mhurhangee/ep-ind-claims huggingface dataset:
System for remote control and monitoring of a delivery device for self-administration of a fluid product with: a device for self-administration of the fluid product with a device for determining at least one operating parameter of the delivery device and an interface for wireless communication with a remote control; and a remote control with a microprocessor a memory and an interface for receiving the operating parameter of the delivery device and for transmitting a signal to the delivery device, wherein the remote control includes a display for monitoring the delivery device by the user, wherein the microprocessor has access to the memory, in which an individualised setup and historical data regarding the administration is stored and constantly accumulated, and blood glucose readings are stored in a dedicated area of the memory or in another memory on the remote control, so that a user can display a history of the administration together with the saved blood glucose readings assigned over time and compare them, and wherein the remote control is configured in such manner that the remote control display is able to represent the quantity of fluid as a delivery rate plotted over time. a device for self-administration of the fluid product with a device for determining at least one operating parameter of the delivery device and an interface for wireless communication with a remote control; and a remote control with a microprocessor a memory and an interface for receiving the operating parameter of the delivery device and for transmitting a signal to the delivery device, wherein the remote control includes a display for monitoring the delivery device by the user, wherein the microprocessor has access to the memory, in which an individualised setup and historical data regarding the administration is stored and constantly accumulated, and blood glucose readings are stored in a dedicated area of the memory or in another memory on the remote control, so that a user can display a history of the administration together with the saved blood glucose readings assigned over time and compare them, and wherein the remote control is configured in such manner that the remote control display is able to represent the quantity of fluid as a delivery rate plotted over time.
A computer implemented method for colour video processing, the method comprising: receiving a CFA image from a CFA imaging device, wherein the CFA image comprises CFA image pixels defining a plurality of image regions, each image region having at least one pixel of a first colour and at least one pixel of a second colour, at least one image region representing a portion of an object; receiving a full colour image from a colour imaging device, wherein the full colour image represents the portion of the object; storing the full colour image in a memory; isolating pixels of the first colour of the CFA image to generate a first colour channel comprising pixels of the first colour channel; isolating pixels of the first colour of the full colour image to generate a second colour channel comprising pixels of the second colour channel; processing the pixels of the first colour channel using a first computer vision algorithm to generate first image metadata; processing the pixels of the second colour channel using the first computer vision algorithm to generate second image metadata; and generating processed data using the first image metadata and/or the second image metadata, the processed data comprising a plurality of data points representing the object. receiving a CFA image from a CFA imaging device, wherein the CFA image comprises CFA image pixels defining a plurality of image regions, each image region having at least one pixel of a first colour and at least one pixel of a second colour, at least one image region representing a portion of an object; receiving a full colour image from a colour imaging device, wherein the full colour image represents the portion of the object; storing the full colour image in a memory; isolating pixels of the first colour of the CFA image to generate a first colour channel comprising pixels of the first colour channel; isolating pixels of the first colour of the full colour image to generate a second colour channel comprising pixels of the second colour channel; processing the pixels of the first colour channel using a first computer vision algorithm to generate first image metadata; processing the pixels of the second colour channel using the first computer vision algorithm to generate second image metadata; and generating processed data using the first image metadata and/or the second image metadata, the processed data comprising a plurality of data points representing the object.
A method for flushing and/or for filling a blood treatment device, in particular for priming a blood treatment device, wherein the blood treatment device has at least one membrane filter, in particular a hollow fiber membrane filter, at least one first partial circuit and at least one second partial circuit, wherein the first and the second partial circuits are separated by the membrane filter in a semipermeable manner, wherein the first partial circuit is first filled with a fluid with a uniform and/or a pulsatile first volumetric flow rate at least temporarily and wherein fluid having a second volumetric flow rate that is larger than the first volumetric flow rate is delivered into the first partial circuit, characterized in that the first volumetric flow rate does not exceed a specified threshold value, with a complete wetting and/or saturation of the membrane by the fluid not yet being present at this threshold value, and in that the fluid is delivered at the second volumetric flow rate while air is displaced from the first into the second partial circuit over the membrane of the membrane filter.
