mhurhangee/patent-ind-claim-en huggingface dataset:
An elevator control device which utilizes a braking torque for braking an elevator car , the braking torque obtained from a three-phase short circuit in windings of a hoist motor connected to a three-phase AC source via the elevator control device , the elevator control device comprising: a first short-circuit portion for generating the braking torque at the time of emergency stop, characterized in that the elevator control device further comprises: a second short-circuit portion for generating the braking torque at the time of rescue operation by means of brake release, the first and second short-circuit portions provided as independent circuits, wherein the second short-circuit portion includes a three-phase winding short terminal which is for short-circuiting the windings of the hoist motor in three phases and disposed in a hall indicator box . a first short-circuit portion for generating the braking torque at the time of emergency stop, characterized in that the elevator control device further comprises: a second short-circuit portion for generating the braking torque at the time of rescue operation by means of brake release, the first and second short-circuit portions provided as independent circuits, wherein the second short-circuit portion includes a three-phase winding short terminal which is for short-circuiting the windings of the hoist motor in three phases and disposed in a hall indicator box . second short-circuit portion for generating the braking torque at the time of rescue operation by means of brake release, the first and second short-circuit portions provided as independent circuits, wherein the second short-circuit portion includes a three-phase winding short terminal which is for short-circuiting the windings of the hoist motor in three phases and disposed in a hall indicator box .
A method for dividing each of multiple channels of digital audio signals into auditory events, comprising detecting changes in spectral content with respect to time in the audio signal in each of the channels (5-2), identifying the auditory event boundaries in the audio signal of a channel (5-3), wherein each boundary is in response to a change in spectral content with respect to time in the channel exceeding a threshold such that a set of auditory event boundaries is obtained for each channel, and every audio segment in a channel between consecutive boundaries constitutes an auditory event, and characterised by : identifying a combined auditory event boundary for the channels in response to the identification of an auditory event boundary in any channel.
A sensor assembly comprising: a sensor having a tail portion , a contacts portion , and a bendable portion ; a seal including electrical contacts disposed to align with the contacts portion of the sensor and to allow electrical signals to pass through the seal; a support including a distal surface and features for sealably coupling to an electronics assembly; and a sharp including a channel for supporting the tail portion of the sensor and a hub for gripping the sharp during retraction, wherein the seal is shaped to enclose the contacts portion of the sensor within the support. a sensor having a tail portion , a contacts portion , and a bendable portion ; a seal including electrical contacts disposed to align with the contacts portion of the sensor and to allow electrical signals to pass through the seal; a support including a distal surface and features for sealably coupling to an electronics assembly; and a sharp including a channel for supporting the tail portion of the sensor and a hub for gripping the sharp during retraction, wherein the seal is shaped to enclose the contacts portion of the sensor within the support.
Method for operating a once-through steam generator designed as a waste-heat steam generator, with a pre-heater , comprising a number of pre-heater heating surfaces , and with an evaporator , comprising a number of evaporator heating surfaces connected downstream on the flow medium side of the pre-heater heating surfaces , in which a device for setting a feedwater mass flow is fed a setpoint value for the feedwater mass flow, wherein a waste heat flow transferred to a fluid in the evaporator heating surfaces is determined in the creation of the setpoint value for the feedwater mass flow and furthermore mass storage and energy storage in the fluid in the evaporator heating surfaces are detected during non-steady-state plant operation, characterized in that a behavior over time of the mass storage in the evaporator is coupled to a behavior over time of a mass storage in the pre-heater , wherein scaling is carried out with a ratio of the changes in density in the evaporator and in the pre-heater .
