mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a mobile device, a wireless message; determining, at the mobile device at a first location, first ambient signal data, wherein the wireless message comprises (i) message content and (ii) second ambient signal data for a second location, wherein the message content corresponds to the second location; comparing, at the mobile device, the first ambient signal data and the second ambient signal data; and determining, at the mobile device, whether to present a message indicative of the message content to a user of the mobile device based at least in part on the comparison of the first ambient signal data and the second ambient signal data, wherein the wireless message comprises a wireless broadcast message, and wherein the second ambient signal data serves as a destination address for the wireless broadcast message. receiving, at a mobile device, a wireless message; determining, at the mobile device at a first location, first ambient signal data, wherein the wireless message comprises (i) message content and (ii) second ambient signal data for a second location, wherein the message content corresponds to the second location; comparing, at the mobile device, the first ambient signal data and the second ambient signal data; and determining, at the mobile device, whether to present a message indicative of the message content to a user of the mobile device based at least in part on the comparison of the first ambient signal data and the second ambient signal data, wherein the wireless message comprises a wireless broadcast message, and wherein the second ambient signal data serves as a destination address for the wireless broadcast message.
A sensor system comprising: an insert member configured to be inserted into a foot-receiving chamber of an article of footwear; a port connected to the insert and configured for communication with an electronic module; a plurality of sensors formed on the insert member, each sensor configured for detecting pressure applied to the sensor; a plurality of leads located on the insert and connecting the sensors to the port, the leads having ends that are consolidated at the port to form an interface; and a housing connected to the insert member and defining a well configured to receive the electronic module therein, wherein the insert member comprises an extension extending into the well and consolidating the ends of the leads to form the interface; characterized in that: the extension has a strip of reinforcing material extending across the ends of the leads; and in that the extension has a bend area where the extension bends downwardly at a peripheral edge of the housing and a depending portion that extends downwardly from the bend area into the well, wherein the interface is located on the depending portion within the well, and wherein the strip extends transversely across the bend area. an insert member configured to be inserted into a foot-receiving chamber of an article of footwear; a port connected to the insert and configured for communication with an electronic module; a plurality of sensors formed on the insert member, each sensor configured for detecting pressure applied to the sensor; a plurality of leads located on the insert and connecting the sensors to the port, the leads having ends that are consolidated at the port to form an interface; and a housing connected to the insert member and defining a well configured to receive the electronic module therein, wherein the insert member comprises an extension extending into the well and consolidating the ends of the leads to form the interface; characterized in that: the extension has a strip of reinforcing material extending across the ends of the leads; and in that the extension has a bend area where the extension bends downwardly at a peripheral edge of the housing and a depending portion that extends downwardly from the bend area into the well, wherein the interface is located on the depending portion within the well, and wherein the strip extends transversely across the bend area. the extension has a strip of reinforcing material extending across the ends of the leads; and in that the extension has a bend area where the extension bends downwardly at a peripheral edge of the housing and a depending portion that extends downwardly from the bend area into the well, wherein the interface is located on the depending portion within the well, and wherein the strip extends transversely across the bend area.
A method for amplifying a nucleic acid molecule comprising: reverse-transcribing a ribonucleic acid template to form a cDNA using a reaction mixture comprising RNA template, at least one primer capable of hybridizing to the RNA template, a reverse transcriptase and deoxynucleoside triphosphates (dNTPs); and amplifying the cDNA to form an amplified product using a reaction mixture comprising at least one strand displacement DNA polymerase, at least one inosine-containing primer and a nuclease that is capable of nicking DNA 3' to an inosine residue of the primer; wherein the method is accomplished under an isothermal condition without denaturing the cDNA template and wherein the reverse transcription and amplification are achieved in a single reaction mixture. reverse-transcribing a ribonucleic acid template to form a cDNA using a reaction mixture comprising RNA template, at least one primer capable of hybridizing to the RNA template, a reverse transcriptase and deoxynucleoside triphosphates (dNTPs); and amplifying the cDNA to form an amplified product using a reaction mixture comprising at least one strand displacement DNA polymerase, at least one inosine-containing primer and a nuclease that is capable of nicking DNA 3' to an inosine residue of the primer; wherein the method is accomplished under an isothermal condition without denaturing the cDNA template and wherein the reverse transcription and amplification are achieved in a single reaction mixture.
