mhurhangee/ep-ind-claims huggingface dataset:
A magnetic field sensor system comprising: a magnetic sense element (40, 42) for detecting an external magnetic field; a magnetic field source proximate the magnetic sense element (40, 42) for providing an internal magnetic field that is detectable by the magnetic sense element (40, 42), wherein the system selectively functions in-situ in either of an operational mode and a standby mode, and wherein the magnetic sense element (40, 42) detects the external magnetic field in the operational mode, the external magnetic field is not available for detection by the magnetic sense element (40, 42) in the standby mode, and the internal magnetic field is provided only when the system is in the standby mode; and a power supply coupled with the magnetic field source and configured to provide a constant supply current through the magnetic field source for generating the internal magnetic field, the constant supply current being provided only when the system is in the standby mode. a magnetic sense element (40, 42) for detecting an external magnetic field; a magnetic field source proximate the magnetic sense element (40, 42) for providing an internal magnetic field that is detectable by the magnetic sense element (40, 42), wherein the system selectively functions in-situ in either of an operational mode and a standby mode, and wherein the magnetic sense element (40, 42) detects the external magnetic field in the operational mode, the external magnetic field is not available for detection by the magnetic sense element (40, 42) in the standby mode, and the internal magnetic field is provided only when the system is in the standby mode; and a power supply coupled with the magnetic field source and configured to provide a constant supply current through the magnetic field source for generating the internal magnetic field, the constant supply current being provided only when the system is in the standby mode.
A process for manufacturing a concentrate for making a premix for a frozen confection, wherein the concentrate is in the form of granules and the process comprises the steps of: (a) forming an oil-in-water emulsion wherein the fat droplets in the emulsion have an average particle size (D 3,2) of less than 1 micron, the emulsion comprising fat in an amount of from 70 to 87% by weight of the emulsion; (b) providing powder comprising saccharides, non-saccharide sweetener and/or protein; (c) combining, in a granulation step, the powder and the emulsion to form a mixture with a moisture content of less than 10% by weight of the mixture, wherein the emulsion binds the powder into granules, and wherein the mixture is not subjected to a drying step during the process of manufacturing the granules; and (d) recovering the granules from step (c). (a) forming an oil-in-water emulsion wherein the fat droplets in the emulsion have an average particle size (D 3,2) of less than 1 micron, the emulsion comprising fat in an amount of from 70 to 87% by weight of the emulsion; (b) providing powder comprising saccharides, non-saccharide sweetener and/or protein; (c) combining, in a granulation step, the powder and the emulsion to form a mixture with a moisture content of less than 10% by weight of the mixture, wherein the emulsion binds the powder into granules, and wherein the mixture is not subjected to a drying step during the process of manufacturing the granules; and (d) recovering the granules from step (c).
A method performed by a user equipment, comprising: obtaining one or more messages from a network cell over a common channel; attempting decoding of the one or more messages; tracking errors encountered during the attempted decoding of the one or more messages, wherein the tracking comprises tracking elapsed time between respective erroneous messages encountered during the attempted decoding of the one or more messages; and initiating reselection away from the network cell according to respective tracked errors associated with the attempted decoding of the one or more messages, wherein the initiating comprises initiating reselection away from the network cell upon determining that the elapsed time between respective erroneous messages encountered during the attempted decoding of the one or more messages is less than a predetermined threshold. obtaining one or more messages from a network cell over a common channel; attempting decoding of the one or more messages; tracking errors encountered during the attempted decoding of the one or more messages, wherein the tracking comprises tracking elapsed time between respective erroneous messages encountered during the attempted decoding of the one or more messages; and initiating reselection away from the network cell according to respective tracked errors associated with the attempted decoding of the one or more messages, wherein the initiating comprises initiating reselection away from the network cell upon determining that the elapsed time between respective erroneous messages encountered during the attempted decoding of the one or more messages is less than a predetermined threshold.
