It depends on the situation:
1. If I haven't washed my hair or taken a bath, that is, I just rinsed with water, I will wipe it directly with a towel Dry your body without washing it. Rinse it once with water and the sweat will be removed. There is no need to wash it again.
2. If I've already washed my hair and then applied shower gel, and there's no more water, I'll just dry off and get out, because shower gel doesn't produce many bubbles, so I wipe it off. it simply on my body. Shower gel will be fine. Anyway, my hair was washed and the big problem was solved. You can simply wait for the water to come and rinse your body again.
3. The worst part was that when I was washing my hair, there was suddenly no more water and I had to deal with the bubbles on my head. I usually wrap my head with a towel, wipe my body, put on clothes,go out and see if there is water in the thermos bottle. If there is water, I will use cold or cold water in the thermos bottle. then I will wash my hair. If there is no water in the thermos and the whole building is out of water and there is no cold water, I wrap my head and use my cell phone to call a taxi to take me to the hairdresser to have my hair washed. . There is no way, the problem must be solved.
I remember when I was pregnant, I was at home. I was washing my hair but there was no hot water at that time, damn I was naked and I had a big belly. I was about to freeze to death. Hurry up, I called my husband, but no one could be called, so I dried myself first and rinsed my hair with cold water. I also took it myself and then had a fever that night. It took me a long time to calm down physically beforeuntil the fever subsides. I suggest you don't follow my example. If you have family members, call them for help. If that doesn't work, follow my tip #3 and take a taxi to the hair salon. Either way, the towel is wrapped around your head, so you won't catch a cold. In short, you should think more about your body.
Just purple.
1. Carry out oil and water separation Considering that further cleaning may require higher costs, after research it was decided to use the oil and water separation method to eliminate water in the system. . The specific steps for implementing the oil and water separation method are as follows:
(1) Preparation: Prepare several clean oil barrels, 2 clean and rust-free iron barrels and 2 gas tanks (filled with gas), 2 gas stoves, 1 clean ladle, 1 thermometer and alint-free cotton cloth.
(2) Separate the water by heating and cooling. Immediately release most of the contaminated and deteriorated hydraulic oil in the system from the main pump suction pipe and pour it into 2 iron buckets for heating (divided into 2 buckets) is to shorten the heating time ). When the temperature of the deteriorated oil in the oil barrel reaches 78-82°C, turn off the flame and let the deteriorated oil cool slowly. Because oil is less dense than water, the oil and water will automatically separate (oil on top, water on the bottom).
When the temperature drops to 68~72℃, first use a ladle to gently remove the upper 4/5 of the deteriorated oil and add it to the system, then pour in the remaining 1/5 . the oil-water mixture and store it, then dry the heating barrel with a cotton cloth for later use.
(3) Repeat the oil-separation actionwater and start the excavator to perform compound actions to increase the hydraulic oil temperature to 50°C., each action should not be less than 50 times, and the duration should not be less than 30 minutes. After completing the compound action, drain all the oil from the system and pour it into the heating barrel to heat it. Continue performing compound movements according to steps 2 and 3 and repeat the cycle more than 5 times. Be careful to add new oil to the system during the circulation process.
(4) After the last cycle of oil in the drain system is completed, the excavator is leveled and the boom, arm and bucket cylinder are fully retracted to maximize hydraulic oil into the hydraulic cylinder and the pipes. . limit the flow back into the reservoir. Turn off the machine and drain the oil from the hydraulic tank, hydraulic cylinder, lines, travel motor and acaccessories.
2. Oil-water separation effect
Connect each pipe joint and add the previously released hydraulic oil to the factory standard. Start the excavator and wait for the oil temperature to reach 50°C. Let the machine run for 1 hour and observe that the oil is light yellow and light in color.
After continuing to use it for 10 hours, the oil was observed again and no deterioration was noted. The color of the oil was still clear, indicating that the oil was basically normal.
The aircraft was then monitored and no deterioration of the oil was noted. So far, the problem of engine oil deterioration has been completely solved, and this method of separating oil and water has also been proven to be effective under limited conditions.
3. Preventive measures
According to the analysis of the actual situation, such a quantity of water cannot beenter only through the filling hole of the hydraulic oil tank, which is most likely due to incorrect operation. The hydraulic oil tank cover of this machine is a simple screw-on type and is not protected by a protective lock. In order to prevent operating errors from recurring, it was decided to install a protective lock on the hydraulic tank cover.