mhurhangee/ep-ind-claims huggingface dataset:
An implantable medical device configured to adjust multi-site pacing for effective capture, the device comprising: means for selecting a first cathode and a first anode to form a first pacing vector; and means for selecting a second cathode and a second anode to form a second pacing vector; characterised by: means for simultaneously or sequentially delivering a first pacing pulse to the first pacing vector positioned at a first pacing site along a heart chamber and a second pacing pulse to the second pacing vector positioned at a second pacing site along the heart chamber within a single cardiac cycle; means for determining whether the first and second pacing pulses are effectively capturing at the first and second pacing sites; means for selecting in response to determining ineffective capture, a first action to achieve effective capture for the first and second pacing pulses being delivered simultaneously and a second action if the first and second pacing pulses being delivered sequentially. means for selecting a first cathode and a first anode to form a first pacing vector; and means for selecting a second cathode and a second anode to form a second pacing vector; characterised by: means for simultaneously or sequentially delivering a first pacing pulse to the first pacing vector positioned at a first pacing site along a heart chamber and a second pacing pulse to the second pacing vector positioned at a second pacing site along the heart chamber within a single cardiac cycle; means for determining whether the first and second pacing pulses are effectively capturing at the first and second pacing sites; means for selecting in response to determining ineffective capture, a first action to achieve effective capture for the first and second pacing pulses being delivered simultaneously and a second action if the first and second pacing pulses being delivered sequentially. means for simultaneously or sequentially delivering a first pacing pulse to the first pacing vector positioned at a first pacing site along a heart chamber and a second pacing pulse to the second pacing vector positioned at a second pacing site along the heart chamber within a single cardiac cycle; means for determining whether the first and second pacing pulses are effectively capturing at the first and second pacing sites; means for selecting in response to determining ineffective capture, a first action to achieve effective capture for the first and second pacing pulses being delivered simultaneously and a second action if the first and second pacing pulses being delivered sequentially.
An engine comprising a turbocharger including a turbocharger turbine; wherein the turbocharger turbine includes a nozzle ring, the nozzle ring including a plurality of stationary vanes (260A, 260B, 260C, 302), each of the plurality of stationary vanes (260A, 260B, 260C, 302) including an outer surface, and each of the plurality of stationary vanes (260A, 260B, 260C, 302) including a plurality of injection ports (266A, 266B, 266C, 314) arranged at the outer surface of each of the plurality of stationary vanes (260A, 260B, 260C, 302); and wherein the engine further comprises a gas supply system configured to supply variable gas flow to and out of the plurality of injection ports (266A, 266B, 266C, 314) via one or more passages (268A, 268B, 268C) through the plurality of stationary vanes (260A, 260B, 260C, 302), wherein the plurality of injection ports is divided into groups comprising a first group of injection ports and a second group of injection ports, characterized in that the gas supply system comprises each of a first valve configured to adjust air flow to the first group of injection ports and a second valve configured to adjust air flow to the second group of injection ports, the first valve controlled independently of the second valve. wherein the turbocharger turbine includes a nozzle ring, the nozzle ring including a plurality of stationary vanes (260A, 260B, 260C, 302), each of the plurality of stationary vanes (260A, 260B, 260C, 302) including an outer surface, and each of the plurality of stationary vanes (260A, 260B, 260C, 302) including a plurality of injection ports (266A, 266B, 266C, 314) arranged at the outer surface of each of the plurality of stationary vanes (260A, 260B, 260C, 302); and wherein the engine further comprises a gas supply system configured to supply variable gas flow to and out of the plurality of injection ports (266A, 266B, 266C, 314) via one or more passages (268A, 268B, 268C) through the plurality of stationary vanes (260A, 260B, 260C, 302), wherein the plurality of injection ports is divided into groups comprising a first group of injection ports and a second group of injection ports, characterized in that the gas supply system comprises each of a first valve configured to adjust air flow to the first group of injection ports and a second valve configured to adjust air flow to the second group of injection ports, the first valve controlled independently of the second valve.
