Hello everyone, thank you for the invitation. Today I will share with you the problem of the body temperature curve chart during ovulation, as well as some confusion about how to interpret the body temperature sheet. If you still don’t understand it well. , it doesn’t matter, because I will share it with you next, I hope it can help everyone and solve everyone’s problems, let’s get started!
Table of contents
- The correct way to write body temperature
- How to make a graph of time and temperature
- How to interpret a temperature sheet
- How to set the tempering furnace temperature curve
- How to view the temperature pid curve
- How to draw a thermometer
1. The correct way to write body temperature
Body temperature is recorded according to the actual measurement reading, and no conversion is allowed. Each small cell in the body temperature sheet is 0.2℃, and 5 small cells are 1℃. .
(1) Oral temperature is represented by a blue dot \”●\”.
(2) The armpit temperature is represented by a blue cross as \”×\”.
(4) The body temperature after physical cooling, such as warm water or alcohol bath and aortic ice compress, is represented by a red circle, and a red dotted line is used with the body temperature before physical cooling. Connected, the primary body temperature should also be connected to the body temperature before physical cooling.
(5) In case of refusal to take the test, going out, or failure to rise, the two previous and later body temperature curves should be disconnected.
2. How to make time and temperature curves
Make A graph of time and temperature requires pairing the data from the two variables and then presenting it as a scatter plot. First, record the time points and temperature values involved using Excel or other software. Then, select the \”Insert\” tab in Excel, select the scatter chart format, and import the time and temperature data into the scatter chart. Finally, select the \”Design\” tab in the chart tool and adjust the axis scale, fill color and other parameters.The graph of temperature versus time can clearly show the trend of temperature changes, which is helpful for analyzing and studying how the temperature changes at different points in time, and provides important reference data for prediction and scientific research.
3. How to interpret the body temperature sheet
1. The body temperature is based on the actual temperature Measurement readings are recorded and cannot be converted. Each small grid in the temperature sheet is 0.2℃, and 5 small grids are 1℃.
(1) Oral temperature is represented by a blue dot \”●\”.
(2) The armpit temperature is represented by a blue cross as \”×\”.
(4) The body temperature after physical cooling, such as warm water or alcohol bath and aortic ice compress, is represented by a red circle, and a red dotted line is used with the body temperature before physical cooling. Connected, the primary body temperature should also be connected to the body temperature before physical cooling.
(5) In case of refusal to take the test, going out, or failure to rise, the two previous and later body temperature curves should be disconnected.
2. Each small grid in the pulse and body temperature sheets is 4 times, and 5 small grids is 20 times.
(1) The pulse rate is represented by a red dot \”●\”, connected by a red line.
(2) The heart rate is represented by a red circle and connected by a red line.
(3) When the body temperature overlaps with the pulse, draw the body temperature first, and then put a red circle outside the body temperature to indicate the pulse. For example, when measuring the anal temperature, draw the blue circle Draw a red dot in the circle to indicate the pulse, such as ⊕
(4) If you need to record the short pulse chart, fill in the space between the heart rate and pulse rate with a blue pen .
4. How to set the tempering furnace temperature curve
Glass tempering furnace The temperature should be set within a reasonable range and cannot be easily adjusted. Small adjustments in temperature will have a large impact on glass heating efficiency. In actual production, if it is necessary to adjust the glass exit temperature, a more accurate glass temperature can be obtained by changing the heating time.
1. The stress of the glass must be completely removed. The residual stress in the glass cannot be completely removed. In the early stages of quenching, the glassWhen tensile stress forms in the center of the glass, it can easily cause the glass to break.
2. The glass temperature cannot cause serious deformation of the glass, so the furnace temperature cannot be set too high. It is suitable to be 60-100°C higher than the exit temperature of the glass.
3. Since glass has the characteristic of selective absorption of infrared rays, the infrared wavelength in the heated glass tempering furnace must be within the absorption range of the glass. According to the absorption spectrum of glass, the maximum radiation wavelength in the furnace is about 3.0 μm, and the corresponding furnace temperature is set to about 700°C.
5. How to look at the temperature pid curve
The temperature PID curve is usually Observation can be made through the following aspects: 1. Clear conclusion: observe the fluctuation of the temperature curve and whether it is stable.
2. Explain the reason: This is because the PID controller can continuously adjust the temperature to make it tend to a stable state, thereby achieving the purpose of controlling the temperature. .
3. Content extension: By monitoring the temperature PID curve in real time, you can grasp the current status and trend of temperature control, make corresponding adjustments and optimizations in a timely manner, and improve temperature control. accuracy and efficiency.
In addition, when using the temperature PID controller, attention should also be paid to properly setting the PID parameters and working mode to better control the fluctuations of the temperature curve.
6. How to draw a thermometer
1. Draw it first A relatively flat oval with a rounded top and a pointed top, draw the mercury reservoir inside the drawn shape of the thermometer.
2. Draw the temperature envelope of the thermometer on the basic shape of the drawn thermometer.
3. Then draw the scale of the thermometer on the basic shape of the drawn thermometer. When drawing the scales, pay attention to the intervals being about the same size.
4. Finally, paint the drawn thermometer light blue and the thermometer bulb gray. A simple sketch of a thermometer is ready.
How about the body temperature curve chart and body temperature sheet during this ovulation period?The interpretation problem sharing ends here. If your problem is solved, we will be very happy.
