, 13.5) and arranged in register in relation to the first pattern elements (14.1, 14.2, 14.3, 14.4, 14.5) of the first pattern, wherein the second pattern elements (13.1, 13.5), seen from one of the outer sides of the document, are in each case located in front of the first pattern elements (14.1, 14.2, 14.3, 14.4, 14.5), characterised in that the first pattern elements (14.1, 14.2, 14.3, 14.4, 14.5) are configured as transparent and/or translucent, the second pattern elements (13.1, 13.5) are formed by means of laser effect, and the document of value and/or security document, at least in the region of the first pattern elements, relating to a viewing axis running through opposing outer sides of the document of value and/or security document, is transparent and/or translucent except for the second pattern elements, wherein in each case, only for a part of the first pattern elements (14.1, 14.2, 14.3, 14.4, 14.5), one of the second pattern elements (13.1, 13.5) formed by means of laser effect is arranged between these first pattern elements and an outer surface oriented parallel to the one or more first planes, such that in transmitted light an item of information created by the combination of patterns can be identified, wherein the second pattern elements (13.1, 13.5), related to the viewing axis, cover the first pattern elements (14.1, 14.2, 14.3, 14.4, 14.5) of the one part of the first pattern elements (14.1, 14.2, 14.3, 14.4, 14.5).
System for Content Distribution Internetworking, comprising: - a plurality of Content Delivery Networks, CDN, each defining an operating business (OB i) having its respective local origin server (OS i), said defined operating business (OB i) being an arbitrary geographic area; and - computing means for performing the interconnection of said plurality of CDNs, wherein: - said computing means comprises of a global origin server, (OS G), configured to coordinate. the formation of a global network by connecting to some or all of the said local origin servers (OS i) in each of the said operating business (OB i)s; and - said global origin server (OS G), is configured to maintain meta-data of the buckets that are in each of said local origin server (OS i) in the plurality of CDNs, said buckets being logical containers holding CDN content, so in case a requested content is not in said local origin server (OS i) the location of said requested content is determined from said global origin server (OS G), and wherein the system is adapted and configured to implement the method of claim 15. - a plurality of Content Delivery Networks, CDN, each defining an operating business (OB i) having its respective local origin server (OS i), said defined operating business (OB i) being an arbitrary geographic area; and - computing means for performing the interconnection of said plurality of CDNs, wherein: - said computing means comprises of a global origin server, (OS G), configured to coordinate. the formation of a global network by connecting to some or all of the said local origin servers (OS i) in each of the said operating business (OB i)s; and - said global origin server (OS G), is configured to maintain meta-data of the buckets that are in each of said local origin server (OS i) in the plurality of CDNs, said buckets being logical containers holding CDN content,
Piece of furniture having a cable feedthrough which is provided in a furniture wall, in particular in a baseboard wall, comprising the following features: - the furniture wall has a wall opening which is laterally delimited by at least one bending tab (12a, 12b) which is formed by a partly cut-out portion of the furniture wall, - an insertion frame which delimits a cable passage space is arranged within the wall opening and is in holding engagement with an edge region of the furniture wall, which region delimits the wall opening, and the bending tab (12a, 12b), - a cable strain relief device can be fastened within the insertion frame and is designed for clamping a cable, - wherein the insertion frame and the cable strain relief device have a formfitting connection device which is designed such that the cable strain relief device and the insertion frame can be brought into formfitting holding engagement with one another within the insertion frame by moving or rotating the cable strain relief device such that movement of the cable strain relief device along the cable passage space is blocked. - the furniture wall has a wall opening which is laterally delimited by at least one bending tab (12a, 12b) which is formed by a partly cut-out portion of the furniture wall, - an insertion frame which delimits a cable passage space is arranged within the wall opening and is in holding engagement with an edge region of the furniture wall, which region delimits the wall opening, and the bending tab (12a, 12b), - a cable strain relief device can be fastened within the insertion frame and is designed for clamping a cable, - wherein the insertion frame and the cable strain relief device have a formfitting connection device which is designed such that the cable strain relief device and the insertion frame can be brought into formfitting holding engagement with one another within the insertion frame by moving or rotating the cable strain relief device such that movement of the cable strain relief device along the cable passage space is blocked.
