mhurhangee/patent-ind-claim-en huggingface dataset:
An airfoil , comprising: a skin , comprising an external surface and an internal surface , opposite the external surface , wherein the skin is magnetically and electrically conductive, and wherein the skin has a controlled region ; an interior space , formed by the skin , wherein the internal surface of the skin faces the interior space ; a leading edge along the external surface of the skin ; and a hybrid acoustic induction-heating system , configured to impede formation of ice on the external surface of the skin and comprising: an induction coil within the interior space , wherein at least a portion of the induction coil is sufficiently close to the internal surface of the skin to produce an eddy current within the controlled region of the skin when an alternating electrical current is flowing in the induction coil ; and a control system , configured to generate inductive heat and acoustic pressure in the controlled region of the skin by supplying the alternating electrical current to the induction coil based, at least in part, on an ambient temperature of a layer of fluid flowing over the external surface of the skin . a skin , comprising an external surface and an internal surface , opposite the external surface , wherein the skin is magnetically and electrically conductive, and wherein the skin has a controlled region ; an interior space , formed by the skin , wherein the internal surface of the skin faces the interior space ; a leading edge along the external surface of the skin ; and a hybrid acoustic induction-heating system , configured to impede formation of ice on the external surface of the skin and comprising: an induction coil within the interior space , wherein at least a portion of the induction coil is sufficiently close to the internal surface of the skin to produce an eddy current within the controlled region of the skin when an alternating electrical current is flowing in the induction coil ; and a control system , configured to generate inductive heat and acoustic pressure in the controlled region of the skin by supplying the alternating electrical current to the induction coil based, at least in part, on an ambient temperature of a layer of fluid flowing over the external surface of the skin . an induction coil within the interior space , wherein at least a portion of the induction coil is sufficiently close to the internal surface of the skin to produce an eddy current within the controlled region of the skin when an alternating electrical current is flowing in the induction coil ; and a control system , configured to generate inductive heat and acoustic pressure in the controlled region of the skin by supplying the alternating electrical current to the induction coil based, at least in part, on an ambient temperature of a layer of fluid flowing over the external surface of the skin .
A fuel injection control information generation apparatus , comprising: a test point information storage section that holds test point information including a plurality of test points constituted of a set of an engine speed, a fuel injection amount, and intake oxygen concentration of an engine; and a control information generation section that generates, for each of the test points included in the test point information , fuel injection control information in which the engine speed, the fuel injection amount, and the intake oxygen concentration of the engine at the test point are associated with an optimum fuel injection timing at which an index of a total amount consisting of a fuel consumption rate and an NOx emission amount at the test point reaches the smallest, wherein the fuel injection control information is map information in which the optimum fuel injection timing is associated with each of the plurality of test points, characterized in that the optimum fuel injection timing is calculated by variable SOI act that satisfies expression, C ⋅ dNOx dsoi act + 1 − C ⋅ dFC dsoi act = 0 . wherein the NOx is a model expression of a NOx emission, the FC is a model expression of the fuel consumption rate, the C is a predetermined coefficient. a test point information storage section that holds test point information including a plurality of test points constituted of a set of an engine speed, a fuel injection amount, and intake oxygen concentration of an engine; and a control information generation section that generates, for each of the test points included in the test point information , fuel injection control information in which the engine speed, the fuel injection amount, and the intake oxygen concentration of the engine at the test point are associated with an optimum fuel injection timing at which an index of a total amount consisting of a fuel consumption rate and an NOx emission amount at the test point reaches the smallest, wherein the fuel injection control information is map information in which the optimum fuel injection timing is associated with each of the plurality of test points, characterized in that the optimum fuel injection timing is calculated by variable SOI act that satisfies expression, C ⋅ dNOx dsoi act + 1 − C ⋅ dFC dsoi act = 0 . wherein the NOx is a model expression of a NOx emission, the FC is a model expression of the fuel consumption rate, the C is a predetermined coefficient.
