mhurhangee/ep-ind-claims huggingface dataset:
Method for descaling a hot beverage appliance, which comprises an electrical instantaneous water heater, a temperature sensor at an outlet of the instantaneous water heater as output sensor, a signal emitter and a control or regulation arrangement, with the following method steps: a) starting the descaling method, b) generating a cyclical flow (8, 17) and cyclical introduction of a heat output (9, 18), wherein the heat output is introduced in a pulse-like manner after each pulse peak of the flow, wherein, during each cycle, c) at least one value at the output sensor is determined, d) the value, or a comparison value determined from multiple values of the output sensor, or a regulated variable of the regulation arrangement, which is regulated by the regulation arrangement as a function of a temperature value captured at the output sensor, is compared with a limit value stored on the device side, e) the cycles are repeated until the limit value (13, 25) is at least reached, and in response a first signal is output, that the descaling method has finished successfully. a) starting the descaling method, b) generating a cyclical flow (8, 17) and cyclical introduction of a heat output (9, 18), wherein the heat output is introduced in a pulse-like manner after each pulse peak of the flow, wherein, during each cycle, c) at least one value at the output sensor is determined, d) the value, or a comparison value determined from multiple values of the output sensor, or a regulated variable of the regulation arrangement, which is regulated by the regulation arrangement as a function of a temperature value captured at the output sensor, is compared with a limit value stored on the device side, e) the cycles are repeated until the limit value (13, 25) is at least reached, and in response a first signal is output, that the descaling method has finished successfully.
Method for operating a driver assistance system of a vehicle, wherein the driver assistance system is designed for the at least partially automatic guidance of the vehicle and the vehicle has at least one radar sensor as environment sensor detecting the environment of the vehicle, the sensor data of which are evaluated to form an environment model describing the environment of the vehicle, wherein when at least one query criterion is fulfilled, an environment map derived from the environment model, representing according to a top view driveable and non-driveable regions is displayed on a display device to the driver of the vehicle, wherein in the case of an interaction, facilitated by means of an operating apparatus, of the driver with the represented environment map trajectory data describing a desired trajectory of the driver are determined and the at least partially automatic guidance of the vehicle takes place along a real trajectory derived from the trajectory data, characterised in that the query criterion evaluates, with respect to a sufficiently reliable trajectory determination, operating data describing the operating state of the at least one environment sensor and/or the environment model in case of an environment detection which is incomplete with respect to the trajectory determination and/or output data of a trajectory detecting unit, which detects and evaluates possible trajectories through a traffic situation.
A method for reading tire data stored on a tire pressure monitoring unit, wherein the tire pressure monitoring unit is triggered by the receipt of a wireless request signal to transmit the stored tire data, characterized in that the tire data are transmitted as a sequence of a plurality of data strings (D1, D2, D3, D4), which respectively contain a portion of the tire data, wherein each data string of the sequence contains a characteristic identifier of the tire pressure monitoring unit and at least one check bit.
A water box for a motor vehicle comprising a deflection chamber which comprises a top wall, a bottom wall with a water drainage opening, an air inlet opening and an air outlet opening, comprising a deflection element arranged in the deflection chamber, air flowing through the air inlet opening and loaded with water droplets being deflected thereon, wherein the air inlet opening is arranged in the top wall and/or a front wall and the air outlet opening is arranged in the top wall and/or in a rear wall, wherein a flow opening is arranged between at least one side wall (7, 8) of the deflection chamber and a side edge of the deflection element and wherein at least one guide structure is provided in the deflection chamber in the region of the flow opening in order to guide air which flows through the deflection chamber around the side edge of the deflection element, characterized in that the deflection element and/or the guide structure extend substantially from the top wall to the bottom wall, and that the water drainage opening is arranged between the deflection element and the rear wall.