Calorimeter comprising at least one measurement sensor , intended to receive at least one sample, and at least three temperature regulation stages , of decreasing size, each comprising a support and temperature regulation means, the smallest stage being combined with said at least one sensor , in which: - a first stage also comprises a screen forming a first enclosure with the support of this first stage, the latter being intended to be placed in the external environment of the calorimeter from which it is thermally decoupled, and the means for regulating the temperature of this first stage making it possible to isolate the inside of the first enclosure from the temperature variations of said external environment, - a second stage is placed inside said first enclosure and its support is thermally coupled to the support of the first stage by first thermal conductances consisting of Peltier-effect elements, - a third stage is placed inside the second enclosure defined by the second stage and is thermally coupled to said second stage by second thermal conductances , which are passive and define an adapted time constant value, the means for regulating the temperature of this third stage making it possible to obtain temperature values necessary for measurements to be obtained by said at least one sensor, in which the second thermal conductances define a time constant comprised between ten seconds and several hundreds of seconds, for example of the order of approximately one hundred seconds. - a first stage also comprises a screen forming a first enclosure with the support of this first stage, the latter being intended to be placed in the external environment of the calorimeter from which it is thermally decoupled, and the means for regulating the temperature of this first stage making it possible to isolate the inside of the first enclosure from the temperature variations of said external environment, - a second stage is placed inside said first enclosure and its support is thermally coupled to the support of the first stage by first thermal conductances consisting of Peltier-effect elements, - a third stage is placed inside the second enclosure defined by the second stage and is thermally coupled to said second stage by second thermal conductances , which are passive and define an adapted time constant value, the means for regulating the temperature of this third stage making it possible to obtain temperature values necessary for measurements to be obtained by said at least one sensor,
A watchdog timer unit (200; 300; 500; 600) configured to define a first and a second watchdog time period, wherein a reset of the watchdog timer unit (200; 300; 500; 600) is controlled, through a clear watchdog timer signal (CLRWDT) characterized in that the watchdog timer unit (200; 300; 500; 600) is configured, after activation of the watchdog timer unit (200; 300; 500; 600), to automatically select the first watchdog time period until a clear watchdog timer signal (CLRWDT) has been received from a central processing unit of a microcontroller whereupon the watchdog timer unit (200; 500; 600) switches through switching logic (230, 240; 330, 340; 430, 440; 540, 550) within the watchdog timer unit (200; 300; 500; 600), said switching logic controlled by the clear watchdog timer signal (CLRWDT) to the second watchdog time period, wherein the first watchdog time period is longer than the second watchdog time period and wherein the first watchdog time period is long enough to perform an initial configuration of the microcontroller.
Sealing ring for a turbomachine, in particular a compressor stage or turbine stage of a gas turbine, which has a seal and which has a peripheral groove with which the sealing ring is or will be fastened, a profile cross section of the sealing ring varying in the peripheral direction, characterized by at least one radial rib , which extends at least in portions in the peripheral direction, its dimension and/or arrangement varying continuously in the peripheral direction at least in portions, the at least one radial rib being arranged on a lateral face in the peripheral groove of the sealing ring. at least one radial rib , which extends at least in portions in the peripheral direction, its dimension and/or arrangement varying continuously in the peripheral direction at least in portions, the at least one radial rib being arranged on a lateral face in the peripheral groove of the sealing ring.
An aircraft switch panel assembly comprising: a cover defining a cover receiving area and a cover opening providing access to the cover receiving area ; a button stop within the cover receiving area , wherein the button stop defines a button stop receiving area that is aligned with the cover opening ; a switch within the button stop receiving area ; at least one light source within the button stop receiving area ; and a button assembly positioned at least partially in the cover opening and the cover receiving area , wherein the button assembly is movable between an engaged position and a disengaged position relative to the switch , characterised in that in the engaged position, the button assembly contacts the button stop and the switch , and wherein, in the disengaged position, a ledge of the button assembly contacts the cover and the button assembly is spaced apart from the button stop and the switch . a cover defining a cover receiving area and a cover opening providing access to the cover receiving area ; a button stop within the cover receiving area , wherein the button stop defines a button stop receiving area that is aligned with the cover opening ; a switch within the button stop receiving area ; at least one light source within the button stop receiving area ; and a button assembly positioned at least partially in the cover opening and the cover receiving area , wherein the button assembly is movable between an engaged position and a disengaged position relative to the switch , characterised in that in the engaged position, the button assembly contacts the button stop and the switch , and wherein, in the disengaged position, a ledge of the button assembly contacts the cover and the button assembly is spaced apart from the button stop and the switch .