A method of estimating a position, the method comprising: determining a first rotation reference point based on localization information estimated for a target and map data ; estimating a second rotation reference point from image data associated with a front view of the target ; and correcting the localization information using a rotation parameter calculated based on the first rotation reference point and the second rotation reference point , CHARACTERISED IN THAT the determining of the first rotation reference point further comprises: extracting a candidate area in front of the target from the map data based on the localization information; spanning a lane boundary line included in the candidate area ; and determining a point located beyond a threshold distance from the target , among points on the spanned lane boundary line , to be the first rotation reference point , AND IN THAT the estimating of the second rotation reference point further comprises detecting the second rotation reference point from the image data based on a vanishing-point detection model . determining a first rotation reference point based on localization information estimated for a target and map data ; estimating a second rotation reference point from image data associated with a front view of the target ; and correcting the localization information using a rotation parameter calculated based on the first rotation reference point and the second rotation reference point , CHARACTERISED IN THAT the determining of the first rotation reference point further comprises: extracting a candidate area in front of the target from the map data based on the localization information; spanning a lane boundary line included in the candidate area ; and determining a point located beyond a threshold distance from the target , among points on the spanned lane boundary line , to be the first rotation reference point , AND IN THAT the estimating of the second rotation reference point further comprises detecting the second rotation reference point from the image data based on a vanishing-point detection model . extracting a candidate area in front of the target from the map data based on the localization information; spanning a lane boundary line included in the candidate area ; and determining a point located beyond a threshold distance from the target , among points on the spanned lane boundary line , to be the first rotation reference point , AND IN THAT the estimating of the second rotation reference point further comprises detecting the second rotation reference point from the image data based on a vanishing-point detection model .
A process for preparing a metal hydride comprising (i) heating an alkyl or aryl transition metal compound, or a combination thereof, in a solvent in the absence of hydrogen to form a precipitate; (ii) optionally isolating the precipitate; (iii) hydrogenating the precipitate; and (iv) optionally isolating the hydrogenated precipitate; wherein step (i) is conducted at a temperature of from about 50 °C to about 250 °C for a period of time between about 12 hours and about 72 hours. (i) heating an alkyl or aryl transition metal compound, or a combination thereof, in a solvent in the absence of hydrogen to form a precipitate; (ii) optionally isolating the precipitate; (iii) hydrogenating the precipitate; and (iv) optionally isolating the hydrogenated precipitate;
A communication network arrangement comprising: a first network component and a group of second network components , wherein each second network component provides multiple links ; wherein the first network component is configured to select a second network component from the group of second network components based on information depending on link loads of the links provided by the second network components , wherein, for each second network component , each link provided by the second network component corresponds to either a network function interface of the second network component and the link loads are loads of the network function interfaces, or to a network function service interface of a network function service of the second network component and the link loads are loads of the network function service interfaces . a first network component and a group of second network components , wherein each second network component provides multiple links ; wherein the first network component is configured to select a second network component from the group of second network components based on information depending on link loads of the links provided by the second network components , wherein, for each second network component , each link provided by the second network component corresponds to either a network function interface of the second network component and the link loads are loads of the network function interfaces, or to a network function service interface of a network function service of the second network component and the link loads are loads of the network function service interfaces .
A formulation in the form of a tablet comprising: about 45% by weight AP-based agent, wherein the alkaline phosphatase (AP)-based agent comprises an amino acid sequence of at least 95% identity with any one of SEQ ID NOs: 2, 3, 5, 6, and 7; about 45% by weight sugar, optionally wherein the sugar is lactose; about 10% by weight buffer salts, optionally selected from Tris, MgCl, and ZnSO 4 ; and about 1% by weight magnesium stearate; optionally further comprising an enteric coating. about 45% by weight AP-based agent, wherein the alkaline phosphatase (AP)-based agent comprises an amino acid sequence of at least 95% identity with any one of SEQ ID NOs: 2, 3, 5, 6, and 7; about 45% by weight sugar, optionally wherein the sugar is lactose; about 10% by weight buffer salts, optionally selected from Tris, MgCl, and ZnSO 4 ; and about 1% by weight magnesium stearate;
A cured elastomeric composition comprising a silicone rubber, glycerol, at least one crosslinking agent, and optionally one or more excipients, wherein said glycerol is present as discrete droplets of uniformly distributed glycerol in the silicone rubber, wherein said glycerol is present at a ratio of glycerol: silicone rubber of 0.2-1.4 by weight (corresponding to 20-140 phr), and wherein said discrete droplets of glycerol are obtained through the application of shear at a level of about 1500 rpm to about 4000 rpm of a mixture of a silicone rubber, glycerol, at least one crosslinking agent and optionally one or more excipients to provide a stable glycerol-in-silicone emulsion.
