mhurhangee/ep-ind-claims huggingface dataset:
A system for binding commands between a source comprising a collection of state of an underlying application and a target being a user interface, the system comprising a data binding engine that receives at least one binding statement mapping a command to an element of the target and comprising a binding path and an indication of a data source; evaluates the at least one binding statement and updates the target element to a value associated with the command; monitors a collection of objects comprising the data source for a change notification; in response to detecting the change notification, queries into a graph of objects, comprising at least a first object and a second object, to dynamically determine which object is represented by the binding path and to determine an updated value of the command; and updates the target mapped to the command to the updated value of the command, wherein the command is a command object, and wherein each arrow pointing from one object to another in the graph represents a property, wherein the first object points to the second object, and wherein the second object is the command object.
A fixture comprising: a plurality of alloy pressure pads shaped to contact a component to be brazed or diffusion bonded; a plurality of springs, characterised in that: each spring of the plurality of springs is shaped with a horseshoe or an omega symbol shape to have a substantially constant stress throughout the spring; and further characterised by at least one generally annular alloy support, wherein the plurality of springs are between and contacting the at least one alloy support and the plurality of alloy pressure pads to exert spring forces on the plurality of alloy pressure pads. a plurality of alloy pressure pads shaped to contact a component to be brazed or diffusion bonded; a plurality of springs, characterised in that: each spring of the plurality of springs is shaped with a horseshoe or an omega symbol shape to have a substantially constant stress throughout the spring; and further characterised by at least one generally annular alloy support, wherein the plurality of springs are between and contacting the at least one alloy support and the plurality of alloy pressure pads to exert spring forces on the plurality of alloy pressure pads. each spring of the plurality of springs is shaped with a horseshoe or an omega symbol shape to have a substantially constant stress throughout the spring; and further characterised by at least one generally annular alloy support, wherein the plurality of springs are between and contacting the at least one alloy support and the plurality of alloy pressure pads to exert spring forces on the plurality of alloy pressure pads.
A communication method, comprising: determining a physical downlink shared channel, PDSCH, occasion based on a value set of K1 and time domain resource allocation information; and determining hybrid automatic repeat request, HARQ, feedback information based on the PDSCH occasion, wherein the value set of K1 comprises a set of values of a time relationship between downlink data transmission and the HARQ feedback information, and the value set of K1 is correlated with a downlink control information, DCI, format, wherein if non-fallback DCI is configured to be monitored, the value set of K1 is a first set; if fallback DCI is configured to be monitored and the non-fallback DCI is not configured to be monitored, the value set of K1 is a second set. determining a physical downlink shared channel, PDSCH, occasion based on a value set of K1 and time domain resource allocation information; and determining hybrid automatic repeat request, HARQ, feedback information based on the PDSCH occasion, wherein the value set of K1 comprises a set of values of a time relationship between downlink data transmission and the HARQ feedback information, and the value set of K1 is correlated with a downlink control information, DCI, format, wherein if non-fallback DCI is configured to be monitored, the value set of K1 is a first set; if fallback DCI is configured to be monitored and the non-fallback DCI is not configured to be monitored, the value set of K1 is a second set.
Pyrotechnic primer charge or delay composition composed of REACh (Registration, Evaluation, Authorisation and Restriction of Chemicals)-compliant constituents which are toxicologically unproblematical for human beings and the environment, characterized in that the primer charge or delay composition comprises at least one oxidizing agent, in that the primer charge or delay composition comprises at least one reducing agent, in that the primer charge or delay composition comprises at least one additive which is slag- or framework-forming and in that the primer charge or delay composition comprises at least one mineral binder.
