mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing animated feedback on an event state in a blood purification device, comprising the steps of: detecting a pressed state of an active element on a graphical user interface of the device; triggering (S20) an event in the device in response to the detection of the pressed state of the active element; tracking (S30) the status of the triggered event, wherein said tracking includes detecting a state of the event out of a set of a plurality of distinguishable event states by detecting the status of hardware provided in the blood purification device comprising process and measurement means, in particular sensors, detectors, pumps and/or filters, and wherein each of the distinguishable event states is assigned a feedback representation variant at the active element; setting (S40) the feedback representation variant at the active element as a user feedback indication in accordance with the detected event state; characterised in that feedback representation variants are grouped according to basic appearance, and animation of the basic appearance in a group is controlled by setting at least one of animation parameters upon detection of each event state and alteration of the basic appearance in accordance with a detection of a changed event state and a set at least one animation parameter. detecting a pressed state of an active element on a graphical user interface of the device; triggering (S20) an event in the device in response to the detection of the pressed state of the active element; tracking (S30) the status of the triggered event, wherein said tracking includes detecting a state of the event out of a set of a plurality of distinguishable event states by detecting the status of hardware provided in the blood purification device comprising process and measurement means, in particular sensors, detectors, pumps and/or filters, and wherein each of the distinguishable event states is assigned a feedback representation variant at the active element; setting (S40) the feedback representation variant at the active element as a user feedback indication in accordance with the detected event state; characterised in that feedback representation variants are grouped according to basic appearance, and animation of the basic appearance in a group is controlled by setting at least one of animation parameters upon detection of each event state and alteration of the basic appearance in accordance with a detection of a changed event state and a set at least one animation parameter.
Lighting system comprising a transmitting device and an emergency light, wherein the emergency light has a lighting means and an operating device for operating the lighting means ; the operating device has a transponder and a control apparatus ; the transponder is designed to receive and store data from the transmitting device at least when the operating device is switched off; the control apparatus is designed to read the data stored in the transponder at least after the operating device is switched on and to use it to control the lighting means; the emergency light can be operated in maintained mode or in stand-by mode; the emergency light is switched on during mains network operation if the emergency light is operated in maintained mode; the emergency light is switched off during mains network operation and switched on during a power failure if the emergency light is operated in stand-by mode; and the transponder is designed to receive and store the data from the transmitting device for selecting maintained mode or stand-by mode. the operating device has a transponder and a control apparatus ; the transponder is designed to receive and store data from the transmitting device at least when the operating device is switched off; the control apparatus is designed to read the data stored in the transponder at least after the operating device is switched on and to use it to control the lighting means; the emergency light can be operated in maintained mode or in stand-by mode; the emergency light is switched on during mains network operation if the emergency light is operated in maintained mode; the emergency light is switched off during mains network operation and switched on during a power failure if the emergency light is operated in stand-by mode; and the transponder is designed to receive and store the data from the transmitting device for selecting maintained mode or stand-by mode.
A method performed by an electronic device for generating a super slow motion video, the method comprising: sequentially obtaining a plurality of image frames captured at a predetermined frame rate from at least one camera of the electronic device, storing the plurality of image frames in a memory of the electronic device, detecting motion information in at least one first image frame from among the plurality of image frames, performing an interpolation operation using one or more image frames from among the plurality of image frames, wherein the one or more image frames is included in a set of image frames obtained within a time or within a number of image frames subsequent to the at least one first image frame in which the motion information is detected, and storing one or more image frames resulted from the interpolation operation in the memory of the electronic device to be provided with the set of image frames in an order for display; wherein at least one second image frame, from among the plurality of image frames, preceding the at least one first image frame in which the motion information is detected is discarded from the memory; and wherein at least one third image frame, from among the plurality of image frames, following the set of image frames, is discarded from the memory. sequentially obtaining a plurality of image frames captured at a predetermined frame rate from at least one camera of the electronic device, storing the plurality of image frames in a memory of the electronic device, detecting motion information in at least one first image frame from among the plurality of image frames, performing an interpolation operation using one or more image frames from among the plurality of image frames, wherein the one or more image frames is included in a set of image frames obtained within a time or within a number of image frames subsequent to the at least one first image frame in which the motion information is detected, and storing one or more image frames resulted from the interpolation operation in the memory of the electronic device to be provided with the set of image frames in an order for display; wherein at least one second image frame, from among the plurality of image frames, preceding the at least one first image frame in which the motion information is detected is discarded from the memory; and wherein at least one third image frame, from among the plurality of image frames, following the set of image frames, is discarded from the memory.
