What about swimming with water in your ears? Who has a trick

Friendly tips: the full text is about 3424 words. Please read it patiently. Keyword tags: Tips for water in the nose, swimming and water in the ears? Who has a trick? The one legged jump has been tried. It's no good. I've slept all night. It's really uncomfortable. When I move my head, it rings in my ears. Because the water has a certain tension, it forms a barrier after entering the narrow external auditory canal and divides the external auditory canal into two sections. Due to the gravity of water, there is a side pressure between the water barrier and the tympanic membrane, maintaining the balance of pressure on both sides of the water barrier, making it difficult for the water to flow out automatically. Sometimes there is a large cerumen blockage in the external auditory canal, so water is easier to wrap around cerumen and not easy to flow out after entering the ear canal. After water enters the ear, there will be tightness in the ear, hearing loss, dizziness and very uncomfortable. Therefore, people often want to drain the water very urgently. Some people even pull out their ears with unclean clips, matchsticks, small keys, etc. Although they can break the water barrier and make the water flow out, it is also easy to damage the external auditory canal and even the tympanic membrane, resulting in ear diseases. After water enters the ear, the water should be discharged in time. The most common methods are: 1. One foot jumping method: the affected ear is downward, and the water flows downward from the external auditory canal by using the gravity of water. 2. Movable external auditory canal method: you can continuously press the tragus with your palm or pull the ear gallery with your fingers; Or repeatedly opening the mouth and moving the temporomandibular joint can make the external auditory canal skin move up and down, left and right, or change the stability of the water barrier in stability and pressure, so as to make the water flow out of the external auditory canal. 3. External auditory canal cleaning method: gently probe into the external auditory canal with a clean fine cotton swab, and suck out the water once it contacts the water barrier. Because the swimming pool or river water is not clean, the sewage into the ear will cause external auditory canal skin and tympanic membrane infection, or the water in the ear will be treated improperly, such as unclean ear digging, which can often cause the following kinds of ear diseases; Otitis externa, furuncle and swelling of the external auditory canal,... All due to the certain tension of water, a barrier is formed after entering the narrow external auditory canal, and the external auditory canal is divided into two sections. Due to the gravity of water, a side pressure is generated between the water barrier and the tympanic membrane, maintaining the balance of pressure on both sides of the water barrier, so that the water is not easy to flow out automatically. Sometimes there is a large cerumen blockage in the external auditory canal, so water is easier to wrap around cerumen and not easy to flow out after entering the ear canal. After water enters the ear, there will be tightness in the ear, hearing loss, dizziness and very uncomfortable. Therefore, people often want to drain the water very urgently. Some people even pull out their ears with unclean clips, matchsticks, small keys, etc. Although they can break the water barrier and make the water flow out, it is also easy to damage the external auditory canal and even the tympanic membrane, resulting in ear diseases. After water enters the ear, the water should be discharged in time. The most common methods are: 1. One foot jumping method: the affected ear is downward, and the water flows downward from the external auditory canal by using the gravity of water. 2. Movable external auditory canal method: you can continuously press the tragus with your palm or pull the ear gallery with your fingers; Or repeatedly opening the mouth and moving the temporomandibular joint can make the external auditory canal skin move up and down, left and right, or change the stability of the water barrier in stability and pressure, so as to make the water flow out of the external auditory canal. 3. External auditory canal cleaning method: gently probe into the external auditory canal with a clean fine cotton swab, and suck out the water once it contacts the water barrier. Because the swimming pool or river water is not clean, the sewage into the ear will cause external auditory canal skin and tympanic membrane infection, or the water in the ear will be treated improperly, such as unclean ear digging, which can often cause the following kinds of ear diseases; Otitis externa, furuncle of external auditory canal, cerumen obstruction, tympanitis, suppurative otitis media. If the above symptoms occur after water enters the ear, stop swimming temporarily and go to the hospital for examination and symptomatic treatment. Use the cotton swabs sold in the supermarket outside to slowly probe into your ears, because the ear pressure will hurt a little. Control yourself well. There will be a "boom" when touching the water, which will be refreshing. Just change the cotton swab a few more times. I often get water when I swim. It's all handled by them. Prevent water from entering the ear: first touch the water with your fingers and gently poke the ear, so that the water will not be poured into the ear; Or use that kind of soft plug, which won't hurt your ears and make you uncomfortable. But it can effectively prevent water from entering Don't breathe in through your nose. Wash your ears with water before swimming. If your nose doesn't get water, you should control it yourself. If you can't, buy a nose clip. Details because the water has a certain tension, it forms a barrier after entering the narrow external auditory canal and divides the external auditory canal into two sections. Due to the gravity of water, there is a secondary pressure between the water barrier and the tympanic membrane, maintaining the balance of pressure on both sides of the water barrier, so that the water is not easy to flow out automatically details