A device for securing a connection to be formed between a leg of a marine structure and a pile of a fundament fastened in a seabed, wherein the connection comprises the leg partly inserted into an opening of the pile, wherein the device is configured to be firmly connected to the leg, the device comprising - a sleeve element configured, together with the leg of the marine structure, to be brought to vicinity of an upper portion of the pile, and - a clamping arrangement attached to the sleeve element comprising at least one clamping device configured to form an attachment between the sleeve element and the upper portion of the pile, wherein the clamping device comprises a clamp mechanism comprising a displaceable wedge configured to form a wedged engagement with the upper portion of the pile, wherein the clamp mechanism comprises a setting member configured to act on the displaceable wedge for forming the attachment between the sleeve element and the upper portion of the pile, characterized in that the setting member comprises an axially displaceable bolt configured to act on the displaceable wedge so that the displaceable wedge is displaced into engagement with an envelope surface of the pile. wherein the device is configured to be firmly connected to the leg, the device comprising - a sleeve element configured, together with the leg of the marine structure, to be brought to vicinity of an upper portion of the pile, and - a clamping arrangement attached to the sleeve element comprising at least one clamping device configured to form an attachment between the sleeve element and the upper portion of the pile, - a sleeve element configured, together with the leg of the marine structure, to be brought to vicinity of an upper portion of the pile, and - a clamping arrangement attached to the sleeve element comprising at least one clamping device configured to form an attachment between the sleeve element and the upper portion of the pile, wherein the clamping device comprises a clamp mechanism comprising a displaceable wedge configured to form a wedged engagement with the upper portion of the pile, wherein the clamp mechanism comprises a setting member configured to act on the displaceable wedge for forming the attachment between the sleeve element and the upper portion of the pile, characterized in that the setting member comprises an axially displaceable bolt configured to act on the displaceable wedge so that the displaceable wedge is displaced into engagement with an envelope surface of the pile.
A measurement method for increasing the effective size of a quiet zone, the measurement method comprising the steps of: in the case that an amplitude and/or a phase distribution of the quiet zone is known, determining a set of correction factors on the basis of said amplitude and/or phase distribution of the quiet zone, and in the case that the amplitude and/or phase distribution of the quiet zone and an antenna radiating aperture location on a device under test are known, centering the device under test in the middle of the quiet zone and moving the device under test radially in at least one axis, and applying the respective correction factor of the set of correction factors for a desired set of positions of the antenna radiating aperture in the quiet zone. in the case that an amplitude and/or a phase distribution of the quiet zone is known, determining a set of correction factors on the basis of said amplitude and/or phase distribution of the quiet zone, and in the case that the amplitude and/or phase distribution of the quiet zone and an antenna radiating aperture location on a device under test are known, centering the device under test in the middle of the quiet zone and moving the device under test radially in at least one axis,
A mounting and dismounting device for a liner of a gas turbine wherein the front end of the liner is to be connected or disconnected to an inlet portion of a combustion gas passageway, comprising two inner rails, arranged essentially parallel one to the other, each one attachable to the turbine housing (13, 14) and each one having a first straight portion, two outer rails, arranged essentially parallel one to the other and attachable to the turbine housing (13, 14), wherein the adjacent free ends of the inner and outer rails can be positioned in full alignment one to the other, wherein the inner and outer rails are adapted to support the liner to be moveable in its axial direction, characterized in that the inner rails comprise a second straight portion connected to the first straight portion through a curved portion.
A photosensitive resin composition which exhibits positive or negative photosensitivity and is used as a mask in an ion implantation step, the photosensitive resin composition comprising, as a resin, a polysiloxane, wherein the polysiloxane further includes an organosilane unit having an acidic group selected from a carboxy group, an acid anhydride group, a sulfonic acid group, a phenolic hydroxyl group, a hydroxyimide group, and a silanol group, the photosensitive resin composition further comprising inorganic particles selected from the group consisting of silica particles, lithium fluoride particles, lithium chloride particles, lithium bromide particles, lithium oxide particles, lithium carbonate particles, lithium sulfate particles, lithium nitrate particles, lithium metasilicate particles, lithium hydroxide particles, sodium fluoride particles, sodium chloride particles, sodium bromide particles, sodium carbonate particles, sodium hydrogen carbonate particles, sodium sulfate particles, sodium nitrate particles, sodium metasilicate particles, sodium hydroxide particles, magnesium fluoride particles, magnesium chloride particles, magnesium bromide particles, magnesium oxide particles, magnesium carbonate particles, magnesium sulfate particles, magnesium nitrate particles, magnesium hydroxide particles, potassium fluoride particles, potassium chloride particles, potassium bromide particles, potassium carbonate particles, potassium sulfate particles, potassium nitrate particles, calcium fluoride particles, calcium chloride particles, calcium bromide particles, calcium oxide particles, calcium carbonate particles, calcium sulfate particles, calcium nitrate particles, calcium hydroxide particles, strontium fluoride particles, barium fluoride particles, lanthanum fluoride particles.