Data modeling method for modeling data for an electronic program guide at a broadcast headend, the method comprising: grouping receiver types according to a first set of characteristics associated with a receiver type, thereby producing a plurality of groups of receivers; assigning a bit-number to each group of receivers; providing EPG data, the EPG data comprising data for display at an EPG, the EPG data being comprised in a data fragment; evaluating the data fragment and the EPG data comprised therein according to at least one characteristic from a second set of characteristics, thereby producing a result; adding metadata to the data fragment, the metadata comprising a bit field, each bit in the bit field being determined in accordance with the result and corresponding to one of the bit-numbers assigned to the groups of receivers, the bit field having a bit set for each of one or more groups of receivers for which the data fragment is intended, thereby enabling reduction of bandwidth needed to broadcast the data fragment to all relevant groups of receivers; broadcasting the data fragment in the data container. grouping receiver types according to a first set of characteristics associated with a receiver type, thereby producing a plurality of groups of receivers; assigning a bit-number to each group of receivers; providing EPG data, the EPG data comprising data for display at an EPG, the EPG data being comprised in a data fragment; evaluating the data fragment and the EPG data comprised therein according to at least one characteristic from a second set of characteristics, thereby producing a result; adding metadata to the data fragment, the metadata comprising a bit field, each bit in the bit field being determined in accordance with the result and corresponding to one of the bit-numbers assigned to the groups of receivers, the bit field having a bit set for each of one or more groups of receivers for which the data fragment is intended, thereby enabling reduction of bandwidth needed to broadcast the data fragment to all relevant groups of receivers; broadcasting the data fragment in the data container.
Method for handling multimedia messages on a mobile terminal of a mobile communications network, characterized in that the mobile terminal, upon receipt of a multimedia message, checks this multimedia message in a checking unit of a management unit of the mobile terminal with regard to its content and/or to its origin, whether the multimedia message is a multimedia voice message, in that, upon recognizing a multimedia voice message, the multimedia message is directed to a storage unit, which is assigned to the management unit, and gets stored therein, wherein the storage unit is provided as a storage unit for the exclusive storage of multimedia voice messages, or wherein a subdivision is provided in the storage unit, which is exclusively used for storing multimedia voice messages, in that multimedia messages, which are not recognized as a multimedia voice message, after checking get directed to further units of the mobile terminal for appropriate processing, in that the management unit comprises a playback unit, which is provided for playing multimedia voice messages, and in that the playback unit is activated when a multimedia voice message is selected from the storage unit, or that the multimedia voice message gets called up and played, when the playback unit gets activated.
Metal sealing rail for a building closure panel, comprising a first profile wall; a second profile wall connected to the first profile wall; and a third profile wall connected to the second profile wall; characterised in that the first profile wall, the second profile wall and the third profile wall form a substantially U-shaped clamping profile having exactly three profile walls and an opening, the first profile wall, the second profile wall and the third profile wall being rigidly interconnected and the three inner faces of the profile walls being arranged peripherally over at least 270°, in such a way that an edge, introduced into the opening, of a panel (13; 14) is clamped in the clamping profile, and the first profile wall and the second profile wall each having a straight inner face (6; 7) and the third profile wall having a convexly curved inner face; and in that the metal sealing rod has a Keder brush seal received in a recess, facing away from the clamping profile, of the first profile wall. a first profile wall; a second profile wall connected to the first profile wall; and a third profile wall connected to the second profile wall; characterised in that the first profile wall, the second profile wall and the third profile wall form a substantially U-shaped clamping profile having exactly three profile walls and an opening, the first profile wall, the second profile wall and the third profile wall being rigidly interconnected and the three inner faces of the profile walls being arranged peripherally over at least 270°, in such a way that an edge, introduced into the opening, of a panel (13; 14) is clamped in the clamping profile, and the first profile wall and the second profile wall each having a straight inner face (6; 7) and the third profile wall having a convexly curved inner face; and in that the metal sealing rod has a Keder brush seal received in a recess, facing away from the clamping profile, of the first profile wall.
Carton carrier for cartons containing rod-shaped products of the tobacco processing industry, comprising a receptacle which has a shape adapted to the outer shape of the cartons and an opening on at least one side, characterized in that - the carton can be fixed in relation to at least one edge of the carton carrier that delimits the opening, - at least one first spring device being provided in a base surface of the receptacle, which first spring device can resiliently support the cartons on an underside oriented parallel to the edge. a receptacle which has a shape adapted to the outer shape of the cartons and an opening on at least one side, characterized in that - the carton can be fixed in relation to at least one edge of the carton carrier that delimits the opening, - at least one first spring device being provided in a base surface of the receptacle, which first spring device can resiliently support the cartons on an underside oriented parallel to the edge. - the carton can be fixed in relation to at least one edge of the carton carrier that delimits the opening, - at least one first spring device being provided in a base surface of the receptacle, which first spring device can resiliently support the cartons on an underside oriented parallel to the edge.