A method for exchanging data between a first and a second communications devices (101; 102) comprising: transmitting at least one first message comprising a plurality of predetermined bit sequences to the second communications device; receiving a second message comprising information pertinent to a plurality of antenna weighting vectors, AWVs, and a plurality of bitloading vectors, BLVs, from the second communications device, wherein the received plurality of AWVs and the received plurality of BLVs are determined by the second communications device in accordance with a predetermined rule; communicating with the second communications device about an AWV selected from the received plurality of AWVs, wherein the AWV is selected by the first communications device and wherein the first and second communications devices (101; 102) apply the selected AWV to the corresponding antennas; and sending a data comprising a header and a payload to the second communications device, wherein the header carries information pertinent to a BLV selected from the plurality of BLVs used to encode the data, wherein the selected BLV is for the second communications device to decode the data. transmitting at least one first message comprising a plurality of predetermined bit sequences to the second communications device; receiving a second message comprising information pertinent to a plurality of antenna weighting vectors, AWVs, and a plurality of bitloading vectors, BLVs, from the second communications device, wherein the received plurality of AWVs and the received plurality of BLVs are determined by the second communications device in accordance with a predetermined rule; communicating with the second communications device about an AWV selected from the received plurality of AWVs, wherein the AWV is selected by the first communications device and wherein the first and second communications devices (101; 102) apply the selected AWV to the corresponding antennas; and sending a data comprising a header and a payload to the second communications device, wherein the header carries information pertinent to a BLV selected from the plurality of BLVs used to encode the data, wherein the selected BLV is for the second communications device to decode the data.
A robot cleaner comprising: a first cleaning module including left spin mop and right spin mop configured to rotate clockwise or counterclockwise when viewed from above while being in contact with a floor; a second cleaning module including a rolling member configured to rotate clockwise or counterclockwise when viewed from a left side while being in contact with a floor, the rolling member being spaced apart from the left spin mop and right spin mop in an anteroposterior direction; and a controller for controlling rotational motion of the left and right spin mops and rotational motion of the rolling member, characterized in that, the controller controls traveling motions by combining rotational motion of the first cleaning module and rotational motion of the second cleaning module. a first cleaning module including left spin mop and right spin mop configured to rotate clockwise or counterclockwise when viewed from above while being in contact with a floor; a second cleaning module including a rolling member configured to rotate clockwise or counterclockwise when viewed from a left side while being in contact with a floor, the rolling member being spaced apart from the left spin mop and right spin mop in an anteroposterior direction; and a controller for controlling rotational motion of the left and right spin mops and rotational motion of the rolling member,
Method to convert insects or worms into nutrient streams, consisting of the steps: providing fresh insects or worms, reducing the insects or worms in size, obtaining a pulp from insects or worms, then (b) heating the pulp to a temperature of 70-100°C, and then (c) subjecting the heated pulp to a physical separation step thereby obtaining a fat fraction, an aqueous protein fraction and a solid-containing fraction, with the proviso that the method does not comprise enzymatic treatment of the pulp, wherein the aqueous protein fraction and the solid-containing fraction are dried after step (c). providing fresh insects or worms, reducing the insects or worms in size, obtaining a pulp from insects or worms, then (b) heating the pulp to a temperature of 70-100°C, and then (c) subjecting the heated pulp to a physical separation step thereby obtaining a fat fraction, an aqueous protein fraction and a solid-containing fraction, with the proviso that the method does not comprise enzymatic treatment of the pulp, wherein the aqueous protein fraction and the solid-containing fraction are dried after step (c).
A personal care composition comprising a plurality of film fragments in a carrier wherein said film comprises a plurality of first fragments and a plurality of second fragments, wherein the first fragments and second fragments are visibly discernible, wherein the first fragments have a repeating first shape, wherein the second fragments have a repeating second shape, wherein said first fragments have a different shape to said second fragments, wherein said carrier is suitable for use in a hair care composition, skin care composition, or deodorant composition and wherein said film fragments comprise a polymer selected from the group consisting of water soluble polymers, water dispersible polymers, water insoluble polymers, and mixtures thereof.
A device (10, 210) to control activation of oxygen saturation measurements in a cardio-pulmonary resuscitation procedure, comprising: a compression detection module (12, 212) for receiving a compression signal and providing compression presence data and compression rate data; a pulse oximetry module (14, 214) for receiving one or more photoplethysmography signals and providing PPG data; a signal processing unit (20, 220) for carrying out a compression detection algorithm, a PPG-based pulse detection algorithm, and an SpO2 measurement algorithm based on the received compression presence data, compression rate data, and PPG data; wherein the SpO2 measurement algorithm is deactivated when compressions are present; and wherein the SpO2 measurement algorithm is activated when a spontaneous pulse has been detected and compressions are not detected during a predetermined time period. a compression detection module (12, 212) for receiving a compression signal and providing compression presence data and compression rate data; a pulse oximetry module (14, 214) for receiving one or more photoplethysmography signals and providing PPG data; a signal processing unit (20, 220) for carrying out a compression detection algorithm, a PPG-based pulse detection algorithm, and an SpO2 measurement algorithm based on the received compression presence data, compression rate data, and PPG data; wherein the SpO2 measurement algorithm is deactivated when compressions are present; and wherein the SpO2 measurement algorithm is activated when a spontaneous pulse has been detected and compressions are not detected during a predetermined time period.