A mobile soil processing plant in the form of a compact plant with a floor frame that can be placed onto a container vehicle, comprising a charging hopper located at an end of the compact plant and a discharge belt designed under the charging hopper with a conveying direction (arrow 27) directed in longitudinal direction of the compact plant to the centre point of the latter, furthermore comprising a sloping screening device extending below the discharge belt in the direction of the end of the compact plant on the bin side with a chute for discharging retained oversize grain, and comprising a conveyor belt arranged below the screening device and ascendingly extending from the end of the screening device over the longitudinal direction of the compact plant as far as to a mixer arranged adjacently to the charging hopper which on its assigned end is connected to a material inlet for the mixer, wherein on the conveyor belt a belt scale is equipped and above the conveyor belt at least one bin for the controlled addition of an additive material is arranged, characterized in that the screening device with chute is arranged at the end of the compact plant on the bin side and in that within the floor frame a product belt running below the mixer a delivery head facing the end of the compact plant that is opposite to the charging hopper is arranged, wherein the delivery head of the product belt facing to the outside is longitudinally movable in such a manner that in the extended position the delivery head projects to outside of the compact plant.
A method of obtaining a high accuracy value from a sensing element (18a-18n) using a conditioning circuit, the method comprising: providing first and second low impedance signals to the sensing element (18a-18n), wherein the second low impedance signal is greater than the first low impedance signal; obtaining first and second sensing responses from the sensing element (18a-18n) based on the respective first and second low impedance signals; providing the first and the second low impedance signals to a reference component; obtaining first and second reference responses from the reference component based on the respective first and second low impedance signals; and determining, by a processor, the high accuracy value based on the first and the second sensing responses and the first and the second reference responses. providing first and second low impedance signals to the sensing element (18a-18n), wherein the second low impedance signal is greater than the first low impedance signal; obtaining first and second sensing responses from the sensing element (18a-18n) based on the respective first and second low impedance signals; providing the first and the second low impedance signals to a reference component; obtaining first and second reference responses from the reference component based on the respective first and second low impedance signals; and determining, by a processor, the high accuracy value based on the first and the second sensing responses and the first and the second reference responses.
A method for the on-line determination of a basicity index of a liquid body to be characterized, in particular a lubricant, by mid-infrared spectroscopy, in which at least one step is carried out consisting of: a) detecting the intensity of an infrared signal passing through a sample of the liquid body to be characterized, characterized in that this method also comprises at least the additional steps consisting of: b) subsequent to step a, calculating the transmittance value (T r) of infrared waves through the sample for p wave numbers, where p is a natural integer greater than or equal to two; c) expressing the basicity index of the liquid body to be characterized in the form BN = Tr. M p × 1 + R where BN is the basicity index of the lubricant to be characterized, Tr is a set of transmittance values calculated in step b M is a set of model data containing the coefficients determined from the measured values of the basicity index and from the measured transmittance values for the reference liquid bodies, R is a residue of the model, determined from the measured basicity and transmittance values. a) detecting the intensity of an infrared signal passing through a sample of the liquid body to be characterized, b) subsequent to step a, calculating the transmittance value (T r) of infrared waves through the sample for p wave numbers, where p is a natural integer greater than or equal to two; c) expressing the basicity index of the liquid body to be characterized in the form BN = Tr. M p × 1 + R where BN is the basicity index of the lubricant to be characterized, Tr is a set of transmittance values calculated in step b M is a set of model data containing the coefficients determined from the measured values of the basicity index and from the measured transmittance values for the reference liquid bodies, R is a residue of the model, determined from the measured basicity and transmittance values. BN is the basicity index of the lubricant to be characterized, Tr is a set of transmittance values calculated in step b M is a set of model data containing the coefficients determined from the measured values of the basicity index and from the measured transmittance values for the reference liquid bodies, R is a residue of the model, determined from the measured basicity and transmittance values.
A brake release for use with an aircraft and/or vehicle seat, comprising: a pulley frame including a fixed portion and a pivoting arm; a first pulley coupled to the pivoting arm of the pulley frame; a second pulley coupled to the fixed portion of the pulley frame; a third pulley coupled to the fixed portion of the pulley frame, the first pulley intermediate the second pulley and the third pulley; a cable disposed around the first pulley, the second pulley and the third pulley and coupled in use to a first brake and a second brake; and a main lever arm coupled to the pivoting arm of the pulley frame, characterised in that the main lever arm is configured to move the first pulley away from the second pulley and away from the third pulley thereby pulling the cable to release the first brake and the second brake. a pulley frame including a fixed portion and a pivoting arm; a first pulley coupled to the pivoting arm of the pulley frame; a second pulley coupled to the fixed portion of the pulley frame; a third pulley coupled to the fixed portion of the pulley frame, the first pulley intermediate the second pulley and the third pulley; a cable disposed around the first pulley, the second pulley and the third pulley and coupled in use to a first brake and a second brake; and a main lever arm coupled to the pivoting arm of the pulley frame, characterised in that the main lever arm is configured to move the first pulley away from the second pulley and away from the third pulley thereby pulling the cable to release the first brake and the second brake.
