mhurhangee/ep-ind-claims huggingface dataset:
A monitoring device, comprising: a first input block configured to obtain a first pressure signal ( y) from a first pressure sensor, which is arranged in an extracorporeal blood circuit to detect pressure variations in blood which is pumped through a blood processing unit in the extracorporeal blood circuit by a blood pumping device, wherein the extracorporeal blood circuit is connected to a vascular system of a subject; characterized by a second input block configured to obtain a second pressure signal ( u) from a second pressure sensor, which is arranged in a treatment fluid supply system to detect pressure variations in a treatment fluid which is pumped through the blood processing unit by the treatment fluid supply system; an emulation block configured to generate, as a function of the second pressure signal ( u), an emulated first pressure signal ( ŷ) which emulates a concurrent signal response of the first pressure sensor; a filtering block configured to generate a filtered signal ( y f) as a function of the first pressure signal ( y) and the emulated first pressure signal ( ŷ), so as to suppress, in the filtered signal ( y f) compared to the first pressure signal ( y), signal interferences originating from the treatment fluid supply system; and a pulse detection block configured to process the filtered signal ( y f) for detection of subject pulses originating from the subject. a first input block configured to obtain a first pressure signal ( y) from a first pressure sensor, which is arranged in an extracorporeal blood circuit to detect pressure variations in blood which is pumped through a blood processing unit in the extracorporeal blood circuit by a blood pumping device, wherein the extracorporeal blood circuit is connected to a vascular system of a subject; characterized by a second input block configured to obtain a second pressure signal ( u) from a second pressure sensor, which is arranged in a treatment fluid supply system to detect pressure variations in a treatment fluid which is pumped through the blood processing unit by the treatment fluid supply system; an emulation block configured to generate, as a function of the second pressure signal ( u), an emulated first pressure signal ( ŷ) which emulates a concurrent signal response of the first pressure sensor; a filtering block configured to generate a filtered signal ( y f) as a function of the first pressure signal ( y) and the emulated first pressure signal ( ŷ), so as to suppress, in the filtered signal ( y f) compared to the first pressure signal ( y), signal interferences originating from the treatment fluid supply system; and a pulse detection block configured to process the filtered signal ( y f) for detection of subject pulses originating from the subject.
An apparatus for applying negative pressure to a wound, comprising: a negative pressure source configured to provide, via a fluid flow path comprising at least one lumen, negative pressure under a dressing placed over a wound; and a controller configured to: detect whether a canister is positioned in the fluid flow path between the negative pressure source and the dressing, the canister being configured to store fluid removed from the wound; and in response to detecting that the canister is positioned in the fluid flow path, set a value of a parameter to a first value indicating that the canister is positioned in the fluid flow path, and in response to detecting that the canister is not positioned in the fluid flow path, set the value of the parameter to a second value indicating that the canister is not positioned in the fluid flow path; characterized in that the controller is configured to operate the negative pressure source to provide negative pressure under the dressing such that the negative pressure source can operate in a canisterless mode of operation or in a canister mode of operation. a negative pressure source configured to provide, via a fluid flow path comprising at least one lumen, negative pressure under a dressing placed over a wound; and a controller configured to: detect whether a canister is positioned in the fluid flow path between the negative pressure source and the dressing, the canister being configured to store fluid removed from the wound; and in response to detecting that the canister is positioned in the fluid flow path, set a value of a parameter to a first value indicating that the canister is positioned in the fluid flow path, and in response to detecting that the canister is not positioned in the fluid flow path, set the value of the parameter to a second value indicating that the canister is not positioned in the fluid flow path; characterized in that the controller is configured to operate the negative pressure source to provide negative pressure under the dressing such that the negative pressure source can operate in a canisterless mode of operation or in a canister mode of operation. detect whether a canister is positioned in the fluid flow path between the negative pressure source and the dressing, the canister being configured to store fluid removed from the wound; and in response to detecting that the canister is positioned in the fluid flow path, set a value of a parameter to a first value indicating that the canister is positioned in the fluid flow path, and in response to detecting that the canister is not positioned in the fluid flow path, set the value of the parameter to a second value indicating that the canister is not positioned in the fluid flow path; characterized in that the controller is configured to operate the negative pressure source to provide negative pressure under the dressing such that the negative pressure source can operate in a canisterless mode of operation or in a canister mode of operation.