An immunogenic composition comprising two different isolated staphylococcal polypeptides, each comprising an IgG binding domain, wherein the isolated staphylococcal polypeptides comprise an isolated protein A polypeptide from S. aureus having a sequence which is at least 90% identical to SEQ ID NO:12-40, and an isolated Sbi polypeptide from S. aureus having a sequence which is at least 90% identical to SEQ ID NO:1-11.
A cutting tool comprising a cutting edge portion which contains at least one of cubic boron nitride and polycrystalline diamond, the cutting edge portion including a flank face, a negative land contiguous to the flank face, and a cutting edge formed by a ridgeline between the flank face and the negative land, at least one of the negative land and the flank face being provided with a plurality of recesses and a projection formed by arranging the edges of adjacent recesses in contact with each other, characterized in that the projection has no flat surface at the tip end; a plurality of recesses are arranged both in column along the first direction and in row along the second direction, and the adjacent recesses are contiguous to each other; the first direction is a direction intersecting the cutting edge; and the second direction is a direction parallel to the cutting edge. the cutting edge portion including a flank face, a negative land contiguous to the flank face, and a cutting edge formed by a ridgeline between the flank face and the negative land, at least one of the negative land and the flank face being provided with a plurality of recesses and a projection formed by arranging the edges of adjacent recesses in contact with each other, characterized in that the projection has no flat surface at the tip end; a plurality of recesses are arranged both in column along the first direction and in row along the second direction, and the adjacent recesses are contiguous to each other; the first direction is a direction intersecting the cutting edge; and the second direction is a direction parallel to the cutting edge.
A method for moving a trajectory in the vicinity of a subject surface and for flow measurement of fluids in the vicinity of an object surface using a Doppler laser velocimeter mounted on a parallel or serial kinematic system with at least 6 degrees of freedom, wherein there is present at least one control or regulation device, which contains geometry data of the object surface, wherein there is defined on the basis of the geometry data the orientation of the Doppler laser velocimeter along at least one trajectory, wherein the at least one control or regulation device controls the parallel or serial kinematic system with at least six degrees of freedom, wherein the Doppler laser velocimeter forms at least one intersecting laser beam pair (l 1, l 2), wherein the common intersection point of the at least one pair of laser beams forms a measurement volume, wherein the measurement volume has at least one interference pattern with interference fringes, wherein the interference fringes are aligned in parallel to the angle bisector of the at least one pair of laser beams, wherein the measurement volume is positioned successively at all points P i ' with i = 1,..., N, wherein the velocity of a fluid flow is measured at the points P i ', wherein the points P i ' are each located at a certain distance ( a i) from the object surface on lines L i, wherein the lines L i are each orthogonal to the tangential planes T i of the points P i located on the object surface (with P i ≠ P i + j, j ∈ {1,..., N}) and the points P i lie in each case on the lines L i, wherein the angle bisector of the at least one laser beam pair (l 1, l 2) is always positioned essentially orthogonally to the tangential planes T i of the points P i for i = 1,.., N.
Ironing equipment comprising an iron comprising a heating body, the heating body comprising a main steam-production chamber used for routine ironing, and a secondary steam-production chamber supplied with liquid at discrete moments in time in order to obtain additional steam, the main steam-production chamber being supplied with liquid when a user actuates a steam control member borne by the iron in order to obtain a continuous stream of steam, characterised in that the secondary steam-production chamber is supplied with a predetermined quantity of water each time the steam control member is actuated.
