mhurhangee/ep-ind-claims huggingface dataset:
A control circuit for estimating an amount of work available to be performed by a blood pump implanted in a patient, comprising: a flow rate determination circuit configured to repeatedly determine flow rate data points, each flow rate data point indicative of a flow rate of blood through the pump; a volume determination circuit configured to calculate, for each determined flow rate data point of a given cardiac cycle of the patient, a first coordinate value characterizing a volume of blood impelled by the pump; a pressure head determination circuit configured to calculate, for each determined flow rate data point of the given cardiac cycle, a second coordinate value characterizing a pressure head exerted by the pump; a pump work determination circuit configured to calculate an area enclosed by the first and second coordinate values of the flow rate data points of the given cardiac cycle, the calculated area is indicative of an amount of work available to be performed by the blood pump; and a flow rate average tracking circuit configured to track a running average of the determined flow rate data points. a flow rate determination circuit configured to repeatedly determine flow rate data points, each flow rate data point indicative of a flow rate of blood through the pump; a volume determination circuit configured to calculate, for each determined flow rate data point of a given cardiac cycle of the patient, a first coordinate value characterizing a volume of blood impelled by the pump; a pressure head determination circuit configured to calculate, for each determined flow rate data point of the given cardiac cycle, a second coordinate value characterizing a pressure head exerted by the pump; a pump work determination circuit configured to calculate an area enclosed by the first and second coordinate values of the flow rate data points of the given cardiac cycle, the calculated area is indicative of an amount of work available to be performed by the blood pump; and a flow rate average tracking circuit configured to track a running average of the determined flow rate data points.
A superconducting quantum interference device, SQUID, structure comprising: a silicon-on-metal substrate comprising a first superconducting layer between a first crystalline silicon layer and a second crystalline silicon layer, the first superconducting layer comprising a first superconducting material; a first via between, and in contact with, a first section of the first superconducting layer and a first portion of a second superconducting layer, the first via comprises a first Josephson junction, and the second superconducting layer is over the second crystalline silicon layer and comprises a second superconducting material; and a second via between, and in contact with, a second section of the first superconducting layer and a second portion of the second superconducting layer, the second via comprises a second Josephson junction, wherein an electrical loop around a defined area of the second crystalline silicon layer comprises the first via comprising the first Josephson junction, the second via comprising the second Josephson junction, the first superconducting layer, and the second superconducting layer. a silicon-on-metal substrate comprising a first superconducting layer between a first crystalline silicon layer and a second crystalline silicon layer, the first superconducting layer comprising a first superconducting material; a first via between, and in contact with, a first section of the first superconducting layer and a first portion of a second superconducting layer, the first via comprises a first Josephson junction, and the second superconducting layer is over the second crystalline silicon layer and comprises a second superconducting material; and a second via between, and in contact with, a second section of the first superconducting layer and a second portion of the second superconducting layer, the second via comprises a second Josephson junction, wherein an electrical loop around a defined area of the second crystalline silicon layer comprises the first via comprising the first Josephson junction, the second via comprising the second Josephson junction, the first superconducting layer, and the second superconducting layer.
Anti-adherence surgical membrane made of polymeric material, at least one of its two faces having softening and resorbing reliefs, characterised in that it is formed by evaporation of a water solution and of 0.5 to 10 % by volume of polymer.
A memory device comprising: a decoder; a plurality of memory cells, wherein each of the memory cells comprises: a corresponding first non-volatile memory element including a corresponding first resistive memory element and associated with a first thread; and a corresponding second non-volatile memory element including a corresponding second resistive memory element and associated with a second thread, wherein each of the first non-volatile memory element and the second non-volatile memory element is a multi-port memory element, and wherein the decoder is configured to receive, for each port (P0, P1) of the multi-port memory elements, a respective port address input (240, 241) to select a corresponding one of the memory cells to be accessed with said port and to receive a thread selection input; wherein if the thread selection input is at a low level, the decoder is configured to, for each port of the multi-port memory elements, select the first non-volatile memory element of said selected corresponding memory cell to be accessed with said port, and if the thread selection input is at a high level, the decoder is configured to, for each port of the multi-port memory elements, select the second non-volatile memory element of said selected corresponding memory cell to be accessed with said port. a decoder; a plurality of memory cells, wherein each of the memory cells comprises: a corresponding first non-volatile memory element including a corresponding first resistive memory element and associated with a first thread; and a corresponding second non-volatile memory element including a corresponding second resistive memory element and associated with a second thread, a corresponding first non-volatile memory element including a corresponding first resistive memory element and associated with a first thread; and a corresponding second non-volatile memory element including a corresponding second resistive memory element and associated with a second thread, wherein each of the first non-volatile memory element and the second non-volatile memory element is a multi-port memory element, and wherein the decoder is configured to receive, for each port (P0, P1) of the multi-port memory elements, a respective port address input (240, 241) to select a corresponding one of the memory cells to be accessed with said port and to receive a thread selection input; wherein if the thread selection input is at a low level, the decoder is configured to, for each port of the multi-port memory elements, select the first non-volatile memory element of said selected corresponding memory cell to be accessed with said port, and if the thread selection input is at a high level, the decoder is configured to, for each port of the multi-port memory elements, select the second non-volatile memory element of said selected corresponding memory cell to be accessed with said port.