A method, comprising: providing a lead frame strip, having a thickness, including a plurality of lead frames, wherein the lead frame strip includes at least one depression, going only partially through the thickness of the lead frame strip, which becomes, after singulation of the lead frame strip into individual lead frames, at least one recess at a corner of an end of a lead of a lead frame, wherein the lead has a bottom surface, a top surface, an exposed outer end extending between the bottom and top surfaces, and side surfaces extending between the bottom and top surfaces, and wherein the recess is disposed within the bottom surface and the exposed outer end of the lead, and the recess does not extend to the top surface or to either of the side surfaces; characterised by: filling the at least one depression with a solder wettable material; and singulating the lead frame strip into individual lead frames while the at least one depression is filled with the solder wettable material. providing a lead frame strip, having a thickness, including a plurality of lead frames, wherein the lead frame strip includes at least one depression, going only partially through the thickness of the lead frame strip, which becomes, after singulation of the lead frame strip into individual lead frames, at least one recess at a corner of an end of a lead of a lead frame, wherein the lead has a bottom surface, a top surface, an exposed outer end extending between the bottom and top surfaces, and side surfaces extending between the bottom and top surfaces, and wherein the recess is disposed within the bottom surface and the exposed outer end of the lead, and the recess does not extend to the top surface or to either of the side surfaces; characterised by: filling the at least one depression with a solder wettable material; and singulating the lead frame strip into individual lead frames while the at least one depression is filled with the solder wettable material. filling the at least one depression with a solder wettable material; and singulating the lead frame strip into individual lead frames while the at least one depression is filled with the solder wettable material.
Motor vehicle lock for a motor vehicle door arrangement, wherein a lock latch and a pawl assigned to the lock latch are provided, wherein the lock latch can be brought into an open position and into a closed position, wherein the lock latch in the closed position is or can be brought into engagement with a striker or the like, wherein the pawl can be brought into an engaged position in which it fixes the lock latch in the closed position and wherein the pawl can be lifted out into a release position in which it releases the lock latch, wherein the pawl can be brought into the release position by means of an actuating arrangement, wherein a crash element is provided which, in order to avoid a crash-induced lifting-out of the pawl, can be adjusted by the crash-induced deformation of said component by a component of the motor vehicle door arrangement, in particular a door outer skin, into a crash position, and in that, for this purpose, the crash element in the crash position blocks the pawl and/or the actuating arrangement, wherein a crash element mounting is provided for the crash element, and in that, during its adjustment into the crash position, the crash element is adjusted, in particular slides, between the component (4, 6) to be blocked by the crash element and an, in particular positionally fixed, support, with the result that at least some of the force flow of the blocking force can pass via the support and outside the crash element mounting, wherein the adjustability of the crash element also stems in any case from a deformability of the crash element.
A dummy memory board, comprising: a substrate with a shape of a plate, comprising a front surface and a back surface; a connecting finger formed of an electrically conductive material and provided on the front surface and the back surface for inserting into a memory slot of an external device; a plurality of light emitting diodes provided on the front surface and the back surface; an electrical circuit provided on the substrate for electrically connecting the light emitting diodes to the connecting finger; wherein the connecting finger is close to a lower edge of the front surface and the back surface, the light emitting diodes are close to an upper edge of the front surface and the back surface, and the light emitting diodes are configured to be turned on by power from the memory slot through the connecting finger; wherein there is at least a first connecting finger and a second connecting finger; wherein at least one of the front surface and the back surface are provided with at least one dummy memory region; and wherein the dummy memory region is between the connecting fingers and the light emitting diodes; characterised in that the electrical circuit connects all of the light emitting diodes to the first connecting finger and the second connecting finger, the electrical circuit connecting the light emitting diodes to the connecting fingers only and without any suspending node or open spot such that no effect due to antenna interference is induced; and in that the electrical circuit bypasses the dummy memory region. a substrate with a shape of a plate, comprising a front surface and a back surface; a connecting finger formed of an electrically conductive material and provided on the front surface and the back surface for inserting into a memory slot of an external device; a plurality of light emitting diodes provided on the front surface and the back surface; an electrical circuit provided on the substrate for electrically connecting the light emitting diodes to the connecting finger; wherein the connecting finger is close to a lower edge of the front surface and the back surface, the light emitting diodes are close to an upper edge of the front surface and the back surface, and the light emitting diodes are configured to be turned on by power from the memory slot through the connecting finger; wherein there is at least a first connecting finger and a second connecting finger; wherein at least one of the front surface and the back surface are provided with at least one dummy memory region; and wherein the dummy memory region is between the connecting fingers and the light emitting diodes; characterised in that the electrical circuit connects all of the light emitting diodes to the first connecting finger and the second connecting finger, the electrical circuit connecting the light emitting diodes to the connecting fingers only and without any suspending node or open spot such that no effect due to antenna interference is induced; and in that the electrical circuit bypasses the dummy memory region.
