mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: at an electronic device having a display, an image sensor, and at least one communication bus: detecting a physical input device in a real environment using the image sensor; in response to detecting an input field in a displayed application of a computer-generated reality environment, displaying, in the CGR environment, a representation of at least a portion of the displayed application on a representation of the physical input device, wherein the representation of at least a portion of the displayed application includes a representation (201a', 201b', 201c', 201d') of the detected input field displayed positioned on the representation of the physical input device in the CGR environment, and wherein the physical input device is external to the electronic device; receiving input data using the at least one communication bus indicative of an input received at the physical input device; and in response to receiving the input data: updating the representation of the detected input field based on the received input data, wherein updating the representation of the detected input field comprises displaying the input field having an updated appearance in the displayed application; and displaying the representation (201a', 201b', 201c', 201d') of the input field having an updated appearance on the representation of the physical input device. detecting a physical input device in a real environment using the image sensor; in response to detecting an input field in a displayed application of a computer-generated reality environment, displaying, in the CGR environment, a representation of at least a portion of the displayed application on a representation of the physical input device, wherein the representation of at least a portion of the displayed application includes a representation (201a', 201b', 201c', 201d') of the detected input field displayed positioned on the representation of the physical input device in the CGR environment, and wherein the physical input device is external to the electronic device; receiving input data using the at least one communication bus indicative of an input received at the physical input device; and in response to receiving the input data: updating the representation of the detected input field based on the received input data, wherein updating the representation of the detected input field comprises displaying the input field having an updated appearance in the displayed application; and displaying the representation (201a', 201b', 201c', 201d') of the input field having an updated appearance on the representation of the physical input device. updating the representation of the detected input field based on the received input data, wherein updating the representation of the detected input field comprises displaying the input field having an updated appearance in the displayed application; and displaying the representation (201a', 201b', 201c', 201d') of the input field having an updated appearance on the representation of the physical input device.
A thread cutting device for a sewing machine, which cuts at least one of an upper thread and a lower thread extended between a horizontal hook and a needle hole of a needle plate, comprising: a thread catcher that has a hook portion for hooking a thread and reciprocates linearly under the needle plate to hook and catch the thread on the hook portion in a periphery of an inner hook of the horizontal hook; and a fixed blade that cuts the thread caught by the thread catcher, characterized in that the horizontal hook has a hood, under which the thread catcher can reciprocate, in a part of the upper portion of a side wall portion forming a bobbin compartment that accommodates a bobbin of the inner hook, and a guiding member that guides the thread to the area located under the hood where the thread catcher reciprocates is provided on the upper surface of the hood. a thread catcher that has a hook portion for hooking a thread and reciprocates linearly under the needle plate to hook and catch the thread on the hook portion in a periphery of an inner hook of the horizontal hook; and a fixed blade that cuts the thread caught by the thread catcher, characterized in that the horizontal hook has a hood, under which the thread catcher can reciprocate, in a part of the upper portion of a side wall portion forming a bobbin compartment that accommodates a bobbin of the inner hook, and a guiding member that guides the thread to the area located under the hood where the thread catcher reciprocates is provided on the upper surface of the hood.
A method of producing a support cushion, comprising the steps of: providing a base layer having a lower surface and an upper surface; applying a plurality of surface coatings (32, 34, 36) to the upper surface of the base layer, the plurality of surface coatings (32, 34, 36) configured to allow an amount of air to flow through the base layer and the plurality of surface coatings (32, 34, 36) and further configured to provide a cooling effect, applying a liquid precursor to the upper surface of the base layer; and curing the liquid precursor to form one of the plurality of surface coatings (32, 34, 36) on the upper surface of the base layer, characterized in that the liquid precursor that forms at least one of the surface coatings (32, 34, 36) includes two or more components that, when combined, react to polymerize and cure the liquid precursor to form the final surface coating (32, 34, 36). providing a base layer having a lower surface and an upper surface; applying a plurality of surface coatings (32, 34, 36) to the upper surface of the base layer, the plurality of surface coatings (32, 34, 36) configured to allow an amount of air to flow through the base layer and the plurality of surface coatings (32, 34, 36) and further configured to provide a cooling effect, applying a liquid precursor to the upper surface of the base layer; and curing the liquid precursor to form one of the plurality of surface coatings (32, 34, 36) on the upper surface of the base layer, characterized in that the liquid precursor that forms at least one of the surface coatings (32, 34, 36) includes two or more components that, when combined, react to polymerize and cure the liquid precursor to form the final surface coating (32, 34, 36).