Sensor element for detecting at least one property of a fluid medium, comprising at least one housing having at least one inlet opening accessible to the fluid medium, wherein at least one pressure sensor for detecting a pressure of the fluid medium is arranged in the inlet opening, wherein in the inlet opening in front of the pressure sensor, a plurality of ribs protecting the pressure sensor from water and dirt deposits project from at least one wall (134, 136) of the inlet opening into the inlet opening, wherein the ribs have a rib depth by which the ribs project into the inlet opening, wherein the ribs proceeding from the respective wall (134, 136) on which the rib is arranged each have a rib axis in the direction of the rib depth, wherein the ribs are arranged offset with respect to one another in the flow direction of the fluid medium, characterized in that the ribs extend over the entire height of the inlet opening, wherein the ribs are arranged alternately on mutually opposite walls (134, 136) of the inlet opening, such that no rib axis of one rib runs collinearly with respect to a rib axis of another rib, and a flow of the fluid medium towards the pressure sensor is is diverted a number of times by the ribs.
Method for detecting a phase of an analog signal via a hybrid coupler operating in a power combiner mode, the hybrid coupler comprising a first input intended to receive said analog signal, a second input intended to receive an additional analog signal phase-shifted by 90° relative to the analog signal, a first output providing an output signal, and a second output, the method being characterised in that it comprises: an injection at the second output of a test signal having an initial test phase, an iterative generation of a current test phase for the test signal, from the initial test phase to a final test phase equal to the initial test phase increased by at least part of a complete turn, with a measurement of the current peak value of the output signal in each iteration, and storing the current test phase and the current peak value as a maximum (Amax) or minimum (Amin) peak value, if there is not respectively a larger stored maximum peak value (Amax) or a smaller stored minimum peak value (Amin) than the current peak value, and determining the phase of the analog signal from the stored test phase. an injection at the second output of a test signal having an initial test phase, an iterative generation of a current test phase for the test signal, from the initial test phase to a final test phase equal to the initial test phase increased by at least part of a complete turn, with a measurement of the current peak value of the output signal in each iteration, and storing the current test phase and the current peak value as a maximum (Amax) or minimum (Amin) peak value, if there is not respectively a larger stored maximum peak value (Amax) or a smaller stored minimum peak value (Amin) than the current peak value, and determining the phase of the analog signal from the stored test phase.
A broadcast resource congestion control method of a multi-cell/multicast coordination entity, MCE, (150; 205) in a wireless communication system, the method comprising: receiving a message including multimedia broadcast and multicast service, MBMS, congestion information including a multicast broadcast signal frequency network, MBSFN, area identifier and overload status for each physical multicast channel, PMCH, corresponding to at least one MBMS service in an MBSFN area identified by the identifier from a base station (160; 203); selecting an MBMS service to be controlled based on the MBMS congestion information from the at least one MBMS service; and transmitting a scheduling message including information related to the selected MBMS service to the base station (160; 203). receiving a message including multimedia broadcast and multicast service, MBMS, congestion information including a multicast broadcast signal frequency network, MBSFN, area identifier and overload status for each physical multicast channel, PMCH, corresponding to at least one MBMS service in an MBSFN area identified by the identifier from a base station (160; 203); selecting an MBMS service to be controlled based on the MBMS congestion information from the at least one MBMS service; and transmitting a scheduling message including information related to the selected MBMS service to the base station (160; 203).
An apparatus, the apparatus comprising: an expandable structure comprising a balloon, the expandable structure configured for insertion into a body of a subject; and a plurality of conducting elements printed onto the surface of the balloon, each of the conducting elements comprising a respective coil and having: an insulated portion that is electrically insulated from tissue of the subject, and an uninsulated portion configured to exchange signals with the tissue, while in contact with the tissue. an expandable structure comprising a balloon, the expandable structure configured for insertion into a body of a subject; and a plurality of conducting elements printed onto the surface of the balloon, each of the conducting elements comprising a respective coil and having: an insulated portion that is electrically insulated from tissue of the subject, and an uninsulated portion configured to exchange signals with the tissue, while in contact with the tissue. an insulated portion that is electrically insulated from tissue of the subject, and an uninsulated portion configured to exchange signals with the tissue, while in contact with the tissue.