A processing turret, comprising: a cam; a cam support; a processing element to process an article; and a slide assembly for moving the article and/or the processing element in the processing turret, the slide assembly including a rail, and an adaptor, wherein ends of at least one of the adaptor and rail remain rigid during the stroke operation, characterised in that the slide assembly further comprises a slide block comprising rolling elements and configured so that during a stroke of the slide assembly, a force imparted onto the slide assembly by the stroke is centered on the rolling elements. a cam; a cam support; a processing element to process an article; and a slide assembly for moving the article and/or the processing element in the processing turret, the slide assembly including a rail, and an adaptor, wherein ends of at least one of the adaptor and rail remain rigid during the stroke operation, characterised in that the slide assembly further comprises a slide block comprising rolling elements and configured so that during a stroke of the slide assembly, a force imparted onto the slide assembly by the stroke is centered on the rolling elements.
A manual type seat cushion extension device comprising: a base plate having therein a receiving part which extends in a longitudinal direction and which is open to an upper side, and the receiving part has at both lateral sides a pair of teeth parts protruding to face each other and extending in the longitudinal direction; an extension bracket overlapped to an upper side of the base plate and supported to slide in the longitudinal direction; a lever coupled to a front end of the extension bracket to rotate up and down with respect to a transverse axis; a rod received in the receiving part to be supported slidably in the longitudinal direction by a lower surface of the extension bracket and adjusted to slide according to the rotation of the lever; and a stopper received in the receiving part and supported by the lower surface of the extension bracket to be elastically moved up and down, having locking teeth at both lateral sides to mate with a pair of the teeth parts, and moving up and down according to the longitudinal slide adjustment of the rod between locking position where the locking teeth mate with a pair of the teeth parts and unlocking position where the locking teeth escape from a pair of the teeth parts. a base plate having therein a receiving part which extends in a longitudinal direction and which is open to an upper side, and the receiving part has at both lateral sides a pair of teeth parts protruding to face each other and extending in the longitudinal direction; an extension bracket overlapped to an upper side of the base plate and supported to slide in the longitudinal direction; a lever coupled to a front end of the extension bracket to rotate up and down with respect to a transverse axis; a rod received in the receiving part to be supported slidably in the longitudinal direction by a lower surface of the extension bracket and adjusted to slide according to the rotation of the lever; and a stopper received in the receiving part and supported by the lower surface of the extension bracket to be elastically moved up and down, having locking teeth at both lateral sides to mate with a pair of the teeth parts, and moving up and down according to the longitudinal slide adjustment of the rod between locking position where the locking teeth mate with a pair of the teeth parts and unlocking position where the locking teeth escape from a pair of the teeth parts.
A drive device comprising a piezo stack actuator and a stroke transmission which converts the expansion stroke of the piezo stack actuator into an enlarged actuating stroke of an actuator, the actuator being urged to an actuating position by a spring member and being coupled in a force-transmitting manner to a transmission element which, for its part, is urged to a rest position by a further spring member and, at the same time, is coupled to the output end of the piezo stack actuator in a force-transmitting manner, the transmission element, when in the rest position, forcing the actuator to a rest position, and the transmission element, when in an actuating position effected by the piezo stack actuator, releasing the actuator, so that the actuator assumes the actuating position under the effect of the spring member acting on it, the transmission element being formed by a two-armed, swivel-mounted lever, the first lever arm of which engages the output end of the piezo stack actuator in a force-transmitting manner and the second lever arm of which engages the actuator in a force-transmitting manner, characterized in that the transmission element, when in the rest position, forces the actuator to a rest position contrary to the spring member acting on the actuator, and the actuator is formed by a two-armed, swivel-mounted lever, the first lever arm of which engages the second lever arm of the transmission element in a force-transmitting manner and the second lever arm of which executes an actuating stroke between the rest position and the actuating position of the actuator.
