mhurhangee/patent-ind-claim-en huggingface dataset:
An upholstery cover retention assembly , comprising: an upholstered article including an upholstered surface ; a bezel including a bezel lip proximate to the upholstered article; a retention flange disposed on a peripheral surface of the upholstered article; and a dress cover assembly comprising: a dress cover configured to at least partially cover the upholstered surface of the upholstered article; and an assembled edge configured to be disposed within a groove formed between the peripheral surface of the upholstered article and the bezel, the assembled edge including a securement portion and a catch portion , wherein the assembled edge is configured to be secured within the groove by engaging a lower engagement surface of the retention flange and a lower surface of the bezel lip with the assembled edge, wherein the catch portion of the assembled edge engages the lower engagement surface of the retention flange and the securement portion of the assembled edge engages the lower surface of the bezel lip . an upholstered article including an upholstered surface ; a bezel including a bezel lip proximate to the upholstered article; a retention flange disposed on a peripheral surface of the upholstered article; and a dress cover assembly comprising: a dress cover configured to at least partially cover the upholstered surface of the upholstered article; and an assembled edge configured to be disposed within a groove formed between the peripheral surface of the upholstered article and the bezel, the assembled edge including a securement portion and a catch portion , a dress cover configured to at least partially cover the upholstered surface of the upholstered article; and an assembled edge configured to be disposed within a groove formed between the peripheral surface of the upholstered article and the bezel, the assembled edge including a securement portion and a catch portion , wherein the assembled edge is configured to be secured within the groove by engaging a lower engagement surface of the retention flange and a lower surface of the bezel lip with the assembled edge, wherein the catch portion of the assembled edge engages the lower engagement surface of the retention flange and the securement portion of the assembled edge engages the lower surface of the bezel lip .
A method for a head-mounted device for updating an eye tracking model in relation to an eye , the method being performed by a processing system , wherein the head-mounted device comprises an eye tracking sensor, the method comprising: obtaining , by means of the eye tracking sensor, first sensor data in relation to the eye; characterized by moving , by means of the processing system, the eye tracking sensor in relation to the eye, wherein the eye tracking sensor is moved after obtaining the first sensor data, wherein the movement of the eye tracking sensor is a translational movement in relation to the eye; obtaining , by means of the eye tracking sensor, second sensor data in relation to the eye, wherein the second sensor data are obtained after moving the eye tracking sensor; and updating , by means of the processing system, the eye tracking model in relation to the eye based on the first sensor data and the second sensor data. obtaining , by means of the eye tracking sensor, first sensor data in relation to the eye; characterized by moving , by means of the processing system, the eye tracking sensor in relation to the eye, wherein the eye tracking sensor is moved after obtaining the first sensor data, wherein the movement of the eye tracking sensor is a translational movement in relation to the eye; obtaining , by means of the eye tracking sensor, second sensor data in relation to the eye, wherein the second sensor data are obtained after moving the eye tracking sensor; and updating , by means of the processing system, the eye tracking model in relation to the eye based on the first sensor data and the second sensor data.
Heat exchanger tube, of the type obtained by folding, comprising a wall defining a part of base and end legs turned towards the part of base , said tube comprising at least one corrugated disrupter with folds, introduced into said tube, said tube comprising brazing coatings deposited either entirely or partially on two corrugated faces of the disrupter and/or on the internal face of the folded wall forming the tube, and some of said folds , called reinforcing folds, of the disrupter or disrupters being provided opposite said end legs , so that said reinforcing fold or folds form, with said legs and said part of base , a connecting reinforcement between said legs and said part of base, the lateral ends terminating the end legs being at a distance from said part of base , and in said tube there being housed a double disrupter with two corrugated networks of folds, linked to one another by a flat central part which is engaged in a gap provided between the end legs and the part of base of the wall, the folds of connecting reinforcement being derived from said central part of the disrupter, the reinforcing folds being bent at outer edges of the ends and being formed partly by said flat central part and by lateral extensions deriving therefrom extending towards a top part of the wall of the tube close to the respective end legs and gradually separating from the end legs and the inclination given to these lateral extensions of the folds of link reinforcement prefigures the form of the corrugations of the two corrugated networks of folds, which is of the trapezoidal crenulation type, such that the reinforcing folds ensure the rigidifying of the folded tube via brazing zones (ZB), on the one hand, at the corner formed by each edge between the end leg and said inclined extension and, on the other hand, at the corner between said inclined extension and said part of base , and via significant brazings tending to be deposited in large quantity, by capillarity effect, along the end folds added against the end legs and the part of base of the tube.