A method for stabilising a driverless single-track motor vehicle, in particular a motorcycle, during a test run on a roller dynamometer, the method comprising the steps of: connecting a front wheel steering part of the motor vehicle to a stabilising device which has a stationary base part and a connecting element for connection to the front wheel steering part; driving a front wheel of the motor vehicle by a front wheel roller unit and/or driving a rear wheel of the motor vehicle by a rear wheel roller unit; and stabilising the motor vehicle by returning the front wheel to a front wheel setpoint position (P V_Soll) on the front wheel roller unit via the stabilising device in the event of a deviation of the front wheel from the front wheel setpoint position (P V_Soll), characterized in that the stabilizing device has a joint element connected to the base part and the connecting element, and the joint element has at least one substantially vertical rotation axis. connecting a front wheel steering part of the motor vehicle to a stabilising device which has a stationary base part and a connecting element for connection to the front wheel steering part; driving a front wheel of the motor vehicle by a front wheel roller unit and/or driving a rear wheel of the motor vehicle by a rear wheel roller unit; and stabilising the motor vehicle by returning the front wheel to a front wheel setpoint position (P V_Soll) on the front wheel roller unit via the stabilising device in the event of a deviation of the front wheel from the front wheel setpoint position (P V_Soll), characterized in that the stabilizing device has a joint element connected to the base part and the connecting element, and the joint element has at least one substantially vertical rotation axis.
A system comprising a nerve integrity monitor apparatus and an endotracheal tube apparatus, comprising: an endotracheal tube having an external surface; and at least one electrode positioned on the external surface, wherein the at least one electrode is configured to apply a stimulation signal to a laryngeal mucosa of a patient to evoke a reflex response, and at least one conductor configured to deliver the stimulation signal from the NIM apparatus to the at least one electrode, wherein the stimulation signal is generated by the nerve integrity monitor apparatus, wherein the stimulation signal includes at least three pulses having an interstimulus interval of 2-5ms. an endotracheal tube having an external surface; and at least one electrode positioned on the external surface, wherein the at least one electrode is configured to apply a stimulation signal to a laryngeal mucosa of a patient to evoke a reflex response, and at least one conductor configured to deliver the stimulation signal from the NIM apparatus to the at least one electrode, wherein the stimulation signal is generated by the nerve integrity monitor apparatus, wherein the stimulation signal includes at least three pulses having an interstimulus interval of 2-5ms.
A method of forming an environmental barrier coating, comprising disposing a powder-based coating on a substrate; heat-treating the powder-based coating at a temperature greater than 800°C and less than 1200°C to form a porous coating comprising surface-connected pores; infiltrating at least some of the surface-connected pores of the porous coating with an infiltrant material to form an infiltrated coating; and sintering the infiltrated coating at a temperature greater than 1200°C and less than 1500°C to form the environmental barrier coating on the substrate, wherein the powder-based coating comprises a first material present in the form of a plurality of particles having a multimodal distribution, wherein the plurality of particles comprise a plurality of large particles with a particle size greater than 10 micrometres, a plurality of medium particles with a particle size in a range from 5 micrometres to 10 micrometres, and a plurality of small particles with a particle size less than 5 micrometers, and wherein an amount of large particles in the first material is in a range from 40 to 60 volume percent of the total volume of the first material; an amount of medium particles in the first material is in a range from 15 to 30 volume percent of the total volume of the first material; and an amount of small particles in the first material is in a range from 15 to 30 volume percent of the total volume of the first material.