A surface mountable reactor , comprising: - a coil ; - a first magnetic core comprising an axial portion around which the coil is disposed and flange portions at both ends of the axial portion ; - a second magnetic core that is disposed outside the coil to connect the flange portions of the first magnetic core ; and - a resin mount disposed outside the coil , characterized in that the second magnetic core comprises a plurality of components separable toward outside the coil , a circumference of the coil is surrounded by the second magnetic core and the resin mount , and the coil has end portions disposed outside the resin mount , the end portions of the coil being extended through holes of the resin mount to form mount terminals . - a coil ; - a first magnetic core comprising an axial portion around which the coil is disposed and flange portions at both ends of the axial portion ; - a second magnetic core that is disposed outside the coil to connect the flange portions of the first magnetic core ; and - a resin mount disposed outside the coil ,
An in vitro method of preparing an extracellular matrix (ECM) material, comprising: a. incubating vascular adventitial tissue in a zwitterionic detergent, wherein the vascular adventitial tissue is optionally bovine, ovine, or porcine, and wherein the adventitial tissue is optionally aortic adventitia; b. incubating the tissue in Trypsin-EDTA; c. incubating the tissue with an anionic detergent; d. disinfecting the tissue, optionally with peracetic acid, producing a decellularized ECM material; e. lyophilizing the decellularized ECM material; f. comminuting the decellularized ECM material; g. partially or completely solubilizing the decellularized ECM material with an acid protease to produce solubilized ECM; h. neutralizing the solubilized ECM to produce an ECM pre-gel; and i. optionally, gelling the ECM pre-gel at a temperature at which the ECM pre-gel gels to produce an ECM gel. a. incubating vascular adventitial tissue in a zwitterionic detergent, wherein the vascular adventitial tissue is optionally bovine, ovine, or porcine, and wherein the adventitial tissue is optionally aortic adventitia; b. incubating the tissue in Trypsin-EDTA; c. incubating the tissue with an anionic detergent; d. disinfecting the tissue, optionally with peracetic acid, producing a decellularized ECM material; e. lyophilizing the decellularized ECM material; f. comminuting the decellularized ECM material; g. partially or completely solubilizing the decellularized ECM material with an acid protease to produce solubilized ECM; h. neutralizing the solubilized ECM to produce an ECM pre-gel; and i. optionally, gelling the ECM pre-gel at a temperature at which the ECM pre-gel gels to produce an ECM gel.
A method of preparing a rubber composition for a tire comprising initiating kneading of a rubber component and a compound represented by the following formula before kneading the rubber component and a silane coupling agent having a mercapto group: wherein R 1 represents a straight-chain or branched chain alkyl group having 1 to 18 carbon atoms or a cycloalkyl group having 3 to 12 carbon atoms, and R 2 and R 3 together with nitrogen bonded thereto form a succinimide group, a maleimide group or a phthalimide group.
Device for spreading a fibre bundle which is feedable from a fibre bundle supply to a fibre consumer , by way of a resistance and of at least one first impulse drive (4.1) that interacts with the resistance , characterized in that the fibre bundle by means of the impulse drive (4.1) during spreading is impingeable in an alternating manner in predefinable sequences with an additional speed component in the conveying direction of said fibre bundle and with an additional speed component counter to the conveying direction, or said fibre bundle during spreading is impingeable in predefined sequences with an additional speed component only in the conveying direction of the fibre bundle , or is impingeable in predefinable sequences only counter to the conveying direction of the fibre bundle .
A method for producing nickel powder, sequentially comprising: a mixing step of adding a polyacrylate as a dispersant to a solution containing a nickel ammine sulfate complex to form a mixed solution; and a reduction and precipitation step of charging a reaction vessel with the mixed solution and blowing hydrogen gas into the mixed solution in the reaction vessel to bring the hydrogen gas into contact with the mixed solution to reduce nickel complex ions in the mixed solution to precipitate nickel to form nickel powder, wherein the mixed solution is adjusted to contain concentrations of the polyacrylate in a range of 0.2 to 10.0 g/L and ammonium sulfate in a range of 10 to 500 g/L. a mixing step of adding a polyacrylate as a dispersant to a solution containing a nickel ammine sulfate complex to form a mixed solution; and a reduction and precipitation step of charging a reaction vessel with the mixed solution and blowing hydrogen gas into the mixed solution in the reaction vessel to bring the hydrogen gas into contact with the mixed solution to reduce nickel complex ions in the mixed solution to precipitate nickel to form nickel powder, wherein the mixed solution is adjusted to contain concentrations of the polyacrylate in a range of 0.2 to 10.0 g/L and ammonium sulfate in a range of 10 to 500 g/L.