A resin production method for producing a resin having a predetermined pattern by curing a radiation curable composition while keeping a mold having a predetermined depressed and projected pattern on a surface thereof and the radiation curable composition in contact with each other, the method comprising: an arrangement step of arranging the radiation curable composition on a substrate; a contacting step of bringing the mold into contact with the radiation curable composition; a radiation irradiation step of irradiating the radiation curable composition with a radiation while keeping the radiation curable composition in contact with the mold; a tensile stress generation step of generating a tensile stress of 0.001 N/mm 2 or more and 1.000 N/mm 2 or less by applying a force to the mold and/or the substrate in a direction of spacing the substrate and the mold away from each other after the start of the radiation irradiation step and to such a degree that the mold and the radiation curable composition are not spaced away from each other when the radiation curable composition is irradiated with the radiation; and a mold release step of releasing the cured composition and the mold from each other. an arrangement step of arranging the radiation curable composition on a substrate; a contacting step of bringing the mold into contact with the radiation curable composition; a radiation irradiation step of irradiating the radiation curable composition with a radiation while keeping the radiation curable composition in contact with the mold; a tensile stress generation step of generating a tensile stress of 0.001 N/mm 2 or more and 1.000 N/mm 2 or less by applying a force to the mold and/or the substrate in a direction of spacing the substrate and the mold away from each other after the start of the radiation irradiation step and to such a degree that the mold and the radiation curable composition are not spaced away from each other when the radiation curable composition is irradiated with the radiation; and a mold release step of releasing the cured composition and the mold from each other.
A computer-implemented method to increase security of a blockchain-implemented transaction, the transaction including participation from a plurality of participating nodes , each participating node having its own public key (P i D ) and private key, each participating node participating as a message originator , selector , and propagator , the method comprising: receiving ciphertext from a prior node; determining whether a participating node is a selector node for said ciphertext received from the prior node; when the participating node is the selector node for said ciphertext: selecting a subset of said ciphertext; decrypting , using the private key of the participating node, the selected subset of said ciphertext to provide opted ciphertext for propagating to a next node; and transmitting said opted ciphertext to the next node; and when the participating node is other than the selector node for said ciphertext: decrypting , using the private key of the participating node, said ciphertext received from the prior node; and transmitting the decrypted ciphertext to the next node. receiving ciphertext from a prior node; determining whether a participating node is a selector node for said ciphertext received from the prior node; when the participating node is the selector node for said ciphertext: selecting a subset of said ciphertext; decrypting , using the private key of the participating node, the selected subset of said ciphertext to provide opted ciphertext for propagating to a next node; and transmitting said opted ciphertext to the next node; and selecting a subset of said ciphertext; decrypting , using the private key of the participating node, the selected subset of said ciphertext to provide opted ciphertext for propagating to a next node; and transmitting said opted ciphertext to the next node; and when the participating node is other than the selector node for said ciphertext: decrypting , using the private key of the participating node, said ciphertext received from the prior node; and transmitting the decrypted ciphertext to the next node. decrypting , using the private key of the participating node, said ciphertext received from the prior node; and transmitting the decrypted ciphertext to the next node.
Sanitary insert unit which can be fitted on the water outlet of a sanitary outlet fitting, with a throughflow-quantity regulator unit which, in at least one annular throughflow channel , has at least one annular flow-restricting body of elastic material, which at least one flow-restricting body , between itself and an adjacent channel wall bearing a control profiling , bounds a control gap , the passage cross section of which can be varied by the flow-restricting body deforming under the differential pressure forming during the flow therethrough, and with a jet regulator which is arranged on the outflow side of the throughflow-quantity regulator unit and has a jet splitter , which jet splitter divides the water coming from the throughflow-quantity regulator unit into a multiplicity of individual jets, characterized in that the jet splitter is designed as a perforated plate, in that the projection of at least one of the throughflow channels is arranged in a perforation-free annular zone of the jet splitter designed as a perforated plate, and in that the throughflow holes of the jet splitter designed as a perforated plate, which throughflow holes are arranged outside the projection of the throughflow channels , are arranged on at least one circular path in the perforated plate in such a manner that the water arriving from the throughflow-quantity regulator unit can flow directly and unbraked through said throughflow holes in the jet splitter .