- A heat storage-type heat exchange device, comprising a first thermally conductive tube that is hollow over its length, a second thermally conductive tube that is hollow over its length, and a thermally conductive fin, wherein the fin extends lengthwise along the first tube, the fin extends lengthwise along the second tube and the fin extends width-wise between the first tube and the second tube, characterized in that the device further comprises water surrounding the first tube, the second tube and the fin, and in that the fin comprises a first thermally conductive half-fin, which extends between the first tube and a first edge and a second thermally conductive half-fin, which extends between the second tube and a second edge, the fin having a width higher than ten times the width of a tube.
Packet for cigarette industry products, having an outer packet which has a box part and a lid that is pivotably disposed on the box part, and wherein an inner packet, which is preferably designed as a sealed block and contains the cigarette industry products as the packet content, is disposed in the outer packet, and wherein the inner packet has a retrieval opening which can be opened, or closed, by an opening tab of the inner packet that is activatable multiple times, and wherein the opening tab in a connection region is fastened to the lid of the outer packet in such a manner that the retrieval opening is automatically released when opening the lid, and is automatically closed when closing the lid, and wherein disposed in the box part is a collar which by way of a collar front wall and collar lateral walls bears on the inside on corresponding walls of the box part and protrudes from the box part which is open at the top, and wherein the collar front wall has a clearance for forming a collar window, and wherein a lower periphery of the connection region is disposed at the height level of a lower periphery of the collar window or above the latter, and wherein a width of the opening tab is less than the width of the collar window, characterized in that a lower periphery of the opening tab terminates below the lower periphery of the collar window by way of a minor spacing of in particular 2 to 3 mm.
A core press assembly comprising: (a) a press turntable having die bores and upper punches and (b) a transfer assembly comprising a plurality of core retention elements that are coupled to one another, wherein the core retention elements each comprise a transfer cog, wherein the transfer assembly forms a continuous loop and is installed in the core press assembly such that core retention elements may interact with die bores and upper punches of the press turntable, characterized in that, (c) as upper punches are rotating, they are inserted into and contact transfer cogs to move transfer assembly and transfer any tablet core retained by core retention element into a powder bore, each die bore retains an interchangeable die that comprises a powder bore, wherein the upper punch and the powder bore are aligned about a common vertical axis, and (d) that the press turntable further comprises lower punches, which coincide with and are in line with each upper punch, wherein one end of each lower punch forms the base of each powder bore, wherein the transfer cog of each core retention element houses a core holder and a core push pin, wherein the core press assembly further comprising a lower cam track, wherein at least a portion of the lower cam track is gradually sloped to contact and pull down each lower punch, wherein the lower punch is pulled down as its corresponding upper punch is driven down onto core push pin and a tablet core is discharged into powder bore. (a) a press turntable having die bores and upper punches and (b) a transfer assembly comprising a plurality of core retention elements that are coupled to one another, wherein the core retention elements each comprise a transfer cog, wherein the transfer assembly forms a continuous loop and is installed in the core press assembly such that core retention elements may interact with die bores and upper punches of the press turntable, (c) as upper punches are rotating, they are inserted into and contact transfer cogs to move transfer assembly and transfer any tablet core retained by core retention element into a powder bore, each die bore retains an interchangeable die that comprises a powder bore, wherein the upper punch and the powder bore are aligned about a common vertical axis, and (d) that the press turntable further comprises lower punches, which coincide with and are in line with each upper punch, wherein one end of each lower punch forms the base of each powder bore, wherein the transfer cog of each core retention element houses a core holder and a core push pin, wherein the core press assembly further comprising a lower cam track, wherein at least a portion of the lower cam track is gradually sloped to contact and pull down each lower punch, wherein the lower punch is pulled down as its corresponding upper punch is driven down onto core push pin and a tablet core is discharged into powder bore.
Method for the portioned packaging of an at least substantially incompressible food mass, particularly of soft cheese, which is introduced as a flowable mass into a tubular wrapping having a thermoplastic plastic film, wherein units of the wrapping arranged one behind the other, each of which defines a portion of the food mass, are delimited with respect to each other by sealing in sealing areas and are subsequently separated from each other, wherein the tubular wrapping is moulded in a deep drawing process while the food mass remains, characterised in that the thermoplastic plastic film of the wrapping that surrounds the food mass is moulded in a tool mould into individual units with displacement of the food mass out of sealing areas, wherein the food mass is displaced from areas of the completely filled tube and into areas in which deep drawing is taking place practically simultaneously, so that the food mass acts like a punch and presses the film into the tool mould.
A compound as shown in general formula I or a pharmaceutically acceptable salt thereof: wherein: R 1 is selected from the group consisting of: hydrogen atom, fluorine atom, chlorine atom, bromine atom, iodine atom and cyano group.
