Inner clamping type nose clip

Abstract

The invention relates to an inner clamping type nose clip which comprises a plugging soft pad and a supporting fixture, and a clip head of the supporting fixture penetrates through the plugging soft pad and is oppositely provided with convex points used for clamping the position of a nasal vestibule. An elastic assembly with a resilience force and a supporting clamp are used for forming counter-acting force to adjust the length of the head of the clamp extending into the nasal cavity, adjustment is easy, damage is not likely to happen, nostrils can be used for exhaling during swimming, and correct swimming essentials are met; meanwhile, the nasal vestibule below the nasal septal cartilage is used as a stress point, no pain is caused after long-time use, and no injury is caused to nasal mucosa.

Description

technical field [0001] The invention relates to the technical field of nose clips, in particular to an inner clip type nose clip. Background technique [0002] When swimming, most of the current swimming styles will make the head touch the water surface, so there is a very high probability that the nose will enter the water, which will cause a certain degree of impact. In addition, the deeper the water surface, the lower the water pressure. The bigger it is, the higher the chance of choking on water, and it will have a greater impact on the user, which will cause physical discomfort and affect related activities, so the nose clip plays a great role in swimming. [0003] There are still many shortcomings in the design of swimming nose clips in the prior art. Take Li Ning’s nose clip as an example: it is made of PC material into a U-shaped frame to form an inward pressure, and silicone pads are used as contact surfaces at both ends to form the entire nose clip. The disadvanta...

AI Technical Summary

Problems solved by technology

[0002] When swimming, most of the current swimming styles will make the head touch the water surface, so there is a very high probability that the nose will enter the water, which will cause a certain degree of impact. In addition, the deeper the water surface, the lower the water pressure. The bigger the size, the higher the chance of choking, and it will have a greater impact on the user, which will cause physical discomfort and affect related activities, so the nose clip plays a great role in swimming

[0003] There are still many shortcomings in the design of swimming nose clips in the existing technology. Take Li Ning’s nose clip as an example: it is made of PC material into a U-shaped frame to form an inward pressure, and silicone pads are used as contact surfaces at both ends to form the entire nose clip.

The disadvantage is: the frame made of PC material is easy to break; the characteristics of the external clip make the clamping force of the clip must be relatively large, otherwise the nose clip is easy to fall off, but the large force will cause pain in the nose for about 10 to 15 minutes Sensation and damage to the nasal mucosa

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