Medical protection device capable of effectively reducing finger injury probability in movement process

Abstract

The invention discloses a medical protection device capable of effectively reducing the finger injury probability in the movement process, and relates to the field of intelligent medical instruments. The device comprises a shell, a first cavity, a second cavity, a third cavity, a first channel, a second channel, two finger warming structures, a hot air blower, an exhaust main pipe, a flow dividing valve, two exhaust branch pipes, two air nozzles and a controller; a user inserts the two hands into the first cavity and the second cavity through the first channel and the second channel respectively, then the finger warming structures in the two cavities are used for driving the fingers to conduct warming movement; and meanwhile, the hot air blower is used for generating hot air, the hot air is exhausted into the first cavity and the second cavity through the exhaust main pipe, the exhaust branch pipes and the air nozzles respectively, the warmed fingers are heated, and through the simultaneous effect of the warming movement and the hot air, warming of the fingers of the user can be rapidly and efficiently achieved. By means of the device, rapid and efficient warming of the fingers can be achieved, and then the injury probability of the fingers in the movement process is reduced.

Description

technical field [0001] The invention relates to the field of intelligent medical devices, in particular to a medical protection device capable of effectively reducing the probability of finger injury during exercise. Background technique [0002] It is cold in winter, and the outdoor weather is even colder. When you take out your hands, your hands are stiff. If you do sports at this time, such as playing basketball, it is easy to cause finger injuries. Therefore, experts recommend that you do a full warm-up before playing basketball. Move the joints of the fingers and move all parts of the fingers, which can avoid sports injuries to a certain extent. However, due to the low temperature outside in winter, the warm-up is very slow, and the warm-up actions are usually running and jumping, etc., which has a poor warm-up effect on the fingers, resulting in stiff fingers after half a day of warm-up. [0003] And due to other reasons, the warm-up time is actually not enough. For e...

AI Technical Summary

Problems solved by technology

However, due to the low temperature outside in winter, the warm-up is very slow, and the warm-up actions are usually running and jumping, etc., which has a poor warm-up effect on the fingers, resulting in stiff fingers after half a day of warm-up.

[0003] And due to other reasons, the warm-up time is actually not enough. For example, when playing outdoors in winter, a new player needs to be replaced quickly due to an injury. At this time, there is very little time for the new player to warm up. It is basically impossible to achieve a good finger warm-up effect with this method. For example, due to the lack of basketball courts in some areas and the large number of people playing basketball, it is usually necessary to play soon after arriving on the court, and the reserved warm-up time is not sufficient. This further leads to poor warm-up of the fingers, increasing the risk of finger pokes when playing basketball

[0004] Therefore, there are technical problems in the prior art that the outdoor temperature is low, the conventional warm-up method has a poor warm-up effect on the fingers, and the warm-up time is insufficient, resulting in poor finger warm-up effects and increasing the risk of finger pokes when playing basketball.

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