A bone anchored hearing device comprising: - an input transducer configured to provide an electric input signal representing sound of a surrounding of a user of the bone anchored hearing device; - a signal processing unit configured to process the electric input signal and provide a processed electric signal; - an electromagnetic vibrator for generating a vibration in order to transmit sound through a bone of a user to an ear of the user based on the processed electric signal; and - a compensator configured to determine a compensation signal for at least in part compensating a distortion in the vibration of the electromagnetic vibrator, wherein the compensation of the distortion is based on a dependence of a driving force acting on a vibrating component of the electromagnetic vibrator on a displacement of the vibrating component. - an input transducer configured to provide an electric input signal representing sound of a surrounding of a user of the bone anchored hearing device; - a signal processing unit configured to process the electric input signal and provide a processed electric signal; - an electromagnetic vibrator for generating a vibration in order to transmit sound through a bone of a user to an ear of the user based on the processed electric signal; and - a compensator configured to determine a compensation signal for at least in part compensating a distortion in the vibration of the electromagnetic vibrator, wherein the compensation of the distortion is based on a dependence of a driving force acting on a vibrating component of the electromagnetic vibrator on a displacement of the vibrating component.
A medium supply system with at least one stationarily mounted hollow profile (10, 40) that conducts a gaseous or liquid medium and a rail-guided transport carriage that is equipped with a medium consumer, - wherein the medium consumer, which at least sectionally abuts on the hollow profile (10, 40), can be guided along this hollow profile, - wherein a closed transfer cavity is formed between the medium consumer and the hollow profile (10, 40), - wherein the medium consumer receives the medium present in the hollow profile (10, 40) via valves (20, 50) arranged in the hollow profile (10, 40), - wherein the opening (29, 59) of at least one valve (20, 50) leads into the transfer cavity of the medium consumer, - wherein the respective valve (20, 50) being overrun by the medium consumer can be opened in a magnetically triggered manner, and - wherein the opened valve (20, 50) being overrun can be closed mechanically, pneumatically or in a magnetically triggered manner upon leaving the transfer cavity, characterized in that the medium consumer has a transfer housing that encloses the cross section of the hollow profile (10, 40) and contains the transfer cavity, wherein said transfer housing is tightly sealed relative to the medium in a slidable manner on its end faces penetrated by the hollow profile (10, 40). - wherein the medium consumer, which at least sectionally abuts on the hollow profile (10, 40), can be guided along this hollow profile, - wherein a closed transfer cavity is formed between the medium consumer and the hollow profile (10, 40), - wherein the medium consumer receives the medium present in the hollow profile (10, 40) via valves (20, 50) arranged in the hollow profile (10, 40), - wherein the opening (29, 59) of at least one valve (20, 50) leads into the transfer cavity of the medium consumer, - wherein the respective valve (20, 50) being overrun by the medium consumer can be opened in a magnetically triggered manner, and - wherein the opened valve (20, 50) being overrun can be closed mechanically, pneumatically or in a magnetically triggered manner upon leaving the transfer cavity,
A composite lens comprising a plurality of lenses (30, 31) comprising an inlet surface (25, 32) for the luminous flux, an outlet surface for the luminous flux and a side surface which extends between said inlet and outlet surfaces, each lens of said plurality of lenses being arranged so as to receive at least part of the beam emitted by a light source associated with said plurality of lenses (30, 31) and being adapted to conduct towards said outlet surface at least part of the received luminous flux through said inlet surface, characterized in that it comprises means adapted to prevent the incidence of said luminous flux or part thereof on at least part of the side surface of at least one lens of said plurality of lenses (30, 31), chosen from the group comprising a strip (38, 39) of opaque material, and adapted to be removably arranged in the void present between two adjacent lenses of said plurality of lenses and an opaque paint applied onto at least part of said side surface.