A thermoplastic elastomer composition comprising a hydrogenated block copolymer and a softening agent, the hydrogenated block copolymer being a hydrogenated product of a block copolymer including a polymer block (a) composed of a constitutional unit derived from an aromatic vinyl compound and a polymer block (b) containing 1 to 100% by mass of a constitutional unit derived from farnesene and 99 to 0% by mass of a constitutional unit derived from a conjugated diene other than farnesene, a mass ratio of the polymer block (a) and the polymer block (b) [(a)/(b)] being 1/99 to 70/30, 50 mol% or more of carbon-carbon double bonds in the polymer block (b) being hydrogenated, and a content of the softening agent being 20 to 2,000 parts by mass on the basis of 100 parts by mass of the hydrogenated block copolymer.
Heat storage device, comprising a hollow tubular element closed at its opposing ends by closing means (3,11) attached by mechanical coupling; wherein said closing means (3,11) comprise cover means adapted to be inserted inside said tubular element at said ends; the peripheral surface of said tubular element being provided with at least one hole and said cover means being provided on their lateral outside with at least one groove, inside of which, through said hole on said tubular element, at least a corresponding locking element is adapted to be inserted partially outside of said groove.
An eCig clearomizer comprising: a refillable tank comprising a tank proximal portion and a tank distal portion, a first fill aperture, and a first annular channel around the proximal portion of the tank; and a mouthpiece comprising a mouthpiece proximal portion and a mouthpiece distal portion, a second fill aperture, a first annular protuberance around the distal portion of the mouthpiece, wherein the first annular protuberance is slidably retained in the first annular channel to facilitate rotation of the mouthpiece relative to the refillable tank; wherein the refillable tank and the mouthpiece are thereby configured and arranged to permit relative rotation to selectably align and misalign the first and second fill apertures (259, 254). a refillable tank comprising a tank proximal portion and a tank distal portion, a first fill aperture, and a first annular channel around the proximal portion of the tank; and a tank proximal portion and a tank distal portion, a first fill aperture, and a first annular channel around the proximal portion of the tank; and a mouthpiece comprising a mouthpiece proximal portion and a mouthpiece distal portion, a second fill aperture, a first annular protuberance around the distal portion of the mouthpiece, wherein the first annular protuberance is slidably retained in the first annular channel to facilitate rotation of the mouthpiece relative to the refillable tank; a mouthpiece proximal portion and a mouthpiece distal portion, a second fill aperture, a first annular protuberance around the distal portion of the mouthpiece, wherein the first annular protuberance is slidably retained in the first annular channel to facilitate rotation of the mouthpiece relative to the refillable tank; wherein the refillable tank and the mouthpiece are thereby configured and arranged to permit relative rotation to selectably align and misalign the first and second fill apertures (259, 254).
Compression system for applying adjustable compression to a body extremity, comprising an at least regionally elastic compression textile with a base body and at least one band arranged on the base body and having a free end on which first fastening means are arranged, wherein the compression textile can be wrapped around the body extremity while being stretched and can be fixed to the body extremity while maintaining the stretch by means of the first fastening means, and the compression textile stretches when applied to the body extremity as a function of a tensile force exerted on the band to generate the stretch (s), so that, when the compression textile is applied, a compression dependent on the stretch (s) is exerted on the body extremity, characterized by a force measuring device for recording the compression exerted on the band or each band (3a, 3b, 3c) when applied to the body extremity, the force measuring device being removably attachable to the free end of the at least one band or each band (3a, 3b, 3c) by means of second attachment means.
A non-transitory computer-readable medium comprising computer executable instructions stored thereon, the instructions when executed by a computer, causing the computer to: attach one or more metadata blocks associated with one or more network traffic flows to one or more network namespaces configured on a host device in a cloud network, such that the one or more network traffic flows are identifiable by the one or more metadata blocks attached to the one or more network namespaces, the one or more network traffic flows being transported through a corresponding one of one or more VPN tunnels; terminate each one of the one or more VPN tunnels at a corresponding one of the one or more network namespaces and direct a corresponding one of the one or more network traffic flows through the corresponding one of the one or more network namespaces; provide specific upstream cloud services relevant to each of the one or more data traffic flows based on an identification based on the one or more metadata blocks associated with the one or more network traffic flows and attached to the one or more network namespaces; and identify one or more services and security policies to be applied by the upstream cloud services to the one or more network traffic flows, the one or more services and security policies being associated with the one or more network namespaces. attach one or more metadata blocks associated with one or more network traffic flows to one or more network namespaces configured on a host device in a cloud network, such that the one or more network traffic flows are identifiable by the one or more metadata blocks attached to the one or more network namespaces, the one or more network traffic flows being transported through a corresponding one of one or more VPN tunnels; terminate each one of the one or more VPN tunnels at a corresponding one of the one or more network namespaces and direct a corresponding one of the one or more network traffic flows through the corresponding one of the one or more network namespaces; provide specific upstream cloud services relevant to each of the one or more data traffic flows based on an identification based on the one or more metadata blocks associated with the one or more network traffic flows and attached to the one or more network namespaces; and identify one or more services and security policies to be applied by the upstream cloud services to the one or more network traffic flows, the one or more services and security policies being associated with the one or more network namespaces.