A method of automatically focusing a charged particle beam on a surface region of a sample, comprising: acquiring a first image for a first focusing strength value; calculating a first sharpness value based on the first image, the first sharpness value is calculated with a sharpness function based on a Fourier transform of the first image; and determining a second focusing strength value with a golden ratio search algorithm based on the calculated first sharpness value. acquiring a first image for a first focusing strength value; calculating a first sharpness value based on the first image, the first sharpness value is calculated with a sharpness function based on a Fourier transform of the first image; and determining a second focusing strength value with a golden ratio search algorithm based on the calculated first sharpness value.
Shift transmission with at least two shift stages, preferably for use in rolling mill technology, which comprises: a rotatably mounted drive input shaft to which an input torque can be applied; a rotatably mounted first drive output shaft and a rotatably mounted second drive output shaft, which are arranged in parallel and which are so connected together by way of a drive output transmission stage that they rotate in each shift stage of the shift transmission in opposite sense, preferably at the same rotational speed, when an input torque is applied to the drive input shaft; a first clutch, where in the coupled state of the first clutch a first shift stage of the shift transmission is realised in which the drive input shaft and the first drive output shaft are so connected with one another that the input torque is transferred from the drive input shaft to the first drive output shaft without speed step-up or speed step-down, particularly without diversion and without a spur gear stage, characterised in that the first clutch is arranged to connect the drive input shaft and the first drive output shaft together and to separate them in a switchable manner. a rotatably mounted drive input shaft to which an input torque can be applied; a rotatably mounted first drive output shaft and a rotatably mounted second drive output shaft, which are arranged in parallel and which are so connected together by way of a drive output transmission stage that they rotate in each shift stage of the shift transmission in opposite sense, preferably at the same rotational speed, when an input torque is applied to the drive input shaft; a first clutch, where in the coupled state of the first clutch a first shift stage of the shift transmission is realised in which the drive input shaft and the first drive output shaft are so connected with one another that the input torque is transferred from the drive input shaft to the first drive output shaft without speed step-up or speed step-down, particularly without diversion and without a spur gear stage, characterised in that the first clutch is arranged to connect the drive input shaft and the first drive output shaft together and to separate them in a switchable manner.
A foundation for an offshore structure, comprising: - a wall forming a closed perimeter and having an upper end and a lower end, and - a top deck attached to the upper end of the wall, the top deck and the wall defining a downwardly open hollow space, characterised in that the wall comprises a plurality of wall sections, each wall section comprising a first elongated hollow body having an upper end and a lower end, the lower end being closed by an end member provided with an opening, and a second elongated hollow body having an upper end and a lower end, the second elongated hollow body being arranged inside the first elongated hollow body so that the lower end of the second elongated hollow body extends through the opening and is attached to the end member. - a wall forming a closed perimeter and having an upper end and a lower end, and - a top deck attached to the upper end of the wall, the top deck and the wall defining a downwardly open hollow space,
A toy or game apparatus, said apparatus including a figure or character member and a trigger means, wherein user actuation of the trigger means causes at least part of the figure or character member to vibrate and/or shake, said vibrating or shaking occurring occasionally and/or after a period of time has elapsed characterised in that the figure or character member is an animal figure or character member including substantially flexible material portions that move when the animal figure or character member shakes or vibrates, such that said material portions cause any water or other liquid added to the figure or character member to be flung about when the figure or character member shakes or vibrates.
