Wristwatch type stopping bleeding pressing machine special for newborns

Abstract

The invention discloses a wristwatch type stopping bleeding pressing machine special for newborns. The wristwatch type stopping bleeding pressing machine comprises a tourniquet body, wherein guiding grooves are formed in one side surface of the tourniquet body; a sliding block is mounted on the guiding grooves in a sliding manner; a placing groove allowing hemostatic cotton to be placed is formedin the sliding block; a first sticking layer manufactured from magnetic materials is arranged on the surface of one end of the tourniquet body, and a second sticking layer manufactured from magnetic materials is arranged at the other end of the tourniquet body; the magnetism of the second sticking layer is opposite to that of the first sticking layer; a housing is arranged opposite to the side surface of the second sticking layer, on the tourniquet body; a time setting assembly and a magnetic sheet are mounted on the housing; a plurality of magnetic protrusions are arranged on the side surfacefacing the second sticking layer, of the magnetic sheet, and are manufactured from the magnetic materials; and the magnetism of the magnetic materials of the magnetic protrusions is the same as thatof the magnetic materials adopted by the first sticking layer. Through the adoption of the wristwatch type stopping bleeding pressing machine disclosed by the invention, the effect of stopping bleeding can be achieved, and the wristwatch type stopping bleeding pressing machine can be released in a timing manner, so that risks can be reduced, and the using safety of the newborns is improved.

Description

technical field [0001] The invention relates to the technical field of a tourniquet body, in particular to a special watch-type hemostatic presser for newborns. Background technique [0002] The tourniquet is suitable for infusion, blood drawing, blood transfusion in routine treatment and rescue in medical institutions, and it is disposable for hemostasis. Existing tourniquets cannot be effectively pressed after clinical puncture or blood drawing. Moreover, although some hemostatic pressing devices can play a hemostatic effect, the tourniquet cannot be automatically released after pressing, and pressing for a long time will bring certain harm. , especially for incapacitated newborns, it will not loosen by itself, so the risk is greater. In order to ensure that the bleeding point of the newborn can be effectively pressed, and the time will not be too long, it is necessary to loosen it regularly during clinical care. This will bring a certain workload and work pressure to the...

AI Technical Summary

Problems solved by technology

Existing tourniquets cannot be effectively pressed after clinical puncture or blood drawing. Moreover, although some hemostatic pressing devices can play a hemostatic effect, the tourniquet cannot be automatically released after pressing, and pressing for a long time will bring certain harm. , especially for incapacitated newborns, it will not loosen by itself, so the risk is greater. In order to ensure that the bleeding point of the newborn can be effectively pressed, and the time will not be too long, it is necessary to loosen it regularly during clinical care. This will bring a certain workload and work pressure to the clinical nurses, and it is easy to forget to loosen the situation. Therefore, the existing tourniquet is not suitable for newborns, and there is a certain risk.

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