Fin-shaped multi-band antenna module, in particular for vehicles, with - an antenna printed circuit board and - a plate disposed thereon, the two largest areas (4a, 4b) of which extend in each case in a vertical and in a horizontal direction (5, 6), wherein, in the vertical direction, the plate has a lower area on a lower end and an upper area on an upper end, wherein the plate is mechanically connected in the lower area to the antenna printed circuit board, - a first monopole in the shape of a first arm, wherein the first monopole extends essentially in the vertical direction on at least one of the two largest areas (4a, 4b) of the plate and is connected in the vertical direction in a lower area of the first monopole via a feed point to the antenna printed circuit board, wherein the first monopole is designed for a transmission and reception of electromagnetic waves in an upper telephony frequency range, in particular in a range from 1710 MHz to 2170 MHz, and - an inductive extension of the first monopole disposed in the vertical direction in an upper area of the first monopole in order to enable a transmission and reception of electromagnetic waves in a lower telephony frequency range and a lower LTE frequency range, in particular in a range from 792 MHz to 960 MHz, characterized by a dipole running essentially in the vertical direction, which is disposed in the upper area of the plate in such a way that it is capacitively coupled with the first monopole and is electromagnetically excitable via the first monopole. - an antenna printed circuit board and - a plate disposed thereon, the two largest areas (4a, 4b) of which extend in each case in a vertical and in a horizontal direction (5, 6), wherein, in the vertical direction, the plate has a lower area on a lower end and an upper area on an upper end, wherein the plate is mechanically connected in the lower area to the antenna printed circuit board, - a first monopole in the shape of a first arm, wherein the first monopole extends essentially in the vertical direction on at least one of the two largest areas (4a, 4b) of the plate and is connected in the vertical direction in a lower area of the first monopole via a feed point to the antenna printed circuit board, wherein the first monopole is designed for a transmission and reception of electromagnetic waves in an upper telephony frequency range, in particular in a range from 1710 MHz to 2170 MHz, and - an inductive extension of the first monopole disposed in the vertical direction in an upper area of the first monopole in order to enable a transmission and reception of electromagnetic waves in a lower telephony frequency range and a lower LTE frequency range, in particular in a range from 792 MHz to 960 MHz, characterized by a dipole running essentially in the vertical direction, which is disposed in the upper area of the plate in such a way that it is capacitively coupled with the first monopole and is electromagnetically excitable via the first monopole.
A hybrid bucket assembly (200; 550; 600; 800; 900; 1100) for a work vehicle having movable loader arms (62, 64; 1262, 1264), the bucket assembly characterised by: a reinforcing structure (202; 552; 602; 902) having a first edge plate, a second edge plate and at least two support members (216; 616; 916) extending from the first edge plate, the reinforcing structure (202; 552; 602; 902) for coupling to the movable loader arms (62, 64; 1262, 1264); and a double-wall bucket defining a volume for carrying material, the bucket coupled to the at least two support members (216; 616; 916) of the reinforcing structure (202; 552; 602; 902), the bucket having a leading edge coupled between the first edge plate and the second edge plate. a reinforcing structure (202; 552; 602; 902) having a first edge plate, a second edge plate and at least two support members (216; 616; 916) extending from the first edge plate, the reinforcing structure (202; 552; 602; 902) for coupling to the movable loader arms (62, 64; 1262, 1264); and a double-wall bucket defining a volume for carrying material, the bucket coupled to the at least two support members (216; 616; 916) of the reinforcing structure (202; 552; 602; 902), the bucket having a leading edge coupled between the first edge plate and the second edge plate.
A metering apparatus for dispensing a liquid medium to be metered, comprising an outlet unit having an outlet opening for dispensing the medium from the metering apparatus, a movable closing unit which can assume positions for closing and for unblocking the outlet opening, and an actuator (2, 3, 4, 7, 84) having an actuator housing, a bellows which is disposed therein and has its one end tightly connected to the actuator housing and its other end hermetically sealed by a movable end piece which is connected to the closing unit, and a passage in the actuator housing through which a pressure difference between the interior and exterior of the bellows can be applied by a pressure fluid, whereby the bellows extends or contracts and moves the end piece and the closing unit back and forth between said positions, characterised in that the actuator housing encloses the bellows such that the interior and exterior of the bellows are kept free from the medium to be metered, and the closing unit extends from its connection with the end piece through a sealing member and out of the actuator housing to the outlet opening of the outlet unit.
