mhurhangee/patent-ind-claim-en huggingface dataset:
Method for searching for an entity belonging to a set of entities using a verifier device , the verifier device and the entities of said set of entities exchanging information via at least one communication channel , each entity of said set of entities having a first respective identifier from which a plurality of representatives can be obtained, the method comprising the following steps of: - obtaining, in the verifier device, a first identification word (m i ;p(x i )) related to an entity sought , the first identification word being formed by applying a first encoding function to the first identifier of the entity sought so as to depend on a sub-portion of the plurality of representatives capable of being obtained from said first identifier, said sub-portion being determined by at least one variable parameter (i), the identification word capable of depending on one or more representatives but not on all representatives; and - transmitting, from the verifier device, the first identification word obtained over the communication channel. - obtaining, in the verifier device, a first identification word (m i ;p(x i )) related to an entity sought , the first identification word being formed by applying a first encoding function to the first identifier of the entity sought so as to depend on a sub-portion of the plurality of representatives capable of being obtained from said first identifier, said sub-portion being determined by at least one variable parameter (i), the identification word capable of depending on one or more representatives but not on all representatives; and - transmitting, from the verifier device, the first identification word obtained over the communication channel.
Apparatus comprising: an impeller , comprising: an impeller frame that comprises proximal and distal end portions and at least two helical elongate elements that wind from the proximal end portion to the distal end portion; and a film of material that is coupled to the at least two helical elongate elements , such that the helical elongate elements with the material coupled thereto define at least one blade of the impeller, characterized in that : the material is elastomeric and is coupled by the at least two helical elongate elements being dipped into the elastomeric material when the elastomeric material is in a liquid state, the film of material is molded to define a hollow central lumen therethrough, and the apparatus further comprises an axial support member that passes through the hollow central lumen and is configured to support the impeller. an impeller , comprising: an impeller frame that comprises proximal and distal end portions and at least two helical elongate elements that wind from the proximal end portion to the distal end portion; and a film of material that is coupled to the at least two helical elongate elements , such that the helical elongate elements with the material coupled thereto define at least one blade of the impeller, characterized in that : the material is elastomeric and is coupled by the at least two helical elongate elements being dipped into the elastomeric material when the elastomeric material is in a liquid state, the film of material is molded to define a hollow central lumen therethrough, and the apparatus further comprises an axial support member that passes through the hollow central lumen and is configured to support the impeller. an impeller frame that comprises proximal and distal end portions and at least two helical elongate elements that wind from the proximal end portion to the distal end portion; and a film of material that is coupled to the at least two helical elongate elements , such that the helical elongate elements with the material coupled thereto define at least one blade of the impeller, characterized in that : the material is elastomeric and is coupled by the at least two helical elongate elements being dipped into the elastomeric material when the elastomeric material is in a liquid state, the film of material is molded to define a hollow central lumen therethrough, and the apparatus further comprises an axial support member that passes through the hollow central lumen and is configured to support the impeller. the material is elastomeric and is coupled by the at least two helical elongate elements being dipped into the elastomeric material when the elastomeric material is in a liquid state, the film of material is molded to define a hollow central lumen therethrough, and the apparatus further comprises an axial support member that passes through the hollow central lumen and is configured to support the impeller.