An acoustic inspection apparatus (200, 200A) comprising: an audio signal acquisition apparatus including, a hammering mechanism configured to generate audio signals by hammering on an inspection target at a hammering position; and at least a pair of microphones configured to acquire the audio signals at respective microphone positions; an acoustic-intensity calculating unit configured to calculate an acoustic intensity based on the audio signals; a noise calculating unit configured to calculate a noise component from the acoustic intensity calculated by the acoustic-intensity calculating unit; a noise removing unit configured to remove the noise component from a physical quantity based on at least one of audio signals acquired at the at least one pair of microphone positions; and an inspecting unit configured to perform inspection on the inspection target based on the physical quantity from which the noise component is removed, wherein the at least one pair of microphones is arranged symmetrically with each other with respect to the hammering position on the inspection target, or two hammering positions are symmetrical with each other with respect to one pair of microphone positions. an audio signal acquisition apparatus including, a hammering mechanism configured to generate audio signals by hammering on an inspection target at a hammering position; and at least a pair of microphones configured to acquire the audio signals at respective microphone positions; a hammering mechanism configured to generate audio signals by hammering on an inspection target at a hammering position; and at least a pair of microphones configured to acquire the audio signals at respective microphone positions; an acoustic-intensity calculating unit configured to calculate an acoustic intensity based on the audio signals; a noise calculating unit configured to calculate a noise component from the acoustic intensity calculated by the acoustic-intensity calculating unit; a noise removing unit configured to remove the noise component from a physical quantity based on at least one of audio signals acquired at the at least one pair of microphone positions; and an inspecting unit configured to perform inspection on the inspection target based on the physical quantity from which the noise component is removed, wherein the at least one pair of microphones is arranged symmetrically with each other with respect to the hammering position on the inspection target, or two hammering positions are symmetrical with each other with respect to one pair of microphone positions.
An arrangement for replaying stored audio data (Ai), which audio data (Ai) corresponds to text data (Ti) from a text composed of words, with text memory means for storing the text data (Ti), the text memory means being connected to text display means, and with audio memory means for storing the audio data (Ai), into which audio memory means audio data (Ai) to be stored can be read in a forward sequence, and with control means for controlling the replaying of stored audio data (Ai) in a forward mode and in a reverse mode, and with audio replaying means, wherein the control means is set up in such a way that, during a playback of audio data (Ai) in reverse mode, starting from the particular momentary replay position in the audio data (Ai), it automatically initiates a reverse jump in the audio data, over a return distance corresponding to the length of at least two words in the audio data, to a target position, and then, starting from the particular target position, initiates a replay of audio data (Ai) in the forward sequence for just a part (1B, 2B, 3B,......6B) of the return distance (1A, 2A, 3A,......6A) and wherein the control means is set up to initiate, by means of linkage data for the audio data (Ai) and text data (Ti), a synchronous replaying of the audio data (Ai) and the text data (Ti) corresponding to it, said linkage data identifying the start of the words within the audio data, wherein the target position corresponds to the start of a word identified by the linkage data.
A lens barrel comprising a plurality of lens groups and capable of configuring at least a part of the plurality of lens groups in either a retraction state in which the part of the lens groups is collapsed or a photographing state in which the part of the lens groups is moved toward an object, the plurality of lens groups including a first lens group (11;51) and a second lens group 12;52); and a spring mechanism (30;70) which is provided between the first lens group (11;51) and the second lens group (12;52); wherein a distance between the first lens group (11;51) and the second lens group (12;52) in an optical axis direction is variable; characterised in that the spring mechanism (30;70) has a compression spring function and a torsion coil spring function in combination; and the spring mechanism (30;70) is configured to impart a biasing force in the optical axis direction and a biasing force in a rotational direction in a plane perpendicular to the optical axis to at least one of the first lens group (11;51) and the second lens group (12;52)
Construction machine with automatic fan rotational speed regulation with a drive unit for the construction machine, a control unit and a cooling unit that comprises at least one fan in order to produce a cooling airflow, wherein the control unit is configured for registering operation-specific data, wherein the control unit is configured for registering a rotational speed of the drive unit, and wherein the cooling unit comprises at least one regulatable electric motor that is connected functionally to the respective fan characterised in that the construction machine is a road paver or a feeder, the control unit is configured for regulating, depending on the operation-specific data, an electric output of the respective electric motor in order to adjust a desired target fan rotational speed on the fan, the control unit comprises several mappings which are provided for determining the target fan rotational speed, and the control unit is configured for activating, in light of the rotational speed of the drive unit, a predetermined mapping in order to determine with it the target fan rotational speed.