An electromagnetic telemetry device comprising: an EM telemetry circuit having a maximum operating temperature of at least 150 degrees C and capable of transmitting a pulsed high power EM telemetry signal with a peak or average pulse power of about 300 W to about 2000 W; and an energy storage supplying energy to the EM telemetry circuit and comprising a high temperature rechargeable energy storage device (HTRESD) comprising at least one ultracapacitor configured to operate at maximum temperatures of at least 150 degrees C; characterized in that the EM telemetry circuit comprises an amplifier for amplifying a signal from an EM telemetry tool, the amplifier comprising an output circuit comprising transistor switches controlled to continuously modulate the current or voltage of an output signal from the EM telemetry tool by way of pulse-width modulation, wherein the transistors are switched at a frequency higher than a fundamental frequency of the output signal of the EM telemetry tool. an EM telemetry circuit having a maximum operating temperature of at least 150 degrees C and capable of transmitting a pulsed high power EM telemetry signal with a peak or average pulse power of about 300 W to about 2000 W; and an energy storage supplying energy to the EM telemetry circuit and comprising a high temperature rechargeable energy storage device (HTRESD) comprising at least one ultracapacitor configured to operate at maximum temperatures of at least 150 degrees C; characterized in that the EM telemetry circuit comprises an amplifier for amplifying a signal from an EM telemetry tool, the amplifier comprising an output circuit comprising transistor switches controlled to continuously modulate the current or voltage of an output signal from the EM telemetry tool by way of pulse-width modulation, wherein the transistors are switched at a frequency higher than a fundamental frequency of the output signal of the EM telemetry tool.
Motor vehicle having a floor element with a cover layer which seals the floor element at the top, a middle layer consisting of a support material which has a reinforcing structure, and a bottom layer, wherein the bottom layer has an insulating material, characterized in that the reinforcing structure has a first thickness in regions in which the floor element lies on a body structure of the motor vehicle when in an installed state in the motor vehicle, and a second thickness in regions in which the floor element does not lie on the body structure when in an installed state, wherein the first thickness is greater than the second thickness.
A diesel engine comprising: a fuel injection pump whose fuel injection amount is adjusted by moving a rack so as to change a rotation position of a plunger; a solenoid actuator operating the rack; an engine starter connected to a crankshaft of the engine and making the plunger perform stroke operation; and a control unit controlling the actuator and the starter following operation of a key switch, characterized in that the control unit makes the rack perform predetermined operation by the actuator when the key switch is operated from an OFF position to an ON position, and if the rack cannot finish the predetermined operation for a predetermined period of time, on condition that the key switch is held at a START position, the control unit makes the plunger perform preliminary stroke operation which is finished before starting the diesel engine by energyzing the starter for a predetermined energyzing period set so as not to start the diesel engine. a fuel injection pump whose fuel injection amount is adjusted by moving a rack so as to change a rotation position of a plunger; a solenoid actuator operating the rack; an engine starter connected to a crankshaft of the engine and making the plunger perform stroke operation; and a control unit controlling the actuator and the starter following operation of a key switch, characterized in that the control unit makes the rack perform predetermined operation by the actuator when the key switch is operated from an OFF position to an ON position, and if the rack cannot finish the predetermined operation for a predetermined period of time, on condition that the key switch is held at a START position, the control unit makes the plunger perform preliminary stroke operation which is finished before starting the diesel engine by energyzing the starter for a predetermined energyzing period set so as not to start the diesel engine.
An air cell comprising: a positive electrode and a negative electrode; and an outer frame member (31, 32) located at outer peripheries of the positive electrode and the negative electrode, the positive electrode and the negative electrode, and the outer frame member (31, 32) being integrally joined together, wherein the positive electrode includes a water-repellent layer, a catalyst layer and a reinforcing layer stacked on top of each other, and at least one of the water-repellent layer, the catalyst layer and the reinforcing layer is integrally joined to the outer frame member (31, 32). a positive electrode and a negative electrode; and an outer frame member (31, 32) located at outer peripheries of the positive electrode and the negative electrode, the positive electrode and the negative electrode, and the outer frame member (31, 32) being integrally joined together, wherein the positive electrode includes a water-repellent layer, a catalyst layer and a reinforcing layer stacked on top of each other, and at least one of the water-repellent layer, the catalyst layer and the reinforcing layer is integrally joined to the outer frame member (31, 32).
A portable paint mixing room comprising: a base portion, four walls, a top portion and at least one door located in one of the walls; a connector for an electrical power supply; and a ventilation system at least one shelf; at least one workbench; a color station. characterized in that the paint mixing room comprises at least two wheels at the base portion. a base portion, four walls, a top portion and at least one door located in one of the walls; a connector for an electrical power supply; and a ventilation system at least one shelf; at least one workbench; a color station. characterized in that the paint mixing room comprises at least two wheels at the base portion.