An assembly for treating gaseous emissions comprising a substrate body having a plurality of cells for the passage of emissions gas, respective lengths of metal wire located in each of a first set of the plurality of cells, and an induction heating coil mounted adjacent to the substrate body for generating a varying electromagnetic field, thereby inductively to heat the lengths of wire and thereby to heat the substrate body, characterised in that the metal wire in each of the first set of cells is configured as a loop conductor.
A method for recovering ethylene and a vinyl-based comonomer comprising: polymerizing ethylene and a vinyl-based comonomer at a pressure of 1500 bar or more; depressurizing the product obtained in the polymerization step including an ethylene-vinyl-based comonomer polymer, ethylene, and the vinyl-based comonomer including a first depressurization step of reducing the product obtained in the polymerization step to a pressure of 200 bar to 300 bar; a second depressurization step of reducing the pressure to 40 bar to 60 bar; and a third depressurization step of reducing the pressure to 0.1 bar to 5 bar after the second depressurization step; adding 1 % to 45 % by weight, based on the weight of the ethylene-vinyl comonomer polymer contained in the product obtained in the polymerization step, of ethylene to the product obtained in the polymerization step under the pressure of 0.1 bar to 5 bar; and separating ethylene and the vinyl-based comonomer from the product obtained in the polymerization step to which ethylene has been added. polymerizing ethylene and a vinyl-based comonomer at a pressure of 1500 bar or more; depressurizing the product obtained in the polymerization step including an ethylene-vinyl-based comonomer polymer, ethylene, and the vinyl-based comonomer including a first depressurization step of reducing the product obtained in the polymerization step to a pressure of 200 bar to 300 bar; a second depressurization step of reducing the pressure to 40 bar to 60 bar; and a third depressurization step of reducing the pressure to 0.1 bar to 5 bar after the second depressurization step; adding 1 % to 45 % by weight, based on the weight of the ethylene-vinyl comonomer polymer contained in the product obtained in the polymerization step, of ethylene to the product obtained in the polymerization step under the pressure of 0.1 bar to 5 bar; and separating ethylene and the vinyl-based comonomer from the product obtained in the polymerization step to which ethylene has been added.
An injection refractory material applicable to a kiln or furnace, which does not comprise a hydraulic binder and is capable of, when it is heated in an environment having an ambient temperature of 80 to 500°C, undergoing a volume expansion of 1.3 times or more its initial volume before the heating, wherein the injection refractory material contains a plurality of thermally expandable bodies each encapsulating a material capable of expanding at a temperature of 80 to 500°C, each of the thermally expandable bodies being a thermoplastic plastic body encapsulating liquefied gas, and either (i) or (ii) is fulfilled: (i) the thermoplastic plastic bodies each encapsulating liquefied gas are contained in an amount of 0.5 to 3 mass%, with respect to an total amount, 100 mass%, of the injection refractory material, wherein the injection refractory material further contains silicate as a binder in an amount of 3 to 10 mass%, with respect to the total amount, 100 mass%, of the injection refractory material; (ii) the thermoplastic plastic bodies each encapsulating liquefied gas are contained in an amount of 2 to 7 mass%, with respect to a total amount, 100 mass%, of the injection refractory material, wherein the injection refractory material further contains inorganic fibers in an amount of 60 mass% or more, and a thickener in an amount of 1 to 10 mass%, with respect to the total amount, 100 mass%, of the injection refractory material. (i) the thermoplastic plastic bodies each encapsulating liquefied gas are contained in an amount of 0.5 to 3 mass%, with respect to an total amount, 100 mass%, of the injection refractory material, wherein the injection refractory material further contains silicate as a binder in an amount of 3 to 10 mass%, with respect to the total amount, 100 mass%, of the injection refractory material; (ii) the thermoplastic plastic bodies each encapsulating liquefied gas are contained in an amount of 2 to 7 mass%, with respect to a total amount, 100 mass%, of the injection refractory material, wherein the injection refractory material further contains inorganic fibers in an amount of 60 mass% or more, and a thickener in an amount of 1 to 10 mass%, with respect to the total amount, 100 mass%, of the injection refractory material.