Laminating pouch for lamination of sheet material having two laminating foils lying on top of each other, being interconnected on at least one of their side edges, (i) the laminating pouch having a heat-activatable hot-melt adhesive layer on the inside comprising a hot-melt adhesive composition, and (ii) the laminating foils containing a composition comprising biodegradable polymers as at least one component, characterised in that the laminating foils have a heat deflection temperature of at least 100 °C and the biodegradable polymers contain at least one bio-based polymer, the bio-based polymer having a degree of crystallisation (ΔH), measured as heat of fusion of greater than or equal to 30 J/g to less than or equal to 90 J/g. (i) the laminating pouch having a heat-activatable hot-melt adhesive layer on the inside comprising a hot-melt adhesive composition, and (ii) the laminating foils containing a composition comprising biodegradable polymers as at least one component,
A flow control system configured to control fluid flow in an HVAC system , the flow control system comprising: - a plurality of flow control devices , each of the plurality of flow control devices comprising: - a valve; - one or more sensors; and - an actuator configured to open and close the valve; and - a controller implementing a learning agent , the learning agent configured to receive and use input data from the one or more sensors to generate a model for each of the plurality of flow control devices using a system identification process, the learning agent corresponding to a software agent residing on the controller; wherein the learning agent is configured to operate the actuator of each of the plurality of flow control devices according to the generated model. - a plurality of flow control devices , each of the plurality of flow control devices comprising: - a valve; - one or more sensors; and - an actuator configured to open and close the valve; and - a valve; - one or more sensors; and - an actuator configured to open and close the valve; and - a controller implementing a learning agent , the learning agent configured to receive and use input data from the one or more sensors to generate a model for each of the plurality of flow control devices using a system identification process, the learning agent corresponding to a software agent residing on the controller;
A composition comprising E-HFO-1336mzz and at least one additional compound selected from the group consisting of HFO-1243zf, HCC-40, HCFO-1223, CFC-113a, CFC-113, CFC-11, HFO-1429, HFC-449, HFC-365, HFO-1327, HFO-1132, HCFC-123a, chlorobutane, ethyl benzene, o-xylene, m-xylene, p-xylene, HCFO-1334, and HCFO-1333, wherein the total amount of said additional compound(s) ranges from 0.001 weight percent to 1 weight percent, based on the total weight of the composition, and wherein the at least one additional compound includes HFO-1429.
A semiconductor package structure, comprising: a first electronic component on a substrate ; a second electronic component stacked on the first electronic component , wherein an active surface of the first electronic component faces an active surface of the second electronic component ; a molding compound on the first electronic component and surrounding the second electronic component ; a third electronic component stacked on the second electronic component and the molding compound ; characterised in that the semiconductor package structure further comprises a dielectric layer between the substrate and the molding compound and surrounding the first electronic component ; a conductive layer on the dielectric layer , wherein a bottom surface of a portion of the conductive layer is positioned over the first electronic component , and a bottom surface of another portion of the conductive layer is positioned below the first electronic component ; and an additional dielectric layer on the substrate , wherein the first electronic component is attached to the additional dielectric layer and wherein the conductive layer is electrically connected to conductive layers of the substrate through openings in the additional dielectric layer . a first electronic component on a substrate ; a second electronic component stacked on the first electronic component , wherein an active surface of the first electronic component faces an active surface of the second electronic component ; a molding compound on the first electronic component and surrounding the second electronic component ; a third electronic component stacked on the second electronic component and the molding compound ; characterised in that the semiconductor package structure further comprises a dielectric layer between the substrate and the molding compound and surrounding the first electronic component ; a conductive layer on the dielectric layer , wherein a bottom surface of a portion of the conductive layer is positioned over the first electronic component , and a bottom surface of another portion of the conductive layer is positioned below the first electronic component ; and an additional dielectric layer on the substrate , wherein the first electronic component is attached to the additional dielectric layer and wherein the conductive layer is electrically connected to conductive layers of the substrate through openings in the additional dielectric layer .
Abase for pumping devices , comprising at least one module with which it is possible to mate one of said pumping devices , said module comprising an intake connector and a delivery connector in order to connect respectively the intake and the delivery of said pumping device respectively to a first tubular element and to a second tubular element to which they are substantially perpendicular and which pass through said base from a first lateral face thereof to an opposite second lateral face thereof, from which they face outward in order to be connected, selectively at either face, to a hydraulic system, said at least one module accommodating an apparatus that comprises two connectors for the connection of said base to said hydraulic system, one to be associated with said first tubular element , the other one with said second tubular element , selectively at one of said first and second lateral faces, said apparatus also comprising two plugs for closing the remaining openings of said first tubular element and said second tubular element , at said first lateral face and at said second lateral face , characterised by said module having a substantially boxlike shape that can be closed, in the inactive configuration (A) that precedes mating with said pumping device , with a removable lid that extends and is fixed between said first and second lateral faces and that has at least one accommodation compartment for said plugs and two accommodation seats for said connectors , said first and second tubular elements (18, 118; 19, 119) protruding from said first lateral face and from the opposite said second lateral face of said base , each one with a stub on each side, each one inside which one of said connectors and of said plugs is inserted.