A steam wand device for beverages, comprising: a metallic main body tube ; the tube having a steam hose within it; characterized by the hose that is within the tube passing through an elongated flexible coil that prevents the hose from contacting an interior of the tube. a metallic main body tube ; the tube having a steam hose within it; characterized by the hose that is within the tube passing through an elongated flexible coil that prevents the hose from contacting an interior of the tube.
A method of operating a compression ignition engine fuelled with a combination of a hydrocarbon fuel and hydrogen and having at least one combustion chamber provided with a glow plug , the method comprising, during a cold start: activating the glow plug ; fuelling the engine with the hydrocarbon fuel alone whilst starting; deactivating the glow plug when a sensed engine temperature reaches a predetermined threshold value which is below a normal engine operating temperature; after deactivation of the glow plug , implementing a delay prior to commencement of hydrogen supply to the engine , during which the engine continues to be fuelled with the hydrocarbon fuel alone; after the delay, commencing hydrogen supply to the engine ; and progressively increasing the proportion of hydrogen to the hydrocarbon fuel over time as the engine warms whilst running. activating the glow plug ; fuelling the engine with the hydrocarbon fuel alone whilst starting; deactivating the glow plug when a sensed engine temperature reaches a predetermined threshold value which is below a normal engine operating temperature; after deactivation of the glow plug , implementing a delay prior to commencement of hydrogen supply to the engine , during which the engine continues to be fuelled with the hydrocarbon fuel alone; after the delay, commencing hydrogen supply to the engine ; and progressively increasing the proportion of hydrogen to the hydrocarbon fuel over time as the engine warms whilst running.
An elevator comprising an elevator car , the elevator car comprising an interior for receiving a load to be transported; a car frame via which the elevator car is suspended by a roping (R), the car frame comprising a horizontally oriented cross beam extending across the vertical projection of the interior ; and a plurality of weight elements forming a line (L) of weight elements and being suspended by the cross beam , wherein one or more of the weight elements are oscillation dampers for dampening vertical oscillation of the car , characterized in that the oscillation damper comprises a damper body , preferably engaged with the cross beam ; and one or more weight blocks carried by the damper body and vertically movable relative to the damper body ; and one or more deformable members (4c, 4d; 4c,4d') between the one or more weight blocks and the damper body for resisting vertical movement of the one or more weight blocks relative to the damper body . an interior for receiving a load to be transported; a car frame via which the elevator car is suspended by a roping (R), the car frame comprising a horizontally oriented cross beam extending across the vertical projection of the interior ; and a plurality of weight elements forming a line (L) of weight elements and being suspended by the cross beam , wherein one or more of the weight elements are oscillation dampers for dampening vertical oscillation of the car , characterized in that the oscillation damper comprises a damper body , preferably engaged with the cross beam ; and one or more weight blocks carried by the damper body and vertically movable relative to the damper body ; and one or more deformable members (4c, 4d; 4c,4d') between the one or more weight blocks and the damper body for resisting vertical movement of the one or more weight blocks relative to the damper body .