A method of wireless communication performed by a user equipment, UE (104; 302; 504), comprising: receiving, via one or more component carriers, one or more downlink reference signals from one or more serving or neighboring transmission-reception points, TRPs (102; 304; 502), wherein a number of the received one or more downlink reference signals is less than or equal to a maximum number of downlink path loss estimates, spatial transmit beam determinations, spatial receive beam determinations, or any combination thereof to be simultaneously maintained by the UE for positioning purposes, and wherein the maximum number does not include any downlink reference signals the UE is already monitoring for other purposes; and performing a downlink path loss estimate, a spatial transmit beam determination, a spatial receive beam determination, or any combination thereof at least based on each of the received one or more downlink reference signals. receiving, via one or more component carriers, one or more downlink reference signals from one or more serving or neighboring transmission-reception points, TRPs (102; 304; 502), wherein a number of the received one or more downlink reference signals is less than or equal to a maximum number of downlink path loss estimates, spatial transmit beam determinations, spatial receive beam determinations, or any combination thereof to be simultaneously maintained by the UE for positioning purposes, and wherein the maximum number does not include any downlink reference signals the UE is already monitoring for other purposes; and performing a downlink path loss estimate, a spatial transmit beam determination, a spatial receive beam determination, or any combination thereof at least based on each of the received one or more downlink reference signals.
A integrated gasification combined cycle (IGCC) system, comprising: at least one organic Rankine cycle system and a gas cooling system, wherein the at least one organic Rankine cycle system is coupled within the IGCC system, and is configured to receive heated boiler feedwater (168, 236, 274) from the IGCC system, to deliver cooled boiler feedwater (166, 234, 272 to the IGCC system, and to produce power by converting heat energy in the heated boiler feedwater (168, 236, 274) to electrical energy, wherein the organic Rankine cycle system is coupled to the gas cooling system, wherein the gas cooling system is configured to receive the cooled boiler feedwater from the organic Rankine cycle system and to deliver the heated boiler feedwater to the organic Rankine cycle system wherein the gas cooling system comprises a first heat exchanger configured to heat boiler feedwater with syngas from a gasifier of the IGCC system to generate low, low pressure steam, a second heat exchanger configured to heat steam condensate with syngas from the first heat exchanger to generate heated steam condensate, and a third heat exchanger configured to heat the cooled boiler feedwater from the organic Rankine cycle system with syngas from the second heat exchanger to generate the heated boiler feedwater. at least one organic Rankine cycle system and a gas cooling system, wherein the at least one organic Rankine cycle system is coupled within the IGCC system, and is configured to receive heated boiler feedwater (168, 236, 274) from the IGCC system, to deliver cooled boiler feedwater (166, 234, 272 to the IGCC system, and to produce power by converting heat energy in the heated boiler feedwater (168, 236, 274) to electrical energy, wherein the organic Rankine cycle system is coupled to the gas cooling system, wherein the gas cooling system is configured to receive the cooled boiler feedwater from the organic Rankine cycle system and to deliver the heated boiler feedwater to the organic Rankine cycle system wherein the gas cooling system comprises a first heat exchanger configured to heat boiler feedwater with syngas from a gasifier of the IGCC system to generate low, low pressure steam, a second heat exchanger configured to heat steam condensate with syngas from the first heat exchanger to generate heated steam condensate, and a third heat exchanger configured to heat the cooled boiler feedwater from the organic Rankine cycle system with syngas from the second heat exchanger to generate the heated boiler feedwater.
A method for assessing an incident flow at a rotor blade of a wind power installation, comprising the steps of: - recording at least part of a pressure spectrum of a pressure, in particular wall pressure at the rotor blade at at least one measurement position, - determining at least two characteristic values (P1, P2) from the pressure spectrum, - forming an indicator value from a relationship between the at least two characteristic values (P1, P2) and - assessing whether a critical incident flow is present, depending on the indicator value. - recording at least part of a pressure spectrum of a pressure, in particular wall pressure at the rotor blade at at least one measurement position, - determining at least two characteristic values (P1, P2) from the pressure spectrum, - forming an indicator value from a relationship between the at least two characteristic values (P1, P2) and - assessing whether a critical incident flow is present, depending on the indicator value.