A compound of formula which is 4-(8-methoxy-1-(1-methoxypropan-2-yl)-2-(tetrahydro-2H-pyran-4-yl)-1H-imidazo[4,5-c]quinolin-7-yl)-3,5-dimethylisoxazole or a salt thereof.
A method for transmitting a scheduling request by a user equipment, UE, in a mobile communication system, comprising: receiving information regarding a resource for scheduling request, SR, transmission; and triggering an SR transmission if a buffer status report, BSR, is triggered and not cancelled; setting a counter for an SR transmission to 0, if the SR is triggered and there is no other pending SR; incrementing the counter by 1 and transmitting the SR transmission on the resource, if there is the resource in a subframe and the counter is less than a maximum number of SR transmissions; and canceling all pending SR transmission and initiating a random access procedure if the counter is not less than the maximum number of SR transmissions, wherein the triggered BSR is canceled if the triggered BSR is included in a medium access control, MAC, packet data unit, PDU, for transmission. receiving information regarding a resource for scheduling request, SR, transmission; and triggering an SR transmission if a buffer status report, BSR, is triggered and not cancelled; setting a counter for an SR transmission to 0, if the SR is triggered and there is no other pending SR; incrementing the counter by 1 and transmitting the SR transmission on the resource, if there is the resource in a subframe and the counter is less than a maximum number of SR transmissions; and canceling all pending SR transmission and initiating a random access procedure if the counter is not less than the maximum number of SR transmissions, wherein the triggered BSR is canceled if the triggered BSR is included in a medium access control, MAC, packet data unit, PDU, for transmission.
A method of providing a user interface on a telephone station apparatus, said ` user interface facilitating selection, by a user, of an active communication line for calling a voicemail server, said telephone station apparatus providing access to a first communication line and a second communication line having voicemail message storage associated therewith at said voicemail server, said method comprising: receiving an input, said input including an instruction to access said voicemail server; characterized by, responsive to said receiving, pre-selecting one of said communication lines, based on pre-selecting consideration, as a default communication line that will be used to call said voicemail server in the absence of further user input; presenting a user interface dialog allowing selection of a communication line to use to call said voicemail server, said user interface dialog indicating said default communication line; receiving an indication of selection of said second communication line; determining that said first communication line is the active communication line; switching, responsive to said determining, from said first communication line to said second communication line; and initiating a call, on said second communication line, to said voicemail server. receiving an input, said input including an instruction to access said voicemail server; characterized by, responsive to said receiving, pre-selecting one of said communication lines, based on pre-selecting consideration, as a default communication line that will be used to call said voicemail server in the absence of further user input; presenting a user interface dialog allowing selection of a communication line to use to call said voicemail server, said user interface dialog indicating said default communication line; receiving an indication of selection of said second communication line; determining that said first communication line is the active communication line; switching, responsive to said determining, from said first communication line to said second communication line; and initiating a call, on said second communication line, to said voicemail server.
A method for producing depolymerized alkali cellulose having a degree of polymerization controlled, comprising at least a step of depolymerizing, in the presence of an oxygen-containing gas flow, alkali cellulose obtained by bringing a pulp into contact with an alkali solution, while measuring feeding and discharging amounts of oxygen in the oxygen-containing gas flow to determine the amount of oxygen consumed by the alkali cellulose during the step of depolymerizing; wherein controlling the degree of polymerization involves controlling, during the step of depolymerizing, the amount of oxygen consumed by the alkali cellulose, per kilogram of the cellulose (NL/kg) in the alkali cellulose, to an amount predetermined in advance of the step of depolymerizing based on the degree of polymerization before the reduction in a degree of polymerization (Dpo) and a planned degree of polymerization after the reduction in a degree of polymerization (Dp); wherein the predetermined amount of oxygen to be consumed by the alkali cellulose is obtainable by calculation from equation: V = 22400 × 4 × Dp 0 / Dp − 1 / 162 × Dp 0 wherein the amount of oxygen consumed by the alkali cellulose during the step of depolymerizing is calculated from the feeding and discharging amounts of oxygen; and wherein feeding of the oxygen-containing gas flow is stopped when the amount of oxygen consumed by the alkali cellulose during the step of depolymerizing reaches 0.1 to 10 NL per kilogram of cellulose contained by the pulp and used in production of the alkali cellulose.