A surgical device comprising: a handle assembly including: a power source ; a motor coupled to the power source; and a controller configured to control the motor; an adapter assembly configured to selectively couple to the handle assembly, wherein the adapter assembly includes a strain gauge configured to measure strain; a reload configured to selectively couple to a distal portion of the adapter assembly , the reload including a plurality of fasteners ("S"); and an anvil assembly selectively couplable to the distal portion of the adapter assembly , the anvil assembly being movable relative to the reload , wherein the controller is configured to control the motor to move the anvil thereby compressing tissue between the anvil assembly and the reload at a first speed for a first segment and at a second speed for a second segment, the second speed being slower than the first speed, and characterized in that the strain gauge is configured to measure strain caused by the compression of tissue between the anvil assembly and the reload , and in that the controller is further configured to determine whether the anvil assembly is decoupled from the adapter assembly based on the strain measured by the strain gauge during the second segment. a handle assembly including: a power source ; a motor coupled to the power source; and a controller configured to control the motor; a power source ; a motor coupled to the power source; and a controller configured to control the motor; an adapter assembly configured to selectively couple to the handle assembly, wherein the adapter assembly includes a strain gauge configured to measure strain; a reload configured to selectively couple to a distal portion of the adapter assembly , the reload including a plurality of fasteners ("S"); and an anvil assembly selectively couplable to the distal portion of the adapter assembly , the anvil assembly being movable relative to the reload , wherein the controller is configured to control the motor to move the anvil thereby compressing tissue between the anvil assembly and the reload at a first speed for a first segment and at a second speed for a second segment, the second speed being slower than the first speed, and characterized in that the strain gauge is configured to measure strain caused by the compression of tissue between the anvil assembly and the reload , and in that the controller is further configured to determine whether the anvil assembly is decoupled from the adapter assembly based on the strain measured by the strain gauge during the second segment.
A process for producing melamine octamolybdate, the process consisting of reacting molybdenum trioxide (MoOs) and melamine in an acidic aqueous system at a pH of less than or equal to 4 to form a slurry of the melamine octamolybdate, wherein an aqueous mixture of the melamine is added slowly to a saturated aqueous mixture of the molybdenum trioxide over a time period from 30 min to 24 hr; wherein: the melamine octamolybdate is characterized by a temperature at a weight loss of 1% on a thermogravimetric analysis curve in a range from 300 °C to 500 °C; and/or the melamine octamolybdate is characterized by a temperature at a weight loss of 2% on a thermogravimetric analysis curve in a range from 300 °C to 500 °C. the melamine octamolybdate is characterized by a temperature at a weight loss of 1% on a thermogravimetric analysis curve in a range from 300 °C to 500 °C; and/or the melamine octamolybdate is characterized by a temperature at a weight loss of 2% on a thermogravimetric analysis curve in a range from 300 °C to 500 °C.
A solar cell comprising: a semiconductor substrate of a first conductive type made of silicon; an emitter region having a second conductive type different from the first conductive type and positioned at a first surface of the semiconductor substrate; a plurality of surface field regions having the first conductive type and positioned at a second surface opposite the first surface of the semiconductor substrate; a semiconductor region positioned directly on the second surface, forming a charge accumulation layer on the second surface of the semiconductor substrate, and containing impurities of the first conductive type; a plurality of first electrodes positioned on the first surface of the semiconductor substrate and coupled to the emitter region ; a plurality of second electrodes positioned on the second surface of the semiconductor substrate and coupled to the surface field regions , and wherein the semiconductor region is positioned between adjacent second electrodes and has an energy band gap greater than silicon (Si) or amorphous silicon (a-Si), and wherein each of the plurality of surface field regions is positioned between the second surface of the semiconductor substrate and the plurality of second electrodes . a semiconductor substrate of a first conductive type made of silicon; an emitter region having a second conductive type different from the first conductive type and positioned at a first surface of the semiconductor substrate; a plurality of surface field regions having the first conductive type and positioned at a second surface opposite the first surface of the semiconductor substrate; a semiconductor region positioned directly on the second surface, forming a charge accumulation layer on the second surface of the semiconductor substrate, and containing impurities of the first conductive type; a plurality of first electrodes positioned on the first surface of the semiconductor substrate and coupled to the emitter region ; a plurality of second electrodes positioned on the second surface of the semiconductor substrate and coupled to the surface field regions , and wherein the semiconductor region is positioned between adjacent second electrodes and has an energy band gap greater than silicon (Si) or amorphous silicon (a-Si), and wherein each of the plurality of surface field regions is positioned between the second surface of the semiconductor substrate and the plurality of second electrodes .