An ultrasonic anemometer for measuring airflow, comprising: a base defining a central open area devoid of airflow-obstructing structural elements; at least one pair of opposing ultrasonic transducers (A1, B1, C1, A2, B2, C2) disposed in transducer mounts supported by the base , wherein: the opposing ultrasonic transducers (A1, B1, C1, A2, B2, C2) of the at least one pair are configured to transmit and receive ultrasonic pulses from each other through a common space along multiple transmission paths that intersect at a point (P) in the interior of the common space into which the central open area opens; the common space includes an unshaded region unshaded from airflow and the rest of the common space includes shaded regions caused by the transducer mounts' extension into the common space ; and a first ultrasonic transducer (A2, B2, C2) of each of the at least one pairs is disposed at a first distance from the base and a second ultrasonic transducer (A1, B1, C1) of each of the at least one pairs is disposed at a second distance less than the first distance from the base . a base defining a central open area devoid of airflow-obstructing structural elements; at least one pair of opposing ultrasonic transducers (A1, B1, C1, A2, B2, C2) disposed in transducer mounts supported by the base , wherein: the opposing ultrasonic transducers (A1, B1, C1, A2, B2, C2) of the at least one pair are configured to transmit and receive ultrasonic pulses from each other through a common space along multiple transmission paths that intersect at a point (P) in the interior of the common space into which the central open area opens; the common space includes an unshaded region unshaded from airflow and the rest of the common space includes shaded regions caused by the transducer mounts' extension into the common space ; and a first ultrasonic transducer (A2, B2, C2) of each of the at least one pairs is disposed at a first distance from the base and a second ultrasonic transducer (A1, B1, C1) of each of the at least one pairs is disposed at a second distance less than the first distance from the base . the opposing ultrasonic transducers (A1, B1, C1, A2, B2, C2) of the at least one pair are configured to transmit and receive ultrasonic pulses from each other through a common space along multiple transmission paths that intersect at a point (P) in the interior of the common space into which the central open area opens; the common space includes an unshaded region unshaded from airflow and the rest of the common space includes shaded regions caused by the transducer mounts' extension into the common space ; and a first ultrasonic transducer (A2, B2, C2) of each of the at least one pairs is disposed at a first distance from the base and a second ultrasonic transducer (A1, B1, C1) of each of the at least one pairs is disposed at a second distance less than the first distance from the base .
A composition for enteral administration to an infant delivered via caesarean section, for use in increasing the biodiversity of micro-organisms in the intestinal flora of said infant delivered via caesarean section, said composition comprising at least three different Bifidobacterium species, wherein said at least three different Bifidobacterium species are selected from the group consisting of Bifidobacterium breve, Bifidobacterium infantis, Bifidobacterium bifidum, Bifidobacterium catenulatum, Bifidobacterium adolescentis and Bifidobacterium longum.
A heat exchanger assembly comprising: a first tank having a tube side wall, a first reservoir formed therein, and a first aperture extending through the tube side wall of the first tank; a flow tube having a plurality of fins on an exterior surface thereof, a first end, and a second end, the first end being received in the first aperture of the first tank; a first seal positioned between the flow tube and an interior surface of the first aperture; a retainer positioned between the flow tube and the interior surface of the first aperture and between the first seal and the fins on the flow tube; a second tank having a tube side wall, a second reservoir formed therein, and a second aperture extending through the tube side wall of the second tank, the second end of the flow tube being received in the second aperture of the second tank; a second seal positioned between the flow tube and an interior surface of the second aperture, characterised by a mounting block positioned between the first tank and the fins on the flow tube, and being directly secured to the first tank by way of fastening means. a first tank having a tube side wall, a first reservoir formed therein, and a first aperture extending through the tube side wall of the first tank; a flow tube having a plurality of fins on an exterior surface thereof, a first end, and a second end, the first end being received in the first aperture of the first tank; a first seal positioned between the flow tube and an interior surface of the first aperture; a retainer positioned between the flow tube and the interior surface of the first aperture and between the first seal and the fins on the flow tube; a second tank having a tube side wall, a second reservoir formed therein, and a second aperture extending through the tube side wall of the second tank, the second end of the flow tube being received in the second aperture of the second tank; a second seal positioned between the flow tube and an interior surface of the second aperture, characterised by a mounting block positioned between the first tank and the fins on the flow tube, and being directly secured to the first tank by way of fastening means.