A vehicle comprising: an internal combustion engine , said internal combustion engine comprising: a forced air cooling system disposed on the internal combustion engine , said forced air cooling system comprises a shroud assembly disposed on the internal combustion engine to cover at least a portion of the internal combustion engine ; an air-gap between the upper region of the shroud assembly ; and a cylinder head cover of said internal combustion engine ; wherein, a sealing member is disposed on an outer periphery of said shroud assembly to prevent the leakage of air through said air-gap , said sealing member comprising a plurality of slots ; and said shroud assembly comprises a plurality of projections , said plurality of projections being configured to receive said plurality of slots disposed on said sealing member ; characterized in that, said plurality of projections comprises a shoulder portion disposed on a free end of said plurality of projections , configured to prevent movement of the sealing member after insertion of plurality of slots to the plurality of projections . a forced air cooling system disposed on the internal combustion engine , said forced air cooling system comprises a shroud assembly disposed on the internal combustion engine to cover at least a portion of the internal combustion engine ; an air-gap between the upper region of the shroud assembly ; and a cylinder head cover of said internal combustion engine ; wherein, a sealing member is disposed on an outer periphery of said shroud assembly to prevent the leakage of air through said air-gap , said sealing member comprising a plurality of slots ; and said shroud assembly comprises a plurality of projections , said plurality of projections being configured to receive said plurality of slots disposed on said sealing member ; characterized in that, said plurality of projections comprises a shoulder portion disposed on a free end of said plurality of projections , configured to prevent movement of the sealing member after insertion of plurality of slots to the plurality of projections .
An acetabular assembly comprising: an acetabular cup component having an outer convex surface , an inner concave surface defining a cup cavity , and a plurality of openings that extend between the inner concave surface and the outer convex surface and that are configured to accommodate a fastener for attaching the acetabular cup component to an acetabulum of a patient; an insert bearing liner for articulating engagement with a femoral component including a femoral head defined by an inner concave bearing surface curved to define a socket space for receiving the femoral head ; and a plurality of spacers that are configured to be inserted into the plurality of openings in the acetabular cup component from the inner concave surface; characterised in that the insert bearing liner comprises an edge portion 204 extending around the bearing surface and an outer convex surface ; wherein the insert bearing liner is configured to be located at least partially within the cup cavity of the acetabular cup component; wherein the plurality of spacers are configured to be located between the outer convex surface of the insert bearing liner and the inner concave surface of the acetabular cup component in order to define a gap between the outer convex surface of the insert bearing liner and the inner concave surface of the acetabular cup component and wherein the plurality of spacers are configured to be secured within the plurality of openings in the acetabular cup component by an interference fit. an acetabular cup component having an outer convex surface , an inner concave surface defining a cup cavity , and a plurality of openings that extend between the inner concave surface and the outer convex surface and that are configured to accommodate a fastener for attaching the acetabular cup component to an acetabulum of a patient; an insert bearing liner for articulating engagement with a femoral component including a femoral head defined by an inner concave bearing surface curved to define a socket space for receiving the femoral head ; and a plurality of spacers that are configured to be inserted into the plurality of openings in the acetabular cup component from the inner concave surface; characterised in that the insert bearing liner comprises an edge portion 204 extending around the bearing surface and an outer convex surface ; wherein the insert bearing liner is configured to be located at least partially within the cup cavity of the acetabular cup component; wherein the plurality of spacers are configured to be located between the outer convex surface of the insert bearing liner and the inner concave surface of the acetabular cup component in order to define a gap between the outer convex surface of the insert bearing liner and the inner concave surface of the acetabular cup component and wherein the plurality of spacers are configured to be secured within the plurality of openings in the acetabular cup component by an interference fit.
A polycrystalline scintillator for detecting soft X-rays, which comprises Ce as a light-emitting element and at least Y, Gd, Al, Ga and O, and has a garnet crystal structure, said scintillator having a composition represented by the following general formula: (Y 1-x-z Gd x Ce z ) 3+a (Al 1-u Ga u ) 5-a O 12, wherein 0 ≤ a ≤ 0.1, 0.16 ≤ x ≤ 0.26, 0.002 ≤ z ≤ 0.015, and 0.35 ≤ u ≤ 0.55, and wherein part of Gd or Y may be substituted by 0 to 7.8% by mass of Lu, and part of Al or Ga may be substituted by 0 to 3.2% by mass of Sc; said scintillator containing 0.05 to 1 ppm by mass of Fe and 0.5 to 10 ppm of Si by outer percentage; said scintillator having a ratio μ 50 /μ 100 of 3 or more, wherein μ 50 is an absorption coefficient of X-rays at 50 keV, and μ 100 is an absorption coefficient of X-rays at 100 keV; and said scintillator having afterglow of 800 ppm or less after 3 ms from the termination of X-ray irradiation.
