9 results about "Time profile" patented technology

Disclosed is a method of curing a composite article and associated curing apparatus. A heat source is provided for heating the composite article. A temperature related property is detected proximal to the heat source and the heat output is regulated to a predetermined temperature vs. time profile. Heat output vs time data is acquired and functionalised and the curing completion time is determined based on the functionalised heat output vs time data. The method provides for heating a composite article so as to follow a predetermined temperature vs. time profile (i.e. a cure profile) and avoid excessively high temperatures. The required heat output vs time has also been found to be broadly reproducible, and the curing completion time can be more readily determined from functionalised heat output vs time data, for example by identifying reproducible characteristics of the functionalised data.

The invention provides an ocean internal wave parameter inversion method and system based on temperature chain buoy data. The method comprises the following steps: preprocessing an acquired multi-depth temperature sequence and then constructing a temperature-time profile; detrending and self-adaptive smoothing are carried out through empirical mode decomposition, and a temperature background field and a pulsating field are separated; extracting a vertical gradient of a temperature background profile by using LOESS local regression, and introducing Tikhonov regularization and threshold gating to guarantee gradient robustness; mapping temperature pulsation into vertical displacement based on isothermal surface conservation, and screening effective data in combination with a credibility index; finally, the amplitude, the period and the wave height of an internal wave are inversed through multi-window wavelet spectrum and Hilbert envelope conjoint analysis, and the reliability of a result is improved through vertical modal consistency verification. According to the method, consistent inversion of ocean internal wave parameters can be completed only by means of a single temperature chain buoy, and the inversion accuracy under the background of weak gradient, weak signal and noise is remarkably improved.

A sensor for detecting objects (10) in a monitoring area, comprising a transmitter unit emitting a sensor signal with a periodic time profile, a receiver unit configured to receive the sensor signal, and an evaluation unit (7) generating an object detection signal based on received signals from the receiver unit, characterized in that the evaluation unit (7) comprises a quantization unit (12) and a Fourier transform unit (13), wherein in the quantization unit (12) the sensor signal is converted into a quantized signal, and wherein in the Fourier transform unit (13) the quantized signal is transformed into a frequency signal in the frequency domain using a discrete Fourier transform, from which the object detection signal is generated.

The application discloses a kind of time music score, belong to music score technical field, solve the problem that the existing music score has no time information mark and leads to the difficulty of playing, playing music section selection positioning, rhythm control.The present application adds static or dynamic playing time information to each line, each measure or note of music score, and the time information is calculated according to the BPM and beat of music, and the playing time of single measure is (60 ÷ BPM) × each measure beat number, and the time precision is rounded to 0.1 second, and the time is marked in seconds (s) ;Multiple voices, lyrics are marked as a line;Time track, measure line marking, dynamic progress bar / mark multiple forms are used, and the measure number and time information of dynamic music score are one-to-one corresponding.The present application realizes the visualization of music score time dimension, accurately positions the music section, improves the efficiency of learning and playing, adapts to various music scores and digital playing tools, and has strong practicality.

The status of a cutting unit (165a, 165b) in an apparatus for producing packages of liquid food is monitored based on a time sequence of measurement values from a sensor (30), e.g., a pressure transducer, which is arranged to measure cutting resistance for a cutting blade (166a, 166b) in the cutting unit when actuated to perform a cut to sever food-containing packages (106) from each other. The monitoring comprises generating a resistance time profile for the measurement values, detecting at least one predefined feature in the resistance time profile, determining a respective phase value for the predefined feature(s), and determining the status of the cutting unit (165a, 165b) as a function of a set of input values comprising the respective phase value. The status may represent the degree of wear of the cutting blade (166a, 166b).

1. The name of the design product: time filling and viewing graphical user interface for electronic device. 2. The use of the design product: for an electronic device. 3. The design points of the design product: the graphical user interface content in the screen of the electronic device. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the interface of the design product is used to view the time profile and fill in the time. 7. The human-computer interaction mode of the graphical user interface: design 1 front view is the viewing and display interface of the time calendar; clicking any blank date cell in the calendar of design 1 front view enters design 1 interface change state diagram; design 2 front view is the viewing and display interface of the time calendar; clicking "details..." under any date cell with content in the calendar of design 2 front view enters design 2 interface change state diagram 1; clicking any editing symbol button (the second last icon, i.e. the icon on the left side of the garbage can symbol) on the right side in the pop-up window of design 2 interface change state diagram 1 enters design 2 interface change state diagram 2; design 3 front view is the viewing and display interface of the time calendar; when the mouse moves to any date cell with content in the calendar of design 3 front view, it enters design 3 interface change state diagram.

A method of improving contrast in an exposure apparatus is disclosed. The exposure apparatus receives a plurality of radiation pulses from a radiation source, the method comprises modulating an intensity of the radiation pulses according to a time profile, wherein the time profile is associated with an optical transfer function of a projection system of the exposure apparatus. The modulation may set the intensity of the pulses to maximize contrast of at least one critical feature of a pattern of a patterning device.

The invention relates to a method for monitoring battery elements in a device battery of a technical device by means of a central unit remote from the device, comprising the following steps: providing a temporal operating variable profile of an operating variable of at least some of the battery elements with a low temporal resolution, transmitting the running parameter trend from the technical equipment to a central unit periodically, checking the battery element in terms of anomalies according to an evaluation of the running parameter trend, and when an anomaly is determined: o informing the technical equipment of the anomalous battery element, and o, requesting an operating variable profile of the abnormal battery element having a high temporal resolution,-upon receipt of the request of the operating variable profile having the high temporal resolution, transmitting the operating variable profile of the abnormal battery element over time having the high temporal resolution to a central unit, the operating parameter profile is evaluated in the central unit in order to determine a fault or an abnormality, and if a fault or an abnormality is determined, the fault or the abnormality is signaled.

The invention relates to a method for monitoring the humidity inside a closed housing (4) of an active module (1), comprising the following steps: after a cold start of the active module (1), detecting (S2) a time curve of the temperature and humidity of a gas inside the housing (4) during a predetermined cold start phase; providing (S2) an ambient temperature at the time of cold start of the active module (1); signalling (S6) that the humidity inside the housing (4) is too high as a function of the detected temperature and humidity profile and as a function of the ambient temperature by means of a provided data-based dew-point model, the data-based dew-point model being trained to output a maximum dew-point temperature as a function of the temperature and humidity profile, and the maximum dew-point temperature being higher than the maximum dew-point temperature as a function of the temperature and humidity profile. Or in particular outputs an indication as a function of the ambient temperature at the beginning of the cold start phase as possible to be below a maximum dew point temperature.