A display system , comprising: a base panel ; a collapsible structure having a pair of modular display panels with a pair of panel connectors receiving one another; and a support base connector connecting the collapsible structure to the base panel and having a plate body with a plurality of fastener receiving passageways and a plurality of fasteners , wherein the plate body further includes: a first planar body section , a second planar body section , and a third planar body section , wherein the first planar body section , the second planar body section , and the third planar body section are joined at right angles, and wherein the third planar body section is an L-shaped planar panel with an orthogonal edge connecting to adjacent sides of the first planar body section and the second planar body section . a base panel ; a collapsible structure having a pair of modular display panels with a pair of panel connectors receiving one another; and a support base connector connecting the collapsible structure to the base panel and having a plate body with a plurality of fastener receiving passageways and a plurality of fasteners , wherein the plate body further includes: a first planar body section , a second planar body section , and a third planar body section , wherein the first planar body section , the second planar body section , and the third planar body section are joined at right angles, and wherein the third planar body section is an L-shaped planar panel with an orthogonal edge connecting to adjacent sides of the first planar body section and the second planar body section . a first planar body section , a second planar body section , and a third planar body section , wherein the first planar body section , the second planar body section , and the third planar body section are joined at right angles, and wherein the third planar body section is an L-shaped planar panel with an orthogonal edge connecting to adjacent sides of the first planar body section and the second planar body section .
A dishwasher comprising: (a) a basket for accommodating articles to be cleaned; (b) tubing located at the bottom of the basket , said tubing being adapted for connection to a supply of washing liquid; (c) utensil holders rotatably connected to the tubing and adapted to be rotated between an operating position in which an article to be cleaned can be held at said utensil holder, and a resting position in which said utensil holder is stowed away when not in use; and (d) a nozzle communicating with said tubing and located to direct a jet of washing liquid towards an article held at the utensil holder ; characterized in that said utensil holder comprises a clamping portion adapted to engage an article to be cleaned, wherein said nozzle is located in proximity of the clamping portion such that the jet of washing liquid ejected from the nozzle is directed towards the article; and each utensil holder comprises a valve means which provides for fluid communication between the tubing and the nozzle when the respective utensil holder is rotated into the operating position, and which blocks the fluid communication between the tubing and the nozzle when the respective utensil holder is rotated into the resting position, (a) a basket for accommodating articles to be cleaned; (b) tubing located at the bottom of the basket , said tubing being adapted for connection to a supply of washing liquid; (c) utensil holders rotatably connected to the tubing and adapted to be rotated between an operating position in which an article to be cleaned can be held at said utensil holder, and a resting position in which said utensil holder is stowed away when not in use; and (d) a nozzle communicating with said tubing and located to direct a jet of washing liquid towards an article held at the utensil holder ; said utensil holder comprises a clamping portion adapted to engage an article to be cleaned, wherein said nozzle is located in proximity of the clamping portion such that the jet of washing liquid ejected from the nozzle is directed towards the article; and each utensil holder comprises a valve means which provides for fluid communication between the tubing and the nozzle when the respective utensil holder is rotated into the operating position, and which blocks the fluid communication between the tubing and the nozzle when the respective utensil holder is rotated into the resting position,
A service processing method, comprising: generating , by a first device, a first unified identity, wherein the first unified identity is used by the first device to request first service content of a target service from a service server, and the first service content is used to generate or update historical service information corresponding to the first unified identity; and sending , by the first device, the first unified identity to a second device after establishing a short-range wireless connection to the second device, wherein the first unified identity is further used by the second device to request second service content of the target service from the service server, the second service content is determined based on the historical service information corresponding to the first unified identity, and the second service content is continuous with the first service content. generating , by a first device, a first unified identity, wherein the first unified identity is used by the first device to request first service content of a target service from a service server, and the first service content is used to generate or update historical service information corresponding to the first unified identity; and sending , by the first device, the first unified identity to a second device after establishing a short-range wireless connection to the second device, wherein the first unified identity is further used by the second device to request second service content of the target service from the service server, the second service content is determined based on the historical service information corresponding to the first unified identity, and the second service content is continuous with the first service content.