An evaporator assembly for an ice maker comprising: an evaporator pan comprising a back wall and left, right, top and bottom sidewalls (310, 320, 330, 340) extending from the back wall; a freeze plate located within the evaporator pan; a serpentine tubing thermally coupled to the back wall of the evaporator pan opposite the left, right, top and bottom sidewalls; a first layer of insulation formed on the serpentine tubing to substantially cover the serpentine tubing; a second layer of insulation formed on top of the first layer of insulation; and an evaporator housing comprising a housing back wall and housing left, right, top and bottom sidewalls (160, 170, 140, 150) extending from the housing back wall, wherein the evaporator housing is attached to the evaporator pan and covers serpentine tubing, and the first and second layers of insulation; wherein the first layer of insulation comprises a liquid form of insulation that cures into a mold that substantially matches a geometry of the serpentine tubing, forming an integral layer of insulation that is impervious to water, the integral layer of insulation has no joints through which water can leak. an evaporator pan comprising a back wall and left, right, top and bottom sidewalls (310, 320, 330, 340) extending from the back wall; a freeze plate located within the evaporator pan; a serpentine tubing thermally coupled to the back wall of the evaporator pan opposite the left, right, top and bottom sidewalls; a first layer of insulation formed on the serpentine tubing to substantially cover the serpentine tubing; a second layer of insulation formed on top of the first layer of insulation; and an evaporator housing comprising a housing back wall and housing left, right, top and bottom sidewalls (160, 170, 140, 150) extending from the housing back wall, wherein the evaporator housing is attached to the evaporator pan and covers serpentine tubing, and the first and second layers of insulation; wherein the first layer of insulation comprises a liquid form of insulation that cures into a mold that substantially matches a geometry of the serpentine tubing, forming an integral layer of insulation that is impervious to water, the integral layer of insulation has no joints through which water can leak.
A particle measuring device comprising: a flow cell including a flow passage of sample fluid containing a particle; a light source configured to output light; an irradiation optical system configured to irradiate, with the light from the light source, the sample fluid in the flow passage; a first imaging unit configured to capture, from an extension direction of the flow passage, first multiple still images of scattered light from the particle in a detection region in the flow passage, the light passing through the detection region; a particle size specifying unit configured to specify a movement amount of the particle in a two-dimensional direction by Brownian motion based on the first multiple still images of the particle captured at a predetermined frame rate by the first imaging unit, thereby specifying a particle size of the particle from the movement amount in the two-dimensional direction without correcting the particle movement depending on the sample fluid flow, wherein the first imaging unit is arranged outside the flow cell and is arranged at a position facing or opposite to a fluid flow direction in which the sample fluid flows in the flow passage, wherein the flow cell has an L-shaped bent portion, and wherein the first imaging unit is configured to capture the first multiple still images from the position facing the fluid flow direction in the detection region. a flow cell including a flow passage of sample fluid containing a particle; a light source configured to output light; an irradiation optical system configured to irradiate, with the light from the light source, the sample fluid in the flow passage; a first imaging unit configured to capture, from an extension direction of the flow passage, first multiple still images of scattered light from the particle in a detection region in the flow passage, the light passing through the detection region; a particle size specifying unit configured to specify a movement amount of the particle in a two-dimensional direction by Brownian motion based on the first multiple still images of the particle captured at a predetermined frame rate by the first imaging unit, thereby specifying a particle size of the particle from the movement amount in the two-dimensional direction without correcting the particle movement depending on the sample fluid flow, wherein the first imaging unit is arranged outside the flow cell and is arranged at a position facing or opposite to a fluid flow direction in which the sample fluid flows in the flow passage, wherein the flow cell has an L-shaped bent portion, and wherein the first imaging unit is configured to capture the first multiple still images from the position facing the fluid flow direction in the detection region.
Device for synthesis of bone fractures, comprising a plate and screws for locking said plate, said plate being provided with through holes for the screws fixing the plate on the bone and said screws comprising a threaded shank having an external diameter less than the diameter of said holes and a head suitable to engage said holes by self-threading, said head having a helical thread with spiral rings having an external diameter greater than the diameter of said holes so that, when the head is screwed in the holes, the spiral rings engage the hole wall by self-threading so as to lock the screw in the selected angulation, so as to permit insertion of the screws according to a plurality of directions arid inclination with respect to the axis of the holes in the plate, wherein said holes of the plate are substantially cylindrical and have a diameter such as to permit angular selection of the screw shank relative to the plate, characterized in that said plate is entirely made from biocompatible and radiolucent plastic material suitable to permit a radiographic control and an easy explantation of the plate, and in that said head is substantially cylindrical.