A bone screw arrangement with variable length, comprising: - a guide screw, which is formed with a guide, which extends in axial direction in the interior of the guide screw, and - an anchor screw, which has a guide element, which is received in the guide, such that an arrangement length formed jointly by guide screw and anchor screw is able to be altered by the guide element being displaced in axial direction in the guide in the interior of the guide screw, wherein the guide element, on the displacement altering the arrangement length, is received in a free-running manner in a portion of the guide and is blocked from an axial free-running at least in a distal end position in which the anchor screw is fully extended, wherein the guide has a further portion, in which the guide element is blocked from axial free-running, characterized in that in the further portion in the guide an internal thread is formed which, for blocking the axial free-running of the guide element, cooperates with an external thread formed on the guide element. - a guide screw, which is formed with a guide, which extends in axial direction in the interior of the guide screw, and - an anchor screw, which has a guide element, which is received in the guide, such that an arrangement length formed jointly by guide screw and anchor screw is able to be altered by the guide element being displaced in axial direction in the guide in the interior of the guide screw,
An ultrasound imaging apparatus comprising: an ultrasound probe; a signal transceiver configured to transmit/receive an ultrasound signal to/from the ultrasound probe; and a variable inductor device configured to successively change inductance for impedance matching with the ultrasound probe during a transmission/reception time period of the ultrasound signal, characterised in that the variable inductor device is configured to successively change the inductance according to a change in center frequency of the ultrasound signal reflected from an object, the center frequency being lowered in proportion to a movement distance of the reflected ultrasound signal from the object to the ultrasound probe. an ultrasound probe; a signal transceiver configured to transmit/receive an ultrasound signal to/from the ultrasound probe; and a variable inductor device configured to successively change inductance for impedance matching with the ultrasound probe during a transmission/reception time period of the ultrasound signal, characterised in that the variable inductor device is configured to successively change the inductance according to a change in center frequency of the ultrasound signal reflected from an object, the center frequency being lowered in proportion to a movement distance of the reflected ultrasound signal from the object to the ultrasound probe.
A device for generating an inhalable medium, the device comprising: a container for holding a liquid; a heater for volatilising liquid held in the container; a chamber containing a tobacco composition; and an outlet; the arrangement being such that in use, an inhalable medium passes out of the outlet, the medium comprising (i) volatilised liquid in the form of a vapour and/or an aerosol and (ii) one or more constituents of the tobacco composition; wherein the tobacco composition comprises a tobacco material and an encapsulated base. a container for holding a liquid; a heater for volatilising liquid held in the container; a chamber containing a tobacco composition; and an outlet; the arrangement being such that in use, an inhalable medium passes out of the outlet, the medium comprising (i) volatilised liquid in the form of a vapour and/or an aerosol and (ii) one or more constituents of the tobacco composition; wherein the tobacco composition comprises a tobacco material and an encapsulated base.
Electrolytic cell used for producing aluminum, comprising a pot shell including a base and transverse and longitudinal side walls (11, 12), the pot shell being covered with a liner to receive a cryolite bath and a plurality of anode assemblies each including an anode structure and at least one anode immersed in the cryolite bath, the cell further comprising a plurality of lifting devices extending along the longitudinal side walls of the pot shell to move the anode assemblies, each anode structure extends transversely in the cell and is associated with a respective pair of lifting devices arranged along opposite longitudinal side walls of the pot shell and each carrying one of the ends of the anode structure, the lifting devices comprising a jack made up of a body and a jack rod extending along a longitudinal axis (B-B'), and an anode receiver designed to receive one end of the anode structure, the jack being coupled to the anode receiver to drive it with a translational motion along a translation axis (T-T') between a retracted position and a deployed position, the electrolytic cell further comprises a confinement chamber bearing on the pot shell, the confinement chamber including transverse and longitudinal side walls, the confinement chamber being designed to define a confinement volume for gases above the cryolite bath, characterized in that the longitudinal axis (B-B') of the jack is parallel and separate from the translation axis (T-T') of the anode receiver so that the anode receiver is inside the confinement chamber and the jack is outside the confinement chamber.