A light filtering assembly used in a lens module, comprising a fixed mount, a light filter and a shutter, wherein a center of the fixed mount is provided with a hollow part in which the light filter and the shutter are disposed, the shutter having an annular shape and being disposed on a side of the light filter, characterized in that an annularly formed support part supporting the light filter extends from the fixed mount toward the hollow part such that a first binding space is formed between the support part and the fixed mount in the hollow part with the shutter being arranged opposite to the support part on the light filter, an outer periphery of the light filter extending from the support part into the first binding space and an outer periphery of the shutter extending into the first binding space and a binding element being formed in the first binding space with an adhesive material being injected into the first binding space, thereby stopping the light filter and the shutter at the hollow part as well as fixing the light filter and the shutter on the fixed mount. wherein a center of the fixed mount is provided with a hollow part in which the light filter and the shutter are disposed, the shutter having an annular shape and being disposed on a side of the light filter, characterized in that an annularly formed support part supporting the light filter extends from the fixed mount toward the hollow part such that a first binding space is formed between the support part and the fixed mount in the hollow part with the shutter being arranged opposite to the support part on the light filter, an outer periphery of the light filter extending from the support part into the first binding space and an outer periphery of the shutter extending into the first binding space and a binding element being formed in the first binding space with an adhesive material being injected into the first binding space, thereby stopping the light filter and the shutter at the hollow part as well as fixing the light filter and the shutter on the fixed mount.
A fluidic die (102, 200, 500) comprising: a substrate (110, 502) U an arrangement of fluidic elements to dispense a fluid, each fluidic element of the fluidic elements comprising a fluidic actuator (115, 212, 520) and a fluid chamber (114, 210, 522); an array of fluid feed holes (112, 214, 216, 310, 312) in a plurality of dimensions across the substrate (110, 502) to communicate the fluid with the fluidic elements, wherein each of multiple fluid feed holes (112, 214, 216, 310, 312) along a first dimension of the plurality of dimensions across the substrate (110, 502) is distinct from multiple fluid feed holes (112, 214, 216, 310, 312) along a second dimension of the plurality of dimensions across the substrate (110, 502); and circuit elements interspersed in regions between the fluidic elements along different axes (106, 108, 306, 308) of the fluidic die (102, 200, 500) resulting in an alternating arrangement of fluidic elements and circuit elements along the different axes (106, 108, 306, 308), wherein each circuit element of the circuit elements comprises an active device, and wherein the fluidic elements and the circuit elements are formed on a common substrate (110, 502). a substrate (110, 502) U an arrangement of fluidic elements to dispense a fluid, each fluidic element of the fluidic elements comprising a fluidic actuator (115, 212, 520) and a fluid chamber (114, 210, 522); an array of fluid feed holes (112, 214, 216, 310, 312) in a plurality of dimensions across the substrate (110, 502) to communicate the fluid with the fluidic elements, wherein each of multiple fluid feed holes (112, 214, 216, 310, 312) along a first dimension of the plurality of dimensions across the substrate (110, 502) is distinct from multiple fluid feed holes (112, 214, 216, 310, 312) along a second dimension of the plurality of dimensions across the substrate (110, 502); and circuit elements interspersed in regions between the fluidic elements along different axes (106, 108, 306, 308) of the fluidic die (102, 200, 500) resulting in an alternating arrangement of fluidic elements and circuit elements along the different axes (106, 108, 306, 308), wherein each circuit element of the circuit elements comprises an active device, and wherein the fluidic elements and the circuit elements are formed on a common substrate (110, 502).