A method comprising the steps of: (a) emulsifying a library comprising a plurality of nucleic acid templates to form a plurality of droplets, wherein each nucleic acid template comprises: (i) a first nucleotide sequence encoding a variant of an RNA-guided_nuclease operably linked to a first promoter; and (ii) a second nucleotide sequence comprising a target site for the RNA-guided nuclease; and wherein each of the droplets comprises a unique nucleic acid template; (b) expressing the RNA-guided nuclease variants in the plurality of droplets; (c) subjecting the plurality of droplets to conditions favorable for nuclease cleavage of the target site to produce a population of cleaved nucleic acid templates, each cleaved nucleic acid template comprising the first nucleotide sequence and a predetermined cleaved end; (d) ligating the cleaved nucleic acid templates with at least one oligonucleotide capture probe specific for the predetermined cleaved end to produce a plurality of ligation products; and (e) identifying at least one first nucleotide sequence encoding an RNA-guided nuclease variant in at least one ligation product. (a) emulsifying a library comprising a plurality of nucleic acid templates to form a plurality of droplets, wherein each nucleic acid template comprises: (i) a first nucleotide sequence encoding a variant of an RNA-guided_nuclease operably linked to a first promoter; and (ii) a second nucleotide sequence comprising a target site for the RNA-guided nuclease; and wherein each of the droplets comprises a unique nucleic acid template; (i) a first nucleotide sequence encoding a variant of an RNA-guided_nuclease operably linked to a first promoter; and (ii) a second nucleotide sequence comprising a target site for the RNA-guided nuclease; and (b) expressing the RNA-guided nuclease variants in the plurality of droplets; (c) subjecting the plurality of droplets to conditions favorable for nuclease cleavage of the target site to produce a population of cleaved nucleic acid templates, each cleaved nucleic acid template comprising the first nucleotide sequence and a predetermined cleaved end; (d) ligating the cleaved nucleic acid templates with at least one oligonucleotide capture probe specific for the predetermined cleaved end to produce a plurality of ligation products; and (e) identifying at least one first nucleotide sequence encoding an RNA-guided nuclease variant in at least one ligation product.
A composition comprising 20 weight percent to 75 weight percent of a polyetherimide or a poly(arylene ether sulfone); 5 weight percent to 35 weight percent of a second polymer comprising a polycarbonate-ester copolymer or a polyester; and 20 weight percent to 60 weight percent of boehmite, preferably wherein the boehmite has an average particle diameter of less than 1 micrometer, as determined using laser light scattering; wherein weight percent is based on the total weight of the composition. 20 weight percent to 75 weight percent of a polyetherimide or a poly(arylene ether sulfone); 5 weight percent to 35 weight percent of a second polymer comprising a polycarbonate-ester copolymer or a polyester; and 20 weight percent to 60 weight percent of boehmite, preferably wherein the boehmite has an average particle diameter of less than 1 micrometer, as determined using laser light scattering; wherein weight percent is based on the total weight of the composition.
A snow tire having a tread comprising at least three radially superposed portions which comprise a radially external portion being made of a first rubber composition, a radially intermediate portion being made of a second rubber composition and a radially internal portion being made of a third rubber composition; wherein each of the rubber compositions is based on at least: - an elastomer matrix; - a reinforcing filler; and - a crosslinking system based on sulphur; characterized in that the amount in phr of sulphur in the first rubber composition is lower than that in the second rubber composition, and wherein the amount in phr of sulphur in the second rubber composition is higher than that in the third rubber composition. wherein each of the rubber compositions is based on at least: - an elastomer matrix; - a reinforcing filler; and - a crosslinking system based on sulphur; - an elastomer matrix; - a reinforcing filler; and - a crosslinking system based on sulphur; characterized in that the amount in phr of sulphur in the first rubber composition is lower than that in the second rubber composition, and wherein the amount in phr of sulphur in the second rubber composition is higher than that in the third rubber composition.
Cambial meristematic cells (CMCs) for expression of a target protein, wherein the cambial meristematic cells comprise a recombinant vector comprising gene(s) encoding the target protein, wherein the gene (s) encoding the target protein is transformed in the cambial meristematic cells so that the target protein is transiently expressed in the cambial meristematic cells, wherein the cambial meristematic cells (CMCs) are a type of plant cell line comprising innately undifferentiated cells isolated from a plant, and wherein the cell line is isolated from the cambial tissue of the plant and has meristematic continuity.
A charging apparatus configured to charge a battery when a charging connector is connected to a charging inlet of a vehicle, wherein the battery is mounted in the vehicle and wherein the charging apparatus is configured to be connected to the vehicle via the charging connector, the charging apparatus comprising: an electronic control unit configured to cooperate with a charging control section mounted in the vehicle so as to control a charging process of charging the battery characterised in that the electronic control unit is configured to determine whether a cooling mechanism for the charging inlet is provided in the vehicle, wherein in a case where the cooling mechanism for the charging inlet is provided, the electronic control unit sets a charge current for the battery to a value larger than a value to which the charge current for the battery is set in a case where the cooling mechanism for the charging inlet is not provided.