Manufacturing method of nitrile compound disposable gloves

- Aug 08, 2020-

Background technique:


Medical gloves play a very important protective role in the work of medical staff. Through the isolation effect of medical gloves, the hands of medical staff are not contaminated by various sources of infection. When medical staff wear gloves to perform various medical operations, the outer surface of the gloves will be stained with various contaminants, such as blood, human tissue, and excrement. When medical staff take off gloves, since the medical gloves are very close to their hands, the gloves are thin and there is no blocking structure at the opening of the gloves. Generally, the gloves should be taken off from one side, and the other side will be close to the skin. When laid flat or tilted upwards, contaminants, especially liquid contaminants, are likely to flow from the opening of the medical glove to the hands of the medical staff, resulting in the risk of infection. Medical staff are very tired after performing operations and other operations. They are prone to lay flat or tilt their hands instead of tilting their hands downwards when removing the gloves, resulting in the aforementioned risk of infection.

surgical medical glove making machine

Technical realization elements:


The technical problem to be solved by the utility model is to solve the above-mentioned technical deficiencies. It provides a nitrile compound disposable glove, including a glove body and a protective flanging. The glove body is a commonly used medical glove, and the protective flanging is arranged on the glove. At one end of the main body, the protective flanging is also provided with a first elastic brace and a second elastic brace. Taking the left-hand glove as an example, the first elastic brace is pulled by the right hand to flip the protective flanging part, and the first elastic brace is placed Pinch it between the index finger and thumb of the left hand, and then pull the second elastic strip on the right hand to flip the other side of the protective flanging. At this time, the protective flanging is completely flipped to form a circle of blocking structure to prevent pollutants from flowing to the skin . Continue to pull with the right hand until the glove is removed. During this process, the protective flanging has been turned over. The utility model also provides a hand mold corresponding to the aforementioned glove.


In order to solve the above technical problems, the technical solution adopted by the present utility model is: including flanging protective gloves and hand molds; flanging protective gloves including a glove body and a protective flanging; the protective flanging is arranged at the palm entrance of the glove body ; The protective flanging includes a plurality of bosses, a plurality of elastic ribs, a first elastic brace and a second elastic brace; the bosses and the elastic ribs are distributed at intervals; the first elastic brace and the second elastic brace are respectively located Protect the middle position on the palm side of the flanging and protect the middle position on the back of the hand.


Compared with the prior art, the present utility model has the following advantages: 1. It is provided with a protective flanging, which can be turned over when the glove is taken off to form a blocking structure to prevent pollutants adhering to the glove from flowing to the human skin 2. There are elastic pull strips on the protective flanging, which can not only pull the protective flanging to turn it over, but also prevent the hand from contacting the outer surface of the glove body; 3. There are two elastic pulls on the palm side and the back of the hand. It can make the hand with the glove removed assist in pulling the protective flanging, ensuring the reliability of operation.

Technical features:


1. A nitrile compound disposable glove, characterized in that it comprises a cuffable protective glove and a hand mold; the cuffable protective glove includes a glove body and a protective cuff; the protective cuff is arranged at the palm entrance of the glove body ; The protective flanging includes a plurality of bosses, a plurality of elastic ribs, a first elastic brace and a second elastic brace; the bosses and the elastic ribs are distributed at intervals; the first elastic brace and the second elastic brace are respectively located Protect the middle position on the palm side of the flanging and protect the middle position on the back of the hand.


2. A nitrile compound disposable glove according to claim 1, characterized in that: the hand mold includes a body mold, a flanging mold and a suspension rod; the flanging mold is arranged at the upper end of the body mold; the flanging mold is arranged at The lower end of the suspension rod; the outer surface of the flanging mold is provided with a plurality of evenly spaced protrusions; the middle of the palm side end surface and the back of the hand side end surface of the flanging mold are respectively provided with a first convex strip and a second convex strip.


3. A nitrile compound disposable glove according to claim 1, characterized in that: the outer side of the boss is provided with an outer side; one end of the boss is provided with an inclined supporting surface; the angle between the inclined supporting surface and the outer side is greater than 225°, less than 270°.


4. A nitrile compound disposable glove according to claim 1, wherein a tightening ring is provided at one end of the protective flanging.

The nitrile compound disposable glove according to claim 1, wherein the material of the flanging protective glove is nitrile material.

Technical summary

The utility model relates to the technical field of medical gloves, in particular to a nitrile compound disposable glove. It includes a glove body and a protective flanging. The glove body is a commonly used medical glove. The protective flanging is set at one end of the glove body. The protective flanging is also provided with a first elastic brace and a second elastic brace. Take the left hand glove as an example, the right hand Pull the first elastic brace to flip the protective flanging part, put the first elastic brace in the index finger and thumb of the left hand and pinch it, then pull the second elastic brace with the right hand to flip the other side of the protective flanging. At this time, the protective flanging is completely turned over to form a circle of blocking structure to prevent pollutants from flowing to the skin. Continue to pull with the right hand until the glove is removed. During this process, the protective flanging has been turned over. The utility model also provides a hand mold corresponding to the aforementioned glove.