A production assembly for an isotope production system, the production assembly comprising: a mounting platform including a receiving stage that faces an exterior of the mounting platform, the mounting platform including a beam passage that opens to the receiving stage and a stage port (340,342) that is positioned along the receiving stage and separate from the beam passage, wherein a particle beam is configured to project through the beam passage and through the receiving stage during operation of the isotope production system, and wherein the stage port (340,342) is configured to provide or receive a fluid through the receiving stage during operation of the isotope production system; and a target assembly having a production chamber configured to hold a target material for isotope production, the target assembly including a mating side that is configured to removably engage the receiving stage during a mounting operation, the mating side including a target port and a beam cavity that is aligned with the production chamber, the target port being in flow communication with a body channel that extends through the target assembly, wherein the target port fluidically couples to the stage port (240,342) and the beam passage aligns with the beam cavity as the target assembly is mounted to the receiving stage. a mounting platform including a receiving stage that faces an exterior of the mounting platform, the mounting platform including a beam passage that opens to the receiving stage and a stage port (340,342) that is positioned along the receiving stage and separate from the beam passage, wherein a particle beam is configured to project through the beam passage and through the receiving stage during operation of the isotope production system, and wherein the stage port (340,342) is configured to provide or receive a fluid through the receiving stage during operation of the isotope production system; and a target assembly having a production chamber configured to hold a target material for isotope production, the target assembly including a mating side that is configured to removably engage the receiving stage during a mounting operation, the mating side including a target port and a beam cavity that is aligned with the production chamber, the target port being in flow communication with a body channel that extends through the target assembly, wherein the target port fluidically couples to the stage port (240,342) and the beam passage aligns with the beam cavity as the target assembly is mounted to the receiving stage.
A cannula fixation device, comprising: a base, including a platform; a subject-interface portion having an upper surface and a lower surface, the upper surface coupled to the base and the lower surface configured to be coupled to a subject; and a clip assembly configured to retain a portion of a cannula, the clip assembly being moveably coupled to the base such that the clip assembly can be selectively moved between a first position relative to the base or a second position relative to the base when the cannula is secured to the cannula fixation device. a base, including a platform; a subject-interface portion having an upper surface and a lower surface, the upper surface coupled to the base and the lower surface configured to be coupled to a subject; and a clip assembly configured to retain a portion of a cannula, the clip assembly being moveably coupled to the base such that the clip assembly can be selectively moved between a first position relative to the base or a second position relative to the base when the cannula is secured to the cannula fixation device.
A method of extracting and demodulating one or more channels in a radio signal, the method comprising: receiving a first radio signal using a radio frequency front end; translating a first band of frequencies of the first radio signal to a second band of frequencies to generate a second radio signal; digitizing the second radio signal to generate a digital signal containing a band of frequencies; improving or correcting errors introduced during said step of translating the first band of frequencies, by implementing a suitable digital up or down converter to translate the frequency band of the digital signal; extracting one or more additional band of frequencies of the digital signal, each additional band of frequencies corresponding to a channel; and demodulating one or more channels to generate a respective demodulated signal. receiving a first radio signal using a radio frequency front end; translating a first band of frequencies of the first radio signal to a second band of frequencies to generate a second radio signal; digitizing the second radio signal to generate a digital signal containing a band of frequencies; improving or correcting errors introduced during said step of translating the first band of frequencies, by implementing a suitable digital up or down converter to translate the frequency band of the digital signal; extracting one or more additional band of frequencies of the digital signal, each additional band of frequencies corresponding to a channel; and demodulating one or more channels to generate a respective demodulated signal.
A system for controlling a net thrust of a steam turbine system having a rotating shaft, the system comprising: an active-retractable seal for sealing against the rotating shaft adjacent to a stepped portion on the rotating shaft in a turbine section; a first leak off line fluidly coupling a first stage of the turbine section to a packing area adjacent to the ARS, the first leak off line including a first control valve and a second control valve; a second leak off line fluidly coupling a second stage of the turbine section having a pressure different than the first stage to a step area immediately adjacent to the stepped portion, the second leak off line including a third control valve; a connection line fluidly coupling the first leak off line, between the first and second control valves, to the second leak off line, the connection line including a fourth control valve; and a controller configured to actively control the control valves to control the net thrust by regulating thrust pressure on the stepped portion. an active-retractable seal for sealing against the rotating shaft adjacent to a stepped portion on the rotating shaft in a turbine section; a first leak off line fluidly coupling a first stage of the turbine section to a packing area adjacent to the ARS, the first leak off line including a first control valve and a second control valve; a second leak off line fluidly coupling a second stage of the turbine section having a pressure different than the first stage to a step area immediately adjacent to the stepped portion, the second leak off line including a third control valve; a connection line fluidly coupling the first leak off line, between the first and second control valves, to the second leak off line, the connection line including a fourth control valve; and a controller configured to actively control the control valves to control the net thrust by regulating thrust pressure on the stepped portion.