A cell-penetrating peptide, which is a peptide capable of mediating the delivery of a biologically active molecule into cells, the peptide consisting of an amino acid sequence of SEQ. ID. NO: 1.
A method for controlling a laser beam for manufacturing three-dimensional objects by means of stacked layers, comprising, for each layer, a step for using a laser beam to solidify a zone corresponding to a two-dimensional object to be manufactured, such a two-dimensional section having a geometric contour, comprising, for at least one said two-dimensional section, the following steps: - acquiring the geometric contour of said two-dimensional section, - determining a reference path from said geometric contour of the section, said reference path having a shape correlated to the shape of said geometric contour, - determining by computation a set of paths based on said reference path, and - controlling the laser beam to travel all of the determined paths using a travel strategy defining a travel order of the paths and a starting point for each path, the determined set of paths comprising the reference path, characterized in that the reference path is a median path obtained from a set of points that are equidistant from points selected on said geometric contour. - acquiring the geometric contour of said two-dimensional section, - determining a reference path from said geometric contour of the section, said reference path having a shape correlated to the shape of said geometric contour, - determining by computation a set of paths based on said reference path, and - controlling the laser beam to travel all of the determined paths using a travel strategy defining a travel order of the paths and a starting point for each path, the determined set of paths comprising the reference path, characterized in that the reference path is a median path obtained from a set of points that are equidistant from points selected on said geometric contour.
An electrical installation apparatus for concrete construction for installing at least one electrotechniical device in a concrete component, comprising an installation body and at least one fastening device , the installation body providing an installation space for installation of the electrical device and the fastening device being designed in such a way that it is fastenable to a reinforcement of the concrete component by virtue of the fact that the fastening device has at least two clamping limbs , which protrude from the installation body in such a way, and in so doing run in two different planes, that they form, between them, a clamping space which is open for sliding onto part of the reinforcement or which opens automatically when slid onto the reinforcement , characterised in that only one of the two clamping limbs is directly fastened to the installation body and the two clamping limbs are formed in that the fastening device is S-shaped by virtue of the fact that the fastening device , in a first region , protrudes from the location of its fastening to the installation body away from the latter, then is turned through 180° so as to run back, in a second region , in the direction towards the installation body , a further turn through 180° being provided at a distance from the installation body so that the fastening device , in a third region , runs away again from the installation body , so that the second region and the third region of the fastening device form the two clamping limbs , between which the outwardly open clamping space is formed.
Electrical energy production system including a mast intended to be anchored to the ground, at least one solar panel attached by the edges thereof in an orientable frame to form a planar surface and a means of orienting said frame to point said panels in a determined direction, said orienting means including a base rotating about the vertical mast by way of a first actuator , the frame being mounted such that it pivots on the rotating base, thus varying the inclination of the frame, characterised in that said frame is provided with a rectilinear profile including a groove extending longitudinally in said profile and wherein an auger is inserted and driven in rotation by a second actuator , the auger being provided with a nut made integral via a pivot with one end of a connecting rod , the other end of said connecting rod being mounted such that it pivots on the rotating base , the displacement of the nut along the auger by the rotation of the second actuator causing the inclination of the frame to vary, the profile comprising two rails for guiding the sliding of the nut , which extend on either side of the groove and block the rotation of the nut when the auger is driven in rotation.
A method performed by a user equipment configured for use in a wireless communication system , the method comprising: receiving from radio network equipment a command with respect to an operating configuration , the operating configuration specifying a set of transmission parameters for communication; and confirming receipt of the command by setting the value of a confirmation field in a message and transmitting the message , wherein the confirmation field is shared for confirming receipt of a number of different types of commands with respect to the operating configuration that is greater than a number of possible values of the confirmation field , characterized in that different possible values of the confirmation field are either decoupled from the different possible types of commands or decoupled from an activation status of the operating configuration . receiving from radio network equipment a command with respect to an operating configuration , the operating configuration specifying a set of transmission parameters for communication; and confirming receipt of the command by setting the value of a confirmation field in a message and transmitting the message , wherein the confirmation field is shared for confirming receipt of a number of different types of commands with respect to the operating configuration that is greater than a number of possible values of the confirmation field , characterized in that different possible values of the confirmation field are either decoupled from the different possible types of commands or decoupled from an activation status of the operating configuration .