A method comprising: receiving, by a computing device comprising a processor , an identifier associated with a mobile device based on a passive transmission of the identifier by the mobile device ; inferring, based on the transmission of the identifier, a request for elevator service, without the entering of an explicit request for elevator service; and based on the receipt of the identifier, scheduling at least one service associated with an elevator system based on an anticipated demand for the at least one service; wherein the anticipated demand is based on receipt of a plurality of identifiers associated with a plurality of mobile devices , wherein the identifier is included in the plurality of identifiers, and wherein the mobile device is included in the plurality of mobile devices and wherein the anticipated demand is based on a count of the identifiers plus any affirmative requests for service. receiving, by a computing device comprising a processor , an identifier associated with a mobile device based on a passive transmission of the identifier by the mobile device ; inferring, based on the transmission of the identifier, a request for elevator service, without the entering of an explicit request for elevator service; and based on the receipt of the identifier, scheduling at least one service associated with an elevator system based on an anticipated demand for the at least one service; wherein the anticipated demand is based on receipt of a plurality of identifiers associated with a plurality of mobile devices , wherein the identifier is included in the plurality of identifiers, and wherein the mobile device is included in the plurality of mobile devices and wherein the anticipated demand is based on a count of the identifiers plus any affirmative requests for service.
An oligomer of from 20 to 50 nucleotides in length, wherein the oligomer comprises the chemical structure AtTTCcaaattcactTTtAC (SEQ ID NO: 473), wherein upper case letters denote a bicyclic nucleoside having a bridge between C2' and C4' of the ribose sugar and the lower case letters denote DNA.
A combined boiler for the supply of hot water and steam, the combined boiler comprising a container , with a vessel mounted inside the container , a number of electrodes projecting into the vessel , the electrodes being connectable to a source of high voltage current, a pump , an outlet pipeline , an intake pipeline , and a heat exchanger , wherein the pump is arranged to pump water from the bottom of the container via the outlet pipeline and up into the vessel via the intake pipeline , a first valve connected between the outlet of the pump and the inlet pipeline , a second valve connected between the outlet of the pump and an inlet on the primary side of the heat exchanger , a third valve connected between an outlet of the primary side of the heat exchanger and the inlet pipeline , wherein hot water can be taken out on the secondary side of the heat exchanger , a fourth valve connected to the container for steam extraction, and a control system which controls the valves and the pump . the combined boiler comprising a container , with a vessel mounted inside the container , a number of electrodes projecting into the vessel , the electrodes being connectable to a source of high voltage current, a pump , an outlet pipeline , an intake pipeline , and a heat exchanger , wherein the pump is arranged to pump water from the bottom of the container via the outlet pipeline and up into the vessel via the intake pipeline , a first valve connected between the outlet of the pump and the inlet pipeline , a second valve connected between the outlet of the pump and an inlet on the primary side of the heat exchanger , a third valve connected between an outlet of the primary side of the heat exchanger and the inlet pipeline , wherein hot water can be taken out on the secondary side of the heat exchanger , a fourth valve connected to the container for steam extraction, and a control system which controls the valves and the pump .
A Converged Cable Access Platform 'CCAP' core in a Remote Physical 'R-PHY' architecture that sequentially sends a plurality of bandwidth MAP messages to a Remote Physical Device 'RPD' , each MAP message sent at a time based on a calculated MAP advance time and each MAP message allocating bandwidth for the RPD during an interval beginning at a start time specified in the MAP message, characterised in that the CCAP core is capable of dynamically adjusting the MAP advance time using a measured parameter received within a message from the RPD , where the measured parameter is based on difference between the start time in the MAP message and a measurement of the time that the RPD received the MAP message from the CCAP core .