Transport container for temperature-controlled transport of temperature-sensitive goods, comprising a container wall which, in a closed state, completely encloses an interior space, the container wall comprising three side wall elements (21a, 21b, 21c), a ceiling element, a floor element and a door element, which door element can be arranged on the transport container in such a way as to completely close an opening of the transport container, and wherein at least one receiving strip is arranged on each of the three side wall elements (21a, 21b, 21c) in such a way that temperature storage elements can be attached to it, characterized in that a receiving frame having at least one receiving strip for attachment of temperature storage elements is arranged on at least one of the side wall elements (21a; 21c) adjoining the opening in such a way that it can be moved so as to at least partially cover the opening when the transport container is in the closed state and to completely uncover the opening when the transport container is in the open state.
Method for controlling a synchronous electric machine with a wound rotor for an electric or hybrid motor vehicle, including steps during which: the currents and voltages are measured in the rotor and stator phases of the machine in a fixed three-phase reference frame linked to the stator, the currents and voltages are determined in the rotor and stator phases in a fixed two-phase reference frame linked to the stator according to the current and voltage measurements in the three-phase reference frame, the method includes steps during which the position and speed of the rotor are determined with respect to the stator by an observer according to the stator and rotor currents and voltages expressed in the fixed two-phase reference frame linked to the stator, the observer is adjusted by a discrete extended version of a Kalman algorithm, the method is characterized in that, when the speed is below a threshold, a high-frequency, low intensity current is injected into the rotor winding, in order to make the system observable, then the position and speed are determined thanks to the extended version of the Kalman algorithm. the currents and voltages are measured in the rotor and stator phases of the machine in a fixed three-phase reference frame linked to the stator, the currents and voltages are determined in the rotor and stator phases in a fixed two-phase reference frame linked to the stator according to the current and voltage measurements in the three-phase reference frame, the method includes steps during which the position and speed of the rotor are determined with respect to the stator by an observer according to the stator and rotor currents and voltages expressed in the fixed two-phase reference frame linked to the stator, the observer is adjusted by a discrete extended version of a Kalman algorithm, the method is characterized in that, when the speed is below a threshold, a high-frequency, low intensity current is injected into the rotor winding, in order to make the system observable, then the position and speed are determined thanks to the extended version of the Kalman algorithm.
A ventilation tube system for breathing gas for ventilating patients having a first inhalation tube connectable to a respiratory humidifier and to a Y-piece; a second inhalation tube connectable to a respirator and to the respiratory humidifier; and an exhalation tube connectable to the respirator and to the Y-piece; wherein at least certain portions of the first inhalation tube and the exhalation tube each comprise tube heaters having at least one heating wire (15, 17), wherein each of the tube heaters is controllable by a power supply and control unit inside the respiratory humidifier, characterized in that the second inhalation tube and the first inhalation tube each comprise a connecting piece (23, 25) for the pneumatic and electrical connection to the respiratory humidifier, wherein a power supply line of the tube heater of the exhalation tube starts from the connecting piece of the second inhalation tube and proceeds from there via the second inhalation tube and a connecting element which is separate from the respirator.
Common rail system for an internal combustion engine, having: - a rail for fuel, and an injector, fluidically connected via a high pressure line, for injecting the fuel into a working space of the internal combustion engine, wherein the high pressure line has a high pressure component with an individual accumulator, and - the high pressure line and/or the rail has a pressure-measuring device (10, 20, 30), characterized in that - the pressure-measuring device is coupled to a local logic and memory unit (AE, ACR, AI) of local electronics which are distributed in a decentralized fashion and which are designed to evaluate and store locally measurement data of the pressure-measuring device, in particular injector data and/or rail data, and - the pressure-measuring device is connected via a bus to the central electronics with the intermediate connection of the local logic and memory unit (AE, ACR, AI) and the local logic and memory unit (AE, ACR, AI) is configured, in combination with the central electronics, to perform open-loop and/or closed-loop control of the common rail system for the internal combustion engine. - a rail for fuel, and an injector, fluidically connected via a high pressure line, for injecting the fuel into a working space of the internal combustion engine, wherein the high pressure line has a high pressure component with an individual accumulator, and - the high pressure line and/or the rail has a pressure-measuring device (10, 20, 30), characterized in that - the pressure-measuring device is coupled to a local logic and memory unit (AE, ACR, AI) of local electronics which are distributed in a decentralized fashion and which are designed to evaluate and store locally measurement data of the pressure-measuring device, in particular injector data and/or rail data, and - the pressure-measuring device is connected via a bus to the central electronics with the intermediate connection of the local logic and memory unit (AE, ACR, AI) and the local logic and memory unit (AE, ACR, AI) is configured, in combination with the central electronics, to perform open-loop and/or closed-loop control of the common rail system for the internal combustion engine.