A method of making a thermal conductivity probe, the method comprising the steps of: providing an inert substrate; depositing a first layer on the substrate; depositing a second layer on the first layer; etching a first pattern in the first and second layers; etching a second pattern in the second layer; depositing an insulative layer over the first and second layers; and exposing areas in the insulating layer to define bonding pads. providing an inert substrate; depositing a first layer on the substrate; depositing a second layer on the first layer; etching a first pattern in the first and second layers; etching a second pattern in the second layer; depositing an insulative layer over the first and second layers; and exposing areas in the insulating layer to define bonding pads.
Internal fitting element for vehicles with tipping closing hatch, comprising a support frame, which internally delimits at least one chamber accessible by means of at least one opening made on the frame and delimited by a cornice, and at least one access hatch, which is positioned so as to at least partially close such opening and is connected to the frame so as to tip by means of pivot means which define a rotation axis around which the access hatch can rotate to shift between a closed position and an open position, the cornice which delimits the opening defining a seat at which the access hatch is positioned in the closed position, the access hatch being translatable in relation to said cornice to shift between an attachment position and a release position in relation to blocking means of the access hatch associated to the frame, characterised in that the rotation axis of the access hatch is rearward of said cornice inside said chamber and in that the access hatch is mechanically connected to the pivot means by means of at least one arm, sized in such a way that in the open position the access hatch is positioned entirely outside the opening.
Device for depositing a folded running textile strand on a deposit area of a store, with a transport pipe which guides the textile strand and has an outlet for the textile strand that opens above the deposit area of the store, and with a device for generating a fold-creating folding movement of the textile strand leaving the textile strand outlet, wherein drive means (34, 35) are assigned to the textile strand outlet, by means of which the textile strand outlet is movable above the deposit area on a closed movement track determining the folding movement of the textile strand, characterised in that the drive means has only a rotary drive (34, 35) assigned to the textile strand outlet for generating a closed folding movement, said drive having a crank gear which is driven by a drive source, wherein the textile strand outlet is rotatable about a longitudinal axis of the transport pipe and also movable in the longitudinal direction of the transport pipe in order to generate the closed folding movement. with a transport pipe which guides the textile strand and has an outlet for the textile strand that opens above the deposit area of the store, and with a device for generating a fold-creating folding movement of the textile strand leaving the textile strand outlet, wherein drive means (34, 35) are assigned to the textile strand outlet, by means of which the textile strand outlet is movable above the deposit area on a closed movement track determining the folding movement of the textile strand, characterised in that the drive means has only a rotary drive (34, 35) assigned to the textile strand outlet for generating a closed folding movement, said drive having a crank gear which is driven by a drive source, wherein the textile strand outlet is rotatable about a longitudinal axis of the transport pipe and also movable in the longitudinal direction of the transport pipe in order to generate the closed folding movement.
An oral care implement comprising: a head; a handle; and a plurality of tapered bristles extending from a face of the head and arranged in a bristle tuft, each of the tapered bristles having a longitudinal axis (A-A) and a transverse cross-sectional profile having a major axis (B-B) and a minor axis (C-C), the major axis (B-B) being longer than the minor axis (C-C), wherein the plurality of tapered bristles within the bristle tuft comprises a plurality of first oriented tapered bristles and a plurality of second oriented tapered bristles, wherein the major axes (B-B) of the plurality of first oriented tapered bristles are non-parallel to the major axes (B-B) of the plurality of second oriented tapered bristles, and characterized in that the transverse cross-sectional profile of the tapered bristle is a diamond; and columns of the plurality of first oriented tapered bristles and the plurality of second oriented tapered bristles are arranged in an alternating configuration. a head; a handle; and a plurality of tapered bristles extending from a face of the head and arranged in a bristle tuft, each of the tapered bristles having a longitudinal axis (A-A) and a transverse cross-sectional profile having a major axis (B-B) and a minor axis (C-C), the major axis (B-B) being longer than the minor axis (C-C), wherein the plurality of tapered bristles within the bristle tuft comprises a plurality of first oriented tapered bristles and a plurality of second oriented tapered bristles, wherein the major axes (B-B) of the plurality of first oriented tapered bristles are non-parallel to the major axes (B-B) of the plurality of second oriented tapered bristles, and characterized in that the transverse cross-sectional profile of the tapered bristle is a diamond; and columns of the plurality of first oriented tapered bristles and the plurality of second oriented tapered bristles are arranged in an alternating configuration.