A power generator comprising: a container having a top plate containing an array of oxygen limiting pinholes and valve openings , the container further comprising a chamber to hold a chemical hydride fuel ; a fuel cell membrane electrode assembly supported within the container between the top plate and the chamber positioned to receive oxygen at a cathode of the fuel cell membrane electrode assembly from the pinholes and hydrogen at an anode of the fuel cell membrane electrode assembly from the chamber ; and a valve assembly comprising a flexible valve membrane having valve plates positioned to open and close the valve openings in the top plate to regulate additional flow of oxygen to the cathode of the fuel cell membrane electrode assembly via the valve assembly responsive to hydrogen pressure in the chamber . a container having a top plate containing an array of oxygen limiting pinholes and valve openings , the container further comprising a chamber to hold a chemical hydride fuel ; a fuel cell membrane electrode assembly supported within the container between the top plate and the chamber positioned to receive oxygen at a cathode of the fuel cell membrane electrode assembly from the pinholes and hydrogen at an anode of the fuel cell membrane electrode assembly from the chamber ; and a valve assembly comprising a flexible valve membrane having valve plates positioned to open and close the valve openings in the top plate to regulate additional flow of oxygen to the cathode of the fuel cell membrane electrode assembly via the valve assembly responsive to hydrogen pressure in the chamber .
A method for assembling a female mould on a compression moulding machine for obtaining objects made of polymeric material by compression moulding, the machine being configured for supporting a plurality of female moulds , the method comprising the steps of: - providing a pre-assembled female mould arrangement , the pre-assembled female mould arrangement comprising a plurality of components including at least a base , forming means having a forming cavity and a fastening element which renders the forming means fixed relative to the base ; - placing the pre-assembled female mould arrangement on a support of the moulding machine; - fixing the pre-assembled female mould arrangement to the support , wherein the forming means comprise an annular forming element extending about an axis (Z) and delimiting the forming cavity about said axis (Z), the forming means further comprising a plate element , which delimits the forming cavity transversely to said axis (Z), and wherein the pre-assembled female mould arrangement comprises a peripheral annular component that surrounds at least partially the annular forming element . - providing a pre-assembled female mould arrangement , the pre-assembled female mould arrangement comprising a plurality of components including at least a base , forming means having a forming cavity and a fastening element which renders the forming means fixed relative to the base ; - placing the pre-assembled female mould arrangement on a support of the moulding machine; - fixing the pre-assembled female mould arrangement to the support ,
A surgical stapler, comprising: a tubular body portion; an anvil member disposed at the end of the tubular body portion with straight buckets arranged as an inner and outer annular array; and a surgical staple cartridge assembly disposed at a distal end of the body portion opposite the anvil member which cartridge having a first inner and a second outer annular array of staples arranged to be ejected therefrom wherein the straight buckets of the first inner array have a length which is shorter than the length of the buckets in the outer array and wherein the staples have backspans which are generally bent, angled or curved in a plane different to the plane of the legs such that the legs may be crimped to or beyond the backspan when crimped by the straight buckets of the anvil member and such that the staples of the first inner array have a length of backspan which is smaller than the length of the backspan of the outer array such that gaps between each consecutive staple of the first inner array is equal to the gap between each consecutive staple in the outer array and a gap between each consecutive staple forming bucket in the inner annular array of staple forming buckets is equal to a gap between each consecutive staple forming bucket in the outer annular array of the staple forming buckets. a tubular body portion; an anvil member disposed at the end of the tubular body portion with straight buckets arranged as an inner and outer annular array; and a surgical staple cartridge assembly disposed at a distal end of the body portion opposite the anvil member which cartridge having a first inner and a second outer annular array of staples arranged to be ejected therefrom wherein the straight buckets of the first inner array have a length which is shorter than the length of the buckets in the outer array and wherein the staples have backspans which are generally bent, angled or curved in a plane different to the plane of the legs such that the legs may be crimped to or beyond the backspan when crimped by the straight buckets of the anvil member and such that the staples of the first inner array have a length of backspan which is smaller than the length of the backspan of the outer array such that gaps between each consecutive staple of the first inner array is equal to the gap between each consecutive staple in the outer array and a gap between each consecutive staple forming bucket in the inner annular array of staple forming buckets is equal to a gap between each consecutive staple forming bucket in the outer annular array of the staple forming buckets.