Process for solubilizing residuals from squeezing citrus fruits comprising: • a first step of solubilizing residuals of squeezing citrus fruits, wherein the solubilizing occurs: i) in a basic aqueous solution obtained through addition of an hydroxide or a basic salt; ii) with different ratios between the amount of water and the amount of residuals of squeezing citrus fruits; iii) at a temperature included between 30°C and 350°C; iv) with reaction times included between 3 hours and 24 hours; • a second step of catalytic oxidizing the residuals solubilized in the previous first step, wherein the catalytic oxidizing occurs: v) at the presence of oxygen at a pressure included between 2 bar and 50 bar; vi) at the presence of at least one heterogeneous catalyst selected from the group comprising mixed metallic oxides and mixed metallic oxides supported by an inert support; vii) at a temperature included between 30°C and 350°C; viii) with reaction times included between 3 hours and 24 hours; ix) wherein step is repeated for at least one cycle or for many cycles. • a first step of solubilizing residuals of squeezing citrus fruits, wherein the solubilizing occurs: i) in a basic aqueous solution obtained through addition of an hydroxide or a basic salt; ii) with different ratios between the amount of water and the amount of residuals of squeezing citrus fruits; iii) at a temperature included between 30°C and 350°C; iv) with reaction times included between 3 hours and 24 hours; i) in a basic aqueous solution obtained through addition of an hydroxide or a basic salt; ii) with different ratios between the amount of water and the amount of residuals of squeezing citrus fruits; iii) at a temperature included between 30°C and 350°C; iv) with reaction times included between 3 hours and 24 hours; • a second step of catalytic oxidizing the residuals solubilized in the previous first step, wherein the catalytic oxidizing occurs: v) at the presence of oxygen at a pressure included between 2 bar and 50 bar; vi) at the presence of at least one heterogeneous catalyst selected from the group comprising mixed metallic oxides and mixed metallic oxides supported by an inert support; vii) at a temperature included between 30°C and 350°C; viii) with reaction times included between 3 hours and 24 hours; ix) wherein step is repeated for at least one cycle or for many cycles. v) at the presence of oxygen at a pressure included between 2 bar and 50 bar; vi) at the presence of at least one heterogeneous catalyst selected from the group comprising mixed metallic oxides and mixed metallic oxides supported by an inert support; vii) at a temperature included between 30°C and 350°C; viii) with reaction times included between 3 hours and 24 hours; ix) wherein step is repeated for at least one cycle or for many cycles.
A method for manufacturing a grain-oriented electrical steel sheet, comprising the steps: a) forming a steel sheet having a final sheet thickness by rolling a slab formed from molten steel containing 0.08 mass percent or less of C, 2.0 to 8.0 mass percent of Si, and 0.005 to 1.0 mass percent of Mn; b) applying an annealing separator to the steel sheet and baking the steel sheet coated with the annealing separator, wherein the annealing separator comprises an Al compound in the form of a solution or a colloidal solution and a stable compound which is stable at high temperature, and wherein the amount of the annealing separator applied to the steel sheet is set to 0.005 to 5 g/m 2 per one surface; c) final annealing by performing batch annealing of the steel sheet, obtained after method step b); and d) performing recrystallization annealing of the steel sheet before method step b) or after method step b) and before method step c), characterized in that a network structure between molecules is formed during baking from 150°C to 400°C by dehydration condensation reaction of the Al compound. a) forming a steel sheet having a final sheet thickness by rolling a slab formed from molten steel containing 0.08 mass percent or less of C, 2.0 to 8.0 mass percent of Si, and 0.005 to 1.0 mass percent of Mn; b) applying an annealing separator to the steel sheet and baking the steel sheet coated with the annealing separator, wherein the annealing separator comprises an Al compound in the form of a solution or a colloidal solution and a stable compound which is stable at high temperature, and wherein the amount of the annealing separator applied to the steel sheet is set to 0.005 to 5 g/m 2 per one surface; c) final annealing by performing batch annealing of the steel sheet, obtained after method step b); and d) performing recrystallization annealing of the steel sheet before method step b) or after method step b) and before method step c),