A system for visualization in medical imaging, the system comprising: a medical imaging system configured to scan an internal region of a patient and generate voxel data representing a volume comprising the internal region; a memory configured to store a three-dimensional surface of a model of an object within the volume , the three-dimensional surface of the model having a level of transparency and being separately modelled from and with a known spatial relationship to the voxel data representing the volume; a renderer configured to cast rays through the volume , integrate along the rays using the voxel data, check for the three-dimensional surface along the same rays while integrating using the known spatial relationship, and alter the contribution to the integration of the voxel data beyond the surface, from a virtual viewer, along one or more of the rays, based on detection of the three-dimensional surface along the one or more of the rays; and a display configured to display a rendered image output by the renderer , the rendered image representing the internal region. a medical imaging system configured to scan an internal region of a patient and generate voxel data representing a volume comprising the internal region; a memory configured to store a three-dimensional surface of a model of an object within the volume , the three-dimensional surface of the model having a level of transparency and being separately modelled from and with a known spatial relationship to the voxel data representing the volume; a renderer configured to cast rays through the volume , integrate along the rays using the voxel data, check for the three-dimensional surface along the same rays while integrating using the known spatial relationship, and alter the contribution to the integration of the voxel data beyond the surface, from a virtual viewer, along one or more of the rays, based on detection of the three-dimensional surface along the one or more of the rays; and a display configured to display a rendered image output by the renderer , the rendered image representing the internal region.
Method for a washing machine comprising a washing unit for washing items by means of at least one washing liquid and a washing controller for controlling the operation of the machine at least during washing phase periods of a washing program executed by the washing machine, the method comprising: - filling (S110) the washing unit with washing liquid up to a predetermined volume; - pumping (S120) during a washing phase period a recycling volume of the washing liquid being used through a filtering unit in a recycling loop back into the washing unit , wherein the recycling loop enables repeatedly filtering of the washing liquid volume for microfibers and removing the microfibers, wherein the pumping of the recycling volume through the filtering unit is performed by means of an additional pump beside a pump that is configured for emptying the washing unit or wherein the pumping of the recycling volume through the filtering unit is performed by means of a pump that is configured for emptying the washing unit , and - emptying (S130) washing liquid out of the washing unit at the end of the washing phase period, characterized by the filtering unit being comprised in a common detergent and filter unit , which common detergent and filter unit further comprises a detergent compartment , and which common detergent and filter unit is configured to release at least one detergent compound in the washing, cleaning, or after treatment process, and of filtration of washing liquid prior, during, and after washing. - filling (S110) the washing unit with washing liquid up to a predetermined volume; - pumping (S120) during a washing phase period a recycling volume of the washing liquid being used through a filtering unit in a recycling loop back into the washing unit , wherein the recycling loop enables repeatedly filtering of the washing liquid volume for microfibers and removing the microfibers, wherein the pumping of the recycling volume through the filtering unit is performed by means of an additional pump beside a pump that is configured for emptying the washing unit or wherein the pumping of the recycling volume through the filtering unit is performed by means of a pump that is configured for emptying the washing unit , and - emptying (S130) washing liquid out of the washing unit at the end of the washing phase period,
A respiration gas monitor device , comprising: a pump connected to draw a flow of respired air; a pressure sensor connected to measure an air pressure signal responsive to the flow of respired air; a pressure transducer ; electrical circuitry operatively connected to measure flow across the pressure sensor, wherein the electrical circuity is operatively connected to read the pressure sensor and to drive the pressure transducer to inject ripple-canceling pressure pulses into flow of respired air to reduce or eliminate a pressure ripple in the flow of respired air wherein the ripple-canceling pressure pulses are determined by the electrical circuitry from the air pressure signal measured by the pressure sensor; and a gas component sensor arranged to monitor a target gas in the flow of respired air. a pump connected to draw a flow of respired air; a pressure sensor connected to measure an air pressure signal responsive to the flow of respired air; a pressure transducer ; electrical circuitry operatively connected to measure flow across the pressure sensor, wherein the electrical circuity is operatively connected to read the pressure sensor and to drive the pressure transducer to inject ripple-canceling pressure pulses into flow of respired air to reduce or eliminate a pressure ripple in the flow of respired air wherein the ripple-canceling pressure pulses are determined by the electrical circuitry from the air pressure signal measured by the pressure sensor; and a gas component sensor arranged to monitor a target gas in the flow of respired air.