Medical bottle breaking device

Abstract

The invention discloses a medical bottle breaking device which can be operated conveniently. The medical bottle breaking device comprises a plastic body, an ampoule breaking hole is formed in the middle of the plastic body, and the two sides of the plastic body are respectively provided with a sliding chute. A grinding stone, a mounting block and a button are sequentially arranged in each sliding chute from inside to outside. One end of each grinding stone stretches into the ampoule breaking hole and is matched with an ampoule bottle, the other end of each grinding stone is inlaid in a clamping groove in one end of the corresponding mounting block, and a spring groove is formed in the other end of each mounting block. A reset spring which is matched with each spring groove is arranged in the spring groove, one end of each reset spring abuts against the corresponding mounting block, and the other end of each reset spring abuts against the corresponding button. The two sides of each mounting block are respectively provided with an inner stopping block, the two sides of each button are respectively provided with an outer stopping block, and the outer side of each button stretches out of the plastic body to be matched with a finger.

Description

technical field [0001] The invention relates to a medical device, in particular to a medical bottle folder. Background technique [0002] Glass injections need to be used for injections or infusions in hospitals. There are mainly the following disadvantages in the process of opening glass injections: [0003] 1. In the past, we used a small millstone to scratch the concave part of the injection glass. When breaking the glass with the right hand, it is easy to cut the fingers of the medical staff, causing injury to the medical staff, and even causing tetanus, drug poisoning and other accidents. . [0004] 2. In the past, a small grindstone was used to scratch the concave part of the injection glass. Because the grindstone is small, the force surface of the medical staff's fingers is small, which means that it is not convenient for the medical staff to apply force. For a long time, the thumb and forefinger of medical staff are prone to hand calluses, which lacks humanization...

AI Technical Summary

Problems solved by technology

[0003] 1. In the past, we used a small millstone to scratch the concave part of the injection glass. When breaking the glass with the right hand, it is easy to cut the fingers of the medical staff, causing injury to the medical staff, and even causing tetanus, drug poisoning and other accidents.

[0004] 2. In the past, a small grindstone was used to scratch the concave part of the injection glass. Because the grindstone is small, the force surface of the fingers of the medical staff is small, which means that it is not convenient for the medical staff to apply force.

How much force is needed to break it off? The medical staff can't estimate it, and they feel a certain sense of fear in their minds. They are afraid that if they use too much force, they may hurt their fingers or even break the glass.

Always try several times, produce a certain sense of hesitation, and then produce fear psychology, which causes a certain psychological pressure on the psychology of medical staff, and also lacks humanity in this point

[0006] 4. After the grinding stone was used in the past, it was easy to lose due to its small size, and it was not easy to find it

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