An article comprising: a substrate comprising a silicon-bearing ceramic matrix composite, wherein the silicon-bearing ceramic matrix composite is a SiC/SiC composite; and a bond coat disposed over the substrate, the bond coat comprising elemental silicon, a silicon alloy, a silicide, or combinations including any of the aforementioned, and further comprising a dopant comprising aluminum oxide; an over-coat disposed over the bond coat, the over-coat comprising silica and a dopant comprising aluminum oxide; and a top coat disposed over the over-coat, the top coat comprising a silicate, an aluminosilicate, a rare earth silicate, yttria-stabilized zirconia, or a combination including any of the aforementioned. a substrate comprising a silicon-bearing ceramic matrix composite, wherein the silicon-bearing ceramic matrix composite is a SiC/SiC composite; and a bond coat disposed over the substrate, the bond coat comprising elemental silicon, a silicon alloy, a silicide, or combinations including any of the aforementioned, and further comprising a dopant comprising aluminum oxide; an over-coat disposed over the bond coat, the over-coat comprising silica and a dopant comprising aluminum oxide; and a top coat disposed over the over-coat, the top coat comprising a silicate, an aluminosilicate, a rare earth silicate, yttria-stabilized zirconia, or a combination including any of the aforementioned.
A salt consisting of 5-({2-[({ 4-[I-(2-hydroxyethyl)piperidin-4-yl]phenyl}carbonyl)amino]pyridin-4-yl}oxy)-6-(2-methoxyethoxy)-N-methyl-1H-indole-1-carboxamide represented by formula: and succinic acid or maleic acid.
Seal between a frame part of a vehicle door window and the upper periphery of a lowerable window pane of the vehicle door window, having a seal profile of plastic which by way of a U-shaped fastening portion is plug-fitted onto a flange that projects upward from the frame part of the vehicle door window, wherein additionally the seal profile is provided with a tubular sealing portion for forming a seal between the frame part and a peripheral face of a door opening in a vehicle body, characterized in that the sealing portion is connected to an inner leg of the U-shaped fastening portion, wherein a wall of the tubular sealing portion is extruded in cross-section at a first end onto the internal leg, and at an opposite end a latched form-fitting connection to the internal U-leg of the U-shaped fastening portion is established.
A stage device which is attachable to a microscope for observing a specimen (Sp) by enlarging the specimen (Sp) through an objective lens, and on which the specimen (Sp) is placed, the stage device comprising: a planar base configured to be fixed to the microscope; a first stage that is disposed on the base and is movable in a plane parallel to a principal surface of the base; and a second stage that is disposed on the base and is rotatable about an optical axis of the objective lens, the optical axis being perpendicular to a movement direction of the first stage, a specimen support that is placed on the second stage and is slidable in the plane; and characterized in that it further comprises a first clutch mechanism that is coupled to the specimen support and the first stage and is capable of transmitting power from the first stage to the specimen support, wherein the first clutch mechanism is not configured to transmit power from the first stage to the specimen support when the second stage rotates, and is configured to transmit power from the first stage to the specimen support when the first stage moves. a planar base configured to be fixed to the microscope; a first stage that is disposed on the base and is movable in a plane parallel to a principal surface of the base; and a second stage that is disposed on the base and is rotatable about an optical axis of the objective lens, the optical axis being perpendicular to a movement direction of the first stage, a specimen support that is placed on the second stage and is slidable in the plane; and characterized in that it further comprises a first clutch mechanism that is coupled to the specimen support and the first stage and is capable of transmitting power from the first stage to the specimen support, wherein the first clutch mechanism is not configured to transmit power from the first stage to the specimen support when the second stage rotates, and is configured to transmit power from the first stage to the specimen support when the first stage moves.
A riser assembly for transporting fluid from a subsea location comprising: a first attachment element (410 1) connected to a first portion of flexible pipe; a second attachment element (410 2) connected to a second portion of flexible pipe; characterized in that the first attachment element and second attachment element are connected by at least one tether element, via a fixed structure in a configuration such that, in use, in response to movement of the first and second portions of flexible pipe, the tension load at any moment in time, at each attachment element, remains substantially equal. a first attachment element (410 1) connected to a first portion of flexible pipe; a second attachment element (410 2) connected to a second portion of flexible pipe; characterized in that the first attachment element and second attachment element are connected by at least one tether element, via a fixed structure in a configuration such that, in use, in response to movement of the first and second portions of flexible pipe, the tension load at any moment in time, at each attachment element, remains substantially equal.
Cutting plate for tractor, comprising a frame with which it is rotatably associated at least one rotor driven by a driving belt and to which a cutting blade is fixed below, said cutting plate further comprising at least one lever rotatably associated with the frame and separably associated with the tractor, characterized in that a first end of a wire is fixed to said lever, a second end of the wire is fixed to a body associated with the frame, said body being selectively movable between a locking position and a releasing position of the rotor, in said locked position the body is reversibly associated with the rotor.