An internal combustion engine , comprising at least one cooling device for cooling at least one operational liquid of the internal combustion engine during and/or after operation of the internal combustion engine , wherein the at least one cooling device has at least one heat exchanger and lines for transporting the at least one operational liquid to and from the at least one heat exchanger , wherein the heat exchanger exchanges heat with a cooling medium, which cooling medium has during the operation of the internal combustion engine a lower temperature level than the at least one operational liquid of the internal combustion engine , wherein during and/or before a starting operation of the internal combustion engine the cooling device is configured to pre-heat the internal combustion engine , wherein heat is exchanged by the heat exchanger between the at least one operational liquid and the cooling medium, which cooling medium has before and/or during a starting operation of the internal combustion engine a higher temperature level than the at least one operational liquid of the internal combustion engine , characterized in that at least one further cooling device is provided for at least one external component of the internal combustion engine , wherein the at least one further cooling device is configured to heat the at least one further component of the internal combustion engine before and/or during a starting operation of the internal combustion engine .
A loudspeaker comprising: a diaphragm configured to vibrate to create sounds; a magnet assembly comprising a plurality of magnets and an air gap between the magnets; and a moving coil module comprising an electrically insulating substrate that is patterned with an electrically conducting material forming a coil shaped conductor trace thereon, wherein the substrate and the conductor trace are located in the air gap between the magnets and the moving coil module is attached to the diaphragm and the substrate extends from a surface of the diaphragm; wherein the substrate is a printed circuit board (PCB) substrate, and wherein the conductor trace is etched or printed onto, or embedded or partially embedded into the PCB substrate; characterized in that the moving coil module further comprises two or more ferromagnetic strips that contact the conductor trace, and the two or more ferromagnetic strips, the conductor trace, and the electrically insulating substrate are encapsulated by a non-conductive cover that provides attachment of the moving coil module to the diaphragm. a diaphragm configured to vibrate to create sounds; a magnet assembly comprising a plurality of magnets and an air gap between the magnets; and a moving coil module comprising an electrically insulating substrate that is patterned with an electrically conducting material forming a coil shaped conductor trace thereon, wherein the substrate and the conductor trace are located in the air gap between the magnets and the moving coil module is attached to the diaphragm and the substrate extends from a surface of the diaphragm; wherein the substrate is a printed circuit board (PCB) substrate, and wherein the conductor trace is etched or printed onto, or embedded or partially embedded into the PCB substrate; characterized in that the moving coil module further comprises two or more ferromagnetic strips that contact the conductor trace, and the two or more ferromagnetic strips, the conductor trace, and the electrically insulating substrate are encapsulated by a non-conductive cover that provides attachment of the moving coil module to the diaphragm.
A fire seal comprising: an amorphous material ; and a bulk material supporting the amorphous material, wherein the bulk material is fire resistant, wherein: the amorphous material comprises a fiber material, and a coating on an outside surface of the fiber material, wherein the coating comprises a second amorphous material having a second glass transition temperature (T g2 ); and/or the amorphous material comprises a plurality of glass fibers , comprising a first fiber having a first glass transition temperature (T fg1 ), and a second fiber having a second glass transition temperature (T fg2 ). an amorphous material ; and a bulk material supporting the amorphous material, wherein the bulk material is fire resistant, wherein: the amorphous material comprises a fiber material, and a coating on an outside surface of the fiber material, wherein the coating comprises a second amorphous material having a second glass transition temperature (T g2 ); and/or the amorphous material comprises a plurality of glass fibers , comprising a first fiber having a first glass transition temperature (T fg1 ), and a second fiber having a second glass transition temperature (T fg2 ). the amorphous material comprises a fiber material, and a coating on an outside surface of the fiber material, wherein the coating comprises a second amorphous material having a second glass transition temperature (T g2 ); and/or the amorphous material comprises a plurality of glass fibers , comprising a first fiber having a first glass transition temperature (T fg1 ), and a second fiber having a second glass transition temperature (T fg2 ).
Splitting device of a food product-coating device for dividing a food product feed into multiple streams , wherein the splitting device comprises an inlet and multiple outlets , wherein the outlets are located below the inlets , wherein the device further comprises rip- or wall-like-shaped product feed splitting means located between two adjacent outlets and an oscillating vibrating, rotating and/or linearly moving element to remove the products from the feed splitting means , wherein the splitting device comprises a ramp from which the food product drops or slides wherein the ramp is in direct flow -connection with the infeed , so that the food product slides and/or falls along the ramp and is thus directed towards one of the outlets by gravitational force, characterized in, that the splitting device has the shape of a trough.